diff --git a/.docs/Notebooks/mf6_data_tutorial08.py b/.docs/Notebooks/mf6_data_tutorial08.py index 678347c56..36158029c 100644 --- a/.docs/Notebooks/mf6_data_tutorial08.py +++ b/.docs/Notebooks/mf6_data_tutorial08.py @@ -15,7 +15,8 @@ # section: mf6 # --- -# # MODFLOW 6: External Files, Binary Data, and Performance Optimization +# # MODFLOW 6: External Files, Binary and NetCDF Data, and Performance +# # Optimization # # This tutorial shows the different options for storing MODFLOW data in FloPy. # Interaction with a FloPy MODFLOW 6 model is different from other models, @@ -214,6 +215,16 @@ print(f"New binary flag for stress period 1: {spd_record[0]['binary']}") print(f"New filename for stress period 2: {spd_record[1]['filename']}") +# ## Saving data in MODFLOW-6 readable NETCDF format. +# +# Data can be saved in a MODFLOW-6 readable NETCDF format by calling +# the MFSimulation object's "write_simulation" method and setting the +# write_netcdf parameter to True. Additionally, setting the to_cdl +# parameter to True will also produce a text-readable version of the +# NETCDF data. + +sim.write_simulation(write_netcdf=True) + # An alternative to individually setting each file to external is to call the set_all_files_external method (there is also a set_all_files_internal method to do the opposite). While this requires less code, it does not give you the ability to set the names of each individual external file. By setting the binary attribute to True, flopy will store data to binary files wherever possible. sim.set_all_data_external(binary=True) diff --git a/autotest/regression/test_mf6_netcdf.py b/autotest/regression/test_mf6_netcdf.py new file mode 100644 index 000000000..9b54bef87 --- /dev/null +++ b/autotest/regression/test_mf6_netcdf.py @@ -0,0 +1,319 @@ +import math +import os +import shutil + +import pytest +from modflow_devtools.markers import requires_exe + +import flopy +from flopy.utils.datautil import DatumUtil + + +def check_datum(test_entry, orig_entry): + if DatumUtil.is_float(test_entry): + return round(float(test_entry), 5) == round(float(orig_entry), 5) + else: + return test_entry == orig_entry + + +def check_data(test_vals, orig_vals): + if isinstance(test_vals, list): + assert len(test_vals) == len(orig_vals), ( + f"Lists not same size " f"{test_vals} and {orig_vals}" + ) + for test_entry, orig_entry in zip(test_vals, orig_vals): + if isinstance(test_entry, list): + check_data(test_entry, orig_entry) + else: + if not check_datum(test_entry, orig_entry): + return False, test_entry, orig_entry + else: + if not check_datum(test_vals, orig_vals): + return False, test_vals, orig_vals + return True, None, None + + +class TestInfo: + def __init__( + self, + original_simulation_folder, + netcdf_simulation_folder, + netcdf_output_file, + ): + self.original_simulation_folder = original_simulation_folder + self.netcdf_simulation_folder = netcdf_simulation_folder + self.netcdf_output_file = netcdf_output_file + + +class Variable: + def __init__(self, var_name, var_type, var_dimensions): + self.var_name = var_name + self.var_type = var_type + self.var_dimensions = var_dimensions + self.var_attribs = {} + + +class NcOut: + def __init__(self, nc_out_file): + self.name = None + self.dimensions = {} + self.variables = {} + self.global_attr = {} + self.data = {} + self._load(nc_out_file) + + def _load(self, nc_out_file): + with open(nc_out_file, "r") as fd_nc: + first_line = fd_nc.readline() + first_line_lst = first_line.split() + self.name = first_line_lst[1] + loading = None + var_name = None + end_data = True + for line in fd_nc: + line_s = line.strip() + if len(line_s) == 0: + continue + if line_s == "dimensions:": + loading = "dimensions" + elif line_s == "variables:": + loading = "variables" + elif line_s == "// global attributes:": + loading = "global attributes" + elif line_s == "data:": + loading = "data" + elif loading == "dimensions": + line_lst = line_s.split() + if len(line_lst) > 2: + self.dimensions[line_lst[0].strip()] = line_lst[2] + elif loading == "variables": + if line.startswith("\t\t"): + if var_name is not None: + line_lst = line_s.split("=") + attr_name = line_lst[0].split(":")[1].strip() + self.variables[var_name].var_attribs[attr_name] = ( + line_lst[1] + ) + else: + line_lst = line_s.split() + if "(" in line_lst[1]: + line_lst_end = line_lst[1].split("(") + var_name = line_lst_end[0].strip() + dimensions = line_lst_end[1].strip() + else: + var_name = line_lst[1] + dimensions = "" + var = Variable(var_name, line_lst[0], dimensions) + self.variables[var_name] = var + elif loading == "global attributes": + line_lst = line_s.split() + if len(line_lst) > 2: + self.global_attr[line_lst[0].strip()[1:]] = line_lst[ + 2 + ].strip() + elif loading == "data": + if "=" in line_s: + line_lst = line_s.split("=") + var_name = line_lst[0].strip() + line_lst_end = line_lst[1].split(",") + line_lst_end[-1] = ( + line_lst_end[-1].strip(";").strip(",") + ) + if len(line_lst_end) > 0: + self.data[var_name] = line_lst_end + end_data = line_s.endswith(";") + elif not end_data and len(line_s) > 0: + line_lst = line_s.split(",") + line_lst[-1].strip(";") + if var_name in self.data: + self.data[var_name] = ( + self.data[var_name] + line_lst + ) + else: + self.data[var_name] = line_lst + end_data = line_s.endswith(";") + + +@requires_exe("mf6") +@pytest.mark.regression +def test_save_netcdf(function_tmpdir, example_data_path): + data_path_base = example_data_path / "mf6" / "netcdf" + tests = { + # "temp": TestInfo( + # "test001h_evt_list2", + # "test028_sfr_mvr_dev", + # "test006_gwf3_disv_ext", + # "test", + # "test.nc.out", + # ), + "test_gwf_rch03": TestInfo( + "test_mf6model[0-rch03]0", + "test_mf6model_nc[0-rch03]0", + "rch.nc.out", + ), + "test_gwf_disv_uzf": TestInfo( + "test_mf6model[disv_with_uzf]0", + "test_mf6model_nc[disv_with_uzf]0", + "disv_with_uzf.nc.out", + ), + "test_gwf_boundname01": TestInfo( + "test_mf6model[0-bndname01]0", + "test_mf6model_nc[0-bndname01]0", + "gwf_bndname01.nc.out", + ), + "test_gwf_npf02_rewet": TestInfo( + "test_mf6model[0-npf02_hreweta]0", + "test_mf6model_nc[0-npf02_hreweta]0", + "gwf0.nc.out", + ), + "test_gwf_csub_sub03_spd": TestInfo( + "test_mf6model[0-csub_sub03a]0", + "test_mf6model_nc[0-csub_sub03a]0", + "csub_sub03a.nc.out", + ), + "test_gwf_disu01a_ascii": TestInfo( + "disu01a_ascii", "disu01a", "disu01a.nc.out" + ), + "test_gwt_mst03": TestInfo( + "test_mf6model[mst03]0", + "test_mf6model_nc[mst03]0", + "gwf_mst03.nc.out", + ), + "test_gwf_evt02": TestInfo( + "test_mf6model[0-evt02]0", + "test_mf6model_nc[0-evt02]0", + "evt02.nc.out", + ), + "test_gwf_csub_sub03": TestInfo( + "test_mf6model[0-csub_sub03a]0", + "test_mf6model_nc[0-csub_sub03a]0", + "csub_sub03a.nc.out", + ), + } + ws = function_tmpdir / "ws" + for base_folder, test_info in tests.items(): + print(f"RUNNING TEST: {base_folder}") + data_path = os.path.join( + data_path_base, base_folder, test_info.original_simulation_folder + ) + # copy example data into working directory + base_model_folder = os.path.join(ws, f"{base_folder}_base") + test_model_folder = os.path.join(ws, f"{base_folder}_test") + shutil.copytree(data_path, base_model_folder) + # load example + sim = flopy.mf6.MFSimulation.load(sim_ws=base_model_folder) + # change simulation path + sim.set_sim_path(test_model_folder) + # write example as netcdf + sim.write_simulation(write_netcdf=True, to_cdl=True) + # compare .nc.out files + np_path = os.path.join( + test_model_folder, + test_info.netcdf_output_file, + ) + comp_nc_path = os.path.join( + data_path_base, + base_folder, + test_info.netcdf_simulation_folder, + test_info.netcdf_output_file, + ) + + ignore_list = [ + "_Storage", + "_ChunkSizes", + "_DeflateLevel", + "_Shuffle", + "_Endianness", + "_NCProperties", + "_SuperblockVersion", + "_IsNetcdf4", + "_FillValue", + "_Format", + "source", + "Conventions", + ] + nc_test = NcOut(np_path) + nc_orig = NcOut(comp_nc_path) + + # compare name + assert nc_test.name == nc_orig.name + + # compare dimensions + for orig_name, orig_val in nc_orig.dimensions.items(): + assert orig_name in nc_test.dimensions + assert nc_test.dimensions[orig_name] == orig_val, ( + f"dimension size for {orig_name} do not match ({orig_val}, " + f"{nc_test.dimensions[orig_name]})" + ) + for test_name, test_val in nc_test.dimensions.items(): + assert test_name in nc_orig.dimensions + assert nc_orig.dimensions[test_name] == test_val + + # compare variables + for orig_name, orig_var in nc_orig.variables.items(): + assert orig_name in nc_test.variables + assert orig_var.var_type == nc_test.variables[orig_name].var_type + assert ( + orig_var.var_dimensions + == nc_test.variables[orig_name].var_dimensions + ) + for attrib_name, attrib_val in orig_var.var_attribs.items(): + if attrib_name in ignore_list: + continue + attrib_dict = nc_test.variables[orig_name].var_attribs + assert attrib_name in attrib_dict + attrib_match = ( + attrib_val + == nc_test.variables[orig_name].var_attribs[attrib_name] + ) + assert attrib_match, ( + f"Variable {orig_name} attribute {attrib_name} does not " + f"match ({attrib_val}, {attrib_dict[attrib_name]})" + ) + for test_name, test_var in nc_test.variables.items(): + assert test_name in nc_orig.variables + assert test_var.var_type == nc_orig.variables[test_name].var_type + assert ( + test_var.var_dimensions + == nc_orig.variables[test_name].var_dimensions + ) + for attrib_name, attrib_val in test_var.var_attribs.items(): + if attrib_name in ignore_list: + continue + assert attrib_name in nc_orig.variables[test_name].var_attribs + assert ( + attrib_val + == nc_orig.variables[test_name].var_attribs[attrib_name] + ) + # compare global + for orig_name, orig_val in nc_orig.global_attr.items(): + if orig_name in ignore_list: + continue + assert orig_name in nc_test.global_attr + assert nc_test.global_attr[orig_name] == orig_val + for test_name, test_val in nc_test.global_attr.items(): + if test_name in ignore_list: + continue + assert test_name in nc_orig.global_attr + assert nc_orig.global_attr[test_name] == test_val + # compare data + for orig_name, orig_val in nc_orig.data.items(): + print(f" Comparing {orig_name}...") + assert orig_name in nc_test.data + success, check_1, check_2 = check_data( + nc_test.data[orig_name], orig_val + ) + assert success, ( + f"Data check on {orig_name} failed comparing " + f" {check_1} to {check_2}" + ) + for test_name, test_val in nc_test.data.items(): + print(f" Comparing {test_name}...") + assert test_name in nc_orig.data + success, check_1, check_2 = check_data( + nc_orig.data[test_name], test_val + ) + assert success, ( + f"Data check on {test_name} failed comparing " + f" {check_1} to {check_2}" + ) diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/bndname01.ims b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/bndname01.ims new file mode 100644 index 000000000..28f7280a1 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/bndname01.ims @@ -0,0 +1,21 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. +BEGIN options + PRINT_OPTION summary +END options + +BEGIN nonlinear + OUTER_DVCLOSE 1.00000000E-06 + OUTER_MAXIMUM 100 + UNDER_RELAXATION none +END nonlinear + +BEGIN linear + INNER_MAXIMUM 300 + INNER_DVCLOSE 1.00000000E-06 + inner_rclose 1.00000000E-06 + LINEAR_ACCELERATION cg + RELAXATION_FACTOR 1.00000000 + SCALING_METHOD none + REORDERING_METHOD none +END linear + diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/bndname01.tdis b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/bndname01.tdis new file mode 100644 index 000000000..0e8cef62b --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/bndname01.tdis @@ -0,0 +1,13 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. +BEGIN options + TIME_UNITS days +END options + +BEGIN dimensions + NPER 1 +END dimensions + +BEGIN perioddata + 5.00000000 1 1.00000000 +END perioddata + diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/gwf_bndname01.cbc b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/gwf_bndname01.cbc new file mode 100644 index 000000000..283a2a262 Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/gwf_bndname01.cbc differ diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/gwf_bndname01.chd b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/gwf_bndname01.chd new file mode 100644 index 000000000..88012c5c1 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/gwf_bndname01.chd @@ -0,0 +1,17 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. +BEGIN options + BOUNDNAMES + PRINT_INPUT + PRINT_FLOWS + OBS6 FILEIN gwf_bndname01.chd.obs +END options + +BEGIN dimensions + MAXBOUND 20 +END dimensions + +BEGIN period 1 + 1 1 1 1.00000000E+00 "left face""s" + 1 1 100 0.00000000E+00 "right face" +END period 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/gwf_bndname01.chd.obs b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/gwf_bndname01.chd.obs new file mode 100644 index 000000000..fe750ed4a --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/gwf_bndname01.chd.obs @@ -0,0 +1,10 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. +BEGIN options + PRINT_INPUT +END options + +BEGIN continuous FILEOUT gwf_bndname01.chd.obs.csv + 'left face"s' chd 'left face"s' + 'right face' chd 'right face' +END continuous FILEOUT gwf_bndname01.chd.obs.csv + diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/gwf_bndname01.chd.obs.csv b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/gwf_bndname01.chd.obs.csv new file mode 100644 index 000000000..5f2017f62 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/gwf_bndname01.chd.obs.csv @@ -0,0 +1,2 @@ +time,LEFT FACE"S,RIGHT FACE +5.000000000000,0.29999999999999998E+31,-0.10101010101010166E-1 diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/gwf_bndname01.dis b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/gwf_bndname01.dis new file mode 100644 index 000000000..c551af529 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/gwf_bndname01.dis @@ -0,0 +1,24 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. +BEGIN options +END options + +BEGIN dimensions + NLAY 1 + NROW 1 + NCOL 100 +END dimensions + +BEGIN griddata + delr + CONSTANT 1.00000000 + delc + CONSTANT 1.00000000 + top + CONSTANT 1.00000000 + botm + CONSTANT 0.00000000 + idomain + INTERNAL FACTOR 1 + 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 +END griddata + diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/gwf_bndname01.dis.grb b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/gwf_bndname01.dis.grb new file mode 100644 index 000000000..1dac8a569 Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/gwf_bndname01.dis.grb differ diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/gwf_bndname01.hds b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/gwf_bndname01.hds new file mode 100644 index 000000000..2350e1dfd Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/gwf_bndname01.hds differ diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/gwf_bndname01.hds.cmp.out b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/gwf_bndname01.hds.cmp.out new file mode 100644 index 000000000..9f900851f --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/gwf_bndname01.hds.cmp.out @@ -0,0 +1,7 @@ +Performing HEAD to HEAD comparison +/tmp/pytest-of-mreno/pytest-1882/test_mf6model[0-bndname01]0/gwf_bndname01.hds is a binary file. +/tmp/pytest-of-mreno/pytest-1882/test_mf6model[0-bndname01]0/mf6/gwf_bndname01.hds is a binary file. + MAXIMUM EXCEEDS + STRESS PERIOD TIME STEP HEAD DIFFERENCE CRITERIA +--------------- --------------- --------------- --------------- + 1 1 0 diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/gwf_bndname01.ic b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/gwf_bndname01.ic new file mode 100644 index 000000000..1f2485891 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/gwf_bndname01.ic @@ -0,0 +1,6 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. +BEGIN griddata + strt + CONSTANT 1.00000000 +END griddata + diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/gwf_bndname01.lst b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/gwf_bndname01.lst new file mode 100644 index 000000000..171614c5d --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/gwf_bndname01.lst @@ -0,0 +1,313 @@ + MODFLOW 6 PROFESSIONAL + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + GROUNDWATER FLOW MODEL (GWF) + VERSION 6.5.0.dev0 (preliminary) 07/13/2023 + ***DEVELOP MODE*** + + MODFLOW 6 compiled Oct 30 2023 08:23:02 with GCC version 11.3.0 + +This software is preliminary or provisional and is subject to +revision. It is being provided to meet the need for timely best +science. The software has not received final approval by the U.S. +Geological Survey (USGS). No warranty, expressed or implied, is made +by the USGS or the U.S. Government as to the functionality of the +software and related material nor shall the fact of release +constitute any such warranty. The software is provided on the +condition that neither the USGS nor the U.S. Government shall be held +liable for any damages resulting from the authorized or unauthorized +use of the software. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +The following 2-clause BSD License library is used in this +USGS product: + + PETSc, the Portable, Extensible Toolkit for Scientific + Computation Library + Copyright (c) 1991-2021, UChicago Argonne, LLC + and the PETSc Development Team All rights reserved. + (https://petsc.org/release/) + +MODFLOW 6 compiler options: -cpp -I src/libmf6core.a.p -I src -I ../src -I +src/libmf6_external.a.p -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/include -I +/home/mreno/.clone/external/petsc/include -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/lib -I +/home/mreno/miniconda3/envs/modflow6/include -I -fdiagnostics-color=always +-imultiarch x86_64-linux-gnu -D _FILE_OFFSET_BITS=64 -D __linux__ -D +__WITH_PETSC__ -D __WITH_MPI__ -D __WITH_NETCDF__ -mtune=generic +-march=x86-64 -g -O2 -Wall -Wpedantic -Wcharacter-truncation +-Wno-unused-dummy-argument -Wno-intrinsic-shadow -Wno-maybe-uninitialized +-Wno-uninitialized -std=f2008 -fall-intrinsics -fbacktrace -fcheck=all +-ffpe-trap=overflow,zero,invalid -ffpe-summary=overflow +-ffpe-trap=overflow,zero,invalid -fPIC -J src/libmf6core.a.p +-fpre-include=/usr/include/finclude/math-vector-fortran.h + +System command used to initiate simulation: +/home/mreno/.clone/usgs/w/netcdf/2/modflow6/bin/mf6 + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/GWF_BNDNAME01/DIS + + + NPF -- NODE PROPERTY FLOW PACKAGE, VERSION 1, 3/30/2015 INPUT READ FROM MEMPATH: __INPUT__/GWF_BNDNAME01/NPF + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 1 + NROW = 1 + NCOL = 100 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + IDOMAIN set from input file + End Setting Discretization Griddata + + Setting NPF Options + Specific discharge will be calculated at cell centers and written to DATA-SPDIS in budget file when requested. + End Setting NPF Options + + Setting NPF Griddata + ICELLTYPE set from input file + K set from input file + K33 set from input file + K22 not provided. Setting K22 = K. + End Setting NPF Griddata + + + CHD -- CHD PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_BNDNAME01/CHD-1 + + PROCESSING CHD BASE OPTIONS + LISTS OF CHD CELLS WILL BE PRINTED. + CHD FLOWS WILL BE PRINTED TO LISTING FILE. + CHD BOUNDARIES HAVE NAMES IN LAST COLUMN. + END OF CHD BASE OPTIONS + + OPENED gwf_bndname01.chd.obs + FILE TYPE:OBS UNIT 1011 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + PROCESSING CHD BASE DIMENSIONS + MAXBOUND = 2 + END OF CHD BASE DIMENSIONS + + IC -- INITIAL CONDITIONS PACKAGE, VERSION 8, 3/28/2015 INPUT READ FROM UNIT 1005 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. + PROCESSING GRIDDATA + + INITIAL HEAD = 1.000000 + END PROCESSING GRIDDATA + BINARY GRID INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1012 + FILE NAME: gwf_bndname01.dis.grb + + OPENED gwf_bndname01.dis.grb + FILE TYPE:DATA(BINARY) UNIT 1012 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1013 + FILE NAME: gwf_bndname01.cbc + + OPENED gwf_bndname01.cbc + FILE TYPE:DATA(BINARY) UNIT 1013 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + HEAD INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1014 + FILE NAME: gwf_bndname01.hds + + OPENED gwf_bndname01.hds + FILE TYPE:DATA(BINARY) UNIT 1014 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +The observation utility is active for "CHD-1" + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. + +Processing observation options: + +The PRINT_INPUT option has been specified. + + + OBSERVATIONS READ FROM FILE "gwf_bndname01.chd.obs" + ---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + NAME TYPE TIME LOCATION DATA OUTPUT FILENAME + ---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + LEFT FACE"S CONTINUOUS CHD ALL TIMES " 'left face"s'" gwf_bndname01.chd.obs.csv + RIGHT FACE CONTINUOUS CHD ALL TIMES " 'right face'" gwf_bndname01.chd.obs.csv + ---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + ALL TIME STEPS WILL BE SAVED + ALL TIME STEPS WILL BE SAVED + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + -------------------------------------------------------------------------------------------- + CHD NO. LAYER ROW COL HEAD BOUNDNAME + -------------------------------------------------------------------------------------------- + 1 1 1 1 1.00000000 LEFT FACE + 2 1 1 100 0.00000000 RIGHT FACE + -------------------------------------------------------------------------------------------- + + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1013 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_BNDNAME01 PACKAGE NPF CONNECTED TO MODEL GWF_BNDNAME01 PACKAGE NPF ON UNIT 1013 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING CHD IN MODEL GWF_BNDNAME01 PACKAGE GWF_BNDNAME01 CONNECTED TO MODEL GWF_BNDNAME01 PACKAGE CHD-1 ON UNIT 1013 AT TIME STEP 1, STRESS PERIOD 1 + + CHD PACKAGE (CHD-1) FLOW RATES PERIOD 1 STEP 1 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1,1) 1.01010101E-02 LEFT FACE + 2 (1,1,100) -1.01010101E-02 RIGHT FACE + ---------------------------------------------------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + 11 12 13 14 15 16 17 18 19 20 + 21 22 23 24 25 26 27 28 29 30 + 31 32 33 34 35 36 37 38 39 40 + 41 42 43 44 45 46 47 48 49 50 + 51 52 53 54 55 56 57 58 59 60 + 61 62 63 64 65 66 67 68 69 70 + 71 72 73 74 75 76 77 78 79 80 + 81 82 83 84 85 86 87 88 89 90 + 91 92 93 94 95 96 97 98 99 100 + ................................................................................................................................................................ + 1 1.00000 0.989899 0.979798 0.969697 0.959596 0.949495 0.939394 0.929293 0.919192 0.909091 + 0.898990 0.888889 0.878788 0.868687 0.858586 0.848485 0.838384 0.828283 0.818182 0.808081 + 0.797980 0.787879 0.777778 0.767677 0.757576 0.747475 0.737374 0.727273 0.717172 0.707071 + 0.696970 0.686869 0.676768 0.666667 0.656566 0.646465 0.636364 0.626263 0.616162 0.606061 + 0.595960 0.585859 0.575758 0.565657 0.555556 0.545455 0.535354 0.525253 0.515152 0.505051 + 0.494949 0.484848 0.474747 0.464646 0.454545 0.444444 0.434343 0.424242 0.414141 0.404040 + 0.393939 0.383838 0.373737 0.363636 0.353535 0.343434 0.333333 0.323232 0.313131 0.303030 + 0.292929 0.282828 0.272727 0.262626 0.252525 0.242424 0.232323 0.222222 0.212121 0.202020 + 0.191919 0.181818 0.171717 0.161616 0.151515 0.141414 0.131313 0.121212 0.111111 0.101010 + 9.090909E-02 8.080808E-02 7.070707E-02 6.060606E-02 5.050505E-02 4.040404E-02 3.030303E-02 2.020202E-02 1.010101E-02 0.00000 + + HEAD WILL BE SAVED ON UNIT 1014 AT END OF TIME STEP 1, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + CHD = 5.0505E-02 CHD = 1.0101E-02 CHD-1 + + TOTAL IN = 5.0505E-02 TOTAL IN = 1.0101E-02 + + OUT: OUT: + ---- ---- + CHD = 5.0505E-02 CHD = 1.0101E-02 CHD-1 + + TOTAL OUT = 5.0505E-02 TOTAL OUT = 1.0101E-02 + + IN - OUT = -1.1102E-15 IN - OUT = -2.2204E-16 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 4.32000E+05 7200.0 120.00 5.0000 1.36893E-02 + STRESS PERIOD TIME 4.32000E+05 7200.0 120.00 5.0000 1.36893E-02 + TOTAL TIME 4.32000E+05 7200.0 120.00 5.0000 1.36893E-02 + + +end timestep + diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/gwf_bndname01.nam b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/gwf_bndname01.nam new file mode 100644 index 000000000..8691bfa8b --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/gwf_bndname01.nam @@ -0,0 +1,13 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. +BEGIN options + SAVE_FLOWS +END options + +BEGIN packages + DIS6 gwf_bndname01.dis dis + IC6 gwf_bndname01.ic ic + NPF6 gwf_bndname01.npf npf + CHD6 gwf_bndname01.chd + OC6 gwf_bndname01.oc oc +END packages + diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/gwf_bndname01.npf b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/gwf_bndname01.npf new file mode 100644 index 000000000..8b44fdda5 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/gwf_bndname01.npf @@ -0,0 +1,14 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. +BEGIN options + SAVE_SPECIFIC_DISCHARGE +END options + +BEGIN griddata + icelltype + CONSTANT 0 + k + CONSTANT 1.00000000 + k33 + CONSTANT 1.00000000 +END griddata + diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/gwf_bndname01.oc b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/gwf_bndname01.oc new file mode 100644 index 000000000..ae1dc6e2f --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/gwf_bndname01.oc @@ -0,0 +1,14 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. +BEGIN options + BUDGET FILEOUT gwf_bndname01.cbc + HEAD FILEOUT gwf_bndname01.hds + HEAD PRINT_FORMAT COLUMNS 10 WIDTH 15 DIGITS 6 GENERAL +END options + +BEGIN period 1 + SAVE HEAD ALL + SAVE BUDGET ALL + PRINT HEAD LAST + PRINT BUDGET LAST +END period 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/bndname01.ims b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/bndname01.ims new file mode 100644 index 000000000..28f7280a1 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/bndname01.ims @@ -0,0 +1,21 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. +BEGIN options + PRINT_OPTION summary +END options + +BEGIN nonlinear + OUTER_DVCLOSE 1.00000000E-06 + OUTER_MAXIMUM 100 + UNDER_RELAXATION none +END nonlinear + +BEGIN linear + INNER_MAXIMUM 300 + INNER_DVCLOSE 1.00000000E-06 + inner_rclose 1.00000000E-06 + LINEAR_ACCELERATION cg + RELAXATION_FACTOR 1.00000000 + SCALING_METHOD none + REORDERING_METHOD none +END linear + diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/bndname01.tdis b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/bndname01.tdis new file mode 100644 index 000000000..0e8cef62b --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/bndname01.tdis @@ -0,0 +1,13 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. +BEGIN options + TIME_UNITS days +END options + +BEGIN dimensions + NPER 1 +END dimensions + +BEGIN perioddata + 5.00000000 1 1.00000000 +END perioddata + diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/gwf_bndname01.cbc b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/gwf_bndname01.cbc new file mode 100644 index 000000000..283a2a262 Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/gwf_bndname01.cbc differ diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/gwf_bndname01.chd b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/gwf_bndname01.chd new file mode 100644 index 000000000..da2ca47ba --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/gwf_bndname01.chd @@ -0,0 +1,17 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. +BEGIN options + BOUNDNAMES + PRINT_INPUT + PRINT_FLOWS + OBS6 FILEIN gwf_bndname01.chd.obs +END options + +BEGIN dimensions + MAXBOUND 2 +END dimensions + +BEGIN period 1 + 1 1 1 1.00000000E+00 "left face""s" + 1 1 100 0.00000000E+00 "right face" +END period 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/gwf_bndname01.chd.obs b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/gwf_bndname01.chd.obs new file mode 100644 index 000000000..fe750ed4a --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/gwf_bndname01.chd.obs @@ -0,0 +1,10 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. +BEGIN options + PRINT_INPUT +END options + +BEGIN continuous FILEOUT gwf_bndname01.chd.obs.csv + 'left face"s' chd 'left face"s' + 'right face' chd 'right face' +END continuous FILEOUT gwf_bndname01.chd.obs.csv + diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/gwf_bndname01.chd.obs.csv b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/gwf_bndname01.chd.obs.csv new file mode 100644 index 000000000..5f2017f62 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/gwf_bndname01.chd.obs.csv @@ -0,0 +1,2 @@ +time,LEFT FACE"S,RIGHT FACE +5.000000000000,0.29999999999999998E+31,-0.10101010101010166E-1 diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/gwf_bndname01.dis b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/gwf_bndname01.dis new file mode 100644 index 000000000..c551af529 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/gwf_bndname01.dis @@ -0,0 +1,24 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. +BEGIN options +END options + +BEGIN dimensions + NLAY 1 + NROW 1 + NCOL 100 +END dimensions + +BEGIN griddata + delr + CONSTANT 1.00000000 + delc + CONSTANT 1.00000000 + top + CONSTANT 1.00000000 + botm + CONSTANT 0.00000000 + idomain + INTERNAL FACTOR 1 + 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 +END griddata + diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/gwf_bndname01.dis.grb b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/gwf_bndname01.dis.grb new file mode 100644 index 000000000..1dac8a569 Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/gwf_bndname01.dis.grb differ diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/gwf_bndname01.hds b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/gwf_bndname01.hds new file mode 100644 index 000000000..2350e1dfd Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/gwf_bndname01.hds differ diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/gwf_bndname01.ic b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/gwf_bndname01.ic new file mode 100644 index 000000000..1f2485891 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/gwf_bndname01.ic @@ -0,0 +1,6 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. +BEGIN griddata + strt + CONSTANT 1.00000000 +END griddata + diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/gwf_bndname01.lst b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/gwf_bndname01.lst new file mode 100644 index 000000000..171614c5d --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/gwf_bndname01.lst @@ -0,0 +1,313 @@ + MODFLOW 6 PROFESSIONAL + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + GROUNDWATER FLOW MODEL (GWF) + VERSION 6.5.0.dev0 (preliminary) 07/13/2023 + ***DEVELOP MODE*** + + MODFLOW 6 compiled Oct 30 2023 08:23:02 with GCC version 11.3.0 + +This software is preliminary or provisional and is subject to +revision. It is being provided to meet the need for timely best +science. The software has not received final approval by the U.S. +Geological Survey (USGS). No warranty, expressed or implied, is made +by the USGS or the U.S. Government as to the functionality of the +software and related material nor shall the fact of release +constitute any such warranty. The software is provided on the +condition that neither the USGS nor the U.S. Government shall be held +liable for any damages resulting from the authorized or unauthorized +use of the software. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +The following 2-clause BSD License library is used in this +USGS product: + + PETSc, the Portable, Extensible Toolkit for Scientific + Computation Library + Copyright (c) 1991-2021, UChicago Argonne, LLC + and the PETSc Development Team All rights reserved. + (https://petsc.org/release/) + +MODFLOW 6 compiler options: -cpp -I src/libmf6core.a.p -I src -I ../src -I +src/libmf6_external.a.p -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/include -I +/home/mreno/.clone/external/petsc/include -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/lib -I +/home/mreno/miniconda3/envs/modflow6/include -I -fdiagnostics-color=always +-imultiarch x86_64-linux-gnu -D _FILE_OFFSET_BITS=64 -D __linux__ -D +__WITH_PETSC__ -D __WITH_MPI__ -D __WITH_NETCDF__ -mtune=generic +-march=x86-64 -g -O2 -Wall -Wpedantic -Wcharacter-truncation +-Wno-unused-dummy-argument -Wno-intrinsic-shadow -Wno-maybe-uninitialized +-Wno-uninitialized -std=f2008 -fall-intrinsics -fbacktrace -fcheck=all +-ffpe-trap=overflow,zero,invalid -ffpe-summary=overflow +-ffpe-trap=overflow,zero,invalid -fPIC -J src/libmf6core.a.p +-fpre-include=/usr/include/finclude/math-vector-fortran.h + +System command used to initiate simulation: +/home/mreno/.clone/usgs/w/netcdf/2/modflow6/bin/mf6 + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/GWF_BNDNAME01/DIS + + + NPF -- NODE PROPERTY FLOW PACKAGE, VERSION 1, 3/30/2015 INPUT READ FROM MEMPATH: __INPUT__/GWF_BNDNAME01/NPF + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 1 + NROW = 1 + NCOL = 100 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + IDOMAIN set from input file + End Setting Discretization Griddata + + Setting NPF Options + Specific discharge will be calculated at cell centers and written to DATA-SPDIS in budget file when requested. + End Setting NPF Options + + Setting NPF Griddata + ICELLTYPE set from input file + K set from input file + K33 set from input file + K22 not provided. Setting K22 = K. + End Setting NPF Griddata + + + CHD -- CHD PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_BNDNAME01/CHD-1 + + PROCESSING CHD BASE OPTIONS + LISTS OF CHD CELLS WILL BE PRINTED. + CHD FLOWS WILL BE PRINTED TO LISTING FILE. + CHD BOUNDARIES HAVE NAMES IN LAST COLUMN. + END OF CHD BASE OPTIONS + + OPENED gwf_bndname01.chd.obs + FILE TYPE:OBS UNIT 1011 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + PROCESSING CHD BASE DIMENSIONS + MAXBOUND = 2 + END OF CHD BASE DIMENSIONS + + IC -- INITIAL CONDITIONS PACKAGE, VERSION 8, 3/28/2015 INPUT READ FROM UNIT 1005 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. + PROCESSING GRIDDATA + + INITIAL HEAD = 1.000000 + END PROCESSING GRIDDATA + BINARY GRID INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1012 + FILE NAME: gwf_bndname01.dis.grb + + OPENED gwf_bndname01.dis.grb + FILE TYPE:DATA(BINARY) UNIT 1012 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1013 + FILE NAME: gwf_bndname01.cbc + + OPENED gwf_bndname01.cbc + FILE TYPE:DATA(BINARY) UNIT 1013 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + HEAD INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1014 + FILE NAME: gwf_bndname01.hds + + OPENED gwf_bndname01.hds + FILE TYPE:DATA(BINARY) UNIT 1014 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +The observation utility is active for "CHD-1" + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. + +Processing observation options: + +The PRINT_INPUT option has been specified. + + + OBSERVATIONS READ FROM FILE "gwf_bndname01.chd.obs" + ---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + NAME TYPE TIME LOCATION DATA OUTPUT FILENAME + ---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + LEFT FACE"S CONTINUOUS CHD ALL TIMES " 'left face"s'" gwf_bndname01.chd.obs.csv + RIGHT FACE CONTINUOUS CHD ALL TIMES " 'right face'" gwf_bndname01.chd.obs.csv + ---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + ALL TIME STEPS WILL BE SAVED + ALL TIME STEPS WILL BE SAVED + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + -------------------------------------------------------------------------------------------- + CHD NO. LAYER ROW COL HEAD BOUNDNAME + -------------------------------------------------------------------------------------------- + 1 1 1 1 1.00000000 LEFT FACE + 2 1 1 100 0.00000000 RIGHT FACE + -------------------------------------------------------------------------------------------- + + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1013 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_BNDNAME01 PACKAGE NPF CONNECTED TO MODEL GWF_BNDNAME01 PACKAGE NPF ON UNIT 1013 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING CHD IN MODEL GWF_BNDNAME01 PACKAGE GWF_BNDNAME01 CONNECTED TO MODEL GWF_BNDNAME01 PACKAGE CHD-1 ON UNIT 1013 AT TIME STEP 1, STRESS PERIOD 1 + + CHD PACKAGE (CHD-1) FLOW RATES PERIOD 1 STEP 1 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1,1) 1.01010101E-02 LEFT FACE + 2 (1,1,100) -1.01010101E-02 RIGHT FACE + ---------------------------------------------------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + 11 12 13 14 15 16 17 18 19 20 + 21 22 23 24 25 26 27 28 29 30 + 31 32 33 34 35 36 37 38 39 40 + 41 42 43 44 45 46 47 48 49 50 + 51 52 53 54 55 56 57 58 59 60 + 61 62 63 64 65 66 67 68 69 70 + 71 72 73 74 75 76 77 78 79 80 + 81 82 83 84 85 86 87 88 89 90 + 91 92 93 94 95 96 97 98 99 100 + ................................................................................................................................................................ + 1 1.00000 0.989899 0.979798 0.969697 0.959596 0.949495 0.939394 0.929293 0.919192 0.909091 + 0.898990 0.888889 0.878788 0.868687 0.858586 0.848485 0.838384 0.828283 0.818182 0.808081 + 0.797980 0.787879 0.777778 0.767677 0.757576 0.747475 0.737374 0.727273 0.717172 0.707071 + 0.696970 0.686869 0.676768 0.666667 0.656566 0.646465 0.636364 0.626263 0.616162 0.606061 + 0.595960 0.585859 0.575758 0.565657 0.555556 0.545455 0.535354 0.525253 0.515152 0.505051 + 0.494949 0.484848 0.474747 0.464646 0.454545 0.444444 0.434343 0.424242 0.414141 0.404040 + 0.393939 0.383838 0.373737 0.363636 0.353535 0.343434 0.333333 0.323232 0.313131 0.303030 + 0.292929 0.282828 0.272727 0.262626 0.252525 0.242424 0.232323 0.222222 0.212121 0.202020 + 0.191919 0.181818 0.171717 0.161616 0.151515 0.141414 0.131313 0.121212 0.111111 0.101010 + 9.090909E-02 8.080808E-02 7.070707E-02 6.060606E-02 5.050505E-02 4.040404E-02 3.030303E-02 2.020202E-02 1.010101E-02 0.00000 + + HEAD WILL BE SAVED ON UNIT 1014 AT END OF TIME STEP 1, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + CHD = 5.0505E-02 CHD = 1.0101E-02 CHD-1 + + TOTAL IN = 5.0505E-02 TOTAL IN = 1.0101E-02 + + OUT: OUT: + ---- ---- + CHD = 5.0505E-02 CHD = 1.0101E-02 CHD-1 + + TOTAL OUT = 5.0505E-02 TOTAL OUT = 1.0101E-02 + + IN - OUT = -1.1102E-15 IN - OUT = -2.2204E-16 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 4.32000E+05 7200.0 120.00 5.0000 1.36893E-02 + STRESS PERIOD TIME 4.32000E+05 7200.0 120.00 5.0000 1.36893E-02 + TOTAL TIME 4.32000E+05 7200.0 120.00 5.0000 1.36893E-02 + + +end timestep + diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/gwf_bndname01.nam b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/gwf_bndname01.nam new file mode 100644 index 000000000..919290916 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/gwf_bndname01.nam @@ -0,0 +1,13 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. +BEGIN options + SAVE_FLOWS +END options + +BEGIN packages + DIS6 gwf_bndname01.dis dis + IC6 gwf_bndname01.ic ic + NPF6 gwf_bndname01.npf npf + CHD6 gwf_bndname01.chd chd-1 + OC6 gwf_bndname01.oc oc +END packages + diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/gwf_bndname01.npf b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/gwf_bndname01.npf new file mode 100644 index 000000000..8b44fdda5 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/gwf_bndname01.npf @@ -0,0 +1,14 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. +BEGIN options + SAVE_SPECIFIC_DISCHARGE +END options + +BEGIN griddata + icelltype + CONSTANT 0 + k + CONSTANT 1.00000000 + k33 + CONSTANT 1.00000000 +END griddata + diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/gwf_bndname01.oc b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/gwf_bndname01.oc new file mode 100644 index 000000000..ae1dc6e2f --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/gwf_bndname01.oc @@ -0,0 +1,14 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. +BEGIN options + BUDGET FILEOUT gwf_bndname01.cbc + HEAD FILEOUT gwf_bndname01.hds + HEAD PRINT_FORMAT COLUMNS 10 WIDTH 15 DIGITS 6 GENERAL +END options + +BEGIN period 1 + SAVE HEAD ALL + SAVE BUDGET ALL + PRINT HEAD LAST + PRINT BUDGET LAST +END period 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/mfsim.lst b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/mfsim.lst new file mode 100644 index 000000000..6dbd3206c --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/mfsim.lst @@ -0,0 +1,290 @@ + MODFLOW 6 PROFESSIONAL + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + VERSION 6.5.0.dev0 (preliminary) 07/13/2023 + ***DEVELOP MODE*** + + MODFLOW 6 compiled Oct 30 2023 08:23:02 with GCC version 11.3.0 + +This software is preliminary or provisional and is subject to +revision. It is being provided to meet the need for timely best +science. The software has not received final approval by the U.S. +Geological Survey (USGS). No warranty, expressed or implied, is made +by the USGS or the U.S. Government as to the functionality of the +software and related material nor shall the fact of release +constitute any such warranty. The software is provided on the +condition that neither the USGS nor the U.S. Government shall be held +liable for any damages resulting from the authorized or unauthorized +use of the software. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +The following 2-clause BSD License library is used in this +USGS product: + + PETSc, the Portable, Extensible Toolkit for Scientific + Computation Library + Copyright (c) 1991-2021, UChicago Argonne, LLC + and the PETSc Development Team All rights reserved. + (https://petsc.org/release/) + +MODFLOW 6 compiler options: -cpp -I src/libmf6core.a.p -I src -I ../src -I +src/libmf6_external.a.p -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/include -I +/home/mreno/.clone/external/petsc/include -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/lib -I +/home/mreno/miniconda3/envs/modflow6/include -I -fdiagnostics-color=always +-imultiarch x86_64-linux-gnu -D _FILE_OFFSET_BITS=64 -D __linux__ -D +__WITH_PETSC__ -D __WITH_MPI__ -D __WITH_NETCDF__ -mtune=generic +-march=x86-64 -g -O2 -Wall -Wpedantic -Wcharacter-truncation +-Wno-unused-dummy-argument -Wno-intrinsic-shadow -Wno-maybe-uninitialized +-Wno-uninitialized -std=f2008 -fall-intrinsics -fbacktrace -fcheck=all +-ffpe-trap=overflow,zero,invalid -ffpe-summary=overflow +-ffpe-trap=overflow,zero,invalid -fPIC -J src/libmf6core.a.p +-fpre-include=/usr/include/finclude/math-vector-fortran.h + +System command used to initiate simulation: +/home/mreno/.clone/usgs/w/netcdf/2/modflow6/bin/mf6 + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + + OPENED mfsim.nam + FILE TYPE:NAM6 UNIT 1001 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. + + OPENED gwf_bndname01.nam + FILE TYPE:GWF6 UNIT 1002 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. + + OPENED gwf_bndname01.dis + FILE TYPE:DIS6 UNIT 1003 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. + + OPENED gwf_bndname01.npf + FILE TYPE:NPF6 UNIT 1004 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. + + OPENED gwf_bndname01.ic + FILE TYPE:IC6 UNIT 1005 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwf_bndname01.oc + FILE TYPE:OC6 UNIT 1006 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwf_bndname01.chd + FILE TYPE:CHD6 UNIT 1007 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. + + READING SIMULATION OPTIONS + MAXIMUM NUMBER OF ERRORS THAT WILL BE STORED IS 1000 + END OF SIMULATION OPTIONS + + READING SIMULATION TIMING + + OPENED bndname01.tdis + FILE TYPE:TDIS UNIT 1008 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + TDIS -- TEMPORAL DISCRETIZATION PACKAGE, + VERSION 1 : 11/13/2014 - INPUT READ FROM UNIT 1008 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. + PROCESSING TDIS OPTIONS + SIMULATION TIME UNIT IS DAYS + END OF TDIS OPTIONS + PROCESSING TDIS DIMENSIONS + 1 STRESS PERIOD(S) IN SIMULATION + END OF TDIS DIMENSIONS + PROCESSING TDIS PERIODDATA + + + STRESS PERIOD LENGTH TIME STEPS MULTIPLIER FOR DELT + ---------------------------------------------------------------------------- + 1 5.000000 1 1.000 + END OF TDIS PERIODDATA + END OF SIMULATION TIMING + + READING SIMULATION MODELS + GWF6 model 1 will be created + END OF SIMULATION MODELS + + READING SIMULATION EXCHANGES + END OF SIMULATION EXCHANGES + + READING SOLUTIONGROUP + + Creating solution: SLN_1 + + OPENED bndname01.ims + FILE TYPE:IMS UNIT 1010 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + END OF SOLUTIONGROUP + +PROCESSING MODEL CONNECTIONS + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1010 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. + + PROCESSING IMS OPTIONS + END OF IMS OPTIONS + + PROCESSING IMS NONLINEAR + END OF IMS NONLINEAR DATA + ***UNDER-RELAXATION WILL NOT BE USED*** + + + PROCESSING LINEAR DATA + END OF LINEAR DATA + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + A symmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-05 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 100 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 0 + LINEAR SOLUTION METHOD (LINMETH) = 1 + + SOLUTION BY THE CONJUGATE-GRADIENT METHOD + ------------------------------------------------------------------ + MAXIMUM OF 100 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 300 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = CG + MATRIX PRECONDITIONING TYPE = MOD. INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-05 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E-05 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.10000E+01 + + + + + Solving: Stress period: 1 Time step: 1 + +1 + STRESS PERIOD NO. 1, LENGTH = 5.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 5.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.98989899 1_GWF-(1,1,99) + Model 2 1 0.0000000 * 1_GWF-(1,1,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 3 TOTAL ITERATIONS + + + Solution SLN_1 summary + ---------------------------------------------------------------------- + Total formulate time: 0.44999999999999901E-4 seconds + Total solution time: 0.21000000000000185E-4 seconds + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 5.6620000 + Logical 4.00000000E-02 + Integer 15.672000 + Real 38.576000 + ------------------------------- + Total 59.950000 + Virtual 0.0000000 + ------------------------------- + + + + Run end date and time (yyyy/mm/dd hh:mm:ss): 2023/10/30 9:00:51 + Elapsed run time: 0.004 Seconds + Normal termination of simulation. diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/mfsim.nam b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/mfsim.nam new file mode 100644 index 000000000..5c5e6405a --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mf6/mfsim.nam @@ -0,0 +1,19 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. +BEGIN options +END options + +BEGIN timing + TDIS6 bndname01.tdis +END timing + +BEGIN models + gwf6 gwf_bndname01.nam gwf_bndname01 +END models + +BEGIN exchanges +END exchanges + +BEGIN solutiongroup 1 + ims6 bndname01.ims gwf_bndname01 +END solutiongroup 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mfsim.lst b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mfsim.lst new file mode 100644 index 000000000..8ce0f2640 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mfsim.lst @@ -0,0 +1,290 @@ + MODFLOW 6 PROFESSIONAL + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + VERSION 6.5.0.dev0 (preliminary) 07/13/2023 + ***DEVELOP MODE*** + + MODFLOW 6 compiled Oct 30 2023 08:23:02 with GCC version 11.3.0 + +This software is preliminary or provisional and is subject to +revision. It is being provided to meet the need for timely best +science. The software has not received final approval by the U.S. +Geological Survey (USGS). No warranty, expressed or implied, is made +by the USGS or the U.S. Government as to the functionality of the +software and related material nor shall the fact of release +constitute any such warranty. The software is provided on the +condition that neither the USGS nor the U.S. Government shall be held +liable for any damages resulting from the authorized or unauthorized +use of the software. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +The following 2-clause BSD License library is used in this +USGS product: + + PETSc, the Portable, Extensible Toolkit for Scientific + Computation Library + Copyright (c) 1991-2021, UChicago Argonne, LLC + and the PETSc Development Team All rights reserved. + (https://petsc.org/release/) + +MODFLOW 6 compiler options: -cpp -I src/libmf6core.a.p -I src -I ../src -I +src/libmf6_external.a.p -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/include -I +/home/mreno/.clone/external/petsc/include -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/lib -I +/home/mreno/miniconda3/envs/modflow6/include -I -fdiagnostics-color=always +-imultiarch x86_64-linux-gnu -D _FILE_OFFSET_BITS=64 -D __linux__ -D +__WITH_PETSC__ -D __WITH_MPI__ -D __WITH_NETCDF__ -mtune=generic +-march=x86-64 -g -O2 -Wall -Wpedantic -Wcharacter-truncation +-Wno-unused-dummy-argument -Wno-intrinsic-shadow -Wno-maybe-uninitialized +-Wno-uninitialized -std=f2008 -fall-intrinsics -fbacktrace -fcheck=all +-ffpe-trap=overflow,zero,invalid -ffpe-summary=overflow +-ffpe-trap=overflow,zero,invalid -fPIC -J src/libmf6core.a.p +-fpre-include=/usr/include/finclude/math-vector-fortran.h + +System command used to initiate simulation: +/home/mreno/.clone/usgs/w/netcdf/2/modflow6/bin/mf6 + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + + OPENED mfsim.nam + FILE TYPE:NAM6 UNIT 1001 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. + + OPENED gwf_bndname01.nam + FILE TYPE:GWF6 UNIT 1002 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. + + OPENED gwf_bndname01.dis + FILE TYPE:DIS6 UNIT 1003 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. + + OPENED gwf_bndname01.npf + FILE TYPE:NPF6 UNIT 1004 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. + + OPENED gwf_bndname01.ic + FILE TYPE:IC6 UNIT 1005 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwf_bndname01.oc + FILE TYPE:OC6 UNIT 1006 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwf_bndname01.chd + FILE TYPE:CHD6 UNIT 1007 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. + + READING SIMULATION OPTIONS + MAXIMUM NUMBER OF ERRORS THAT WILL BE STORED IS 1000 + END OF SIMULATION OPTIONS + + READING SIMULATION TIMING + + OPENED bndname01.tdis + FILE TYPE:TDIS UNIT 1008 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + TDIS -- TEMPORAL DISCRETIZATION PACKAGE, + VERSION 1 : 11/13/2014 - INPUT READ FROM UNIT 1008 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. + PROCESSING TDIS OPTIONS + SIMULATION TIME UNIT IS DAYS + END OF TDIS OPTIONS + PROCESSING TDIS DIMENSIONS + 1 STRESS PERIOD(S) IN SIMULATION + END OF TDIS DIMENSIONS + PROCESSING TDIS PERIODDATA + + + STRESS PERIOD LENGTH TIME STEPS MULTIPLIER FOR DELT + ---------------------------------------------------------------------------- + 1 5.000000 1 1.000 + END OF TDIS PERIODDATA + END OF SIMULATION TIMING + + READING SIMULATION MODELS + GWF6 model 1 will be created + END OF SIMULATION MODELS + + READING SIMULATION EXCHANGES + END OF SIMULATION EXCHANGES + + READING SOLUTIONGROUP + + Creating solution: SLN_1 + + OPENED bndname01.ims + FILE TYPE:IMS UNIT 1010 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + END OF SOLUTIONGROUP + +PROCESSING MODEL CONNECTIONS + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1010 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. + + PROCESSING IMS OPTIONS + END OF IMS OPTIONS + + PROCESSING IMS NONLINEAR + END OF IMS NONLINEAR DATA + ***UNDER-RELAXATION WILL NOT BE USED*** + + + PROCESSING LINEAR DATA + END OF LINEAR DATA + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + A symmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-05 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 100 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 0 + LINEAR SOLUTION METHOD (LINMETH) = 1 + + SOLUTION BY THE CONJUGATE-GRADIENT METHOD + ------------------------------------------------------------------ + MAXIMUM OF 100 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 300 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = CG + MATRIX PRECONDITIONING TYPE = MOD. INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-05 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E-05 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.10000E+01 + + + + + Solving: Stress period: 1 Time step: 1 + +1 + STRESS PERIOD NO. 1, LENGTH = 5.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 5.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.98989899 1_GWF-(1,1,99) + Model 2 1 0.0000000 * 1_GWF-(1,1,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 3 TOTAL ITERATIONS + + + Solution SLN_1 summary + ---------------------------------------------------------------------- + Total formulate time: 0.70000000000000617E-4 seconds + Total solution time: 0.28000000000000247E-4 seconds + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 5.6620000 + Logical 4.00000000E-02 + Integer 15.672000 + Real 38.576000 + ------------------------------- + Total 59.950000 + Virtual 0.0000000 + ------------------------------- + + + + Run end date and time (yyyy/mm/dd hh:mm:ss): 2023/10/30 9:00:51 + Elapsed run time: 0.004 Seconds + Normal termination of simulation. diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mfsim.nam b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mfsim.nam new file mode 100644 index 000000000..5c5e6405a --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model[0-bndname01]0/mfsim.nam @@ -0,0 +1,19 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. +BEGIN options +END options + +BEGIN timing + TDIS6 bndname01.tdis +END timing + +BEGIN models + gwf6 gwf_bndname01.nam gwf_bndname01 +END models + +BEGIN exchanges +END exchanges + +BEGIN solutiongroup 1 + ims6 bndname01.ims gwf_bndname01 +END solutiongroup 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model_nc[0-bndname01]0/bndname01.ims b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model_nc[0-bndname01]0/bndname01.ims new file mode 100644 index 000000000..28f7280a1 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model_nc[0-bndname01]0/bndname01.ims @@ -0,0 +1,21 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. +BEGIN options + PRINT_OPTION summary +END options + +BEGIN nonlinear + OUTER_DVCLOSE 1.00000000E-06 + OUTER_MAXIMUM 100 + UNDER_RELAXATION none +END nonlinear + +BEGIN linear + INNER_MAXIMUM 300 + INNER_DVCLOSE 1.00000000E-06 + inner_rclose 1.00000000E-06 + LINEAR_ACCELERATION cg + RELAXATION_FACTOR 1.00000000 + SCALING_METHOD none + REORDERING_METHOD none +END linear + diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model_nc[0-bndname01]0/bndname01.tdis b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model_nc[0-bndname01]0/bndname01.tdis new file mode 100644 index 000000000..0e8cef62b --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model_nc[0-bndname01]0/bndname01.tdis @@ -0,0 +1,13 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. +BEGIN options + TIME_UNITS days +END options + +BEGIN dimensions + NPER 1 +END dimensions + +BEGIN perioddata + 5.00000000 1 1.00000000 +END perioddata + diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model_nc[0-bndname01]0/gwf_bndname01.cbc b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model_nc[0-bndname01]0/gwf_bndname01.cbc new file mode 100644 index 000000000..283a2a262 Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model_nc[0-bndname01]0/gwf_bndname01.cbc differ diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model_nc[0-bndname01]0/gwf_bndname01.chd.obs b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model_nc[0-bndname01]0/gwf_bndname01.chd.obs new file mode 100644 index 000000000..fe750ed4a --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model_nc[0-bndname01]0/gwf_bndname01.chd.obs @@ -0,0 +1,10 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. +BEGIN options + PRINT_INPUT +END options + +BEGIN continuous FILEOUT gwf_bndname01.chd.obs.csv + 'left face"s' chd 'left face"s' + 'right face' chd 'right face' +END continuous FILEOUT gwf_bndname01.chd.obs.csv + diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model_nc[0-bndname01]0/gwf_bndname01.chd.obs.csv b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model_nc[0-bndname01]0/gwf_bndname01.chd.obs.csv new file mode 100644 index 000000000..5f2017f62 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model_nc[0-bndname01]0/gwf_bndname01.chd.obs.csv @@ -0,0 +1,2 @@ +time,LEFT FACE"S,RIGHT FACE +5.000000000000,0.29999999999999998E+31,-0.10101010101010166E-1 diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model_nc[0-bndname01]0/gwf_bndname01.hds b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model_nc[0-bndname01]0/gwf_bndname01.hds new file mode 100644 index 000000000..2350e1dfd Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model_nc[0-bndname01]0/gwf_bndname01.hds differ diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model_nc[0-bndname01]0/gwf_bndname01.ic b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model_nc[0-bndname01]0/gwf_bndname01.ic new file mode 100644 index 000000000..1f2485891 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model_nc[0-bndname01]0/gwf_bndname01.ic @@ -0,0 +1,6 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. +BEGIN griddata + strt + CONSTANT 1.00000000 +END griddata + diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model_nc[0-bndname01]0/gwf_bndname01.lst b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model_nc[0-bndname01]0/gwf_bndname01.lst new file mode 100644 index 000000000..45a22b539 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model_nc[0-bndname01]0/gwf_bndname01.lst @@ -0,0 +1,314 @@ + MODFLOW 6 PROFESSIONAL + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + GROUNDWATER FLOW MODEL (GWF) + VERSION 6.5.0.dev0 (preliminary) 07/13/2023 + ***DEVELOP MODE*** + + MODFLOW 6 compiled Oct 30 2023 08:23:02 with GCC version 11.3.0 + +This software is preliminary or provisional and is subject to +revision. It is being provided to meet the need for timely best +science. The software has not received final approval by the U.S. +Geological Survey (USGS). No warranty, expressed or implied, is made +by the USGS or the U.S. Government as to the functionality of the +software and related material nor shall the fact of release +constitute any such warranty. The software is provided on the +condition that neither the USGS nor the U.S. Government shall be held +liable for any damages resulting from the authorized or unauthorized +use of the software. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +The following 2-clause BSD License library is used in this +USGS product: + + PETSc, the Portable, Extensible Toolkit for Scientific + Computation Library + Copyright (c) 1991-2021, UChicago Argonne, LLC + and the PETSc Development Team All rights reserved. + (https://petsc.org/release/) + +MODFLOW 6 compiler options: -cpp -I src/libmf6core.a.p -I src -I ../src -I +src/libmf6_external.a.p -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/include -I +/home/mreno/.clone/external/petsc/include -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/lib -I +/home/mreno/miniconda3/envs/modflow6/include -I -fdiagnostics-color=always +-imultiarch x86_64-linux-gnu -D _FILE_OFFSET_BITS=64 -D __linux__ -D +__WITH_PETSC__ -D __WITH_MPI__ -D __WITH_NETCDF__ -mtune=generic +-march=x86-64 -g -O2 -Wall -Wpedantic -Wcharacter-truncation +-Wno-unused-dummy-argument -Wno-intrinsic-shadow -Wno-maybe-uninitialized +-Wno-uninitialized -std=f2008 -fall-intrinsics -fbacktrace -fcheck=all +-ffpe-trap=overflow,zero,invalid -ffpe-summary=overflow +-ffpe-trap=overflow,zero,invalid -fPIC -J src/libmf6core.a.p +-fpre-include=/usr/include/finclude/math-vector-fortran.h + +System command used to initiate simulation: +/home/mreno/.clone/usgs/w/netcdf/2/modflow6/bin/mf6 + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/GWF_BNDNAME01/DIS + + + NPF -- NODE PROPERTY FLOW PACKAGE, VERSION 1, 3/30/2015 INPUT READ FROM MEMPATH: __INPUT__/GWF_BNDNAME01/NPF + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 1 + NROW = 1 + NCOL = 100 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + IDOMAIN set from input file + End Setting Discretization Griddata + + Setting NPF Options + Specific discharge will be calculated at cell centers and written to DATA-SPDIS in budget file when requested. + End Setting NPF Options + + Setting NPF Griddata + ICELLTYPE set from input file + K set from input file + K33 set from input file + K22 not provided. Setting K22 = K. + End Setting NPF Griddata + + + CHD -- CHD PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_BNDNAME01/CHD-1 + + PROCESSING CHD BASE OPTIONS + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + LISTS OF CHD CELLS WILL BE PRINTED. + CHD FLOWS WILL BE PRINTED TO LISTING FILE. + CHD BOUNDARIES HAVE NAMES IN LAST COLUMN. + END OF CHD BASE OPTIONS + + OPENED gwf_bndname01.chd.obs + FILE TYPE:OBS UNIT 1008 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + PROCESSING CHD BASE DIMENSIONS + MAXBOUND = 2 + END OF CHD BASE DIMENSIONS + + IC -- INITIAL CONDITIONS PACKAGE, VERSION 8, 3/28/2015 INPUT READ FROM UNIT 1003 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. + PROCESSING GRIDDATA + + INITIAL HEAD = 1.000000 + END PROCESSING GRIDDATA + BINARY GRID INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1009 + FILE NAME: gwf_bndname01.nc.grb + + OPENED gwf_bndname01.nc.grb + FILE TYPE:DATA(BINARY) UNIT 1009 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1010 + FILE NAME: gwf_bndname01.cbc + + OPENED gwf_bndname01.cbc + FILE TYPE:DATA(BINARY) UNIT 1010 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + HEAD INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1011 + FILE NAME: gwf_bndname01.hds + + OPENED gwf_bndname01.hds + FILE TYPE:DATA(BINARY) UNIT 1011 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +The observation utility is active for "CHD-1" + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. + +Processing observation options: + +The PRINT_INPUT option has been specified. + + + OBSERVATIONS READ FROM FILE "gwf_bndname01.chd.obs" + ---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + NAME TYPE TIME LOCATION DATA OUTPUT FILENAME + ---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + LEFT FACE"S CONTINUOUS CHD ALL TIMES " 'left face"s'" gwf_bndname01.chd.obs.csv + RIGHT FACE CONTINUOUS CHD ALL TIMES " 'right face'" gwf_bndname01.chd.obs.csv + ---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + ALL TIME STEPS WILL BE SAVED + ALL TIME STEPS WILL BE SAVED + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + -------------------------------------------------------------------------------------------- + CHD NO. LAYER ROW COL HEAD BOUNDNAME + -------------------------------------------------------------------------------------------- + 1 1 1 1 1.00000000 LEFT FACE + 2 1 1 100 0.00000000 RIGHT FACE + -------------------------------------------------------------------------------------------- + + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1010 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_BNDNAME01 PACKAGE NPF CONNECTED TO MODEL GWF_BNDNAME01 PACKAGE NPF ON UNIT 1010 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING CHD IN MODEL GWF_BNDNAME01 PACKAGE GWF_BNDNAME01 CONNECTED TO MODEL GWF_BNDNAME01 PACKAGE CHD-1 ON UNIT 1010 AT TIME STEP 1, STRESS PERIOD 1 + + CHD PACKAGE (CHD-1) FLOW RATES PERIOD 1 STEP 1 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1,1) 1.01010101E-02 LEFT FACE + 2 (1,1,100) -1.01010101E-02 RIGHT FACE + ---------------------------------------------------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + 11 12 13 14 15 16 17 18 19 20 + 21 22 23 24 25 26 27 28 29 30 + 31 32 33 34 35 36 37 38 39 40 + 41 42 43 44 45 46 47 48 49 50 + 51 52 53 54 55 56 57 58 59 60 + 61 62 63 64 65 66 67 68 69 70 + 71 72 73 74 75 76 77 78 79 80 + 81 82 83 84 85 86 87 88 89 90 + 91 92 93 94 95 96 97 98 99 100 + ................................................................................................................................................................ + 1 1.00000 0.989899 0.979798 0.969697 0.959596 0.949495 0.939394 0.929293 0.919192 0.909091 + 0.898990 0.888889 0.878788 0.868687 0.858586 0.848485 0.838384 0.828283 0.818182 0.808081 + 0.797980 0.787879 0.777778 0.767677 0.757576 0.747475 0.737374 0.727273 0.717172 0.707071 + 0.696970 0.686869 0.676768 0.666667 0.656566 0.646465 0.636364 0.626263 0.616162 0.606061 + 0.595960 0.585859 0.575758 0.565657 0.555556 0.545455 0.535354 0.525253 0.515152 0.505051 + 0.494949 0.484848 0.474747 0.464646 0.454545 0.444444 0.434343 0.424242 0.414141 0.404040 + 0.393939 0.383838 0.373737 0.363636 0.353535 0.343434 0.333333 0.323232 0.313131 0.303030 + 0.292929 0.282828 0.272727 0.262626 0.252525 0.242424 0.232323 0.222222 0.212121 0.202020 + 0.191919 0.181818 0.171717 0.161616 0.151515 0.141414 0.131313 0.121212 0.111111 0.101010 + 9.090909E-02 8.080808E-02 7.070707E-02 6.060606E-02 5.050505E-02 4.040404E-02 3.030303E-02 2.020202E-02 1.010101E-02 0.00000 + + HEAD WILL BE SAVED ON UNIT 1011 AT END OF TIME STEP 1, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + CHD = 5.0505E-02 CHD = 1.0101E-02 CHD-1 + + TOTAL IN = 5.0505E-02 TOTAL IN = 1.0101E-02 + + OUT: OUT: + ---- ---- + CHD = 5.0505E-02 CHD = 1.0101E-02 CHD-1 + + TOTAL OUT = 5.0505E-02 TOTAL OUT = 1.0101E-02 + + IN - OUT = -1.1102E-15 IN - OUT = -2.2204E-16 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 4.32000E+05 7200.0 120.00 5.0000 1.36893E-02 + STRESS PERIOD TIME 4.32000E+05 7200.0 120.00 5.0000 1.36893E-02 + TOTAL TIME 4.32000E+05 7200.0 120.00 5.0000 1.36893E-02 + + +end timestep + diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model_nc[0-bndname01]0/gwf_bndname01.nam b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model_nc[0-bndname01]0/gwf_bndname01.nam new file mode 100644 index 000000000..8be9c728a --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model_nc[0-bndname01]0/gwf_bndname01.nam @@ -0,0 +1,13 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. +BEGIN options + SAVE_FLOWS +END options + +BEGIN packages + DIS6 gwf_bndname01.nc dis + IC6 gwf_bndname01.ic ic + NPF6 gwf_bndname01.nc npf + CHD6 gwf_bndname01.nc chd-1 + OC6 gwf_bndname01.oc oc +END packages + diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model_nc[0-bndname01]0/gwf_bndname01.nc b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model_nc[0-bndname01]0/gwf_bndname01.nc new file mode 100644 index 000000000..249cceefa Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model_nc[0-bndname01]0/gwf_bndname01.nc differ diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model_nc[0-bndname01]0/gwf_bndname01.nc.grb b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model_nc[0-bndname01]0/gwf_bndname01.nc.grb new file mode 100644 index 000000000..1dac8a569 Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model_nc[0-bndname01]0/gwf_bndname01.nc.grb differ diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model_nc[0-bndname01]0/gwf_bndname01.nc.out b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model_nc[0-bndname01]0/gwf_bndname01.nc.out new file mode 100644 index 000000000..a862f54ca --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model_nc[0-bndname01]0/gwf_bndname01.nc.out @@ -0,0 +1,173 @@ +netcdf gwf_bndname01 { +dimensions: + LINELENGTH = 300 ; + LENAUXNAME = 16 ; + LENBOUNDNAME = 40 ; + NPER = 1 ; + NLAY = 1 ; + NROW = 1 ; + NCOL = 100 ; + NCPL = 100 ; + NCELLDIM = 3 ; + dim_chd-1_maxbound = 2 ; + dim_chd-1_niper = 1 ; +variables: + int dis_nlay ; + dis_nlay:mf6_input = "DIS6:GWF_BNDNAME01/DIS/NLAY" ; + int dis_nrow ; + dis_nrow:mf6_input = "DIS6:GWF_BNDNAME01/DIS/NROW" ; + int dis_ncol ; + dis_ncol:mf6_input = "DIS6:GWF_BNDNAME01/DIS/NCOL" ; + double dis_delr(NCOL) ; + dis_delr:_FillValue = 3.e+30 ; + dis_delr:mf6_input = "DIS6:GWF_BNDNAME01/DIS/DELR" ; + double dis_delc(NROW) ; + dis_delc:_FillValue = 3.e+30 ; + dis_delc:mf6_input = "DIS6:GWF_BNDNAME01/DIS/DELC" ; + double dis_top(NROW, NCOL) ; + dis_top:_FillValue = 3.e+30 ; + dis_top:mf6_input = "DIS6:GWF_BNDNAME01/DIS/TOP" ; + double dis_botm(NLAY, NROW, NCOL) ; + dis_botm:_FillValue = 3.e+30 ; + dis_botm:mf6_input = "DIS6:GWF_BNDNAME01/DIS/BOTM" ; + int dis_idomain(NLAY, NROW, NCOL) ; + dis_idomain:mf6_input = "DIS6:GWF_BNDNAME01/DIS/IDOMAIN" ; + double ic_strt(NLAY, NROW, NCOL) ; + ic_strt:_FillValue = 3.e+30 ; + ic_strt:mf6_input = "IC6:GWF_BNDNAME01/IC/STRT" ; + ic_strt:_Storage = "chunked" ; + ic_strt:_ChunkSizes = 1, 1, 100 ; + ic_strt:_DeflateLevel = 4 ; + ic_strt:_Shuffle = "true" ; + ic_strt:_Endianness = "little" ; + int npf_save_specific_discharge ; + npf_save_specific_discharge:mf6_input = "NPF6:GWF_BNDNAME01/NPF/SAVE_SPECIFIC_DISCHARGE" ; + int npf_icelltype(NLAY, NROW, NCOL) ; + npf_icelltype:_FillValue = -2147483647 ; + npf_icelltype:mf6_input = "NPF6:GWF_BNDNAME01/NPF/ICELLTYPE" ; + double npf_k(NLAY, NROW, NCOL) ; + npf_k:_FillValue = 3.e+30 ; + npf_k:mf6_input = "NPF6:GWF_BNDNAME01/NPF/K" ; + double npf_k33(NLAY, NROW, NCOL) ; + npf_k33:_FillValue = 3.e+30 ; + npf_k33:mf6_input = "NPF6:GWF_BNDNAME01/NPF/K33" ; + int chd-1_boundnames ; + chd-1_boundnames:mf6_input = "CHD6:GWF_BNDNAME01/CHD-1/BOUNDNAMES" ; + int chd-1_print_input ; + chd-1_print_input:mf6_input = "CHD6:GWF_BNDNAME01/CHD-1/PRINT_INPUT" ; + int chd-1_print_flows ; + chd-1_print_flows:mf6_input = "CHD6:GWF_BNDNAME01/CHD-1/PRINT_FLOWS" ; + char chd-1_obs_filerecord(LINELENGTH) ; + chd-1_obs_filerecord:_Encoding = "ascii" ; + chd-1_obs_filerecord:mf6_input = "CHD6:GWF_BNDNAME01/CHD-1/OBS_FILERECORD" ; + int chd-1_maxbound ; + chd-1_maxbound:mf6_input = "CHD6:GWF_BNDNAME01/CHD-1/MAXBOUND" ; + int chd-1_iper(dim_chd-1_niper) ; + chd-1_iper:mf6_input = "CHD6:GWF_BNDNAME01/CHD-1/IPER" ; + int chd-1_cellid(dim_chd-1_niper, dim_chd-1_maxbound, NCELLDIM) ; + chd-1_cellid:_FillValue = -2147483647 ; + chd-1_cellid:mf6_input = "CHD6:GWF_BNDNAME01/CHD-1/CELLID" ; + double chd-1_head(dim_chd-1_niper, dim_chd-1_maxbound) ; + chd-1_head:_FillValue = 3.e+30 ; + chd-1_head:mf6_input = "CHD6:GWF_BNDNAME01/CHD-1/HEAD" ; + char chd-1_boundname(dim_chd-1_niper, dim_chd-1_maxbound, LENBOUNDNAME) ; + chd-1_boundname:_Encoding = "ascii" ; + chd-1_boundname:mf6_input = "CHD6:GWF_BNDNAME01/CHD-1/BOUNDNAME" ; + +// global attributes: + :description = "MODFLOW 6 NetCDF4 file prototype" ; + :history = "Created Mon Oct 30 09:00:51 2023" ; + :source = "mf6netcdf4.py" ; + :mf6_modeltype = "GWF6" ; + :mf6_modelname = "GWF_BNDNAME01" ; + :Conventions = "CF-1.8" ; +data: + + dis_nlay = 1 ; + + dis_nrow = 1 ; + + dis_ncol = 100 ; + + dis_delr = 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1 ; + + dis_delc = 1 ; + + dis_top = + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1 ; + + dis_botm = + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0 ; + + dis_idomain = + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1 ; + + ic_strt = + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1 ; + + npf_save_specific_discharge = 1 ; + + npf_icelltype = + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0 ; + + npf_k = + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1 ; + + npf_k33 = + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1 ; + + chd-1_boundnames = 1 ; + + chd-1_print_input = 1 ; + + chd-1_print_flows = 1 ; + + chd-1_obs_filerecord = "gwf_bndname01.chd.obs " ; + + chd-1_maxbound = 2 ; + + chd-1_iper = 1 ; + + chd-1_cellid = + 1, 1, 1, + 1, 1, 100 ; + + chd-1_head = + 1, 0 ; + + chd-1_boundname = + "left face\"s ", + "right face " ; +} diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model_nc[0-bndname01]0/gwf_bndname01.oc b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model_nc[0-bndname01]0/gwf_bndname01.oc new file mode 100644 index 000000000..ae1dc6e2f --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model_nc[0-bndname01]0/gwf_bndname01.oc @@ -0,0 +1,14 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. +BEGIN options + BUDGET FILEOUT gwf_bndname01.cbc + HEAD FILEOUT gwf_bndname01.hds + HEAD PRINT_FORMAT COLUMNS 10 WIDTH 15 DIGITS 6 GENERAL +END options + +BEGIN period 1 + SAVE HEAD ALL + SAVE BUDGET ALL + PRINT HEAD LAST + PRINT BUDGET LAST +END period 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model_nc[0-bndname01]0/mfsim.lst b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model_nc[0-bndname01]0/mfsim.lst new file mode 100644 index 000000000..1434e6d41 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model_nc[0-bndname01]0/mfsim.lst @@ -0,0 +1,1256 @@ + MODFLOW 6 PROFESSIONAL + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + VERSION 6.5.0.dev0 (preliminary) 07/13/2023 + ***DEVELOP MODE*** + + MODFLOW 6 compiled Oct 30 2023 08:23:02 with GCC version 11.3.0 + +This software is preliminary or provisional and is subject to +revision. It is being provided to meet the need for timely best +science. The software has not received final approval by the U.S. +Geological Survey (USGS). No warranty, expressed or implied, is made +by the USGS or the U.S. Government as to the functionality of the +software and related material nor shall the fact of release +constitute any such warranty. The software is provided on the +condition that neither the USGS nor the U.S. Government shall be held +liable for any damages resulting from the authorized or unauthorized +use of the software. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +The following 2-clause BSD License library is used in this +USGS product: + + PETSc, the Portable, Extensible Toolkit for Scientific + Computation Library + Copyright (c) 1991-2021, UChicago Argonne, LLC + and the PETSc Development Team All rights reserved. + (https://petsc.org/release/) + +MODFLOW 6 compiler options: -cpp -I src/libmf6core.a.p -I src -I ../src -I +src/libmf6_external.a.p -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/include -I +/home/mreno/.clone/external/petsc/include -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/lib -I +/home/mreno/miniconda3/envs/modflow6/include -I -fdiagnostics-color=always +-imultiarch x86_64-linux-gnu -D _FILE_OFFSET_BITS=64 -D __linux__ -D +__WITH_PETSC__ -D __WITH_MPI__ -D __WITH_NETCDF__ -mtune=generic +-march=x86-64 -g -O2 -Wall -Wpedantic -Wcharacter-truncation +-Wno-unused-dummy-argument -Wno-intrinsic-shadow -Wno-maybe-uninitialized +-Wno-uninitialized -std=f2008 -fall-intrinsics -fbacktrace -fcheck=all +-ffpe-trap=overflow,zero,invalid -ffpe-summary=overflow +-ffpe-trap=overflow,zero,invalid -fPIC -J src/libmf6core.a.p +-fpre-include=/usr/include/finclude/math-vector-fortran.h + +System command used to initiate simulation: +/home/mreno/.clone/usgs/w/netcdf/2/modflow6/bin/mf6 + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + + OPENED mfsim.nam + FILE TYPE:NAM6 UNIT 1001 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. + + OPENED gwf_bndname01.nam + FILE TYPE:GWF6 UNIT 1002 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. +Model NetCDF4 Input "gwf_bndname01.nc" opened NF90_NOWRITE, ncid=65536 +IDM nc modeltype=GWF6 +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=GWF_BNDNAME01, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "NLAY" discovered for package "GWF_BNDNAME01/DIS". +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=GWF_BNDNAME01, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "NROW" discovered for package "GWF_BNDNAME01/DIS". +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=GWF_BNDNAME01, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "NCOL" discovered for package "GWF_BNDNAME01/DIS". +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=GWF_BNDNAME01, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "DELR" discovered for package "GWF_BNDNAME01/DIS". +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=GWF_BNDNAME01, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "DELC" discovered for package "GWF_BNDNAME01/DIS". +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=GWF_BNDNAME01, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "TOP" discovered for package "GWF_BNDNAME01/DIS". +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=GWF_BNDNAME01, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "BOTM" discovered for package "GWF_BNDNAME01/DIS". +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=GWF_BNDNAME01, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "IDOMAIN" discovered for package "GWF_BNDNAME01/DIS". +IDM load netcdf var model=GWF6, ptype=NPF6 +IDM nc4_context pkg cname=GWF_BNDNAME01, scname=DIS +IDM nc4_context pkg cname=GWF_BNDNAME01, scname=NPF +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=NPF6, sctype=NPF +Input parameter "SAVE_SPECIFIC_DISCHARGE" discovered for package "GWF_BNDNAME01/NPF". +IDM load netcdf var model=GWF6, ptype=NPF6 +IDM nc4_context pkg cname=GWF_BNDNAME01, scname=DIS +IDM nc4_context pkg cname=GWF_BNDNAME01, scname=NPF +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=NPF6, sctype=NPF +Input parameter "ICELLTYPE" discovered for package "GWF_BNDNAME01/NPF". +IDM load netcdf var model=GWF6, ptype=NPF6 +IDM nc4_context pkg cname=GWF_BNDNAME01, scname=DIS +IDM nc4_context pkg cname=GWF_BNDNAME01, scname=NPF +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=NPF6, sctype=NPF +Input parameter "K" discovered for package "GWF_BNDNAME01/NPF". +IDM load netcdf var model=GWF6, ptype=NPF6 +IDM nc4_context pkg cname=GWF_BNDNAME01, scname=DIS +IDM nc4_context pkg cname=GWF_BNDNAME01, scname=NPF +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=NPF6, sctype=NPF +Input parameter "K33" discovered for package "GWF_BNDNAME01/NPF". +IDM load netcdf var model=GWF6, ptype=CHD6 +IDM nc4_context pkg cname=GWF_BNDNAME01, scname=DIS +IDM nc4_context pkg cname=GWF_BNDNAME01, scname=NPF +IDM nc4_context pkg cname=GWF_BNDNAME01, scname=CHD-1 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=CHD6, sctype=CHD +Input parameter "BOUNDNAMES" discovered for package "GWF_BNDNAME01/CHD-1". +IDM load netcdf var model=GWF6, ptype=CHD6 +IDM nc4_context pkg cname=GWF_BNDNAME01, scname=DIS +IDM nc4_context pkg cname=GWF_BNDNAME01, scname=NPF +IDM nc4_context pkg cname=GWF_BNDNAME01, scname=CHD-1 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=CHD6, sctype=CHD +Input parameter "PRINT_INPUT" discovered for package "GWF_BNDNAME01/CHD-1". +IDM load netcdf var model=GWF6, ptype=CHD6 +IDM nc4_context pkg cname=GWF_BNDNAME01, scname=DIS +IDM nc4_context pkg cname=GWF_BNDNAME01, scname=NPF +IDM nc4_context pkg cname=GWF_BNDNAME01, scname=CHD-1 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=CHD6, sctype=CHD +Input parameter "PRINT_FLOWS" discovered for package "GWF_BNDNAME01/CHD-1". +IDM load netcdf var model=GWF6, ptype=CHD6 +IDM nc4_context pkg cname=GWF_BNDNAME01, scname=DIS +IDM nc4_context pkg cname=GWF_BNDNAME01, scname=NPF +IDM nc4_context pkg cname=GWF_BNDNAME01, scname=CHD-1 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=CHD6, sctype=CHD +Input parameter "SAVE_FLOWS" discovered for package "GWF_BNDNAME01/CHD-1". +IDM load netcdf var model=GWF6, ptype=CHD6 +IDM nc4_context pkg cname=GWF_BNDNAME01, scname=DIS +IDM nc4_context pkg cname=GWF_BNDNAME01, scname=NPF +IDM nc4_context pkg cname=GWF_BNDNAME01, scname=CHD-1 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=CHD6, sctype=CHD +Input parameter "OBS_FILERECORD" discovered for package "GWF_BNDNAME01/CHD-1". +IDM load netcdf var model=GWF6, ptype=CHD6 +IDM nc4_context pkg cname=GWF_BNDNAME01, scname=DIS +IDM nc4_context pkg cname=GWF_BNDNAME01, scname=NPF +IDM nc4_context pkg cname=GWF_BNDNAME01, scname=CHD-1 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=CHD6, sctype=CHD +Input parameter "MAXBOUND" discovered for package "GWF_BNDNAME01/CHD-1". +IDM load netcdf var model=GWF6, ptype=CHD6 +IDM nc4_context pkg cname=GWF_BNDNAME01, scname=DIS +IDM nc4_context pkg cname=GWF_BNDNAME01, scname=NPF +IDM nc4_context pkg cname=GWF_BNDNAME01, scname=CHD-1 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=CHD6 +IDM nc4_context pkg cname=GWF_BNDNAME01, scname=DIS +IDM nc4_context pkg cname=GWF_BNDNAME01, scname=NPF +IDM nc4_context pkg cname=GWF_BNDNAME01, scname=CHD-1 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=CHD6, sctype=CHD +Input parameter "CELLID" discovered for package "GWF_BNDNAME01/CHD-1". +IDM load netcdf var model=GWF6, ptype=CHD6 +IDM nc4_context pkg cname=GWF_BNDNAME01, scname=DIS +IDM nc4_context pkg cname=GWF_BNDNAME01, scname=NPF +IDM nc4_context pkg cname=GWF_BNDNAME01, scname=CHD-1 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=CHD6, sctype=CHD +Input parameter "HEAD" discovered for package "GWF_BNDNAME01/CHD-1". +IDM load netcdf var model=GWF6, ptype=CHD6 +IDM nc4_context pkg cname=GWF_BNDNAME01, scname=DIS +IDM nc4_context pkg cname=GWF_BNDNAME01, scname=NPF +IDM nc4_context pkg cname=GWF_BNDNAME01, scname=CHD-1 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=CHD6, sctype=CHD +Input parameter "BOUNDNAME" discovered for package "GWF_BNDNAME01/CHD-1". +IDM input_load pkg=DIS +IDM NF90_MAX_DIMS=1024 +IDM NF90_MAX_VAR_DIMS=1024 +varname=NLAY, type=INTEGER +varname=NROW, type=INTEGER +varname=NCOL, type=INTEGER +varname=DELR, type=DOUBLE1D +varname=DELC, type=DOUBLE1D +varname=TOP, type=DOUBLE2D +varname=BOTM, type=DOUBLE3D +varname=IDOMAIN, type=INTEGER3D + ALL SIMULATION MEMORY INFORMATION WILL BE WRITTEN. + + DETAILED INFORMATION ON VARIABLES STORED IN THE MEMORY MANAGER + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + ORIGIN VARIABLE NAME DATA TYPE NUMBER OF ITEMS ASSOCIATED VARIABLE + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + __INPUT__/SIM/NAM TDIS6 STRING LEN=300 1 -- + __INPUT__/SIM/NAM MTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM MFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM MNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM EXGTYPE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGFILE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEA STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEB STRING LEN=300 0 -- + __INPUT__/SIM/NAM SOLUTIONGROUPNUM INTEGER 1 -- + __INPUT__/SIM/NAM SLNTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNMNAMES STRING LEN=300 1 -- + __INPUT__/SIM/NAM CONTINUE INTEGER 1 -- + __INPUT__/SIM/NAM NOCHECK INTEGER 1 -- + __INPUT__/SIM/NAM PRMEM STRING LEN=300 1 -- + __INPUT__/SIM/NAM MAXERRORS INTEGER 1 -- + __INPUT__/SIM/NAM PRINT_INPUT INTEGER 1 -- + __INPUT__/SIM/NAM MXITER INTEGER 1 -- + __INPUT__/SIM NUMMODELS INTEGER 1 -- + __INPUT__/SIM NUMEXCHANGES INTEGER 1 -- + __INPUT__/GWF_BNDNAME01/NAM SAVE_FLOWS INTEGER 1 -- + __INPUT__/GWF_BNDNAME01/NAM FTYPE STRING LEN=300 5 -- + __INPUT__/GWF_BNDNAME01/NAM FNAME STRING LEN=300 5 -- + __INPUT__/GWF_BNDNAME01/NAM PNAME STRING LEN=300 5 -- + __INPUT__/GWF_BNDNAME01 PKGTYPES STRING LEN=7 0 -- + __INPUT__/GWF_BNDNAME01 PKGNAMES STRING LEN=16 0 -- + __INPUT__/GWF_BNDNAME01 MEMPATHS STRING LEN=50 0 -- + __INPUT__/GWF_BNDNAME01 INUNITS INTEGER 0 -- + __INPUT__/GWF_BNDNAME01/DIS INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/GWF_BNDNAME01/NPF INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/GWF_BNDNAME01/CHD-1 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/GWF_BNDNAME01/DIS NLAY INTEGER 1 -- + __INPUT__/GWF_BNDNAME01/DIS NROW INTEGER 1 -- + __INPUT__/GWF_BNDNAME01/DIS NCOL INTEGER 1 -- + __INPUT__/GWF_BNDNAME01 MODEL_SHAPE INTEGER 3 -- + __INPUT__/GWF_BNDNAME01 NCELLDIM INTEGER 1 -- + __INPUT__/GWF_BNDNAME01/DIS DELR DOUBLE 100 -- + __INPUT__/GWF_BNDNAME01/DIS DELC DOUBLE 1 -- + __INPUT__/GWF_BNDNAME01/DIS TOP DOUBLE 100 -- + __INPUT__/GWF_BNDNAME01/DIS BOTM DOUBLE 100 -- + __INPUT__/GWF_BNDNAME01/DIS IDOMAIN INTEGER 100 -- + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 1.5210000 + Logical 0.0000000 + Integer 0.46400000 + Real 2.4080000 + ------------------------------- + Total 4.3930000 + Virtual 0.0000000 + ------------------------------- + + +IDM input_load pkg=NPF +IDM NF90_MAX_DIMS=1024 +IDM NF90_MAX_VAR_DIMS=1024 +varname=ISAVSPDIS, type=KEYWORD +varname=ICELLTYPE, type=INTEGER1D +varname=K, type=DOUBLE1D +varname=K33, type=DOUBLE1D + ALL SIMULATION MEMORY INFORMATION WILL BE WRITTEN. + + DETAILED INFORMATION ON VARIABLES STORED IN THE MEMORY MANAGER + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + ORIGIN VARIABLE NAME DATA TYPE NUMBER OF ITEMS ASSOCIATED VARIABLE + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + __INPUT__/SIM/NAM TDIS6 STRING LEN=300 1 -- + __INPUT__/SIM/NAM MTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM MFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM MNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM EXGTYPE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGFILE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEA STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEB STRING LEN=300 0 -- + __INPUT__/SIM/NAM SOLUTIONGROUPNUM INTEGER 1 -- + __INPUT__/SIM/NAM SLNTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNMNAMES STRING LEN=300 1 -- + __INPUT__/SIM/NAM CONTINUE INTEGER 1 -- + __INPUT__/SIM/NAM NOCHECK INTEGER 1 -- + __INPUT__/SIM/NAM PRMEM STRING LEN=300 1 -- + __INPUT__/SIM/NAM MAXERRORS INTEGER 1 -- + __INPUT__/SIM/NAM PRINT_INPUT INTEGER 1 -- + __INPUT__/SIM/NAM MXITER INTEGER 1 -- + __INPUT__/SIM NUMMODELS INTEGER 1 -- + __INPUT__/SIM NUMEXCHANGES INTEGER 1 -- + __INPUT__/GWF_BNDNAME01/NAM SAVE_FLOWS INTEGER 1 -- + __INPUT__/GWF_BNDNAME01/NAM FTYPE STRING LEN=300 5 -- + __INPUT__/GWF_BNDNAME01/NAM FNAME STRING LEN=300 5 -- + __INPUT__/GWF_BNDNAME01/NAM PNAME STRING LEN=300 5 -- + __INPUT__/GWF_BNDNAME01 PKGTYPES STRING LEN=7 0 -- + __INPUT__/GWF_BNDNAME01 PKGNAMES STRING LEN=16 0 -- + __INPUT__/GWF_BNDNAME01 MEMPATHS STRING LEN=50 0 -- + __INPUT__/GWF_BNDNAME01 INUNITS INTEGER 0 -- + __INPUT__/GWF_BNDNAME01/DIS INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/GWF_BNDNAME01/NPF INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/GWF_BNDNAME01/CHD-1 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/GWF_BNDNAME01/DIS NLAY INTEGER 1 -- + __INPUT__/GWF_BNDNAME01/DIS NROW INTEGER 1 -- + __INPUT__/GWF_BNDNAME01/DIS NCOL INTEGER 1 -- + __INPUT__/GWF_BNDNAME01 MODEL_SHAPE INTEGER 3 -- + __INPUT__/GWF_BNDNAME01 NCELLDIM INTEGER 1 -- + __INPUT__/GWF_BNDNAME01/DIS DELR DOUBLE 100 -- + __INPUT__/GWF_BNDNAME01/DIS DELC DOUBLE 1 -- + __INPUT__/GWF_BNDNAME01/DIS TOP DOUBLE 100 -- + __INPUT__/GWF_BNDNAME01/DIS BOTM DOUBLE 100 -- + __INPUT__/GWF_BNDNAME01/DIS IDOMAIN INTEGER 100 -- + __INPUT__/GWF_BNDNAME01/NPF ISAVSPDIS INTEGER 1 -- + __INPUT__/GWF_BNDNAME01/NPF ICELLTYPE INTEGER 100 -- + __INPUT__/GWF_BNDNAME01/NPF K DOUBLE 100 -- + __INPUT__/GWF_BNDNAME01/NPF K33 DOUBLE 100 -- + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 1.5210000 + Logical 0.0000000 + Integer 0.86800000 + Real 4.0080000 + ------------------------------- + Total 6.3970000 + Virtual 0.0000000 + ------------------------------- + + + + OPENED gwf_bndname01.ic + FILE TYPE:IC6 UNIT 1003 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwf_bndname01.oc + FILE TYPE:OC6 UNIT 1004 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + +IDM input_load pkg=CHD-1 +IDM NF90_MAX_DIMS=1024 +IDM NF90_MAX_VAR_DIMS=1024 +varname=BOUNDNAMES, type=KEYWORD +varname=IPRPAK, type=KEYWORD +varname=IPRFLOW, type=KEYWORD +varname=IPAKCB, type=KEYWORD +varname=OBS_FILERECORD, type=RECORD OBS6 FILEIN OBS6_FILENAME +varname=MAXBOUND, type=INTEGER + ALL SIMULATION MEMORY INFORMATION WILL BE WRITTEN. + + DETAILED INFORMATION ON VARIABLES STORED IN THE MEMORY MANAGER + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + ORIGIN VARIABLE NAME DATA TYPE NUMBER OF ITEMS ASSOCIATED VARIABLE + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + __INPUT__/SIM/NAM TDIS6 STRING LEN=300 1 -- + __INPUT__/SIM/NAM MTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM MFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM MNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM EXGTYPE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGFILE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEA STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEB STRING LEN=300 0 -- + __INPUT__/SIM/NAM SOLUTIONGROUPNUM INTEGER 1 -- + __INPUT__/SIM/NAM SLNTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNMNAMES STRING LEN=300 1 -- + __INPUT__/SIM/NAM CONTINUE INTEGER 1 -- + __INPUT__/SIM/NAM NOCHECK INTEGER 1 -- + __INPUT__/SIM/NAM PRMEM STRING LEN=300 1 -- + __INPUT__/SIM/NAM MAXERRORS INTEGER 1 -- + __INPUT__/SIM/NAM PRINT_INPUT INTEGER 1 -- + __INPUT__/SIM/NAM MXITER INTEGER 1 -- + __INPUT__/SIM NUMMODELS INTEGER 1 -- + __INPUT__/SIM NUMEXCHANGES INTEGER 1 -- + __INPUT__/GWF_BNDNAME01/NAM SAVE_FLOWS INTEGER 1 -- + __INPUT__/GWF_BNDNAME01/NAM FTYPE STRING LEN=300 5 -- + __INPUT__/GWF_BNDNAME01/NAM FNAME STRING LEN=300 5 -- + __INPUT__/GWF_BNDNAME01/NAM PNAME STRING LEN=300 5 -- + __INPUT__/GWF_BNDNAME01 PKGTYPES STRING LEN=7 0 -- + __INPUT__/GWF_BNDNAME01 PKGNAMES STRING LEN=16 0 -- + __INPUT__/GWF_BNDNAME01 MEMPATHS STRING LEN=50 0 -- + __INPUT__/GWF_BNDNAME01 INUNITS INTEGER 0 -- + __INPUT__/GWF_BNDNAME01/DIS INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/GWF_BNDNAME01/NPF INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/GWF_BNDNAME01/CHD-1 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/GWF_BNDNAME01/DIS NLAY INTEGER 1 -- + __INPUT__/GWF_BNDNAME01/DIS NROW INTEGER 1 -- + __INPUT__/GWF_BNDNAME01/DIS NCOL INTEGER 1 -- + __INPUT__/GWF_BNDNAME01 MODEL_SHAPE INTEGER 3 -- + __INPUT__/GWF_BNDNAME01 NCELLDIM INTEGER 1 -- + __INPUT__/GWF_BNDNAME01/DIS DELR DOUBLE 100 -- + __INPUT__/GWF_BNDNAME01/DIS DELC DOUBLE 1 -- + __INPUT__/GWF_BNDNAME01/DIS TOP DOUBLE 100 -- + __INPUT__/GWF_BNDNAME01/DIS BOTM DOUBLE 100 -- + __INPUT__/GWF_BNDNAME01/DIS IDOMAIN INTEGER 100 -- + __INPUT__/GWF_BNDNAME01/NPF ISAVSPDIS INTEGER 1 -- + __INPUT__/GWF_BNDNAME01/NPF ICELLTYPE INTEGER 100 -- + __INPUT__/GWF_BNDNAME01/NPF K DOUBLE 100 -- + __INPUT__/GWF_BNDNAME01/NPF K33 DOUBLE 100 -- + __INPUT__/GWF_BNDNAME01/CHD-1 BOUNDNAMES INTEGER 1 -- + __INPUT__/GWF_BNDNAME01/CHD-1 IPRPAK INTEGER 1 -- + __INPUT__/GWF_BNDNAME01/CHD-1 IPRFLOW INTEGER 1 -- + __INPUT__/GWF_BNDNAME01/CHD-1 IPAKCB INTEGER 1 -- + __INPUT__/GWF_BNDNAME01/CHD-1 OBS6_FILENAME STRING LEN=300 1 -- + __INPUT__/GWF_BNDNAME01/CHD-1 NAUX INTEGER 1 -- + __INPUT__/GWF_BNDNAME01/CHD-1 MAXBOUND INTEGER 1 -- + __INPUT__/GWF_BNDNAME01/CHD-1 IPER INTEGER 1 -- + __INPUT__/GWF_BNDNAME01/CHD-1 IONPER INTEGER 1 -- + __INPUT__/GWF_BNDNAME01/CHD-1 NBOUND INTEGER 1 -- + __INPUT__/GWF_BNDNAME01/CHD-1 NCPL INTEGER 1 -- + __INPUT__/GWF_BNDNAME01/CHD-1 AUXILIARY STRING LEN=16 0 -- + __INPUT__/GWF_BNDNAME01/CHD-1 CELLID INTEGER 6 -- + __INPUT__/GWF_BNDNAME01/CHD-1 HEAD DOUBLE 2 -- + __INPUT__/GWF_BNDNAME01/CHD-1 BOUNDNAME STRING LEN=40 2 -- + __INPUT__/GWF_BNDNAME01/CHD-1 AUXVAR DOUBLE 0 -- + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 1.5240000 + Logical 0.0000000 + Integer 0.93200000 + Real 4.0240000 + ------------------------------- + Total 6.4800000 + Virtual 0.0000000 + ------------------------------- + + + + READING SIMULATION OPTIONS + MAXIMUM NUMBER OF ERRORS THAT WILL BE STORED IS 1000 + END OF SIMULATION OPTIONS + + READING SIMULATION TIMING + + OPENED bndname01.tdis + FILE TYPE:TDIS UNIT 1005 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + TDIS -- TEMPORAL DISCRETIZATION PACKAGE, + VERSION 1 : 11/13/2014 - INPUT READ FROM UNIT 1005 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. + PROCESSING TDIS OPTIONS + SIMULATION TIME UNIT IS DAYS + END OF TDIS OPTIONS + PROCESSING TDIS DIMENSIONS + 1 STRESS PERIOD(S) IN SIMULATION + END OF TDIS DIMENSIONS + PROCESSING TDIS PERIODDATA + + + STRESS PERIOD LENGTH TIME STEPS MULTIPLIER FOR DELT + ---------------------------------------------------------------------------- + 1 5.000000 1 1.000 + END OF TDIS PERIODDATA + END OF SIMULATION TIMING + + READING SIMULATION MODELS + GWF6 model 1 will be created + END OF SIMULATION MODELS + + READING SIMULATION EXCHANGES + END OF SIMULATION EXCHANGES + + READING SOLUTIONGROUP + + Creating solution: SLN_1 + + OPENED bndname01.ims + FILE TYPE:IMS UNIT 1007 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + END OF SOLUTIONGROUP + +PROCESSING MODEL CONNECTIONS + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1007 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. + + PROCESSING IMS OPTIONS + END OF IMS OPTIONS + + PROCESSING IMS NONLINEAR + END OF IMS NONLINEAR DATA + ***UNDER-RELAXATION WILL NOT BE USED*** + + + PROCESSING LINEAR DATA + END OF LINEAR DATA + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + A symmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-05 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 100 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 0 + LINEAR SOLUTION METHOD (LINMETH) = 1 + + SOLUTION BY THE CONJUGATE-GRADIENT METHOD + ------------------------------------------------------------------ + MAXIMUM OF 100 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 300 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = CG + MATRIX PRECONDITIONING TYPE = MOD. INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-05 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E-05 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.10000E+01 + + + + + Solving: Stress period: 1 Time step: 1 + +1 + STRESS PERIOD NO. 1, LENGTH = 5.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=1 +IDM RP LIST kper=1 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE +IDM RP LIST varname=BOUNDNAME, type=STRING + INITIAL TIME STEP SIZE = 5.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.98989899 1_GWF-(1,1,99) + Model 2 1 0.0000000 * 1_GWF-(1,1,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 3 TOTAL ITERATIONS + + + Solution SLN_1 summary + ---------------------------------------------------------------------- + Total formulate time: 0.47999999999999432E-4 seconds + Total solution time: 0.22000000000001185E-4 seconds + + + DETAILED INFORMATION ON VARIABLES STORED IN THE MEMORY MANAGER + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + ORIGIN VARIABLE NAME DATA TYPE NUMBER OF ITEMS ASSOCIATED VARIABLE + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + __INPUT__/SIM/NAM TDIS6 STRING LEN=300 1 -- + __INPUT__/SIM/NAM MTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM MFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM MNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM EXGTYPE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGFILE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEA STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEB STRING LEN=300 0 -- + __INPUT__/SIM/NAM SOLUTIONGROUPNUM INTEGER 1 -- + __INPUT__/SIM/NAM SLNTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNMNAMES STRING LEN=300 1 -- + __INPUT__/SIM/NAM CONTINUE INTEGER 1 -- + __INPUT__/SIM/NAM NOCHECK INTEGER 1 -- + __INPUT__/SIM/NAM PRMEM STRING LEN=300 1 -- + __INPUT__/SIM/NAM MAXERRORS INTEGER 1 -- + __INPUT__/SIM/NAM PRINT_INPUT INTEGER 1 -- + __INPUT__/SIM/NAM MXITER INTEGER 1 -- + __INPUT__/SIM NUMMODELS INTEGER 1 -- + __INPUT__/SIM NUMEXCHANGES INTEGER 1 -- + __INPUT__/GWF_BNDNAME01/NAM SAVE_FLOWS INTEGER 1 -- + __INPUT__/GWF_BNDNAME01/NAM FTYPE STRING LEN=300 5 -- + __INPUT__/GWF_BNDNAME01/NAM FNAME STRING LEN=300 5 -- + __INPUT__/GWF_BNDNAME01/NAM PNAME STRING LEN=300 5 -- + __INPUT__/GWF_BNDNAME01 PKGTYPES STRING LEN=7 5 -- + __INPUT__/GWF_BNDNAME01 PKGNAMES STRING LEN=16 5 -- + __INPUT__/GWF_BNDNAME01 MEMPATHS STRING LEN=50 5 -- + __INPUT__/GWF_BNDNAME01 INUNITS INTEGER 5 -- + __INPUT__/GWF_BNDNAME01/DIS INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/GWF_BNDNAME01/NPF INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/GWF_BNDNAME01/CHD-1 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/GWF_BNDNAME01/DIS NLAY INTEGER 1 -- + __INPUT__/GWF_BNDNAME01/DIS NROW INTEGER 1 -- + __INPUT__/GWF_BNDNAME01/DIS NCOL INTEGER 1 -- + __INPUT__/GWF_BNDNAME01 MODEL_SHAPE INTEGER 3 -- + __INPUT__/GWF_BNDNAME01 NCELLDIM INTEGER 1 -- + __INPUT__/GWF_BNDNAME01/DIS DELR DOUBLE 100 -- + __INPUT__/GWF_BNDNAME01/DIS DELC DOUBLE 1 -- + __INPUT__/GWF_BNDNAME01/DIS TOP DOUBLE 100 -- + __INPUT__/GWF_BNDNAME01/DIS BOTM DOUBLE 100 -- + __INPUT__/GWF_BNDNAME01/DIS IDOMAIN INTEGER 100 -- + __INPUT__/GWF_BNDNAME01/NPF ISAVSPDIS INTEGER 1 -- + __INPUT__/GWF_BNDNAME01/NPF ICELLTYPE INTEGER 100 -- + __INPUT__/GWF_BNDNAME01/NPF K DOUBLE 100 -- + __INPUT__/GWF_BNDNAME01/NPF K33 DOUBLE 100 -- + __INPUT__/GWF_BNDNAME01/CHD-1 BOUNDNAMES INTEGER 1 -- + __INPUT__/GWF_BNDNAME01/CHD-1 IPRPAK INTEGER 1 -- + __INPUT__/GWF_BNDNAME01/CHD-1 IPRFLOW INTEGER 1 -- + __INPUT__/GWF_BNDNAME01/CHD-1 IPAKCB INTEGER 1 -- + __INPUT__/GWF_BNDNAME01/CHD-1 OBS6_FILENAME STRING LEN=300 1 -- + __INPUT__/GWF_BNDNAME01/CHD-1 NAUX INTEGER 1 -- + __INPUT__/GWF_BNDNAME01/CHD-1 MAXBOUND INTEGER 1 -- + __INPUT__/GWF_BNDNAME01/CHD-1 IPER INTEGER 1 -- + __INPUT__/GWF_BNDNAME01/CHD-1 IONPER INTEGER 1 -- + __INPUT__/GWF_BNDNAME01/CHD-1 NBOUND INTEGER 1 -- + __INPUT__/GWF_BNDNAME01/CHD-1 NCPL INTEGER 1 -- + __INPUT__/GWF_BNDNAME01/CHD-1 AUXILIARY STRING LEN=16 0 -- + __INPUT__/GWF_BNDNAME01/CHD-1 CELLID INTEGER 6 -- + __INPUT__/GWF_BNDNAME01/CHD-1 HEAD DOUBLE 2 -- + __INPUT__/GWF_BNDNAME01/CHD-1 BOUNDNAME STRING LEN=40 2 -- + __INPUT__/GWF_BNDNAME01/CHD-1 AUXVAR DOUBLE 0 -- + TDIS NPER INTEGER 1 -- + TDIS ITMUNI INTEGER 1 -- + TDIS KPER INTEGER 1 -- + TDIS KSTP INTEGER 1 -- + TDIS INATS INTEGER 1 -- + TDIS READNEWDATA LOGICAL 1 -- + TDIS ENDOFPERIOD LOGICAL 1 -- + TDIS ENDOFSIMULATION LOGICAL 1 -- + TDIS DELT DOUBLE 1 -- + TDIS PERTIM DOUBLE 1 -- + TDIS TOPERTIM DOUBLE 1 -- + TDIS TOTIM DOUBLE 1 -- + TDIS TOTIMC DOUBLE 1 -- + TDIS DELTSAV DOUBLE 1 -- + TDIS TOTIMSAV DOUBLE 1 -- + TDIS PERTIMSAV DOUBLE 1 -- + TDIS TOTALSIMTIME DOUBLE 1 -- + TDIS PERLEN DOUBLE 1 -- + TDIS NSTP INTEGER 1 -- + TDIS TSMULT DOUBLE 1 -- + __INPUT__/SIM/NAM MRANKS INTEGER 1 -- + GWF_BNDNAME01 NAME STRING LEN=16 1 -- + GWF_BNDNAME01 MACRONYM STRING LEN=3 1 -- + GWF_BNDNAME01 ID INTEGER 1 -- + GWF_BNDNAME01 IOUT INTEGER 1 -- + GWF_BNDNAME01 INEWTON INTEGER 1 -- + GWF_BNDNAME01 IPRPAK INTEGER 1 -- + GWF_BNDNAME01 IPRFLOW INTEGER 1 -- + GWF_BNDNAME01 IPAKCB INTEGER 1 -- + GWF_BNDNAME01 IDSOLN INTEGER 1 -- + GWF_BNDNAME01 NEQ INTEGER 1 -- + GWF_BNDNAME01 NJA INTEGER 1 -- + GWF_BNDNAME01 ICNVG INTEGER 1 -- + GWF_BNDNAME01 MOFFSET INTEGER 1 -- + GWF_BNDNAME01 INIC INTEGER 1 -- + GWF_BNDNAME01 INOC INTEGER 1 -- + GWF_BNDNAME01 INNPF INTEGER 1 -- + GWF_BNDNAME01 INBUY INTEGER 1 -- + GWF_BNDNAME01 INVSC INTEGER 1 -- + GWF_BNDNAME01 INSTO INTEGER 1 -- + GWF_BNDNAME01 INCSUB INTEGER 1 -- + GWF_BNDNAME01 INMVR INTEGER 1 -- + GWF_BNDNAME01 INHFB INTEGER 1 -- + GWF_BNDNAME01 INGNC INTEGER 1 -- + GWF_BNDNAME01 INOBS INTEGER 1 -- + GWF_BNDNAME01 ISS INTEGER 1 -- + GWF_BNDNAME01 INEWTONUR INTEGER 1 -- + GWF_BNDNAME01/DIS INUNIT INTEGER 1 -- + GWF_BNDNAME01/DIS IOUT INTEGER 1 -- + GWF_BNDNAME01/DIS NODES INTEGER 1 -- + GWF_BNDNAME01/DIS NODESUSER INTEGER 1 -- + GWF_BNDNAME01/DIS NDIM INTEGER 1 -- + GWF_BNDNAME01/DIS ICONDIR INTEGER 1 -- + GWF_BNDNAME01/DIS NOGRB INTEGER 1 -- + GWF_BNDNAME01/DIS XORIGIN DOUBLE 1 -- + GWF_BNDNAME01/DIS YORIGIN DOUBLE 1 -- + GWF_BNDNAME01/DIS ANGROT DOUBLE 1 -- + GWF_BNDNAME01/DIS NJA INTEGER 1 -- + GWF_BNDNAME01/DIS NJAS INTEGER 1 -- + GWF_BNDNAME01/DIS LENUNI INTEGER 1 -- + GWF_BNDNAME01/DIS NLAY INTEGER 1 -- + GWF_BNDNAME01/DIS NROW INTEGER 1 -- + GWF_BNDNAME01/DIS NCOL INTEGER 1 -- + GWF_BNDNAME01/NPF INPUT_FNAME STRING LEN=300 1 -- + GWF_BNDNAME01/NPF PACKAGE_TYPE STRING LEN=5 1 -- + GWF_BNDNAME01/NPF ID INTEGER 1 -- + GWF_BNDNAME01/NPF INUNIT INTEGER 1 -- + GWF_BNDNAME01/NPF IOUT INTEGER 1 -- + GWF_BNDNAME01/NPF INEWTON INTEGER 1 -- + GWF_BNDNAME01/NPF IASYM INTEGER 1 -- + GWF_BNDNAME01/NPF IPRPAK INTEGER 1 -- + GWF_BNDNAME01/NPF IPRFLOW INTEGER 1 -- + GWF_BNDNAME01/NPF IPAKCB INTEGER 1 -- + GWF_BNDNAME01/NPF IONPER INTEGER 1 -- + GWF_BNDNAME01/NPF LASTONPER INTEGER 1 -- + GWF_BNDNAME01/NPF INAME INTEGER 1 -- + GWF_BNDNAME01/NPF IXT3D INTEGER 1 -- + GWF_BNDNAME01/NPF IXT3DRHS INTEGER 1 -- + GWF_BNDNAME01/NPF SATOMEGA DOUBLE 1 -- + GWF_BNDNAME01/NPF HNOFLO DOUBLE 1 -- + GWF_BNDNAME01/NPF HDRY DOUBLE 1 -- + GWF_BNDNAME01/NPF ICELLAVG INTEGER 1 -- + GWF_BNDNAME01/NPF IAVGKEFF INTEGER 1 -- + GWF_BNDNAME01/NPF IK22 INTEGER 1 -- + GWF_BNDNAME01/NPF IK33 INTEGER 1 -- + GWF_BNDNAME01/NPF IK22OVERK INTEGER 1 -- + GWF_BNDNAME01/NPF IK33OVERK INTEGER 1 -- + GWF_BNDNAME01/NPF IPERCHED INTEGER 1 -- + GWF_BNDNAME01/NPF IVARCV INTEGER 1 -- + GWF_BNDNAME01/NPF IDEWATCV INTEGER 1 -- + GWF_BNDNAME01/NPF ITHICKSTRT INTEGER 1 -- + GWF_BNDNAME01/NPF IUSGNRHC INTEGER 1 -- + GWF_BNDNAME01/NPF INWTUPW INTEGER 1 -- + GWF_BNDNAME01/NPF ICALCSPDIS INTEGER 1 -- + GWF_BNDNAME01/NPF ISAVSPDIS INTEGER 1 -- + GWF_BNDNAME01/NPF ISAVSAT INTEGER 1 -- + GWF_BNDNAME01/NPF IREWET INTEGER 1 -- + GWF_BNDNAME01/NPF WETFCT DOUBLE 1 -- + GWF_BNDNAME01/NPF IWETIT INTEGER 1 -- + GWF_BNDNAME01/NPF IHDWET INTEGER 1 -- + GWF_BNDNAME01/NPF SATMIN DOUBLE 1 -- + GWF_BNDNAME01/NPF IANGLE1 INTEGER 1 -- + GWF_BNDNAME01/NPF IANGLE2 INTEGER 1 -- + GWF_BNDNAME01/NPF IANGLE3 INTEGER 1 -- + GWF_BNDNAME01/NPF IWETDRY INTEGER 1 -- + GWF_BNDNAME01/NPF NEDGES INTEGER 1 -- + GWF_BNDNAME01/NPF LASTEDGE INTEGER 1 -- + GWF_BNDNAME01/NPF INTVK INTEGER 1 -- + GWF_BNDNAME01/NPF INVSC INTEGER 1 -- + GWF_BNDNAME01/NPF KCHANGEPER INTEGER 1 -- + GWF_BNDNAME01/NPF KCHANGESTP INTEGER 1 -- + GWF_BNDNAME01/XT3D IXT3D INTEGER 1 -- + GWF_BNDNAME01/XT3D NBRMAX INTEGER 1 -- + GWF_BNDNAME01/XT3D INUNIT INTEGER 1 -- + GWF_BNDNAME01/XT3D IOUT INTEGER 1 -- + GWF_BNDNAME01/XT3D INEWTON INTEGER 1 -- + GWF_BNDNAME01/XT3D NUMEXTNBRS INTEGER 1 -- + GWF_BNDNAME01/XT3D NOZEE LOGICAL 1 -- + GWF_BNDNAME01/XT3D VCTHRESH DOUBLE 1 -- + GWF_BNDNAME01/XT3D LAMATSAVED LOGICAL 1 -- + GWF_BNDNAME01/XT3D LDISPERSION LOGICAL 1 -- + GWF_BNDNAME01/BUY INPUT_FNAME STRING LEN=300 1 -- + GWF_BNDNAME01/BUY PACKAGE_TYPE STRING LEN=5 1 -- + GWF_BNDNAME01/BUY ID INTEGER 1 -- + GWF_BNDNAME01/BUY INUNIT INTEGER 1 -- + GWF_BNDNAME01/BUY IOUT INTEGER 1 -- + GWF_BNDNAME01/BUY INEWTON INTEGER 1 -- + GWF_BNDNAME01/BUY IASYM INTEGER 1 -- + GWF_BNDNAME01/BUY IPRPAK INTEGER 1 -- + GWF_BNDNAME01/BUY IPRFLOW INTEGER 1 -- + GWF_BNDNAME01/BUY IPAKCB INTEGER 1 -- + GWF_BNDNAME01/BUY IONPER INTEGER 1 -- + GWF_BNDNAME01/BUY LASTONPER INTEGER 1 -- + GWF_BNDNAME01/BUY IOUTDENSE INTEGER 1 -- + GWF_BNDNAME01/BUY IFORM INTEGER 1 -- + GWF_BNDNAME01/BUY IREADELEV INTEGER 1 -- + GWF_BNDNAME01/BUY IREADCONCBUY INTEGER 1 -- + GWF_BNDNAME01/BUY ICONCSET INTEGER 1 -- + GWF_BNDNAME01/BUY DENSEREF DOUBLE 1 -- + GWF_BNDNAME01/BUY NRHOSPECIES INTEGER 1 -- + GWF_BNDNAME01/VSC INPUT_FNAME STRING LEN=300 1 -- + GWF_BNDNAME01/VSC PACKAGE_TYPE STRING LEN=5 1 -- + GWF_BNDNAME01/VSC ID INTEGER 1 -- + GWF_BNDNAME01/VSC INUNIT INTEGER 1 -- + GWF_BNDNAME01/VSC IOUT INTEGER 1 -- + GWF_BNDNAME01/VSC INEWTON INTEGER 1 -- + GWF_BNDNAME01/VSC IASYM INTEGER 1 -- + GWF_BNDNAME01/VSC IPRPAK INTEGER 1 -- + GWF_BNDNAME01/VSC IPRFLOW INTEGER 1 -- + GWF_BNDNAME01/VSC IPAKCB INTEGER 1 -- + GWF_BNDNAME01/VSC IONPER INTEGER 1 -- + GWF_BNDNAME01/VSC LASTONPER INTEGER 1 -- + GWF_BNDNAME01/VSC THERMIVISC INTEGER 1 -- + GWF_BNDNAME01/VSC IDXTMPR INTEGER 1 -- + GWF_BNDNAME01/VSC IOUTVISC INTEGER 1 -- + GWF_BNDNAME01/VSC IREADELEV INTEGER 1 -- + GWF_BNDNAME01/VSC ICONCSET INTEGER 1 -- + GWF_BNDNAME01/VSC VISCREF DOUBLE 1 -- + GWF_BNDNAME01/VSC A2 DOUBLE 1 -- + GWF_BNDNAME01/VSC A3 DOUBLE 1 -- + GWF_BNDNAME01/VSC A4 DOUBLE 1 -- + GWF_BNDNAME01/VSC NVISCSPECIES INTEGER 1 -- + GWF_BNDNAME01/GNC INPUT_FNAME STRING LEN=300 1 -- + GWF_BNDNAME01/GNC PACKAGE_TYPE STRING LEN=5 1 -- + GWF_BNDNAME01/GNC ID INTEGER 1 -- + GWF_BNDNAME01/GNC INUNIT INTEGER 1 -- + GWF_BNDNAME01/GNC IOUT INTEGER 1 -- + GWF_BNDNAME01/GNC INEWTON INTEGER 1 -- + GWF_BNDNAME01/GNC IASYM INTEGER 1 -- + GWF_BNDNAME01/GNC IPRPAK INTEGER 1 -- + GWF_BNDNAME01/GNC IPRFLOW INTEGER 1 -- + GWF_BNDNAME01/GNC IPAKCB INTEGER 1 -- + GWF_BNDNAME01/GNC IONPER INTEGER 1 -- + GWF_BNDNAME01/GNC LASTONPER INTEGER 1 -- + GWF_BNDNAME01/GNC SMGNC LOGICAL 1 -- + GWF_BNDNAME01/GNC IMPLICIT LOGICAL 1 -- + GWF_BNDNAME01/GNC I2KN LOGICAL 1 -- + GWF_BNDNAME01/GNC NEXG INTEGER 1 -- + GWF_BNDNAME01/GNC NUMJS INTEGER 1 -- + GWF_BNDNAME01/HFB INPUT_FNAME STRING LEN=300 1 -- + GWF_BNDNAME01/HFB PACKAGE_TYPE STRING LEN=5 1 -- + GWF_BNDNAME01/HFB ID INTEGER 1 -- + GWF_BNDNAME01/HFB INUNIT INTEGER 1 -- + GWF_BNDNAME01/HFB IOUT INTEGER 1 -- + GWF_BNDNAME01/HFB INEWTON INTEGER 1 -- + GWF_BNDNAME01/HFB IASYM INTEGER 1 -- + GWF_BNDNAME01/HFB IPRPAK INTEGER 1 -- + GWF_BNDNAME01/HFB IPRFLOW INTEGER 1 -- + GWF_BNDNAME01/HFB IPAKCB INTEGER 1 -- + GWF_BNDNAME01/HFB IONPER INTEGER 1 -- + GWF_BNDNAME01/HFB LASTONPER INTEGER 1 -- + GWF_BNDNAME01/HFB MAXHFB INTEGER 1 -- + GWF_BNDNAME01/HFB NHFB INTEGER 1 -- + GWF_BNDNAME01/HFB IVSC INTEGER 1 -- + GWF_BNDNAME01/STO INPUT_FNAME STRING LEN=300 1 -- + GWF_BNDNAME01/STO PACKAGE_TYPE STRING LEN=5 1 -- + GWF_BNDNAME01/STO ID INTEGER 1 -- + GWF_BNDNAME01/STO INUNIT INTEGER 1 -- + GWF_BNDNAME01/STO IOUT INTEGER 1 -- + GWF_BNDNAME01/STO INEWTON INTEGER 1 -- + GWF_BNDNAME01/STO IASYM INTEGER 1 -- + GWF_BNDNAME01/STO IPRPAK INTEGER 1 -- + GWF_BNDNAME01/STO IPRFLOW INTEGER 1 -- + GWF_BNDNAME01/STO IPAKCB INTEGER 1 -- + GWF_BNDNAME01/STO IONPER INTEGER 1 -- + GWF_BNDNAME01/STO LASTONPER INTEGER 1 -- + GWF_BNDNAME01/STO ISTOR_COEF INTEGER 1 -- + GWF_BNDNAME01/STO ICONF_SS INTEGER 1 -- + GWF_BNDNAME01/STO IORIG_SS INTEGER 1 -- + GWF_BNDNAME01/STO IUSESY INTEGER 1 -- + GWF_BNDNAME01/STO SATOMEGA DOUBLE 1 -- + GWF_BNDNAME01/STO INTEGRATECHANGES INTEGER 1 -- + GWF_BNDNAME01/STO INTVS INTEGER 1 -- + GWF_BNDNAME01/CSUB INPUT_FNAME STRING LEN=300 1 -- + GWF_BNDNAME01/CSUB PACKAGE_TYPE STRING LEN=5 1 -- + GWF_BNDNAME01/CSUB ID INTEGER 1 -- + GWF_BNDNAME01/CSUB INUNIT INTEGER 1 -- + GWF_BNDNAME01/CSUB IOUT INTEGER 1 -- + GWF_BNDNAME01/CSUB INEWTON INTEGER 1 -- + GWF_BNDNAME01/CSUB IASYM INTEGER 1 -- + GWF_BNDNAME01/CSUB IPRPAK INTEGER 1 -- + GWF_BNDNAME01/CSUB IPRFLOW INTEGER 1 -- + GWF_BNDNAME01/CSUB IPAKCB INTEGER 1 -- + GWF_BNDNAME01/CSUB IONPER INTEGER 1 -- + GWF_BNDNAME01/CSUB LASTONPER INTEGER 1 -- + GWF_BNDNAME01/CSUB LISTLABEL STRING LEN=500 1 -- + GWF_BNDNAME01/CSUB STONAME STRING LEN=50 1 -- + GWF_BNDNAME01/CSUB ISTOUNIT INTEGER 1 -- + GWF_BNDNAME01/CSUB INOBSPKG INTEGER 1 -- + GWF_BNDNAME01/CSUB NINTERBEDS INTEGER 1 -- + GWF_BNDNAME01/CSUB MAXSIG0 INTEGER 1 -- + GWF_BNDNAME01/CSUB NBOUND INTEGER 1 -- + GWF_BNDNAME01/CSUB ISCLOC INTEGER 1 -- + GWF_BNDNAME01/CSUB IAUXMULTCOL INTEGER 1 -- + GWF_BNDNAME01/CSUB NDELAYCELLS INTEGER 1 -- + GWF_BNDNAME01/CSUB NDELAYBEDS INTEGER 1 -- + GWF_BNDNAME01/CSUB INITIALIZED INTEGER 1 -- + GWF_BNDNAME01/CSUB IESLAG INTEGER 1 -- + GWF_BNDNAME01/CSUB IPCH INTEGER 1 -- + GWF_BNDNAME01/CSUB LHEAD_BASED LOGICAL 1 -- + GWF_BNDNAME01/CSUB IUPDATESTRESS INTEGER 1 -- + GWF_BNDNAME01/CSUB ISPECIFIED_PCS INTEGER 1 -- + GWF_BNDNAME01/CSUB ISPECIFIED_DBH INTEGER 1 -- + GWF_BNDNAME01/CSUB INAMEDBOUND INTEGER 1 -- + GWF_BNDNAME01/CSUB ICONVCHK INTEGER 1 -- + GWF_BNDNAME01/CSUB NAUX INTEGER 1 -- + GWF_BNDNAME01/CSUB ISTORAGEC INTEGER 1 -- + GWF_BNDNAME01/CSUB ISTRAINIB INTEGER 1 -- + GWF_BNDNAME01/CSUB ISTRAINSK INTEGER 1 -- + GWF_BNDNAME01/CSUB IOUTCOMP INTEGER 1 -- + GWF_BNDNAME01/CSUB IOUTCOMPI INTEGER 1 -- + GWF_BNDNAME01/CSUB IOUTCOMPE INTEGER 1 -- + GWF_BNDNAME01/CSUB IOUTCOMPIB INTEGER 1 -- + GWF_BNDNAME01/CSUB IOUTCOMPS INTEGER 1 -- + GWF_BNDNAME01/CSUB IOUTZDISP INTEGER 1 -- + GWF_BNDNAME01/CSUB IPAKCSV INTEGER 1 -- + GWF_BNDNAME01/CSUB IUPDATEMATPROP INTEGER 1 -- + GWF_BNDNAME01/CSUB EPSILON DOUBLE 1 -- + GWF_BNDNAME01/CSUB CC_CRIT DOUBLE 1 -- + GWF_BNDNAME01/CSUB GAMMAW DOUBLE 1 -- + GWF_BNDNAME01/CSUB BETA DOUBLE 1 -- + GWF_BNDNAME01/CSUB BRG DOUBLE 1 -- + GWF_BNDNAME01/CSUB SATOMEGA DOUBLE 1 -- + GWF_BNDNAME01/CSUB ICELLF INTEGER 1 -- + GWF_BNDNAME01/CSUB GWFISS0 INTEGER 1 -- + GWF_BNDNAME01/CSUB AUXNAME STRING LEN=16 0 -- + GWF_BNDNAME01/IC INPUT_FNAME STRING LEN=300 1 -- + GWF_BNDNAME01/IC PACKAGE_TYPE STRING LEN=5 1 -- + GWF_BNDNAME01/IC ID INTEGER 1 -- + GWF_BNDNAME01/IC INUNIT INTEGER 1 -- + GWF_BNDNAME01/IC IOUT INTEGER 1 -- + GWF_BNDNAME01/IC INEWTON INTEGER 1 -- + GWF_BNDNAME01/IC IASYM INTEGER 1 -- + GWF_BNDNAME01/IC IPRPAK INTEGER 1 -- + GWF_BNDNAME01/IC IPRFLOW INTEGER 1 -- + GWF_BNDNAME01/IC IPAKCB INTEGER 1 -- + GWF_BNDNAME01/IC IONPER INTEGER 1 -- + GWF_BNDNAME01/IC LASTONPER INTEGER 1 -- + GWF_BNDNAME01/MVR INPUT_FNAME STRING LEN=300 1 -- + GWF_BNDNAME01/MVR PACKAGE_TYPE STRING LEN=5 1 -- + GWF_BNDNAME01/MVR ID INTEGER 1 -- + GWF_BNDNAME01/MVR INUNIT INTEGER 1 -- + GWF_BNDNAME01/MVR IOUT INTEGER 1 -- + GWF_BNDNAME01/MVR INEWTON INTEGER 1 -- + GWF_BNDNAME01/MVR IASYM INTEGER 1 -- + GWF_BNDNAME01/MVR IPRPAK INTEGER 1 -- + GWF_BNDNAME01/MVR IPRFLOW INTEGER 1 -- + GWF_BNDNAME01/MVR IPAKCB INTEGER 1 -- + GWF_BNDNAME01/MVR IONPER INTEGER 1 -- + GWF_BNDNAME01/MVR LASTONPER INTEGER 1 -- + GWF_BNDNAME01/MVR IBUDGETOUT INTEGER 1 -- + GWF_BNDNAME01/MVR IBUDCSV INTEGER 1 -- + GWF_BNDNAME01/MVR MAXMVR INTEGER 1 -- + GWF_BNDNAME01/MVR MAXPACKAGES INTEGER 1 -- + GWF_BNDNAME01/MVR MAXCOMB INTEGER 1 -- + GWF_BNDNAME01/MVR NMVR INTEGER 1 -- + GWF_BNDNAME01/MVR IEXGMVR INTEGER 1 -- + GWF_BNDNAME01/MVR IMODELNAMES INTEGER 1 -- + GWF_BNDNAME01/OC INUNIT INTEGER 1 -- + GWF_BNDNAME01/OC IOUT INTEGER 1 -- + GWF_BNDNAME01/OC IBUDCSV INTEGER 1 -- + GWF_BNDNAME01/OC IPEROC INTEGER 1 -- + GWF_BNDNAME01/OC IOCREP INTEGER 1 -- + GWF_BNDNAME01/CHD-1 INPUT_FNAME STRING LEN=300 1 -- + GWF_BNDNAME01/CHD-1 PACKAGE_TYPE STRING LEN=5 1 -- + GWF_BNDNAME01/CHD-1 ID INTEGER 1 -- + GWF_BNDNAME01/CHD-1 INUNIT INTEGER 1 -- + GWF_BNDNAME01/CHD-1 IOUT INTEGER 1 -- + GWF_BNDNAME01/CHD-1 INEWTON INTEGER 1 -- + GWF_BNDNAME01/CHD-1 IASYM INTEGER 1 -- + GWF_BNDNAME01/CHD-1 IPRPAK INTEGER 1 -- + GWF_BNDNAME01/CHD-1 IPRFLOW INTEGER 1 -- + GWF_BNDNAME01/CHD-1 IPAKCB INTEGER 1 -- + GWF_BNDNAME01/CHD-1 IONPER INTEGER 1 -- + GWF_BNDNAME01/CHD-1 LASTONPER INTEGER 1 -- + GWF_BNDNAME01/CHD-1 LISTLABEL STRING LEN=500 1 -- + GWF_BNDNAME01/CHD-1 ISADVPAK INTEGER 1 -- + GWF_BNDNAME01/CHD-1 IBCNUM INTEGER 1 -- + GWF_BNDNAME01/CHD-1 MAXBOUND INTEGER 1 -- + GWF_BNDNAME01/CHD-1 NBOUND INTEGER 1 -- + GWF_BNDNAME01/CHD-1 NCOLBND INTEGER 1 -- + GWF_BNDNAME01/CHD-1 ISCLOC INTEGER 1 -- + GWF_BNDNAME01/CHD-1 NAUX INTEGER 1 -- + GWF_BNDNAME01/CHD-1 INAMEDBOUND INTEGER 1 -- + GWF_BNDNAME01/CHD-1 IAUXMULTCOL INTEGER 1 -- + GWF_BNDNAME01/CHD-1 INOBSPKG INTEGER 1 -- + GWF_BNDNAME01/CHD-1 IMOVER INTEGER 1 -- + GWF_BNDNAME01/CHD-1 IVSC INTEGER 1 -- + GWF_BNDNAME01/CHD-1 NPAKEQ INTEGER 1 -- + GWF_BNDNAME01/CHD-1 IOFFSET INTEGER 1 -- + GWF_BNDNAME01/CHD-1 AUXNAME STRING LEN=16 0 -- + GWF_BNDNAME01/CHD-1 AUXNAME_CST STRING LEN=16 0 -- + SLN_1 ID INTEGER 1 -- + SLN_1 IU INTEGER 1 -- + SLN_1 TTFORM DOUBLE 1 -- + SLN_1 TTSOLN DOUBLE 1 -- + SLN_1 ISYMMETRIC INTEGER 1 -- + SLN_1 NEQ INTEGER 1 -- + SLN_1 MATRIX_OFFSET INTEGER 1 -- + SLN_1 DVCLOSE DOUBLE 1 -- + SLN_1 BIGCHOLD DOUBLE 1 -- + SLN_1 BIGCH DOUBLE 1 -- + SLN_1 RELAXOLD DOUBLE 1 -- + SLN_1 RES_PREV DOUBLE 1 -- + SLN_1 RES_NEW DOUBLE 1 -- + SLN_1 ICNVG INTEGER 1 -- + SLN_1 ITERTOT_TIMESTEP INTEGER 1 -- + SLN_1 IOUTTOT_TIMESTEP INTEGER 1 -- + SLN_1 INNERTOT_SIM INTEGER 1 -- + SLN_1 MXITER INTEGER 1 -- + SLN_1 LINSOLVER INTEGER 1 -- + SLN_1 NONMETH INTEGER 1 -- + SLN_1 IPRIMS INTEGER 1 -- + SLN_1 THETA DOUBLE 1 -- + SLN_1 AKAPPA DOUBLE 1 -- + SLN_1 GAMMA DOUBLE 1 -- + SLN_1 AMOMENTUM DOUBLE 1 -- + SLN_1 BREDUC DOUBLE 1 -- + SLN_1 BTOL DOUBLE 1 -- + SLN_1 RES_LIM DOUBLE 1 -- + SLN_1 NUMTRACK INTEGER 1 -- + SLN_1 IBFLAG INTEGER 1 -- + SLN_1 ICSVOUTEROUT INTEGER 1 -- + SLN_1 ICSVINNEROUT INTEGER 1 -- + SLN_1 NITERMAX INTEGER 1 -- + SLN_1 CONVNMOD INTEGER 1 -- + SLN_1 IALLOWPTC INTEGER 1 -- + SLN_1 IPTCOPT INTEGER 1 -- + SLN_1 IPTCOUT INTEGER 1 -- + SLN_1 L2NORM0 DOUBLE 1 -- + SLN_1 PTCDEL DOUBLE 1 -- + SLN_1 PTCDEL0 DOUBLE 1 -- + SLN_1 PTCEXP DOUBLE 1 -- + SLN_1 ATSFRAC DOUBLE 1 -- + GWF_BNDNAME01/DIS DELR DOUBLE 100 -- + GWF_BNDNAME01/DIS DELC DOUBLE 1 -- + GWF_BNDNAME01/DIS IDOMAIN INTEGER 100 -- + GWF_BNDNAME01/DIS TOP2D DOUBLE 100 -- + GWF_BNDNAME01/DIS BOT3D DOUBLE 100 -- + GWF_BNDNAME01/DIS CELLX DOUBLE 100 -- + GWF_BNDNAME01/DIS CELLY DOUBLE 1 -- + GWF_BNDNAME01/DIS MSHAPE INTEGER 3 -- + GWF_BNDNAME01/DIS XC DOUBLE 100 -- + GWF_BNDNAME01/DIS YC DOUBLE 100 -- + GWF_BNDNAME01/DIS TOP DOUBLE 100 -- + GWF_BNDNAME01/DIS BOT DOUBLE 100 -- + GWF_BNDNAME01/DIS AREA DOUBLE 100 -- + GWF_BNDNAME01 DBUFF DOUBLE 100 -- + GWF_BNDNAME01 IBUFF INTEGER 100 -- + GWF_BNDNAME01/DIS NODEUSER INTEGER 1 -- + GWF_BNDNAME01/DIS NODEREDUCED INTEGER 1 -- + GWF_BNDNAME01/CON NODES INTEGER 1 -- + GWF_BNDNAME01/CON NJA INTEGER 1 -- + GWF_BNDNAME01/CON NJAS INTEGER 1 -- + GWF_BNDNAME01/CON IANGLEX INTEGER 1 -- + GWF_BNDNAME01/CON IA INTEGER 101 -- + GWF_BNDNAME01/CON JA INTEGER 298 -- + GWF_BNDNAME01/CON ISYM INTEGER 298 -- + GWF_BNDNAME01/CON JAS INTEGER 298 -- + GWF_BNDNAME01/CON HWVA DOUBLE 99 -- + GWF_BNDNAME01/CON ANGLEX DOUBLE 99 -- + GWF_BNDNAME01/CON IHC INTEGER 99 -- + GWF_BNDNAME01/CON CL1 DOUBLE 99 -- + GWF_BNDNAME01/CON CL2 DOUBLE 99 -- + GWF_BNDNAME01/CON IAUSR INTEGER 1 -- + GWF_BNDNAME01/CON JAUSR INTEGER 1 -- + GWF_BNDNAME01/NPF ITHICKSTARTFLAG INTEGER 100 -- + GWF_BNDNAME01/NPF ICELLTYPE INTEGER 100 -- + GWF_BNDNAME01/NPF K11 DOUBLE 100 -- + GWF_BNDNAME01/NPF SAT DOUBLE 100 -- + GWF_BNDNAME01/NPF CONDSAT DOUBLE 99 -- + GWF_BNDNAME01/NPF K22 DOUBLE 100 -- + GWF_BNDNAME01/NPF K33 DOUBLE 100 -- + GWF_BNDNAME01/NPF WETDRY DOUBLE 1 -- + GWF_BNDNAME01/NPF ANGLE1 DOUBLE 0 -- + GWF_BNDNAME01/NPF ANGLE2 DOUBLE 0 -- + GWF_BNDNAME01/NPF ANGLE3 DOUBLE 0 -- + GWF_BNDNAME01/NPF IBOTNODE INTEGER 0 -- + GWF_BNDNAME01/NPF NODEDGE INTEGER 0 -- + GWF_BNDNAME01/NPF IHCEDGE INTEGER 0 -- + GWF_BNDNAME01/NPF PROPSEDGE DOUBLE 0 -- + GWF_BNDNAME01/NPF K11INPUT DOUBLE 0 -- + GWF_BNDNAME01/NPF K22INPUT DOUBLE 0 -- + GWF_BNDNAME01/NPF K33INPUT DOUBLE 0 -- + GWF_BNDNAME01/NPF SPDIS DOUBLE 300 -- + GWF_BNDNAME01/NPF NODEKCHANGE INTEGER 100 -- + GWF_BNDNAME01 XOLD DOUBLE 100 -- + GWF_BNDNAME01 FLOWJA DOUBLE 298 -- + GWF_BNDNAME01 IDXGLO INTEGER 298 -- + SLN_1 X DOUBLE 100 -- + SLN_1 RHS DOUBLE 100 -- + SLN_1 IACTIVE INTEGER 100 -- + SLN_1 XTEMP DOUBLE 100 -- + SLN_1 DXOLD DOUBLE 100 -- + SLN_1 HNCG DOUBLE 100 -- + SLN_1 LRCH INTEGER 300 -- + SLN_1 WSAVE DOUBLE 0 -- + SLN_1 HCHOLD DOUBLE 0 -- + SLN_1 DEOLD DOUBLE 0 -- + SLN_1 CONVMODSTART INTEGER 2 -- + TMPSLN_1 CONVNMOD INTEGER 1 -- + TMPSLN_1 NITERMAX INTEGER 1 -- + TMPSLN_1 ITINNER INTEGER 1 -- + TMPSLN_1 LOCDV INTEGER 1 -- + TMPSLN_1 DVMAX DOUBLE 1 -- + TMPSLN_1 LOCDR INTEGER 1 -- + TMPSLN_1 DRMAX DOUBLE 1 -- + TMPSLN_1 CONVDVMAX DOUBLE 1 -- + TMPSLN_1 CONVLOCDV INTEGER 1 -- + TMPSLN_1 CONVDRMAX DOUBLE 1 -- + TMPSLN_1 CONVLOCDR INTEGER 1 -- + GWF_BNDNAME01 X DOUBLE 100 SLN_1/X + GWF_BNDNAME01 RHS DOUBLE 100 SLN_1/RHS + GWF_BNDNAME01 IBOUND INTEGER 100 SLN_1/IBOUND + SLN_1 NROW INTEGER 1 -- + SLN_1 NCOL INTEGER 1 -- + SLN_1 NJA INTEGER 1 -- + SLN_1 IA INTEGER 101 -- + SLN_1 JA INTEGER 298 -- + SLN_1 AMAT DOUBLE 298 -- + GWF_BNDNAME01/IC STRT DOUBLE 100 -- + GWF_BNDNAME01/CHD-1 NODELIST INTEGER 2 -- + GWF_BNDNAME01/CHD-1 NOUPDATEAUXVAR INTEGER 0 -- + GWF_BNDNAME01/CHD-1 BOUND DOUBLE 2 -- + GWF_BNDNAME01/CHD-1 CONDINPUT DOUBLE 0 -- + GWF_BNDNAME01/CHD-1 HCOF DOUBLE 2 -- + GWF_BNDNAME01/CHD-1 RHS DOUBLE 2 -- + GWF_BNDNAME01/CHD-1 SIMVALS DOUBLE 2 -- + GWF_BNDNAME01/CHD-1 SIMTOMVR DOUBLE 0 -- + GWF_BNDNAME01/CHD-1 AUXVAR DOUBLE 0 -- + GWF_BNDNAME01/CHD-1 BOUNDNAME STRING LEN=40 2 -- + GWF_BNDNAME01/CHD-1 BOUNDNAME_CST STRING LEN=40 2 -- + GWF_BNDNAME01/CHD-1 CELLID INTEGER 6 __INPUT__/GWF_BNDNAME01/CHD-1/CELLID + GWF_BNDNAME01/CHD-1 BOUNDNAME_IDM STRING LEN=40 2 __INPUT__/GWF_BNDNAME01/CHD-1/BOUNDNAME + GWF_BNDNAME01/CHD-1 AUXVAR_IDM DOUBLE 0 __INPUT__/GWF_BNDNAME01/CHD-1/AUXVAR + GWF_BNDNAME01/CHD-1 RATECHDIN DOUBLE 2 -- + GWF_BNDNAME01/CHD-1 RATECHDOUT DOUBLE 2 -- + GWF_BNDNAME01/CHD-1 HEAD DOUBLE 2 __INPUT__/GWF_BNDNAME01/CHD-1/HEAD + SLN_1/IMSLINEAR DVCLOSE DOUBLE 1 -- + SLN_1/IMSLINEAR RCLOSE DOUBLE 1 -- + SLN_1/IMSLINEAR ICNVGOPT INTEGER 1 -- + SLN_1/IMSLINEAR ITER1 INTEGER 1 -- + SLN_1/IMSLINEAR ILINMETH INTEGER 1 -- + SLN_1/IMSLINEAR ISCL INTEGER 1 -- + SLN_1/IMSLINEAR IORD INTEGER 1 -- + SLN_1/IMSLINEAR NORTH INTEGER 1 -- + SLN_1/IMSLINEAR RELAX DOUBLE 1 -- + SLN_1/IMSLINEAR LEVEL INTEGER 1 -- + SLN_1/IMSLINEAR DROPTOL DOUBLE 1 -- + SLN_1/IMSLINEAR IDFPARAM INTEGER 1 -- + SLN_1/IMSLINEAR NJA INTEGER 1 -- + SLN_1/IMSLINEAR IOUT INTEGER 1 -- + SLN_1/IMSLINEAR IPC INTEGER 1 -- + SLN_1/IMSLINEAR IACPC INTEGER 1 -- + SLN_1/IMSLINEAR NITERC INTEGER 1 -- + SLN_1/IMSLINEAR NIABCGS INTEGER 1 -- + SLN_1/IMSLINEAR NIAPC INTEGER 1 -- + SLN_1/IMSLINEAR NJAPC INTEGER 1 -- + SLN_1/IMSLINEAR EPFACT DOUBLE 1 -- + SLN_1/IMSLINEAR L2NORM0 DOUBLE 1 -- + SLN_1/IMSLINEAR NJLU INTEGER 1 -- + SLN_1/IMSLINEAR NJW INTEGER 1 -- + SLN_1/IMSLINEAR NWLU INTEGER 1 -- + SLN_1/IMSLINEAR DSCALE DOUBLE 1 -- + SLN_1/IMSLINEAR DSCALE2 DOUBLE 1 -- + SLN_1/IMSLINEAR IAPC INTEGER 101 -- + SLN_1/IMSLINEAR JAPC INTEGER 298 -- + SLN_1/IMSLINEAR APC DOUBLE 298 -- + SLN_1/IMSLINEAR IW INTEGER 100 -- + SLN_1/IMSLINEAR W DOUBLE 100 -- + SLN_1/IMSLINEAR JLU INTEGER 1 -- + SLN_1/IMSLINEAR JW INTEGER 1 -- + SLN_1/IMSLINEAR WLU DOUBLE 1 -- + SLN_1/IMSLINEAR LORDER INTEGER 1 -- + SLN_1/IMSLINEAR IORDER INTEGER 1 -- + SLN_1/IMSLINEAR IARO INTEGER 2 -- + SLN_1/IMSLINEAR JARO INTEGER 1 -- + SLN_1/IMSLINEAR ARO DOUBLE 1 -- + SLN_1/IMSLINEAR ID INTEGER 100 -- + SLN_1/IMSLINEAR D DOUBLE 100 -- + SLN_1/IMSLINEAR P DOUBLE 100 -- + SLN_1/IMSLINEAR Q DOUBLE 100 -- + SLN_1/IMSLINEAR Z DOUBLE 100 -- + SLN_1/IMSLINEAR T DOUBLE 1 -- + SLN_1/IMSLINEAR V DOUBLE 1 -- + SLN_1/IMSLINEAR DHAT DOUBLE 1 -- + SLN_1/IMSLINEAR PHAT DOUBLE 1 -- + SLN_1/IMSLINEAR QHAT DOUBLE 1 -- + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 5.6620000 + Logical 4.00000000E-02 + Integer 15.676000 + Real 38.576000 + ------------------------------- + Total 59.954000 + Virtual 0.0000000 + ------------------------------- + + + + Run end date and time (yyyy/mm/dd hh:mm:ss): 2023/10/30 9:00:51 + Elapsed run time: 0.014 Seconds + Normal termination of simulation. diff --git a/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model_nc[0-bndname01]0/mfsim.nam b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model_nc[0-bndname01]0/mfsim.nam new file mode 100644 index 000000000..5c5e6405a --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_boundname01/test_mf6model_nc[0-bndname01]0/mfsim.nam @@ -0,0 +1,19 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:00:51. +BEGIN options +END options + +BEGIN timing + TDIS6 bndname01.tdis +END timing + +BEGIN models + gwf6 gwf_bndname01.nam gwf_bndname01 +END models + +BEGIN exchanges +END exchanges + +BEGIN solutiongroup 1 + ims6 bndname01.ims gwf_bndname01 +END solutiongroup 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/csub_obs.csv b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/csub_obs.csv new file mode 100644 index 000000000..abcea7a81 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/csub_obs.csv @@ -0,0 +1,182 @@ +time,TCOMP1,TCOMP2,TCOMP3 +1.000000000000,0.000000000,0.000000000,0.000000000 +29.63351685438,0.1773364689E-04,0.2734248410E-03,0.1192330314E-02 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b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/csub_sub03a.cbc differ diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/csub_sub03a.cbc.cmp.out b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/csub_sub03a.cbc.cmp.out new file mode 100644 index 000000000..1710fb179 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/csub_sub03a.cbc.cmp.out @@ -0,0 +1,4 @@ +Performing CELL-BY-CELL to CELL-BY-CELL comparison +/tmp/pytest-of-mreno/pytest-1883/test_mf6model[0-csub_sub03a]0/csub_sub03a.cbc +/tmp/pytest-of-mreno/pytest-1883/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.cbc + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/csub_sub03a.chd b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/csub_sub03a.chd new file mode 100644 index 000000000..487e3f6bf --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/csub_sub03a.chd @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. +BEGIN options +END options + +BEGIN dimensions + MAXBOUND 4 +END dimensions + +BEGIN period 1 + 1 10 4 0.00000000E+00 + 1 10 5 0.00000000E+00 + 1 10 6 0.00000000E+00 + 1 10 7 0.00000000E+00 +END period 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/csub_sub03a.compaction.gridbin b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/csub_sub03a.compaction.gridbin new file mode 100644 index 000000000..a86241c6b Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/csub_sub03a.compaction.gridbin differ diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/csub_sub03a.csub b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/csub_sub03a.csub new file mode 100644 index 000000000..72cef707b --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/csub_sub03a.csub @@ -0,0 +1,328 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. +BEGIN options + BOUNDNAMES + PRINT_INPUT + SAVE_FLOWS + GAMMAW 9806.65000000 + BETA 0.00000000 + HEAD_BASED + SPECIFIED_INITIAL_INTERBED_STATE + EFFECTIVE_STRESS_LAG + STRAIN_CSV_INTERBED FILEOUT csub_sub03a.ib.strain.csv + STRAIN_CSV_COARSE FILEOUT csub_sub03a.sk.strain.csv + COMPACTION FILEOUT csub_sub03a.compaction.gridbin + OBS6 FILEIN csub_sub03a.csub.obs +END options + +BEGIN dimensions + NINTERBEDS 296 +END dimensions + +BEGIN griddata + cg_ske_cr LAYERED + CONSTANT 3.00000000E-06 + CONSTANT 0.00000000 + CONSTANT 3.00000000E-06 + cg_theta + CONSTANT 0.20000000 +END griddata + +BEGIN packagedata + 1 1 1 1 nodelay -7.00000000 15.00000000 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30.00000000 1.00000000 6.00000000E-04 6.00000000E-06 0.45054945 999.00000000 -999.00000000 03_10_09 + 296 3 10 10 nodelay -7.00000000 30.00000000 1.00000000 6.00000000E-04 6.00000000E-06 0.45054945 999.00000000 -999.00000000 03_10_10 +END packagedata + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/csub_sub03a.csub.obs b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/csub_sub03a.csub.obs new file mode 100644 index 000000000..388dc787e --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/csub_sub03a.csub.obs @@ -0,0 +1,12 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. +BEGIN options + DIGITS 10 + PRINT_INPUT +END options + +BEGIN continuous FILEOUT csub_obs.csv + tcomp1 interbed-compaction 01_05_05 + tcomp2 interbed-compaction 02_05_05 + tcomp3 interbed-compaction 03_05_05 +END continuous FILEOUT csub_obs.csv + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/csub_sub03a.dis b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/csub_sub03a.dis new file mode 100644 index 000000000..2ac4be7b6 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/csub_sub03a.dis @@ -0,0 +1,23 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. +BEGIN options +END options + +BEGIN dimensions + NLAY 3 + NROW 10 + NCOL 10 +END dimensions + +BEGIN griddata + delr + CONSTANT 1000.00000000 + delc + CONSTANT 2000.00000000 + top + CONSTANT 0.00000000 + botm LAYERED + CONSTANT -100.00000000 + CONSTANT -150.00000000 + CONSTANT -350.00000000 +END griddata + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/csub_sub03a.dis.grb b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/csub_sub03a.dis.grb new file mode 100644 index 000000000..b53cb1cd4 Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/csub_sub03a.dis.grb differ diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/csub_sub03a.hds b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/csub_sub03a.hds new file mode 100644 index 000000000..0d2a14e2c Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/csub_sub03a.hds differ diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/csub_sub03a.hds.cmp.out b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/csub_sub03a.hds.cmp.out new file mode 100644 index 000000000..5bb17255b --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/csub_sub03a.hds.cmp.out @@ -0,0 +1,37 @@ +Performing HEAD to HEAD comparison +/tmp/pytest-of-mreno/pytest-1883/test_mf6model[0-csub_sub03a]0/csub_sub03a.hds is a binary file. +/tmp/pytest-of-mreno/pytest-1883/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.hds is a binary file. + MAXIMUM EXCEEDS + STRESS PERIOD TIME STEP HEAD DIFFERENCE CRITERIA +--------------- --------------- --------------- --------------- + 1 1 0 + 2 6 0 + 3 6 0 + 4 6 0 + 5 6 0 + 6 6 0 + 7 6 0 + 8 6 0 + 9 6 0 + 10 6 0 + 11 6 0 + 12 6 0 + 13 6 0 + 14 6 0 + 15 6 0 + 16 6 0 + 17 6 0 + 18 6 0 + 19 6 0 + 20 6 0 + 21 6 0 + 22 6 0 + 23 6 0 + 24 6 0 + 25 6 0 + 26 6 0 + 27 6 0 + 28 6 0 + 29 6 0 + 30 6 0 + 31 6 0 diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/csub_sub03a.ib.strain.csv b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/csub_sub03a.ib.strain.csv new file mode 100644 index 000000000..a42da1062 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/csub_sub03a.ib.strain.csv @@ -0,0 +1,297 @@ + INTERBED_NUMBER,INTERBED_TYPE,NODE,LAYER,ROW,COLUMN,INITIAL_THICKNESS,FINAL_THICKNESS,TOTAL_COMPACTION,TOTAL_STRAIN,PERCENT_COMPACTION + 1,no-delay,1,1,1,1,15.000000000000000,15.000000000000000,0.71325660910213917E-3,0.47550440606809281E-4,0.47550440606809281E-2 + 2,no-delay,2,1,1,2,15.000000000000000,15.000000000000000,0.71337332775608855E-3,0.47558221850405906E-4,0.47558221850405903E-2 + 3,no-delay,3,1,1,3,15.000000000000000,15.000000000000000,0.71355659714945029E-3,0.47570439809963351E-4,0.47570439809963352E-2 + 4,no-delay,4,1,1,4,15.000000000000000,15.000000000000000,0.71376145469985875E-3,0.47584096979990584E-4,0.47584096979990586E-2 + 5,no-delay,5,1,1,5,15.000000000000000,15.000000000000000,0.71394886952262735E-3,0.47596591301508492E-4,0.47596591301508496E-2 + 6,no-delay,6,1,1,6,15.000000000000000,15.000000000000000,0.71408596778644012E-3,0.47605731185762676E-4,0.47605731185762674E-2 + 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--- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/csub_sub03a.ic @@ -0,0 +1,6 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. +BEGIN griddata + strt + CONSTANT 0.00000000 +END griddata + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/csub_sub03a.ims b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/csub_sub03a.ims new file mode 100644 index 000000000..116ccfd80 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/csub_sub03a.ims @@ -0,0 +1,21 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. +BEGIN options + PRINT_OPTION summary +END options + +BEGIN nonlinear + OUTER_DVCLOSE 1.00000000E-09 + OUTER_MAXIMUM 500 + UNDER_RELAXATION none +END nonlinear + +BEGIN linear + INNER_MAXIMUM 300 + INNER_DVCLOSE 1.00000000E-09 + inner_rclose 1.00000000E-06 + LINEAR_ACCELERATION cg + RELAXATION_FACTOR 1.00000000 + SCALING_METHOD none + REORDERING_METHOD none +END linear + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/csub_sub03a.lst b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/csub_sub03a.lst new file mode 100644 index 000000000..b49a5a3aa --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/csub_sub03a.lst @@ -0,0 +1,5951 @@ + MODFLOW 6 PROFESSIONAL + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + GROUNDWATER FLOW MODEL (GWF) + VERSION 6.5.0.dev0 (preliminary) 07/13/2023 + ***DEVELOP MODE*** + + MODFLOW 6 compiled Oct 30 2023 08:23:02 with GCC version 11.3.0 + +This software is preliminary or provisional and is subject to +revision. It is being provided to meet the need for timely best +science. The software has not received final approval by the U.S. +Geological Survey (USGS). No warranty, expressed or implied, is made +by the USGS or the U.S. Government as to the functionality of the +software and related material nor shall the fact of release +constitute any such warranty. The software is provided on the +condition that neither the USGS nor the U.S. Government shall be held +liable for any damages resulting from the authorized or unauthorized +use of the software. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +The following 2-clause BSD License library is used in this +USGS product: + + PETSc, the Portable, Extensible Toolkit for Scientific + Computation Library + Copyright (c) 1991-2021, UChicago Argonne, LLC + and the PETSc Development Team All rights reserved. + (https://petsc.org/release/) + +MODFLOW 6 compiler options: -cpp -I src/libmf6core.a.p -I src -I ../src -I +src/libmf6_external.a.p -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/include -I +/home/mreno/.clone/external/petsc/include -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/lib -I +/home/mreno/miniconda3/envs/modflow6/include -I -fdiagnostics-color=always +-imultiarch x86_64-linux-gnu -D _FILE_OFFSET_BITS=64 -D __linux__ -D +__WITH_PETSC__ -D __WITH_MPI__ -D __WITH_NETCDF__ -mtune=generic +-march=x86-64 -g -O2 -Wall -Wpedantic -Wcharacter-truncation +-Wno-unused-dummy-argument -Wno-intrinsic-shadow -Wno-maybe-uninitialized +-Wno-uninitialized -std=f2008 -fall-intrinsics -fbacktrace -fcheck=all +-ffpe-trap=overflow,zero,invalid -ffpe-summary=overflow +-ffpe-trap=overflow,zero,invalid -fPIC -J src/libmf6core.a.p +-fpre-include=/usr/include/finclude/math-vector-fortran.h + +System command used to initiate simulation: +/home/mreno/.clone/usgs/w/netcdf/2/modflow6/bin/mf6 + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/CSUB_SUB03A/DIS + + + NPF -- NODE PROPERTY FLOW PACKAGE, VERSION 1, 3/30/2015 INPUT READ FROM MEMPATH: __INPUT__/CSUB_SUB03A/NPF + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 3 + NROW = 10 + NCOL = 10 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + End Setting Discretization Griddata + + Setting NPF Options + End Setting NPF Options + + Setting NPF Griddata + ICELLTYPE set from input file + K set from input file + K33 set from input file + K22 not provided. Setting K22 = K. + End Setting NPF Griddata + + + WEL -- WEL PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/CSUB_SUB03A/WEL_0 + + PROCESSING WEL BASE OPTIONS + LISTS OF WEL CELLS WILL BE PRINTED. + WEL FLOWS WILL BE PRINTED TO LISTING FILE. + END OF WEL BASE OPTIONS + + PROCESSING WEL OPTIONS + END OF WEL OPTIONS + + PROCESSING WEL BASE DIMENSIONS + MAXBOUND = 4 + END OF WEL BASE DIMENSIONS + + RCH -- RCH PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/CSUB_SUB03A/RCHA_0 + + PROCESSING RCH BASE OPTIONS + END OF RCH BASE OPTIONS + + PROCESSING RCHA OPTIONS + RECHARGE INPUT WILL BE READ AS ARRAY(S). + END OF RCHA OPTIONS + + CHD -- CHD PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/CSUB_SUB03A/CHD_0 + + PROCESSING CHD BASE OPTIONS + END OF CHD BASE OPTIONS + + PROCESSING CHD BASE DIMENSIONS + MAXBOUND = 4 + END OF CHD BASE DIMENSIONS + + IC -- INITIAL CONDITIONS PACKAGE, VERSION 8, 3/28/2015 INPUT READ FROM UNIT 1006 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + PROCESSING GRIDDATA + + INITIAL HEAD = 0.000000 + END PROCESSING GRIDDATA + + STO -- STORAGE PACKAGE, VERSION 1, 5/19/2014 INPUT READ FROM UNIT 1005 + + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + PROCESSING STORAGE OPTIONS + STORAGECOEFFICIENT OPTION: + Read storage coefficient rather than specific storage + END OF STORAGE OPTIONS + PROCESSING GRIDDATA + + ICONVERT = 0 FOR LAYER 1 + + ICONVERT = 0 FOR LAYER 2 + + ICONVERT = 0 FOR LAYER 3 + + SPECIFIC STORAGE = 0.000000 + + SPECIFIC YIELD = 0.1000000 FOR LAYER 1 + + SPECIFIC YIELD = 0.000000 FOR LAYER 2 + + SPECIFIC YIELD = 0.000000 FOR LAYER 3 + END PROCESSING GRIDDATA + + CSUB -- COMPACTION PACKAGE, VERSION 1, 12/15/2019 INPUT READ FROM UNIT 1012 + + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + PROCESSING CSUB OPTIONS + CSUB BOUNDARIES HAVE NAMES IN LAST COLUMN. + LISTS OF CSUB CELLS WILL BE PRINTED. + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + + OPENED csub_sub03a.ib.strain.csv + FILE TYPE:CSV_OUTPUT UNIT 1016 STATUS:REPLACE + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READWRITE + + CSUB INTERBED STRAIN CSV WILL BE SAVED TO FILE: csub_sub03a.ib.strain.csv + OPENED ON UNIT: 1016 + + OPENED csub_sub03a.sk.strain.csv + FILE TYPE:CSV_OUTPUT UNIT 1017 STATUS:REPLACE + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READWRITE + + CSUB COARSE STRAIN CSV WILL BE SAVED TO FILE: csub_sub03a.sk.strain.csv + OPENED ON UNIT: 1017 + + OPENED csub_sub03a.compaction.gridbin + FILE TYPE:DATA(BINARY) UNIT 1018 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + CSUB COMPACTION WILL BE SAVED TO FILE: csub_sub03a.compaction.gridbin + OPENED ON UNIT: 1018 + + OPENED csub_sub03a.csub.obs + FILE TYPE:OBS UNIT 1019 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + END OF CSUB OPTIONS + + + CSUB PACKAGE SETTINGS + NUMBER OF DELAY CELLS = 19 + HEAD-BASED FORMULATION + ELASTIC AND INELASTIC SPECIFIC STORAGE COEFFICIENTS WILL BE + SPECIFIED + THICKNESS AND VOID RATIO WILL NOT BE ADJUSTED DURING THE + SIMULATION + INTERBED THICKNESS WILL BE SPECIFIED AS A THICKNESS + PRECONSOLIDATION HEAD WILL BE SPECIFIED AS ABSOLUTE VALUES + INSTEAD OF RELATIVE TO INITIAL HEAD CONDITIONS + DELAY INTERBED HEADS WILL BE SPECIFIED AS ABSOLUTE VALUES INSTEAD + OF RELATIVE TO INITIAL GWF HEADS + EFFECTIVE_STRESS_LAG HAS BEEN SPECIFIED BUT HAS NO EFFECT WHEN + USING THE HEAD-BASED FORMULATION (HEAD_BASED HAS BEEN SPECIFIED + IN THE OPTIONS BLOCK) + GAMMAW = 9806.6499999999996 + BETA = 0.0000000000000000 + GAMMAW * BETA = 0.0000000000000000 + + PROCESSING CSUB DIMENSIONS + NINTERBEDS = 296 + END OF CSUB DIMENSIONS + +The observation utility is active for "CSUB" + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + +Processing observation options: + +Text output number of digits of precision set to: 10 +The PRINT_INPUT option has been specified. + + + OBSERVATIONS READ FROM FILE "csub_sub03a.csub.obs" + ---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + NAME TYPE TIME LOCATION DATA OUTPUT FILENAME + ---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + TCOMP1 CONTINUOUS INTERBED-COMPACTION ALL TIMES " 01_05_05" csub_obs.csv + TCOMP2 CONTINUOUS INTERBED-COMPACTION ALL TIMES " 02_05_05" csub_obs.csv + TCOMP3 CONTINUOUS INTERBED-COMPACTION ALL TIMES " 03_05_05" csub_obs.csv + ---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + + CG_SKE_CR = 0.3000000E-05 FOR LAYER 1 + + CG_SKE_CR = 0.000000 FOR LAYER 2 + + CG_SKE_CR = 0.3000000E-05 FOR LAYER 3 + + CG_THETA = 0.2000000 + + PROCESSING CSUB PACKAGEDATA + END OF CSUB PACKAGEDATA + + CSUB PACKAGE INTERBED DATA + --------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + INTERBED CELLID CDELAY PCS THICK RNB SSV_CC SSV_CR THETA KV H0 BOUNDNAME + --------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + 1 (1,1,1) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_01_01 + 2 (1,1,2) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_01_02 + 3 (1,1,3) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_01_03 + 4 (1,1,4) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_01_04 + 5 (1,1,5) NODELAY -7.00 15.0 1.00 6.000E-04 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6.000E-06 0.451 - - 03_06_06 + 253 (3,6,7) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_06_07 + 254 (3,6,8) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_06_08 + 255 (3,6,9) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_06_09 + 256 (3,6,10) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_06_10 + 257 (3,7,1) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_07_01 + 258 (3,7,2) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_07_02 + 259 (3,7,3) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_07_03 + 260 (3,7,4) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_07_04 + 261 (3,7,5) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_07_05 + 262 (3,7,6) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_07_06 + 263 (3,7,7) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_07_07 + 264 (3,7,8) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_07_08 + 265 (3,7,9) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_07_09 + 266 (3,7,10) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_07_10 + 267 (3,8,1) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_08_01 + 268 (3,8,2) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_08_02 + 269 (3,8,3) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_08_03 + 270 (3,8,4) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_08_04 + 271 (3,8,5) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_08_05 + 272 (3,8,6) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_08_06 + 273 (3,8,7) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_08_07 + 274 (3,8,8) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_08_08 + 275 (3,8,9) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_08_09 + 276 (3,8,10) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_08_10 + 277 (3,9,1) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_09_01 + 278 (3,9,2) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_09_02 + 279 (3,9,3) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_09_03 + 280 (3,9,4) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_09_04 + 281 (3,9,5) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_09_05 + 282 (3,9,6) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_09_06 + 283 (3,9,7) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_09_07 + 284 (3,9,8) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_09_08 + 285 (3,9,9) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_09_09 + 286 (3,9,10) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_09_10 + 287 (3,10,1) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_10_01 + 288 (3,10,2) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_10_02 + 289 (3,10,3) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_10_03 + 290 (3,10,4) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_10_04 + 291 (3,10,5) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_10_05 + 292 (3,10,6) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_10_06 + 293 (3,10,7) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_10_07 + 294 (3,10,8) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_10_08 + 295 (3,10,9) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_10_09 + 296 (3,10,10) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_10_10 + --------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + BINARY GRID INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1021 + FILE NAME: csub_sub03a.dis.grb + + OPENED csub_sub03a.dis.grb + FILE TYPE:DATA(BINARY) UNIT 1021 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1022 + FILE NAME: csub_sub03a.cbc + + OPENED csub_sub03a.cbc + FILE TYPE:DATA(BINARY) UNIT 1022 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + HEAD INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1023 + FILE NAME: csub_sub03a.hds + + OPENED csub_sub03a.hds + FILE TYPE:DATA(BINARY) UNIT 1023 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + THE LAST TIME STEP WILL BE SAVED + THE LAST TIME STEP WILL BE SAVED + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + + + PROCESSING STORAGE PERIOD DATA + END PROCESSING STORAGE PERIOD DATA + + + STRESS PERIOD 1 IS STEADY-STATE + + + REUSING CSUBS FROM LAST STRESS PERIOD + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 1, STRESS PERIOD 1 + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 1, STRESS PERIOD 1 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 23.3472 22.9176 22.1026 21.5778 21.3061 21.2732 21.4818 21.9517 22.7254 23.1326 + 2 22.1173 21.5078 20.9853 20.6053 20.3894 20.3456 20.4763 20.7788 21.2391 21.8118 + 3 20.3714 19.7782 19.3229 18.9998 18.8068 18.7425 18.8062 18.9993 19.3300 19.8267 + 4 18.0364 17.5196 17.1506 16.8921 16.7269 16.6448 16.6362 16.6879 16.7775 16.8637 + 5 14.7956 14.6858 14.5488 14.4231 14.3261 14.2642 14.2366 14.2363 14.2514 14.2662 + 6 12.0049 11.9670 11.9077 11.8441 11.7895 11.7515 11.7319 11.7274 11.7314 11.7361 + 7 9.36303 9.33211 9.28132 9.22661 9.18392 9.16242 9.16376 9.18218 9.20546 9.22131 + 8 6.82995 6.76637 6.66082 6.55119 6.48357 6.47194 6.51724 6.60744 6.69851 6.75434 + 9 4.52424 4.35010 4.03926 3.69007 3.54144 3.53584 3.67338 4.01160 4.31396 4.48353 + 10 2.87723 2.45418 1.54536 0.00000 0.00000 0.00000 0.00000 1.53335 2.43408 2.85302 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 1 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 14.7549 14.8172 14.8599 14.8859 14.8968 14.8937 14.8765 14.8445 14.7961 14.7287 + 2 14.4233 16.7839 16.8848 16.7292 16.6282 16.6066 16.6658 16.7841 16.6645 14.3786 + 3 14.0068 16.0340 16.1191 15.9806 15.8858 15.8533 15.8830 15.9578 15.8338 13.9464 + 4 13.5184 14.9555 14.9959 14.8830 14.8014 14.7600 14.7542 14.7667 14.6364 13.4480 + 5 12.9778 13.6205 13.6488 13.5929 13.5447 13.5135 13.4989 13.4928 13.4254 12.9109 + 6 12.4154 12.3190 12.2767 12.2436 12.2160 12.1967 12.1869 12.1861 12.2093 12.3572 + 7 11.8555 11.0540 10.9137 10.8774 10.8550 10.8440 10.8455 10.8636 10.9925 11.8082 + 8 11.3207 9.82943 9.56404 9.49316 9.45763 9.45168 9.47582 9.53679 9.79493 11.2848 + 9 10.8323 8.75596 8.32734 8.14706 8.07207 8.06918 8.13846 8.31318 8.73696 10.8080 + 10 10.4094 10.3205 10.2495 10.1988 10.1728 10.1714 10.1945 10.2423 10.3105 10.3965 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 1 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 13.0452 13.0463 13.0475 13.0483 13.0486 13.0482 13.0472 13.0458 13.0441 13.0428 + 2 13.0202 13.0247 13.0275 13.0286 13.0288 13.0283 13.0271 13.0251 13.0218 13.0172 + 3 12.9605 12.9647 12.9675 12.9686 12.9687 12.9680 12.9667 12.9645 12.9611 12.9568 + 4 12.8711 12.8742 12.8760 12.8767 12.8765 12.8757 12.8745 12.8727 12.8701 12.8671 + 5 12.7619 12.7632 12.7639 12.7640 12.7636 12.7629 12.7621 12.7610 12.7597 12.7583 + 6 12.6449 12.6445 12.6438 12.6430 12.6424 12.6419 12.6416 12.6415 12.6417 12.6420 + 7 12.5327 12.5304 12.5283 12.5266 12.5256 12.5253 12.5256 12.5267 12.5284 12.5305 + 8 12.4375 12.4336 12.4301 12.4277 12.4263 12.4260 12.4269 12.4290 12.4322 12.4359 + 9 12.3711 12.3665 12.3624 12.3595 12.3580 12.3578 12.3590 12.3616 12.3654 12.3700 + 10 12.3419 12.3404 12.3384 12.3366 12.3356 12.3355 12.3362 12.3377 12.3395 12.3410 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 1, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 27000.0000 RCHA = 27000.0000 RCHA_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL IN = 27000.0000 TOTAL IN = 27000.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 27000.0000 CHD = 27000.0000 CHD_0 + + TOTAL OUT = 27000.0000 TOTAL OUT = 27000.0000 + + IN - OUT = 4.2466E-08 IN - OUT = 4.2466E-08 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + + +end timestep + + +start timestep kper="2" kstp="1" mode="normal" + + + END OF FILE DETECTED IN OUTPUT CONTROL. + CURRENT OUTPUT CONTROL SETTINGS WILL BE + REPEATED UNTIL THE END OF THE SIMULATION. + + OUTPUT CONTROL FOR STRESS PERIOD 2 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + PROCESSING STORAGE PERIOD DATA + END PROCESSING STORAGE PERIOD DATA + + + STRESS PERIOD 2 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + --------------------------------------------------- + WEL NO. LAYER ROW COL STRESS RATE + --------------------------------------------------- + 1 3 3 6 -14000.0000 + 2 3 3 7 -8000.00000 + 3 3 4 6 -5000.00000 + 4 3 4 7 -3000.00000 + --------------------------------------------------- + + + + CSUB PACKAGE CALCULATED INITIAL INTERBED STRESSES AT THE CELL BOTTOM + --------------------------------------------------------------------------------------------------------------------------- + INTERBED PRECONSOLIDATION + NUMBER CELLID GEOSTATIC STRESS EFFECTIVE STRESS STRESS BOUNDNAME + --------------------------------------------------------------------------------------------------------------------------- + 1 (1,1,1) 200.000000 76.6527642 107.000000 01_01_01 + 2 (1,1,2) 200.000000 77.0823827 107.000000 01_01_02 + 3 (1,1,3) 200.000000 77.8973923 107.000000 01_01_03 + 4 (1,1,4) 200.000000 78.4222189 107.000000 01_01_04 + 5 (1,1,5) 200.000000 78.6938946 107.000000 01_01_05 + 6 (1,1,6) 200.000000 78.7267832 107.000000 01_01_06 + 7 (1,1,7) 200.000000 78.5182026 107.000000 01_01_07 + 8 (1,1,8) 200.000000 78.0483405 107.000000 01_01_08 + 9 (1,1,9) 200.000000 77.2746145 107.000000 01_01_09 + 10 (1,1,10) 200.000000 76.8674125 107.000000 01_01_10 + 11 (1,2,1) 200.000000 77.8827363 107.000000 01_02_01 + 12 (1,2,2) 200.000000 78.4922156 107.000000 01_02_02 + 13 (1,2,3) 200.000000 79.0146684 107.000000 01_02_03 + 14 (1,2,4) 200.000000 79.3946710 107.000000 01_02_04 + 15 (1,2,5) 200.000000 79.6105876 107.000000 01_02_05 + 16 (1,2,6) 200.000000 79.6543829 107.000000 01_02_06 + 17 (1,2,7) 200.000000 79.5236966 107.000000 01_02_07 + 18 (1,2,8) 200.000000 79.2211531 107.000000 01_02_08 + 19 (1,2,9) 200.000000 78.7609429 107.000000 01_02_09 + 20 (1,2,10) 200.000000 78.1881815 107.000000 01_02_10 + 21 (1,3,1) 200.000000 79.6286274 107.000000 01_03_01 + 22 (1,3,2) 200.000000 80.2218115 107.000000 01_03_02 + 23 (1,3,3) 200.000000 80.6771421 107.000000 01_03_03 + 24 (1,3,4) 200.000000 81.0002097 107.000000 01_03_04 + 25 (1,3,5) 200.000000 81.1931984 107.000000 01_03_05 + 26 (1,3,6) 200.000000 81.2574753 107.000000 01_03_06 + 27 (1,3,7) 200.000000 81.1937565 107.000000 01_03_07 + 28 (1,3,8) 200.000000 81.0006639 107.000000 01_03_08 + 29 (1,3,9) 200.000000 80.6700287 107.000000 01_03_09 + 30 (1,3,10) 200.000000 80.1733056 107.000000 01_03_10 + 31 (1,4,1) 200.000000 81.9635951 107.000000 01_04_01 + 32 (1,4,2) 200.000000 82.4803561 107.000000 01_04_02 + 33 (1,4,3) 200.000000 82.8494453 107.000000 01_04_03 + 34 (1,4,4) 200.000000 83.1079482 107.000000 01_04_04 + 35 (1,4,5) 200.000000 83.2731308 107.000000 01_04_05 + 36 (1,4,6) 200.000000 83.3552153 107.000000 01_04_06 + 37 (1,4,7) 200.000000 83.3637721 107.000000 01_04_07 + 38 (1,4,8) 200.000000 83.3120962 107.000000 01_04_08 + 39 (1,4,9) 200.000000 83.2224889 107.000000 01_04_09 + 40 (1,4,10) 200.000000 83.1362556 107.000000 01_04_10 + 41 (1,5,1) 200.000000 85.2044104 107.000000 01_05_01 + 42 (1,5,2) 200.000000 85.3142039 107.000000 01_05_02 + 43 (1,5,3) 200.000000 85.4511649 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................................................................................................................................................................ + 1 3.13069 3.16846 3.18893 3.19542 3.19060 3.17635 3.15352 3.12152 3.07844 3.02127 + 2 2.90436 4.72985 4.55924 4.10273 3.64301 3.30633 3.37366 3.72929 3.96631 2.72988 + 3 2.60721 3.91327 3.54398 2.76848 1.64472 0.106536 0.513895 1.83802 2.65867 2.38747 + 4 2.25632 3.13037 2.82372 2.26170 1.53861 0.709713 0.847720 1.51442 1.98988 2.02187 + 5 1.86727 2.27632 2.14679 1.90781 1.64960 1.44266 1.42029 1.53456 1.65711 1.65076 + 6 1.46151 1.43295 1.35445 1.26058 1.16665 1.09628 1.07023 1.08363 1.13140 1.27720 + 7 1.05490 0.552453 0.441989 0.390350 0.347736 0.318986 0.308740 0.318804 0.403174 0.907111 + 8 0.663376 -0.328154 -0.518328 -0.583504 -0.623184 -0.638114 -0.626597 -0.585044 -0.413958 0.552339 + 9 0.302553 -1.12294 -1.43500 -1.58165 -1.64721 -1.65521 -1.60506 -1.47227 -1.17312 0.227588 + 10 -1.338869E-02 -8.067976E-02 -0.135402 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-7.16747 -7.21166 -7.24661 -7.26466 -7.26669 -7.26027 -7.25386 + 8 -6.83195 -6.84264 -6.85987 -6.88072 -6.90175 -6.91941 -6.93127 -6.93693 -6.93784 -6.93626 + 9 -6.66204 -6.66933 -6.67972 -6.69160 -6.70339 -6.71357 -6.72102 -6.72524 -6.72633 -6.72501 + 10 -6.57170 -6.57538 -6.58165 -6.58934 -6.59730 -6.60452 -6.61027 -6.61419 -6.61631 -6.61702 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 2269979.3710 CSUB-CGELASTIC = 1064.1861 CSUB + CSUB-ELASTIC = 1082355.7075 CSUB-ELASTIC = 373.4821 CSUB + CSUB-INELASTIC = 6106626.8415 CSUB-INELASTIC = 22957.7512 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 9888750.0000 RCHA = 27000.0000 RCHA_0 + CHD = 487.7661 CHD = 4.5880 CHD_0 + + TOTAL IN = 19348199.6861 TOTAL IN = 51400.0073 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 10957500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 8390699.6860 CHD = 21400.0073 CHD_0 + + TOTAL OUT = 19348199.6860 TOTAL OUT = 51400.0073 + + IN - OUT = 9.0245E-05 IN - OUT = 5.7125E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 3.16440E+07 5.27400E+05 8790.0 366.25 1.0027 + + +end timestep + + +start timestep kper="3" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 3 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 3 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="3" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="3" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="3" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="3" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="3" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 3 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 3 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 3 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 3 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 3 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 3 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 3 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 20.0980 19.6674 18.8507 18.3240 18.0504 18.0160 18.2237 18.6933 19.4673 19.8748 + 2 18.9320 18.3205 17.7952 17.4120 17.1930 17.1469 17.2767 17.5797 18.0414 18.6160 + 3 17.3174 16.7218 16.2628 15.9354 15.7379 15.6701 15.7331 15.9278 16.2612 16.7607 + 4 15.1829 14.6642 14.2921 14.0301 13.8612 13.7763 13.7668 13.8193 13.9107 13.9990 + 5 12.2097 12.0991 11.9609 11.8334 11.7345 11.6708 11.6419 11.6409 11.6561 11.6715 + 6 9.74915 9.71231 9.65429 9.59167 9.53711 9.49794 9.47616 9.46906 9.47066 9.47401 + 7 7.49324 7.46695 7.42309 7.37497 7.33586 7.31362 7.30999 7.32070 7.33627 7.34712 + 8 5.38823 5.33888 5.25621 5.16956 5.11464 5.10255 5.13428 5.20076 5.26842 5.30974 + 9 3.51568 3.38249 3.14410 2.87588 2.76079 2.75495 2.85845 3.11520 3.34473 3.47312 + 10 2.20152 1.87781 1.18238 0.00000 0.00000 0.00000 0.00000 1.16977 1.85669 2.17607 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 3 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 1.36921 1.39280 1.40114 1.39771 1.38541 1.36637 1.34169 1.31103 1.27264 1.22366 + 2 1.20748 2.72126 2.46952 1.95465 1.43647 1.04820 1.07694 1.41228 1.70509 0.978982 + 3 0.985304 1.95536 1.49304 0.650152 -0.540384 -2.13586 -1.76759 -0.459396 0.429565 0.700382 + 4 0.720030 1.32761 0.940040 0.314628 -0.471675 -1.35405 -1.25228 -0.600594 -6.848490E-02 0.415846 + 5 0.425015 0.726464 0.547079 0.257613 -5.171481E-02 -0.301899 -0.354992 -0.256537 -0.107778 0.140245 + 6 0.116862 0.178838 8.834121E-02 -3.910342E-02 -0.167546 -0.268168 -0.317208 -0.318990 -0.280620 -0.129282 + 7 -0.194925 -0.426951 -0.514332 -0.582494 -0.645287 -0.692861 -0.718551 -0.721596 -0.675308 -0.394472 + 8 -0.500553 -1.11352 -1.25791 -1.32627 -1.37373 -1.39724 -1.39423 -1.36326 -1.24708 -0.651229 + 9 -0.788193 -1.80266 -2.06021 -2.20145 -2.26797 -2.27956 -2.23527 -2.11379 -1.87442 -0.890133 + 10 -1.04525 -1.10100 -1.14741 -1.18258 -1.20313 -1.20912 -1.20056 -1.17737 -1.14294 -1.09916 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 3 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -11.9638 -12.1278 -12.4347 -12.8380 -13.2608 -13.5980 -13.7465 -13.7292 -13.6466 -13.5833 + 2 -12.1935 -12.4467 -12.9490 -13.6710 -14.5278 -15.2896 -15.3560 -14.9418 -14.5244 -14.2862 + 3 -12.2784 -12.6621 -13.4852 -14.8750 -17.0971 -20.6982 -19.8316 -17.1172 -15.6378 -14.9790 + 4 -11.6557 -11.9671 -12.6101 -13.6196 -15.0402 -16.8996 -16.6215 -15.2650 -14.3782 -13.9438 + 5 -10.5421 -10.7132 -11.0450 -11.5068 -12.0299 -12.4721 -12.5506 -12.3563 -12.1320 -11.9958 + 6 -9.39760 -9.47791 -9.62772 -9.82349 -10.0279 -10.1920 -10.2703 -10.2713 -10.2389 -10.2120 + 7 -8.47090 -8.50720 -8.57328 -8.65778 -8.74536 -8.81981 -8.86946 -8.89368 -8.90075 -8.90073 + 8 -7.82423 -7.84154 -7.87186 -7.91015 -7.95034 -7.98645 -8.01419 -8.03216 -8.04152 -8.04458 + 9 -7.43290 -7.44237 -7.45772 -7.47665 -7.49657 -7.51497 -7.52990 -7.54031 -7.54602 -7.54754 + 10 -7.25060 -7.25539 -7.26391 -7.27483 -7.28665 -7.29794 -7.30754 -7.31475 -7.31930 -7.32135 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 3 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 3 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 2531311.6130 CSUB-CGELASTIC = 680.3885 CSUB + CSUB-ELASTIC = 1134077.0721 CSUB-ELASTIC = 117.3617 CSUB + CSUB-INELASTIC = 14522153.4268 CSUB-INELASTIC = 22832.1687 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 19750500.0000 RCHA = 27000.0000 RCHA_0 + CHD = 7923.1328 CHD = 28.7723 CHD_0 + + TOTAL IN = 37945965.2446 TOTAL IN = 50658.6912 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 21915000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 16030965.2444 CHD = 20658.6912 CHD_0 + + TOTAL OUT = 37945965.2444 TOTAL OUT = 50658.6912 + + IN - OUT = 2.6226E-04 IN - OUT = 6.0689E-08 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 3 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 6.32016E+07 1.05336E+06 17556. 731.50 2.0027 + + +end timestep + + +start timestep kper="4" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 4 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 4 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="4" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="4" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="4" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="4" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="4" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 4 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 4 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 4 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 4 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 4 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 4 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 4 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 19.7503 19.3196 18.5028 17.9759 17.7022 17.6678 17.8755 18.3452 19.1192 19.5267 + 2 18.5917 17.9799 17.4544 17.0709 16.8518 16.8056 16.9354 17.2385 17.7004 18.2753 + 3 16.9928 16.3968 15.9375 15.6098 15.4122 15.3443 15.4073 15.6022 15.9357 16.4356 + 4 14.8817 14.3627 13.9904 13.7282 13.5592 13.4742 13.4647 13.5172 13.6088 13.6974 + 5 11.9393 11.8286 11.6902 11.5627 11.4638 11.4000 11.3709 11.3700 11.3851 11.4006 + 6 9.51591 9.47921 9.42139 9.35893 9.30444 9.26520 9.24322 9.23586 9.23720 9.24040 + 7 7.30250 7.27679 7.23372 7.18632 7.14761 7.12532 7.12118 7.13107 7.14580 7.15607 + 8 5.24337 5.19561 5.11534 5.03103 4.97740 4.96527 4.99562 5.05968 5.12490 5.16462 + 9 3.41589 3.28692 3.05578 2.79556 2.68379 2.67791 2.77804 3.02674 3.24898 3.37314 + 10 2.13538 1.82144 1.14691 0.00000 0.00000 0.00000 0.00000 1.13423 1.80021 2.10981 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 4 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -0.134207 -0.119825 -0.118625 -0.127127 -0.142422 -0.162337 -0.185735 -0.212896 -0.245495 -0.286360 + 2 -0.250907 0.972182 0.673614 0.148001 -0.379257 -0.776527 -0.755802 -0.423799 -8.878220E-02 -0.489284 + 3 -0.418811 0.288829 -0.217599 -1.07105 -2.27063 -3.87513 -3.51493 -2.21027 -1.28188 -0.715719 + 4 -0.621738 -0.205533 -0.626522 -1.26118 -2.05583 -2.94658 -2.85238 -2.20456 -1.64364 -0.938952 + 5 -0.848562 -0.639200 -0.836742 -1.13349 -1.45013 -1.70778 -1.76772 -1.67367 -1.51109 -1.14647 + 6 -1.08576 -0.999142 -1.08968 -1.22202 -1.35651 -1.46350 -1.51857 -1.52544 -1.49093 -1.34434 + 7 -1.32742 -1.41508 -1.48376 -1.55423 -1.62170 -1.67453 -1.70552 -1.71452 -1.69031 -1.53804 + 8 -1.56744 -1.92929 -2.03788 -2.10577 -2.15646 -2.18428 -2.18624 -2.16254 -2.08499 -1.72729 + 9 -1.79727 -2.49293 -2.70358 -2.84058 -2.90848 -2.92358 -2.88460 -2.77295 -2.58283 -1.90604 + 10 -2.00664 -2.05290 -2.09227 -2.12289 -2.14142 -2.14792 -2.14236 -2.12467 -2.09815 -2.06464 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 4 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -15.2863 -15.4557 -15.7727 -16.1896 -16.6283 -16.9820 -17.1459 -17.1414 -17.0681 -17.0096 + 2 -15.4274 -15.6864 -16.1989 -16.9345 -17.8070 -18.5850 -18.6665 -18.2649 -17.8562 -17.6221 + 3 -15.3349 -15.7242 -16.5571 -17.9601 -20.1973 -23.8139 -22.9617 -20.2592 -18.7881 -18.1333 + 4 -14.4527 -14.7691 -15.4212 -16.4428 -17.8774 -19.7512 -19.4864 -18.1410 -17.2621 -16.8314 + 5 -13.0142 -13.1896 -13.5294 -14.0019 -14.5374 -14.9924 -15.0830 -14.8988 -14.6815 -14.5489 + 6 -11.5085 -11.5922 -11.7486 -11.9535 -12.1685 -12.3436 -12.4324 -12.4421 -12.4160 -12.3925 + 7 -10.2215 -10.2604 -10.3317 -10.4236 -10.5200 -10.6037 -10.6621 -10.6939 -10.7065 -10.7096 + 8 -9.25604 -9.27520 -9.30967 -9.35400 -9.40143 -9.44523 -9.48035 -9.50474 -9.51897 -9.52491 + 9 -8.62538 -8.63632 -8.65518 -8.67927 -8.70538 -8.73037 -8.75165 -8.76760 -8.77759 -8.78173 + 10 -8.31448 -8.32108 -8.33314 -8.34894 -8.36650 -8.38382 -8.39918 -8.41132 -8.41953 -8.42356 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 4 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 4 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 2775462.6701 CSUB-CGELASTIC = 660.7663 CSUB + CSUB-ELASTIC = 1175862.4150 CSUB-ELASTIC = 112.7720 CSUB + CSUB-INELASTIC = 22730552.5327 CSUB-INELASTIC = 22234.9897 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 29612250.0000 RCHA = 27000.0000 RCHA_0 + CHD = 23291.8562 CHD = 51.3275 CHD_0 + + TOTAL IN = 56317419.4740 TOTAL IN = 50059.8554 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 32872500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 23444919.4737 CHD = 20059.8554 CHD_0 + + TOTAL OUT = 56317419.4737 TOTAL OUT = 50059.8554 + + IN - OUT = 3.0776E-04 IN - OUT = 1.0918E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 4 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 9.47592E+07 1.57932E+06 26322. 1096.8 3.0027 + + +end timestep + + +start timestep kper="5" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 5 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 5 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="5" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="5" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="5" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="5" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="5" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 5 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 5 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 5 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 5 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 5 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 5 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 5 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -1.68852 -1.68867 -1.68893 -1.68924 -1.68956 -1.68984 -1.69004 -1.69015 -1.69019 -1.69019 + 2 -1.65521 -1.65546 -1.65583 -1.65628 -1.65673 -1.65710 -1.65731 -1.65735 -1.65727 -1.65713 + 3 -1.58830 -1.58863 -1.58910 -1.58968 -1.59031 -1.59086 -1.59104 -1.59092 -1.59069 -1.59042 + 4 -1.48743 -1.48772 -1.48808 -1.48853 -1.48901 -1.48946 -1.48970 -1.48973 -1.48964 -1.48945 + 5 -1.35261 -1.35272 -1.35274 -1.35280 -1.35297 -1.35329 -1.35368 -1.35407 -1.35433 -1.35438 + 6 -1.18438 -1.18397 -1.18312 -1.18228 -1.18188 -1.18213 -1.18302 -1.18426 -1.18539 -1.18597 + 7 -0.984604 -0.982368 -0.978802 -0.975320 -0.973359 -0.973647 -0.976147 -0.980057 -0.983880 -0.986168 + 8 -0.760318 -0.752786 -0.740693 -0.728553 -0.721836 -0.722064 -0.729211 -0.741701 -0.754015 -0.761615 + 9 -0.532267 -0.510458 -0.472078 -0.429265 -0.411538 -0.411679 -0.429682 -0.472760 -0.511327 -0.533214 + 10 -0.357011 -0.304495 -0.191740 0.00000 0.00000 0.00000 0.00000 -0.192066 -0.305038 -0.357663 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 5 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -7.23934 -7.25286 -7.26611 -7.27866 -7.28972 -7.29838 -7.30388 -7.30594 -7.30468 -7.30033 + 2 -7.18438 -7.27735 -7.30990 -7.35410 -7.40635 -7.45279 -7.45767 -7.43361 -7.40651 -7.27072 + 3 -7.12038 -7.27090 -7.32440 -7.40857 -7.55039 -7.78632 -7.73179 -7.55457 -7.45331 -7.21782 + 4 -7.04221 -7.20231 -7.24601 -7.30752 -7.39347 -7.51262 -7.49598 -7.40941 -7.35155 -7.13146 + 5 -6.93163 -7.10633 -7.12788 -7.15223 -7.17992 -7.20759 -7.21316 -7.20218 -7.18377 -7.02210 + 6 -6.78411 -7.02065 -7.02916 -7.03748 -7.04615 -7.05327 -7.05694 -7.05744 -7.05350 -6.87184 + 7 -6.61899 -6.59125 -6.61248 -6.65374 -6.69923 -6.74017 -6.77054 -6.78898 -6.79096 -6.69556 + 8 -6.45419 -5.96376 -5.90066 -5.91118 -5.93138 -5.95395 -5.97627 -6.00058 -6.08006 -6.51495 + 9 -6.30446 -5.52793 -5.40972 -5.39411 -5.39781 -5.41066 -5.43133 -5.46732 -5.59642 -6.34728 + 10 -6.17955 -6.15470 -6.13638 -6.12481 -6.12045 -6.12322 -6.13307 -6.15002 -6.17352 -6.20334 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 5 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -18.4913 -18.6611 -18.9785 -19.3957 -19.8348 -20.1892 -20.3542 -20.3511 -20.2788 -20.2208 + 2 -18.5634 -18.8240 -19.3360 -20.0698 -20.9403 -21.7173 -21.7996 -21.4002 -20.9935 -20.7599 + 3 -18.3344 -18.7241 -19.5549 -20.9538 -23.1863 -26.7996 -25.9483 -23.2498 -21.7829 -21.1304 + 4 -17.2628 -17.5792 -18.2293 -19.2476 -20.6784 -22.5498 -22.2855 -20.9430 -20.0674 -19.6390 + 5 -15.5988 -15.7744 -16.1133 -16.5842 -17.1182 -17.5724 -17.6634 -17.4807 -17.2653 -17.1339 + 6 -13.8500 -13.9341 -14.0903 -14.2948 -14.5096 -14.6850 -14.7746 -14.7855 -14.7606 -14.7377 + 7 -12.3242 -12.3627 -12.4336 -12.5255 -12.6223 -12.7070 -12.7668 -12.8002 -12.8144 -12.8186 + 8 -11.1501 -11.1673 -11.2004 -11.2442 -11.2919 -11.3369 -11.3740 -11.4008 -11.4178 -11.4264 + 9 -10.3670 -10.3750 -10.3917 -10.4148 -10.4411 -10.4673 -10.4908 -10.5098 -10.5233 -10.5310 + 10 -9.97921 -9.98512 -9.99650 -10.0121 -10.0302 -10.0487 -10.0659 -10.0803 -10.0906 -10.0961 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 5 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 5 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 3608098.8177 CSUB-CGELASTIC = 708.2398 CSUB + CSUB-ELASTIC = 1538474.7649 CSUB-ELASTIC = 44.7980 CSUB + CSUB-INELASTIC = 32009739.1470 CSUB-INELASTIC = 25882.5664 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 29612250.0000 RCHA = 0.0000 RCHA_0 + CHD = 881184.8329 CHD = 3364.3958 CHD_0 + + TOTAL IN = 67649747.5625 TOTAL IN = 30000.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 43830000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 23819747.5621 CHD = 0.0000 CHD_0 + + TOTAL OUT = 67649747.5621 TOTAL OUT = 30000.0000 + + IN - OUT = 4.1512E-04 IN - OUT = 2.9270E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 5 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 1.26317E+08 2.10528E+06 35088. 1462.0 4.0027 + + +end timestep + + +start timestep kper="6" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 6 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 6 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="6" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="6" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="6" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="6" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="6" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 6 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 6 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 6 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 6 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 6 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 6 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 6 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -1.82788 -1.82814 -1.82860 -1.82915 -1.82972 -1.83020 -1.83054 -1.83072 -1.83077 -1.83075 + 2 -1.79165 -1.79210 -1.79278 -1.79360 -1.79443 -1.79511 -1.79547 -1.79550 -1.79532 -1.79502 + 3 -1.71881 -1.71939 -1.72024 -1.72132 -1.72249 -1.72349 -1.72380 -1.72353 -1.72306 -1.72253 + 4 -1.60900 -1.60946 -1.61013 -1.61097 -1.61188 -1.61268 -1.61306 -1.61303 -1.61279 -1.61243 + 5 -1.46272 -1.46284 -1.46298 -1.46322 -1.46361 -1.46412 -1.46465 -1.46509 -1.46538 -1.46543 + 6 -1.28124 -1.28066 -1.27972 -1.27885 -1.27846 -1.27879 -1.27979 -1.28116 -1.28245 -1.28320 + 7 -1.06700 -1.06463 -1.06079 -1.05699 -1.05479 -1.05501 -1.05762 -1.06177 -1.06586 -1.06837 + 8 -0.826455 -0.818743 -0.805897 -0.792822 -0.785529 -0.785703 -0.793318 -0.806659 -0.819687 -0.827484 + 9 -0.580091 -0.556749 -0.515193 -0.468639 -0.449348 -0.449462 -0.468977 -0.515744 -0.557451 -0.580849 + 10 -0.389481 -0.332255 -0.209271 0.00000 0.00000 0.00000 0.00000 -0.209533 -0.332691 -0.390002 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 6 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -7.72879 -7.75053 -7.77108 -7.78984 -7.80585 -7.81802 -7.82543 -7.82767 -7.82474 -7.81677 + 2 -7.63743 -7.79320 -7.85821 -7.94557 -8.04901 -8.14118 -8.15091 -8.10331 -8.04801 -7.76485 + 3 -7.53362 -7.77120 -7.87733 -8.04425 -8.31682 -8.75568 -8.65467 -8.32464 -8.13131 -7.68155 + 4 -7.41329 -7.62304 -7.70833 -7.83000 -8.00052 -8.22646 -8.19542 -8.03202 -7.91690 -7.55714 + 5 -7.28302 -7.40443 -7.44859 -7.50134 -7.56122 -7.61563 -7.62658 -7.60475 -7.57095 -7.40417 + 6 -7.15702 -7.18953 -7.20922 -7.23014 -7.25205 -7.27002 -7.27928 -7.28048 -7.27385 -7.24703 + 7 -7.05121 -7.04966 -7.05409 -7.05886 -7.06462 -7.06976 -7.07352 -7.07576 -7.07599 -7.10821 + 8 -6.95723 -6.94357 -6.94605 -6.95998 -6.97932 -6.99994 -7.00120 -7.00224 -7.00322 -7.00247 + 9 -6.86276 -6.46369 -6.39518 -6.38117 -6.38427 -6.39707 -6.41800 -6.45195 -6.52992 -6.89531 + 10 -6.78057 -6.76410 -6.75183 -6.74405 -6.74130 -6.74349 -6.75058 -6.76257 -6.77884 -6.79907 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 6 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -21.3092 -21.4791 -21.7966 -22.2140 -22.6533 -23.0078 -23.1728 -23.1696 -23.0973 -23.0392 + 2 -21.3372 -21.5980 -22.1104 -22.8446 -23.7155 -24.4928 -24.5751 -24.1755 -23.7684 -23.5344 + 3 -21.0240 -21.4141 -22.2453 -23.6449 -25.8781 -29.4919 -28.6405 -25.9416 -24.4740 -23.8209 + 4 -19.8361 -20.1527 -20.8032 -21.8219 -23.2532 -25.1249 -24.8606 -23.5178 -22.6417 -22.2129 + 5 -18.0353 -18.2109 -18.5498 -19.0209 -19.5550 -20.0093 -20.1003 -19.9175 -19.7019 -19.5705 + 6 -16.1433 -16.2271 -16.3833 -16.5877 -16.8024 -16.9778 -17.0673 -17.0781 -17.0533 -17.0306 + 7 -14.4823 -14.5209 -14.5920 -14.6838 -14.7805 -14.8650 -14.9245 -14.9577 -14.9717 -14.9759 + 8 -13.1926 -13.2108 -13.2445 -13.2887 -13.3366 -13.3815 -13.4183 -13.4447 -13.4610 -13.4687 + 9 -12.3234 -12.3323 -12.3497 -12.3732 -12.3997 -12.4260 -12.4493 -12.4680 -12.4809 -12.4878 + 10 -11.8892 -11.8953 -11.9070 -11.9229 -11.9411 -11.9598 -11.9770 -11.9912 -12.0013 -12.0066 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 6 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 6 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 3854231.5961 CSUB-CGELASTIC = 661.1842 CSUB + CSUB-ELASTIC = 1548443.1263 CSUB-ELASTIC = 23.4407 CSUB + CSUB-INELASTIC = 41411441.7706 CSUB-INELASTIC = 25641.8568 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 29612250.0000 RCHA = 0.0000 RCHA_0 + CHD = 2180881.0697 CHD = 3673.5184 CHD_0 + + TOTAL IN = 78607247.5627 TOTAL IN = 30000.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 54787500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 23819747.5621 CHD = 0.0000 CHD_0 + + TOTAL OUT = 78607247.5621 TOTAL OUT = 30000.0000 + + IN - OUT = 5.3102E-04 IN - OUT = 2.8554E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 6 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 1.57874E+08 2.63124E+06 43854. 1827.2 5.0027 + + +end timestep + + +start timestep kper="7" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 7 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 7 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="7" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="7" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="7" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="7" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="7" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 7 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 7 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 7 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 7 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 7 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 7 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 7 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -1.96069 -1.96106 -1.96169 -1.96245 -1.96322 -1.96387 -1.96431 -1.96453 -1.96457 -1.96453 + 2 -1.92137 -1.92200 -1.92296 -1.92410 -1.92527 -1.92620 -1.92667 -1.92668 -1.92638 -1.92592 + 3 -1.84212 -1.84293 -1.84414 -1.84566 -1.84730 -1.84869 -1.84909 -1.84869 -1.84798 -1.84720 + 4 -1.72260 -1.72324 -1.72420 -1.72540 -1.72670 -1.72782 -1.72831 -1.72823 -1.72784 -1.72731 + 5 -1.56372 -1.56389 -1.56417 -1.56461 -1.56522 -1.56594 -1.56660 -1.56711 -1.56741 -1.56745 + 6 -1.36739 -1.36673 -1.36575 -1.36490 -1.36459 -1.36505 -1.36620 -1.36774 -1.36919 -1.37008 + 7 -1.13683 -1.13420 -1.13008 -1.12604 -1.12374 -1.12402 -1.12686 -1.13136 -1.13582 -1.13864 + 8 -0.879430 -0.871155 -0.857478 -0.843567 -0.835800 -0.835971 -0.844068 -0.858269 -0.872175 -0.880599 + 9 -0.617049 -0.592500 -0.548518 -0.499132 -0.478649 -0.478740 -0.499405 -0.548981 -0.593121 -0.617777 + 10 -0.413813 -0.353048 -0.222395 0.00000 0.00000 0.00000 0.00000 -0.222628 -0.353444 -0.414295 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 7 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -8.31428 -8.34242 -8.36820 -8.39101 -8.40985 -8.42358 -8.43124 -8.43237 -8.42695 -8.41509 + 2 -8.19275 -8.42172 -8.51609 -8.64078 -8.78842 -8.92005 -8.93397 -8.86600 -8.78315 -8.34189 + 3 -8.05406 -8.38149 -8.53486 -8.77356 -9.15933 -9.77010 -9.63050 -9.17030 -8.89311 -8.23075 + 4 -7.89419 -8.15873 -8.28091 -8.45478 -8.69856 -9.01561 -8.97269 -8.74354 -8.57611 -8.07162 + 5 -7.71962 -7.82780 -7.89084 -7.96824 -8.05603 -8.13361 -8.14924 -8.11800 -8.07069 -7.87717 + 6 -7.54398 -7.49485 -7.52165 -7.55345 -7.58682 -7.61419 -7.62828 -7.63010 -7.62340 -7.67181 + 7 -7.38166 -7.24196 -7.24830 -7.25835 -7.26968 -7.27982 -7.28727 -7.29174 -7.29598 -7.47759 + 8 -7.24375 -7.08999 -7.08941 -7.09157 -7.09445 -7.09769 -7.10173 -7.10538 -7.11102 -7.30978 + 9 -7.13608 -7.02466 -7.02236 -7.02133 -7.02157 -7.02263 -7.02439 -7.02711 -7.03095 -7.17594 + 10 -7.05779 -7.04326 -7.03304 -7.02675 -7.02458 -7.02624 -7.03189 -7.04190 -7.05627 -7.07554 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 7 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -23.8436 -24.0137 -24.3316 -24.7493 -25.1890 -25.5438 -25.7090 -25.7058 -25.6334 -25.5753 + 2 -23.8448 -24.1060 -24.6188 -25.3537 -26.2252 -27.0030 -27.0855 -26.6858 -26.2785 -26.0441 + 3 -23.4800 -23.8705 -24.7024 -26.1029 -28.3370 -31.9516 -31.1004 -28.4011 -26.9330 -26.2794 + 4 -22.2206 -22.5376 -23.1886 -24.2080 -25.6401 -27.5123 -27.2483 -25.9052 -25.0288 -24.5997 + 5 -20.3357 -20.5114 -20.8506 -21.3221 -21.8567 -22.3113 -22.4025 -22.2197 -22.0041 -21.8726 + 6 -18.3559 -18.4396 -18.5958 -18.8004 -19.0154 -19.1910 -19.2806 -19.2916 -19.2668 -19.2443 + 7 -16.6127 -16.6511 -16.7221 -16.8140 -16.9108 -16.9953 -17.0550 -17.0882 -17.1024 -17.1068 + 8 -15.2548 -15.2729 -15.3066 -15.3508 -15.3987 -15.4436 -15.4803 -15.5066 -15.5229 -15.5308 + 9 -14.3373 -14.3467 -14.3645 -14.3882 -14.4148 -14.4409 -14.4641 -14.4824 -14.4949 -14.5013 + 10 -13.8767 -13.8830 -13.8949 -13.9109 -13.9292 -13.9478 -13.9648 -13.9788 -13.9887 -13.9939 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 7 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 7 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 4089110.6072 CSUB-CGELASTIC = 631.4871 CSUB + CSUB-ELASTIC = 1552211.2667 CSUB-ELASTIC = 4.3058 CSUB + CSUB-INELASTIC = 50736554.0804 CSUB-INELASTIC = 25459.5349 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 29612250.0000 RCHA = 0.0000 RCHA_0 + CHD = 3574621.6084 CHD = 3904.6722 CHD_0 + + TOTAL IN = 89564747.5628 TOTAL IN = 30000.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 65745000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 23819747.5621 CHD = 0.0000 CHD_0 + + TOTAL OUT = 89564747.5621 TOTAL OUT = 30000.0000 + + IN - OUT = 6.7571E-04 IN - OUT = 2.7954E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 7 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 1.89432E+08 3.15720E+06 52620. 2192.5 6.0027 + + +end timestep + + +start timestep kper="8" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 8 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 8 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="8" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="8" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="8" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="8" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="8" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 8 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 8 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 8 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 8 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 8 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 8 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 8 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 18.4489 18.0181 17.2011 16.6740 16.4003 16.3658 16.5736 17.0434 17.8176 18.2254 + 2 17.3166 16.7042 16.1782 15.7945 15.5752 15.5290 15.6589 15.9623 16.4247 17.0001 + 3 15.7713 15.1747 14.7150 14.3871 14.1893 14.1214 14.1845 14.3796 14.7137 15.2140 + 4 13.7410 13.2217 12.8491 12.5867 12.4177 12.3326 12.3232 12.3759 12.4677 12.5566 + 5 10.9056 10.7949 10.6567 10.5293 10.4304 10.3667 10.3375 10.3363 10.3514 10.3669 + 6 8.61418 8.57805 8.52110 8.45951 8.40554 8.36630 8.34377 8.33552 8.33598 8.33861 + 7 6.55515 6.53139 6.49130 6.44681 6.40984 6.38753 6.38164 6.38861 6.40034 6.40865 + 8 4.66739 4.62541 4.55443 4.47947 4.43110 4.41896 4.44403 4.49873 4.55465 4.58859 + 9 3.01324 2.90073 2.69861 2.47081 2.37252 2.36664 2.45327 2.66953 2.86274 2.97045 + 10 1.86572 1.59144 1.00209 0.00000 0.00000 0.00000 0.00000 0.989398 1.57019 1.84012 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 8 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -5.58356 -5.58393 -5.59378 -5.60967 -5.62873 -5.64879 -5.66872 -5.68877 -5.71056 -5.73687 + 2 -5.62656 -4.91920 -5.29374 -5.82630 -6.35521 -6.75358 -6.73361 -6.39711 -5.98736 -5.86667 + 3 -5.70443 -5.45241 -6.02781 -6.88704 -8.08720 -9.69133 -9.33243 -8.02501 -7.02957 -6.00346 + 4 -5.80330 -5.71402 -6.18467 -6.82369 -7.61919 -8.51054 -8.41730 -7.76727 -7.15816 -6.12285 + 5 -5.91601 -5.86694 -6.08912 -6.38840 -6.70603 -6.96467 -7.02565 -6.93092 -6.74477 -6.21632 + 6 -6.03418 -5.92050 -6.00726 -6.13965 -6.27480 -6.38285 -6.43931 -6.44789 -6.41803 -6.29509 + 7 -6.15765 -6.02878 -6.06418 -6.13141 -6.19869 -6.25255 -6.28572 -6.29965 -6.30945 -6.37041 + 8 -6.28612 -6.25942 -6.30578 -6.36504 -6.41346 -6.44228 -6.44839 -6.43491 -6.42021 -6.44780 + 9 -6.41630 -6.60596 -6.73026 -6.84700 -6.90828 -6.92429 -6.89366 -6.80369 -6.70046 -6.52648 + 10 -6.54186 -6.57101 -6.59726 -6.61892 -6.63304 -6.63965 -6.63871 -6.63019 -6.61698 -6.60073 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 8 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -26.0265 -26.1971 -26.5162 -26.9357 -27.3773 -27.7338 -27.9002 -27.8977 -27.8256 -27.7676 + 2 -26.0158 -26.2768 -26.7919 -27.5303 -28.4057 -29.1864 -29.2702 -28.8702 -28.4622 -28.2278 + 3 -25.6301 -26.0214 -26.8568 -28.2625 -30.5024 -34.1216 -33.2716 -30.5707 -29.1001 -28.4450 + 4 -24.3395 -24.6575 -25.3118 -26.3358 -27.7729 -29.6492 -29.3865 -28.0427 -27.1645 -26.7337 + 5 -22.4157 -22.5922 -22.9336 -23.4082 -23.9460 -24.4033 -24.4959 -24.3133 -24.0971 -23.9647 + 6 -20.3941 -20.4785 -20.6360 -20.8425 -21.0594 -21.2367 -21.3275 -21.3390 -21.3142 -21.2914 + 7 -18.6119 -18.6508 -18.7228 -18.8159 -18.9139 -18.9995 -19.0600 -19.0937 -19.1080 -19.1122 + 8 -17.2221 -17.2409 -17.2755 -17.3207 -17.3695 -17.4151 -17.4522 -17.4787 -17.4948 -17.5023 + 9 -16.2823 -16.2926 -16.3115 -16.3363 -16.3637 -16.3904 -16.4136 -16.4315 -16.4435 -16.4493 + 10 -15.8098 -15.8166 -15.8291 -15.8458 -15.8647 -15.8836 -15.9007 -15.9146 -15.9242 -15.9291 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 8 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 8 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 4299806.8137 CSUB-CGELASTIC = 562.8048 CSUB + CSUB-ELASTIC = 1560824.5629 CSUB-ELASTIC = 69.6459 CSUB + CSUB-INELASTIC = 58183141.8088 CSUB-INELASTIC = 19837.7823 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 39474000.0000 RCHA = 27000.0000 RCHA_0 + CHD = 3632089.1605 CHD = 159.1819 CHD_0 + + TOTAL IN = 107149862.3459 TOTAL IN = 47629.4149 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.1672 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 5.9011E-02 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 76702500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 29655188.2128 CHD = 17629.1887 CHD_0 + + TOTAL OUT = 107149862.3450 TOTAL OUT = 47629.4149 + + IN - OUT = 8.1009E-04 IN - OUT = 2.1665E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 8 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 2.20990E+08 3.68316E+06 61386. 2557.8 7.0027 + + +end timestep + + +start timestep kper="9" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 9 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 9 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="9" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="9" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="9" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="9" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="9" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 9 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 9 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 9 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 9 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 9 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 9 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 9 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 18.2370 17.8062 16.9892 16.4622 16.1885 16.1542 16.3621 16.8320 17.6062 18.0140 + 2 17.1087 16.4963 15.9703 15.5867 15.3676 15.3216 15.4516 15.7550 16.2174 16.7930 + 3 15.5719 14.9752 14.5156 14.1879 13.9906 13.9235 13.9867 14.1813 14.5151 15.0155 + 4 13.5544 13.0348 12.6623 12.4001 12.2315 12.1470 12.1377 12.1901 12.2818 12.3708 + 5 10.7360 10.6251 10.4868 10.3595 10.2608 10.1972 10.1681 10.1670 10.1822 10.1979 + 6 8.46597 8.42969 8.37273 8.31123 8.25738 8.21823 8.19576 8.18755 8.18810 8.19092 + 7 6.43261 6.40890 6.36912 6.32504 6.28839 6.26617 6.26014 6.26684 6.27834 6.28664 + 8 4.57391 4.53270 4.46319 4.38980 4.34240 4.33038 4.35473 4.40804 4.46259 4.49572 + 9 2.94919 2.83936 2.64197 2.41944 2.32342 2.31763 2.40216 2.61332 2.80190 2.90692 + 10 1.82360 1.55555 0.979520 0.00000 0.00000 0.00000 0.00000 0.967024 1.53462 1.79838 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 9 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -6.54010 -6.54445 -6.55723 -6.57503 -6.59499 -6.61496 -6.63377 -6.65169 -6.67032 -6.69242 + 2 -6.56306 -5.99817 -6.39017 -6.92414 -7.45208 -7.83787 -7.82087 -7.49371 -7.06732 -6.80119 + 3 -6.61578 -6.52359 -7.11920 -7.97703 -9.12414 -9.90293 -9.72381 -9.07288 -8.09941 -6.91174 + 4 -6.68391 -6.76931 -7.26240 -7.90161 -8.66712 -9.07553 -9.02695 -8.76332 -8.21004 -6.99920 + 5 -6.75979 -6.90235 -7.14933 -7.45062 -7.76794 -8.01953 -8.08129 -7.99109 -7.78088 -7.05451 + 6 -6.83446 -6.93275 -7.04697 -7.18143 -7.31700 -7.42520 -7.48159 -7.48843 -7.43049 -7.08826 + 7 -6.90707 -7.01373 -7.07850 -7.14683 -7.21357 -7.26654 -7.28912 -7.29423 -7.29108 -7.11097 + 8 -6.97646 -7.09684 -7.09985 -7.10492 -7.11064 -7.11607 -7.12033 -7.12262 -7.12595 -7.12727 + 9 -7.03872 -7.06367 -7.07430 -7.08842 -7.09700 -7.10013 -7.09751 -7.08775 -7.08061 -7.13621 + 10 -7.08751 -7.09812 -7.10985 -7.12116 -7.12923 -7.13409 -7.13574 -7.13418 -7.13230 -7.13182 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 9 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -28.0732 -28.2440 -28.5634 -28.9834 -29.4254 -29.7823 -29.9492 -29.9470 -29.8751 -29.8172 + 2 -28.0559 -28.3173 -28.8327 -29.5715 -30.4472 -31.2282 -31.3124 -30.9129 -30.5052 -30.2707 + 3 -27.6570 -28.0487 -28.8844 -30.2903 -32.5299 -36.1483 -35.2989 -32.5994 -31.1296 -30.4745 + 4 -26.3481 -26.6665 -27.3212 -28.3455 -29.7826 -31.6583 -31.3961 -30.0532 -29.1756 -28.7448 + 5 -24.4023 -24.5793 -24.9213 -25.3962 -25.9344 -26.3920 -26.4849 -26.3026 -26.0863 -25.9538 + 6 -22.3571 -22.4420 -22.6000 -22.8070 -23.0243 -23.2019 -23.2929 -23.3045 -23.2796 -23.2564 + 7 -20.5516 -20.5910 -20.6635 -20.7569 -20.8552 -20.9411 -21.0017 -21.0354 -21.0495 -21.0534 + 8 -19.1410 -19.1600 -19.1946 -19.2398 -19.2886 -19.3343 -19.3716 -19.3982 -19.4145 -19.4220 + 9 -18.1852 -18.1952 -18.2136 -18.2380 -18.2652 -18.2920 -18.3154 -18.3339 -18.3463 -18.3527 + 10 -17.7046 -17.7112 -17.7235 -17.7401 -17.7589 -17.7779 -17.7952 -17.8094 -17.8193 -17.8244 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 9 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 9 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 4508328.1406 CSUB-CGELASTIC = 561.9468 CSUB + CSUB-ELASTIC = 1587968.0004 CSUB-ELASTIC = 59.9134 CSUB + CSUB-INELASTIC = 65335740.5163 CSUB-INELASTIC = 19455.8494 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 49335750.0000 RCHA = 27000.0000 RCHA_0 + CHD = 3693556.6946 CHD = 171.1214 CHD_0 + + TOTAL IN = 124461343.3518 TOTAL IN = 47248.8309 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 87660000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 36009169.2187 CHD = 17248.8309 CHD_0 + + TOTAL OUT = 124461343.3509 TOTAL OUT = 47248.8309 + + IN - OUT = 9.1955E-04 IN - OUT = 1.5881E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 9 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 2.52547E+08 4.20912E+06 70152. 2923.0 8.0027 + + +end timestep + + +start timestep kper="10" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 10 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 10 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="10" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="10" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="10" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="10" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="10" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 10 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 10 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 10 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 10 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 10 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 10 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 10 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 18.0900 17.6592 16.8424 16.3156 16.0423 16.0082 16.2164 16.6865 17.4610 17.8689 + 2 16.9655 16.3529 15.8271 15.4439 15.2253 15.1797 15.3101 15.6138 16.0763 16.6522 + 3 15.4364 14.8398 14.3806 14.0539 13.8580 13.7916 13.8552 14.0499 14.3834 14.8837 + 4 13.4303 12.9108 12.5389 12.2780 12.1107 12.0272 12.0184 12.0709 12.1624 12.2511 + 5 10.6263 10.5155 10.3779 10.2517 10.1541 10.0914 10.0629 10.0619 10.0770 10.0924 + 6 8.37327 8.33726 8.28093 8.22024 8.16721 8.12872 8.10664 8.09854 8.09895 8.10152 + 7 6.35856 6.33533 6.29625 6.25293 6.21692 6.19513 6.18922 6.19577 6.20695 6.21485 + 8 4.51893 4.47851 4.41008 4.33778 4.29109 4.27927 4.30330 4.35584 4.40954 4.44203 + 9 2.91197 2.80374 2.60906 2.38954 2.29483 2.28913 2.37253 2.58087 2.76689 2.87041 + 10 1.79932 1.53486 0.966505 0.00000 0.00000 0.00000 0.00000 0.954211 1.51426 1.77451 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 10 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -7.31531 -7.32559 -7.34259 -7.36290 -7.38367 -7.40276 -7.41902 -7.43268 -7.44532 -7.45968 + 2 -7.30769 -7.00188 -7.42915 -7.96141 -8.47767 -8.86264 -8.84464 -8.51627 -8.06371 -7.53049 + 3 -7.32132 -7.52133 -8.14489 -8.79303 -9.27243 -10.1326 -9.92378 -9.27202 -8.91048 -7.59422 + 4 -7.34101 -7.74815 -8.25793 -8.49158 -8.80558 -9.24554 -9.18874 -8.86985 -8.63283 -7.62566 + 5 -7.35810 -7.82906 -7.90694 -8.00401 -8.11761 -8.21997 -8.24214 -8.20199 -8.13251 -7.61605 + 6 -7.36257 -7.51901 -7.55594 -7.59953 -7.64510 -7.68297 -7.70298 -7.70582 -7.69349 -7.57480 + 7 -7.35338 -7.30130 -7.31453 -7.33247 -7.35181 -7.36865 -7.38050 -7.38674 -7.39042 -7.51108 + 8 -7.32874 -7.20602 -7.21444 -7.22674 -7.23812 -7.24667 -7.25122 -7.25146 -7.25479 -7.44691 + 9 -7.32734 -7.22544 -7.24737 -7.27574 -7.29135 -7.29623 -7.28996 -7.26903 -7.25407 -7.40848 + 10 -7.34475 -7.35204 -7.36151 -7.37145 -7.37894 -7.38396 -7.38646 -7.38641 -7.38665 -7.38885 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 10 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -30.0279 -30.1987 -30.5180 -30.9378 -31.3796 -31.7362 -31.9028 -31.9005 -31.8285 -31.7705 + 2 -30.0059 -30.2677 -30.7830 -31.5214 -32.3964 -33.1769 -33.2608 -32.8611 -32.4531 -32.2183 + 3 -29.5972 -29.9891 -30.8242 -32.2284 -34.4659 -38.0831 -37.2332 -34.5339 -33.0651 -32.4102 + 4 -28.2742 -28.5927 -29.2465 -30.2688 -31.7036 -33.5779 -33.3150 -31.9721 -31.0952 -30.6651 + 5 -26.3111 -26.4882 -26.8293 -27.3027 -27.8391 -28.2952 -28.3873 -28.2049 -27.9891 -27.8570 + 6 -24.2465 -24.3312 -24.4885 -24.6944 -24.9106 -25.0872 -25.1776 -25.1889 -25.1643 -25.1415 + 7 -22.4215 -22.4604 -22.5321 -22.6248 -22.7224 -22.8077 -22.8679 -22.9015 -22.9159 -22.9203 + 8 -20.9937 -21.0121 -21.0463 -21.0910 -21.1395 -21.1849 -21.2220 -21.2486 -21.2651 -21.2730 + 9 -20.0257 -20.0353 -20.0535 -20.0777 -20.1048 -20.1313 -20.1548 -20.1732 -20.1858 -20.1923 + 10 -19.5389 -19.5454 -19.5576 -19.5741 -19.5928 -19.6117 -19.6290 -19.6431 -19.6530 -19.6582 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 10 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 10 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 4706210.2996 CSUB-CGELASTIC = 529.8806 CSUB + CSUB-ELASTIC = 1600576.7666 CSUB-ELASTIC = 25.9143 CSUB + CSUB-INELASTIC = 72406010.7668 CSUB-INELASTIC = 19295.9725 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 59197500.0000 RCHA = 27000.0000 RCHA_0 + CHD = 3757296.6778 CHD = 177.1248 CHD_0 + + TOTAL IN = 141667594.5107 TOTAL IN = 47028.8922 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 98617500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 42257920.3775 CHD = 17028.8922 CHD_0 + + TOTAL OUT = 141667594.5097 TOTAL OUT = 47028.8922 + + IN - OUT = 1.0373E-03 IN - OUT = 2.6457E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 10 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 2.84105E+08 4.73508E+06 78918. 3288.2 9.0027 + + +end timestep + + +start timestep kper="11" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 11 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 11 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="11" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="11" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="11" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="11" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="11" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 11 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 11 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 11 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 11 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 11 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 11 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 11 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.9937 17.5630 16.7464 16.2200 15.9470 15.9133 16.1217 16.5919 17.3664 17.7743 + 2 16.8719 16.2594 15.7339 15.3514 15.1336 15.0886 15.2192 15.5227 15.9851 16.5608 + 3 15.3488 14.7523 14.2938 13.9679 13.7724 13.7063 13.7701 13.9649 14.2983 14.7983 + 4 13.3510 12.8318 12.4605 12.1999 12.0329 11.9495 11.9407 11.9933 12.0847 12.1732 + 5 10.5565 10.4461 10.3088 10.1827 10.0852 10.0226 9.99407 9.99308 10.0080 10.0232 + 6 8.31369 8.27794 8.22182 8.16128 8.10834 8.06985 8.04771 8.03949 8.03974 8.04213 + 7 6.30976 6.28679 6.24799 6.20492 6.16904 6.14724 6.14118 6.14748 6.15839 6.16606 + 8 4.48143 4.44146 4.37369 4.30203 4.25568 4.24385 4.26751 4.31941 4.37245 4.40449 + 9 2.88564 2.77852 2.58576 2.36837 2.27454 2.26882 2.35134 2.55753 2.74162 2.84404 + 10 1.78154 1.51970 0.956962 0.00000 0.00000 0.00000 0.00000 0.944651 1.49908 1.75670 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 11 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -7.93497 -7.95265 -7.97482 -7.99809 -8.01971 -8.03761 -8.05070 -8.05918 -8.06455 -8.06942 + 2 -7.88889 -7.91499 -8.36578 -8.65537 -8.84283 -9.01285 -9.02111 -8.91523 -8.79220 -8.09324 + 3 -7.85308 -8.38229 -8.57635 -8.91210 -9.49150 -10.4627 -10.2292 -9.48205 -9.02677 -8.09927 + 4 -7.81131 -8.19165 -8.37198 -8.63839 -9.01773 -9.52273 -9.45911 -9.09332 -8.80691 -8.06332 + 5 -7.75516 -7.92281 -8.02755 -8.15193 -8.29283 -8.41622 -8.44347 -8.39622 -8.31285 -7.97475 + 6 -7.69406 -7.65987 -7.70637 -7.76199 -7.81948 -7.86669 -7.89154 -7.89522 -7.88232 -7.88822 + 7 -7.65781 -7.48240 -7.49831 -7.52294 -7.54864 -7.57040 -7.58509 -7.59235 -7.59969 -7.81697 + 8 -7.64576 -7.42749 -7.43756 -7.45600 -7.47222 -7.48345 -7.48827 -7.48685 -7.49255 -7.76703 + 9 -7.65509 -7.49012 -7.51977 -7.56011 -7.58170 -7.58809 -7.57871 -7.54847 -7.52848 -7.73798 + 10 -7.68003 -7.68864 -7.69898 -7.70944 -7.71718 -7.72221 -7.72450 -7.72401 -7.72351 -7.72460 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 11 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -31.8857 -32.0563 -32.3752 -32.7943 -33.2353 -33.5912 -33.7574 -33.7548 -33.6826 -33.6246 + 2 -31.8589 -32.1207 -32.6354 -33.3723 -34.2457 -35.0249 -35.1083 -34.7088 -34.3013 -34.0665 + 3 -31.4398 -31.8314 -32.6651 -34.0676 -36.3040 -39.9205 -39.0700 -36.3704 -34.9016 -34.2473 + 4 -30.1027 -30.4206 -31.0730 -32.0942 -33.5282 -35.4021 -35.1388 -33.7956 -32.9187 -32.4890 + 5 -28.1243 -28.3006 -28.6408 -29.1135 -29.6494 -30.1051 -30.1970 -30.0145 -29.7988 -29.6670 + 6 -26.0451 -26.1292 -26.2860 -26.4914 -26.7072 -26.8835 -26.9737 -26.9851 -26.9605 -26.9380 + 7 -24.2074 -24.2459 -24.3173 -24.4097 -24.5070 -24.5921 -24.6522 -24.6858 -24.7003 -24.7049 + 8 -22.7697 -22.7878 -22.8218 -22.8663 -22.9147 -22.9599 -22.9970 -23.0236 -23.0402 -23.0482 + 9 -21.7950 -21.8045 -21.8226 -21.8467 -21.8736 -21.9001 -21.9234 -21.9418 -21.9544 -21.9611 + 10 -21.3050 -21.3114 -21.3236 -21.3399 -21.3585 -21.3774 -21.3946 -21.4087 -21.4186 -21.4238 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 11 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 11 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 4893582.1292 CSUB-CGELASTIC = 502.5846 CSUB + CSUB-ELASTIC = 1606468.9727 CSUB-ELASTIC = 12.2468 CSUB + CSUB-INELASTIC = 79426462.6204 CSUB-INELASTIC = 19169.4501 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 69059250.0000 RCHA = 27000.0000 RCHA_0 + CHD = 3823719.3730 CHD = 185.2400 CHD_0 + + TOTAL IN = 158809483.0952 TOTAL IN = 46869.5215 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 109575000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 48442308.9618 CHD = 16869.5215 CHD_0 + + TOTAL OUT = 158809483.0940 TOTAL OUT = 46869.5215 + + IN - OUT = 1.1446E-03 IN - OUT = 2.1601E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 11 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 3.15662E+08 5.26104E+06 87684. 3653.5 10.003 + + +end timestep + + +start timestep kper="12" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 12 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 12 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="12" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="12" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="12" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="12" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="12" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 12 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 12 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 12 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 12 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 12 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 12 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 12 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.9209 17.4903 16.6738 16.1474 15.8745 15.8408 16.0493 16.5195 17.2940 17.7019 + 2 16.8010 16.1884 15.6632 15.2809 15.0631 15.0181 15.1487 15.4522 15.9146 16.4902 + 3 15.2813 14.6849 14.2264 13.9004 13.7047 13.6384 13.7022 13.8971 14.2305 14.7305 + 4 13.2878 12.7687 12.3973 12.1366 11.9694 11.8858 11.8769 11.9296 12.0210 12.1094 + 5 10.4988 10.3884 10.2510 10.1249 10.0273 9.96453 9.93589 9.93484 9.94970 9.96489 + 6 8.26254 8.22688 8.17082 8.11028 8.05729 8.01871 7.99645 7.98810 7.98823 7.99051 + 7 6.26653 6.24373 6.20513 6.16220 6.12638 6.10452 6.09829 6.10435 6.11501 6.12249 + 8 4.44731 4.40773 4.34054 4.26944 4.22338 4.21151 4.23480 4.28608 4.33850 4.37014 + 9 2.86112 2.75503 2.56406 2.34867 2.25566 2.24992 2.33158 2.53573 2.71799 2.81937 + 10 1.76467 1.50530 0.947892 0.00000 0.00000 0.00000 0.00000 0.935534 1.48460 1.73973 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 12 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -8.31749 -8.34324 -8.37029 -8.39552 -8.41656 -8.43165 -8.43984 -8.44139 -8.43781 -8.43193 + 2 -8.22764 -8.44037 -8.58009 -8.77680 -9.01165 -9.21373 -9.21762 -9.07877 -8.90368 -8.40841 + 3 -8.15254 -8.47149 -8.73344 -9.14050 -9.80514 -10.8706 -10.6164 -9.78784 -9.25691 -8.38499 + 4 -8.09428 -8.34223 -8.57189 -8.88865 -9.32447 -9.88507 -9.81585 -9.40983 -9.08306 -8.34667 + 5 -8.05262 -8.12979 -8.25397 -8.40199 -8.56653 -8.70810 -8.73976 -8.68636 -8.59271 -8.29030 + 6 -8.02390 -7.90519 -7.95739 -8.02339 -8.09121 -8.14650 -8.17555 -8.17999 -8.16828 -8.22986 + 7 -8.01126 -7.76086 -7.77703 -7.80738 -7.83857 -7.86459 -7.88175 -7.88996 -7.90209 -8.17857 + 8 -8.01696 -7.73930 -7.74917 -7.77283 -7.79322 -7.80678 -7.81186 -7.80908 -7.81821 -8.14370 + 9 -8.03979 -7.83798 -7.87309 -7.92346 -7.95016 -7.95785 -7.94585 -7.90785 -7.88458 -8.12602 + 10 -8.07510 -8.08572 -8.09755 -8.10902 -8.11733 -8.12252 -8.12455 -8.12339 -8.12177 -8.12124 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 12 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -33.6395 -33.8100 -34.1286 -34.5472 -34.9878 -35.3434 -35.5092 -35.5064 -35.4341 -35.3759 + 2 -33.6086 -33.8703 -34.3842 -35.1204 -35.9934 -36.7724 -36.8555 -36.4558 -36.0482 -35.8136 + 3 -33.1818 -33.5730 -34.4065 -35.8090 -38.0454 -41.6619 -40.8112 -38.1113 -36.6423 -35.9880 + 4 -31.8358 -32.1535 -32.8059 -33.8272 -35.2613 -37.1352 -36.8719 -35.5286 -34.6515 -34.2218 + 5 -29.8484 -30.0245 -30.3647 -30.8374 -31.3734 -31.8292 -31.9211 -31.7385 -31.5228 -31.3911 + 6 -27.7607 -27.8446 -28.0013 -28.2067 -28.4225 -28.5989 -28.6892 -28.7006 -28.6761 -28.6537 + 7 -25.9156 -25.9540 -26.0253 -26.1176 -26.2149 -26.3000 -26.3602 -26.3939 -26.4085 -26.4132 + 8 -24.4723 -24.4903 -24.5241 -24.5686 -24.6169 -24.6622 -24.6993 -24.7260 -24.7426 -24.7508 + 9 -23.4938 -23.5032 -23.5212 -23.5453 -23.5722 -23.5987 -23.6221 -23.6405 -23.6532 -23.6598 + 10 -23.0020 -23.0084 -23.0205 -23.0368 -23.0555 -23.0743 -23.0915 -23.1056 -23.1156 -23.1207 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 12 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 12 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 5071725.5242 CSUB-CGELASTIC = 478.2386 CSUB + CSUB-ELASTIC = 1608978.2632 CSUB-ELASTIC = 4.0209 CSUB + CSUB-INELASTIC = 86400712.6213 CSUB-INELASTIC = 19042.4322 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 78921000.0000 RCHA = 27000.0000 RCHA_0 + CHD = 3893443.1195 CHD = 194.8405 CHD_0 + + TOTAL IN = 175895859.5282 TOTAL IN = 46719.5323 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 120532500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 54571185.3946 CHD = 16719.5323 CHD_0 + + TOTAL OUT = 175895859.5268 TOTAL OUT = 46719.5323 + + IN - OUT = 1.3639E-03 IN - OUT = 6.5316E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 12 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 3.47220E+08 5.78700E+06 96450. 4018.8 11.003 + + +end timestep + + +start timestep kper="13" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 13 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 13 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="13" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="13" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="13" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="13" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="13" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 13 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 13 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 13 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 13 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 13 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 13 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 13 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.8527 17.4219 16.6053 16.0789 15.8058 15.7720 15.9803 16.4505 17.2249 17.6328 + 2 16.7333 16.1207 15.5953 15.2127 14.9947 14.9495 15.0800 15.3835 15.8459 16.4216 + 3 15.2151 14.6186 14.1599 13.8335 13.6375 13.5710 13.6347 13.8296 14.1631 14.6632 + 4 13.2243 12.7052 12.3336 12.0726 11.9052 11.8213 11.8124 11.8650 11.9565 12.0450 + 5 10.4396 10.3292 10.1918 10.0655 9.96773 9.90481 9.87606 9.87493 9.88976 9.90494 + 6 8.20936 8.17374 8.11768 8.05712 8.00406 7.96538 7.94300 7.93453 7.93456 7.93677 + 7 6.22106 6.19839 6.15995 6.11717 6.08140 6.05947 6.05307 6.05888 6.06930 6.07664 + 8 4.41110 4.37189 4.30529 4.23477 4.18902 4.17711 4.20001 4.25063 4.30242 4.33367 + 9 2.83491 2.72989 2.54084 2.32759 2.23545 2.22969 2.31043 2.51239 2.69271 2.79299 + 10 1.74655 1.48985 0.938153 0.00000 0.00000 0.00000 0.00000 0.925742 1.46906 1.72151 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 13 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -8.45967 -8.47642 -8.49801 -8.52092 -8.54228 -8.56000 -8.57303 -8.58171 -8.58778 -8.59416 + 2 -8.41998 -8.56271 -8.75539 -9.00001 -9.27563 -9.50529 -9.50545 -9.33823 -9.12015 -8.62859 + 3 -8.39858 -8.66901 -8.98679 -9.45561 -10.1939 -11.3395 -11.0680 -10.1698 -9.57385 -8.65741 + 4 -8.38753 -8.59147 -8.86179 -9.22222 -9.70691 -10.3151 -10.2413 -9.80073 -9.43899 -8.66302 + 5 -8.38528 -8.42657 -8.56621 -8.73470 -8.91972 -9.07704 -9.11255 -9.05382 -8.95161 -8.64205 + 6 -8.38860 -8.23420 -8.29015 -8.36511 -8.44188 -8.50418 -8.53689 -8.54203 -8.53202 -8.60961 + 7 -8.40167 -8.11756 -8.13292 -8.16817 -8.20410 -8.23382 -8.25315 -8.26226 -8.27928 -8.58028 + 8 -8.42784 -8.12378 -8.13264 -8.16073 -8.18471 -8.20029 -8.20562 -8.20179 -8.21456 -8.56255 + 9 -8.46689 -8.25260 -8.29177 -8.35055 -8.38160 -8.39042 -8.37622 -8.33179 -8.30623 -8.55820 + 10 -8.51504 -8.52819 -8.54193 -8.55472 -8.56382 -8.56927 -8.57104 -8.56909 -8.56612 -8.56367 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 13 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -35.2929 -35.4634 -35.7821 -36.2009 -36.6416 -36.9973 -37.1632 -37.1604 -37.0881 -37.0300 + 2 -35.2610 -35.5227 -36.0368 -36.7734 -37.6468 -38.4260 -38.5092 -38.1094 -37.7017 -37.4670 + 3 -34.8321 -35.2234 -36.0572 -37.4602 -39.6972 -43.3141 -42.4635 -39.7634 -38.2942 -37.6397 + 4 -33.4830 -33.8007 -34.4534 -35.4751 -36.9097 -38.7840 -38.5208 -37.1774 -36.3002 -35.8703 + 5 -31.4917 -31.6678 -32.0082 -32.4812 -33.0174 -33.4734 -33.5655 -33.3830 -33.1673 -33.0356 + 6 -29.4000 -29.4839 -29.6407 -29.8462 -30.0622 -30.2387 -30.3291 -30.3406 -30.3162 -30.2938 + 7 -27.5513 -27.5896 -27.6609 -27.7533 -27.8507 -27.9359 -27.9962 -28.0300 -28.0447 -28.0495 + 8 -26.1051 -26.1230 -26.1569 -26.2015 -26.2498 -26.2952 -26.3323 -26.3591 -26.3758 -26.3840 + 9 -25.1248 -25.1341 -25.1522 -25.1763 -25.2033 -25.2298 -25.2532 -25.2717 -25.2843 -25.2910 + 10 -24.6320 -24.6385 -24.6506 -24.6670 -24.6856 -24.7045 -24.7217 -24.7359 -24.7458 -24.7510 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 13 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 13 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 5241732.1848 CSUB-CGELASTIC = 457.6848 CSUB + CSUB-ELASTIC = 1609867.0187 CSUB-ELASTIC = 2.6735 CSUB + CSUB-INELASTIC = 93324579.9598 CSUB-INELASTIC = 18892.8268 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 88782750.0000 RCHA = 27000.0000 RCHA_0 + CHD = 3966926.3193 CHD = 205.5531 CHD_0 + + TOTAL IN = 192925855.4825 TOTAL IN = 46558.7382 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 131490000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 60643681.3487 CHD = 16558.7382 CHD_0 + + TOTAL OUT = 192925855.4809 TOTAL OUT = 46558.7382 + + IN - OUT = 1.5595E-03 IN - OUT = 4.9604E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 13 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 3.78778E+08 6.31296E+06 1.05216E+05 4384.0 12.003 + + +end timestep + + +start timestep kper="14" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 14 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 14 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="14" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="14" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="14" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="14" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="14" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 14 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 14 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 14 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 14 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 14 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 14 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 14 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.7658 17.3350 16.5184 15.9918 15.7186 15.6847 15.8930 16.3631 17.1375 17.5454 + 2 16.6476 16.0350 15.5095 15.1267 14.9085 14.8632 14.9936 15.2971 15.7595 16.3352 + 3 15.1319 14.5354 14.0765 13.7499 13.5536 13.4869 13.5505 13.7455 14.0791 14.5793 + 4 13.1453 12.6261 12.2544 11.9932 11.8255 11.7415 11.7325 11.7851 11.8766 11.9652 + 5 10.3666 10.2562 10.1186 9.99227 9.89435 9.83131 9.80247 9.80130 9.81611 9.83131 + 6 8.14427 8.10867 8.05262 7.99204 7.93893 7.90016 7.87768 7.86910 7.86905 7.87122 + 7 6.16583 6.14328 6.10503 6.06242 6.02672 6.00474 5.99815 6.00371 6.01389 6.02108 + 8 4.36745 4.32866 4.26274 4.19291 4.14753 4.13559 4.15805 4.20792 4.25898 4.28980 + 9 2.80358 2.69982 2.51303 2.30232 2.21122 2.20544 2.28509 2.48448 2.66251 2.76152 + 10 1.72510 1.47154 0.926614 0.00000 0.00000 0.00000 0.00000 0.914156 1.45067 1.69996 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 14 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -8.73339 -8.74551 -8.76378 -8.78475 -8.80559 -8.82417 -8.83941 -8.85159 -8.86238 -8.87458 + 2 -8.71712 -8.78393 -9.02000 -9.30590 -9.61667 -9.87005 -9.86707 -9.67545 -9.42101 -8.93626 + 3 -8.72237 -8.95399 -9.31870 -9.84103 -10.6429 -11.8568 -11.5708 -10.6131 -9.96039 -8.99408 + 4 -8.73904 -8.92052 -9.22506 -9.62334 -10.1503 -10.7992 -10.7216 -10.2515 -9.85867 -9.02819 + 5 -8.76378 -8.79575 -8.94835 -9.13457 -9.33735 -9.50833 -9.54718 -9.48384 -9.37378 -9.03368 + 6 -8.79207 -8.63055 -8.68943 -8.77212 -8.85665 -8.92505 -8.96094 -8.96672 -8.95811 -9.02476 + 7 -8.82732 -8.53709 -8.55147 -8.59090 -8.63095 -8.66388 -8.68510 -8.69506 -8.71640 -9.01562 + 8 -8.87259 -8.56641 -8.57421 -8.60604 -8.63311 -8.65044 -8.65603 -8.65138 -8.66744 -9.01473 + 9 -8.92768 -8.72026 -8.76280 -8.82857 -8.86332 -8.87312 -8.85709 -8.80738 -8.77995 -9.02403 + 10 -8.98897 -9.00476 -9.02051 -9.03472 -9.04467 -9.05041 -9.05191 -9.04914 -9.04475 -9.04025 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 14 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -36.8645 -37.0351 -37.3539 -37.7729 -38.2138 -38.5697 -38.7358 -38.7331 -38.6609 -38.6028 + 2 -36.8326 -37.0943 -37.6087 -38.3457 -39.2195 -39.9990 -40.0824 -39.6826 -39.2748 -39.0401 + 3 -36.4037 -36.7951 -37.6293 -39.0328 -41.2702 -44.8876 -44.0372 -41.3370 -39.8676 -39.2129 + 4 -35.0541 -35.3719 -36.0249 -37.0471 -38.4821 -40.3568 -40.0937 -38.7503 -37.8730 -37.4430 + 5 -33.0618 -33.2380 -33.5786 -34.0519 -34.5884 -35.0447 -35.1369 -34.9545 -34.7387 -34.6070 + 6 -30.9689 -31.0528 -31.2097 -31.4154 -31.6316 -31.8083 -31.8988 -31.9104 -31.8860 -31.8637 + 7 -29.1191 -29.1574 -29.2288 -29.3213 -29.4188 -29.5041 -29.5645 -29.5984 -29.6131 -29.6179 + 8 -27.6720 -27.6899 -27.7239 -27.7685 -27.8169 -27.8623 -27.8995 -27.9263 -27.9431 -27.9514 + 9 -26.6910 -26.7005 -26.7185 -26.7427 -26.7698 -26.7964 -26.8198 -26.8383 -26.8509 -26.8576 + 10 -26.1980 -26.2045 -26.2167 -26.2331 -26.2518 -26.2707 -26.2880 -26.3021 -26.3121 -26.3172 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 14 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 14 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 5404968.9537 CSUB-CGELASTIC = 439.9502 CSUB + CSUB-ELASTIC = 1610966.7943 CSUB-ELASTIC = 3.2213 CSUB + CSUB-INELASTIC = 100185366.8096 CSUB-INELASTIC = 18706.8793 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 98644500.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4044509.5989 CHD = 217.0902 CHD_0 + + TOTAL IN = 209890312.1565 TOTAL IN = 46367.1410 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 142447500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 66650638.0224 CHD = 16367.1410 CHD_0 + + TOTAL OUT = 209890312.1546 TOTAL OUT = 46367.1410 + + IN - OUT = 1.8084E-03 IN - OUT = 4.6789E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 14 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 4.10335E+08 6.83892E+06 1.13982E+05 4749.2 13.003 + + +end timestep + + +start timestep kper="15" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 15 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 15 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="15" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="15" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="15" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="15" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="15" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 15 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 15 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 15 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 15 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 15 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 15 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 15 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.6637 17.2329 16.4162 15.8895 15.6162 15.5823 15.7904 16.2605 17.0349 17.4428 + 2 16.5471 15.9345 15.4089 15.0260 14.8076 14.7621 14.8924 15.1960 15.6584 16.2341 + 3 15.0348 14.4382 13.9791 13.6523 13.4559 13.3890 13.4525 13.6475 13.9812 14.4814 + 4 13.0534 12.5342 12.1623 11.9010 11.7331 11.6489 11.6398 11.6924 11.7840 11.8726 + 5 10.2820 10.1715 10.0340 9.90747 9.80944 9.74630 9.71738 9.71617 9.73097 9.74619 + 6 8.06918 8.03360 7.97757 7.91699 7.86384 7.82500 7.80242 7.79374 7.79361 7.79575 + 7 6.10241 6.07998 6.04194 5.99953 5.96393 5.94190 5.93513 5.94042 5.95034 5.95739 + 8 4.31756 4.27923 4.21408 4.14504 4.10009 4.08811 4.11009 4.15913 4.20938 4.23973 + 9 2.76797 2.66562 2.48138 2.27354 2.18362 2.17782 2.25626 2.45274 2.62820 2.72579 + 10 1.70085 1.45084 0.913569 0.00000 0.00000 0.00000 0.00000 0.901073 1.42991 1.67563 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 15 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -9.09904 -9.10843 -9.12475 -9.14456 -9.16501 -9.18401 -9.20044 -9.21458 -9.22804 -9.24361 + 2 -9.09650 -9.08701 -9.35832 -9.67975 -10.0208 -10.2946 -10.2890 -10.0764 -9.79135 -9.32133 + 3 -9.11780 -9.31078 -9.71487 -10.2835 -11.1403 -12.4122 -12.1142 -11.1055 -10.4034 -9.39686 + 4 -9.15181 -9.31465 -9.64808 -10.0792 -10.6427 -11.3264 -11.2458 -10.7503 -10.3297 -9.44915 + 5 -9.19423 -9.22360 -9.38728 -9.58885 -9.80703 -9.98983 -10.0316 -9.96428 -9.84675 -9.47240 + 6 -9.23972 -9.08112 -9.14257 -9.23194 -9.32321 -9.39690 -9.43555 -9.44192 -9.43409 -9.48014 + 7 -9.29108 -9.00688 -9.02052 -9.06353 -9.10714 -9.14286 -9.16574 -9.17650 -9.20128 -9.48611 + 8 -9.35092 -9.05522 -9.06227 -9.09724 -9.12696 -9.14581 -9.15167 -9.14642 -9.16508 -9.49843 + 9 -9.41874 -9.22956 -9.27517 -9.34671 -9.38458 -9.39522 -9.37769 -9.32371 -9.29449 -9.51889 + 10 -9.49077 -9.50874 -9.52615 -9.54152 -9.55218 -9.55816 -9.55943 -9.55596 -9.55036 -9.54413 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 15 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -38.3674 -38.5380 -38.8569 -39.2761 -39.7172 -40.0733 -40.2395 -40.2369 -40.1647 -40.1067 + 2 -38.3357 -38.5974 -39.1121 -39.8494 -40.7235 -41.5033 -41.5868 -41.1870 -40.7792 -40.5445 + 3 -37.9074 -38.2990 -39.1334 -40.5373 -42.7753 -46.3930 -45.5427 -42.8425 -41.3729 -40.7181 + 4 -36.5584 -36.8763 -37.5296 -38.5521 -39.9876 -41.8626 -41.5996 -40.2562 -39.3788 -38.9487 + 5 -34.5665 -34.7428 -35.0835 -35.5571 -36.0939 -36.5504 -36.6428 -36.4604 -36.2446 -36.1128 + 6 -32.4738 -32.5578 -32.7148 -32.9206 -33.1370 -33.3139 -33.4045 -33.4161 -33.3918 -33.3694 + 7 -30.6241 -30.6625 -30.7339 -30.8265 -30.9242 -31.0096 -31.0701 -31.1040 -31.1187 -31.1235 + 8 -29.1771 -29.1951 -29.2291 -29.2738 -29.3223 -29.3678 -29.4051 -29.4319 -29.4487 -29.4569 + 9 -28.1963 -28.2058 -28.2240 -28.2482 -28.2753 -28.3020 -28.3254 -28.3439 -28.3566 -28.3632 + 10 -27.7034 -27.7099 -27.7221 -27.7386 -27.7573 -27.7763 -27.7936 -27.8077 -27.8177 -27.8228 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 15 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 15 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 5562094.2345 CSUB-CGELASTIC = 423.8550 CSUB + CSUB-ELASTIC = 1612242.2990 CSUB-ELASTIC = 3.6603 CSUB + CSUB-INELASTIC = 106971958.1497 CSUB-INELASTIC = 18493.0263 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 108506250.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4126450.9013 CHD = 229.2678 CHD_0 + + TOTAL IN = 226778995.5845 TOTAL IN = 46149.8094 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 153405000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 72581821.4502 CHD = 16149.8094 CHD_0 + + TOTAL OUT = 226778995.5824 TOTAL OUT = 46149.8094 + + IN - OUT = 2.0950E-03 IN - OUT = 6.2200E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 15 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 4.41893E+08 7.36488E+06 1.22748E+05 5114.5 14.003 + + +end timestep + + +start timestep kper="16" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 16 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 16 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="16" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="16" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="16" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="16" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="16" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 16 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 16 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 16 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 16 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 16 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 16 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 16 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.5494 17.1186 16.3018 15.7751 15.5018 15.4677 15.6758 16.1459 16.9203 17.3281 + 2 16.4349 15.8223 15.2965 14.9135 14.6949 14.6494 14.7797 15.0832 15.5456 16.1213 + 3 14.9264 14.3298 13.8706 13.5437 13.3470 13.2800 13.3434 13.5384 13.8722 14.3725 + 4 12.9511 12.4319 12.0599 11.7984 11.6304 11.5461 11.5369 11.5896 11.6812 11.7698 + 5 10.1882 10.0777 9.94002 9.81346 9.71534 9.65210 9.62311 9.62187 9.63667 9.65190 + 6 7.98610 7.95053 7.89453 7.83397 7.78080 7.74191 7.71923 7.71045 7.71023 7.71234 + 7 6.03242 6.01013 5.97233 5.93014 5.89466 5.87259 5.86563 5.87063 5.88028 5.88717 + 8 4.26268 4.22484 4.16054 4.09236 4.04788 4.03588 4.05734 4.10548 4.15486 4.18470 + 9 2.72892 2.62810 2.44666 2.24195 2.15333 2.14753 2.22464 2.41796 2.59060 2.68665 + 10 1.67434 1.42822 0.899317 0.00000 0.00000 0.00000 0.00000 0.886790 1.40724 1.64907 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 16 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -9.53333 -9.54101 -9.55610 -9.57518 -9.59540 -9.61465 -9.63182 -9.64716 -9.66230 -9.67999 + 2 -9.53941 -9.45748 -9.75717 -10.1092 -10.4764 -10.7677 -10.7598 -10.5292 -10.2186 -9.76784 + 3 -9.57096 -9.72629 -10.1633 -10.7720 -11.6762 -12.9975 -12.6895 -11.6373 -10.8922 -9.85473 + 4 -9.61622 -9.76163 -10.1194 -10.5790 -11.1741 -11.8877 -11.8046 -11.2873 -10.8420 -9.91887 + 5 -9.67032 -9.69872 -9.87193 -10.0868 -10.3183 -10.5114 -10.5557 -10.4849 -10.3603 -9.95388 + 6 -9.72739 -9.57505 -9.63888 -9.73401 -9.83112 -9.90941 -9.95047 -9.95737 -9.94971 -9.97291 + 7 -9.78980 -9.51651 -9.52978 -9.57583 -9.62253 -9.66067 -9.68501 -9.69651 -9.72383 -9.98931 + 8 -9.85980 -9.58025 -9.58697 -9.62458 -9.65656 -9.67675 -9.68287 -9.67719 -9.69769 -10.0109 + 9 -9.93663 -9.77103 -9.81957 -9.89583 -9.93630 -9.94768 -9.92896 -9.87155 -9.84044 -10.0394 + 10 -10.0163 -10.0358 -10.0544 -10.0706 -10.0818 -10.0879 -10.0890 -10.0850 -10.0786 -10.0711 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 16 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -39.8103 -39.9809 -40.2999 -40.7193 -41.1606 -41.5168 -41.6831 -41.6806 -41.6085 -41.5504 + 2 -39.7790 -40.0407 -40.5556 -41.2932 -42.1676 -42.9476 -43.0312 -42.6314 -42.2236 -41.9889 + 3 -39.3516 -39.7431 -40.5779 -41.9822 -44.2205 -47.8385 -46.9884 -44.2881 -42.8183 -42.1635 + 4 -38.0035 -38.3215 -38.9750 -39.9979 -41.4336 -43.3089 -43.0461 -41.7027 -40.8252 -40.3949 + 5 -36.0124 -36.1888 -36.5298 -37.0035 -37.5406 -37.9973 -38.0897 -37.9074 -37.6916 -37.5597 + 6 -33.9205 -34.0046 -34.1617 -34.3677 -34.5842 -34.7612 -34.8519 -34.8636 -34.8393 -34.8168 + 7 -32.0716 -32.1100 -32.1815 -32.2742 -32.3720 -32.4575 -32.5180 -32.5519 -32.5667 -32.5715 + 8 -30.6252 -30.6433 -30.6773 -30.7221 -30.7707 -30.8162 -30.8535 -30.8804 -30.8971 -30.9054 + 9 -29.6448 -29.6544 -29.6726 -29.6969 -29.7241 -29.7508 -29.7743 -29.7927 -29.8054 -29.8120 + 10 -29.1521 -29.1586 -29.1709 -29.1874 -29.2061 -29.2251 -29.2425 -29.2566 -29.2666 -29.2717 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 16 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 16 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 5713655.3465 CSUB-CGELASTIC = 409.1696 CSUB + CSUB-ELASTIC = 1613657.7675 CSUB-ELASTIC = 4.0084 CSUB + CSUB-INELASTIC = 113675383.6149 CSUB-INELASTIC = 18256.7290 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 118368000.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4212958.7173 CHD = 241.9755 CHD_0 + + TOTAL IN = 243583655.4461 TOTAL IN = 45911.8824 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 164362500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 78428981.3115 CHD = 15911.8824 CHD_0 + + TOTAL OUT = 243583655.4437 TOTAL OUT = 45911.8824 + + IN - OUT = 2.3590E-03 IN - OUT = 6.6833E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 16 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 4.73450E+08 7.89084E+06 1.31514E+05 5479.8 15.003 + + +end timestep + + +start timestep kper="17" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 17 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 17 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="17" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="17" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="17" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="17" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="17" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 17 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 17 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 17 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 17 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 17 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 17 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 17 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.4257 16.9948 16.1780 15.6512 15.3778 15.3437 15.5518 16.0218 16.7962 17.2040 + 2 16.3133 15.7007 15.1749 14.7918 14.5731 14.5275 14.6577 14.9612 15.4237 15.9994 + 3 14.8093 14.2127 13.7534 13.4263 13.2294 13.1623 13.2257 13.4207 13.7546 14.2549 + 4 12.8408 12.3215 11.9494 11.6878 11.5196 11.4352 11.4260 11.4786 11.5703 11.6590 + 5 10.0870 9.97649 9.83881 9.71218 9.61399 9.55067 9.52162 9.52034 9.53513 9.55038 + 6 7.89670 7.86116 7.80520 7.74466 7.69149 7.65255 7.62978 7.62090 7.62060 7.62267 + 7 5.95725 5.93511 5.89756 5.85562 5.82028 5.79817 5.79101 5.79572 5.80508 5.81182 + 8 4.20384 4.16653 4.10314 4.03589 3.99192 3.97990 4.00080 4.04798 4.09644 4.12574 + 9 2.68716 2.58798 2.40951 2.20817 2.12093 2.11511 2.19082 2.38076 2.55041 2.64480 + 10 1.64606 1.40409 0.884110 0.00000 0.00000 0.00000 0.00000 0.871557 1.38306 1.62074 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 17 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -10.0196 -10.0262 -10.0405 -10.0591 -10.0792 -10.0987 -10.1163 -10.1324 -10.1486 -10.1677 + 2 -10.0312 -9.88303 -10.2054 -10.5836 -10.9734 -11.2798 -11.2701 -11.0240 -10.6921 -10.2621 + 3 -10.0693 -10.1895 -10.6539 -11.2973 -12.2425 -13.6058 -13.2893 -12.1999 -11.4176 -10.3564 + 4 -10.1219 -10.2512 -10.6295 -11.1137 -11.7362 -12.4753 -12.3902 -11.8542 -11.3869 -10.4282 + 5 -10.1836 -10.2116 -10.3930 -10.6194 -10.8625 -11.0644 -11.1110 -11.0372 -10.9058 -10.4709 + 6 -10.2482 -10.1033 -10.1693 -10.2694 -10.3716 -10.4539 -10.4971 -10.5044 -10.4964 -10.4972 + 7 -10.3179 -10.0573 -10.0706 -10.1192 -10.1686 -10.2088 -10.2344 -10.2466 -10.2757 -10.5204 + 8 -10.3945 -10.1332 -10.1400 -10.1799 -10.2138 -10.2351 -10.2415 -10.2355 -10.2572 -10.5481 + 9 -10.4772 -10.3368 -10.3882 -10.4683 -10.5109 -10.5229 -10.5033 -10.4432 -10.4101 -10.5817 + 10 -10.5618 -10.5823 -10.6016 -10.6184 -10.6298 -10.6361 -10.6371 -10.6328 -10.6259 -10.6176 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 17 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -41.1999 -41.3706 -41.6897 -42.1092 -42.5506 -42.9070 -43.0734 -43.0709 -42.9988 -42.9408 + 2 -41.1690 -41.4307 -41.9457 -42.6835 -43.5582 -44.3384 -44.4222 -44.0224 -43.6145 -43.3798 + 3 -40.7424 -41.1341 -41.9690 -43.3736 -45.6123 -49.2306 -48.3805 -45.6802 -44.2103 -43.5554 + 4 -39.3954 -39.7135 -40.3672 -41.3903 -42.8264 -44.7019 -44.4392 -43.0957 -42.2182 -41.7878 + 5 -37.4054 -37.5818 -37.9229 -38.3968 -38.9341 -39.3910 -39.4835 -39.3012 -39.0854 -38.9534 + 6 -35.3144 -35.3986 -35.5558 -35.7619 -35.9785 -36.1556 -36.2464 -36.2581 -36.2338 -36.2113 + 7 -33.4663 -33.5048 -33.5764 -33.6692 -33.7670 -33.8526 -33.9132 -33.9472 -33.9619 -33.9667 + 8 -32.0207 -32.0388 -32.0729 -32.1178 -32.1664 -32.2120 -32.2494 -32.2762 -32.2929 -32.3011 + 9 -31.0408 -31.0504 -31.0687 -31.0931 -31.1203 -31.1470 -31.1705 -31.1890 -31.2016 -31.2082 + 10 -30.5482 -30.5548 -30.5671 -30.5836 -30.6025 -30.6215 -30.6388 -30.6530 -30.6629 -30.6680 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 17 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 17 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 5860123.8279 CSUB-CGELASTIC = 395.6999 CSUB + CSUB-ELASTIC = 1615183.4767 CSUB-ELASTIC = 4.2811 CSUB + CSUB-INELASTIC = 120288475.6192 CSUB-INELASTIC = 18002.5909 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 128229750.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4304207.7425 CHD = 255.1282 CHD_0 + + TOTAL IN = 260297740.6664 TOTAL IN = 45657.7001 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 175320000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 84185566.5315 CHD = 15657.7001 CHD_0 + + TOTAL OUT = 260297740.6637 TOTAL OUT = 45657.7001 + + IN - OUT = 2.6455E-03 IN - OUT = 7.8615E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 17 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 5.05008E+08 8.41680E+06 1.40280E+05 5845.0 16.003 + + +end timestep + + +start timestep kper="18" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 18 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 18 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="18" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="18" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="18" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="18" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="18" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 18 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 18 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 18 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 18 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 18 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 18 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 18 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.2945 16.8637 16.0468 15.5200 15.2465 15.2124 15.4204 15.8904 16.6648 17.0726 + 2 16.1846 15.5720 15.0462 14.6629 14.4442 14.3984 14.5286 14.8321 15.2946 15.8703 + 3 14.6853 14.0887 13.6293 13.3021 13.1051 13.0378 13.1012 13.2963 13.6301 14.1305 + 4 12.7241 12.2047 11.8326 11.5709 11.4026 11.3181 11.3088 11.3615 11.4531 11.5419 + 5 9.98017 9.86965 9.73194 9.60526 9.50700 9.44362 9.41452 9.41320 9.42798 9.44323 + 6 7.80239 7.76688 7.71098 7.65049 7.59732 7.55833 7.53548 7.52649 7.52610 7.52814 + 7 5.87805 5.85607 5.81880 5.77712 5.74193 5.71980 5.71244 5.71683 5.72590 5.73246 + 8 4.14195 4.10520 4.04276 3.97648 3.93306 3.92102 3.94134 3.98752 4.03500 4.06374 + 9 2.64329 2.54584 2.37050 2.17267 2.08689 2.08107 2.15529 2.34169 2.50820 2.60087 + 10 1.61640 1.37878 0.868160 0.00000 0.00000 0.00000 0.00000 0.855586 1.35772 1.59103 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 18 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -10.5453 -10.5512 -10.5651 -10.5834 -10.6034 -10.6230 -10.6409 -10.6576 -10.6745 -10.6944 + 2 -10.5602 -10.3532 -10.6935 -11.0944 -11.5036 -11.8230 -11.8116 -11.5522 -11.2027 -10.7930 + 3 -10.6025 -10.6909 -11.1781 -11.8516 -12.8321 -14.2312 -13.9077 -12.7864 -11.9718 -10.8919 + 4 -10.6597 -10.7746 -11.1703 -11.6757 -12.3219 -13.0830 -12.9962 -12.4441 -11.9573 -10.9686 + 5 -10.7261 -10.7542 -10.9427 -11.1790 -11.4322 -11.6418 -11.6903 -11.6139 -11.4761 -11.0161 + 6 -10.7955 -10.6582 -10.7264 -10.8308 -10.9373 -11.0231 -11.0681 -11.0758 -11.0670 -11.0469 + 7 -10.8695 -10.6220 -10.6356 -10.6864 -10.7381 -10.7802 -10.8069 -10.8197 -10.8498 -11.0742 + 8 -10.9501 -10.7073 -10.7145 -10.7562 -10.7917 -10.8141 -10.8207 -10.8146 -10.8367 -11.1055 + 9 -11.0363 -10.9204 -10.9746 -11.0577 -11.1021 -11.1147 -11.0943 -11.0322 -10.9970 -11.1420 + 10 -11.1237 -11.1447 -11.1645 -11.1815 -11.1931 -11.1995 -11.2005 -11.1961 -11.1888 -11.1802 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 18 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -42.5416 -42.7123 -43.0315 -43.4510 -43.8926 -44.2491 -44.4156 -44.4132 -44.3411 -44.2831 + 2 -42.5110 -42.7727 -43.2878 -44.0258 -44.9007 -45.6811 -45.7649 -45.3652 -44.9573 -44.7226 + 3 -42.0852 -42.4769 -43.3120 -44.7168 -46.9558 -50.5743 -49.7244 -47.0240 -45.5541 -44.8991 + 4 -40.7391 -41.0572 -41.7111 -42.7345 -44.1708 -46.0465 -45.7839 -44.4404 -43.5628 -43.1324 + 5 -38.7500 -38.9266 -39.2678 -39.7419 -40.2793 -40.7363 -40.8289 -40.6466 -40.4308 -40.2987 + 6 -36.6600 -36.7442 -36.9015 -37.1077 -37.3245 -37.5017 -37.5925 -37.6043 -37.5799 -37.5574 + 7 -34.8127 -34.8513 -34.9229 -35.0158 -35.1137 -35.1994 -35.2600 -35.2940 -35.3087 -35.3134 + 8 -33.3677 -33.3859 -33.4201 -33.4650 -33.5137 -33.5594 -33.5967 -33.6236 -33.6403 -33.6484 + 9 -32.3883 -32.3980 -32.4163 -32.4408 -32.4681 -32.4948 -32.5183 -32.5368 -32.5494 -32.5559 + 10 -31.8959 -31.9025 -31.9149 -31.9314 -31.9503 -31.9693 -31.9867 -32.0008 -32.0108 -32.0159 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 18 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 18 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6001906.9475 CSUB-CGELASTIC = 383.2814 CSUB + CSUB-ELASTIC = 1616794.7823 CSUB-ELASTIC = 4.4913 CSUB + CSUB-INELASTIC = 126805585.5896 CSUB-INELASTIC = 17734.4892 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 138091500.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4400343.1481 CHD = 268.6469 CHD_0 + + TOTAL IN = 276916130.4675 TOTAL IN = 45390.9088 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 186277500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 89846456.3323 CHD = 15390.9088 CHD_0 + + TOTAL OUT = 276916130.4645 TOTAL OUT = 45390.9088 + + IN - OUT = 2.9830E-03 IN - OUT = 7.3450E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 18 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 5.36566E+08 8.94276E+06 1.49046E+05 6210.2 17.003 + + +end timestep + + +start timestep kper="19" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 19 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 19 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="19" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="19" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="19" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="19" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="19" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 19 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 19 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 19 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 19 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 19 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 19 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 19 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.1578 16.7269 15.9100 15.3832 15.1097 15.0755 15.2835 15.7534 16.5278 16.9356 + 2 16.0504 15.4378 14.9119 14.5286 14.3097 14.2639 14.3941 14.6976 15.1601 15.7358 + 3 14.5561 13.9595 13.5001 13.1727 12.9756 12.9083 12.9716 13.1667 13.5006 14.0009 + 4 12.6025 12.0832 11.7110 11.4492 11.2808 11.1962 11.1869 11.2396 11.3313 11.4201 + 5 9.86902 9.75849 9.62076 9.49404 9.39573 9.33229 9.30314 9.30179 9.31655 9.33182 + 6 7.70435 7.66888 7.61303 7.55259 7.49944 7.46042 7.43748 7.42839 7.42791 7.42991 + 7 5.79580 5.77399 5.73699 5.69561 5.66057 5.63841 5.63085 5.63492 5.64368 5.65008 + 8 4.07773 4.04156 3.98010 3.91484 3.87198 3.85993 3.87966 3.92480 3.97128 3.99943 + 9 2.59782 2.50216 2.33006 2.13588 2.05162 2.04578 2.11848 2.30121 2.46447 2.55534 + 10 1.58569 1.35257 0.851646 0.00000 0.00000 0.00000 0.00000 0.839054 1.33148 1.56028 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 19 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -11.1005 -11.1060 -11.1196 -11.1378 -11.1578 -11.1775 -11.1956 -11.2126 -11.2299 -11.2504 + 2 -11.1174 -10.8591 -11.2136 -11.6338 -12.0598 -12.3903 -12.3776 -12.1068 -11.7427 -11.3515 + 3 -11.1621 -11.2228 -11.7289 -12.4283 -13.4393 -14.8689 -14.5395 -13.3910 -12.5485 -11.4533 + 4 -11.2219 -11.3247 -11.7349 -12.2588 -12.9254 -13.7052 -13.6172 -13.0512 -12.5471 -11.5328 + 5 -11.2911 -11.3197 -11.5144 -11.7593 -12.0212 -12.2375 -12.2876 -12.2089 -12.0653 -11.5829 + 6 -11.3629 -11.2334 -11.3036 -11.4117 -11.5221 -11.6108 -11.6574 -11.6656 -11.6557 -11.6162 + 7 -11.4393 -11.2046 -11.2187 -11.2715 -11.3251 -11.3688 -11.3965 -11.4099 -11.4404 -11.6456 + 8 -11.5219 -11.2966 -11.3046 -11.3478 -11.3847 -11.4079 -11.4149 -11.4087 -11.4308 -11.6786 + 9 -11.6097 -11.5166 -11.5734 -11.6589 -11.7047 -11.7178 -11.6969 -11.6332 -11.5959 -11.7164 + 10 -11.6984 -11.7197 -11.7396 -11.7567 -11.7684 -11.7748 -11.7759 -11.7715 -11.7642 -11.7554 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 19 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -43.8395 -44.0103 -44.3295 -44.7492 -45.1909 -45.5475 -45.7140 -45.7116 -45.6396 -45.5816 + 2 -43.8092 -44.0709 -44.5861 -45.3243 -46.1993 -46.9799 -47.0638 -46.6640 -46.2561 -46.0215 + 3 -43.3841 -43.7758 -44.6110 -46.0161 -48.2553 -51.8741 -51.0241 -48.3237 -46.8537 -46.1987 + 4 -42.0388 -42.3569 -43.0110 -44.0346 -45.4711 -47.3469 -47.0844 -45.7409 -44.8632 -44.4327 + 5 -40.0505 -40.2271 -40.5684 -41.0427 -41.5802 -42.0374 -42.1301 -41.9478 -41.7319 -41.5998 + 6 -37.9613 -38.0455 -38.2029 -38.4092 -38.6261 -38.8034 -38.8943 -38.9060 -38.8816 -38.8591 + 7 -36.1147 -36.1533 -36.2250 -36.3180 -36.4159 -36.5016 -36.5623 -36.5963 -36.6110 -36.6157 + 8 -34.6702 -34.6885 -34.7227 -34.7677 -34.8165 -34.8621 -34.8995 -34.9264 -34.9431 -34.9512 + 9 -33.6912 -33.7009 -33.7193 -33.7438 -33.7711 -33.7979 -33.8214 -33.8398 -33.8524 -33.8589 + 10 -33.1989 -33.2055 -33.2179 -33.2345 -33.2534 -33.2724 -33.2898 -33.3039 -33.3139 -33.3190 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 19 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 19 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6139357.2876 CSUB-CGELASTIC = 371.7738 CSUB + CSUB-ELASTIC = 1618471.2498 CSUB-ELASTIC = 4.6497 CSUB + CSUB-INELASTIC = 133222343.2998 CSUB-INELASTIC = 17455.6846 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 147953250.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4501481.7526 CHD = 282.4550 CHD_0 + + TOTAL IN = 293434903.5897 TOTAL IN = 45114.5631 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 197235000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 95407729.4543 CHD = 15114.5631 CHD_0 + + TOTAL OUT = 293434903.5865 TOTAL OUT = 45114.5631 + + IN - OUT = 3.2824E-03 IN - OUT = 6.9941E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 19 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 5.68123E+08 9.46872E+06 1.57812E+05 6575.5 18.003 + + +end timestep + + +start timestep kper="20" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 20 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 20 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="20" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="20" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="20" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="20" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="20" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 20 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 20 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 20 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 20 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 20 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 20 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 20 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.0168 16.5860 15.7691 15.2422 14.9686 14.9344 15.1423 15.6123 16.3866 16.7945 + 2 15.9121 15.2995 14.7736 14.3902 14.1713 14.1254 14.2555 14.5591 15.0215 15.5972 + 3 14.4231 13.8264 13.3669 13.0395 12.8423 12.7749 12.8382 13.0333 13.3672 13.8676 + 4 12.4774 11.9581 11.5858 11.3240 11.1555 11.0708 11.0615 11.1142 11.2059 11.2947 + 5 9.75466 9.64413 9.50638 9.37964 9.28129 9.21781 9.18861 9.18722 9.20197 9.21723 + 6 7.60356 7.56812 7.51234 7.45196 7.39883 7.35978 7.33676 7.32757 7.32699 7.32895 + 7 5.71129 5.68965 5.65295 5.61186 5.57700 5.55482 5.54704 5.55079 5.55924 5.56545 + 8 4.01179 3.97622 3.91579 3.85156 3.80929 3.79722 3.81635 3.86043 3.90587 3.93342 + 9 2.55117 2.45735 2.28858 2.09815 2.01543 2.00959 2.08073 2.25970 2.41962 2.50865 + 10 1.55420 1.32570 0.834718 0.00000 0.00000 0.00000 0.00000 0.822112 1.30459 1.52877 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 20 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -11.6775 -11.6828 -11.6963 -11.7144 -11.7344 -11.7542 -11.7725 -11.7896 -11.8072 -11.8280 + 2 -11.6953 -11.3932 -11.7589 -12.1957 -12.6361 -12.9762 -12.9624 -12.6818 -12.3056 -11.9304 + 3 -11.7411 -11.7783 -12.3001 -13.0219 -14.0592 -15.5148 -15.1806 -14.0087 -13.1420 -12.0337 + 4 -11.8022 -11.8951 -12.3176 -12.8574 -13.5418 -14.3376 -14.2485 -13.6706 -13.1513 -12.1147 + 5 -11.8725 -11.9026 -12.1025 -12.3550 -12.6244 -12.8464 -12.8981 -12.8174 -12.6682 -12.1660 + 6 -11.9455 -11.8235 -11.8957 -12.0070 -12.1207 -12.2121 -12.2600 -12.2685 -12.2572 -12.2002 + 7 -12.0227 -11.8000 -11.8148 -11.8692 -11.9246 -11.9696 -11.9982 -12.0121 -12.0426 -12.2302 + 8 -12.1059 -11.8965 -11.9055 -11.9499 -11.9880 -12.0120 -12.0192 -12.0130 -12.0348 -12.2635 + 9 -12.1940 -12.1208 -12.1802 -12.2674 -12.3144 -12.3279 -12.3067 -12.2419 -12.2025 -12.3013 + 10 -12.2828 -12.3041 -12.3240 -12.3410 -12.3528 -12.3592 -12.3603 -12.3561 -12.3489 -12.3402 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 20 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -45.0973 -45.2681 -45.5874 -46.0071 -46.4489 -46.8056 -46.9722 -46.9698 -46.8978 -46.8398 + 2 -45.0671 -45.3288 -45.8441 -46.5825 -47.4577 -48.2384 -48.3223 -47.9226 -47.5147 -47.2800 + 3 -44.6426 -45.0343 -45.8697 -47.2750 -49.5144 -53.1333 -52.2834 -49.5830 -48.1129 -47.4578 + 4 -43.2979 -43.6161 -44.2703 -45.2941 -46.7308 -48.6068 -48.3443 -47.0008 -46.1230 -45.6925 + 5 -41.3103 -41.4870 -41.8284 -42.3027 -42.8404 -43.2976 -43.3904 -43.2081 -42.9922 -42.8601 + 6 -39.2217 -39.3060 -39.4634 -39.6698 -39.8868 -40.0641 -40.1550 -40.1668 -40.1424 -40.1198 + 7 -37.3756 -37.4142 -37.4860 -37.5790 -37.6771 -37.7628 -37.8235 -37.8575 -37.8722 -37.8768 + 8 -35.9316 -35.9499 -35.9842 -36.0292 -36.0780 -36.1237 -36.1611 -36.1879 -36.2046 -36.2127 + 9 -34.9528 -34.9625 -34.9810 -35.0055 -35.0329 -35.0597 -35.0832 -35.1016 -35.1141 -35.1206 + 10 -34.4605 -34.4672 -34.4795 -34.4962 -34.5151 -34.5341 -34.5515 -34.5656 -34.5756 -34.5807 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 20 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 20 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6272780.8663 CSUB-CGELASTIC = 361.0577 CSUB + CSUB-ELASTIC = 1620195.9267 CSUB-ELASTIC = 4.7651 CSUB + CSUB-INELASTIC = 139535452.5829 CSUB-INELASTIC = 17168.9150 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 157815000.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4607713.1872 CHD = 296.4797 CHD_0 + + TOTAL IN = 309851142.5631 TOTAL IN = 44831.2175 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 208192500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 100866468.4273 CHD = 14831.2175 CHD_0 + + TOTAL OUT = 309851142.5595 TOTAL OUT = 44831.2175 + + IN - OUT = 3.6362E-03 IN - OUT = 9.1451E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 20 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 5.99681E+08 9.99468E+06 1.66578E+05 6940.8 19.003 + + +end timestep + + +start timestep kper="21" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 21 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 21 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="21" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="21" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="21" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="21" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="21" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 21 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 21 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 21 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 21 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 21 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 21 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 21 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 16.8729 16.4420 15.6251 15.0982 14.8246 14.7903 14.9983 15.4682 16.2425 16.6504 + 2 15.7709 15.1583 14.6324 14.2489 14.0299 13.9840 14.1141 14.4176 14.8801 15.4558 + 3 14.2873 13.6906 13.2311 12.9036 12.7063 12.6388 12.7021 12.8972 13.2311 13.7315 + 4 12.3498 11.8304 11.4581 11.1962 11.0277 10.9430 10.9336 10.9862 11.0780 11.1668 + 5 9.63804 9.52751 9.38975 9.26299 9.16460 9.10108 9.07184 9.07042 9.08515 9.10042 + 6 7.50081 7.46542 7.40971 7.34940 7.29630 7.25721 7.23412 7.22482 7.22415 7.22606 + 7 5.62519 5.60374 5.56734 5.52655 5.49187 5.46967 5.46168 5.46510 5.47323 5.47926 + 8 3.94466 3.90970 3.85030 3.78714 3.74547 3.73339 3.75190 3.79489 3.83929 3.86623 + 9 2.50371 2.41177 2.24637 2.05976 1.97862 1.97277 2.04231 2.21747 2.37400 2.46115 + 10 1.52218 1.29838 0.817502 0.00000 0.00000 0.00000 0.00000 0.804883 1.27724 1.49672 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 21 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -12.2699 -12.2753 -12.2887 -12.3069 -12.3269 -12.3467 -12.3651 -12.3823 -12.4000 -12.4209 + 2 -12.2879 -11.9492 -12.3235 -12.7746 -13.2274 -13.5758 -13.5610 -13.2720 -12.8859 -12.5239 + 3 -12.3340 -12.3518 -12.8867 -13.6278 -14.6879 -16.1656 -15.8272 -14.6354 -13.7479 -12.6277 + 4 -12.3953 -12.4807 -12.9135 -13.4672 -14.1669 -14.9765 -14.8865 -14.2984 -13.7656 -12.7090 + 5 -12.4658 -12.4980 -12.7025 -12.9614 -13.2374 -13.4644 -13.5173 -13.4349 -13.2807 -12.7604 + 6 -12.5386 -12.4242 -12.4982 -12.6123 -12.7288 -12.8225 -12.8716 -12.8803 -12.8676 -12.7944 + 7 -12.6155 -12.4040 -12.4197 -12.4755 -12.5323 -12.5785 -12.6079 -12.6223 -12.6524 -12.8240 + 8 -12.6983 -12.5031 -12.5132 -12.5586 -12.5976 -12.6223 -12.6298 -12.6237 -12.6448 -12.8566 + 9 -12.7858 -12.7296 -12.7913 -12.8798 -12.9276 -12.9415 -12.9201 -12.8547 -12.8133 -12.8936 + 10 -12.8738 -12.8950 -12.9147 -12.9316 -12.9433 -12.9498 -12.9510 -12.9469 -12.9400 -12.9315 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 21 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -46.3179 -46.4887 -46.8080 -47.2278 -47.6697 -48.0264 -48.1931 -48.1908 -48.1188 -48.0608 + 2 -46.2879 -46.5496 -47.0649 -47.8034 -48.6787 -49.4595 -49.5435 -49.1438 -48.7359 -48.5012 + 3 -45.8637 -46.2554 -47.0909 -48.4964 -50.7360 -54.3550 -53.5052 -50.8047 -49.3346 -48.6795 + 4 -44.5195 -44.8378 -45.4921 -46.5160 -47.9528 -49.8290 -49.5665 -48.2230 -47.3452 -46.9146 + 5 -42.5324 -42.7091 -43.0506 -43.5251 -44.0628 -44.5202 -44.6130 -44.4307 -44.2147 -44.0826 + 6 -40.4442 -40.5285 -40.6860 -40.8925 -41.1095 -41.2869 -41.3779 -41.3897 -41.3653 -41.3427 + 7 -38.5985 -38.6372 -38.7090 -38.8020 -38.9001 -38.9859 -39.0466 -39.0806 -39.0953 -39.0999 + 8 -37.1547 -37.1730 -37.2074 -37.2524 -37.3013 -37.3470 -37.3844 -37.4112 -37.4279 -37.4359 + 9 -36.1760 -36.1858 -36.2043 -36.2289 -36.2563 -36.2831 -36.3066 -36.3250 -36.3375 -36.3440 + 10 -35.6838 -35.6904 -35.7029 -35.7195 -35.7384 -35.7575 -35.7749 -35.7890 -35.7989 -35.8041 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 21 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 21 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6402444.0543 CSUB-CGELASTIC = 351.0313 CSUB + CSUB-ELASTIC = 1621954.7449 CSUB-ELASTIC = 4.8448 CSUB + CSUB-INELASTIC = 145742518.0352 CSUB-INELASTIC = 16876.4745 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 167676750.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4719101.6661 CHD = 310.6538 CHD_0 + + TOTAL IN = 326162768.5005 TOTAL IN = 44543.0044 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 219150000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 106220594.3643 CHD = 14543.0044 CHD_0 + + TOTAL OUT = 326162768.4965 TOTAL OUT = 44543.0044 + + IN - OUT = 3.9902E-03 IN - OUT = 8.4918E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 21 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 6.31238E+08 1.05206E+07 1.75344E+05 7306.0 20.003 + + +end timestep + + +start timestep kper="22" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 22 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 22 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="22" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="22" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="22" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="22" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="22" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 22 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 22 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 22 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 22 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 22 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 22 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 22 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 16.7270 16.2961 15.4792 14.9522 14.6786 14.6443 14.8522 15.3222 16.0965 16.5043 + 2 15.6278 15.0152 14.4892 14.1057 13.8867 13.8407 13.9708 14.2743 14.7368 15.3124 + 3 14.1497 13.5530 13.0934 12.7658 12.5685 12.5009 12.5641 12.7593 13.0932 13.5937 + 4 12.2205 11.7011 11.3288 11.0668 10.8982 10.8134 10.8040 10.8567 10.9484 11.0373 + 5 9.51992 9.40939 9.27163 9.14486 9.04645 8.98288 8.95361 8.95216 8.96687 8.98214 + 6 7.39679 7.36144 7.30581 7.24557 7.19250 7.15340 7.13023 7.12082 7.12006 7.12192 + 7 5.53806 5.51679 5.48071 5.44023 5.40572 5.38351 5.37531 5.37840 5.38621 5.39205 + 8 3.87676 3.84242 3.78407 3.72199 3.68092 3.66883 3.68671 3.72862 3.77196 3.79827 + 9 2.45572 2.36568 2.20371 2.02095 1.94141 1.93555 2.00349 2.17478 2.32788 2.41313 + 10 1.48981 1.27076 0.800103 0.00000 0.00000 0.00000 0.00000 0.787473 1.24960 1.46433 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 22 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -12.8729 -12.8783 -12.8918 -12.9101 -12.9302 -12.9500 -12.9684 -12.9857 -13.0034 -13.0243 + 2 -12.8905 -12.5216 -12.9026 -13.3659 -13.8295 -14.1850 -14.1694 -13.8732 -13.4789 -13.1272 + 3 -12.9362 -12.9385 -13.4842 -14.2421 -15.3217 -16.8183 -16.4765 -15.2677 -14.3621 -13.2308 + 4 -12.9970 -13.0772 -13.5187 -14.0843 -14.7972 -15.6186 -15.5280 -14.9310 -14.3864 -13.3117 + 5 -13.0667 -13.1019 -13.3105 -13.5750 -13.8566 -14.0880 -14.1420 -14.0580 -13.8990 -13.3624 + 6 -13.1387 -13.0316 -13.1073 -13.2239 -13.3429 -13.4385 -13.4887 -13.4976 -13.4833 -13.3954 + 7 -13.2145 -13.0131 -13.0298 -13.0867 -13.1448 -13.1921 -13.2222 -13.2369 -13.2665 -13.4238 + 8 -13.2960 -13.1131 -13.1243 -13.1705 -13.2104 -13.2356 -13.2434 -13.2374 -13.2578 -13.4549 + 9 -13.3821 -13.3399 -13.4037 -13.4931 -13.5416 -13.5557 -13.5343 -13.4685 -13.4254 -13.4904 + 10 -13.4689 -13.4897 -13.5092 -13.5259 -13.5375 -13.5440 -13.5454 -13.5415 -13.5349 -13.5267 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 22 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -47.5039 -47.6747 -47.9940 -48.4139 -48.8558 -49.2126 -49.3793 -49.3770 -49.3050 -49.2471 + 2 -47.4739 -47.7356 -48.2510 -48.9896 -49.8650 -50.6459 -50.7300 -50.3302 -49.9223 -49.6877 + 3 -47.0500 -47.4418 -48.2774 -49.6830 -51.9227 -55.5419 -54.6921 -51.9916 -50.5215 -49.8663 + 4 -45.7062 -46.0245 -46.6789 -47.7029 -49.1399 -51.0161 -50.7537 -49.4103 -48.5324 -48.1017 + 5 -43.7194 -43.8961 -44.2377 -44.7122 -45.2501 -45.7075 -45.8004 -45.6181 -45.4021 -45.2699 + 6 -41.6314 -41.7158 -41.8734 -42.0799 -42.2970 -42.4744 -42.5654 -42.5772 -42.5528 -42.5302 + 7 -39.7859 -39.8246 -39.8965 -39.9896 -40.0877 -40.1735 -40.2343 -40.2683 -40.2830 -40.2876 + 8 -38.3423 -38.3606 -38.3950 -38.4401 -38.4890 -38.5347 -38.5722 -38.5990 -38.6156 -38.6236 + 9 -37.3637 -37.3735 -37.3920 -37.4166 -37.4440 -37.4708 -37.4944 -37.5128 -37.5253 -37.5317 + 10 -36.8714 -36.8780 -36.8905 -36.9071 -36.9261 -36.9452 -36.9625 -36.9767 -36.9866 -36.9917 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 22 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 22 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6528579.4686 CSUB-CGELASTIC = 341.6083 CSUB + CSUB-ELASTIC = 1623736.0316 CSUB-ELASTIC = 4.8949 CSUB + CSUB-INELASTIC = 151841898.1638 CSUB-INELASTIC = 16580.2815 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 177538500.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4835688.2421 CHD = 324.9164 CHD_0 + + TOTAL IN = 342368401.9060 TOTAL IN = 44251.7011 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 230107500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 111468727.7695 CHD = 14251.7011 CHD_0 + + TOTAL OUT = 342368401.9017 TOTAL OUT = 44251.7011 + + IN - OUT = 4.2928E-03 IN - OUT = 8.0065E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 22 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 6.62796E+08 1.10466E+07 1.84110E+05 7671.2 21.003 + + +end timestep + + +start timestep kper="23" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 23 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 23 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="23" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="23" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="23" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="23" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="23" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 23 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 23 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 23 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 23 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 23 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 23 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 23 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 16.5799 16.1490 15.3321 14.8051 14.5314 14.4971 14.7050 15.1750 15.9493 16.3571 + 2 15.4835 14.8709 14.3449 13.9614 13.7423 13.6963 13.8263 14.1299 14.5923 15.1680 + 3 14.0109 13.4143 12.9546 12.6270 12.4296 12.3620 12.4252 12.6203 12.9543 13.4548 + 4 12.0902 11.5708 11.1984 10.9364 10.7678 10.6830 10.6736 10.7262 10.8179 10.9068 + 5 9.40095 9.29042 9.15266 9.02588 8.92745 8.86386 8.83455 8.83306 8.84776 8.86302 + 6 7.29205 7.25675 7.20120 7.14104 7.08800 7.04888 7.02563 7.01612 7.01527 7.01708 + 7 5.45036 5.42928 5.39351 5.35335 5.31902 5.29680 5.28839 5.29114 5.29863 5.30428 + 8 3.80844 3.77472 3.71744 3.65644 3.61598 3.60388 3.62114 3.66195 3.70422 3.72990 + 9 2.40746 2.31932 2.16080 1.98192 1.90399 1.89813 1.96445 2.13185 2.28150 2.36484 + 10 1.45727 1.24299 0.782608 0.00000 0.00000 0.00000 0.00000 0.769969 1.22182 1.43177 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 23 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -13.4823 -13.4879 -13.5015 -13.5199 -13.5400 -13.5599 -13.5784 -13.5956 -13.6133 -13.6341 + 2 -13.4991 -13.1059 -13.4922 -13.9660 -14.4387 -14.8004 -14.7840 -14.4817 -14.0806 -13.7364 + 3 -13.5439 -13.5344 -14.0892 -14.8614 -15.9580 -17.4707 -17.1260 -15.9026 -14.9813 -13.8393 + 4 -13.6036 -13.6807 -14.1297 -14.7056 -15.4300 -16.2615 -16.1703 -15.5658 -15.0106 -13.9192 + 5 -13.6722 -13.7109 -13.9231 -14.1925 -14.4789 -14.7141 -14.7691 -14.6838 -14.5204 -13.9686 + 6 -13.7426 -13.6427 -13.7201 -13.8387 -13.9599 -14.0571 -14.1083 -14.1174 -14.1014 -14.0001 + 7 -13.8167 -13.6245 -13.6421 -13.7001 -13.7593 -13.8075 -13.8382 -13.8533 -13.8820 -14.0266 + 8 -13.8963 -13.7239 -13.7362 -13.7831 -13.8236 -13.8493 -13.8574 -13.8516 -13.8710 -14.0558 + 9 -13.9806 -13.9495 -14.0150 -14.1049 -14.1538 -14.1682 -14.1469 -14.0811 -14.0364 -14.0893 + 10 -14.0656 -14.0861 -14.1052 -14.1217 -14.1331 -14.1397 -14.1412 -14.1377 -14.1314 -14.1237 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 23 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -48.6574 -48.8282 -49.1476 -49.5675 -50.0095 -50.3663 -50.5331 -50.5308 -50.4588 -50.4009 + 2 -48.6275 -48.8891 -49.4046 -50.1433 -51.0188 -51.7998 -51.8839 -51.4842 -51.0762 -50.8416 + 3 -48.2038 -48.5955 -49.4312 -50.8370 -53.0768 -56.6961 -55.8464 -53.1459 -51.6756 -51.0204 + 4 -46.8601 -47.1785 -47.8330 -48.8571 -50.2942 -52.1705 -51.9082 -50.5647 -49.6868 -49.2561 + 5 -44.8735 -45.0503 -45.3919 -45.8666 -46.4045 -46.8620 -46.9549 -46.7726 -46.5566 -46.4244 + 6 -42.7857 -42.8701 -43.0277 -43.2343 -43.4514 -43.6289 -43.7200 -43.7318 -43.7073 -43.6847 + 7 -40.9402 -40.9790 -41.0509 -41.1440 -41.2422 -41.3280 -41.3888 -41.4228 -41.4375 -41.4420 + 8 -39.4966 -39.5150 -39.5494 -39.5945 -39.6434 -39.6892 -39.7266 -39.7535 -39.7701 -39.7781 + 9 -38.5179 -38.5278 -38.5464 -38.5710 -38.5984 -38.6252 -38.6488 -38.6672 -38.6797 -38.6860 + 10 -38.0256 -38.0323 -38.0447 -38.0614 -38.0803 -38.0994 -38.1168 -38.1310 -38.1409 -38.1460 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 23 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 23 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6651390.9890 CSUB-CGELASTIC = 332.7149 CSUB + CSUB-ELASTIC = 1625530.1078 CSUB-ELASTIC = 4.9204 CSUB + CSUB-INELASTIC = 157832581.0757 CSUB-INELASTIC = 16281.9366 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 187400250.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4957493.3075 CHD = 339.2139 CHD_0 + + TOTAL IN = 358467245.4800 TOTAL IN = 43958.7858 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 241065000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 116610071.3431 CHD = 13958.7858 CHD_0 + + TOTAL OUT = 358467245.4753 TOTAL OUT = 43958.7858 + + IN - OUT = 4.6439E-03 IN - OUT = 7.8767E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 23 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 6.94354E+08 1.15726E+07 1.92876E+05 8036.5 22.003 + + +end timestep + + +start timestep kper="24" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 24 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 24 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="24" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="24" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="24" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="24" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="24" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 24 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 24 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 24 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 24 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 24 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 24 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 24 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 16.4323 16.0015 15.1845 14.6575 14.3838 14.3495 14.5574 15.0273 15.8016 16.2094 + 2 15.3387 14.7262 14.2001 13.8165 13.5974 13.5514 13.6814 13.9850 14.4474 15.0231 + 3 13.8718 13.2751 12.8155 12.4878 12.2903 12.2226 12.2859 12.4810 12.8150 13.3155 + 4 11.9595 11.4401 11.0677 10.8057 10.6370 10.5521 10.5427 10.5953 10.6871 10.7760 + 5 9.28166 9.17113 9.03338 8.90659 8.80815 8.74453 8.71519 8.71367 8.72835 8.74361 + 6 7.18706 7.15180 7.09633 7.03625 6.98326 6.94412 6.92080 6.91118 6.91023 6.91199 + 7 5.36247 5.34158 5.30613 5.26628 5.23215 5.20991 5.20130 5.20371 5.21087 5.21633 + 8 3.73999 3.70691 3.65068 3.59078 3.55093 3.53882 3.55546 3.59516 3.63636 3.66141 + 9 2.35912 2.27290 2.11784 1.94283 1.86652 1.86065 1.92535 2.08886 2.23505 2.31648 + 10 1.42468 1.21518 0.765090 0.00000 0.00000 0.00000 0.00000 0.752443 1.19400 1.39916 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 24 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -14.0949 -14.1007 -14.1145 -14.1330 -14.1532 -14.1731 -14.1916 -14.2087 -14.2263 -14.2469 + 2 -14.1106 -13.6984 -14.0887 -14.5714 -15.0521 -15.4190 -15.4021 -15.0945 -14.6877 -14.3484 + 3 -14.1542 -14.1361 -14.6984 -15.4832 -16.5943 -18.1207 -17.7737 -16.5377 -15.6029 -14.4503 + 4 -14.2125 -14.2883 -14.7436 -15.3285 -16.0627 -16.9029 -16.8113 -16.2002 -15.6357 -14.5287 + 5 -14.2793 -14.3224 -14.5377 -14.8112 -15.1020 -15.3404 -15.3962 -15.3097 -15.1424 -14.5764 + 6 -14.3478 -14.2548 -14.3338 -14.4542 -14.5772 -14.6760 -14.7280 -14.7372 -14.7195 -14.6058 + 7 -14.4197 -14.2356 -14.2544 -14.3132 -14.3733 -14.4223 -14.4535 -14.4689 -14.4968 -14.6301 + 8 -14.4971 -14.3332 -14.3466 -14.3940 -14.4350 -14.4611 -14.4696 -14.4640 -14.4825 -14.6569 + 9 -14.5791 -14.5562 -14.6232 -14.7133 -14.7625 -14.7771 -14.7560 -14.6904 -14.6444 -14.6880 + 10 -14.6620 -14.6820 -14.7007 -14.7169 -14.7283 -14.7348 -14.7365 -14.7333 -14.7274 -14.7202 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 24 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -49.7803 -49.9512 -50.2706 -50.6906 -51.1326 -51.4895 -51.6562 -51.6540 -51.5820 -51.5241 + 2 -49.7505 -50.0121 -50.5277 -51.2664 -52.1420 -52.9230 -53.0072 -52.6075 -52.1995 -51.9649 + 3 -49.3269 -49.7187 -50.5544 -51.9603 -54.2003 -57.8196 -56.9699 -54.2694 -52.7991 -52.1439 + 4 -47.9833 -48.3017 -48.9563 -49.9805 -51.4177 -53.2941 -53.0318 -51.6883 -50.8103 -50.3796 + 5 -45.9968 -46.1736 -46.5152 -46.9900 -47.5280 -47.9855 -48.0784 -47.8961 -47.6801 -47.5479 + 6 -43.9089 -43.9934 -44.1510 -44.3577 -44.5748 -44.7524 -44.8434 -44.8552 -44.8308 -44.8081 + 7 -42.0634 -42.1022 -42.1741 -42.2673 -42.3655 -42.4514 -42.5121 -42.5461 -42.5608 -42.5653 + 8 -40.6197 -40.6381 -40.6726 -40.7177 -40.7666 -40.8124 -40.8499 -40.8767 -40.8933 -40.9012 + 9 -39.6409 -39.6508 -39.6694 -39.6940 -39.7215 -39.7483 -39.7718 -39.7902 -39.8027 -39.8091 + 10 -39.1485 -39.1552 -39.1676 -39.1843 -39.2032 -39.2224 -39.2397 -39.2539 -39.2638 -39.2689 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 24 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 24 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6771058.0237 CSUB-CGELASTIC = 324.2883 CSUB + CSUB-ELASTIC = 1627328.9586 CSUB-ELASTIC = 4.9256 CSUB + CSUB-INELASTIC = 163714079.3499 CSUB-INELASTIC = 15982.7716 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 197262000.0000 RCHA = 27000.0000 RCHA_0 + CHD = 5084519.1378 CHD = 353.4993 CHD_0 + + TOTAL IN = 374458985.4700 TOTAL IN = 43665.4848 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 252022500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 121644311.3328 CHD = 13665.4848 CHD_0 + + TOTAL OUT = 374458985.4650 TOTAL OUT = 43665.4848 + + IN - OUT = 4.9911E-03 IN - OUT = 7.4513E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 24 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 7.25911E+08 1.20985E+07 2.01642E+05 8401.8 23.003 + + +end timestep + + +start timestep kper="25" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 25 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 25 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="25" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="25" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="25" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="25" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="25" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 25 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 25 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 25 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 25 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 25 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 25 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 25 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 16.2848 15.8540 15.0370 14.5099 14.2363 14.2019 14.4098 14.8797 15.6540 16.0618 + 2 15.1941 14.5815 14.0554 13.6718 13.4527 13.4066 13.5366 13.8402 14.3026 14.8783 + 3 13.7327 13.1360 12.6764 12.3486 12.1511 12.0834 12.1466 12.3418 12.6758 13.1763 + 4 11.8290 11.3095 10.9371 10.6750 10.5063 10.4214 10.4120 10.4646 10.5564 10.6453 + 5 9.16249 9.05197 8.91421 8.78743 8.68898 8.62534 8.59596 8.59442 8.60907 8.62433 + 6 7.08219 7.04699 6.99160 6.93160 6.87865 6.83949 6.81610 6.80639 6.80534 6.80705 + 7 5.27472 5.25401 5.21888 5.17935 5.14541 5.12316 5.11434 5.11642 5.12325 5.12852 + 8 3.67166 3.63921 3.58405 3.52523 3.48599 3.47388 3.48989 3.52850 3.56863 3.59305 + 9 2.31088 2.22658 2.07496 1.90383 1.82912 1.82326 1.88634 2.04597 2.18871 2.26821 + 10 1.39216 1.18744 0.747609 0.00000 0.00000 0.00000 0.00000 0.734955 1.16624 1.36663 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 25 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -14.7080 -14.7140 -14.7281 -14.7467 -14.7670 -14.7869 -14.8053 -14.8224 -14.8398 -14.8603 + 2 -14.7224 -14.2957 -14.6891 -15.1795 -15.6671 -16.0385 -16.0211 -15.7090 -15.2975 -14.9607 + 3 -14.7645 -14.7408 -15.3095 -16.1050 -17.2287 -18.7668 -18.4178 -17.1711 -16.2244 -15.0611 + 4 -14.8210 -14.8973 -15.3581 -15.9507 -16.6935 -17.5411 -17.4491 -16.8325 -16.2596 -15.1379 + 5 -14.8858 -14.9338 -15.1520 -15.4292 -15.7236 -15.9648 -16.0214 -15.9338 -15.7627 -15.1835 + 6 -14.9520 -14.8659 -14.9463 -15.0683 -15.1929 -15.2930 -15.3457 -15.3550 -15.3357 -15.2106 + 7 -15.0215 -14.8447 -14.8644 -14.9240 -14.9849 -15.0346 -15.0663 -15.0820 -15.1089 -15.2323 + 8 -15.0963 -14.9393 -14.9538 -15.0015 -15.0429 -15.0694 -15.0782 -15.0728 -15.0904 -15.2565 + 9 -15.1758 -15.1586 -15.2268 -15.3168 -15.3661 -15.3809 -15.3600 -15.2949 -15.2478 -15.2850 + 10 -15.2563 -15.2758 -15.2942 -15.3100 -15.3213 -15.3278 -15.3297 -15.3268 -15.3214 -15.3147 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 25 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -50.8744 -51.0453 -51.3648 -51.7848 -52.2268 -52.5837 -52.7505 -52.7483 -52.6763 -52.6184 + 2 -50.8446 -51.1062 -51.6218 -52.3606 -53.2363 -54.0174 -54.1015 -53.7018 -53.2939 -53.0592 + 3 -50.4210 -50.8128 -51.6486 -53.0546 -55.2947 -58.9141 -58.0645 -55.3639 -53.8936 -53.2383 + 4 -49.0775 -49.3959 -50.0505 -51.0748 -52.5121 -54.3886 -54.1263 -52.7828 -51.9048 -51.4740 + 5 -47.0909 -47.2677 -47.6094 -48.0842 -48.6223 -49.0799 -49.1728 -48.9905 -48.7745 -48.6422 + 6 -45.0029 -45.0874 -45.2451 -45.4518 -45.6690 -45.8465 -45.9376 -45.9494 -45.9249 -45.9022 + 7 -43.1572 -43.1961 -43.2680 -43.3612 -43.4595 -43.5453 -43.6061 -43.6401 -43.6548 -43.6593 + 8 -41.7133 -41.7318 -41.7663 -41.8114 -41.8604 -41.9062 -41.9436 -41.9704 -41.9871 -41.9950 + 9 -40.7344 -40.7443 -40.7629 -40.7876 -40.8150 -40.8419 -40.8654 -40.8838 -40.8963 -40.9026 + 10 -40.2419 -40.2485 -40.2610 -40.2777 -40.2966 -40.3157 -40.3331 -40.3473 -40.3572 -40.3623 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 25 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 25 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6887739.1316 CSUB-CGELASTIC = 316.2750 CSUB + CSUB-ELASTIC = 1629125.9599 CSUB-ELASTIC = 4.9141 CSUB + CSUB-INELASTIC = 169486341.2125 CSUB-INELASTIC = 15683.8912 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 207123750.0000 RCHA = 27000.0000 RCHA_0 + CHD = 5216752.3440 CHD = 367.7325 CHD_0 + + TOTAL IN = 390343708.6479 TOTAL IN = 43372.8128 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 262980000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 126571534.5104 CHD = 13372.8128 CHD_0 + + TOTAL OUT = 390343708.6426 TOTAL OUT = 43372.8128 + + IN - OUT = 5.3643E-03 IN - OUT = 6.9775E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 25 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 7.57469E+08 1.26245E+07 2.10408E+05 8767.0 24.003 + + +end timestep + + +start timestep kper="26" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 26 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 26 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="26" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="26" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="26" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="26" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="26" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 26 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 26 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 26 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 26 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 26 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 26 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 26 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 16.1379 15.7070 14.8900 14.3629 14.0892 14.0549 14.2628 14.7327 15.5070 15.9148 + 2 15.0499 14.4373 13.9113 13.5276 13.3084 13.2624 13.3924 13.6959 14.1584 14.7341 + 3 13.5942 12.9975 12.5378 12.2100 12.0125 11.9447 12.0079 12.2031 12.5371 13.0376 + 4 11.6989 11.1795 10.8070 10.5449 10.3761 10.2913 10.2818 10.3344 10.4262 10.5151 + 5 9.04380 8.93328 8.79554 8.66876 8.57030 8.50664 8.47724 8.47566 8.49030 8.50555 + 6 6.97777 6.94261 6.88731 6.82739 6.77449 6.73532 6.71186 6.70204 6.70091 6.70256 + 7 5.18734 5.16683 5.13202 5.09281 5.05905 5.03680 5.02777 5.02953 5.03603 5.04110 + 8 3.60365 3.57183 3.51773 3.45999 3.42137 3.40925 3.42464 3.46216 3.50122 3.52501 + 9 2.26288 2.18048 2.03229 1.86502 1.79192 1.78605 1.84752 2.00329 2.14259 2.22019 + 10 1.35980 1.15983 0.730216 0.00000 0.00000 0.00000 0.00000 0.717556 1.13862 1.33426 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 26 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -15.3194 -15.3258 -15.3400 -15.3588 -15.3792 -15.3992 -15.4175 -15.4345 -15.4517 -15.4719 + 2 -15.3325 -14.8952 -15.2911 -15.7881 -16.2816 -16.6569 -16.6391 -16.3231 -15.9075 -15.5710 + 3 -15.3729 -15.3461 -15.9202 -16.7249 -17.8595 -19.4076 -19.0569 -17.8010 -16.8441 -15.6699 + 4 -15.4274 -15.5057 -15.9712 -16.5705 -17.3206 -18.1746 -18.0824 -17.4609 -16.8806 -15.7447 + 5 -15.4899 -15.5434 -15.7641 -16.0444 -16.3420 -16.5857 -16.6429 -16.5544 -16.3799 -15.7881 + 6 -15.5535 -15.4741 -15.5560 -15.6793 -15.8053 -15.9065 -15.9598 -15.9692 -15.9482 -15.8126 + 7 -15.6203 -15.4499 -15.4707 -15.5309 -15.5925 -15.6427 -15.6749 -15.6909 -15.7168 -15.8315 + 8 -15.6923 -15.5407 -15.5561 -15.6041 -15.6458 -15.6726 -15.6817 -15.6766 -15.6933 -15.8528 + 9 -15.7691 -15.7554 -15.8244 -15.9141 -15.9634 -15.9784 -15.9578 -15.8934 -15.8455 -15.8785 + 10 -15.8472 -15.8661 -15.8840 -15.8995 -15.9106 -15.9172 -15.9192 -15.9167 -15.9117 -15.9056 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 26 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -51.9411 -52.1120 -52.4315 -52.8515 -53.2936 -53.6506 -53.8174 -53.8152 -53.7432 -53.6853 + 2 -51.9112 -52.1729 -52.6885 -53.4274 -54.3032 -55.0843 -55.1685 -54.7688 -54.3608 -54.1261 + 3 -51.4877 -51.8795 -52.7154 -54.1214 -56.3616 -59.9811 -59.1315 -56.4309 -54.9605 -54.3052 + 4 -50.1441 -50.4625 -51.1172 -52.1416 -53.5790 -55.4555 -55.1932 -53.8497 -52.9717 -52.5409 + 5 -48.1573 -48.3342 -48.6760 -49.1508 -49.6890 -50.1466 -50.2395 -50.0572 -49.8412 -49.7089 + 6 -46.0692 -46.1537 -46.3114 -46.5181 -46.7354 -46.9130 -47.0041 -47.0159 -46.9914 -46.9686 + 7 -44.2232 -44.2621 -44.3341 -44.4273 -44.5256 -44.6115 -44.6723 -44.7063 -44.7209 -44.7254 + 8 -42.7791 -42.7976 -42.8321 -42.8772 -42.9262 -42.9720 -43.0095 -43.0363 -43.0529 -43.0608 + 9 -41.7999 -41.8099 -41.8285 -41.8531 -41.8806 -41.9074 -41.9310 -41.9494 -41.9619 -41.9682 + 10 -41.3073 -41.3139 -41.3264 -41.3431 -41.3620 -41.3812 -41.3986 -41.4127 -41.4227 -41.4278 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 26 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 26 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 7001575.0963 CSUB-CGELASTIC = 308.6295 CSUB + CSUB-ELASTIC = 1630915.6511 CSUB-ELASTIC = 4.8888 CSUB + CSUB-INELASTIC = 175149675.5442 CSUB-INELASTIC = 15386.2086 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 216985500.0000 RCHA = 27000.0000 RCHA_0 + CHD = 5354166.1556 CHD = 381.8790 CHD_0 + + TOTAL IN = 406121832.4472 TOTAL IN = 43081.6059 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 273937500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 131392158.3093 CHD = 13081.6059 CHD_0 + + TOTAL OUT = 406121832.4415 TOTAL OUT = 43081.6059 + + IN - OUT = 5.7198E-03 IN - OUT = 7.2647E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 26 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 7.89026E+08 1.31504E+07 2.19174E+05 9132.2 25.003 + + +end timestep + + +start timestep kper="27" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 27 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 27 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="27" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="27" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="27" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="27" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="27" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 27 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 27 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 27 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 27 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 27 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 27 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 27 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 15.9918 15.5609 14.7439 14.2169 13.9431 13.9088 14.1166 14.5866 15.3608 15.7687 + 2 14.9067 14.2941 13.7680 13.3843 13.1651 13.1190 13.2490 13.5525 14.0150 14.5907 + 3 13.4565 12.8598 12.4001 12.0723 11.8747 11.8069 11.8701 12.0653 12.3994 12.8999 + 4 11.5697 11.0502 10.6778 10.4156 10.2468 10.1619 10.1525 10.2051 10.2969 10.3858 + 5 8.92589 8.81537 8.67764 8.55087 8.45240 8.38873 8.35930 8.35770 8.37231 8.38756 + 6 6.87404 6.83894 6.78373 6.72389 6.67104 6.63186 6.60833 6.59841 6.59718 6.59879 + 7 5.10058 5.08026 5.04576 5.00687 4.97330 4.95104 4.94181 4.94323 4.94941 4.95430 + 8 3.53612 3.50492 3.45188 3.39522 3.35720 3.34508 3.35986 3.39629 3.43430 3.45745 + 9 2.21522 2.13472 1.98993 1.82650 1.75499 1.74912 1.80899 1.96092 2.09681 2.17251 + 10 1.32768 1.13242 0.712951 0.00000 0.00000 0.00000 0.00000 0.700286 1.11121 1.30213 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 27 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -15.9275 -15.9341 -15.9486 -15.9675 -15.9880 -16.0080 -16.0263 -16.0432 -16.0602 -16.0801 + 2 -15.9390 -15.4947 -15.8926 -16.3951 -16.8937 -17.2724 -17.2542 -16.9349 -16.5159 -16.1779 + 3 -15.9776 -15.9500 -16.5287 -17.3414 -18.4854 -20.0419 -19.6898 -18.4262 -17.4602 -16.2750 + 4 -16.0299 -16.1116 -16.5813 -17.1863 -17.9428 -18.8022 -18.7098 -18.0841 -17.4973 -16.3477 + 5 -16.0900 -16.1495 -16.3725 -16.6556 -16.9559 -17.2017 -17.2595 -17.1702 -16.9924 -16.3886 + 6 -16.1509 -16.0779 -16.1612 -16.2857 -16.4129 -16.5151 -16.5689 -16.5784 -16.5558 -16.4103 + 7 -16.2148 -16.0501 -16.0719 -16.1326 -16.1947 -16.2455 -16.2781 -16.2943 -16.3192 -16.4263 + 8 -16.2839 -16.1362 -16.1525 -16.2006 -16.2425 -16.2697 -16.2791 -16.2743 -16.2902 -16.4446 + 9 -16.3578 -16.3455 -16.4150 -16.5042 -16.5534 -16.5686 -16.5484 -16.4847 -16.4364 -16.4673 + 10 -16.4332 -16.4516 -16.4690 -16.4842 -16.4951 -16.5017 -16.5039 -16.5018 -16.4973 -16.4918 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 27 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -52.9818 -53.1526 -53.4722 -53.8922 -54.3344 -54.6913 -54.8582 -54.8559 -54.7840 -54.7260 + 2 -52.9518 -53.2135 -53.7292 -54.4681 -55.3439 -56.1251 -56.2093 -55.8096 -55.4016 -55.1669 + 3 -52.5282 -52.9201 -53.7560 -55.1621 -57.4024 -61.0219 -60.1723 -57.4717 -56.0013 -55.3460 + 4 -51.1845 -51.5030 -52.1577 -53.1822 -54.6196 -56.4962 -56.2339 -54.8904 -54.0123 -53.5815 + 5 -49.1975 -49.3744 -49.7162 -50.1911 -50.7293 -51.1870 -51.2799 -51.0976 -50.8815 -50.7492 + 6 -47.1091 -47.1936 -47.3514 -47.5581 -47.7754 -47.9530 -48.0441 -48.0559 -48.0314 -48.0086 + 7 -45.2628 -45.3017 -45.3737 -45.4670 -45.5652 -45.6512 -45.7119 -45.7460 -45.7606 -45.7651 + 8 -43.8184 -43.8368 -43.8713 -43.9165 -43.9655 -44.0113 -44.0488 -44.0756 -44.0922 -44.1001 + 9 -42.8389 -42.8489 -42.8675 -42.8922 -42.9196 -42.9465 -42.9700 -42.9885 -43.0009 -43.0072 + 10 -42.3461 -42.3528 -42.3652 -42.3819 -42.4009 -42.4200 -42.4374 -42.4516 -42.4615 -42.4666 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 27 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 27 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 7112691.5335 CSUB-CGELASTIC = 301.3128 CSUB + CSUB-ELASTIC = 1632693.5474 CSUB-ELASTIC = 4.8521 CSUB + CSUB-INELASTIC = 180704688.6154 CSUB-INELASTIC = 15090.4754 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 226847250.0000 RCHA = 27000.0000 RCHA_0 + CHD = 5496722.4933 CHD = 395.9102 CHD_0 + + TOTAL IN = 421794046.1897 TOTAL IN = 42792.5506 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 284895000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 136106872.0515 CHD = 12792.5506 CHD_0 + + TOTAL OUT = 421794046.1837 TOTAL OUT = 42792.5506 + + IN - OUT = 6.0521E-03 IN - OUT = 5.9447E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 27 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 8.20584E+08 1.36764E+07 2.27940E+05 9497.5 26.003 + + +end timestep + + +start timestep kper="28" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 28 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 28 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="28" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="28" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="28" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="28" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="28" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 28 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 28 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 28 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 28 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 28 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 28 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 28 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 15.8470 15.4161 14.5991 14.0720 13.7983 13.7639 13.9718 14.4417 15.2160 15.6238 + 2 14.7646 14.1520 13.6259 13.2422 13.0230 12.9769 13.1069 13.4104 13.8729 14.4486 + 3 13.3200 12.7233 12.2636 11.9357 11.7381 11.6703 11.7335 11.9287 12.2628 12.7633 + 4 11.4415 10.9221 10.5496 10.2875 10.1187 10.0337 10.0242 10.0768 10.1686 10.2576 + 5 8.80900 8.69848 8.56076 8.43400 8.33554 8.27185 8.24240 8.24077 8.25536 8.27061 + 6 6.77124 6.73618 6.68105 6.62131 6.56850 6.52931 6.50572 6.49570 6.49437 6.49593 + 7 5.01459 4.99446 4.96027 4.92170 4.88832 4.86605 4.85663 4.85772 4.86358 4.86827 + 8 3.46920 3.43863 3.38663 3.33105 3.29363 3.28151 3.29567 3.33102 3.36798 3.39052 + 9 2.16800 2.08938 1.94798 1.78834 1.71841 1.71253 1.77083 1.91895 2.05146 2.12528 + 10 1.29586 1.10527 0.695847 0.00000 0.00000 0.00000 0.00000 0.683178 1.08405 1.27030 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 28 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -16.5307 -16.5377 -16.5524 -16.5715 -16.5921 -16.6121 -16.6304 -16.6471 -16.6639 -16.6835 + 2 -16.5406 -16.0923 -16.4918 -16.9991 -17.5021 -17.8836 -17.8652 -17.5431 -17.1210 -16.7797 + 3 -16.5773 -16.5509 -17.1336 -17.9532 -19.1052 -20.6690 -20.3158 -19.0454 -18.0714 -16.8750 + 4 -16.6274 -16.7135 -17.1868 -17.7969 -18.5589 -19.4230 -19.3304 -18.7011 -18.1083 -16.9455 + 5 -16.6848 -16.7507 -16.9759 -17.2613 -17.5641 -17.8116 -17.8699 -17.7799 -17.5992 -16.9838 + 6 -16.7430 -16.6763 -16.7609 -16.8864 -17.0147 -17.1176 -17.1719 -17.1815 -17.1573 -17.0027 + 7 -16.8038 -16.6441 -16.6669 -16.7280 -16.7906 -16.8418 -16.8747 -16.8912 -16.9151 -17.0156 + 8 -16.8699 -16.7249 -16.7419 -16.7900 -16.8322 -16.8595 -16.8692 -16.8648 -16.8800 -17.0308 + 9 -16.9408 -16.9282 -16.9979 -17.0864 -17.1354 -17.1507 -17.1310 -17.0682 -17.0197 -17.0505 + 10 -17.0135 -17.0313 -17.0483 -17.0631 -17.0739 -17.0805 -17.0829 -17.0811 -17.0771 -17.0721 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 28 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -53.9975 -54.1684 -54.4879 -54.9080 -55.3501 -55.7072 -55.8740 -55.8718 -55.7998 -55.7419 + 2 -53.9675 -54.2292 -54.7449 -55.4838 -56.3597 -57.1409 -57.2251 -56.8254 -56.4174 -56.1827 + 3 -53.5437 -53.9356 -54.7716 -56.1778 -58.4181 -62.0377 -61.1881 -58.4875 -57.0171 -56.3617 + 4 -52.1998 -52.5184 -53.1731 -54.1977 -55.6352 -57.5118 -57.2495 -55.9060 -55.0279 -54.5970 + 5 -50.2126 -50.3895 -50.7314 -51.2063 -51.7446 -52.2022 -52.2952 -52.1129 -51.8968 -51.7644 + 6 -48.1238 -48.2083 -48.3662 -48.5729 -48.7903 -48.9679 -49.0590 -49.0708 -49.0463 -49.0235 + 7 -46.2772 -46.3161 -46.3881 -46.4814 -46.5797 -46.6656 -46.7264 -46.7604 -46.7750 -46.7795 + 8 -44.8324 -44.8509 -44.8854 -44.9306 -44.9796 -45.0254 -45.0629 -45.0897 -45.1063 -45.1142 + 9 -43.8527 -43.8626 -43.8812 -43.9059 -43.9333 -43.9602 -43.9838 -44.0022 -44.0147 -44.0210 + 10 -43.3597 -43.3663 -43.3788 -43.3955 -43.4145 -43.4336 -43.4510 -43.4652 -43.4751 -43.4802 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 28 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 28 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 7221201.1005 CSUB-CGELASTIC = 294.2916 CSUB + CSUB-ELASTIC = 1634455.9813 CSUB-ELASTIC = 4.8062 CSUB + CSUB-INELASTIC = 186152230.7530 CSUB-INELASTIC = 14797.3072 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 236709000.0000 RCHA = 27000.0000 RCHA_0 + CHD = 5644373.8196 CHD = 409.8020 CHD_0 + + TOTAL IN = 437361261.6544 TOTAL IN = 42506.2070 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 295852500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 140716587.5158 CHD = 12506.2070 CHD_0 + + TOTAL OUT = 437361261.6480 TOTAL OUT = 42506.2070 + + IN - OUT = 6.4032E-03 IN - OUT = 8.1644E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 28 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 8.52142E+08 1.42024E+07 2.36706E+05 9862.8 27.003 + + +end timestep + + +start timestep kper="29" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 29 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 29 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="29" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="29" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="29" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="29" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="29" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 29 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 29 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 29 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 29 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 29 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 29 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 29 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 15.7037 15.2727 14.4557 13.9286 13.6549 13.6205 13.8284 14.2983 15.0726 15.4804 + 2 14.6240 14.0114 13.4853 13.1016 12.8823 12.8362 12.9662 13.2697 13.7322 14.3079 + 3 13.1850 12.5882 12.1284 11.8006 11.6029 11.5351 11.5983 11.7935 12.1276 12.6281 + 4 11.3147 10.7953 10.4228 10.1606 9.99180 9.90685 9.89735 9.94996 10.0418 10.1307 + 5 8.69333 8.58282 8.44511 8.31836 8.21990 8.15620 8.12672 8.12507 8.13964 8.15488 + 6 6.66951 6.63451 6.57947 6.51981 6.46705 6.42785 6.40420 6.39408 6.39266 6.39417 + 7 4.92951 4.90957 4.87570 4.83744 4.80426 4.78198 4.77236 4.77313 4.77867 4.78317 + 8 3.40301 3.37306 3.32209 3.26757 3.23075 3.21862 3.23218 3.26647 3.30239 3.32431 + 9 2.12130 2.04454 1.90648 1.75060 1.68223 1.67635 1.73308 1.87745 2.00661 2.07857 + 10 1.26438 1.07842 0.678931 0.00000 0.00000 0.00000 0.00000 0.666259 1.05719 1.23882 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 29 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -17.1280 -17.1353 -17.1503 -17.1695 -17.1902 -17.2103 -17.2284 -17.2450 -17.2616 -17.2809 + 2 -17.1362 -16.6864 -17.0873 -17.5987 -18.1055 -18.4895 -18.4708 -18.1462 -17.7215 -17.3756 + 3 -17.1709 -17.1473 -17.7336 -18.5591 -19.7181 -21.2881 -20.9339 -19.6577 -18.6767 -17.4689 + 4 -17.2187 -17.3103 -17.7868 -18.4012 -19.1680 -20.0361 -19.9434 -19.3110 -18.7129 -17.5371 + 5 -17.2735 -17.3461 -17.5732 -17.8607 -18.1655 -18.4147 -18.4734 -18.3827 -18.1992 -17.5727 + 6 -17.3287 -17.2682 -17.3540 -17.4804 -17.6096 -17.7133 -17.7680 -17.7776 -17.7519 -17.5887 + 7 -17.3865 -17.2311 -17.2548 -17.3163 -17.3793 -17.4309 -17.4641 -17.4808 -17.5037 -17.5984 + 8 -17.4493 -17.3060 -17.3236 -17.3717 -17.4139 -17.4415 -17.4516 -17.4474 -17.4621 -17.6104 + 9 -17.5173 -17.5027 -17.5724 -17.6600 -17.7088 -17.7242 -17.7049 -17.6432 -17.5948 -17.6270 + 10 -17.5872 -17.6044 -17.6209 -17.6354 -17.6460 -17.6526 -17.6551 -17.6537 -17.6503 -17.6459 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 29 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -54.9893 -55.1602 -55.4798 -55.8999 -56.3421 -56.6991 -56.8659 -56.8637 -56.7918 -56.7338 + 2 -54.9593 -55.2210 -55.7367 -56.4757 -57.3516 -58.1328 -58.2170 -57.8173 -57.4093 -57.1746 + 3 -54.5354 -54.9273 -55.7633 -57.1695 -59.4099 -63.0296 -62.1800 -59.4793 -58.0089 -57.3535 + 4 -53.1912 -53.5098 -54.1646 -55.1892 -56.6268 -58.5034 -58.2412 -56.8976 -56.0195 -55.5885 + 5 -51.2037 -51.3806 -51.7225 -52.1975 -52.7358 -53.1935 -53.2865 -53.1041 -52.8880 -52.7556 + 6 -49.1145 -49.1990 -49.3569 -49.5637 -49.7810 -49.9587 -50.0498 -50.0616 -50.0370 -50.0143 + 7 -47.2674 -47.3063 -47.3784 -47.4717 -47.5700 -47.6559 -47.7167 -47.7507 -47.7653 -47.7698 + 8 -45.8222 -45.8407 -45.8752 -45.9205 -45.9694 -46.0153 -46.0528 -46.0796 -46.0962 -46.1041 + 9 -44.8422 -44.8521 -44.8707 -44.8954 -44.9229 -44.9498 -44.9733 -44.9918 -45.0042 -45.0106 + 10 -44.3490 -44.3557 -44.3681 -44.3849 -44.4038 -44.4230 -44.4404 -44.4546 -44.4645 -44.4696 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 29 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 29 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 7327205.3687 CSUB-CGELASTIC = 287.5374 CSUB + CSUB-ELASTIC = 1636199.9714 CSUB-ELASTIC = 4.7529 CSUB + CSUB-INELASTIC = 191493351.4117 CSUB-INELASTIC = 14507.2047 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 246570750.0000 RCHA = 27000.0000 RCHA_0 + CHD = 5797064.7683 CHD = 423.5345 CHD_0 + + TOTAL IN = 452824571.5201 TOTAL IN = 42223.0295 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 306810000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 145222397.3811 CHD = 12223.0294 CHD_0 + + TOTAL OUT = 452824571.5133 TOTAL OUT = 42223.0294 + + IN - OUT = 6.7571E-03 IN - OUT = 6.6309E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 29 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 8.83699E+08 1.47283E+07 2.45472E+05 10228. 28.003 + + +end timestep + + +start timestep kper="30" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 30 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 30 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="30" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="30" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="30" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="30" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="30" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 30 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 30 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 30 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 30 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 30 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 30 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 30 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 15.5620 15.1311 14.3140 13.7869 13.5132 13.4788 13.6866 14.1565 14.9308 15.3387 + 2 14.4850 13.8725 13.3463 12.9626 12.7433 12.6972 12.8272 13.1307 13.5932 14.1689 + 3 13.0514 12.4547 11.9949 11.6670 11.4693 11.4015 11.4647 11.6599 11.9940 12.4945 + 4 11.1895 10.6700 10.2975 10.0353 9.86646 9.78149 9.77198 9.82459 9.91639 10.0054 + 5 8.57904 8.46854 8.33084 8.20411 8.10565 8.04193 8.01244 8.01075 8.02531 8.04054 + 6 6.56901 6.53406 6.47911 6.41953 6.36683 6.32762 6.30390 6.29369 6.29218 6.29363 + 7 4.84548 4.82572 4.79216 4.75422 4.72121 4.69893 4.68912 4.68957 4.69480 4.69911 + 8 3.33763 3.30829 3.25835 3.20488 3.16865 3.15652 3.16948 3.20272 3.23761 3.25891 + 9 2.07518 2.00026 1.86550 1.71333 1.64650 1.64063 1.69581 1.83646 1.96232 2.03244 + 10 1.23330 1.05190 0.662227 0.00000 0.00000 0.00000 0.00000 0.649551 1.03067 1.20773 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 30 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -17.7184 -17.7260 -17.7413 -17.7607 -17.7815 -17.8015 -17.8196 -17.8361 -17.8524 -17.8714 + 2 -17.7250 -17.2758 -17.6779 -18.1928 -18.7028 -19.0890 -19.0701 -18.7434 -18.3162 -17.9645 + 3 -17.7576 -17.7383 -18.3276 -19.1583 -20.3233 -21.8986 -21.5436 -20.2624 -19.2752 -18.0558 + 4 -17.8030 -17.9009 -18.3804 -18.9984 -19.7693 -20.6409 -20.5481 -19.9130 -19.3101 -18.1216 + 5 -17.8551 -17.9347 -18.1636 -18.4529 -18.7595 -19.0100 -19.0691 -18.9779 -18.7918 -18.1545 + 6 -17.9073 -17.8528 -17.9399 -18.0670 -18.1970 -18.3013 -18.3563 -18.3660 -18.3388 -18.1675 + 7 -17.9619 -17.8104 -17.8349 -17.8967 -17.9600 -18.0120 -18.0455 -18.0623 -18.0844 -18.1741 + 8 -18.0216 -17.8789 -17.8970 -17.9450 -17.9873 -18.0151 -18.0254 -18.0216 -18.0359 -18.1828 + 9 -18.0864 -18.0687 -18.1380 -18.2247 -18.2731 -18.2886 -18.2699 -18.2092 -18.1612 -18.1963 + 10 -18.1536 -18.1703 -18.1862 -18.2004 -18.2108 -18.2174 -18.2201 -18.2191 -18.2161 -18.2124 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 30 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -55.9582 -56.1291 -56.4487 -56.8688 -57.3110 -57.6681 -57.8349 -57.8327 -57.7608 -57.7028 + 2 -55.9281 -56.1898 -56.7055 -57.4446 -58.3205 -59.1018 -59.1860 -58.7863 -58.3783 -58.1436 + 3 -55.5040 -55.8960 -56.7320 -58.1383 -60.3788 -63.9985 -63.1489 -60.4482 -58.9777 -58.3223 + 4 -54.1596 -54.4782 -55.1331 -56.1577 -57.5953 -59.4720 -59.2098 -57.8662 -56.9880 -56.5571 + 5 -52.1717 -52.3487 -52.6906 -53.1656 -53.7039 -54.1616 -54.2546 -54.0723 -53.8562 -53.7237 + 6 -50.0821 -50.1666 -50.3245 -50.5313 -50.7487 -50.9264 -51.0175 -51.0293 -51.0047 -50.9819 + 7 -48.2346 -48.2735 -48.3455 -48.4389 -48.5372 -48.6231 -48.6839 -48.7179 -48.7325 -48.7370 + 8 -46.7889 -46.8074 -46.8419 -46.8872 -46.9362 -46.9820 -47.0195 -47.0463 -47.0629 -47.0708 + 9 -45.8085 -45.8185 -45.8371 -45.8618 -45.8892 -45.9161 -45.9397 -45.9581 -45.9706 -45.9769 + 10 -45.3152 -45.3218 -45.3343 -45.3510 -45.3700 -45.3891 -45.4065 -45.4207 -45.4307 -45.4358 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 30 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 30 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 7430796.4109 CSUB-CGELASTIC = 281.0257 CSUB + CSUB-ELASTIC = 1637923.1116 CSUB-ELASTIC = 4.6935 CSUB + CSUB-INELASTIC = 196729261.3555 CSUB-INELASTIC = 14220.5722 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 256432500.0000 RCHA = 27000.0000 RCHA_0 + CHD = 5954733.5664 CHD = 437.0917 CHD_0 + + TOTAL IN = 468185214.4443 TOTAL IN = 41943.3831 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 317767500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 149625540.3050 CHD = 11943.3831 CHD_0 + + TOTAL OUT = 468185214.4372 TOTAL OUT = 41943.3831 + + IN - OUT = 7.0949E-03 IN - OUT = 6.9344E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 30 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 9.15257E+08 1.52543E+07 2.54238E+05 10593. 29.003 + + +end timestep + + +start timestep kper="31" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 31 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 31 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="31" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="31" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="31" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="31" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="31" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 31 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 31 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 31 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 31 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 31 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 31 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 31 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 15.4222 14.9912 14.1742 13.6471 13.3733 13.3389 13.5468 14.0167 14.7910 15.1988 + 2 14.3479 13.7353 13.2092 12.8254 12.6061 12.5600 12.6900 12.9935 13.4560 14.0317 + 3 12.9197 12.3229 11.8631 11.5352 11.3375 11.2697 11.3328 11.5280 11.8621 12.3627 + 4 11.0658 10.5463 10.1738 9.91162 9.74276 9.65778 9.64826 9.70087 9.79268 9.88165 + 5 8.46626 8.35576 8.21808 8.09136 7.99291 7.92918 7.89966 7.89796 7.91249 7.92772 + 6 6.46985 6.43495 6.38008 6.32059 6.26794 6.22872 6.20494 6.19463 6.19304 6.19444 + 7 4.76256 4.74300 4.70974 4.67211 4.63929 4.61700 4.60699 4.60713 4.61205 4.61618 + 8 3.27314 3.24440 3.19547 3.14303 3.10738 3.09525 3.10763 3.13983 3.17371 3.19440 + 9 2.02969 1.95658 1.82508 1.67657 1.61127 1.60539 1.65905 1.79603 1.91864 1.98694 + 10 1.20265 1.02574 0.645749 0.00000 0.00000 0.00000 0.00000 0.633071 1.00451 1.17707 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 31 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -18.3012 -18.3092 -18.3247 -18.3443 -18.3652 -18.3852 -18.4033 -18.4195 -18.4356 -18.4543 + 2 -18.3061 -17.8595 -18.2626 -18.7806 -19.2934 -19.6813 -19.6622 -19.3338 -18.9044 -18.5457 + 3 -18.3366 -18.3229 -18.9150 -19.7501 -20.9202 -22.5001 -22.1443 -20.8590 -19.8662 -18.6351 + 4 -18.3796 -18.4845 -18.9667 -19.5880 -20.3624 -21.2370 -21.1440 -20.5067 -19.8993 -18.6985 + 5 -18.4289 -18.5158 -18.7465 -19.0373 -19.3455 -19.5972 -19.6565 -19.5648 -19.3763 -18.7286 + 6 -18.4781 -18.4296 -18.5178 -18.6456 -18.7762 -18.8811 -18.9364 -18.9461 -18.9175 -18.7385 + 7 -18.5296 -18.3815 -18.4067 -18.4687 -18.5324 -18.5846 -18.6184 -18.6354 -18.6566 -18.7419 + 8 -18.5860 -18.4433 -18.4616 -18.5096 -18.5518 -18.5798 -18.5904 -18.5870 -18.6009 -18.7474 + 9 -18.6478 -18.6256 -18.6943 -18.7800 -18.8280 -18.8436 -18.8255 -18.7659 -18.7186 -18.7578 + 10 -18.7122 -18.7282 -18.7437 -18.7575 -18.7677 -18.7743 -18.7773 -18.7766 -18.7741 -18.7710 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 31 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -56.9050 -57.0759 -57.3955 -57.8157 -58.2579 -58.6150 -58.7818 -58.7796 -58.7077 -58.6497 + 2 -56.8748 -57.1365 -57.6523 -58.3914 -59.2674 -60.0487 -60.1329 -59.7331 -59.3251 -59.0904 + 3 -56.4506 -56.8426 -57.6787 -59.0850 -61.3255 -64.9452 -64.0956 -61.3949 -59.9244 -59.2690 + 4 -55.1059 -55.4245 -56.0794 -57.1041 -58.5417 -60.4184 -60.1562 -58.8126 -57.9344 -57.5034 + 5 -53.1175 -53.2945 -53.6365 -54.1115 -54.6499 -55.1076 -55.2006 -55.0183 -54.8021 -54.6697 + 6 -51.0274 -51.1120 -51.2699 -51.4768 -51.6941 -51.8718 -51.9630 -51.9747 -51.9502 -51.9273 + 7 -49.1794 -49.2183 -49.2904 -49.3838 -49.4821 -49.5680 -49.6289 -49.6629 -49.6774 -49.6819 + 8 -47.7333 -47.7518 -47.7863 -47.8316 -47.8806 -47.9264 -47.9639 -47.9908 -48.0074 -48.0152 + 9 -46.7526 -46.7625 -46.7811 -46.8058 -46.8333 -46.8602 -46.8837 -46.9022 -46.9147 -46.9210 + 10 -46.2591 -46.2657 -46.2782 -46.2949 -46.3138 -46.3330 -46.3504 -46.3646 -46.3745 -46.3797 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 31 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 31 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 7532058.1446 CSUB-CGELASTIC = 274.7357 CSUB + CSUB-ELASTIC = 1639623.4788 CSUB-ELASTIC = 4.6293 CSUB + CSUB-INELASTIC = 201861300.8484 CSUB-INELASTIC = 13937.7327 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 266294250.0000 RCHA = 27000.0000 RCHA_0 + CHD = 6117313.2641 CHD = 450.4607 CHD_0 + + TOTAL IN = 483444545.7359 TOTAL IN = 41667.5584 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 328725000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 153927371.5963 CHD = 11667.5584 CHD_0 + + TOTAL OUT = 483444545.7285 TOTAL OUT = 41667.5584 + + IN - OUT = 7.4243E-03 IN - OUT = 6.7805E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 31 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 9.46814E+08 1.57802E+07 2.63004E+05 10958. 30.003 + + +end timestep + + + LARGEST 20 OF 296 INTERBED STRAIN VALUES SHOWN + + CSUB PACKAGE INTERBED STRAIN SUMMARY + ---------------------------------------------------------------------------------------------------------------------- + INTERBED INTERBED INITIAL FINAL TOTAL PERCENT + NUMBER TYPE CELLID THICKNESS THICKNESS COMPACTION FINAL STRAIN COMPACTION FLAG + ---------------------------------------------------------------------------------------------------------------------- + 222 no-delay (3,3,6) 30.000 30.000 1.0466 3.48869E-02 3.4887 *>=1% + 223 no-delay (3,3,7) 30.000 30.000 1.0313 3.43772E-02 3.4377 *>=1% + 224 no-delay (3,3,8) 30.000 30.000 0.98270 3.27567E-02 3.2757 *>=1% + 221 no-delay (3,3,5) 30.000 30.000 0.98145 3.27151E-02 3.2715 *>=1% + 232 no-delay (3,4,6) 30.000 30.000 0.96511 3.21703E-02 3.2170 *>=1% + 233 no-delay (3,4,7) 30.000 30.000 0.96039 3.20130E-02 3.2013 *>=1% + 213 no-delay (3,2,7) 30.000 30.000 0.96000 3.19999E-02 3.2000 *>=1% + 212 no-delay (3,2,6) 30.000 30.000 0.95848 3.19494E-02 3.1949 *>=1% + 225 no-delay (3,3,9) 30.000 30.000 0.95623 3.18744E-02 3.1874 *>=1% + 214 no-delay (3,2,8) 30.000 30.000 0.95280 3.17600E-02 3.1760 *>=1% + 215 no-delay (3,2,9) 30.000 30.000 0.94546 3.15152E-02 3.1515 *>=1% + 226 no-delay (3,3,10) 30.000 30.000 0.94443 3.14811E-02 3.1481 *>=1% + 211 no-delay (3,2,5) 30.000 30.000 0.94442 3.14806E-02 3.1481 *>=1% + 216 no-delay (3,2,10) 30.000 30.000 0.94123 3.13743E-02 3.1374 *>=1% + 220 no-delay (3,3,4) 30.000 30.000 0.94112 3.13708E-02 3.1371 *>=1% + 234 no-delay (3,4,8) 30.000 30.000 0.93620 3.12068E-02 3.1207 *>=1% + 203 no-delay (3,1,7) 30.000 30.000 0.93568 3.11894E-02 3.1189 *>=1% + 204 no-delay (3,1,8) 30.000 30.000 0.93564 3.11880E-02 3.1188 *>=1% + 205 no-delay (3,1,9) 30.000 30.000 0.93435 3.11449E-02 3.1145 *>=1% + 206 no-delay (3,1,10) 30.000 30.000 0.93330 3.11101E-02 3.1110 *>=1% + ---------------------------------------------------------------------------------------------------------------------- + + + + PERCENT COMPACTION IS GREATER THAN OR EQUAL TO 1 PERCENT IN 100 OF 296 INTERBED(S). + USE THE STRAIN_CSV_INTERBED OPTION TO OUTPUT A CSV FILE WITH PERCENT COMPACTION + VALUES FOR ALL INTERBEDS. + + COARSE-GRAINED STORAGE PERCENT COMPACTION WAS LESS THAN 1 PERCENT IN ALL CELLS diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/csub_sub03a.nam b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/csub_sub03a.nam new file mode 100644 index 000000000..c2e798cd3 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/csub_sub03a.nam @@ -0,0 +1,16 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. +BEGIN options +END options + +BEGIN packages + DIS6 csub_sub03a.dis dis + IC6 csub_sub03a.ic ic + NPF6 csub_sub03a.npf npf + STO6 csub_sub03a.sto sto + RCH6 csub_sub03a.rcha rcha_0 + WEL6 csub_sub03a.wel wel_0 + CHD6 csub_sub03a.chd chd_0 + CSUB6 csub_sub03a.csub csub + OC6 csub_sub03a.oc oc +END packages + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/csub_sub03a.npf b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/csub_sub03a.npf 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new file mode 100644 index 000000000..487e3f6bf --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.chd @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. +BEGIN options +END options + +BEGIN dimensions + MAXBOUND 4 +END dimensions + +BEGIN period 1 + 1 10 4 0.00000000E+00 + 1 10 5 0.00000000E+00 + 1 10 6 0.00000000E+00 + 1 10 7 0.00000000E+00 +END period 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.compaction.gridbin b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.compaction.gridbin new file mode 100644 index 000000000..a86241c6b Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.compaction.gridbin differ diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.csub b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.csub new file mode 100644 index 000000000..72cef707b --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.csub @@ -0,0 +1,328 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. +BEGIN options + BOUNDNAMES + PRINT_INPUT + SAVE_FLOWS + GAMMAW 9806.65000000 + BETA 0.00000000 + HEAD_BASED + SPECIFIED_INITIAL_INTERBED_STATE + EFFECTIVE_STRESS_LAG + STRAIN_CSV_INTERBED FILEOUT csub_sub03a.ib.strain.csv + STRAIN_CSV_COARSE FILEOUT csub_sub03a.sk.strain.csv + COMPACTION FILEOUT csub_sub03a.compaction.gridbin + OBS6 FILEIN csub_sub03a.csub.obs +END options + +BEGIN dimensions + NINTERBEDS 296 +END dimensions + +BEGIN griddata + cg_ske_cr LAYERED + CONSTANT 3.00000000E-06 + CONSTANT 0.00000000 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interbed-compaction 01_05_05 + tcomp2 interbed-compaction 02_05_05 + tcomp3 interbed-compaction 03_05_05 +END continuous FILEOUT csub_obs.csv + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.dis b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.dis new file mode 100644 index 000000000..2ac4be7b6 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.dis @@ -0,0 +1,23 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. +BEGIN options +END options + +BEGIN dimensions + NLAY 3 + NROW 10 + NCOL 10 +END dimensions + +BEGIN griddata + delr + CONSTANT 1000.00000000 + delc + CONSTANT 2000.00000000 + top + CONSTANT 0.00000000 + botm LAYERED + CONSTANT -100.00000000 + CONSTANT -150.00000000 + CONSTANT -350.00000000 +END griddata + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.dis.grb b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.dis.grb new file mode 100644 index 000000000..b53cb1cd4 Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.dis.grb differ diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.hds b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.hds new file mode 100644 index 000000000..0d2a14e2c Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.hds differ diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.ib.strain.csv b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.ib.strain.csv new file mode 100644 index 000000000..a42da1062 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.ib.strain.csv @@ -0,0 +1,297 @@ + INTERBED_NUMBER,INTERBED_TYPE,NODE,LAYER,ROW,COLUMN,INITIAL_THICKNESS,FINAL_THICKNESS,TOTAL_COMPACTION,TOTAL_STRAIN,PERCENT_COMPACTION + 1,no-delay,1,1,1,1,15.000000000000000,15.000000000000000,0.71325660910213917E-3,0.47550440606809281E-4,0.47550440606809281E-2 + 2,no-delay,2,1,1,2,15.000000000000000,15.000000000000000,0.71337332775608855E-3,0.47558221850405906E-4,0.47558221850405903E-2 + 3,no-delay,3,1,1,3,15.000000000000000,15.000000000000000,0.71355659714945029E-3,0.47570439809963351E-4,0.47570439809963352E-2 + 4,no-delay,4,1,1,4,15.000000000000000,15.000000000000000,0.71376145469985875E-3,0.47584096979990584E-4,0.47584096979990586E-2 + 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296,no-delay,300,3,10,10,30.000000000000000,30.000000000000000,0.71231532913505524,0.23743844304501840E-1,2.3743844304501840 diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.ic b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.ic new file mode 100644 index 000000000..cde4419e3 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.ic @@ -0,0 +1,6 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. +BEGIN griddata + strt + CONSTANT 0.00000000 +END griddata + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.ims b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.ims new file mode 100644 index 000000000..116ccfd80 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.ims @@ -0,0 +1,21 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. +BEGIN options + PRINT_OPTION summary +END options + +BEGIN nonlinear + OUTER_DVCLOSE 1.00000000E-09 + OUTER_MAXIMUM 500 + UNDER_RELAXATION none +END nonlinear + +BEGIN linear + INNER_MAXIMUM 300 + INNER_DVCLOSE 1.00000000E-09 + inner_rclose 1.00000000E-06 + LINEAR_ACCELERATION cg + RELAXATION_FACTOR 1.00000000 + SCALING_METHOD none + REORDERING_METHOD none +END linear + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.lst b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.lst new file mode 100644 index 000000000..4bd287b36 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.lst @@ -0,0 +1,6111 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + GROUNDWATER FLOW MODEL (GWF) + VERSION 6.4.2 06/28/2023 + ***DEVELOP MODE*** + + MODFLOW 6 compiled Oct 4 2023 09:03:27 with GCC version 11.3.0 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: -fdiagnostics-color=always -cpp -I +src/libmf6core.a.p -I src -I ../mf6.4.2_linux/src -I src/libmf6_external.a.p +-imultiarch x86_64-linux-gnu -D _FILE_OFFSET_BITS=64 -D __linux__ +-mtune=generic -march=x86-64 -O2 -Wall -Wpedantic -Wcharacter-truncation +-Wno-unused-dummy-argument -Wno-intrinsic-shadow -Wno-maybe-uninitialized +-Wno-uninitialized -std=f2008 -fall-intrinsics -ffpe-summary=overflow +-ffpe-trap=overflow,zero,invalid -fPIC -J src/libmf6core.a.p +-fpre-include=/usr/include/finclude/math-vector-fortran.h + +System command used to initiate simulation: +/home/mreno/.clone/usgs/w/netcdf/2/modflow6/bin/rebuilt/mf6 + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/CSUB_SUB03A/DIS + + + NPF -- NODE PROPERTY FLOW PACKAGE, VERSION 1, 3/30/2015 INPUT READ FROM MEMPATH: __INPUT__/CSUB_SUB03A/NPF + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 3 + NROW = 10 + NCOL = 10 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + End Setting Discretization Griddata + + Setting NPF Options + End Setting NPF Options + + Setting NPF Griddata + ICELLTYPE set from input file + K set from input file + K33 set from input file + K22 not provided. Setting K22 = K. + End Setting NPF Griddata + + + WEL -- WEL PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM UNIT 1008 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + + PROCESSING WEL OPTIONS + LISTS OF WEL CELLS WILL BE PRINTED. + WEL FLOWS WILL BE PRINTED TO LISTING FILE. + END OF WEL OPTIONS + + PROCESSING WEL DIMENSIONS + MAXBOUND = 4 + END OF WEL DIMENSIONS + + RCH -- RCH PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM UNIT 1009 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + + PROCESSING RCH OPTIONS + RECHARGE INPUT WILL BE READ AS ARRAY(S). + END OF RCHA OPTIONS + + CHD -- CHD PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM UNIT 1010 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + + PROCESSING CHD OPTIONS + END OF CHD OPTIONS + + PROCESSING CHD DIMENSIONS + MAXBOUND = 4 + END OF CHD DIMENSIONS + + IC -- INITIAL CONDITIONS PACKAGE, VERSION 8, 3/28/2015 INPUT READ FROM UNIT 1006 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + PROCESSING GRIDDATA + + INITIAL HEAD = 0.000000 + END PROCESSING GRIDDATA + + STO -- STORAGE PACKAGE, VERSION 1, 5/19/2014 INPUT READ FROM UNIT 1005 + + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + PROCESSING STORAGE OPTIONS + STORAGECOEFFICIENT OPTION: + Read storage coefficient rather than specific storage + END OF STORAGE OPTIONS + PROCESSING GRIDDATA + + ICONVERT = 0 FOR LAYER 1 + + ICONVERT = 0 FOR LAYER 2 + + ICONVERT = 0 FOR LAYER 3 + + SPECIFIC STORAGE = 0.000000 + + SPECIFIC YIELD = 0.1000000 FOR LAYER 1 + + SPECIFIC YIELD = 0.000000 FOR LAYER 2 + + SPECIFIC YIELD = 0.000000 FOR LAYER 3 + END PROCESSING GRIDDATA + + CSUB -- COMPACTION PACKAGE, VERSION 1, 12/15/2019 INPUT READ FROM UNIT 1011 + + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + PROCESSING CSUB OPTIONS + CSUB BOUNDARIES HAVE NAMES IN LAST COLUMN. + LISTS OF CSUB CELLS WILL BE PRINTED. + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + + OPENED csub_sub03a.ib.strain.csv + FILE TYPE:CSV_OUTPUT UNIT 1015 STATUS:REPLACE + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READWRITE + + CSUB INTERBED STRAIN CSV WILL BE SAVED TO FILE: csub_sub03a.ib.strain.csv + OPENED ON UNIT: 1015 + + OPENED csub_sub03a.sk.strain.csv + FILE TYPE:CSV_OUTPUT UNIT 1016 STATUS:REPLACE + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READWRITE + + CSUB COARSE STRAIN CSV WILL BE SAVED TO FILE: csub_sub03a.sk.strain.csv + OPENED ON UNIT: 1016 + + OPENED csub_sub03a.compaction.gridbin + FILE TYPE:DATA(BINARY) UNIT 1017 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + CSUB COMPACTION WILL BE SAVED TO FILE: csub_sub03a.compaction.gridbin + OPENED ON UNIT: 1017 + + OPENED csub_sub03a.csub.obs + FILE TYPE:OBS UNIT 1018 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + END OF CSUB OPTIONS + + + CSUB PACKAGE SETTINGS + NUMBER OF DELAY CELLS = 19 + HEAD-BASED FORMULATION + ELASTIC AND INELASTIC SPECIFIC STORAGE COEFFICIENTS WILL BE + SPECIFIED + THICKNESS AND VOID RATIO WILL NOT BE ADJUSTED DURING THE + SIMULATION + INTERBED THICKNESS WILL BE SPECIFIED AS A THICKNESS + PRECONSOLIDATION HEAD WILL BE SPECIFIED AS ABSOLUTE VALUES + INSTEAD OF RELATIVE TO INITIAL HEAD CONDITIONS + DELAY INTERBED HEADS WILL BE SPECIFIED AS ABSOLUTE VALUES INSTEAD + OF RELATIVE TO INITIAL GWF HEADS + EFFECTIVE_STRESS_LAG HAS BEEN SPECIFIED BUT HAS NO EFFECT WHEN + USING THE HEAD-BASED FORMULATION (HEAD_BASED HAS BEEN SPECIFIED + IN THE OPTIONS BLOCK) + GAMMAW = 9806.6499999999996 + BETA = 0.0000000000000000 + GAMMAW * BETA = 0.0000000000000000 + + PROCESSING CSUB DIMENSIONS + NINTERBEDS = 296 + END OF CSUB DIMENSIONS + +The observation utility is active for "CSUB" + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + +Processing observation options: + +Text output number of digits of precision set to: 10 +The PRINT_INPUT option has been specified. + + + OBSERVATIONS READ FROM FILE "csub_sub03a.csub.obs" + ---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + NAME TYPE TIME LOCATION DATA OUTPUT FILENAME + ---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + TCOMP1 CONTINUOUS INTERBED-COMPACTION ALL TIMES " 01_05_05" csub_obs.csv + TCOMP2 CONTINUOUS INTERBED-COMPACTION ALL TIMES " 02_05_05" csub_obs.csv + TCOMP3 CONTINUOUS INTERBED-COMPACTION ALL TIMES " 03_05_05" csub_obs.csv + ---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + + CG_SKE_CR = 0.3000000E-05 FOR LAYER 1 + + CG_SKE_CR = 0.000000 FOR LAYER 2 + + CG_SKE_CR = 0.3000000E-05 FOR LAYER 3 + + CG_THETA = 0.2000000 + + PROCESSING CSUB PACKAGEDATA + END OF CSUB PACKAGEDATA + + CSUB PACKAGE INTERBED DATA + --------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + INTERBED CELLID CDELAY PCS THICK RNB SSV_CC SSV_CR THETA KV H0 BOUNDNAME + --------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + 1 (1,1,1) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_01_01 + 2 (1,1,2) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_01_02 + 3 (1,1,3) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_01_03 + 4 (1,1,4) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_01_04 + 5 (1,1,5) NODELAY -7.00 15.0 1.00 6.000E-04 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09:02:45. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1021 + FILE NAME: csub_sub03a.cbc + + OPENED csub_sub03a.cbc + FILE TYPE:DATA(BINARY) UNIT 1021 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + HEAD INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1022 + FILE NAME: csub_sub03a.hds + + OPENED csub_sub03a.hds + FILE TYPE:DATA(BINARY) UNIT 1022 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + THE LAST TIME STEP WILL BE SAVED + THE LAST TIME STEP WILL BE SAVED + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + + + PROCESSING STORAGE PERIOD DATA + END PROCESSING STORAGE PERIOD DATA + + + STRESS PERIOD 1 IS STEADY-STATE + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + 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................................................................................................................................................................ + 1 14.7549 14.8172 14.8599 14.8859 14.8968 14.8937 14.8765 14.8445 14.7961 14.7287 + 2 14.4233 16.7839 16.8848 16.7292 16.6282 16.6066 16.6658 16.7841 16.6645 14.3786 + 3 14.0068 16.0340 16.1191 15.9806 15.8858 15.8533 15.8830 15.9578 15.8338 13.9464 + 4 13.5184 14.9555 14.9959 14.8830 14.8014 14.7600 14.7542 14.7667 14.6364 13.4480 + 5 12.9778 13.6205 13.6488 13.5929 13.5447 13.5135 13.4989 13.4928 13.4254 12.9109 + 6 12.4154 12.3190 12.2767 12.2436 12.2160 12.1967 12.1869 12.1861 12.2093 12.3572 + 7 11.8555 11.0540 10.9137 10.8774 10.8550 10.8440 10.8455 10.8636 10.9925 11.8082 + 8 11.3207 9.82943 9.56404 9.49316 9.45763 9.45168 9.47582 9.53679 9.79493 11.2848 + 9 10.8323 8.75596 8.32734 8.14706 8.07207 8.06918 8.13846 8.31318 8.73696 10.8080 + 10 10.4094 10.3205 10.2495 10.1988 10.1728 10.1714 10.1945 10.2423 10.3105 10.3965 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 1 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 13.0452 13.0463 13.0475 13.0483 13.0486 13.0482 13.0472 13.0458 13.0441 13.0428 + 2 13.0202 13.0247 13.0275 13.0286 13.0288 13.0283 13.0271 13.0251 13.0218 13.0172 + 3 12.9605 12.9647 12.9675 12.9686 12.9687 12.9680 12.9667 12.9645 12.9611 12.9568 + 4 12.8711 12.8742 12.8760 12.8767 12.8765 12.8757 12.8745 12.8727 12.8701 12.8671 + 5 12.7619 12.7632 12.7639 12.7640 12.7636 12.7629 12.7621 12.7610 12.7597 12.7583 + 6 12.6449 12.6445 12.6438 12.6430 12.6424 12.6419 12.6416 12.6415 12.6417 12.6420 + 7 12.5327 12.5304 12.5283 12.5266 12.5256 12.5253 12.5256 12.5267 12.5284 12.5305 + 8 12.4375 12.4336 12.4301 12.4277 12.4263 12.4260 12.4269 12.4290 12.4322 12.4359 + 9 12.3711 12.3665 12.3624 12.3595 12.3580 12.3578 12.3590 12.3616 12.3654 12.3700 + 10 12.3419 12.3404 12.3384 12.3366 12.3356 12.3355 12.3362 12.3377 12.3395 12.3410 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 1, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 27000.0000 RCHA = 27000.0000 RCHA_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL IN = 27000.0000 TOTAL IN = 27000.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 27000.0000 CHD = 27000.0000 CHD_0 + + TOTAL OUT = 27000.0000 TOTAL OUT = 27000.0000 + + IN - OUT = 4.2466E-08 IN - OUT = 4.2466E-08 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + + +end timestep + + +start timestep kper="2" kstp="1" mode="normal" + + + END OF FILE DETECTED IN OUTPUT CONTROL. + CURRENT OUTPUT CONTROL SETTINGS WILL BE + REPEATED UNTIL THE END OF THE SIMULATION. + + OUTPUT CONTROL FOR STRESS PERIOD 2 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + PROCESSING STORAGE PERIOD DATA + END PROCESSING STORAGE PERIOD DATA + + + STRESS PERIOD 2 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + --------------------------------------------------- + WEL NO. LAYER ROW COL STRESS RATE + --------------------------------------------------- + 1 3 3 6 -14000.0000 + 2 3 3 7 -8000.00000 + 3 3 4 6 -5000.00000 + 4 3 4 7 -3000.00000 + --------------------------------------------------- + + + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + + CSUB PACKAGE CALCULATED INITIAL INTERBED STRESSES AT THE CELL BOTTOM + --------------------------------------------------------------------------------------------------------------------------- + INTERBED PRECONSOLIDATION + NUMBER CELLID GEOSTATIC STRESS EFFECTIVE STRESS STRESS BOUNDNAME + --------------------------------------------------------------------------------------------------------------------------- + 1 (1,1,1) 200.000000 76.6527642 107.000000 01_01_01 + 2 (1,1,2) 200.000000 77.0823827 107.000000 01_01_02 + 3 (1,1,3) 200.000000 77.8973923 107.000000 01_01_03 + 4 (1,1,4) 200.000000 78.4222189 107.000000 01_01_04 + 5 (1,1,5) 200.000000 78.6938946 107.000000 01_01_05 + 6 (1,1,6) 200.000000 78.7267832 107.000000 01_01_06 + 7 (1,1,7) 200.000000 78.5182026 107.000000 01_01_07 + 8 (1,1,8) 200.000000 78.0483405 107.000000 01_01_08 + 9 (1,1,9) 200.000000 77.2746145 107.000000 01_01_09 + 10 (1,1,10) 200.000000 76.8674125 107.000000 01_01_10 + 11 (1,2,1) 200.000000 77.8827363 107.000000 01_02_01 + 12 (1,2,2) 200.000000 78.4922156 107.000000 01_02_02 + 13 (1,2,3) 200.000000 79.0146684 107.000000 01_02_03 + 14 (1,2,4) 200.000000 79.3946710 107.000000 01_02_04 + 15 (1,2,5) 200.000000 79.6105876 107.000000 01_02_05 + 16 (1,2,6) 200.000000 79.6543829 107.000000 01_02_06 + 17 (1,2,7) 200.000000 79.5236966 107.000000 01_02_07 + 18 (1,2,8) 200.000000 79.2211531 107.000000 01_02_08 + 19 (1,2,9) 200.000000 78.7609429 107.000000 01_02_09 + 20 (1,2,10) 200.000000 78.1881815 107.000000 01_02_10 + 21 (1,3,1) 200.000000 79.6286274 107.000000 01_03_01 + 22 (1,3,2) 200.000000 80.2218115 107.000000 01_03_02 + 23 (1,3,3) 200.000000 80.6771421 107.000000 01_03_03 + 24 (1,3,4) 200.000000 81.0002097 107.000000 01_03_04 + 25 (1,3,5) 200.000000 81.1931984 107.000000 01_03_05 + 26 (1,3,6) 200.000000 81.2574753 107.000000 01_03_06 + 27 (1,3,7) 200.000000 81.1937565 107.000000 01_03_07 + 28 (1,3,8) 200.000000 81.0006639 107.000000 01_03_08 + 29 (1,3,9) 200.000000 80.6700287 107.000000 01_03_09 + 30 (1,3,10) 200.000000 80.1733056 107.000000 01_03_10 + 31 (1,4,1) 200.000000 81.9635951 107.000000 01_04_01 + 32 (1,4,2) 200.000000 82.4803561 107.000000 01_04_02 + 33 (1,4,3) 200.000000 82.8494453 107.000000 01_04_03 + 34 (1,4,4) 200.000000 83.1079482 107.000000 01_04_04 + 35 (1,4,5) 200.000000 83.2731308 107.000000 01_04_05 + 36 (1,4,6) 200.000000 83.3552153 107.000000 01_04_06 + 37 (1,4,7) 200.000000 83.3637721 107.000000 01_04_07 + 38 (1,4,8) 200.000000 83.3120962 107.000000 01_04_08 + 39 (1,4,9) 200.000000 83.2224889 107.000000 01_04_09 + 40 (1,4,10) 200.000000 83.1362556 107.000000 01_04_10 + 41 (1,5,1) 200.000000 85.2044104 107.000000 01_05_01 + 42 (1,5,2) 200.000000 85.3142039 107.000000 01_05_02 + 43 (1,5,3) 200.000000 85.4511649 107.000000 01_05_03 + 44 (1,5,4) 200.000000 85.5769138 107.000000 01_05_04 + 45 (1,5,5) 200.000000 85.6739033 107.000000 01_05_05 + 46 (1,5,6) 200.000000 85.7357573 107.000000 01_05_06 + 47 (1,5,7) 200.000000 85.7634268 107.000000 01_05_07 + 48 (1,5,8) 200.000000 85.7637263 107.000000 01_05_08 + 49 (1,5,9) 200.000000 85.7486064 107.000000 01_05_09 + 50 (1,5,10) 200.000000 85.7337784 107.000000 01_05_10 + 51 (1,6,1) 200.000000 87.9951453 107.000000 01_06_01 + 52 (1,6,2) 200.000000 88.0329896 107.000000 01_06_02 + 53 (1,6,3) 200.000000 88.0923334 107.000000 01_06_03 + 54 (1,6,4) 200.000000 88.1559357 107.000000 01_06_04 + 55 (1,6,5) 200.000000 88.2105296 107.000000 01_06_05 + 56 (1,6,6) 200.000000 88.2485324 107.000000 01_06_06 + 57 (1,6,7) 200.000000 88.2681357 107.000000 01_06_07 + 58 (1,6,8) 200.000000 88.2725733 107.000000 01_06_08 + 59 (1,6,9) 200.000000 88.2686000 107.000000 01_06_09 + 60 (1,6,10) 200.000000 88.2638572 107.000000 01_06_10 + 61 (1,7,1) 200.000000 90.6369665 107.000000 01_07_01 + 62 (1,7,2) 200.000000 90.6678888 107.000000 01_07_02 + 63 (1,7,3) 200.000000 90.7186825 107.000000 01_07_03 + 64 (1,7,4) 200.000000 90.7733885 107.000000 01_07_04 + 65 (1,7,5) 200.000000 90.8160792 107.000000 01_07_05 + 66 (1,7,6) 200.000000 90.8375770 107.000000 01_07_06 + 67 (1,7,7) 200.000000 90.8362376 107.000000 01_07_07 + 68 (1,7,8) 200.000000 90.8178156 107.000000 01_07_08 + 69 (1,7,9) 200.000000 90.7945393 107.000000 01_07_09 + 70 (1,7,10) 200.000000 90.7786914 107.000000 01_07_10 + 71 (1,8,1) 200.000000 93.1700534 107.000000 01_08_01 + 72 (1,8,2) 200.000000 93.2336335 107.000000 01_08_02 + 73 (1,8,3) 200.000000 93.3391768 107.000000 01_08_03 + 74 (1,8,4) 200.000000 93.4488076 107.000000 01_08_04 + 75 (1,8,5) 200.000000 93.5164264 107.000000 01_08_05 + 76 (1,8,6) 200.000000 93.5280603 107.000000 01_08_06 + 77 (1,8,7) 200.000000 93.4827603 107.000000 01_08_07 + 78 (1,8,8) 200.000000 93.3925634 107.000000 01_08_08 + 79 (1,8,9) 200.000000 93.3014873 107.000000 01_08_09 + 80 (1,8,10) 200.000000 93.2456551 107.000000 01_08_10 + 81 (1,9,1) 200.000000 95.4757644 107.000000 01_09_01 + 82 (1,9,2) 200.000000 95.6499035 107.000000 01_09_02 + 83 (1,9,3) 200.000000 95.9607409 107.000000 01_09_03 + 84 (1,9,4) 200.000000 96.3099261 107.000000 01_09_04 + 85 (1,9,5) 200.000000 96.4585578 107.000000 01_09_05 + 86 (1,9,6) 200.000000 96.4641579 107.000000 01_09_06 + 87 (1,9,7) 200.000000 96.3266218 107.000000 01_09_07 + 88 (1,9,8) 200.000000 95.9884042 107.000000 01_09_08 + 89 (1,9,9) 200.000000 95.6860380 107.000000 01_09_09 + 90 (1,9,10) 200.000000 95.5164733 107.000000 01_09_10 + 91 (1,10,1) 200.000000 97.1227670 107.000000 01_10_01 + 92 (1,10,2) 200.000000 97.5458158 107.000000 01_10_02 + 93 (1,10,3) 200.000000 98.4546422 107.000000 01_10_03 + 94 (1,10,8) 200.000000 98.4666483 107.000000 01_10_08 + 95 (1,10,9) 200.000000 97.5659211 107.000000 01_10_09 + 96 (1,10,10) 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03_10_05 + 292 (3,10,6) 700.000000 337.664546 357.000000 03_10_06 + 293 (3,10,7) 700.000000 337.663781 357.000000 03_10_07 + 294 (3,10,8) 700.000000 337.662285 357.000000 03_10_08 + 295 (3,10,9) 700.000000 337.660471 357.000000 03_10_09 + 296 (3,10,10) 700.000000 337.659048 357.000000 03_10_10 + --------------------------------------------------------------------------------------------------------------------------- + + + +end timestep + + +start timestep kper="2" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 2 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 2 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 2 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 20.5417 20.1113 19.2951 18.7687 18.4955 18.4614 18.6693 19.1390 19.9129 20.3203 + 2 19.3660 18.7550 18.2303 17.8477 17.6293 17.5836 17.7136 18.0167 18.4781 19.0522 + 3 17.7312 17.1361 16.6778 16.3511 16.1542 16.0868 16.1501 16.3449 16.6779 17.1769 + 4 15.5660 15.0477 14.6762 14.4148 14.2465 14.1620 14.1528 14.2054 14.2967 14.3845 + 5 12.5525 12.4421 12.3042 12.1771 12.0787 12.0154 11.9867 11.9860 12.0012 12.0164 + 6 10.0433 10.0063 9.94820 9.88557 9.83117 9.79233 9.77101 9.76441 9.76642 9.77000 + 7 7.73245 7.70541 7.66062 7.61170 7.57226 7.55026 7.54742 7.55928 7.57602 7.58771 + 8 5.56884 5.51748 5.43186 5.34236 5.28594 5.27401 5.30754 5.37711 5.44790 5.49130 + 9 3.63935 3.50094 3.25363 2.97556 2.85642 2.85066 2.95838 3.22515 3.46373 3.59742 + 10 2.28299 1.94726 1.22607 0.00000 0.00000 0.00000 0.00000 1.21367 1.92648 2.25797 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 3.13069 3.16846 3.18893 3.19542 3.19060 3.17635 3.15352 3.12152 3.07844 3.02127 + 2 2.90436 4.72985 4.55924 4.10273 3.64301 3.30633 3.37366 3.72929 3.96631 2.72988 + 3 2.60721 3.91327 3.54398 2.76848 1.64472 0.106536 0.513895 1.83802 2.65867 2.38747 + 4 2.25632 3.13037 2.82372 2.26170 1.53861 0.709713 0.847720 1.51442 1.98988 2.02187 + 5 1.86727 2.27632 2.14679 1.90781 1.64960 1.44266 1.42029 1.53456 1.65711 1.65076 + 6 1.46151 1.43295 1.35445 1.26058 1.16665 1.09628 1.07023 1.08363 1.13140 1.27720 + 7 1.05490 0.552453 0.441989 0.390350 0.347736 0.318986 0.308740 0.318804 0.403174 0.907111 + 8 0.663376 -0.328154 -0.518328 -0.583504 -0.623184 -0.638114 -0.626597 -0.585044 -0.413958 0.552339 + 9 0.302553 -1.12294 -1.43500 -1.58165 -1.64721 -1.65521 -1.60506 -1.47227 -1.17312 0.227588 + 10 -1.338869E-02 -8.067976E-02 -0.135402 -0.175639 -0.197904 -0.202296 -0.188822 -0.157392 -0.111474 -5.298901E-02 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -8.38867 -8.51522 -8.75351 -9.06787 -9.39479 -9.64156 -9.71429 -9.64059 -9.52190 -9.44131 + 2 -8.63858 -8.85074 -9.27847 -9.90498 -10.6603 -11.3283 -11.3183 -10.8492 -10.3980 -10.1446 + 3 -8.84435 -9.18390 -9.92730 -11.2161 -13.3324 -16.8379 -15.8960 -13.1300 -11.6208 -10.9495 + 4 -8.53148 -8.79967 -9.36566 -10.2778 -11.5971 -13.3662 -13.0183 -11.6151 -10.7026 -10.2578 + 5 -7.92476 -8.05874 -8.32336 -8.70012 -9.13564 -9.50066 -9.51970 -9.28562 -9.03911 -8.89409 + 6 -7.40148 -7.45100 -7.54502 -7.67182 -7.81040 -7.91677 -7.94975 -7.91935 -7.86838 -7.83320 + 7 -7.07186 -7.09069 -7.12441 -7.16747 -7.21166 -7.24661 -7.26466 -7.26669 -7.26027 -7.25386 + 8 -6.83195 -6.84264 -6.85987 -6.88072 -6.90175 -6.91941 -6.93127 -6.93693 -6.93784 -6.93626 + 9 -6.66204 -6.66933 -6.67972 -6.69160 -6.70339 -6.71357 -6.72102 -6.72524 -6.72633 -6.72501 + 10 -6.57170 -6.57538 -6.58165 -6.58934 -6.59730 -6.60452 -6.61027 -6.61419 -6.61631 -6.61702 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 2269979.3710 CSUB-CGELASTIC = 1064.1861 CSUB + CSUB-ELASTIC = 1082355.7075 CSUB-ELASTIC = 373.4821 CSUB + CSUB-INELASTIC = 6106626.8415 CSUB-INELASTIC = 22957.7512 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 9888750.0000 RCHA = 27000.0000 RCHA_0 + CHD = 487.7661 CHD = 4.5880 CHD_0 + + TOTAL IN = 19348199.6861 TOTAL IN = 51400.0073 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 10957500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 8390699.6860 CHD = 21400.0073 CHD_0 + + TOTAL OUT = 19348199.6860 TOTAL OUT = 51400.0073 + + IN - OUT = 9.0245E-05 IN - OUT = 5.7125E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 3.16440E+07 5.27400E+05 8790.0 366.25 1.0027 + + +end timestep + + +start timestep kper="3" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 3 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 3 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="3" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="3" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="3" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="3" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="3" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 3 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 3 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 3 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 3 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 3 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 3 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 3 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 20.0980 19.6674 18.8507 18.3240 18.0504 18.0160 18.2237 18.6933 19.4673 19.8748 + 2 18.9320 18.3205 17.7952 17.4120 17.1930 17.1469 17.2767 17.5797 18.0414 18.6160 + 3 17.3174 16.7218 16.2628 15.9354 15.7379 15.6701 15.7331 15.9278 16.2612 16.7607 + 4 15.1829 14.6642 14.2921 14.0301 13.8612 13.7763 13.7668 13.8193 13.9107 13.9990 + 5 12.2097 12.0991 11.9609 11.8334 11.7345 11.6708 11.6419 11.6409 11.6561 11.6715 + 6 9.74915 9.71231 9.65429 9.59167 9.53711 9.49794 9.47616 9.46906 9.47066 9.47401 + 7 7.49324 7.46695 7.42309 7.37497 7.33586 7.31362 7.30999 7.32070 7.33627 7.34712 + 8 5.38823 5.33888 5.25621 5.16956 5.11464 5.10255 5.13428 5.20076 5.26842 5.30974 + 9 3.51568 3.38249 3.14410 2.87588 2.76079 2.75495 2.85845 3.11520 3.34473 3.47312 + 10 2.20152 1.87781 1.18238 0.00000 0.00000 0.00000 0.00000 1.16977 1.85669 2.17607 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 3 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 1.36921 1.39280 1.40114 1.39771 1.38541 1.36637 1.34169 1.31103 1.27264 1.22366 + 2 1.20748 2.72126 2.46952 1.95465 1.43647 1.04820 1.07694 1.41228 1.70509 0.978982 + 3 0.985304 1.95536 1.49304 0.650152 -0.540384 -2.13586 -1.76759 -0.459396 0.429565 0.700382 + 4 0.720030 1.32761 0.940040 0.314628 -0.471675 -1.35405 -1.25228 -0.600594 -6.848490E-02 0.415846 + 5 0.425015 0.726464 0.547079 0.257613 -5.171481E-02 -0.301899 -0.354992 -0.256537 -0.107778 0.140245 + 6 0.116862 0.178838 8.834121E-02 -3.910342E-02 -0.167546 -0.268168 -0.317208 -0.318990 -0.280620 -0.129282 + 7 -0.194925 -0.426951 -0.514332 -0.582494 -0.645287 -0.692861 -0.718551 -0.721596 -0.675308 -0.394472 + 8 -0.500553 -1.11352 -1.25791 -1.32627 -1.37373 -1.39724 -1.39423 -1.36326 -1.24708 -0.651229 + 9 -0.788193 -1.80266 -2.06021 -2.20145 -2.26797 -2.27956 -2.23527 -2.11379 -1.87442 -0.890133 + 10 -1.04525 -1.10100 -1.14741 -1.18258 -1.20313 -1.20912 -1.20056 -1.17737 -1.14294 -1.09916 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 3 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -11.9638 -12.1278 -12.4347 -12.8380 -13.2608 -13.5980 -13.7465 -13.7292 -13.6466 -13.5833 + 2 -12.1935 -12.4467 -12.9490 -13.6710 -14.5278 -15.2896 -15.3560 -14.9418 -14.5244 -14.2862 + 3 -12.2784 -12.6621 -13.4852 -14.8750 -17.0971 -20.6982 -19.8316 -17.1172 -15.6378 -14.9790 + 4 -11.6557 -11.9671 -12.6101 -13.6196 -15.0402 -16.8996 -16.6215 -15.2650 -14.3782 -13.9438 + 5 -10.5421 -10.7132 -11.0450 -11.5068 -12.0299 -12.4721 -12.5506 -12.3563 -12.1320 -11.9958 + 6 -9.39760 -9.47791 -9.62772 -9.82349 -10.0279 -10.1920 -10.2703 -10.2713 -10.2389 -10.2120 + 7 -8.47090 -8.50720 -8.57328 -8.65778 -8.74536 -8.81981 -8.86946 -8.89368 -8.90075 -8.90073 + 8 -7.82423 -7.84154 -7.87186 -7.91015 -7.95034 -7.98645 -8.01419 -8.03216 -8.04152 -8.04458 + 9 -7.43290 -7.44237 -7.45772 -7.47665 -7.49657 -7.51497 -7.52990 -7.54031 -7.54602 -7.54754 + 10 -7.25060 -7.25539 -7.26391 -7.27483 -7.28665 -7.29794 -7.30754 -7.31475 -7.31930 -7.32135 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 3 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 3 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 2531311.6130 CSUB-CGELASTIC = 680.3885 CSUB + CSUB-ELASTIC = 1134077.0721 CSUB-ELASTIC = 117.3617 CSUB + CSUB-INELASTIC = 14522153.4268 CSUB-INELASTIC = 22832.1687 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 19750500.0000 RCHA = 27000.0000 RCHA_0 + CHD = 7923.1328 CHD = 28.7723 CHD_0 + + TOTAL IN = 37945965.2446 TOTAL IN = 50658.6912 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 21915000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 16030965.2444 CHD = 20658.6912 CHD_0 + + TOTAL OUT = 37945965.2444 TOTAL OUT = 50658.6912 + + IN - OUT = 2.6226E-04 IN - OUT = 6.0689E-08 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 3 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 6.32016E+07 1.05336E+06 17556. 731.50 2.0027 + + +end timestep + + +start timestep kper="4" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 4 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 4 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="4" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="4" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="4" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="4" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="4" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 4 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 4 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 4 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 4 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 4 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 4 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 4 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 19.7503 19.3196 18.5028 17.9759 17.7022 17.6678 17.8755 18.3452 19.1192 19.5267 + 2 18.5917 17.9799 17.4544 17.0709 16.8518 16.8056 16.9354 17.2385 17.7004 18.2753 + 3 16.9928 16.3968 15.9375 15.6098 15.4122 15.3443 15.4073 15.6022 15.9357 16.4356 + 4 14.8817 14.3627 13.9904 13.7282 13.5592 13.4742 13.4647 13.5172 13.6088 13.6974 + 5 11.9393 11.8286 11.6902 11.5627 11.4638 11.4000 11.3709 11.3700 11.3851 11.4006 + 6 9.51591 9.47921 9.42139 9.35893 9.30444 9.26520 9.24322 9.23586 9.23720 9.24040 + 7 7.30250 7.27679 7.23372 7.18632 7.14761 7.12532 7.12118 7.13107 7.14580 7.15607 + 8 5.24337 5.19561 5.11534 5.03103 4.97740 4.96527 4.99562 5.05968 5.12490 5.16462 + 9 3.41589 3.28692 3.05578 2.79556 2.68379 2.67791 2.77804 3.02674 3.24898 3.37314 + 10 2.13538 1.82144 1.14691 0.00000 0.00000 0.00000 0.00000 1.13423 1.80021 2.10981 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 4 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -0.134207 -0.119825 -0.118625 -0.127127 -0.142422 -0.162337 -0.185735 -0.212896 -0.245495 -0.286360 + 2 -0.250907 0.972182 0.673614 0.148001 -0.379257 -0.776527 -0.755802 -0.423799 -8.878220E-02 -0.489284 + 3 -0.418811 0.288829 -0.217599 -1.07105 -2.27063 -3.87513 -3.51493 -2.21027 -1.28188 -0.715719 + 4 -0.621738 -0.205533 -0.626522 -1.26118 -2.05583 -2.94658 -2.85238 -2.20456 -1.64364 -0.938952 + 5 -0.848562 -0.639200 -0.836742 -1.13349 -1.45013 -1.70778 -1.76772 -1.67367 -1.51109 -1.14647 + 6 -1.08576 -0.999142 -1.08968 -1.22202 -1.35651 -1.46350 -1.51857 -1.52544 -1.49093 -1.34434 + 7 -1.32742 -1.41508 -1.48376 -1.55423 -1.62170 -1.67453 -1.70552 -1.71452 -1.69031 -1.53804 + 8 -1.56744 -1.92929 -2.03788 -2.10577 -2.15646 -2.18428 -2.18624 -2.16254 -2.08499 -1.72729 + 9 -1.79727 -2.49293 -2.70358 -2.84058 -2.90848 -2.92358 -2.88460 -2.77295 -2.58283 -1.90604 + 10 -2.00664 -2.05290 -2.09227 -2.12289 -2.14142 -2.14792 -2.14236 -2.12467 -2.09815 -2.06464 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 4 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -15.2863 -15.4557 -15.7727 -16.1896 -16.6283 -16.9820 -17.1459 -17.1414 -17.0681 -17.0096 + 2 -15.4274 -15.6864 -16.1989 -16.9345 -17.8070 -18.5850 -18.6665 -18.2649 -17.8562 -17.6221 + 3 -15.3349 -15.7242 -16.5571 -17.9601 -20.1973 -23.8139 -22.9617 -20.2592 -18.7881 -18.1333 + 4 -14.4527 -14.7691 -15.4212 -16.4428 -17.8774 -19.7512 -19.4864 -18.1410 -17.2621 -16.8314 + 5 -13.0142 -13.1896 -13.5294 -14.0019 -14.5374 -14.9924 -15.0830 -14.8988 -14.6815 -14.5489 + 6 -11.5085 -11.5922 -11.7486 -11.9535 -12.1685 -12.3436 -12.4324 -12.4421 -12.4160 -12.3925 + 7 -10.2215 -10.2604 -10.3317 -10.4236 -10.5200 -10.6037 -10.6621 -10.6939 -10.7065 -10.7096 + 8 -9.25604 -9.27520 -9.30967 -9.35400 -9.40143 -9.44523 -9.48035 -9.50474 -9.51897 -9.52491 + 9 -8.62538 -8.63632 -8.65518 -8.67927 -8.70538 -8.73037 -8.75165 -8.76760 -8.77759 -8.78173 + 10 -8.31448 -8.32108 -8.33314 -8.34894 -8.36650 -8.38382 -8.39918 -8.41132 -8.41953 -8.42356 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 4 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 4 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 2775462.6701 CSUB-CGELASTIC = 660.7663 CSUB + CSUB-ELASTIC = 1175862.4150 CSUB-ELASTIC = 112.7720 CSUB + CSUB-INELASTIC = 22730552.5327 CSUB-INELASTIC = 22234.9897 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 29612250.0000 RCHA = 27000.0000 RCHA_0 + CHD = 23291.8562 CHD = 51.3275 CHD_0 + + TOTAL IN = 56317419.4740 TOTAL IN = 50059.8554 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 32872500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 23444919.4737 CHD = 20059.8554 CHD_0 + + TOTAL OUT = 56317419.4737 TOTAL OUT = 50059.8554 + + IN - OUT = 3.0776E-04 IN - OUT = 1.0918E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 4 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 9.47592E+07 1.57932E+06 26322. 1096.8 3.0027 + + +end timestep + + +start timestep kper="5" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 5 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 5 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="5" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="5" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="5" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="5" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="5" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 5 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 5 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 5 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 5 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 5 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 5 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 5 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -1.68852 -1.68867 -1.68893 -1.68924 -1.68956 -1.68984 -1.69004 -1.69015 -1.69019 -1.69019 + 2 -1.65521 -1.65546 -1.65583 -1.65628 -1.65673 -1.65710 -1.65731 -1.65735 -1.65727 -1.65713 + 3 -1.58830 -1.58863 -1.58910 -1.58968 -1.59031 -1.59086 -1.59104 -1.59092 -1.59069 -1.59042 + 4 -1.48743 -1.48772 -1.48808 -1.48853 -1.48901 -1.48946 -1.48970 -1.48973 -1.48964 -1.48945 + 5 -1.35261 -1.35272 -1.35274 -1.35280 -1.35297 -1.35329 -1.35368 -1.35407 -1.35433 -1.35438 + 6 -1.18438 -1.18397 -1.18312 -1.18228 -1.18188 -1.18213 -1.18302 -1.18426 -1.18539 -1.18597 + 7 -0.984604 -0.982368 -0.978802 -0.975320 -0.973359 -0.973647 -0.976147 -0.980057 -0.983880 -0.986168 + 8 -0.760318 -0.752786 -0.740693 -0.728553 -0.721836 -0.722064 -0.729211 -0.741701 -0.754015 -0.761615 + 9 -0.532267 -0.510458 -0.472078 -0.429265 -0.411538 -0.411679 -0.429682 -0.472760 -0.511327 -0.533214 + 10 -0.357011 -0.304495 -0.191740 0.00000 0.00000 0.00000 0.00000 -0.192066 -0.305038 -0.357663 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 5 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -7.23934 -7.25286 -7.26611 -7.27866 -7.28972 -7.29838 -7.30388 -7.30594 -7.30468 -7.30033 + 2 -7.18438 -7.27735 -7.30990 -7.35410 -7.40635 -7.45279 -7.45767 -7.43361 -7.40651 -7.27072 + 3 -7.12038 -7.27090 -7.32440 -7.40857 -7.55039 -7.78632 -7.73179 -7.55457 -7.45331 -7.21782 + 4 -7.04221 -7.20231 -7.24601 -7.30752 -7.39347 -7.51262 -7.49598 -7.40941 -7.35155 -7.13146 + 5 -6.93163 -7.10633 -7.12788 -7.15223 -7.17992 -7.20759 -7.21316 -7.20218 -7.18377 -7.02210 + 6 -6.78411 -7.02065 -7.02916 -7.03748 -7.04615 -7.05327 -7.05694 -7.05744 -7.05350 -6.87184 + 7 -6.61899 -6.59125 -6.61248 -6.65374 -6.69923 -6.74017 -6.77054 -6.78898 -6.79096 -6.69556 + 8 -6.45419 -5.96376 -5.90066 -5.91118 -5.93138 -5.95395 -5.97627 -6.00058 -6.08006 -6.51495 + 9 -6.30446 -5.52793 -5.40972 -5.39411 -5.39781 -5.41066 -5.43133 -5.46732 -5.59642 -6.34728 + 10 -6.17955 -6.15470 -6.13638 -6.12481 -6.12045 -6.12322 -6.13307 -6.15002 -6.17352 -6.20334 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 5 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -18.4913 -18.6611 -18.9785 -19.3957 -19.8348 -20.1892 -20.3542 -20.3511 -20.2788 -20.2208 + 2 -18.5634 -18.8240 -19.3360 -20.0698 -20.9403 -21.7173 -21.7996 -21.4002 -20.9935 -20.7599 + 3 -18.3344 -18.7241 -19.5549 -20.9538 -23.1863 -26.7996 -25.9483 -23.2498 -21.7829 -21.1304 + 4 -17.2628 -17.5792 -18.2293 -19.2476 -20.6784 -22.5498 -22.2855 -20.9430 -20.0674 -19.6390 + 5 -15.5988 -15.7744 -16.1133 -16.5842 -17.1182 -17.5724 -17.6634 -17.4807 -17.2653 -17.1339 + 6 -13.8500 -13.9341 -14.0903 -14.2948 -14.5096 -14.6850 -14.7746 -14.7855 -14.7606 -14.7377 + 7 -12.3242 -12.3627 -12.4336 -12.5255 -12.6223 -12.7070 -12.7668 -12.8002 -12.8144 -12.8186 + 8 -11.1501 -11.1673 -11.2004 -11.2442 -11.2919 -11.3369 -11.3740 -11.4008 -11.4178 -11.4264 + 9 -10.3670 -10.3750 -10.3917 -10.4148 -10.4411 -10.4673 -10.4908 -10.5098 -10.5233 -10.5310 + 10 -9.97921 -9.98512 -9.99650 -10.0121 -10.0302 -10.0487 -10.0659 -10.0803 -10.0906 -10.0961 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 5 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 5 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 3608098.8177 CSUB-CGELASTIC = 708.2398 CSUB + CSUB-ELASTIC = 1538474.7649 CSUB-ELASTIC = 44.7980 CSUB + CSUB-INELASTIC = 32009739.1470 CSUB-INELASTIC = 25882.5664 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 29612250.0000 RCHA = 0.0000 RCHA_0 + CHD = 881184.8329 CHD = 3364.3958 CHD_0 + + TOTAL IN = 67649747.5625 TOTAL IN = 30000.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 43830000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 23819747.5621 CHD = 0.0000 CHD_0 + + TOTAL OUT = 67649747.5621 TOTAL OUT = 30000.0000 + + IN - OUT = 4.1512E-04 IN - OUT = 2.9270E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 5 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 1.26317E+08 2.10528E+06 35088. 1462.0 4.0027 + + +end timestep + + +start timestep kper="6" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 6 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 6 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="6" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="6" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="6" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="6" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="6" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 6 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 6 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 6 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 6 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 6 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 6 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 6 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -1.82788 -1.82814 -1.82860 -1.82915 -1.82972 -1.83020 -1.83054 -1.83072 -1.83077 -1.83075 + 2 -1.79165 -1.79210 -1.79278 -1.79360 -1.79443 -1.79511 -1.79547 -1.79550 -1.79532 -1.79502 + 3 -1.71881 -1.71939 -1.72024 -1.72132 -1.72249 -1.72349 -1.72380 -1.72353 -1.72306 -1.72253 + 4 -1.60900 -1.60946 -1.61013 -1.61097 -1.61188 -1.61268 -1.61306 -1.61303 -1.61279 -1.61243 + 5 -1.46272 -1.46284 -1.46298 -1.46322 -1.46361 -1.46412 -1.46465 -1.46509 -1.46538 -1.46543 + 6 -1.28124 -1.28066 -1.27972 -1.27885 -1.27846 -1.27879 -1.27979 -1.28116 -1.28245 -1.28320 + 7 -1.06700 -1.06463 -1.06079 -1.05699 -1.05479 -1.05501 -1.05762 -1.06177 -1.06586 -1.06837 + 8 -0.826455 -0.818743 -0.805897 -0.792822 -0.785529 -0.785703 -0.793318 -0.806659 -0.819687 -0.827484 + 9 -0.580091 -0.556749 -0.515193 -0.468639 -0.449348 -0.449462 -0.468977 -0.515744 -0.557451 -0.580849 + 10 -0.389481 -0.332255 -0.209271 0.00000 0.00000 0.00000 0.00000 -0.209533 -0.332691 -0.390002 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 6 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -7.72879 -7.75053 -7.77108 -7.78984 -7.80585 -7.81802 -7.82543 -7.82767 -7.82474 -7.81677 + 2 -7.63743 -7.79320 -7.85821 -7.94557 -8.04901 -8.14118 -8.15091 -8.10331 -8.04801 -7.76485 + 3 -7.53362 -7.77120 -7.87733 -8.04425 -8.31682 -8.75568 -8.65467 -8.32464 -8.13131 -7.68155 + 4 -7.41329 -7.62304 -7.70833 -7.83000 -8.00052 -8.22646 -8.19542 -8.03202 -7.91690 -7.55714 + 5 -7.28302 -7.40443 -7.44859 -7.50134 -7.56122 -7.61563 -7.62658 -7.60475 -7.57095 -7.40417 + 6 -7.15702 -7.18953 -7.20922 -7.23014 -7.25205 -7.27002 -7.27928 -7.28048 -7.27385 -7.24703 + 7 -7.05121 -7.04966 -7.05409 -7.05886 -7.06462 -7.06976 -7.07352 -7.07576 -7.07599 -7.10821 + 8 -6.95723 -6.94357 -6.94605 -6.95998 -6.97932 -6.99994 -7.00120 -7.00224 -7.00322 -7.00247 + 9 -6.86276 -6.46369 -6.39518 -6.38117 -6.38427 -6.39707 -6.41800 -6.45195 -6.52992 -6.89531 + 10 -6.78057 -6.76410 -6.75183 -6.74405 -6.74130 -6.74349 -6.75058 -6.76257 -6.77884 -6.79907 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 6 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -21.3092 -21.4791 -21.7966 -22.2140 -22.6533 -23.0078 -23.1728 -23.1696 -23.0973 -23.0392 + 2 -21.3372 -21.5980 -22.1104 -22.8446 -23.7155 -24.4928 -24.5751 -24.1755 -23.7684 -23.5344 + 3 -21.0240 -21.4141 -22.2453 -23.6449 -25.8781 -29.4919 -28.6405 -25.9416 -24.4740 -23.8209 + 4 -19.8361 -20.1527 -20.8032 -21.8219 -23.2532 -25.1249 -24.8606 -23.5178 -22.6417 -22.2129 + 5 -18.0353 -18.2109 -18.5498 -19.0209 -19.5550 -20.0093 -20.1003 -19.9175 -19.7019 -19.5705 + 6 -16.1433 -16.2271 -16.3833 -16.5877 -16.8024 -16.9778 -17.0673 -17.0781 -17.0533 -17.0306 + 7 -14.4823 -14.5209 -14.5920 -14.6838 -14.7805 -14.8650 -14.9245 -14.9577 -14.9717 -14.9759 + 8 -13.1926 -13.2108 -13.2445 -13.2887 -13.3366 -13.3815 -13.4183 -13.4447 -13.4610 -13.4687 + 9 -12.3234 -12.3323 -12.3497 -12.3732 -12.3997 -12.4260 -12.4493 -12.4680 -12.4809 -12.4878 + 10 -11.8892 -11.8953 -11.9070 -11.9229 -11.9411 -11.9598 -11.9770 -11.9912 -12.0013 -12.0066 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 6 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 6 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 3854231.5961 CSUB-CGELASTIC = 661.1842 CSUB + CSUB-ELASTIC = 1548443.1263 CSUB-ELASTIC = 23.4407 CSUB + CSUB-INELASTIC = 41411441.7706 CSUB-INELASTIC = 25641.8568 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 29612250.0000 RCHA = 0.0000 RCHA_0 + CHD = 2180881.0697 CHD = 3673.5184 CHD_0 + + TOTAL IN = 78607247.5627 TOTAL IN = 30000.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 54787500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 23819747.5621 CHD = 0.0000 CHD_0 + + TOTAL OUT = 78607247.5621 TOTAL OUT = 30000.0000 + + IN - OUT = 5.3102E-04 IN - OUT = 2.8554E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 6 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 1.57874E+08 2.63124E+06 43854. 1827.2 5.0027 + + +end timestep + + +start timestep kper="7" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 7 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 7 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="7" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="7" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="7" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="7" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="7" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 7 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 7 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 7 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 7 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 7 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 7 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 7 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -1.96069 -1.96106 -1.96169 -1.96245 -1.96322 -1.96387 -1.96431 -1.96453 -1.96457 -1.96453 + 2 -1.92137 -1.92200 -1.92296 -1.92410 -1.92527 -1.92620 -1.92667 -1.92668 -1.92638 -1.92592 + 3 -1.84212 -1.84293 -1.84414 -1.84566 -1.84730 -1.84869 -1.84909 -1.84869 -1.84798 -1.84720 + 4 -1.72260 -1.72324 -1.72420 -1.72540 -1.72670 -1.72782 -1.72831 -1.72823 -1.72784 -1.72731 + 5 -1.56372 -1.56389 -1.56417 -1.56461 -1.56522 -1.56594 -1.56660 -1.56711 -1.56741 -1.56745 + 6 -1.36739 -1.36673 -1.36575 -1.36490 -1.36459 -1.36505 -1.36620 -1.36774 -1.36919 -1.37008 + 7 -1.13683 -1.13420 -1.13008 -1.12604 -1.12374 -1.12402 -1.12686 -1.13136 -1.13582 -1.13864 + 8 -0.879430 -0.871155 -0.857478 -0.843567 -0.835800 -0.835971 -0.844068 -0.858269 -0.872175 -0.880599 + 9 -0.617049 -0.592500 -0.548518 -0.499132 -0.478649 -0.478740 -0.499405 -0.548981 -0.593121 -0.617777 + 10 -0.413813 -0.353048 -0.222395 0.00000 0.00000 0.00000 0.00000 -0.222628 -0.353444 -0.414295 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 7 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -8.31428 -8.34242 -8.36820 -8.39101 -8.40985 -8.42358 -8.43124 -8.43237 -8.42695 -8.41509 + 2 -8.19275 -8.42172 -8.51609 -8.64078 -8.78842 -8.92005 -8.93397 -8.86600 -8.78315 -8.34189 + 3 -8.05406 -8.38149 -8.53486 -8.77356 -9.15933 -9.77010 -9.63050 -9.17030 -8.89311 -8.23075 + 4 -7.89419 -8.15873 -8.28091 -8.45478 -8.69856 -9.01561 -8.97269 -8.74354 -8.57611 -8.07162 + 5 -7.71962 -7.82780 -7.89084 -7.96824 -8.05603 -8.13361 -8.14924 -8.11800 -8.07069 -7.87717 + 6 -7.54398 -7.49485 -7.52165 -7.55345 -7.58682 -7.61419 -7.62828 -7.63010 -7.62340 -7.67181 + 7 -7.38166 -7.24196 -7.24830 -7.25835 -7.26968 -7.27982 -7.28727 -7.29174 -7.29598 -7.47759 + 8 -7.24375 -7.08999 -7.08941 -7.09157 -7.09445 -7.09769 -7.10173 -7.10538 -7.11102 -7.30978 + 9 -7.13608 -7.02466 -7.02236 -7.02133 -7.02157 -7.02263 -7.02439 -7.02711 -7.03095 -7.17594 + 10 -7.05779 -7.04326 -7.03304 -7.02675 -7.02458 -7.02624 -7.03189 -7.04190 -7.05627 -7.07554 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 7 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -23.8436 -24.0137 -24.3316 -24.7493 -25.1890 -25.5438 -25.7090 -25.7058 -25.6334 -25.5753 + 2 -23.8448 -24.1060 -24.6188 -25.3537 -26.2252 -27.0030 -27.0855 -26.6858 -26.2785 -26.0441 + 3 -23.4800 -23.8705 -24.7024 -26.1029 -28.3370 -31.9516 -31.1004 -28.4011 -26.9330 -26.2794 + 4 -22.2206 -22.5376 -23.1886 -24.2080 -25.6401 -27.5123 -27.2483 -25.9052 -25.0288 -24.5997 + 5 -20.3357 -20.5114 -20.8506 -21.3221 -21.8567 -22.3113 -22.4025 -22.2197 -22.0041 -21.8726 + 6 -18.3559 -18.4396 -18.5958 -18.8004 -19.0154 -19.1910 -19.2806 -19.2916 -19.2668 -19.2443 + 7 -16.6127 -16.6511 -16.7221 -16.8140 -16.9108 -16.9953 -17.0550 -17.0882 -17.1024 -17.1068 + 8 -15.2548 -15.2729 -15.3066 -15.3508 -15.3987 -15.4436 -15.4803 -15.5066 -15.5229 -15.5308 + 9 -14.3373 -14.3467 -14.3645 -14.3882 -14.4148 -14.4409 -14.4641 -14.4824 -14.4949 -14.5013 + 10 -13.8767 -13.8830 -13.8949 -13.9109 -13.9292 -13.9478 -13.9648 -13.9788 -13.9887 -13.9939 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 7 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 7 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 4089110.6072 CSUB-CGELASTIC = 631.4871 CSUB + CSUB-ELASTIC = 1552211.2667 CSUB-ELASTIC = 4.3058 CSUB + CSUB-INELASTIC = 50736554.0804 CSUB-INELASTIC = 25459.5349 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 29612250.0000 RCHA = 0.0000 RCHA_0 + CHD = 3574621.6084 CHD = 3904.6722 CHD_0 + + TOTAL IN = 89564747.5628 TOTAL IN = 30000.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 65745000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 23819747.5621 CHD = 0.0000 CHD_0 + + TOTAL OUT = 89564747.5621 TOTAL OUT = 30000.0000 + + IN - OUT = 6.7571E-04 IN - OUT = 2.7954E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 7 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 1.89432E+08 3.15720E+06 52620. 2192.5 6.0027 + + +end timestep + + +start timestep kper="8" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 8 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 8 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="8" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="8" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="8" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="8" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="8" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 8 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 8 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 8 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 8 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 8 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 8 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 8 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 18.4489 18.0181 17.2011 16.6740 16.4003 16.3658 16.5736 17.0434 17.8176 18.2254 + 2 17.3166 16.7042 16.1782 15.7945 15.5752 15.5290 15.6589 15.9623 16.4247 17.0001 + 3 15.7713 15.1747 14.7150 14.3871 14.1893 14.1214 14.1845 14.3796 14.7137 15.2140 + 4 13.7410 13.2217 12.8491 12.5867 12.4177 12.3326 12.3232 12.3759 12.4677 12.5566 + 5 10.9056 10.7949 10.6567 10.5293 10.4304 10.3667 10.3375 10.3363 10.3514 10.3669 + 6 8.61418 8.57805 8.52110 8.45951 8.40554 8.36630 8.34377 8.33552 8.33598 8.33861 + 7 6.55515 6.53139 6.49130 6.44681 6.40984 6.38753 6.38164 6.38861 6.40034 6.40865 + 8 4.66739 4.62541 4.55443 4.47947 4.43110 4.41896 4.44403 4.49873 4.55465 4.58859 + 9 3.01324 2.90073 2.69861 2.47081 2.37252 2.36664 2.45327 2.66953 2.86274 2.97045 + 10 1.86572 1.59144 1.00209 0.00000 0.00000 0.00000 0.00000 0.989398 1.57019 1.84012 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 8 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -5.58356 -5.58393 -5.59378 -5.60967 -5.62873 -5.64879 -5.66872 -5.68877 -5.71056 -5.73687 + 2 -5.62656 -4.91920 -5.29374 -5.82630 -6.35521 -6.75358 -6.73361 -6.39711 -5.98736 -5.86667 + 3 -5.70443 -5.45241 -6.02781 -6.88704 -8.08720 -9.69133 -9.33243 -8.02501 -7.02957 -6.00346 + 4 -5.80330 -5.71402 -6.18467 -6.82369 -7.61919 -8.51054 -8.41730 -7.76727 -7.15816 -6.12285 + 5 -5.91601 -5.86694 -6.08912 -6.38840 -6.70603 -6.96467 -7.02565 -6.93092 -6.74477 -6.21632 + 6 -6.03418 -5.92050 -6.00726 -6.13965 -6.27480 -6.38285 -6.43931 -6.44789 -6.41803 -6.29509 + 7 -6.15765 -6.02878 -6.06418 -6.13141 -6.19869 -6.25255 -6.28572 -6.29965 -6.30945 -6.37041 + 8 -6.28612 -6.25942 -6.30578 -6.36504 -6.41346 -6.44228 -6.44839 -6.43491 -6.42021 -6.44780 + 9 -6.41630 -6.60596 -6.73026 -6.84700 -6.90828 -6.92429 -6.89366 -6.80369 -6.70046 -6.52648 + 10 -6.54186 -6.57101 -6.59726 -6.61892 -6.63304 -6.63965 -6.63871 -6.63019 -6.61698 -6.60073 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 8 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -26.0265 -26.1971 -26.5162 -26.9357 -27.3773 -27.7338 -27.9002 -27.8977 -27.8256 -27.7676 + 2 -26.0158 -26.2768 -26.7919 -27.5303 -28.4057 -29.1864 -29.2702 -28.8702 -28.4622 -28.2278 + 3 -25.6301 -26.0214 -26.8568 -28.2625 -30.5024 -34.1216 -33.2716 -30.5707 -29.1001 -28.4450 + 4 -24.3395 -24.6575 -25.3118 -26.3358 -27.7729 -29.6492 -29.3865 -28.0427 -27.1645 -26.7337 + 5 -22.4157 -22.5922 -22.9336 -23.4082 -23.9460 -24.4033 -24.4959 -24.3133 -24.0971 -23.9647 + 6 -20.3941 -20.4785 -20.6360 -20.8425 -21.0594 -21.2367 -21.3275 -21.3390 -21.3142 -21.2914 + 7 -18.6119 -18.6508 -18.7228 -18.8159 -18.9139 -18.9995 -19.0600 -19.0937 -19.1080 -19.1122 + 8 -17.2221 -17.2409 -17.2755 -17.3207 -17.3695 -17.4151 -17.4522 -17.4787 -17.4948 -17.5023 + 9 -16.2823 -16.2926 -16.3115 -16.3363 -16.3637 -16.3904 -16.4136 -16.4315 -16.4435 -16.4493 + 10 -15.8098 -15.8166 -15.8291 -15.8458 -15.8647 -15.8836 -15.9007 -15.9146 -15.9242 -15.9291 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 8 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 8 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 4299806.8137 CSUB-CGELASTIC = 562.8048 CSUB + CSUB-ELASTIC = 1560824.5629 CSUB-ELASTIC = 69.6459 CSUB + CSUB-INELASTIC = 58183141.8088 CSUB-INELASTIC = 19837.7823 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 39474000.0000 RCHA = 27000.0000 RCHA_0 + CHD = 3632089.1605 CHD = 159.1819 CHD_0 + + TOTAL IN = 107149862.3459 TOTAL IN = 47629.4149 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.1672 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 5.9011E-02 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 76702500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 29655188.2128 CHD = 17629.1887 CHD_0 + + TOTAL OUT = 107149862.3450 TOTAL OUT = 47629.4149 + + IN - OUT = 8.1009E-04 IN - OUT = 2.1665E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 8 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 2.20990E+08 3.68316E+06 61386. 2557.8 7.0027 + + +end timestep + + +start timestep kper="9" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 9 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 9 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="9" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="9" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="9" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="9" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="9" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 9 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 9 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 9 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 9 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 9 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 9 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 9 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 18.2370 17.8062 16.9892 16.4622 16.1885 16.1542 16.3621 16.8320 17.6062 18.0140 + 2 17.1087 16.4963 15.9703 15.5867 15.3676 15.3216 15.4516 15.7550 16.2174 16.7930 + 3 15.5719 14.9752 14.5156 14.1879 13.9906 13.9235 13.9867 14.1813 14.5151 15.0155 + 4 13.5544 13.0348 12.6623 12.4001 12.2315 12.1470 12.1377 12.1901 12.2818 12.3708 + 5 10.7360 10.6251 10.4868 10.3595 10.2608 10.1972 10.1681 10.1670 10.1822 10.1979 + 6 8.46597 8.42969 8.37273 8.31123 8.25738 8.21823 8.19576 8.18755 8.18810 8.19092 + 7 6.43261 6.40890 6.36912 6.32504 6.28839 6.26617 6.26014 6.26684 6.27834 6.28664 + 8 4.57391 4.53270 4.46319 4.38980 4.34240 4.33038 4.35473 4.40804 4.46259 4.49572 + 9 2.94919 2.83936 2.64197 2.41944 2.32342 2.31763 2.40216 2.61332 2.80190 2.90692 + 10 1.82360 1.55555 0.979520 0.00000 0.00000 0.00000 0.00000 0.967024 1.53462 1.79838 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 9 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -6.54010 -6.54445 -6.55723 -6.57503 -6.59499 -6.61496 -6.63377 -6.65169 -6.67032 -6.69242 + 2 -6.56306 -5.99817 -6.39017 -6.92414 -7.45208 -7.83787 -7.82087 -7.49371 -7.06732 -6.80119 + 3 -6.61578 -6.52359 -7.11920 -7.97703 -9.12414 -9.90293 -9.72381 -9.07288 -8.09941 -6.91174 + 4 -6.68391 -6.76931 -7.26240 -7.90161 -8.66712 -9.07553 -9.02695 -8.76332 -8.21004 -6.99920 + 5 -6.75979 -6.90235 -7.14933 -7.45062 -7.76794 -8.01953 -8.08129 -7.99109 -7.78088 -7.05451 + 6 -6.83446 -6.93275 -7.04697 -7.18143 -7.31700 -7.42520 -7.48159 -7.48843 -7.43049 -7.08826 + 7 -6.90707 -7.01373 -7.07850 -7.14683 -7.21357 -7.26654 -7.28912 -7.29423 -7.29108 -7.11097 + 8 -6.97646 -7.09684 -7.09985 -7.10492 -7.11064 -7.11607 -7.12033 -7.12262 -7.12595 -7.12727 + 9 -7.03872 -7.06367 -7.07430 -7.08842 -7.09700 -7.10013 -7.09751 -7.08775 -7.08061 -7.13621 + 10 -7.08751 -7.09812 -7.10985 -7.12116 -7.12923 -7.13409 -7.13574 -7.13418 -7.13230 -7.13182 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 9 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -28.0732 -28.2440 -28.5634 -28.9834 -29.4254 -29.7823 -29.9492 -29.9470 -29.8751 -29.8172 + 2 -28.0559 -28.3173 -28.8327 -29.5715 -30.4472 -31.2282 -31.3124 -30.9129 -30.5052 -30.2707 + 3 -27.6570 -28.0487 -28.8844 -30.2903 -32.5299 -36.1483 -35.2989 -32.5994 -31.1296 -30.4745 + 4 -26.3481 -26.6665 -27.3212 -28.3455 -29.7826 -31.6583 -31.3961 -30.0532 -29.1756 -28.7448 + 5 -24.4023 -24.5793 -24.9213 -25.3962 -25.9344 -26.3920 -26.4849 -26.3026 -26.0863 -25.9538 + 6 -22.3571 -22.4420 -22.6000 -22.8070 -23.0243 -23.2019 -23.2929 -23.3045 -23.2796 -23.2564 + 7 -20.5516 -20.5910 -20.6635 -20.7569 -20.8552 -20.9411 -21.0017 -21.0354 -21.0495 -21.0534 + 8 -19.1410 -19.1600 -19.1946 -19.2398 -19.2886 -19.3343 -19.3716 -19.3982 -19.4145 -19.4220 + 9 -18.1852 -18.1952 -18.2136 -18.2380 -18.2652 -18.2920 -18.3154 -18.3339 -18.3463 -18.3527 + 10 -17.7046 -17.7112 -17.7235 -17.7401 -17.7589 -17.7779 -17.7952 -17.8094 -17.8193 -17.8244 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 9 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 9 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 4508328.1406 CSUB-CGELASTIC = 561.9468 CSUB + CSUB-ELASTIC = 1587968.0004 CSUB-ELASTIC = 59.9134 CSUB + CSUB-INELASTIC = 65335740.5163 CSUB-INELASTIC = 19455.8494 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 49335750.0000 RCHA = 27000.0000 RCHA_0 + CHD = 3693556.6946 CHD = 171.1214 CHD_0 + + TOTAL IN = 124461343.3518 TOTAL IN = 47248.8309 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 87660000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 36009169.2187 CHD = 17248.8309 CHD_0 + + TOTAL OUT = 124461343.3509 TOTAL OUT = 47248.8309 + + IN - OUT = 9.1955E-04 IN - OUT = 1.5881E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 9 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 2.52547E+08 4.20912E+06 70152. 2923.0 8.0027 + + +end timestep + + +start timestep kper="10" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 10 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 10 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="10" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="10" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="10" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="10" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="10" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 10 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 10 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 10 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 10 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 10 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 10 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 10 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 18.0900 17.6592 16.8424 16.3156 16.0423 16.0082 16.2164 16.6865 17.4610 17.8689 + 2 16.9655 16.3529 15.8271 15.4439 15.2253 15.1797 15.3101 15.6138 16.0763 16.6522 + 3 15.4364 14.8398 14.3806 14.0539 13.8580 13.7916 13.8552 14.0499 14.3834 14.8837 + 4 13.4303 12.9108 12.5389 12.2780 12.1107 12.0272 12.0184 12.0709 12.1624 12.2511 + 5 10.6263 10.5155 10.3779 10.2517 10.1541 10.0914 10.0629 10.0619 10.0770 10.0924 + 6 8.37327 8.33726 8.28093 8.22024 8.16721 8.12872 8.10664 8.09854 8.09895 8.10152 + 7 6.35856 6.33533 6.29625 6.25293 6.21692 6.19513 6.18922 6.19577 6.20695 6.21485 + 8 4.51893 4.47851 4.41008 4.33778 4.29109 4.27927 4.30330 4.35584 4.40954 4.44203 + 9 2.91197 2.80374 2.60906 2.38954 2.29483 2.28913 2.37253 2.58087 2.76689 2.87041 + 10 1.79932 1.53486 0.966505 0.00000 0.00000 0.00000 0.00000 0.954211 1.51426 1.77451 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 10 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -7.31531 -7.32559 -7.34259 -7.36290 -7.38367 -7.40276 -7.41902 -7.43268 -7.44532 -7.45968 + 2 -7.30769 -7.00188 -7.42915 -7.96141 -8.47767 -8.86264 -8.84464 -8.51627 -8.06371 -7.53049 + 3 -7.32132 -7.52133 -8.14489 -8.79303 -9.27243 -10.1326 -9.92378 -9.27202 -8.91048 -7.59422 + 4 -7.34101 -7.74815 -8.25793 -8.49158 -8.80558 -9.24554 -9.18874 -8.86985 -8.63283 -7.62566 + 5 -7.35810 -7.82906 -7.90694 -8.00401 -8.11761 -8.21997 -8.24214 -8.20199 -8.13251 -7.61605 + 6 -7.36257 -7.51901 -7.55594 -7.59953 -7.64510 -7.68297 -7.70298 -7.70582 -7.69349 -7.57480 + 7 -7.35338 -7.30130 -7.31453 -7.33247 -7.35181 -7.36865 -7.38050 -7.38674 -7.39042 -7.51108 + 8 -7.32874 -7.20602 -7.21444 -7.22674 -7.23812 -7.24667 -7.25122 -7.25146 -7.25479 -7.44691 + 9 -7.32734 -7.22544 -7.24737 -7.27574 -7.29135 -7.29623 -7.28996 -7.26903 -7.25407 -7.40848 + 10 -7.34475 -7.35204 -7.36151 -7.37145 -7.37894 -7.38396 -7.38646 -7.38641 -7.38665 -7.38885 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 10 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -30.0279 -30.1987 -30.5180 -30.9378 -31.3796 -31.7362 -31.9028 -31.9005 -31.8285 -31.7705 + 2 -30.0059 -30.2677 -30.7830 -31.5214 -32.3964 -33.1769 -33.2608 -32.8611 -32.4531 -32.2183 + 3 -29.5972 -29.9891 -30.8242 -32.2284 -34.4659 -38.0831 -37.2332 -34.5339 -33.0651 -32.4102 + 4 -28.2742 -28.5927 -29.2465 -30.2688 -31.7036 -33.5779 -33.3150 -31.9721 -31.0952 -30.6651 + 5 -26.3111 -26.4882 -26.8293 -27.3027 -27.8391 -28.2952 -28.3873 -28.2049 -27.9891 -27.8570 + 6 -24.2465 -24.3312 -24.4885 -24.6944 -24.9106 -25.0872 -25.1776 -25.1889 -25.1643 -25.1415 + 7 -22.4215 -22.4604 -22.5321 -22.6248 -22.7224 -22.8077 -22.8679 -22.9015 -22.9159 -22.9203 + 8 -20.9937 -21.0121 -21.0463 -21.0910 -21.1395 -21.1849 -21.2220 -21.2486 -21.2651 -21.2730 + 9 -20.0257 -20.0353 -20.0535 -20.0777 -20.1048 -20.1313 -20.1548 -20.1732 -20.1858 -20.1923 + 10 -19.5389 -19.5454 -19.5576 -19.5741 -19.5928 -19.6117 -19.6290 -19.6431 -19.6530 -19.6582 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 10 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 10 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 4706210.2996 CSUB-CGELASTIC = 529.8806 CSUB + CSUB-ELASTIC = 1600576.7666 CSUB-ELASTIC = 25.9143 CSUB + CSUB-INELASTIC = 72406010.7668 CSUB-INELASTIC = 19295.9725 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 59197500.0000 RCHA = 27000.0000 RCHA_0 + CHD = 3757296.6778 CHD = 177.1248 CHD_0 + + TOTAL IN = 141667594.5107 TOTAL IN = 47028.8922 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 98617500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 42257920.3775 CHD = 17028.8922 CHD_0 + + TOTAL OUT = 141667594.5097 TOTAL OUT = 47028.8922 + + IN - OUT = 1.0373E-03 IN - OUT = 2.6457E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 10 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 2.84105E+08 4.73508E+06 78918. 3288.2 9.0027 + + +end timestep + + +start timestep kper="11" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 11 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 11 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="11" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="11" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="11" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="11" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="11" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 11 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 11 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 11 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 11 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 11 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 11 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 11 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.9937 17.5630 16.7464 16.2200 15.9470 15.9133 16.1217 16.5919 17.3664 17.7743 + 2 16.8719 16.2594 15.7339 15.3514 15.1336 15.0886 15.2192 15.5227 15.9851 16.5608 + 3 15.3488 14.7523 14.2938 13.9679 13.7724 13.7063 13.7701 13.9649 14.2983 14.7983 + 4 13.3510 12.8318 12.4605 12.1999 12.0329 11.9495 11.9407 11.9933 12.0847 12.1732 + 5 10.5565 10.4461 10.3088 10.1827 10.0852 10.0226 9.99407 9.99308 10.0080 10.0232 + 6 8.31369 8.27794 8.22182 8.16128 8.10834 8.06985 8.04771 8.03949 8.03974 8.04213 + 7 6.30976 6.28679 6.24799 6.20492 6.16904 6.14724 6.14118 6.14748 6.15839 6.16606 + 8 4.48143 4.44146 4.37369 4.30203 4.25568 4.24385 4.26751 4.31941 4.37245 4.40449 + 9 2.88564 2.77852 2.58576 2.36837 2.27454 2.26882 2.35134 2.55753 2.74162 2.84404 + 10 1.78154 1.51970 0.956962 0.00000 0.00000 0.00000 0.00000 0.944651 1.49908 1.75670 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 11 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -7.93497 -7.95265 -7.97482 -7.99809 -8.01971 -8.03761 -8.05070 -8.05918 -8.06455 -8.06942 + 2 -7.88889 -7.91499 -8.36578 -8.65537 -8.84283 -9.01285 -9.02111 -8.91523 -8.79220 -8.09324 + 3 -7.85308 -8.38229 -8.57635 -8.91210 -9.49150 -10.4627 -10.2292 -9.48205 -9.02677 -8.09927 + 4 -7.81131 -8.19165 -8.37198 -8.63839 -9.01773 -9.52273 -9.45911 -9.09332 -8.80691 -8.06332 + 5 -7.75516 -7.92281 -8.02755 -8.15193 -8.29283 -8.41622 -8.44347 -8.39622 -8.31285 -7.97475 + 6 -7.69406 -7.65987 -7.70637 -7.76199 -7.81948 -7.86669 -7.89154 -7.89522 -7.88232 -7.88822 + 7 -7.65781 -7.48240 -7.49831 -7.52294 -7.54864 -7.57040 -7.58509 -7.59235 -7.59969 -7.81697 + 8 -7.64576 -7.42749 -7.43756 -7.45600 -7.47222 -7.48345 -7.48827 -7.48685 -7.49255 -7.76703 + 9 -7.65509 -7.49012 -7.51977 -7.56011 -7.58170 -7.58809 -7.57871 -7.54847 -7.52848 -7.73798 + 10 -7.68003 -7.68864 -7.69898 -7.70944 -7.71718 -7.72221 -7.72450 -7.72401 -7.72351 -7.72460 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 11 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -31.8857 -32.0563 -32.3752 -32.7943 -33.2353 -33.5912 -33.7574 -33.7548 -33.6826 -33.6246 + 2 -31.8589 -32.1207 -32.6354 -33.3723 -34.2457 -35.0249 -35.1083 -34.7088 -34.3013 -34.0665 + 3 -31.4398 -31.8314 -32.6651 -34.0676 -36.3040 -39.9205 -39.0700 -36.3704 -34.9016 -34.2473 + 4 -30.1027 -30.4206 -31.0730 -32.0942 -33.5282 -35.4021 -35.1388 -33.7956 -32.9187 -32.4890 + 5 -28.1243 -28.3006 -28.6408 -29.1135 -29.6494 -30.1051 -30.1970 -30.0145 -29.7988 -29.6670 + 6 -26.0451 -26.1292 -26.2860 -26.4914 -26.7072 -26.8835 -26.9737 -26.9851 -26.9605 -26.9380 + 7 -24.2074 -24.2459 -24.3173 -24.4097 -24.5070 -24.5921 -24.6522 -24.6858 -24.7003 -24.7049 + 8 -22.7697 -22.7878 -22.8218 -22.8663 -22.9147 -22.9599 -22.9970 -23.0236 -23.0402 -23.0482 + 9 -21.7950 -21.8045 -21.8226 -21.8467 -21.8736 -21.9001 -21.9234 -21.9418 -21.9544 -21.9611 + 10 -21.3050 -21.3114 -21.3236 -21.3399 -21.3585 -21.3774 -21.3946 -21.4087 -21.4186 -21.4238 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 11 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 11 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 4893582.1292 CSUB-CGELASTIC = 502.5846 CSUB + CSUB-ELASTIC = 1606468.9727 CSUB-ELASTIC = 12.2468 CSUB + CSUB-INELASTIC = 79426462.6204 CSUB-INELASTIC = 19169.4501 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 69059250.0000 RCHA = 27000.0000 RCHA_0 + CHD = 3823719.3730 CHD = 185.2400 CHD_0 + + TOTAL IN = 158809483.0952 TOTAL IN = 46869.5215 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 109575000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 48442308.9618 CHD = 16869.5215 CHD_0 + + TOTAL OUT = 158809483.0940 TOTAL OUT = 46869.5215 + + IN - OUT = 1.1446E-03 IN - OUT = 2.1601E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 11 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 3.15662E+08 5.26104E+06 87684. 3653.5 10.003 + + +end timestep + + +start timestep kper="12" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 12 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 12 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="12" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="12" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="12" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="12" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="12" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 12 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 12 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 12 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 12 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 12 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 12 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 12 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.9209 17.4903 16.6738 16.1474 15.8745 15.8408 16.0493 16.5195 17.2940 17.7019 + 2 16.8010 16.1884 15.6632 15.2809 15.0631 15.0181 15.1487 15.4522 15.9146 16.4902 + 3 15.2813 14.6849 14.2264 13.9004 13.7047 13.6384 13.7022 13.8971 14.2305 14.7305 + 4 13.2878 12.7687 12.3973 12.1366 11.9694 11.8858 11.8769 11.9296 12.0210 12.1094 + 5 10.4988 10.3884 10.2510 10.1249 10.0273 9.96453 9.93589 9.93484 9.94970 9.96489 + 6 8.26254 8.22688 8.17082 8.11028 8.05729 8.01871 7.99645 7.98810 7.98823 7.99051 + 7 6.26653 6.24373 6.20513 6.16220 6.12638 6.10452 6.09829 6.10435 6.11501 6.12249 + 8 4.44731 4.40773 4.34054 4.26944 4.22338 4.21151 4.23480 4.28608 4.33850 4.37014 + 9 2.86112 2.75503 2.56406 2.34867 2.25566 2.24992 2.33158 2.53573 2.71799 2.81937 + 10 1.76467 1.50530 0.947892 0.00000 0.00000 0.00000 0.00000 0.935534 1.48460 1.73973 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 12 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -8.31749 -8.34324 -8.37029 -8.39552 -8.41656 -8.43165 -8.43984 -8.44139 -8.43781 -8.43193 + 2 -8.22764 -8.44037 -8.58009 -8.77680 -9.01165 -9.21373 -9.21762 -9.07877 -8.90368 -8.40841 + 3 -8.15254 -8.47149 -8.73344 -9.14050 -9.80514 -10.8706 -10.6164 -9.78784 -9.25691 -8.38499 + 4 -8.09428 -8.34223 -8.57189 -8.88865 -9.32447 -9.88507 -9.81585 -9.40983 -9.08306 -8.34667 + 5 -8.05262 -8.12979 -8.25397 -8.40199 -8.56653 -8.70810 -8.73976 -8.68636 -8.59271 -8.29030 + 6 -8.02390 -7.90519 -7.95739 -8.02339 -8.09121 -8.14650 -8.17555 -8.17999 -8.16828 -8.22986 + 7 -8.01126 -7.76086 -7.77703 -7.80738 -7.83857 -7.86459 -7.88175 -7.88996 -7.90209 -8.17857 + 8 -8.01696 -7.73930 -7.74917 -7.77283 -7.79322 -7.80678 -7.81186 -7.80908 -7.81821 -8.14370 + 9 -8.03979 -7.83798 -7.87309 -7.92346 -7.95016 -7.95785 -7.94585 -7.90785 -7.88458 -8.12602 + 10 -8.07510 -8.08572 -8.09755 -8.10902 -8.11733 -8.12252 -8.12455 -8.12339 -8.12177 -8.12124 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 12 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -33.6395 -33.8100 -34.1286 -34.5472 -34.9878 -35.3434 -35.5092 -35.5064 -35.4341 -35.3759 + 2 -33.6086 -33.8703 -34.3842 -35.1204 -35.9934 -36.7724 -36.8555 -36.4558 -36.0482 -35.8136 + 3 -33.1818 -33.5730 -34.4065 -35.8090 -38.0454 -41.6619 -40.8112 -38.1113 -36.6423 -35.9880 + 4 -31.8358 -32.1535 -32.8059 -33.8272 -35.2613 -37.1352 -36.8719 -35.5286 -34.6515 -34.2218 + 5 -29.8484 -30.0245 -30.3647 -30.8374 -31.3734 -31.8292 -31.9211 -31.7385 -31.5228 -31.3911 + 6 -27.7607 -27.8446 -28.0013 -28.2067 -28.4225 -28.5989 -28.6892 -28.7006 -28.6761 -28.6537 + 7 -25.9156 -25.9540 -26.0253 -26.1176 -26.2149 -26.3000 -26.3602 -26.3939 -26.4085 -26.4132 + 8 -24.4723 -24.4903 -24.5241 -24.5686 -24.6169 -24.6622 -24.6993 -24.7260 -24.7426 -24.7508 + 9 -23.4938 -23.5032 -23.5212 -23.5453 -23.5722 -23.5987 -23.6221 -23.6405 -23.6532 -23.6598 + 10 -23.0020 -23.0084 -23.0205 -23.0368 -23.0555 -23.0743 -23.0915 -23.1056 -23.1156 -23.1207 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 12 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 12 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 5071725.5242 CSUB-CGELASTIC = 478.2386 CSUB + CSUB-ELASTIC = 1608978.2632 CSUB-ELASTIC = 4.0209 CSUB + CSUB-INELASTIC = 86400712.6213 CSUB-INELASTIC = 19042.4322 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 78921000.0000 RCHA = 27000.0000 RCHA_0 + CHD = 3893443.1195 CHD = 194.8405 CHD_0 + + TOTAL IN = 175895859.5282 TOTAL IN = 46719.5323 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 120532500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 54571185.3946 CHD = 16719.5323 CHD_0 + + TOTAL OUT = 175895859.5268 TOTAL OUT = 46719.5323 + + IN - OUT = 1.3639E-03 IN - OUT = 6.5316E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 12 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 3.47220E+08 5.78700E+06 96450. 4018.8 11.003 + + +end timestep + + +start timestep kper="13" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 13 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 13 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="13" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="13" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="13" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="13" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="13" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 13 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 13 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 13 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 13 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 13 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 13 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 13 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.8527 17.4219 16.6053 16.0789 15.8058 15.7720 15.9803 16.4505 17.2249 17.6328 + 2 16.7333 16.1207 15.5953 15.2127 14.9947 14.9495 15.0800 15.3835 15.8459 16.4216 + 3 15.2151 14.6186 14.1599 13.8335 13.6375 13.5710 13.6347 13.8296 14.1631 14.6632 + 4 13.2243 12.7052 12.3336 12.0726 11.9052 11.8213 11.8124 11.8650 11.9565 12.0450 + 5 10.4396 10.3292 10.1918 10.0655 9.96773 9.90481 9.87606 9.87493 9.88976 9.90494 + 6 8.20936 8.17374 8.11768 8.05712 8.00406 7.96538 7.94300 7.93453 7.93456 7.93677 + 7 6.22106 6.19839 6.15995 6.11717 6.08140 6.05947 6.05307 6.05888 6.06930 6.07664 + 8 4.41110 4.37189 4.30529 4.23477 4.18902 4.17711 4.20001 4.25063 4.30242 4.33367 + 9 2.83491 2.72989 2.54084 2.32759 2.23545 2.22969 2.31043 2.51239 2.69271 2.79299 + 10 1.74655 1.48985 0.938153 0.00000 0.00000 0.00000 0.00000 0.925742 1.46906 1.72151 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 13 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -8.45967 -8.47642 -8.49801 -8.52092 -8.54228 -8.56000 -8.57303 -8.58171 -8.58778 -8.59416 + 2 -8.41998 -8.56271 -8.75539 -9.00001 -9.27563 -9.50529 -9.50545 -9.33823 -9.12015 -8.62859 + 3 -8.39858 -8.66901 -8.98679 -9.45561 -10.1939 -11.3395 -11.0680 -10.1698 -9.57385 -8.65741 + 4 -8.38753 -8.59147 -8.86179 -9.22222 -9.70691 -10.3151 -10.2413 -9.80073 -9.43899 -8.66302 + 5 -8.38528 -8.42657 -8.56621 -8.73470 -8.91972 -9.07704 -9.11255 -9.05382 -8.95161 -8.64205 + 6 -8.38860 -8.23420 -8.29015 -8.36511 -8.44188 -8.50418 -8.53689 -8.54203 -8.53202 -8.60961 + 7 -8.40167 -8.11756 -8.13292 -8.16817 -8.20410 -8.23382 -8.25315 -8.26226 -8.27928 -8.58028 + 8 -8.42784 -8.12378 -8.13264 -8.16073 -8.18471 -8.20029 -8.20562 -8.20179 -8.21456 -8.56255 + 9 -8.46689 -8.25260 -8.29177 -8.35055 -8.38160 -8.39042 -8.37622 -8.33179 -8.30623 -8.55820 + 10 -8.51504 -8.52819 -8.54193 -8.55472 -8.56382 -8.56927 -8.57104 -8.56909 -8.56612 -8.56367 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 13 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -35.2929 -35.4634 -35.7821 -36.2009 -36.6416 -36.9973 -37.1632 -37.1604 -37.0881 -37.0300 + 2 -35.2610 -35.5227 -36.0368 -36.7734 -37.6468 -38.4260 -38.5092 -38.1094 -37.7017 -37.4670 + 3 -34.8321 -35.2234 -36.0572 -37.4602 -39.6972 -43.3141 -42.4635 -39.7634 -38.2942 -37.6397 + 4 -33.4830 -33.8007 -34.4534 -35.4751 -36.9097 -38.7840 -38.5208 -37.1774 -36.3002 -35.8703 + 5 -31.4917 -31.6678 -32.0082 -32.4812 -33.0174 -33.4734 -33.5655 -33.3830 -33.1673 -33.0356 + 6 -29.4000 -29.4839 -29.6407 -29.8462 -30.0622 -30.2387 -30.3291 -30.3406 -30.3162 -30.2938 + 7 -27.5513 -27.5896 -27.6609 -27.7533 -27.8507 -27.9359 -27.9962 -28.0300 -28.0447 -28.0495 + 8 -26.1051 -26.1230 -26.1569 -26.2015 -26.2498 -26.2952 -26.3323 -26.3591 -26.3758 -26.3840 + 9 -25.1248 -25.1341 -25.1522 -25.1763 -25.2033 -25.2298 -25.2532 -25.2717 -25.2843 -25.2910 + 10 -24.6320 -24.6385 -24.6506 -24.6670 -24.6856 -24.7045 -24.7217 -24.7359 -24.7458 -24.7510 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 13 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 13 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 5241732.1848 CSUB-CGELASTIC = 457.6848 CSUB + CSUB-ELASTIC = 1609867.0187 CSUB-ELASTIC = 2.6735 CSUB + CSUB-INELASTIC = 93324579.9598 CSUB-INELASTIC = 18892.8268 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 88782750.0000 RCHA = 27000.0000 RCHA_0 + CHD = 3966926.3193 CHD = 205.5531 CHD_0 + + TOTAL IN = 192925855.4825 TOTAL IN = 46558.7382 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 131490000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 60643681.3487 CHD = 16558.7382 CHD_0 + + TOTAL OUT = 192925855.4809 TOTAL OUT = 46558.7382 + + IN - OUT = 1.5595E-03 IN - OUT = 4.9604E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 13 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 3.78778E+08 6.31296E+06 1.05216E+05 4384.0 12.003 + + +end timestep + + +start timestep kper="14" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 14 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 14 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="14" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="14" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="14" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="14" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="14" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 14 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 14 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 14 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 14 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 14 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 14 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 14 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.7658 17.3350 16.5184 15.9918 15.7186 15.6847 15.8930 16.3631 17.1375 17.5454 + 2 16.6476 16.0350 15.5095 15.1267 14.9085 14.8632 14.9936 15.2971 15.7595 16.3352 + 3 15.1319 14.5354 14.0765 13.7499 13.5536 13.4869 13.5505 13.7455 14.0791 14.5793 + 4 13.1453 12.6261 12.2544 11.9932 11.8255 11.7415 11.7325 11.7851 11.8766 11.9652 + 5 10.3666 10.2562 10.1186 9.99227 9.89435 9.83131 9.80247 9.80130 9.81611 9.83131 + 6 8.14427 8.10867 8.05262 7.99204 7.93893 7.90016 7.87768 7.86910 7.86905 7.87122 + 7 6.16583 6.14328 6.10503 6.06242 6.02672 6.00474 5.99815 6.00371 6.01389 6.02108 + 8 4.36745 4.32866 4.26274 4.19291 4.14753 4.13559 4.15805 4.20792 4.25898 4.28980 + 9 2.80358 2.69982 2.51303 2.30232 2.21122 2.20544 2.28509 2.48448 2.66251 2.76152 + 10 1.72510 1.47154 0.926614 0.00000 0.00000 0.00000 0.00000 0.914156 1.45067 1.69996 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 14 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -8.73339 -8.74551 -8.76378 -8.78475 -8.80559 -8.82417 -8.83941 -8.85159 -8.86238 -8.87458 + 2 -8.71712 -8.78393 -9.02000 -9.30590 -9.61667 -9.87005 -9.86707 -9.67545 -9.42101 -8.93626 + 3 -8.72237 -8.95399 -9.31870 -9.84103 -10.6429 -11.8568 -11.5708 -10.6131 -9.96039 -8.99408 + 4 -8.73904 -8.92052 -9.22506 -9.62334 -10.1503 -10.7992 -10.7216 -10.2515 -9.85867 -9.02819 + 5 -8.76378 -8.79575 -8.94835 -9.13457 -9.33735 -9.50833 -9.54718 -9.48384 -9.37378 -9.03368 + 6 -8.79207 -8.63055 -8.68943 -8.77212 -8.85665 -8.92505 -8.96094 -8.96672 -8.95811 -9.02476 + 7 -8.82732 -8.53709 -8.55147 -8.59090 -8.63095 -8.66388 -8.68510 -8.69506 -8.71640 -9.01562 + 8 -8.87259 -8.56641 -8.57421 -8.60604 -8.63311 -8.65044 -8.65603 -8.65138 -8.66744 -9.01473 + 9 -8.92768 -8.72026 -8.76280 -8.82857 -8.86332 -8.87312 -8.85709 -8.80738 -8.77995 -9.02403 + 10 -8.98897 -9.00476 -9.02051 -9.03472 -9.04467 -9.05041 -9.05191 -9.04914 -9.04475 -9.04025 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 14 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -36.8645 -37.0351 -37.3539 -37.7729 -38.2138 -38.5697 -38.7358 -38.7331 -38.6609 -38.6028 + 2 -36.8326 -37.0943 -37.6087 -38.3457 -39.2195 -39.9990 -40.0824 -39.6826 -39.2748 -39.0401 + 3 -36.4037 -36.7951 -37.6293 -39.0328 -41.2702 -44.8876 -44.0372 -41.3370 -39.8676 -39.2129 + 4 -35.0541 -35.3719 -36.0249 -37.0471 -38.4821 -40.3568 -40.0937 -38.7503 -37.8730 -37.4430 + 5 -33.0618 -33.2380 -33.5786 -34.0519 -34.5884 -35.0447 -35.1369 -34.9545 -34.7387 -34.6070 + 6 -30.9689 -31.0528 -31.2097 -31.4154 -31.6316 -31.8083 -31.8988 -31.9104 -31.8860 -31.8637 + 7 -29.1191 -29.1574 -29.2288 -29.3213 -29.4188 -29.5041 -29.5645 -29.5984 -29.6131 -29.6179 + 8 -27.6720 -27.6899 -27.7239 -27.7685 -27.8169 -27.8623 -27.8995 -27.9263 -27.9431 -27.9514 + 9 -26.6910 -26.7005 -26.7185 -26.7427 -26.7698 -26.7964 -26.8198 -26.8383 -26.8509 -26.8576 + 10 -26.1980 -26.2045 -26.2167 -26.2331 -26.2518 -26.2707 -26.2880 -26.3021 -26.3121 -26.3172 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 14 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 14 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 5404968.9537 CSUB-CGELASTIC = 439.9502 CSUB + CSUB-ELASTIC = 1610966.7943 CSUB-ELASTIC = 3.2213 CSUB + CSUB-INELASTIC = 100185366.8096 CSUB-INELASTIC = 18706.8793 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 98644500.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4044509.5989 CHD = 217.0902 CHD_0 + + TOTAL IN = 209890312.1565 TOTAL IN = 46367.1410 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 142447500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 66650638.0224 CHD = 16367.1410 CHD_0 + + TOTAL OUT = 209890312.1546 TOTAL OUT = 46367.1410 + + IN - OUT = 1.8084E-03 IN - OUT = 4.6789E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 14 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 4.10335E+08 6.83892E+06 1.13982E+05 4749.2 13.003 + + +end timestep + + +start timestep kper="15" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 15 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 15 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="15" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="15" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="15" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="15" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="15" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 15 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 15 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 15 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 15 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 15 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 15 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 15 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.6637 17.2329 16.4162 15.8895 15.6162 15.5823 15.7904 16.2605 17.0349 17.4428 + 2 16.5471 15.9345 15.4089 15.0260 14.8076 14.7621 14.8924 15.1960 15.6584 16.2341 + 3 15.0348 14.4382 13.9791 13.6523 13.4559 13.3890 13.4525 13.6475 13.9812 14.4814 + 4 13.0534 12.5342 12.1623 11.9010 11.7331 11.6489 11.6398 11.6924 11.7840 11.8726 + 5 10.2820 10.1715 10.0340 9.90747 9.80944 9.74630 9.71738 9.71617 9.73097 9.74619 + 6 8.06918 8.03360 7.97757 7.91699 7.86384 7.82500 7.80242 7.79374 7.79361 7.79575 + 7 6.10241 6.07998 6.04194 5.99953 5.96393 5.94190 5.93513 5.94042 5.95034 5.95739 + 8 4.31756 4.27923 4.21408 4.14504 4.10009 4.08811 4.11009 4.15913 4.20938 4.23973 + 9 2.76797 2.66562 2.48138 2.27354 2.18362 2.17782 2.25626 2.45274 2.62820 2.72579 + 10 1.70085 1.45084 0.913569 0.00000 0.00000 0.00000 0.00000 0.901073 1.42991 1.67563 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 15 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -9.09904 -9.10843 -9.12475 -9.14456 -9.16501 -9.18401 -9.20044 -9.21458 -9.22804 -9.24361 + 2 -9.09650 -9.08701 -9.35832 -9.67975 -10.0208 -10.2946 -10.2890 -10.0764 -9.79135 -9.32133 + 3 -9.11780 -9.31078 -9.71487 -10.2835 -11.1403 -12.4122 -12.1142 -11.1055 -10.4034 -9.39686 + 4 -9.15181 -9.31465 -9.64808 -10.0792 -10.6427 -11.3264 -11.2458 -10.7503 -10.3297 -9.44915 + 5 -9.19423 -9.22360 -9.38728 -9.58885 -9.80703 -9.98983 -10.0316 -9.96428 -9.84675 -9.47240 + 6 -9.23972 -9.08112 -9.14257 -9.23194 -9.32321 -9.39690 -9.43555 -9.44192 -9.43409 -9.48014 + 7 -9.29108 -9.00688 -9.02052 -9.06353 -9.10714 -9.14286 -9.16574 -9.17650 -9.20128 -9.48611 + 8 -9.35092 -9.05522 -9.06227 -9.09724 -9.12696 -9.14581 -9.15167 -9.14642 -9.16508 -9.49843 + 9 -9.41874 -9.22956 -9.27517 -9.34671 -9.38458 -9.39522 -9.37769 -9.32371 -9.29449 -9.51889 + 10 -9.49077 -9.50874 -9.52615 -9.54152 -9.55218 -9.55816 -9.55943 -9.55596 -9.55036 -9.54413 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 15 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -38.3674 -38.5380 -38.8569 -39.2761 -39.7172 -40.0733 -40.2395 -40.2369 -40.1647 -40.1067 + 2 -38.3357 -38.5974 -39.1121 -39.8494 -40.7235 -41.5033 -41.5868 -41.1870 -40.7792 -40.5445 + 3 -37.9074 -38.2990 -39.1334 -40.5373 -42.7753 -46.3930 -45.5427 -42.8425 -41.3729 -40.7181 + 4 -36.5584 -36.8763 -37.5296 -38.5521 -39.9876 -41.8626 -41.5996 -40.2562 -39.3788 -38.9487 + 5 -34.5665 -34.7428 -35.0835 -35.5571 -36.0939 -36.5504 -36.6428 -36.4604 -36.2446 -36.1128 + 6 -32.4738 -32.5578 -32.7148 -32.9206 -33.1370 -33.3139 -33.4045 -33.4161 -33.3918 -33.3694 + 7 -30.6241 -30.6625 -30.7339 -30.8265 -30.9242 -31.0096 -31.0701 -31.1040 -31.1187 -31.1235 + 8 -29.1771 -29.1951 -29.2291 -29.2738 -29.3223 -29.3678 -29.4051 -29.4319 -29.4487 -29.4569 + 9 -28.1963 -28.2058 -28.2240 -28.2482 -28.2753 -28.3020 -28.3254 -28.3439 -28.3566 -28.3632 + 10 -27.7034 -27.7099 -27.7221 -27.7386 -27.7573 -27.7763 -27.7936 -27.8077 -27.8177 -27.8228 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 15 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 15 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 5562094.2345 CSUB-CGELASTIC = 423.8550 CSUB + CSUB-ELASTIC = 1612242.2990 CSUB-ELASTIC = 3.6603 CSUB + CSUB-INELASTIC = 106971958.1497 CSUB-INELASTIC = 18493.0263 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 108506250.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4126450.9013 CHD = 229.2678 CHD_0 + + TOTAL IN = 226778995.5845 TOTAL IN = 46149.8094 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 153405000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 72581821.4502 CHD = 16149.8094 CHD_0 + + TOTAL OUT = 226778995.5824 TOTAL OUT = 46149.8094 + + IN - OUT = 2.0950E-03 IN - OUT = 6.2200E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 15 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 4.41893E+08 7.36488E+06 1.22748E+05 5114.5 14.003 + + +end timestep + + +start timestep kper="16" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 16 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 16 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="16" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="16" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="16" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="16" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="16" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 16 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 16 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 16 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 16 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 16 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 16 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 16 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.5494 17.1186 16.3018 15.7751 15.5018 15.4677 15.6758 16.1459 16.9203 17.3281 + 2 16.4349 15.8223 15.2965 14.9135 14.6949 14.6494 14.7797 15.0832 15.5456 16.1213 + 3 14.9264 14.3298 13.8706 13.5437 13.3470 13.2800 13.3434 13.5384 13.8722 14.3725 + 4 12.9511 12.4319 12.0599 11.7984 11.6304 11.5461 11.5369 11.5896 11.6812 11.7698 + 5 10.1882 10.0777 9.94002 9.81346 9.71534 9.65210 9.62311 9.62187 9.63667 9.65190 + 6 7.98610 7.95053 7.89453 7.83397 7.78080 7.74191 7.71923 7.71045 7.71023 7.71234 + 7 6.03242 6.01013 5.97233 5.93014 5.89466 5.87259 5.86563 5.87063 5.88028 5.88717 + 8 4.26268 4.22484 4.16054 4.09236 4.04788 4.03588 4.05734 4.10548 4.15486 4.18470 + 9 2.72892 2.62810 2.44666 2.24195 2.15333 2.14753 2.22464 2.41796 2.59060 2.68665 + 10 1.67434 1.42822 0.899317 0.00000 0.00000 0.00000 0.00000 0.886790 1.40724 1.64907 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 16 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -9.53333 -9.54101 -9.55610 -9.57518 -9.59540 -9.61465 -9.63182 -9.64716 -9.66230 -9.67999 + 2 -9.53941 -9.45748 -9.75717 -10.1092 -10.4764 -10.7677 -10.7598 -10.5292 -10.2186 -9.76784 + 3 -9.57096 -9.72629 -10.1633 -10.7720 -11.6762 -12.9975 -12.6895 -11.6373 -10.8922 -9.85473 + 4 -9.61622 -9.76163 -10.1194 -10.5790 -11.1741 -11.8877 -11.8046 -11.2873 -10.8420 -9.91887 + 5 -9.67032 -9.69872 -9.87193 -10.0868 -10.3183 -10.5114 -10.5557 -10.4849 -10.3603 -9.95388 + 6 -9.72739 -9.57505 -9.63888 -9.73401 -9.83112 -9.90941 -9.95047 -9.95737 -9.94971 -9.97291 + 7 -9.78980 -9.51651 -9.52978 -9.57583 -9.62253 -9.66067 -9.68501 -9.69651 -9.72383 -9.98931 + 8 -9.85980 -9.58025 -9.58697 -9.62458 -9.65656 -9.67675 -9.68287 -9.67719 -9.69769 -10.0109 + 9 -9.93663 -9.77103 -9.81957 -9.89583 -9.93630 -9.94768 -9.92896 -9.87155 -9.84044 -10.0394 + 10 -10.0163 -10.0358 -10.0544 -10.0706 -10.0818 -10.0879 -10.0890 -10.0850 -10.0786 -10.0711 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 16 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -39.8103 -39.9809 -40.2999 -40.7193 -41.1606 -41.5168 -41.6831 -41.6806 -41.6085 -41.5504 + 2 -39.7790 -40.0407 -40.5556 -41.2932 -42.1676 -42.9476 -43.0312 -42.6314 -42.2236 -41.9889 + 3 -39.3516 -39.7431 -40.5779 -41.9822 -44.2205 -47.8385 -46.9884 -44.2881 -42.8183 -42.1635 + 4 -38.0035 -38.3215 -38.9750 -39.9979 -41.4336 -43.3089 -43.0461 -41.7027 -40.8252 -40.3949 + 5 -36.0124 -36.1888 -36.5298 -37.0035 -37.5406 -37.9973 -38.0897 -37.9074 -37.6916 -37.5597 + 6 -33.9205 -34.0046 -34.1617 -34.3677 -34.5842 -34.7612 -34.8519 -34.8636 -34.8393 -34.8168 + 7 -32.0716 -32.1100 -32.1815 -32.2742 -32.3720 -32.4575 -32.5180 -32.5519 -32.5667 -32.5715 + 8 -30.6252 -30.6433 -30.6773 -30.7221 -30.7707 -30.8162 -30.8535 -30.8804 -30.8971 -30.9054 + 9 -29.6448 -29.6544 -29.6726 -29.6969 -29.7241 -29.7508 -29.7743 -29.7927 -29.8054 -29.8120 + 10 -29.1521 -29.1586 -29.1709 -29.1874 -29.2061 -29.2251 -29.2425 -29.2566 -29.2666 -29.2717 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 16 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 16 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 5713655.3465 CSUB-CGELASTIC = 409.1696 CSUB + CSUB-ELASTIC = 1613657.7675 CSUB-ELASTIC = 4.0084 CSUB + CSUB-INELASTIC = 113675383.6149 CSUB-INELASTIC = 18256.7290 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 118368000.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4212958.7173 CHD = 241.9755 CHD_0 + + TOTAL IN = 243583655.4461 TOTAL IN = 45911.8824 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 164362500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 78428981.3115 CHD = 15911.8824 CHD_0 + + TOTAL OUT = 243583655.4437 TOTAL OUT = 45911.8824 + + IN - OUT = 2.3590E-03 IN - OUT = 6.6833E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 16 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 4.73450E+08 7.89084E+06 1.31514E+05 5479.8 15.003 + + +end timestep + + +start timestep kper="17" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 17 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 17 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="17" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="17" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="17" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="17" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="17" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 17 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 17 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 17 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 17 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 17 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 17 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 17 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.4257 16.9948 16.1780 15.6512 15.3778 15.3437 15.5518 16.0218 16.7962 17.2040 + 2 16.3133 15.7007 15.1749 14.7918 14.5731 14.5275 14.6577 14.9612 15.4237 15.9994 + 3 14.8093 14.2127 13.7534 13.4263 13.2294 13.1623 13.2257 13.4207 13.7546 14.2549 + 4 12.8408 12.3215 11.9494 11.6878 11.5196 11.4352 11.4260 11.4786 11.5703 11.6590 + 5 10.0870 9.97649 9.83881 9.71218 9.61399 9.55067 9.52162 9.52034 9.53513 9.55038 + 6 7.89670 7.86116 7.80520 7.74466 7.69149 7.65255 7.62978 7.62090 7.62060 7.62267 + 7 5.95725 5.93511 5.89756 5.85562 5.82028 5.79817 5.79101 5.79572 5.80508 5.81182 + 8 4.20384 4.16653 4.10314 4.03589 3.99192 3.97990 4.00080 4.04798 4.09644 4.12574 + 9 2.68716 2.58798 2.40951 2.20817 2.12093 2.11511 2.19082 2.38076 2.55041 2.64480 + 10 1.64606 1.40409 0.884110 0.00000 0.00000 0.00000 0.00000 0.871557 1.38306 1.62074 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 17 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -10.0196 -10.0262 -10.0405 -10.0591 -10.0792 -10.0987 -10.1163 -10.1324 -10.1486 -10.1677 + 2 -10.0312 -9.88303 -10.2054 -10.5836 -10.9734 -11.2798 -11.2701 -11.0240 -10.6921 -10.2621 + 3 -10.0693 -10.1895 -10.6539 -11.2973 -12.2425 -13.6058 -13.2893 -12.1999 -11.4176 -10.3564 + 4 -10.1219 -10.2512 -10.6295 -11.1137 -11.7362 -12.4753 -12.3902 -11.8542 -11.3869 -10.4282 + 5 -10.1836 -10.2116 -10.3930 -10.6194 -10.8625 -11.0644 -11.1110 -11.0372 -10.9058 -10.4709 + 6 -10.2482 -10.1033 -10.1693 -10.2694 -10.3716 -10.4539 -10.4971 -10.5044 -10.4964 -10.4972 + 7 -10.3179 -10.0573 -10.0706 -10.1192 -10.1686 -10.2088 -10.2344 -10.2466 -10.2757 -10.5204 + 8 -10.3945 -10.1332 -10.1400 -10.1799 -10.2138 -10.2351 -10.2415 -10.2355 -10.2572 -10.5481 + 9 -10.4772 -10.3368 -10.3882 -10.4683 -10.5109 -10.5229 -10.5033 -10.4432 -10.4101 -10.5817 + 10 -10.5618 -10.5823 -10.6016 -10.6184 -10.6298 -10.6361 -10.6371 -10.6328 -10.6259 -10.6176 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 17 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -41.1999 -41.3706 -41.6897 -42.1092 -42.5506 -42.9070 -43.0734 -43.0709 -42.9988 -42.9408 + 2 -41.1690 -41.4307 -41.9457 -42.6835 -43.5582 -44.3384 -44.4222 -44.0224 -43.6145 -43.3798 + 3 -40.7424 -41.1341 -41.9690 -43.3736 -45.6123 -49.2306 -48.3805 -45.6802 -44.2103 -43.5554 + 4 -39.3954 -39.7135 -40.3672 -41.3903 -42.8264 -44.7019 -44.4392 -43.0957 -42.2182 -41.7878 + 5 -37.4054 -37.5818 -37.9229 -38.3968 -38.9341 -39.3910 -39.4835 -39.3012 -39.0854 -38.9534 + 6 -35.3144 -35.3986 -35.5558 -35.7619 -35.9785 -36.1556 -36.2464 -36.2581 -36.2338 -36.2113 + 7 -33.4663 -33.5048 -33.5764 -33.6692 -33.7670 -33.8526 -33.9132 -33.9472 -33.9619 -33.9667 + 8 -32.0207 -32.0388 -32.0729 -32.1178 -32.1664 -32.2120 -32.2494 -32.2762 -32.2929 -32.3011 + 9 -31.0408 -31.0504 -31.0687 -31.0931 -31.1203 -31.1470 -31.1705 -31.1890 -31.2016 -31.2082 + 10 -30.5482 -30.5548 -30.5671 -30.5836 -30.6025 -30.6215 -30.6388 -30.6530 -30.6629 -30.6680 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 17 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 17 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 5860123.8279 CSUB-CGELASTIC = 395.6999 CSUB + CSUB-ELASTIC = 1615183.4767 CSUB-ELASTIC = 4.2811 CSUB + CSUB-INELASTIC = 120288475.6192 CSUB-INELASTIC = 18002.5909 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 128229750.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4304207.7425 CHD = 255.1282 CHD_0 + + TOTAL IN = 260297740.6664 TOTAL IN = 45657.7001 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 175320000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 84185566.5315 CHD = 15657.7001 CHD_0 + + TOTAL OUT = 260297740.6637 TOTAL OUT = 45657.7001 + + IN - OUT = 2.6455E-03 IN - OUT = 7.8615E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 17 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 5.05008E+08 8.41680E+06 1.40280E+05 5845.0 16.003 + + +end timestep + + +start timestep kper="18" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 18 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 18 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="18" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="18" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="18" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="18" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="18" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 18 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 18 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 18 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 18 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 18 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 18 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 18 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.2945 16.8637 16.0468 15.5200 15.2465 15.2124 15.4204 15.8904 16.6648 17.0726 + 2 16.1846 15.5720 15.0462 14.6629 14.4442 14.3984 14.5286 14.8321 15.2946 15.8703 + 3 14.6853 14.0887 13.6293 13.3021 13.1051 13.0378 13.1012 13.2963 13.6301 14.1305 + 4 12.7241 12.2047 11.8326 11.5709 11.4026 11.3181 11.3088 11.3615 11.4531 11.5419 + 5 9.98017 9.86965 9.73194 9.60526 9.50700 9.44362 9.41452 9.41320 9.42798 9.44323 + 6 7.80239 7.76688 7.71098 7.65049 7.59732 7.55833 7.53548 7.52649 7.52610 7.52814 + 7 5.87805 5.85607 5.81880 5.77712 5.74193 5.71980 5.71244 5.71683 5.72590 5.73246 + 8 4.14195 4.10520 4.04276 3.97648 3.93306 3.92102 3.94134 3.98752 4.03500 4.06374 + 9 2.64329 2.54584 2.37050 2.17267 2.08689 2.08107 2.15529 2.34169 2.50820 2.60087 + 10 1.61640 1.37878 0.868160 0.00000 0.00000 0.00000 0.00000 0.855586 1.35772 1.59103 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 18 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -10.5453 -10.5512 -10.5651 -10.5834 -10.6034 -10.6230 -10.6409 -10.6576 -10.6745 -10.6944 + 2 -10.5602 -10.3532 -10.6935 -11.0944 -11.5036 -11.8230 -11.8116 -11.5522 -11.2027 -10.7930 + 3 -10.6025 -10.6909 -11.1781 -11.8516 -12.8321 -14.2312 -13.9077 -12.7864 -11.9718 -10.8919 + 4 -10.6597 -10.7746 -11.1703 -11.6757 -12.3219 -13.0830 -12.9962 -12.4441 -11.9573 -10.9686 + 5 -10.7261 -10.7542 -10.9427 -11.1790 -11.4322 -11.6418 -11.6903 -11.6139 -11.4761 -11.0161 + 6 -10.7955 -10.6582 -10.7264 -10.8308 -10.9373 -11.0231 -11.0681 -11.0758 -11.0670 -11.0469 + 7 -10.8695 -10.6220 -10.6356 -10.6864 -10.7381 -10.7802 -10.8069 -10.8197 -10.8498 -11.0742 + 8 -10.9501 -10.7073 -10.7145 -10.7562 -10.7917 -10.8141 -10.8207 -10.8146 -10.8367 -11.1055 + 9 -11.0363 -10.9204 -10.9746 -11.0577 -11.1021 -11.1147 -11.0943 -11.0322 -10.9970 -11.1420 + 10 -11.1237 -11.1447 -11.1645 -11.1815 -11.1931 -11.1995 -11.2005 -11.1961 -11.1888 -11.1802 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 18 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -42.5416 -42.7123 -43.0315 -43.4510 -43.8926 -44.2491 -44.4156 -44.4132 -44.3411 -44.2831 + 2 -42.5110 -42.7727 -43.2878 -44.0258 -44.9007 -45.6811 -45.7649 -45.3652 -44.9573 -44.7226 + 3 -42.0852 -42.4769 -43.3120 -44.7168 -46.9558 -50.5743 -49.7244 -47.0240 -45.5541 -44.8991 + 4 -40.7391 -41.0572 -41.7111 -42.7345 -44.1708 -46.0465 -45.7839 -44.4404 -43.5628 -43.1324 + 5 -38.7500 -38.9266 -39.2678 -39.7419 -40.2793 -40.7363 -40.8289 -40.6466 -40.4308 -40.2987 + 6 -36.6600 -36.7442 -36.9015 -37.1077 -37.3245 -37.5017 -37.5925 -37.6043 -37.5799 -37.5574 + 7 -34.8127 -34.8513 -34.9229 -35.0158 -35.1137 -35.1994 -35.2600 -35.2940 -35.3087 -35.3134 + 8 -33.3677 -33.3859 -33.4201 -33.4650 -33.5137 -33.5594 -33.5967 -33.6236 -33.6403 -33.6484 + 9 -32.3883 -32.3980 -32.4163 -32.4408 -32.4681 -32.4948 -32.5183 -32.5368 -32.5494 -32.5559 + 10 -31.8959 -31.9025 -31.9149 -31.9314 -31.9503 -31.9693 -31.9867 -32.0008 -32.0108 -32.0159 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 18 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 18 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6001906.9475 CSUB-CGELASTIC = 383.2814 CSUB + CSUB-ELASTIC = 1616794.7823 CSUB-ELASTIC = 4.4913 CSUB + CSUB-INELASTIC = 126805585.5896 CSUB-INELASTIC = 17734.4892 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 138091500.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4400343.1481 CHD = 268.6469 CHD_0 + + TOTAL IN = 276916130.4675 TOTAL IN = 45390.9088 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 186277500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 89846456.3323 CHD = 15390.9088 CHD_0 + + TOTAL OUT = 276916130.4645 TOTAL OUT = 45390.9088 + + IN - OUT = 2.9830E-03 IN - OUT = 7.3450E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 18 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 5.36566E+08 8.94276E+06 1.49046E+05 6210.2 17.003 + + +end timestep + + +start timestep kper="19" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 19 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 19 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="19" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="19" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="19" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="19" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="19" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 19 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 19 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 19 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 19 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 19 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 19 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 19 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.1578 16.7269 15.9100 15.3832 15.1097 15.0755 15.2835 15.7534 16.5278 16.9356 + 2 16.0504 15.4378 14.9119 14.5286 14.3097 14.2639 14.3941 14.6976 15.1601 15.7358 + 3 14.5561 13.9595 13.5001 13.1727 12.9756 12.9083 12.9716 13.1667 13.5006 14.0009 + 4 12.6025 12.0832 11.7110 11.4492 11.2808 11.1962 11.1869 11.2396 11.3313 11.4201 + 5 9.86902 9.75849 9.62076 9.49404 9.39573 9.33229 9.30314 9.30179 9.31655 9.33182 + 6 7.70435 7.66888 7.61303 7.55259 7.49944 7.46042 7.43748 7.42839 7.42791 7.42991 + 7 5.79580 5.77399 5.73699 5.69561 5.66057 5.63841 5.63085 5.63492 5.64368 5.65008 + 8 4.07773 4.04156 3.98010 3.91484 3.87198 3.85993 3.87966 3.92480 3.97128 3.99943 + 9 2.59782 2.50216 2.33006 2.13588 2.05162 2.04578 2.11848 2.30121 2.46447 2.55534 + 10 1.58569 1.35257 0.851646 0.00000 0.00000 0.00000 0.00000 0.839054 1.33148 1.56028 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 19 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -11.1005 -11.1060 -11.1196 -11.1378 -11.1578 -11.1775 -11.1956 -11.2126 -11.2299 -11.2504 + 2 -11.1174 -10.8591 -11.2136 -11.6338 -12.0598 -12.3903 -12.3776 -12.1068 -11.7427 -11.3515 + 3 -11.1621 -11.2228 -11.7289 -12.4283 -13.4393 -14.8689 -14.5395 -13.3910 -12.5485 -11.4533 + 4 -11.2219 -11.3247 -11.7349 -12.2588 -12.9254 -13.7052 -13.6172 -13.0512 -12.5471 -11.5328 + 5 -11.2911 -11.3197 -11.5144 -11.7593 -12.0212 -12.2375 -12.2876 -12.2089 -12.0653 -11.5829 + 6 -11.3629 -11.2334 -11.3036 -11.4117 -11.5221 -11.6108 -11.6574 -11.6656 -11.6557 -11.6162 + 7 -11.4393 -11.2046 -11.2187 -11.2715 -11.3251 -11.3688 -11.3965 -11.4099 -11.4404 -11.6456 + 8 -11.5219 -11.2966 -11.3046 -11.3478 -11.3847 -11.4079 -11.4149 -11.4087 -11.4308 -11.6786 + 9 -11.6097 -11.5166 -11.5734 -11.6589 -11.7047 -11.7178 -11.6969 -11.6332 -11.5959 -11.7164 + 10 -11.6984 -11.7197 -11.7396 -11.7567 -11.7684 -11.7748 -11.7759 -11.7715 -11.7642 -11.7554 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 19 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -43.8395 -44.0103 -44.3295 -44.7492 -45.1909 -45.5475 -45.7140 -45.7116 -45.6396 -45.5816 + 2 -43.8092 -44.0709 -44.5861 -45.3243 -46.1993 -46.9799 -47.0638 -46.6640 -46.2561 -46.0215 + 3 -43.3841 -43.7758 -44.6110 -46.0161 -48.2553 -51.8741 -51.0241 -48.3237 -46.8537 -46.1987 + 4 -42.0388 -42.3569 -43.0110 -44.0346 -45.4711 -47.3469 -47.0844 -45.7409 -44.8632 -44.4327 + 5 -40.0505 -40.2271 -40.5684 -41.0427 -41.5802 -42.0374 -42.1301 -41.9478 -41.7319 -41.5998 + 6 -37.9613 -38.0455 -38.2029 -38.4092 -38.6261 -38.8034 -38.8943 -38.9060 -38.8816 -38.8591 + 7 -36.1147 -36.1533 -36.2250 -36.3180 -36.4159 -36.5016 -36.5623 -36.5963 -36.6110 -36.6157 + 8 -34.6702 -34.6885 -34.7227 -34.7677 -34.8165 -34.8621 -34.8995 -34.9264 -34.9431 -34.9512 + 9 -33.6912 -33.7009 -33.7193 -33.7438 -33.7711 -33.7979 -33.8214 -33.8398 -33.8524 -33.8589 + 10 -33.1989 -33.2055 -33.2179 -33.2345 -33.2534 -33.2724 -33.2898 -33.3039 -33.3139 -33.3190 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 19 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 19 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6139357.2876 CSUB-CGELASTIC = 371.7738 CSUB + CSUB-ELASTIC = 1618471.2498 CSUB-ELASTIC = 4.6497 CSUB + CSUB-INELASTIC = 133222343.2998 CSUB-INELASTIC = 17455.6846 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 147953250.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4501481.7526 CHD = 282.4550 CHD_0 + + TOTAL IN = 293434903.5897 TOTAL IN = 45114.5631 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 197235000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 95407729.4543 CHD = 15114.5631 CHD_0 + + TOTAL OUT = 293434903.5865 TOTAL OUT = 45114.5631 + + IN - OUT = 3.2824E-03 IN - OUT = 6.9941E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 19 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 5.68123E+08 9.46872E+06 1.57812E+05 6575.5 18.003 + + +end timestep + + +start timestep kper="20" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 20 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 20 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="20" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="20" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="20" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="20" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="20" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 20 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 20 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 20 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 20 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 20 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 20 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 20 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.0168 16.5860 15.7691 15.2422 14.9686 14.9344 15.1423 15.6123 16.3866 16.7945 + 2 15.9121 15.2995 14.7736 14.3902 14.1713 14.1254 14.2555 14.5591 15.0215 15.5972 + 3 14.4231 13.8264 13.3669 13.0395 12.8423 12.7749 12.8382 13.0333 13.3672 13.8676 + 4 12.4774 11.9581 11.5858 11.3240 11.1555 11.0708 11.0615 11.1142 11.2059 11.2947 + 5 9.75466 9.64413 9.50638 9.37964 9.28129 9.21781 9.18861 9.18722 9.20197 9.21723 + 6 7.60356 7.56812 7.51234 7.45196 7.39883 7.35978 7.33676 7.32757 7.32699 7.32895 + 7 5.71129 5.68965 5.65295 5.61186 5.57700 5.55482 5.54704 5.55079 5.55924 5.56545 + 8 4.01179 3.97622 3.91579 3.85156 3.80929 3.79722 3.81635 3.86043 3.90587 3.93342 + 9 2.55117 2.45735 2.28858 2.09815 2.01543 2.00959 2.08073 2.25970 2.41962 2.50865 + 10 1.55420 1.32570 0.834718 0.00000 0.00000 0.00000 0.00000 0.822112 1.30459 1.52877 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 20 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -11.6775 -11.6828 -11.6963 -11.7144 -11.7344 -11.7542 -11.7725 -11.7896 -11.8072 -11.8280 + 2 -11.6953 -11.3932 -11.7589 -12.1957 -12.6361 -12.9762 -12.9624 -12.6818 -12.3056 -11.9304 + 3 -11.7411 -11.7783 -12.3001 -13.0219 -14.0592 -15.5148 -15.1806 -14.0087 -13.1420 -12.0337 + 4 -11.8022 -11.8951 -12.3176 -12.8574 -13.5418 -14.3376 -14.2485 -13.6706 -13.1513 -12.1147 + 5 -11.8725 -11.9026 -12.1025 -12.3550 -12.6244 -12.8464 -12.8981 -12.8174 -12.6682 -12.1660 + 6 -11.9455 -11.8235 -11.8957 -12.0070 -12.1207 -12.2121 -12.2600 -12.2685 -12.2572 -12.2002 + 7 -12.0227 -11.8000 -11.8148 -11.8692 -11.9246 -11.9696 -11.9982 -12.0121 -12.0426 -12.2302 + 8 -12.1059 -11.8965 -11.9055 -11.9499 -11.9880 -12.0120 -12.0192 -12.0130 -12.0348 -12.2635 + 9 -12.1940 -12.1208 -12.1802 -12.2674 -12.3144 -12.3279 -12.3067 -12.2419 -12.2025 -12.3013 + 10 -12.2828 -12.3041 -12.3240 -12.3410 -12.3528 -12.3592 -12.3603 -12.3561 -12.3489 -12.3402 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 20 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -45.0973 -45.2681 -45.5874 -46.0071 -46.4489 -46.8056 -46.9722 -46.9698 -46.8978 -46.8398 + 2 -45.0671 -45.3288 -45.8441 -46.5825 -47.4577 -48.2384 -48.3223 -47.9226 -47.5147 -47.2800 + 3 -44.6426 -45.0343 -45.8697 -47.2750 -49.5144 -53.1333 -52.2834 -49.5830 -48.1129 -47.4578 + 4 -43.2979 -43.6161 -44.2703 -45.2941 -46.7308 -48.6068 -48.3443 -47.0008 -46.1230 -45.6925 + 5 -41.3103 -41.4870 -41.8284 -42.3027 -42.8404 -43.2976 -43.3904 -43.2081 -42.9922 -42.8601 + 6 -39.2217 -39.3060 -39.4634 -39.6698 -39.8868 -40.0641 -40.1550 -40.1668 -40.1424 -40.1198 + 7 -37.3756 -37.4142 -37.4860 -37.5790 -37.6771 -37.7628 -37.8235 -37.8575 -37.8722 -37.8768 + 8 -35.9316 -35.9499 -35.9842 -36.0292 -36.0780 -36.1237 -36.1611 -36.1879 -36.2046 -36.2127 + 9 -34.9528 -34.9625 -34.9810 -35.0055 -35.0329 -35.0597 -35.0832 -35.1016 -35.1141 -35.1206 + 10 -34.4605 -34.4672 -34.4795 -34.4962 -34.5151 -34.5341 -34.5515 -34.5656 -34.5756 -34.5807 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 20 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 20 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6272780.8663 CSUB-CGELASTIC = 361.0577 CSUB + CSUB-ELASTIC = 1620195.9267 CSUB-ELASTIC = 4.7651 CSUB + CSUB-INELASTIC = 139535452.5829 CSUB-INELASTIC = 17168.9150 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 157815000.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4607713.1872 CHD = 296.4797 CHD_0 + + TOTAL IN = 309851142.5631 TOTAL IN = 44831.2175 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 208192500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 100866468.4273 CHD = 14831.2175 CHD_0 + + TOTAL OUT = 309851142.5595 TOTAL OUT = 44831.2175 + + IN - OUT = 3.6362E-03 IN - OUT = 9.1451E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 20 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 5.99681E+08 9.99468E+06 1.66578E+05 6940.8 19.003 + + +end timestep + + +start timestep kper="21" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 21 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 21 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="21" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="21" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="21" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="21" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="21" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 21 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 21 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 21 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 21 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 21 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 21 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 21 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 16.8729 16.4420 15.6251 15.0982 14.8246 14.7903 14.9983 15.4682 16.2425 16.6504 + 2 15.7709 15.1583 14.6324 14.2489 14.0299 13.9840 14.1141 14.4176 14.8801 15.4558 + 3 14.2873 13.6906 13.2311 12.9036 12.7063 12.6388 12.7021 12.8972 13.2311 13.7315 + 4 12.3498 11.8304 11.4581 11.1962 11.0277 10.9430 10.9336 10.9862 11.0780 11.1668 + 5 9.63804 9.52751 9.38975 9.26299 9.16460 9.10108 9.07184 9.07042 9.08515 9.10042 + 6 7.50081 7.46542 7.40971 7.34940 7.29630 7.25721 7.23412 7.22482 7.22415 7.22606 + 7 5.62519 5.60374 5.56734 5.52655 5.49187 5.46967 5.46168 5.46510 5.47323 5.47926 + 8 3.94466 3.90970 3.85030 3.78714 3.74547 3.73339 3.75190 3.79489 3.83929 3.86623 + 9 2.50371 2.41177 2.24637 2.05976 1.97862 1.97277 2.04231 2.21747 2.37400 2.46115 + 10 1.52218 1.29838 0.817502 0.00000 0.00000 0.00000 0.00000 0.804883 1.27724 1.49672 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 21 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -12.2699 -12.2753 -12.2887 -12.3069 -12.3269 -12.3467 -12.3651 -12.3823 -12.4000 -12.4209 + 2 -12.2879 -11.9492 -12.3235 -12.7746 -13.2274 -13.5758 -13.5610 -13.2720 -12.8859 -12.5239 + 3 -12.3340 -12.3518 -12.8867 -13.6278 -14.6879 -16.1656 -15.8272 -14.6354 -13.7479 -12.6277 + 4 -12.3953 -12.4807 -12.9135 -13.4672 -14.1669 -14.9765 -14.8865 -14.2984 -13.7656 -12.7090 + 5 -12.4658 -12.4980 -12.7025 -12.9614 -13.2374 -13.4644 -13.5173 -13.4349 -13.2807 -12.7604 + 6 -12.5386 -12.4242 -12.4982 -12.6123 -12.7288 -12.8225 -12.8716 -12.8803 -12.8676 -12.7944 + 7 -12.6155 -12.4040 -12.4197 -12.4755 -12.5323 -12.5785 -12.6079 -12.6223 -12.6524 -12.8240 + 8 -12.6983 -12.5031 -12.5132 -12.5586 -12.5976 -12.6223 -12.6298 -12.6237 -12.6448 -12.8566 + 9 -12.7858 -12.7296 -12.7913 -12.8798 -12.9276 -12.9415 -12.9201 -12.8547 -12.8133 -12.8936 + 10 -12.8738 -12.8950 -12.9147 -12.9316 -12.9433 -12.9498 -12.9510 -12.9469 -12.9400 -12.9315 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 21 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -46.3179 -46.4887 -46.8080 -47.2278 -47.6697 -48.0264 -48.1931 -48.1908 -48.1188 -48.0608 + 2 -46.2879 -46.5496 -47.0649 -47.8034 -48.6787 -49.4595 -49.5435 -49.1438 -48.7359 -48.5012 + 3 -45.8637 -46.2554 -47.0909 -48.4964 -50.7360 -54.3550 -53.5052 -50.8047 -49.3346 -48.6795 + 4 -44.5195 -44.8378 -45.4921 -46.5160 -47.9528 -49.8290 -49.5665 -48.2230 -47.3452 -46.9146 + 5 -42.5324 -42.7091 -43.0506 -43.5251 -44.0628 -44.5202 -44.6130 -44.4307 -44.2147 -44.0826 + 6 -40.4442 -40.5285 -40.6860 -40.8925 -41.1095 -41.2869 -41.3779 -41.3897 -41.3653 -41.3427 + 7 -38.5985 -38.6372 -38.7090 -38.8020 -38.9001 -38.9859 -39.0466 -39.0806 -39.0953 -39.0999 + 8 -37.1547 -37.1730 -37.2074 -37.2524 -37.3013 -37.3470 -37.3844 -37.4112 -37.4279 -37.4359 + 9 -36.1760 -36.1858 -36.2043 -36.2289 -36.2563 -36.2831 -36.3066 -36.3250 -36.3375 -36.3440 + 10 -35.6838 -35.6904 -35.7029 -35.7195 -35.7384 -35.7575 -35.7749 -35.7890 -35.7989 -35.8041 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 21 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 21 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6402444.0543 CSUB-CGELASTIC = 351.0313 CSUB + CSUB-ELASTIC = 1621954.7449 CSUB-ELASTIC = 4.8448 CSUB + CSUB-INELASTIC = 145742518.0352 CSUB-INELASTIC = 16876.4745 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 167676750.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4719101.6661 CHD = 310.6538 CHD_0 + + TOTAL IN = 326162768.5005 TOTAL IN = 44543.0044 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 219150000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 106220594.3643 CHD = 14543.0044 CHD_0 + + TOTAL OUT = 326162768.4965 TOTAL OUT = 44543.0044 + + IN - OUT = 3.9902E-03 IN - OUT = 8.4918E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 21 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 6.31238E+08 1.05206E+07 1.75344E+05 7306.0 20.003 + + +end timestep + + +start timestep kper="22" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 22 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 22 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="22" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="22" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="22" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="22" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="22" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 22 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 22 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 22 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 22 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 22 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 22 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 22 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 16.7270 16.2961 15.4792 14.9522 14.6786 14.6443 14.8522 15.3222 16.0965 16.5043 + 2 15.6278 15.0152 14.4892 14.1057 13.8867 13.8407 13.9708 14.2743 14.7368 15.3124 + 3 14.1497 13.5530 13.0934 12.7658 12.5685 12.5009 12.5641 12.7593 13.0932 13.5937 + 4 12.2205 11.7011 11.3288 11.0668 10.8982 10.8134 10.8040 10.8567 10.9484 11.0373 + 5 9.51992 9.40939 9.27163 9.14486 9.04645 8.98288 8.95361 8.95216 8.96687 8.98214 + 6 7.39679 7.36144 7.30581 7.24557 7.19250 7.15340 7.13023 7.12082 7.12006 7.12192 + 7 5.53806 5.51679 5.48071 5.44023 5.40572 5.38351 5.37531 5.37840 5.38621 5.39205 + 8 3.87676 3.84242 3.78407 3.72199 3.68092 3.66883 3.68671 3.72862 3.77196 3.79827 + 9 2.45572 2.36568 2.20371 2.02095 1.94141 1.93555 2.00349 2.17478 2.32788 2.41313 + 10 1.48981 1.27076 0.800103 0.00000 0.00000 0.00000 0.00000 0.787473 1.24960 1.46433 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 22 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -12.8729 -12.8783 -12.8918 -12.9101 -12.9302 -12.9500 -12.9684 -12.9857 -13.0034 -13.0243 + 2 -12.8905 -12.5216 -12.9026 -13.3659 -13.8295 -14.1850 -14.1694 -13.8732 -13.4789 -13.1272 + 3 -12.9362 -12.9385 -13.4842 -14.2421 -15.3217 -16.8183 -16.4765 -15.2677 -14.3621 -13.2308 + 4 -12.9970 -13.0772 -13.5187 -14.0843 -14.7972 -15.6186 -15.5280 -14.9310 -14.3864 -13.3117 + 5 -13.0667 -13.1019 -13.3105 -13.5750 -13.8566 -14.0880 -14.1420 -14.0580 -13.8990 -13.3624 + 6 -13.1387 -13.0316 -13.1073 -13.2239 -13.3429 -13.4385 -13.4887 -13.4976 -13.4833 -13.3954 + 7 -13.2145 -13.0131 -13.0298 -13.0867 -13.1448 -13.1921 -13.2222 -13.2369 -13.2665 -13.4238 + 8 -13.2960 -13.1131 -13.1243 -13.1705 -13.2104 -13.2356 -13.2434 -13.2374 -13.2578 -13.4549 + 9 -13.3821 -13.3399 -13.4037 -13.4931 -13.5416 -13.5557 -13.5343 -13.4685 -13.4254 -13.4904 + 10 -13.4689 -13.4897 -13.5092 -13.5259 -13.5375 -13.5440 -13.5454 -13.5415 -13.5349 -13.5267 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 22 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -47.5039 -47.6747 -47.9940 -48.4139 -48.8558 -49.2126 -49.3793 -49.3770 -49.3050 -49.2471 + 2 -47.4739 -47.7356 -48.2510 -48.9896 -49.8650 -50.6459 -50.7300 -50.3302 -49.9223 -49.6877 + 3 -47.0500 -47.4418 -48.2774 -49.6830 -51.9227 -55.5419 -54.6921 -51.9916 -50.5215 -49.8663 + 4 -45.7062 -46.0245 -46.6789 -47.7029 -49.1399 -51.0161 -50.7537 -49.4103 -48.5324 -48.1017 + 5 -43.7194 -43.8961 -44.2377 -44.7122 -45.2501 -45.7075 -45.8004 -45.6181 -45.4021 -45.2699 + 6 -41.6314 -41.7158 -41.8734 -42.0799 -42.2970 -42.4744 -42.5654 -42.5772 -42.5528 -42.5302 + 7 -39.7859 -39.8246 -39.8965 -39.9896 -40.0877 -40.1735 -40.2343 -40.2683 -40.2830 -40.2876 + 8 -38.3423 -38.3606 -38.3950 -38.4401 -38.4890 -38.5347 -38.5722 -38.5990 -38.6156 -38.6236 + 9 -37.3637 -37.3735 -37.3920 -37.4166 -37.4440 -37.4708 -37.4944 -37.5128 -37.5253 -37.5317 + 10 -36.8714 -36.8780 -36.8905 -36.9071 -36.9261 -36.9452 -36.9625 -36.9767 -36.9866 -36.9917 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 22 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 22 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6528579.4686 CSUB-CGELASTIC = 341.6083 CSUB + CSUB-ELASTIC = 1623736.0316 CSUB-ELASTIC = 4.8949 CSUB + CSUB-INELASTIC = 151841898.1638 CSUB-INELASTIC = 16580.2815 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 177538500.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4835688.2421 CHD = 324.9164 CHD_0 + + TOTAL IN = 342368401.9060 TOTAL IN = 44251.7011 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 230107500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 111468727.7695 CHD = 14251.7011 CHD_0 + + TOTAL OUT = 342368401.9017 TOTAL OUT = 44251.7011 + + IN - OUT = 4.2928E-03 IN - OUT = 8.0065E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 22 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 6.62796E+08 1.10466E+07 1.84110E+05 7671.2 21.003 + + +end timestep + + +start timestep kper="23" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 23 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 23 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="23" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="23" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="23" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="23" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="23" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 23 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 23 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 23 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 23 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 23 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 23 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 23 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 16.5799 16.1490 15.3321 14.8051 14.5314 14.4971 14.7050 15.1750 15.9493 16.3571 + 2 15.4835 14.8709 14.3449 13.9614 13.7423 13.6963 13.8263 14.1299 14.5923 15.1680 + 3 14.0109 13.4143 12.9546 12.6270 12.4296 12.3620 12.4252 12.6203 12.9543 13.4548 + 4 12.0902 11.5708 11.1984 10.9364 10.7678 10.6830 10.6736 10.7262 10.8179 10.9068 + 5 9.40095 9.29042 9.15266 9.02588 8.92745 8.86386 8.83455 8.83306 8.84776 8.86302 + 6 7.29205 7.25675 7.20120 7.14104 7.08800 7.04888 7.02563 7.01612 7.01527 7.01708 + 7 5.45036 5.42928 5.39351 5.35335 5.31902 5.29680 5.28839 5.29114 5.29863 5.30428 + 8 3.80844 3.77472 3.71744 3.65644 3.61598 3.60388 3.62114 3.66195 3.70422 3.72990 + 9 2.40746 2.31932 2.16080 1.98192 1.90399 1.89813 1.96445 2.13185 2.28150 2.36484 + 10 1.45727 1.24299 0.782608 0.00000 0.00000 0.00000 0.00000 0.769969 1.22182 1.43177 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 23 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -13.4823 -13.4879 -13.5015 -13.5199 -13.5400 -13.5599 -13.5784 -13.5956 -13.6133 -13.6341 + 2 -13.4991 -13.1059 -13.4922 -13.9660 -14.4387 -14.8004 -14.7840 -14.4817 -14.0806 -13.7364 + 3 -13.5439 -13.5344 -14.0892 -14.8614 -15.9580 -17.4707 -17.1260 -15.9026 -14.9813 -13.8393 + 4 -13.6036 -13.6807 -14.1297 -14.7056 -15.4300 -16.2615 -16.1703 -15.5658 -15.0106 -13.9192 + 5 -13.6722 -13.7109 -13.9231 -14.1925 -14.4789 -14.7141 -14.7691 -14.6838 -14.5204 -13.9686 + 6 -13.7426 -13.6427 -13.7201 -13.8387 -13.9599 -14.0571 -14.1083 -14.1174 -14.1014 -14.0001 + 7 -13.8167 -13.6245 -13.6421 -13.7001 -13.7593 -13.8075 -13.8382 -13.8533 -13.8820 -14.0266 + 8 -13.8963 -13.7239 -13.7362 -13.7831 -13.8236 -13.8493 -13.8574 -13.8516 -13.8710 -14.0558 + 9 -13.9806 -13.9495 -14.0150 -14.1049 -14.1538 -14.1682 -14.1469 -14.0811 -14.0364 -14.0893 + 10 -14.0656 -14.0861 -14.1052 -14.1217 -14.1331 -14.1397 -14.1412 -14.1377 -14.1314 -14.1237 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 23 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -48.6574 -48.8282 -49.1476 -49.5675 -50.0095 -50.3663 -50.5331 -50.5308 -50.4588 -50.4009 + 2 -48.6275 -48.8891 -49.4046 -50.1433 -51.0188 -51.7998 -51.8839 -51.4842 -51.0762 -50.8416 + 3 -48.2038 -48.5955 -49.4312 -50.8370 -53.0768 -56.6961 -55.8464 -53.1459 -51.6756 -51.0204 + 4 -46.8601 -47.1785 -47.8330 -48.8571 -50.2942 -52.1705 -51.9082 -50.5647 -49.6868 -49.2561 + 5 -44.8735 -45.0503 -45.3919 -45.8666 -46.4045 -46.8620 -46.9549 -46.7726 -46.5566 -46.4244 + 6 -42.7857 -42.8701 -43.0277 -43.2343 -43.4514 -43.6289 -43.7200 -43.7318 -43.7073 -43.6847 + 7 -40.9402 -40.9790 -41.0509 -41.1440 -41.2422 -41.3280 -41.3888 -41.4228 -41.4375 -41.4420 + 8 -39.4966 -39.5150 -39.5494 -39.5945 -39.6434 -39.6892 -39.7266 -39.7535 -39.7701 -39.7781 + 9 -38.5179 -38.5278 -38.5464 -38.5710 -38.5984 -38.6252 -38.6488 -38.6672 -38.6797 -38.6860 + 10 -38.0256 -38.0323 -38.0447 -38.0614 -38.0803 -38.0994 -38.1168 -38.1310 -38.1409 -38.1460 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 23 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 23 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6651390.9890 CSUB-CGELASTIC = 332.7149 CSUB + CSUB-ELASTIC = 1625530.1078 CSUB-ELASTIC = 4.9204 CSUB + CSUB-INELASTIC = 157832581.0757 CSUB-INELASTIC = 16281.9366 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 187400250.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4957493.3075 CHD = 339.2139 CHD_0 + + TOTAL IN = 358467245.4800 TOTAL IN = 43958.7858 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 241065000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 116610071.3431 CHD = 13958.7858 CHD_0 + + TOTAL OUT = 358467245.4753 TOTAL OUT = 43958.7858 + + IN - OUT = 4.6439E-03 IN - OUT = 7.8767E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 23 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 6.94354E+08 1.15726E+07 1.92876E+05 8036.5 22.003 + + +end timestep + + +start timestep kper="24" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 24 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 24 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="24" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="24" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="24" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="24" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="24" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 24 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 24 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 24 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 24 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 24 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 24 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 24 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 16.4323 16.0015 15.1845 14.6575 14.3838 14.3495 14.5574 15.0273 15.8016 16.2094 + 2 15.3387 14.7262 14.2001 13.8165 13.5974 13.5514 13.6814 13.9850 14.4474 15.0231 + 3 13.8718 13.2751 12.8155 12.4878 12.2903 12.2226 12.2859 12.4810 12.8150 13.3155 + 4 11.9595 11.4401 11.0677 10.8057 10.6370 10.5521 10.5427 10.5953 10.6871 10.7760 + 5 9.28166 9.17113 9.03338 8.90659 8.80815 8.74453 8.71519 8.71367 8.72835 8.74361 + 6 7.18706 7.15180 7.09633 7.03625 6.98326 6.94412 6.92080 6.91118 6.91023 6.91199 + 7 5.36247 5.34158 5.30613 5.26628 5.23215 5.20991 5.20130 5.20371 5.21087 5.21633 + 8 3.73999 3.70691 3.65068 3.59078 3.55093 3.53882 3.55546 3.59516 3.63636 3.66141 + 9 2.35912 2.27290 2.11784 1.94283 1.86652 1.86065 1.92535 2.08886 2.23505 2.31648 + 10 1.42468 1.21518 0.765090 0.00000 0.00000 0.00000 0.00000 0.752443 1.19400 1.39916 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 24 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -14.0949 -14.1007 -14.1145 -14.1330 -14.1532 -14.1731 -14.1916 -14.2087 -14.2263 -14.2469 + 2 -14.1106 -13.6984 -14.0887 -14.5714 -15.0521 -15.4190 -15.4021 -15.0945 -14.6877 -14.3484 + 3 -14.1542 -14.1361 -14.6984 -15.4832 -16.5943 -18.1207 -17.7737 -16.5377 -15.6029 -14.4503 + 4 -14.2125 -14.2883 -14.7436 -15.3285 -16.0627 -16.9029 -16.8113 -16.2002 -15.6357 -14.5287 + 5 -14.2793 -14.3224 -14.5377 -14.8112 -15.1020 -15.3404 -15.3962 -15.3097 -15.1424 -14.5764 + 6 -14.3478 -14.2548 -14.3338 -14.4542 -14.5772 -14.6760 -14.7280 -14.7372 -14.7195 -14.6058 + 7 -14.4197 -14.2356 -14.2544 -14.3132 -14.3733 -14.4223 -14.4535 -14.4689 -14.4968 -14.6301 + 8 -14.4971 -14.3332 -14.3466 -14.3940 -14.4350 -14.4611 -14.4696 -14.4640 -14.4825 -14.6569 + 9 -14.5791 -14.5562 -14.6232 -14.7133 -14.7625 -14.7771 -14.7560 -14.6904 -14.6444 -14.6880 + 10 -14.6620 -14.6820 -14.7007 -14.7169 -14.7283 -14.7348 -14.7365 -14.7333 -14.7274 -14.7202 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 24 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -49.7803 -49.9512 -50.2706 -50.6906 -51.1326 -51.4895 -51.6562 -51.6540 -51.5820 -51.5241 + 2 -49.7505 -50.0121 -50.5277 -51.2664 -52.1420 -52.9230 -53.0072 -52.6075 -52.1995 -51.9649 + 3 -49.3269 -49.7187 -50.5544 -51.9603 -54.2003 -57.8196 -56.9699 -54.2694 -52.7991 -52.1439 + 4 -47.9833 -48.3017 -48.9563 -49.9805 -51.4177 -53.2941 -53.0318 -51.6883 -50.8103 -50.3796 + 5 -45.9968 -46.1736 -46.5152 -46.9900 -47.5280 -47.9855 -48.0784 -47.8961 -47.6801 -47.5479 + 6 -43.9089 -43.9934 -44.1510 -44.3577 -44.5748 -44.7524 -44.8434 -44.8552 -44.8308 -44.8081 + 7 -42.0634 -42.1022 -42.1741 -42.2673 -42.3655 -42.4514 -42.5121 -42.5461 -42.5608 -42.5653 + 8 -40.6197 -40.6381 -40.6726 -40.7177 -40.7666 -40.8124 -40.8499 -40.8767 -40.8933 -40.9012 + 9 -39.6409 -39.6508 -39.6694 -39.6940 -39.7215 -39.7483 -39.7718 -39.7902 -39.8027 -39.8091 + 10 -39.1485 -39.1552 -39.1676 -39.1843 -39.2032 -39.2224 -39.2397 -39.2539 -39.2638 -39.2689 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 24 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 24 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6771058.0237 CSUB-CGELASTIC = 324.2883 CSUB + CSUB-ELASTIC = 1627328.9586 CSUB-ELASTIC = 4.9256 CSUB + CSUB-INELASTIC = 163714079.3499 CSUB-INELASTIC = 15982.7716 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 197262000.0000 RCHA = 27000.0000 RCHA_0 + CHD = 5084519.1378 CHD = 353.4993 CHD_0 + + TOTAL IN = 374458985.4700 TOTAL IN = 43665.4848 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 252022500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 121644311.3328 CHD = 13665.4848 CHD_0 + + TOTAL OUT = 374458985.4650 TOTAL OUT = 43665.4848 + + IN - OUT = 4.9911E-03 IN - OUT = 7.4513E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 24 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 7.25911E+08 1.20985E+07 2.01642E+05 8401.8 23.003 + + +end timestep + + +start timestep kper="25" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 25 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 25 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="25" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="25" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="25" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="25" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="25" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 25 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 25 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 25 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 25 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 25 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 25 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 25 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 16.2848 15.8540 15.0370 14.5099 14.2363 14.2019 14.4098 14.8797 15.6540 16.0618 + 2 15.1941 14.5815 14.0554 13.6718 13.4527 13.4066 13.5366 13.8402 14.3026 14.8783 + 3 13.7327 13.1360 12.6764 12.3486 12.1511 12.0834 12.1466 12.3418 12.6758 13.1763 + 4 11.8290 11.3095 10.9371 10.6750 10.5063 10.4214 10.4120 10.4646 10.5564 10.6453 + 5 9.16249 9.05197 8.91421 8.78743 8.68898 8.62534 8.59596 8.59442 8.60907 8.62433 + 6 7.08219 7.04699 6.99160 6.93160 6.87865 6.83949 6.81610 6.80639 6.80534 6.80705 + 7 5.27472 5.25401 5.21888 5.17935 5.14541 5.12316 5.11434 5.11642 5.12325 5.12852 + 8 3.67166 3.63921 3.58405 3.52523 3.48599 3.47388 3.48989 3.52850 3.56863 3.59305 + 9 2.31088 2.22658 2.07496 1.90383 1.82912 1.82326 1.88634 2.04597 2.18871 2.26821 + 10 1.39216 1.18744 0.747609 0.00000 0.00000 0.00000 0.00000 0.734955 1.16624 1.36663 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 25 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -14.7080 -14.7140 -14.7281 -14.7467 -14.7670 -14.7869 -14.8053 -14.8224 -14.8398 -14.8603 + 2 -14.7224 -14.2957 -14.6891 -15.1795 -15.6671 -16.0385 -16.0211 -15.7090 -15.2975 -14.9607 + 3 -14.7645 -14.7408 -15.3095 -16.1050 -17.2287 -18.7668 -18.4178 -17.1711 -16.2244 -15.0611 + 4 -14.8210 -14.8973 -15.3581 -15.9507 -16.6935 -17.5411 -17.4491 -16.8325 -16.2596 -15.1379 + 5 -14.8858 -14.9338 -15.1520 -15.4292 -15.7236 -15.9648 -16.0214 -15.9338 -15.7627 -15.1835 + 6 -14.9520 -14.8659 -14.9463 -15.0683 -15.1929 -15.2930 -15.3457 -15.3550 -15.3357 -15.2106 + 7 -15.0215 -14.8447 -14.8644 -14.9240 -14.9849 -15.0346 -15.0663 -15.0820 -15.1089 -15.2323 + 8 -15.0963 -14.9393 -14.9538 -15.0015 -15.0429 -15.0694 -15.0782 -15.0728 -15.0904 -15.2565 + 9 -15.1758 -15.1586 -15.2268 -15.3168 -15.3661 -15.3809 -15.3600 -15.2949 -15.2478 -15.2850 + 10 -15.2563 -15.2758 -15.2942 -15.3100 -15.3213 -15.3278 -15.3297 -15.3268 -15.3214 -15.3147 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 25 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -50.8744 -51.0453 -51.3648 -51.7848 -52.2268 -52.5837 -52.7505 -52.7483 -52.6763 -52.6184 + 2 -50.8446 -51.1062 -51.6218 -52.3606 -53.2363 -54.0174 -54.1015 -53.7018 -53.2939 -53.0592 + 3 -50.4210 -50.8128 -51.6486 -53.0546 -55.2947 -58.9141 -58.0645 -55.3639 -53.8936 -53.2383 + 4 -49.0775 -49.3959 -50.0505 -51.0748 -52.5121 -54.3886 -54.1263 -52.7828 -51.9048 -51.4740 + 5 -47.0909 -47.2677 -47.6094 -48.0842 -48.6223 -49.0799 -49.1728 -48.9905 -48.7745 -48.6422 + 6 -45.0029 -45.0874 -45.2451 -45.4518 -45.6690 -45.8465 -45.9376 -45.9494 -45.9249 -45.9022 + 7 -43.1572 -43.1961 -43.2680 -43.3612 -43.4595 -43.5453 -43.6061 -43.6401 -43.6548 -43.6593 + 8 -41.7133 -41.7318 -41.7663 -41.8114 -41.8604 -41.9062 -41.9436 -41.9704 -41.9871 -41.9950 + 9 -40.7344 -40.7443 -40.7629 -40.7876 -40.8150 -40.8419 -40.8654 -40.8838 -40.8963 -40.9026 + 10 -40.2419 -40.2485 -40.2610 -40.2777 -40.2966 -40.3157 -40.3331 -40.3473 -40.3572 -40.3623 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 25 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 25 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6887739.1316 CSUB-CGELASTIC = 316.2750 CSUB + CSUB-ELASTIC = 1629125.9599 CSUB-ELASTIC = 4.9141 CSUB + CSUB-INELASTIC = 169486341.2125 CSUB-INELASTIC = 15683.8912 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 207123750.0000 RCHA = 27000.0000 RCHA_0 + CHD = 5216752.3440 CHD = 367.7325 CHD_0 + + TOTAL IN = 390343708.6479 TOTAL IN = 43372.8128 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 262980000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 126571534.5104 CHD = 13372.8128 CHD_0 + + TOTAL OUT = 390343708.6426 TOTAL OUT = 43372.8128 + + IN - OUT = 5.3643E-03 IN - OUT = 6.9775E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 25 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 7.57469E+08 1.26245E+07 2.10408E+05 8767.0 24.003 + + +end timestep + + +start timestep kper="26" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 26 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 26 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="26" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="26" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="26" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="26" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="26" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 26 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 26 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 26 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 26 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 26 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 26 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 26 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 16.1379 15.7070 14.8900 14.3629 14.0892 14.0549 14.2628 14.7327 15.5070 15.9148 + 2 15.0499 14.4373 13.9113 13.5276 13.3084 13.2624 13.3924 13.6959 14.1584 14.7341 + 3 13.5942 12.9975 12.5378 12.2100 12.0125 11.9447 12.0079 12.2031 12.5371 13.0376 + 4 11.6989 11.1795 10.8070 10.5449 10.3761 10.2913 10.2818 10.3344 10.4262 10.5151 + 5 9.04380 8.93328 8.79554 8.66876 8.57030 8.50664 8.47724 8.47566 8.49030 8.50555 + 6 6.97777 6.94261 6.88731 6.82739 6.77449 6.73532 6.71186 6.70204 6.70091 6.70256 + 7 5.18734 5.16683 5.13202 5.09281 5.05905 5.03680 5.02777 5.02953 5.03603 5.04110 + 8 3.60365 3.57183 3.51773 3.45999 3.42137 3.40925 3.42464 3.46216 3.50122 3.52501 + 9 2.26288 2.18048 2.03229 1.86502 1.79192 1.78605 1.84752 2.00329 2.14259 2.22019 + 10 1.35980 1.15983 0.730216 0.00000 0.00000 0.00000 0.00000 0.717556 1.13862 1.33426 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 26 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -15.3194 -15.3258 -15.3400 -15.3588 -15.3792 -15.3992 -15.4175 -15.4345 -15.4517 -15.4719 + 2 -15.3325 -14.8952 -15.2911 -15.7881 -16.2816 -16.6569 -16.6391 -16.3231 -15.9075 -15.5710 + 3 -15.3729 -15.3461 -15.9202 -16.7249 -17.8595 -19.4076 -19.0569 -17.8010 -16.8441 -15.6699 + 4 -15.4274 -15.5057 -15.9712 -16.5705 -17.3206 -18.1746 -18.0824 -17.4609 -16.8806 -15.7447 + 5 -15.4899 -15.5434 -15.7641 -16.0444 -16.3420 -16.5857 -16.6429 -16.5544 -16.3799 -15.7881 + 6 -15.5535 -15.4741 -15.5560 -15.6793 -15.8053 -15.9065 -15.9598 -15.9692 -15.9482 -15.8126 + 7 -15.6203 -15.4499 -15.4707 -15.5309 -15.5925 -15.6427 -15.6749 -15.6909 -15.7168 -15.8315 + 8 -15.6923 -15.5407 -15.5561 -15.6041 -15.6458 -15.6726 -15.6817 -15.6766 -15.6933 -15.8528 + 9 -15.7691 -15.7554 -15.8244 -15.9141 -15.9634 -15.9784 -15.9578 -15.8934 -15.8455 -15.8785 + 10 -15.8472 -15.8661 -15.8840 -15.8995 -15.9106 -15.9172 -15.9192 -15.9167 -15.9117 -15.9056 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 26 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -51.9411 -52.1120 -52.4315 -52.8515 -53.2936 -53.6506 -53.8174 -53.8152 -53.7432 -53.6853 + 2 -51.9112 -52.1729 -52.6885 -53.4274 -54.3032 -55.0843 -55.1685 -54.7688 -54.3608 -54.1261 + 3 -51.4877 -51.8795 -52.7154 -54.1214 -56.3616 -59.9811 -59.1315 -56.4309 -54.9605 -54.3052 + 4 -50.1441 -50.4625 -51.1172 -52.1416 -53.5790 -55.4555 -55.1932 -53.8497 -52.9717 -52.5409 + 5 -48.1573 -48.3342 -48.6760 -49.1508 -49.6890 -50.1466 -50.2395 -50.0572 -49.8412 -49.7089 + 6 -46.0692 -46.1537 -46.3114 -46.5181 -46.7354 -46.9130 -47.0041 -47.0159 -46.9914 -46.9686 + 7 -44.2232 -44.2621 -44.3341 -44.4273 -44.5256 -44.6115 -44.6723 -44.7063 -44.7209 -44.7254 + 8 -42.7791 -42.7976 -42.8321 -42.8772 -42.9262 -42.9720 -43.0095 -43.0363 -43.0529 -43.0608 + 9 -41.7999 -41.8099 -41.8285 -41.8531 -41.8806 -41.9074 -41.9310 -41.9494 -41.9619 -41.9682 + 10 -41.3073 -41.3139 -41.3264 -41.3431 -41.3620 -41.3812 -41.3986 -41.4127 -41.4227 -41.4278 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 26 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 26 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 7001575.0963 CSUB-CGELASTIC = 308.6295 CSUB + CSUB-ELASTIC = 1630915.6511 CSUB-ELASTIC = 4.8888 CSUB + CSUB-INELASTIC = 175149675.5442 CSUB-INELASTIC = 15386.2086 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 216985500.0000 RCHA = 27000.0000 RCHA_0 + CHD = 5354166.1556 CHD = 381.8790 CHD_0 + + TOTAL IN = 406121832.4472 TOTAL IN = 43081.6059 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 273937500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 131392158.3093 CHD = 13081.6059 CHD_0 + + TOTAL OUT = 406121832.4415 TOTAL OUT = 43081.6059 + + IN - OUT = 5.7198E-03 IN - OUT = 7.2647E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 26 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 7.89026E+08 1.31504E+07 2.19174E+05 9132.2 25.003 + + +end timestep + + +start timestep kper="27" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 27 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 27 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="27" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="27" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="27" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="27" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="27" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 27 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 27 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 27 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 27 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 27 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 27 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 27 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 15.9918 15.5609 14.7439 14.2169 13.9431 13.9088 14.1166 14.5866 15.3608 15.7687 + 2 14.9067 14.2941 13.7680 13.3843 13.1651 13.1190 13.2490 13.5525 14.0150 14.5907 + 3 13.4565 12.8598 12.4001 12.0723 11.8747 11.8069 11.8701 12.0653 12.3994 12.8999 + 4 11.5697 11.0502 10.6778 10.4156 10.2468 10.1619 10.1525 10.2051 10.2969 10.3858 + 5 8.92589 8.81537 8.67764 8.55087 8.45240 8.38873 8.35930 8.35770 8.37231 8.38756 + 6 6.87404 6.83894 6.78373 6.72389 6.67104 6.63186 6.60833 6.59841 6.59718 6.59879 + 7 5.10058 5.08026 5.04576 5.00687 4.97330 4.95104 4.94181 4.94323 4.94941 4.95430 + 8 3.53612 3.50492 3.45188 3.39522 3.35720 3.34508 3.35986 3.39629 3.43430 3.45745 + 9 2.21522 2.13472 1.98993 1.82650 1.75499 1.74912 1.80899 1.96092 2.09681 2.17251 + 10 1.32768 1.13242 0.712951 0.00000 0.00000 0.00000 0.00000 0.700286 1.11121 1.30213 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 27 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -15.9275 -15.9341 -15.9486 -15.9675 -15.9880 -16.0080 -16.0263 -16.0432 -16.0602 -16.0801 + 2 -15.9390 -15.4947 -15.8926 -16.3951 -16.8937 -17.2724 -17.2542 -16.9349 -16.5159 -16.1779 + 3 -15.9776 -15.9500 -16.5287 -17.3414 -18.4854 -20.0419 -19.6898 -18.4262 -17.4602 -16.2750 + 4 -16.0299 -16.1116 -16.5813 -17.1863 -17.9428 -18.8022 -18.7098 -18.0841 -17.4973 -16.3477 + 5 -16.0900 -16.1495 -16.3725 -16.6556 -16.9559 -17.2017 -17.2595 -17.1702 -16.9924 -16.3886 + 6 -16.1509 -16.0779 -16.1612 -16.2857 -16.4129 -16.5151 -16.5689 -16.5784 -16.5558 -16.4103 + 7 -16.2148 -16.0501 -16.0719 -16.1326 -16.1947 -16.2455 -16.2781 -16.2943 -16.3192 -16.4263 + 8 -16.2839 -16.1362 -16.1525 -16.2006 -16.2425 -16.2697 -16.2791 -16.2743 -16.2902 -16.4446 + 9 -16.3578 -16.3455 -16.4150 -16.5042 -16.5534 -16.5686 -16.5484 -16.4847 -16.4364 -16.4673 + 10 -16.4332 -16.4516 -16.4690 -16.4842 -16.4951 -16.5017 -16.5039 -16.5018 -16.4973 -16.4918 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 27 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -52.9818 -53.1526 -53.4722 -53.8922 -54.3344 -54.6913 -54.8582 -54.8559 -54.7840 -54.7260 + 2 -52.9518 -53.2135 -53.7292 -54.4681 -55.3439 -56.1251 -56.2093 -55.8096 -55.4016 -55.1669 + 3 -52.5282 -52.9201 -53.7560 -55.1621 -57.4024 -61.0219 -60.1723 -57.4717 -56.0013 -55.3460 + 4 -51.1845 -51.5030 -52.1577 -53.1822 -54.6196 -56.4962 -56.2339 -54.8904 -54.0123 -53.5815 + 5 -49.1975 -49.3744 -49.7162 -50.1911 -50.7293 -51.1870 -51.2799 -51.0976 -50.8815 -50.7492 + 6 -47.1091 -47.1936 -47.3514 -47.5581 -47.7754 -47.9530 -48.0441 -48.0559 -48.0314 -48.0086 + 7 -45.2628 -45.3017 -45.3737 -45.4670 -45.5652 -45.6512 -45.7119 -45.7460 -45.7606 -45.7651 + 8 -43.8184 -43.8368 -43.8713 -43.9165 -43.9655 -44.0113 -44.0488 -44.0756 -44.0922 -44.1001 + 9 -42.8389 -42.8489 -42.8675 -42.8922 -42.9196 -42.9465 -42.9700 -42.9885 -43.0009 -43.0072 + 10 -42.3461 -42.3528 -42.3652 -42.3819 -42.4009 -42.4200 -42.4374 -42.4516 -42.4615 -42.4666 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 27 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 27 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 7112691.5335 CSUB-CGELASTIC = 301.3128 CSUB + CSUB-ELASTIC = 1632693.5474 CSUB-ELASTIC = 4.8521 CSUB + CSUB-INELASTIC = 180704688.6154 CSUB-INELASTIC = 15090.4754 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 226847250.0000 RCHA = 27000.0000 RCHA_0 + CHD = 5496722.4933 CHD = 395.9102 CHD_0 + + TOTAL IN = 421794046.1897 TOTAL IN = 42792.5506 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 284895000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 136106872.0515 CHD = 12792.5506 CHD_0 + + TOTAL OUT = 421794046.1837 TOTAL OUT = 42792.5506 + + IN - OUT = 6.0521E-03 IN - OUT = 5.9447E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 27 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 8.20584E+08 1.36764E+07 2.27940E+05 9497.5 26.003 + + +end timestep + + +start timestep kper="28" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 28 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 28 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="28" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="28" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="28" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="28" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="28" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 28 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 28 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 28 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 28 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 28 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 28 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 28 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 15.8470 15.4161 14.5991 14.0720 13.7983 13.7639 13.9718 14.4417 15.2160 15.6238 + 2 14.7646 14.1520 13.6259 13.2422 13.0230 12.9769 13.1069 13.4104 13.8729 14.4486 + 3 13.3200 12.7233 12.2636 11.9357 11.7381 11.6703 11.7335 11.9287 12.2628 12.7633 + 4 11.4415 10.9221 10.5496 10.2875 10.1187 10.0337 10.0242 10.0768 10.1686 10.2576 + 5 8.80900 8.69848 8.56076 8.43400 8.33554 8.27185 8.24240 8.24077 8.25536 8.27061 + 6 6.77124 6.73618 6.68105 6.62131 6.56850 6.52931 6.50572 6.49570 6.49437 6.49593 + 7 5.01459 4.99446 4.96027 4.92170 4.88832 4.86605 4.85663 4.85772 4.86358 4.86827 + 8 3.46920 3.43863 3.38663 3.33105 3.29363 3.28151 3.29567 3.33102 3.36798 3.39052 + 9 2.16800 2.08938 1.94798 1.78834 1.71841 1.71253 1.77083 1.91895 2.05146 2.12528 + 10 1.29586 1.10527 0.695847 0.00000 0.00000 0.00000 0.00000 0.683178 1.08405 1.27030 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 28 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -16.5307 -16.5377 -16.5524 -16.5715 -16.5921 -16.6121 -16.6304 -16.6471 -16.6639 -16.6835 + 2 -16.5406 -16.0923 -16.4918 -16.9991 -17.5021 -17.8836 -17.8652 -17.5431 -17.1210 -16.7797 + 3 -16.5773 -16.5509 -17.1336 -17.9532 -19.1052 -20.6690 -20.3158 -19.0454 -18.0714 -16.8750 + 4 -16.6274 -16.7135 -17.1868 -17.7969 -18.5589 -19.4230 -19.3304 -18.7011 -18.1083 -16.9455 + 5 -16.6848 -16.7507 -16.9759 -17.2613 -17.5641 -17.8116 -17.8699 -17.7799 -17.5992 -16.9838 + 6 -16.7430 -16.6763 -16.7609 -16.8864 -17.0147 -17.1176 -17.1719 -17.1815 -17.1573 -17.0027 + 7 -16.8038 -16.6441 -16.6669 -16.7280 -16.7906 -16.8418 -16.8747 -16.8912 -16.9151 -17.0156 + 8 -16.8699 -16.7249 -16.7419 -16.7900 -16.8322 -16.8595 -16.8692 -16.8648 -16.8800 -17.0308 + 9 -16.9408 -16.9282 -16.9979 -17.0864 -17.1354 -17.1507 -17.1310 -17.0682 -17.0197 -17.0505 + 10 -17.0135 -17.0313 -17.0483 -17.0631 -17.0739 -17.0805 -17.0829 -17.0811 -17.0771 -17.0721 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 28 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -53.9975 -54.1684 -54.4879 -54.9080 -55.3501 -55.7072 -55.8740 -55.8718 -55.7998 -55.7419 + 2 -53.9675 -54.2292 -54.7449 -55.4838 -56.3597 -57.1409 -57.2251 -56.8254 -56.4174 -56.1827 + 3 -53.5437 -53.9356 -54.7716 -56.1778 -58.4181 -62.0377 -61.1881 -58.4875 -57.0171 -56.3617 + 4 -52.1998 -52.5184 -53.1731 -54.1977 -55.6352 -57.5118 -57.2495 -55.9060 -55.0279 -54.5970 + 5 -50.2126 -50.3895 -50.7314 -51.2063 -51.7446 -52.2022 -52.2952 -52.1129 -51.8968 -51.7644 + 6 -48.1238 -48.2083 -48.3662 -48.5729 -48.7903 -48.9679 -49.0590 -49.0708 -49.0463 -49.0235 + 7 -46.2772 -46.3161 -46.3881 -46.4814 -46.5797 -46.6656 -46.7264 -46.7604 -46.7750 -46.7795 + 8 -44.8324 -44.8509 -44.8854 -44.9306 -44.9796 -45.0254 -45.0629 -45.0897 -45.1063 -45.1142 + 9 -43.8527 -43.8626 -43.8812 -43.9059 -43.9333 -43.9602 -43.9838 -44.0022 -44.0147 -44.0210 + 10 -43.3597 -43.3663 -43.3788 -43.3955 -43.4145 -43.4336 -43.4510 -43.4652 -43.4751 -43.4802 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 28 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 28 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 7221201.1005 CSUB-CGELASTIC = 294.2916 CSUB + CSUB-ELASTIC = 1634455.9813 CSUB-ELASTIC = 4.8062 CSUB + CSUB-INELASTIC = 186152230.7530 CSUB-INELASTIC = 14797.3072 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 236709000.0000 RCHA = 27000.0000 RCHA_0 + CHD = 5644373.8196 CHD = 409.8020 CHD_0 + + TOTAL IN = 437361261.6544 TOTAL IN = 42506.2070 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 295852500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 140716587.5158 CHD = 12506.2070 CHD_0 + + TOTAL OUT = 437361261.6480 TOTAL OUT = 42506.2070 + + IN - OUT = 6.4032E-03 IN - OUT = 8.1644E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 28 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 8.52142E+08 1.42024E+07 2.36706E+05 9862.8 27.003 + + +end timestep + + +start timestep kper="29" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 29 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 29 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="29" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="29" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="29" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="29" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="29" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 29 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 29 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 29 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 29 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 29 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 29 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 29 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 15.7037 15.2727 14.4557 13.9286 13.6549 13.6205 13.8284 14.2983 15.0726 15.4804 + 2 14.6240 14.0114 13.4853 13.1016 12.8823 12.8362 12.9662 13.2697 13.7322 14.3079 + 3 13.1850 12.5882 12.1284 11.8006 11.6029 11.5351 11.5983 11.7935 12.1276 12.6281 + 4 11.3147 10.7953 10.4228 10.1606 9.99180 9.90685 9.89735 9.94996 10.0418 10.1307 + 5 8.69333 8.58282 8.44511 8.31836 8.21990 8.15620 8.12672 8.12507 8.13964 8.15488 + 6 6.66951 6.63451 6.57947 6.51981 6.46705 6.42785 6.40420 6.39408 6.39266 6.39417 + 7 4.92951 4.90957 4.87570 4.83744 4.80426 4.78198 4.77236 4.77313 4.77867 4.78317 + 8 3.40301 3.37306 3.32209 3.26757 3.23075 3.21862 3.23218 3.26647 3.30239 3.32431 + 9 2.12130 2.04454 1.90648 1.75060 1.68223 1.67635 1.73308 1.87745 2.00661 2.07857 + 10 1.26438 1.07842 0.678931 0.00000 0.00000 0.00000 0.00000 0.666259 1.05719 1.23882 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 29 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -17.1280 -17.1353 -17.1503 -17.1695 -17.1902 -17.2103 -17.2284 -17.2450 -17.2616 -17.2809 + 2 -17.1362 -16.6864 -17.0873 -17.5987 -18.1055 -18.4895 -18.4708 -18.1462 -17.7215 -17.3756 + 3 -17.1709 -17.1473 -17.7336 -18.5591 -19.7181 -21.2881 -20.9339 -19.6577 -18.6767 -17.4689 + 4 -17.2187 -17.3103 -17.7868 -18.4012 -19.1680 -20.0361 -19.9434 -19.3110 -18.7129 -17.5371 + 5 -17.2735 -17.3461 -17.5732 -17.8607 -18.1655 -18.4147 -18.4734 -18.3827 -18.1992 -17.5727 + 6 -17.3287 -17.2682 -17.3540 -17.4804 -17.6096 -17.7133 -17.7680 -17.7776 -17.7519 -17.5887 + 7 -17.3865 -17.2311 -17.2548 -17.3163 -17.3793 -17.4309 -17.4641 -17.4808 -17.5037 -17.5984 + 8 -17.4493 -17.3060 -17.3236 -17.3717 -17.4139 -17.4415 -17.4516 -17.4474 -17.4621 -17.6104 + 9 -17.5173 -17.5027 -17.5724 -17.6600 -17.7088 -17.7242 -17.7049 -17.6432 -17.5948 -17.6270 + 10 -17.5872 -17.6044 -17.6209 -17.6354 -17.6460 -17.6526 -17.6551 -17.6537 -17.6503 -17.6459 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 29 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -54.9893 -55.1602 -55.4798 -55.8999 -56.3421 -56.6991 -56.8659 -56.8637 -56.7918 -56.7338 + 2 -54.9593 -55.2210 -55.7367 -56.4757 -57.3516 -58.1328 -58.2170 -57.8173 -57.4093 -57.1746 + 3 -54.5354 -54.9273 -55.7633 -57.1695 -59.4099 -63.0296 -62.1800 -59.4793 -58.0089 -57.3535 + 4 -53.1912 -53.5098 -54.1646 -55.1892 -56.6268 -58.5034 -58.2412 -56.8976 -56.0195 -55.5885 + 5 -51.2037 -51.3806 -51.7225 -52.1975 -52.7358 -53.1935 -53.2865 -53.1041 -52.8880 -52.7556 + 6 -49.1145 -49.1990 -49.3569 -49.5637 -49.7810 -49.9587 -50.0498 -50.0616 -50.0370 -50.0143 + 7 -47.2674 -47.3063 -47.3784 -47.4717 -47.5700 -47.6559 -47.7167 -47.7507 -47.7653 -47.7698 + 8 -45.8222 -45.8407 -45.8752 -45.9205 -45.9694 -46.0153 -46.0528 -46.0796 -46.0962 -46.1041 + 9 -44.8422 -44.8521 -44.8707 -44.8954 -44.9229 -44.9498 -44.9733 -44.9918 -45.0042 -45.0106 + 10 -44.3490 -44.3557 -44.3681 -44.3849 -44.4038 -44.4230 -44.4404 -44.4546 -44.4645 -44.4696 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 29 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 29 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 7327205.3687 CSUB-CGELASTIC = 287.5374 CSUB + CSUB-ELASTIC = 1636199.9714 CSUB-ELASTIC = 4.7529 CSUB + CSUB-INELASTIC = 191493351.4117 CSUB-INELASTIC = 14507.2047 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 246570750.0000 RCHA = 27000.0000 RCHA_0 + CHD = 5797064.7683 CHD = 423.5345 CHD_0 + + TOTAL IN = 452824571.5201 TOTAL IN = 42223.0295 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 306810000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 145222397.3811 CHD = 12223.0294 CHD_0 + + TOTAL OUT = 452824571.5133 TOTAL OUT = 42223.0294 + + IN - OUT = 6.7571E-03 IN - OUT = 6.6309E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 29 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 8.83699E+08 1.47283E+07 2.45472E+05 10228. 28.003 + + +end timestep + + +start timestep kper="30" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 30 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 30 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="30" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="30" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="30" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="30" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="30" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 30 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 30 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 30 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 30 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 30 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 30 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 30 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 15.5620 15.1311 14.3140 13.7869 13.5132 13.4788 13.6866 14.1565 14.9308 15.3387 + 2 14.4850 13.8725 13.3463 12.9626 12.7433 12.6972 12.8272 13.1307 13.5932 14.1689 + 3 13.0514 12.4547 11.9949 11.6670 11.4693 11.4015 11.4647 11.6599 11.9940 12.4945 + 4 11.1895 10.6700 10.2975 10.0353 9.86646 9.78149 9.77198 9.82459 9.91639 10.0054 + 5 8.57904 8.46854 8.33084 8.20411 8.10565 8.04193 8.01244 8.01075 8.02531 8.04054 + 6 6.56901 6.53406 6.47911 6.41953 6.36683 6.32762 6.30390 6.29369 6.29218 6.29363 + 7 4.84548 4.82572 4.79216 4.75422 4.72121 4.69893 4.68912 4.68957 4.69480 4.69911 + 8 3.33763 3.30829 3.25835 3.20488 3.16865 3.15652 3.16948 3.20272 3.23761 3.25891 + 9 2.07518 2.00026 1.86550 1.71333 1.64650 1.64063 1.69581 1.83646 1.96232 2.03244 + 10 1.23330 1.05190 0.662227 0.00000 0.00000 0.00000 0.00000 0.649551 1.03067 1.20773 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 30 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -17.7184 -17.7260 -17.7413 -17.7607 -17.7815 -17.8015 -17.8196 -17.8361 -17.8524 -17.8714 + 2 -17.7250 -17.2758 -17.6779 -18.1928 -18.7028 -19.0890 -19.0701 -18.7434 -18.3162 -17.9645 + 3 -17.7576 -17.7383 -18.3276 -19.1583 -20.3233 -21.8986 -21.5436 -20.2624 -19.2752 -18.0558 + 4 -17.8030 -17.9009 -18.3804 -18.9984 -19.7693 -20.6409 -20.5481 -19.9130 -19.3101 -18.1216 + 5 -17.8551 -17.9347 -18.1636 -18.4529 -18.7595 -19.0100 -19.0691 -18.9779 -18.7918 -18.1545 + 6 -17.9073 -17.8528 -17.9399 -18.0670 -18.1970 -18.3013 -18.3563 -18.3660 -18.3388 -18.1675 + 7 -17.9619 -17.8104 -17.8349 -17.8967 -17.9600 -18.0120 -18.0455 -18.0623 -18.0844 -18.1741 + 8 -18.0216 -17.8789 -17.8970 -17.9450 -17.9873 -18.0151 -18.0254 -18.0216 -18.0359 -18.1828 + 9 -18.0864 -18.0687 -18.1380 -18.2247 -18.2731 -18.2886 -18.2699 -18.2092 -18.1612 -18.1963 + 10 -18.1536 -18.1703 -18.1862 -18.2004 -18.2108 -18.2174 -18.2201 -18.2191 -18.2161 -18.2124 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 30 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -55.9582 -56.1291 -56.4487 -56.8688 -57.3110 -57.6681 -57.8349 -57.8327 -57.7608 -57.7028 + 2 -55.9281 -56.1898 -56.7055 -57.4446 -58.3205 -59.1018 -59.1860 -58.7863 -58.3783 -58.1436 + 3 -55.5040 -55.8960 -56.7320 -58.1383 -60.3788 -63.9985 -63.1489 -60.4482 -58.9777 -58.3223 + 4 -54.1596 -54.4782 -55.1331 -56.1577 -57.5953 -59.4720 -59.2098 -57.8662 -56.9880 -56.5571 + 5 -52.1717 -52.3487 -52.6906 -53.1656 -53.7039 -54.1616 -54.2546 -54.0723 -53.8562 -53.7237 + 6 -50.0821 -50.1666 -50.3245 -50.5313 -50.7487 -50.9264 -51.0175 -51.0293 -51.0047 -50.9819 + 7 -48.2346 -48.2735 -48.3455 -48.4389 -48.5372 -48.6231 -48.6839 -48.7179 -48.7325 -48.7370 + 8 -46.7889 -46.8074 -46.8419 -46.8872 -46.9362 -46.9820 -47.0195 -47.0463 -47.0629 -47.0708 + 9 -45.8085 -45.8185 -45.8371 -45.8618 -45.8892 -45.9161 -45.9397 -45.9581 -45.9706 -45.9769 + 10 -45.3152 -45.3218 -45.3343 -45.3510 -45.3700 -45.3891 -45.4065 -45.4207 -45.4307 -45.4358 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 30 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 30 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 7430796.4109 CSUB-CGELASTIC = 281.0257 CSUB + CSUB-ELASTIC = 1637923.1116 CSUB-ELASTIC = 4.6935 CSUB + CSUB-INELASTIC = 196729261.3555 CSUB-INELASTIC = 14220.5722 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 256432500.0000 RCHA = 27000.0000 RCHA_0 + CHD = 5954733.5664 CHD = 437.0917 CHD_0 + + TOTAL IN = 468185214.4443 TOTAL IN = 41943.3831 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 317767500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 149625540.3050 CHD = 11943.3831 CHD_0 + + TOTAL OUT = 468185214.4372 TOTAL OUT = 41943.3831 + + IN - OUT = 7.0949E-03 IN - OUT = 6.9344E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 30 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 9.15257E+08 1.52543E+07 2.54238E+05 10593. 29.003 + + +end timestep + + +start timestep kper="31" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 31 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 31 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="31" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="31" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="31" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="31" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="31" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 31 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 31 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 31 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 31 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 31 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 31 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 31 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 15.4222 14.9912 14.1742 13.6471 13.3733 13.3389 13.5468 14.0167 14.7910 15.1988 + 2 14.3479 13.7353 13.2092 12.8254 12.6061 12.5600 12.6900 12.9935 13.4560 14.0317 + 3 12.9197 12.3229 11.8631 11.5352 11.3375 11.2697 11.3328 11.5280 11.8621 12.3627 + 4 11.0658 10.5463 10.1738 9.91162 9.74276 9.65778 9.64826 9.70087 9.79268 9.88165 + 5 8.46626 8.35576 8.21808 8.09136 7.99291 7.92918 7.89966 7.89796 7.91249 7.92772 + 6 6.46985 6.43495 6.38008 6.32059 6.26794 6.22872 6.20494 6.19463 6.19304 6.19444 + 7 4.76256 4.74300 4.70974 4.67211 4.63929 4.61700 4.60699 4.60713 4.61205 4.61618 + 8 3.27314 3.24440 3.19547 3.14303 3.10738 3.09525 3.10763 3.13983 3.17371 3.19440 + 9 2.02969 1.95658 1.82508 1.67657 1.61127 1.60539 1.65905 1.79603 1.91864 1.98694 + 10 1.20265 1.02574 0.645749 0.00000 0.00000 0.00000 0.00000 0.633071 1.00451 1.17707 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 31 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -18.3012 -18.3092 -18.3247 -18.3443 -18.3652 -18.3852 -18.4033 -18.4195 -18.4356 -18.4543 + 2 -18.3061 -17.8595 -18.2626 -18.7806 -19.2934 -19.6813 -19.6622 -19.3338 -18.9044 -18.5457 + 3 -18.3366 -18.3229 -18.9150 -19.7501 -20.9202 -22.5001 -22.1443 -20.8590 -19.8662 -18.6351 + 4 -18.3796 -18.4845 -18.9667 -19.5880 -20.3624 -21.2370 -21.1440 -20.5067 -19.8993 -18.6985 + 5 -18.4289 -18.5158 -18.7465 -19.0373 -19.3455 -19.5972 -19.6565 -19.5648 -19.3763 -18.7286 + 6 -18.4781 -18.4296 -18.5178 -18.6456 -18.7762 -18.8811 -18.9364 -18.9461 -18.9175 -18.7385 + 7 -18.5296 -18.3815 -18.4067 -18.4687 -18.5324 -18.5846 -18.6184 -18.6354 -18.6566 -18.7419 + 8 -18.5860 -18.4433 -18.4616 -18.5096 -18.5518 -18.5798 -18.5904 -18.5870 -18.6009 -18.7474 + 9 -18.6478 -18.6256 -18.6943 -18.7800 -18.8280 -18.8436 -18.8255 -18.7659 -18.7186 -18.7578 + 10 -18.7122 -18.7282 -18.7437 -18.7575 -18.7677 -18.7743 -18.7773 -18.7766 -18.7741 -18.7710 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 31 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -56.9050 -57.0759 -57.3955 -57.8157 -58.2579 -58.6150 -58.7818 -58.7796 -58.7077 -58.6497 + 2 -56.8748 -57.1365 -57.6523 -58.3914 -59.2674 -60.0487 -60.1329 -59.7331 -59.3251 -59.0904 + 3 -56.4506 -56.8426 -57.6787 -59.0850 -61.3255 -64.9452 -64.0956 -61.3949 -59.9244 -59.2690 + 4 -55.1059 -55.4245 -56.0794 -57.1041 -58.5417 -60.4184 -60.1562 -58.8126 -57.9344 -57.5034 + 5 -53.1175 -53.2945 -53.6365 -54.1115 -54.6499 -55.1076 -55.2006 -55.0183 -54.8021 -54.6697 + 6 -51.0274 -51.1120 -51.2699 -51.4768 -51.6941 -51.8718 -51.9630 -51.9747 -51.9502 -51.9273 + 7 -49.1794 -49.2183 -49.2904 -49.3838 -49.4821 -49.5680 -49.6289 -49.6629 -49.6774 -49.6819 + 8 -47.7333 -47.7518 -47.7863 -47.8316 -47.8806 -47.9264 -47.9639 -47.9908 -48.0074 -48.0152 + 9 -46.7526 -46.7625 -46.7811 -46.8058 -46.8333 -46.8602 -46.8837 -46.9022 -46.9147 -46.9210 + 10 -46.2591 -46.2657 -46.2782 -46.2949 -46.3138 -46.3330 -46.3504 -46.3646 -46.3745 -46.3797 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 31 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 31 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 7532058.1446 CSUB-CGELASTIC = 274.7357 CSUB + CSUB-ELASTIC = 1639623.4788 CSUB-ELASTIC = 4.6293 CSUB + CSUB-INELASTIC = 201861300.8484 CSUB-INELASTIC = 13937.7327 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 266294250.0000 RCHA = 27000.0000 RCHA_0 + CHD = 6117313.2641 CHD = 450.4607 CHD_0 + + TOTAL IN = 483444545.7359 TOTAL IN = 41667.5584 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 328725000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 153927371.5963 CHD = 11667.5584 CHD_0 + + TOTAL OUT = 483444545.7285 TOTAL OUT = 41667.5584 + + IN - OUT = 7.4243E-03 IN - OUT = 6.7805E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 31 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 9.46814E+08 1.57802E+07 2.63004E+05 10958. 30.003 + + +end timestep + + + LARGEST 20 OF 296 INTERBED STRAIN VALUES SHOWN + + CSUB PACKAGE INTERBED STRAIN SUMMARY + ---------------------------------------------------------------------------------------------------------------------- + INTERBED INTERBED INITIAL FINAL TOTAL PERCENT + NUMBER TYPE CELLID THICKNESS THICKNESS COMPACTION FINAL STRAIN COMPACTION FLAG + ---------------------------------------------------------------------------------------------------------------------- + 222 no-delay (3,3,6) 30.000 30.000 1.0466 3.48869E-02 3.4887 *>=1% + 223 no-delay (3,3,7) 30.000 30.000 1.0313 3.43772E-02 3.4377 *>=1% + 224 no-delay (3,3,8) 30.000 30.000 0.98270 3.27567E-02 3.2757 *>=1% + 221 no-delay (3,3,5) 30.000 30.000 0.98145 3.27151E-02 3.2715 *>=1% + 232 no-delay (3,4,6) 30.000 30.000 0.96511 3.21703E-02 3.2170 *>=1% + 233 no-delay (3,4,7) 30.000 30.000 0.96039 3.20130E-02 3.2013 *>=1% + 213 no-delay (3,2,7) 30.000 30.000 0.96000 3.19999E-02 3.2000 *>=1% + 212 no-delay (3,2,6) 30.000 30.000 0.95848 3.19494E-02 3.1949 *>=1% + 225 no-delay (3,3,9) 30.000 30.000 0.95623 3.18744E-02 3.1874 *>=1% + 214 no-delay (3,2,8) 30.000 30.000 0.95280 3.17600E-02 3.1760 *>=1% + 215 no-delay (3,2,9) 30.000 30.000 0.94546 3.15152E-02 3.1515 *>=1% + 226 no-delay (3,3,10) 30.000 30.000 0.94443 3.14811E-02 3.1481 *>=1% + 211 no-delay (3,2,5) 30.000 30.000 0.94442 3.14806E-02 3.1481 *>=1% + 216 no-delay (3,2,10) 30.000 30.000 0.94123 3.13743E-02 3.1374 *>=1% + 220 no-delay (3,3,4) 30.000 30.000 0.94112 3.13708E-02 3.1371 *>=1% + 234 no-delay (3,4,8) 30.000 30.000 0.93620 3.12068E-02 3.1207 *>=1% + 203 no-delay (3,1,7) 30.000 30.000 0.93568 3.11894E-02 3.1189 *>=1% + 204 no-delay (3,1,8) 30.000 30.000 0.93564 3.11880E-02 3.1188 *>=1% + 205 no-delay (3,1,9) 30.000 30.000 0.93435 3.11449E-02 3.1145 *>=1% + 206 no-delay (3,1,10) 30.000 30.000 0.93330 3.11101E-02 3.1110 *>=1% + ---------------------------------------------------------------------------------------------------------------------- + + + + PERCENT COMPACTION IS GREATER THAN OR EQUAL TO 1 PERCENT IN 100 OF 296 INTERBED(S). + USE THE STRAIN_CSV_INTERBED OPTION TO OUTPUT A CSV FILE WITH PERCENT COMPACTION + VALUES FOR ALL INTERBEDS. + + COARSE-GRAINED STORAGE PERCENT COMPACTION WAS LESS THAN 1 PERCENT IN ALL CELLS diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.nam b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.nam new file mode 100644 index 000000000..c2e798cd3 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.nam @@ -0,0 +1,16 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. +BEGIN options +END options + +BEGIN packages + DIS6 csub_sub03a.dis dis + IC6 csub_sub03a.ic ic + NPF6 csub_sub03a.npf npf + STO6 csub_sub03a.sto sto + RCH6 csub_sub03a.rcha rcha_0 + WEL6 csub_sub03a.wel wel_0 + CHD6 csub_sub03a.chd chd_0 + CSUB6 csub_sub03a.csub csub + OC6 csub_sub03a.oc oc +END packages + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.npf b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.npf new file mode 100644 index 000000000..693e2d8d6 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.npf @@ -0,0 +1,29 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. +BEGIN options +END options + +BEGIN griddata + icelltype LAYERED + CONSTANT 0 + CONSTANT 0 + CONSTANT 0 + k LAYERED + CONSTANT 20.00000000 + INTERNAL FACTOR 1.0 + 20.00000000 20.00000000 20.00000000 20.00000000 20.00000000 20.00000000 20.00000000 20.00000000 20.00000000 20.00000000 + 20.00000000 0.01000000 0.01000000 0.01000000 0.01000000 0.01000000 0.01000000 0.01000000 0.01000000 20.00000000 + 20.00000000 0.01000000 0.01000000 0.01000000 0.01000000 0.01000000 0.01000000 0.01000000 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a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.oc b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.oc new file mode 100644 index 000000000..4ae8d2e34 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.oc @@ -0,0 +1,14 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. +BEGIN options + BUDGET FILEOUT csub_sub03a.cbc + HEAD FILEOUT csub_sub03a.hds + HEAD PRINT_FORMAT COLUMNS 10 WIDTH 15 DIGITS 6 GENERAL +END options + +BEGIN period 1 + SAVE HEAD LAST + SAVE BUDGET LAST + PRINT HEAD LAST + PRINT BUDGET LAST +END period 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.rcha b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.rcha new file mode 100644 index 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a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.wel b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.wel new file mode 100644 index 000000000..a2e384dfe --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.wel @@ -0,0 +1,17 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. +BEGIN options + PRINT_INPUT + PRINT_FLOWS +END options + +BEGIN dimensions + MAXBOUND 4 +END dimensions + +BEGIN period 2 + 3 3 6 -1.40000000E+04 + 3 3 7 -8.00000000E+03 + 3 4 6 -5.00000000E+03 + 3 4 7 -3.00000000E+03 +END period 2 + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/mfsim.lst b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/mfsim.lst new file mode 100644 index 000000000..4f8b05925 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/mfsim.lst @@ -0,0 +1,3675 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + VERSION 6.4.2 06/28/2023 + ***DEVELOP MODE*** + + MODFLOW 6 compiled Oct 4 2023 09:03:27 with GCC version 11.3.0 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: -fdiagnostics-color=always -cpp -I +src/libmf6core.a.p -I src -I ../mf6.4.2_linux/src -I src/libmf6_external.a.p +-imultiarch x86_64-linux-gnu -D _FILE_OFFSET_BITS=64 -D __linux__ +-mtune=generic -march=x86-64 -O2 -Wall -Wpedantic -Wcharacter-truncation +-Wno-unused-dummy-argument -Wno-intrinsic-shadow -Wno-maybe-uninitialized +-Wno-uninitialized -std=f2008 -fall-intrinsics -ffpe-summary=overflow +-ffpe-trap=overflow,zero,invalid -fPIC -J src/libmf6core.a.p +-fpre-include=/usr/include/finclude/math-vector-fortran.h + +System command used to initiate simulation: +/home/mreno/.clone/usgs/w/netcdf/2/modflow6/bin/rebuilt/mf6 + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + + OPENED mfsim.nam + FILE TYPE:NAM UNIT 1001 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + + OPENED csub_sub03a.nam + FILE TYPE:NAM UNIT 1002 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + + OPENED csub_sub03a.dis + FILE TYPE:DIS6 UNIT 1003 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED csub_sub03a.npf + FILE TYPE:NPF6 UNIT 1004 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED csub_sub03a.sto + FILE TYPE:STO6 UNIT 1005 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED csub_sub03a.ic + FILE TYPE:IC6 UNIT 1006 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED csub_sub03a.oc + FILE TYPE:OC6 UNIT 1007 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED csub_sub03a.wel + FILE TYPE:WEL6 UNIT 1008 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED csub_sub03a.rcha + FILE TYPE:RCH6 UNIT 1009 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED csub_sub03a.chd + FILE TYPE:CHD6 UNIT 1010 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED csub_sub03a.csub + FILE TYPE:CSUB6 UNIT 1011 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + + READING SIMULATION OPTIONS + MAXIMUM NUMBER OF ERRORS THAT WILL BE STORED IS 1000 + END OF SIMULATION OPTIONS + + READING SIMULATION TIMING + + OPENED csub_sub03a.tdis + FILE TYPE:TDIS UNIT 1012 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + TDIS -- TEMPORAL DISCRETIZATION PACKAGE, + VERSION 1 : 11/13/2014 - INPUT READ FROM UNIT 1012 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + PROCESSING TDIS OPTIONS + SIMULATION TIME UNIT IS DAYS + END OF TDIS OPTIONS + PROCESSING TDIS DIMENSIONS + 31 STRESS PERIOD(S) IN SIMULATION + END OF TDIS DIMENSIONS + PROCESSING TDIS PERIODDATA + + + STRESS PERIOD LENGTH TIME STEPS MULTIPLIER FOR DELT + ---------------------------------------------------------------------------- + 1 1.000000 1 1.000 + 2 365.2500 6 1.300 + 3 365.2500 6 1.300 + 4 365.2500 6 1.300 + 5 365.2500 6 1.300 + 6 365.2500 6 1.300 + 7 365.2500 6 1.300 + 8 365.2500 6 1.300 + 9 365.2500 6 1.300 + 10 365.2500 6 1.300 + 11 365.2500 6 1.300 + 12 365.2500 6 1.300 + 13 365.2500 6 1.300 + 14 365.2500 6 1.300 + 15 365.2500 6 1.300 + 16 365.2500 6 1.300 + 17 365.2500 6 1.300 + 18 365.2500 6 1.300 + 19 365.2500 6 1.300 + 20 365.2500 6 1.300 + 21 365.2500 6 1.300 + 22 365.2500 6 1.300 + 23 365.2500 6 1.300 + 24 365.2500 6 1.300 + 25 365.2500 6 1.300 + 26 365.2500 6 1.300 + 27 365.2500 6 1.300 + 28 365.2500 6 1.300 + 29 365.2500 6 1.300 + 30 365.2500 6 1.300 + 31 365.2500 6 1.300 + END OF TDIS PERIODDATA + END OF SIMULATION TIMING + + READING SIMULATION MODELS + GWF6 model 1 will be created + END OF SIMULATION MODELS + + READING SIMULATION EXCHANGES + END OF SIMULATION EXCHANGES + + READING SOLUTIONGROUP + + Creating solution: SLN_1 + + OPENED csub_sub03a.ims + FILE TYPE:IMS UNIT 1014 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + END OF SOLUTIONGROUP + +PROCESSING MODEL CONNECTIONS + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1014 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + + PROCESSING IMS OPTIONS + END OF IMS OPTIONS + + PROCESSING IMS NONLINEAR + END OF IMS NONLINEAR DATA + ***UNDER-RELAXATION WILL NOT BE USED*** + + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + + PROCESSING LINEAR DATA + END OF LINEAR DATA + A symmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-08 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 500 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 0 + LINEAR SOLUTION METHOD (LINMETH) = 1 + + SOLUTION BY THE CONJUGATE-GRADIENT METHOD + ------------------------------------------------------------------ + MAXIMUM OF 500 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 300 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = CG + MATRIX PRECONDITIONING TYPE = MOD. INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-08 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E-05 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.10000E+01 + + + + + Solving: Stress period: 1 Time step: 1 + +1 + STRESS PERIOD NO. 1, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 37 23.347236 1_GWF-(1,1,1) + Model 2 1 1.85327309E-10 * 1_GWF-(2,3,8) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 38 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 1 + +1 + STRESS PERIOD NO. 2, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -14.908780 1_GWF-(3,3,6) + Model 2 1 3.28045147E-10 * 1_GWF-(2,10,6) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 2 + 25 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -8.7562880 1_GWF-(3,1,10) + Model 2 23 1.7046169 1_GWF-(3,3,6) + Model 3 1 -2.00621741E-10 * 1_GWF-(3,1,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 2 + 49 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -7.3644772 1_GWF-(3,1,1) + Model 2 24 3.7344933 1_GWF-(3,3,6) + Model 3 23 1.3269491 1_GWF-(3,5,10) + Model 4 22 0.22866913 1_GWF-(3,4,4) + Model 5 1 1.79380955E-10 * 1_GWF-(2,8,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 2 + 96 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -4.6111552 1_GWF-(3,10,1) + Model 2 25 2.4220311 1_GWF-(3,3,9) + Model 3 22 0.34016768 1_GWF-(3,5,1) + Model 4 19 3.29840198E-02 1_GWF-(3,4,1) + Model 5 2 1.32229427E-09 1_GWF-(2,4,2) + Model 6 1 -1.87965199E-11 * 1_GWF-(2,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 2 + 95 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -4.5842626 1_GWF-(3,3,10) + Model 2 24 3.3719817 1_GWF-(3,2,10) + Model 3 23 0.56604208 1_GWF-(3,8,10) + Model 4 21 4.32066738E-02 1_GWF-(3,6,2) + Model 5 1 -8.04281086E-11 * 1_GWF-(2,6,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 2 + 95 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -3.1357146 1_GWF-(3,4,10) + Model 2 25 1.7600921 1_GWF-(3,2,5) + Model 3 22 0.27644707 1_GWF-(3,10,1) + Model 4 21 4.57737685E-02 1_GWF-(3,8,4) + Model 5 1 -2.75511614E-10 * 1_GWF-(2,2,1) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 2 + 95 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 1 + +1 + STRESS PERIOD NO. 3, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -1.1619016 1_GWF-(3,3,4) + Model 2 21 0.84397110 1_GWF-(3,3,3) + Model 3 18 3.22281115E-02 1_GWF-(3,8,1) + Model 4 15 3.18480990E-03 1_GWF-(3,8,4) + Model 5 1 -2.14516405E-10 * 1_GWF-(2,8,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 3 + 77 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.5781531 1_GWF-(3,1,10) + Model 2 22 3.1265799 1_GWF-(3,1,10) + Model 3 20 7.49094098E-02 1_GWF-(3,9,1) + Model 4 1 3.77415876E-11 * 1_GWF-(2,9,2) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 3 + 66 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -2.7463872 1_GWF-(3,1,10) + Model 2 22 2.1656651 1_GWF-(3,1,10) + Model 3 19 5.42050482E-02 1_GWF-(3,10,1) + Model 4 17 8.33664559E-03 1_GWF-(3,9,1) + Model 5 1 5.82770721E-10 * 1_GWF-(2,9,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 3 + 83 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -3.3944253 1_GWF-(3,1,10) + Model 2 23 2.6603496 1_GWF-(3,1,10) + Model 3 16 3.18736461E-03 1_GWF-(3,10,1) + Model 4 13 2.38742284E-04 1_GWF-(3,10,3) + Model 5 1 6.93885394E-10 * 1_GWF-(2,9,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 3 + 78 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -3.9304970 1_GWF-(3,1,10) + Model 2 24 3.0178575 1_GWF-(3,1,10) + Model 3 1 1.91761274E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 3 + 50 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -3.1083243 1_GWF-(3,1,10) + Model 2 25 1.9907645 1_GWF-(3,1,10) + Model 3 1 3.90714128E-11 * 1_GWF-(2,5,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 3 + 51 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 1 + +1 + STRESS PERIOD NO. 4, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -0.88041739 1_GWF-(3,3,9) + Model 2 21 0.60842876 1_GWF-(3,3,9) + Model 3 1 2.35237385E-11 * 1_GWF-(2,2,7) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 4 + 43 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -0.94581761 1_GWF-(3,3,1) + Model 2 21 0.61738599 1_GWF-(3,3,1) + Model 3 1 -6.69719835E-11 * 1_GWF-(2,3,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 4 + 43 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -1.6694303 1_GWF-(3,1,10) + Model 2 22 1.1924032 1_GWF-(3,1,10) + Model 3 1 9.17208531E-11 * 1_GWF-(2,2,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 4 + 45 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -2.9781281 1_GWF-(3,1,10) + Model 2 23 2.3782335 1_GWF-(3,1,10) + Model 3 1 -8.92031116E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 4 + 49 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -3.2170299 1_GWF-(3,1,10) + Model 2 25 2.4681385 1_GWF-(3,1,10) + Model 3 1 1.77420023E-11 * 1_GWF-(2,4,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 4 + 51 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -1.8996021 1_GWF-(3,3,1) + Model 2 24 1.0544293 1_GWF-(3,3,1) + Model 3 1 5.13722398E-11 * 1_GWF-(2,3,5) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 4 + 50 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 1 + +1 + STRESS PERIOD NO. 5, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -12.654174 1_GWF-(1,1,1) + Model 2 21 0.60292884 1_GWF-(3,1,10) + Model 3 1 3.48596707E-11 * 1_GWF-(2,2,5) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 5 + 45 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -5.3117204 1_GWF-(1,1,1) + Model 2 21 2.2132954 1_GWF-(2,3,6) + Model 3 1 2.13746354E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 5 + 45 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -2.5113809 1_GWF-(2,3,5) + Model 2 22 2.4424599 1_GWF-(2,4,6) + Model 3 19 0.14769630 1_GWF-(2,3,10) + Model 4 18 8.10408430E-03 1_GWF-(2,1,4) + Model 5 16 1.49782346E-03 1_GWF-(2,1,5) + Model 6 1 1.31850086E-10 * 1_GWF-(2,8,2) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 5 + 100 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -5.1534802 1_GWF-(2,3,6) + Model 2 22 5.0037325 1_GWF-(2,3,6) + Model 3 20 0.47953145 1_GWF-(2,6,2) + Model 4 19 0.13589189 1_GWF-(2,4,1) + Model 5 1 -4.34807745E-11 * 1_GWF-(2,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 5 + 87 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -6.0317371 1_GWF-(2,3,6) + Model 2 22 5.8291096 1_GWF-(2,3,6) + Model 3 20 0.35333561 1_GWF-(2,7,1) + Model 4 19 3.36318938E-02 1_GWF-(2,4,1) + Model 5 1 -3.94200228E-11 * 1_GWF-(2,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 5 + 87 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -6.5242317 1_GWF-(2,3,6) + Model 2 22 6.2530679 1_GWF-(2,3,6) + Model 3 21 0.71608724 1_GWF-(2,10,5) + Model 4 19 0.15601508 1_GWF-(2,7,10) + Model 5 18 2.92810251E-02 1_GWF-(2,5,1) + Model 6 1 -8.36708480E-11 * 1_GWF-(2,8,2) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 5 + 107 TOTAL ITERATIONS + + Solving: Stress period: 6 Time step: 1 + +1 + STRESS PERIOD NO. 6, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.8235600 1_GWF-(2,3,6) + Model 2 21 3.7500803 1_GWF-(2,3,6) + Model 3 18 0.14508424 1_GWF-(2,7,10) + Model 4 16 6.79723851E-02 1_GWF-(2,6,10) + Model 5 1 1.23880461E-10 * 1_GWF-(2,8,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 6 + 79 TOTAL ITERATIONS + + Solving: Stress period: 6 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -4.1382910 1_GWF-(2,3,6) + Model 2 21 4.0420051 1_GWF-(2,3,6) + Model 3 19 0.17226899 1_GWF-(2,7,3) + Model 4 11 6.44586868E-04 1_GWF-(2,7,8) + Model 5 1 -2.25822028E-10 * 1_GWF-(2,7,7) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 6 + 74 TOTAL ITERATIONS + + Solving: Stress period: 6 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -5.2945802 1_GWF-(2,3,6) + Model 2 21 5.1682025 1_GWF-(2,3,6) + Model 3 19 0.56716097 1_GWF-(2,10,5) + Model 4 18 0.10852467 1_GWF-(2,7,1) + Model 5 17 4.89896294E-02 1_GWF-(2,6,1) + Model 6 1 -1.12551746E-10 * 1_GWF-(2,8,3) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 6 + 102 TOTAL ITERATIONS + + Solving: Stress period: 6 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -4.9415798 1_GWF-(2,3,6) + Model 2 21 4.7754785 1_GWF-(2,3,6) + Model 3 19 0.21524996 1_GWF-(2,9,10) + Model 4 18 4.49306323E-02 1_GWF-(2,7,10) + Model 5 1 -3.35198536E-11 * 1_GWF-(2,8,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 6 + 83 TOTAL ITERATIONS + + Solving: Stress period: 6 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -5.7043070 1_GWF-(2,3,6) + Model 2 21 5.4855590 1_GWF-(2,3,6) + Model 3 20 0.32747654 1_GWF-(2,8,4) + Model 4 17 2.42288650E-02 1_GWF-(2,7,1) + Model 5 1 -1.37455380E-10 * 1_GWF-(2,9,3) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 6 + 84 TOTAL ITERATIONS + + Solving: Stress period: 6 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -6.4313837 1_GWF-(2,3,6) + Model 2 22 6.1429129 1_GWF-(2,3,6) + Model 3 19 5.44257486E-02 1_GWF-(2,9,1) + Model 4 17 1.76755625E-02 1_GWF-(2,8,1) + Model 5 1 -1.00661701E-10 * 1_GWF-(2,9,3) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 6 + 84 TOTAL ITERATIONS + + Solving: Stress period: 7 Time step: 1 + +1 + STRESS PERIOD NO. 7, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.9306111 1_GWF-(2,3,6) + Model 2 20 3.8526320 1_GWF-(2,3,6) + Model 3 15 1.00932121E-02 1_GWF-(2,8,1) + Model 4 1 -6.86677382E-11 * 1_GWF-(2,9,2) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 7 + 58 TOTAL ITERATIONS + + Solving: Stress period: 7 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -5.0309873 1_GWF-(2,3,6) + Model 2 21 4.9291515 1_GWF-(2,3,6) + Model 3 17 6.56724248E-02 1_GWF-(2,10,10) + Model 4 16 2.81064226E-02 1_GWF-(2,9,10) + Model 5 1 7.54676321E-11 * 1_GWF-(2,9,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 7 + 78 TOTAL ITERATIONS + + Solving: Stress period: 7 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.7400419 1_GWF-(2,4,9) + Model 2 20 2.6557200 1_GWF-(2,4,9) + Model 3 19 0.30124802 1_GWF-(2,9,4) + Model 4 15 1.38884639E-02 1_GWF-(2,9,1) + Model 5 1 8.65210126E-11 * 1_GWF-(2,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 7 + 78 TOTAL ITERATIONS + + Solving: Stress period: 7 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -5.6347462 1_GWF-(2,3,6) + Model 2 21 5.4605505 1_GWF-(2,3,6) + Model 3 19 0.13616951 1_GWF-(2,9,4) + Model 4 16 1.50364965E-02 1_GWF-(2,10,9) + Model 5 1 7.22000237E-11 * 1_GWF-(2,9,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 7 + 82 TOTAL ITERATIONS + + Solving: Stress period: 7 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -5.8171065 1_GWF-(2,3,6) + Model 2 21 5.5889375 1_GWF-(2,3,6) + Model 3 9 1.23798077E-04 1_GWF-(2,10,5) + Model 4 1 -2.26827224E-10 * 1_GWF-(1,8,5) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 7 + 55 TOTAL ITERATIONS + + Solving: Stress period: 7 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -8.3340296 1_GWF-(2,3,6) + Model 2 22 8.0349010 1_GWF-(2,3,6) + Model 3 1 -1.39495526E-10 * 1_GWF-(2,2,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 7 + 49 TOTAL ITERATIONS + + Solving: Stress period: 8 Time step: 1 + +1 + STRESS PERIOD NO. 8, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 12.332188 1_GWF-(1,1,1) + Model 2 21 0.87478778 1_GWF-(2,3,5) + Model 3 19 0.12007257 1_GWF-(2,4,10) + Model 4 17 2.85145705E-02 1_GWF-(2,7,1) + Model 5 16 8.81023119E-03 1_GWF-(2,8,1) + Model 6 1 4.06208400E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 8 + 96 TOTAL ITERATIONS + + Solving: Stress period: 8 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 4.8847675 1_GWF-(1,1,1) + Model 2 22 2.8716281 1_GWF-(3,10,10) + Model 3 21 0.67393301 1_GWF-(2,7,3) + Model 4 20 0.18337074 1_GWF-(2,10,6) + Model 5 1 -3.52917695E-11 * 1_GWF-(2,2,1) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 8 + 88 TOTAL ITERATIONS + + Solving: Stress period: 8 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -2.4144274 1_GWF-(3,1,10) + Model 2 23 2.1178222 1_GWF-(3,1,10) + Model 3 19 0.33243010 1_GWF-(2,3,7) + Model 4 1 -9.19540000E-11 * 1_GWF-(2,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 8 + 69 TOTAL ITERATIONS + + Solving: Stress period: 8 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 27 -8.3627006 1_GWF-(3,1,10) + Model 2 23 7.9618784 1_GWF-(3,1,8) + Model 3 23 2.8675698 1_GWF-(2,2,4) + Model 4 23 0.71838076 1_GWF-(2,10,2) + Model 5 1 -4.01225719E-11 * 1_GWF-(2,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 8 + 97 TOTAL ITERATIONS + + Solving: Stress period: 8 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -3.1665745 1_GWF-(3,10,7) + Model 2 24 2.7297763 1_GWF-(3,10,7) + Model 3 23 0.64531324 1_GWF-(2,9,2) + Model 4 1 -5.04867259E-11 * 1_GWF-(2,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 8 + 74 TOTAL ITERATIONS + + Solving: Stress period: 8 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -4.8343112 1_GWF-(3,10,10) + Model 2 25 4.2682670 1_GWF-(3,10,10) + Model 3 22 1.1677511 1_GWF-(2,6,6) + Model 4 22 0.38448512 1_GWF-(2,10,9) + Model 5 1 -2.38726372E-10 * 1_GWF-(2,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 8 + 96 TOTAL ITERATIONS + + Solving: Stress period: 9 Time step: 1 + +1 + STRESS PERIOD NO. 9, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -1.4493268 1_GWF-(3,10,6) + Model 2 21 1.2990776 1_GWF-(3,10,6) + Model 3 18 0.25091572 1_GWF-(2,9,9) + Model 4 1 1.68338232E-10 * 1_GWF-(2,9,7) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 9 + 61 TOTAL ITERATIONS + + Solving: Stress period: 9 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -4.7174434 1_GWF-(3,1,1) + Model 2 23 4.5034761 1_GWF-(3,1,1) + Model 3 22 1.2057361 1_GWF-(2,4,9) + Model 4 20 0.11383266 1_GWF-(2,10,1) + Model 5 20 0.21014046 1_GWF-(2,10,5) + Model 6 14 3.97730160E-03 1_GWF-(2,9,4) + Model 7 1 2.55489851E-10 * 1_GWF-(2,9,2) + ---------------------------------------------------------------------------------------------------------- + + + 7 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 9 + 123 TOTAL ITERATIONS + + Solving: Stress period: 9 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -4.8654322 1_GWF-(3,1,1) + Model 2 23 4.5891170 1_GWF-(3,1,1) + Model 3 22 1.2709004 1_GWF-(2,4,4) + Model 4 20 8.22489121E-02 1_GWF-(2,10,1) + Model 5 20 3.88070658E-02 1_GWF-(2,10,8) + Model 6 20 5.98968759E-02 1_GWF-(2,10,6) + Model 7 1 2.79927193E-11 * 1_GWF-(2,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 7 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 9 + 131 TOTAL ITERATIONS + + Solving: Stress period: 9 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -2.0317980 1_GWF-(3,1,10) + Model 2 23 1.6766655 1_GWF-(3,1,10) + Model 3 21 0.29270911 1_GWF-(2,8,3) + Model 4 18 9.29010334E-03 1_GWF-(2,10,9) + Model 5 15 7.95566432E-04 1_GWF-(2,10,8) + Model 6 1 5.16645393E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 9 + 103 TOTAL ITERATIONS + + Solving: Stress period: 9 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -2.6717360 1_GWF-(3,3,10) + Model 2 24 2.2180118 1_GWF-(3,3,10) + Model 3 22 0.64313828 1_GWF-(2,4,9) + Model 4 17 5.80042958E-03 1_GWF-(2,8,9) + Model 5 1 -2.55500510E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 9 + 89 TOTAL ITERATIONS + + Solving: Stress period: 9 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -3.2263460 1_GWF-(3,4,10) + Model 2 24 2.6481041 1_GWF-(3,4,10) + Model 3 22 0.75480313 1_GWF-(2,3,9) + Model 4 20 1.94901572E-02 1_GWF-(2,9,10) + Model 5 1 -2.46105358E-11 * 1_GWF-(2,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 9 + 93 TOTAL ITERATIONS + + Solving: Stress period: 10 Time step: 1 + +1 + STRESS PERIOD NO. 10, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -1.3210199 1_GWF-(3,10,10) + Model 2 22 1.1745779 1_GWF-(3,10,10) + Model 3 18 0.21415962 1_GWF-(2,5,9) + Model 4 1 1.92857286E-10 * 1_GWF-(2,6,8) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 10 + 63 TOTAL ITERATIONS + + Solving: Stress period: 10 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.2216627 1_GWF-(3,1,1) + Model 2 22 3.0177442 1_GWF-(3,1,1) + Model 3 21 0.60100976 1_GWF-(2,3,9) + Model 4 19 0.10682261 1_GWF-(2,8,1) + Model 5 18 2.62280243E-02 1_GWF-(2,9,1) + Model 6 1 -6.14148732E-11 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 10 + 105 TOTAL ITERATIONS + + Solving: Stress period: 10 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -1.7827024 1_GWF-(3,5,1) + Model 2 23 1.5256655 1_GWF-(3,5,1) + Model 3 20 0.40500819 1_GWF-(2,5,3) + Model 4 18 4.38040010E-02 1_GWF-(2,8,10) + Model 5 1 -2.93991498E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 10 + 86 TOTAL ITERATIONS + + Solving: Stress period: 10 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -2.5687369 1_GWF-(3,6,10) + Model 2 23 2.2414985 1_GWF-(3,6,10) + Model 3 21 0.49459171 1_GWF-(2,4,3) + Model 4 20 4.11884594E-02 1_GWF-(2,8,1) + Model 5 1 -2.52295962E-11 * 1_GWF-(2,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 10 + 90 TOTAL ITERATIONS + + Solving: Stress period: 10 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -2.8473063 1_GWF-(3,10,10) + Model 2 23 2.4382139 1_GWF-(3,10,10) + Model 3 21 0.28141935 1_GWF-(2,4,3) + Model 4 19 3.03041848E-02 1_GWF-(2,7,10) + Model 5 1 -2.01385575E-11 * 1_GWF-(2,2,6) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 10 + 90 TOTAL ITERATIONS + + Solving: Stress period: 10 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -2.4062470 1_GWF-(3,8,10) + Model 2 23 1.8761592 1_GWF-(3,8,10) + Model 3 22 0.37937378 1_GWF-(2,4,2) + Model 4 20 7.43949149E-02 1_GWF-(2,6,1) + Model 5 19 1.21275189E-02 1_GWF-(2,7,1) + Model 6 1 -3.01056957E-11 * 1_GWF-(2,2,9) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 10 + 111 TOTAL ITERATIONS + + Solving: Stress period: 11 Time step: 1 + +1 + STRESS PERIOD NO. 11, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -1.9491476 1_GWF-(3,10,1) + Model 2 22 1.8078564 1_GWF-(3,10,1) + Model 3 18 0.12791945 1_GWF-(2,5,10) + Model 4 18 4.83433429E-02 1_GWF-(2,6,10) + Model 5 1 2.39781528E-11 * 1_GWF-(2,3,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 11 + 81 TOTAL ITERATIONS + + Solving: Stress period: 11 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.3973408 1_GWF-(3,10,1) + Model 2 22 2.2143739 1_GWF-(3,10,1) + Model 3 20 0.19771858 1_GWF-(2,5,1) + Model 4 1 -3.11182191E-11 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 11 + 66 TOTAL ITERATIONS + + Solving: Stress period: 11 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -3.0625855 1_GWF-(3,10,10) + Model 2 22 2.8260294 1_GWF-(3,10,10) + Model 3 21 0.54005342 1_GWF-(2,3,2) + Model 4 20 0.11093309 1_GWF-(2,5,1) + Model 5 19 3.98566352E-02 1_GWF-(2,6,1) + Model 6 1 7.09015069E-11 * 1_GWF-(2,2,8) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 11 + 108 TOTAL ITERATIONS + + Solving: Stress period: 11 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -2.3783688 1_GWF-(3,8,10) + Model 2 23 2.0711450 1_GWF-(3,8,10) + Model 3 21 0.39535607 1_GWF-(2,3,2) + Model 4 19 3.62978693E-02 1_GWF-(2,5,10) + Model 5 1 -8.11368750E-11 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 11 + 89 TOTAL ITERATIONS + + Solving: Stress period: 11 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -2.0522716 1_GWF-(2,9,5) + Model 2 23 1.9849180 1_GWF-(2,9,5) + Model 3 20 0.28961278 1_GWF-(2,2,1) + Model 4 19 3.02910415E-02 1_GWF-(2,5,1) + Model 5 1 -5.43769474E-11 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 11 + 88 TOTAL ITERATIONS + + Solving: Stress period: 11 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 27 -3.6888978 1_GWF-(3,10,10) + Model 2 22 3.1830270 1_GWF-(3,10,10) + Model 3 20 0.31864927 1_GWF-(2,1,4) + Model 4 20 5.55306675E-02 1_GWF-(2,3,10) + Model 5 17 3.50241438E-03 1_GWF-(2,4,10) + Model 6 1 8.68105587E-11 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 11 + 107 TOTAL ITERATIONS + + Solving: Stress period: 12 Time step: 1 + +1 + STRESS PERIOD NO. 12, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -1.5684083 1_GWF-(2,3,6) + Model 2 21 1.5393476 1_GWF-(2,3,6) + Model 3 18 7.13350406E-02 1_GWF-(2,3,10) + Model 4 1 8.50519655E-11 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 12 + 62 TOTAL ITERATIONS + + Solving: Stress period: 12 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.5822643 1_GWF-(3,10,1) + Model 2 22 2.4064011 1_GWF-(3,10,1) + Model 3 17 1.39539612E-02 1_GWF-(2,4,1) + Model 4 1 1.68476788E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 12 + 63 TOTAL ITERATIONS + + Solving: Stress period: 12 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.0703694 1_GWF-(2,3,6) + Model 2 21 2.0188842 1_GWF-(2,3,6) + Model 3 18 0.23942154 1_GWF-(2,2,2) + Model 4 1 -1.79358750E-10 * 1_GWF-(2,2,10) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 12 + 63 TOTAL ITERATIONS + + Solving: Stress period: 12 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -2.4590177 1_GWF-(2,3,6) + Model 2 21 2.3899070 1_GWF-(2,3,6) + Model 3 18 0.12553376 1_GWF-(2,1,4) + Model 4 19 3.12129142E-02 1_GWF-(2,2,10) + Model 5 1 -5.66977576E-11 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 12 + 83 TOTAL ITERATIONS + + Solving: Stress period: 12 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -2.9116714 1_GWF-(2,9,5) + Model 2 21 2.8272836 1_GWF-(2,9,5) + Model 3 17 4.96918409E-02 1_GWF-(2,1,4) + Model 4 16 1.09911174E-02 1_GWF-(2,2,1) + Model 5 1 2.25448105E-10 * 1_GWF-(1,1,10) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 12 + 80 TOTAL ITERATIONS + + Solving: Stress period: 12 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -3.0741489 1_GWF-(2,3,6) + Model 2 21 2.9475893 1_GWF-(2,3,6) + Model 3 1 -1.28864031E-10 * 1_GWF-(1,1,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 12 + 48 TOTAL ITERATIONS + + Solving: Stress period: 13 Time step: 1 + +1 + STRESS PERIOD NO. 13, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -1.5657614 1_GWF-(2,4,7) + Model 2 20 1.5350045 1_GWF-(2,4,7) + Model 3 1 -2.86437540E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 13 + 42 TOTAL ITERATIONS + + Solving: Stress period: 13 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -1.8507900 1_GWF-(2,3,6) + Model 2 20 1.8053517 1_GWF-(2,3,6) + Model 3 1 -4.58637572E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 13 + 43 TOTAL ITERATIONS + + Solving: Stress period: 13 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.1014494 1_GWF-(2,4,7) + Model 2 21 2.0473818 1_GWF-(2,4,7) + Model 3 1 1.61008984E-11 * 1_GWF-(3,3,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 13 + 45 TOTAL ITERATIONS + + Solving: Stress period: 13 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.2810804 1_GWF-(2,3,6) + Model 2 21 2.2012721 1_GWF-(2,3,6) + Model 3 1 -3.42423867E-11 * 1_GWF-(1,9,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 13 + 44 TOTAL ITERATIONS + + Solving: Stress period: 13 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.5877927 1_GWF-(2,9,5) + Model 2 21 2.4896752 1_GWF-(2,9,5) + Model 3 1 6.38404885E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 13 + 45 TOTAL ITERATIONS + + Solving: Stress period: 13 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.1117934 1_GWF-(2,3,6) + Model 2 21 2.9691485 1_GWF-(2,3,6) + Model 3 1 -9.25695076E-11 * 1_GWF-(3,8,8) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 13 + 46 TOTAL ITERATIONS + + Solving: Stress period: 14 Time step: 1 + +1 + STRESS PERIOD NO. 14, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -1.7985143 1_GWF-(2,4,7) + Model 2 20 1.7629373 1_GWF-(2,4,7) + Model 3 1 -3.06812353E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 14 + 42 TOTAL ITERATIONS + + Solving: Stress period: 14 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -1.9904490 1_GWF-(2,3,6) + Model 2 20 1.9396083 1_GWF-(2,3,6) + Model 3 1 -5.88435967E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 14 + 43 TOTAL ITERATIONS + + Solving: Stress period: 14 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.3188650 1_GWF-(2,4,7) + Model 2 20 2.2570610 1_GWF-(2,4,7) + Model 3 1 8.80344686E-11 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 14 + 43 TOTAL ITERATIONS + + Solving: Stress period: 14 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.6036963 1_GWF-(2,3,6) + Model 2 21 2.5153712 1_GWF-(2,3,6) + Model 3 1 3.78399534E-11 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 14 + 45 TOTAL ITERATIONS + + Solving: Stress period: 14 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.1682650 1_GWF-(2,4,7) + Model 2 21 3.0593875 1_GWF-(2,4,7) + Model 3 1 6.35154151E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 14 + 45 TOTAL ITERATIONS + + Solving: Stress period: 14 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.0822973 1_GWF-(2,3,6) + Model 2 21 2.9268590 1_GWF-(2,3,6) + Model 3 1 8.51425597E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 14 + 45 TOTAL ITERATIONS + + Solving: Stress period: 15 Time step: 1 + +1 + STRESS PERIOD NO. 15, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -2.0039787 1_GWF-(2,4,7) + Model 2 20 1.9645382 1_GWF-(2,4,7) + Model 3 1 -3.64543951E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 15 + 42 TOTAL ITERATIONS + + Solving: Stress period: 15 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.2619459 1_GWF-(2,3,6) + Model 2 20 2.2068123 1_GWF-(2,3,6) + Model 3 1 -7.29389882E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 15 + 43 TOTAL ITERATIONS + + Solving: Stress period: 15 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.5112342 1_GWF-(2,3,7) + Model 2 20 2.4405894 1_GWF-(2,3,7) + Model 3 1 9.75965975E-11 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 15 + 43 TOTAL ITERATIONS + + Solving: Stress period: 15 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.7662398 1_GWF-(2,3,6) + Model 2 21 2.6711651 1_GWF-(2,3,6) + Model 3 1 4.19344559E-11 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 15 + 44 TOTAL ITERATIONS + + Solving: Stress period: 15 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.3109212 1_GWF-(2,4,7) + Model 2 21 3.1924953 1_GWF-(2,4,7) + Model 3 1 6.65139055E-11 * 1_GWF-(3,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 15 + 45 TOTAL ITERATIONS + + Solving: Stress period: 15 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.3246932 1_GWF-(2,3,6) + Model 2 21 3.1591721 1_GWF-(2,3,6) + Model 3 1 1.02581055E-10 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 15 + 45 TOTAL ITERATIONS + + Solving: Stress period: 16 Time step: 1 + +1 + STRESS PERIOD NO. 16, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.0997991 1_GWF-(2,3,7) + Model 2 20 2.0558965 1_GWF-(2,3,7) + Model 3 1 -4.03836964E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 16 + 43 TOTAL ITERATIONS + + Solving: Stress period: 16 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.3810274 1_GWF-(2,3,6) + Model 2 20 2.3225181 1_GWF-(2,3,6) + Model 3 1 -7.05089320E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 16 + 43 TOTAL ITERATIONS + + Solving: Stress period: 16 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.6811114 1_GWF-(2,4,7) + Model 2 21 2.6082195 1_GWF-(2,4,7) + Model 3 1 1.64277481E-11 * 1_GWF-(3,4,3) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 16 + 45 TOTAL ITERATIONS + + Solving: Stress period: 16 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.8503447 1_GWF-(2,3,6) + Model 2 21 2.7509231 1_GWF-(2,8,7) + Model 3 1 -4.41779946E-11 * 1_GWF-(1,9,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 16 + 44 TOTAL ITERATIONS + + Solving: Stress period: 16 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.5442639 1_GWF-(2,4,7) + Model 2 21 3.4183196 1_GWF-(2,4,7) + Model 3 1 7.57154339E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 16 + 46 TOTAL ITERATIONS + + Solving: Stress period: 16 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -3.5333993 1_GWF-(2,3,5) + Model 2 21 3.3735109 1_GWF-(2,3,5) + Model 3 1 1.03018039E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 16 + 47 TOTAL ITERATIONS + + Solving: Stress period: 17 Time step: 1 + +1 + STRESS PERIOD NO. 17, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.2255337 1_GWF-(2,4,7) + Model 2 20 2.1806251 1_GWF-(2,4,7) + Model 3 1 -3.81330523E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 17 + 43 TOTAL ITERATIONS + + Solving: Stress period: 17 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.5493969 1_GWF-(2,3,6) + Model 2 20 2.4882746 1_GWF-(2,3,6) + Model 3 1 -7.92965693E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 17 + 43 TOTAL ITERATIONS + + Solving: Stress period: 17 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.8689321 1_GWF-(2,4,7) + Model 2 21 2.7922190 1_GWF-(2,4,7) + Model 3 1 2.02007300E-11 * 1_GWF-(3,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 17 + 45 TOTAL ITERATIONS + + Solving: Stress period: 17 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.0850688 1_GWF-(2,3,6) + Model 2 21 2.9806427 1_GWF-(2,3,6) + Model 3 1 -4.59055016E-11 * 1_GWF-(1,9,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 17 + 44 TOTAL ITERATIONS + + Solving: Stress period: 17 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.6006332 1_GWF-(2,4,7) + Model 2 21 3.4688669 1_GWF-(2,4,7) + Model 3 1 8.47020232E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 17 + 46 TOTAL ITERATIONS + + Solving: Stress period: 17 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.6611588 1_GWF-(2,3,5) + Model 2 21 3.4933177 1_GWF-(2,3,5) + Model 3 1 1.24032340E-10 * 1_GWF-(3,2,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 17 + 46 TOTAL ITERATIONS + + Solving: Stress period: 18 Time step: 1 + +1 + STRESS PERIOD NO. 18, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.3259575 1_GWF-(2,3,7) + Model 2 20 2.2781609 1_GWF-(2,3,7) + Model 3 1 -4.06270573E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 18 + 43 TOTAL ITERATIONS + + Solving: Stress period: 18 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.5942809 1_GWF-(2,3,6) + Model 2 20 2.5311823 1_GWF-(2,3,6) + Model 3 1 -7.39426298E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 18 + 43 TOTAL ITERATIONS + + Solving: Stress period: 18 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.0261424 1_GWF-(2,4,7) + Model 2 20 2.9465094 1_GWF-(2,4,7) + Model 3 1 -1.12837739E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 18 + 44 TOTAL ITERATIONS + + Solving: Stress period: 18 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.1639280 1_GWF-(2,7,8) + Model 2 21 3.0655574 1_GWF-(2,7,8) + Model 3 1 -5.17554888E-11 * 1_GWF-(1,9,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 18 + 44 TOTAL ITERATIONS + + Solving: Stress period: 18 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.5834738 1_GWF-(2,4,7) + Model 2 21 3.4473047 1_GWF-(2,4,7) + Model 3 1 8.89261997E-11 * 1_GWF-(1,3,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 18 + 46 TOTAL ITERATIONS + + Solving: Stress period: 18 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.7850118 1_GWF-(2,3,5) + Model 2 21 3.6110881 1_GWF-(2,3,5) + Model 3 1 1.05222497E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 18 + 46 TOTAL ITERATIONS + + Solving: Stress period: 19 Time step: 1 + +1 + STRESS PERIOD NO. 19, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.4012831 1_GWF-(2,4,7) + Model 2 20 2.3531493 1_GWF-(2,4,7) + Model 3 1 -3.90265598E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 19 + 43 TOTAL ITERATIONS + + Solving: Stress period: 19 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.6005399 1_GWF-(2,7,8) + Model 2 20 2.5410291 1_GWF-(2,7,8) + Model 3 1 -7.67581554E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 19 + 43 TOTAL ITERATIONS + + Solving: Stress period: 19 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.0712911 1_GWF-(2,4,7) + Model 2 21 2.9894920 1_GWF-(2,4,7) + Model 3 1 1.61506364E-11 * 1_GWF-(3,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 19 + 45 TOTAL ITERATIONS + + Solving: Stress period: 19 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.2140250 1_GWF-(2,7,6) + Model 2 21 3.1128927 1_GWF-(2,7,6) + Model 3 1 -5.69864156E-11 * 1_GWF-(1,9,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 19 + 45 TOTAL ITERATIONS + + Solving: Stress period: 19 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.7754317 1_GWF-(2,4,7) + Model 2 21 3.6360469 1_GWF-(2,4,7) + Model 3 1 7.78062059E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 19 + 46 TOTAL ITERATIONS + + Solving: Stress period: 19 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.8082485 1_GWF-(2,3,5) + Model 2 21 3.6298107 1_GWF-(2,3,5) + Model 3 1 1.09352527E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 19 + 46 TOTAL ITERATIONS + + Solving: Stress period: 20 Time step: 1 + +1 + STRESS PERIOD NO. 20, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -2.4487914 1_GWF-(2,4,7) + Model 2 20 2.3996669 1_GWF-(2,4,7) + Model 3 1 -4.22915036E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 20 + 42 TOTAL ITERATIONS + + Solving: Stress period: 20 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.6770354 1_GWF-(2,3,5) + Model 2 20 2.6143214 1_GWF-(2,3,5) + Model 3 1 -7.77120590E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 20 + 43 TOTAL ITERATIONS + + Solving: Stress period: 20 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.1110782 1_GWF-(2,4,7) + Model 2 20 3.0277436 1_GWF-(2,4,7) + Model 3 1 1.04158460E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 20 + 43 TOTAL ITERATIONS + + Solving: Stress period: 20 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.2382646 1_GWF-(2,9,3) + Model 2 21 3.1338458 1_GWF-(2,9,3) + Model 3 1 5.48343593E-11 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 20 + 45 TOTAL ITERATIONS + + Solving: Stress period: 20 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.8052292 1_GWF-(2,4,7) + Model 2 21 3.6636215 1_GWF-(2,4,7) + Model 3 1 7.79820652E-11 * 1_GWF-(3,4,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 20 + 46 TOTAL ITERATIONS + + Solving: Stress period: 20 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.7747787 1_GWF-(2,3,5) + Model 2 21 3.5931420 1_GWF-(2,3,5) + Model 3 1 9.97317784E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 20 + 46 TOTAL ITERATIONS + + Solving: Stress period: 21 Time step: 1 + +1 + STRESS PERIOD NO. 21, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.5569564 1_GWF-(2,4,7) + Model 2 20 2.5071665 1_GWF-(2,4,7) + Model 3 1 -5.17488274E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 21 + 43 TOTAL ITERATIONS + + Solving: Stress period: 21 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.6797636 1_GWF-(2,7,6) + Model 2 20 2.6179852 1_GWF-(2,7,6) + Model 3 1 -8.40003622E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 21 + 43 TOTAL ITERATIONS + + Solving: Stress period: 21 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.0575875 1_GWF-(2,4,7) + Model 2 20 2.9732445 1_GWF-(2,4,7) + Model 3 1 1.06339826E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 21 + 44 TOTAL ITERATIONS + + Solving: Stress period: 21 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.3484569 1_GWF-(2,7,5) + Model 2 21 3.2438809 1_GWF-(2,7,5) + Model 3 1 -5.63318281E-11 * 1_GWF-(1,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 21 + 45 TOTAL ITERATIONS + + Solving: Stress period: 21 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.8702919 1_GWF-(2,4,7) + Model 2 21 3.7272904 1_GWF-(2,4,7) + Model 3 1 7.69695419E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 21 + 46 TOTAL ITERATIONS + + Solving: Stress period: 21 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.9087306 1_GWF-(2,6,5) + Model 2 21 3.7308731 1_GWF-(2,6,5) + Model 3 1 1.16878951E-10 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 21 + 46 TOTAL ITERATIONS + + Solving: Stress period: 22 Time step: 1 + +1 + STRESS PERIOD NO. 22, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.4223196 1_GWF-(2,4,7) + Model 2 20 2.3721359 1_GWF-(2,4,7) + Model 3 1 -4.03206357E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 22 + 43 TOTAL ITERATIONS + + Solving: Stress period: 22 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -2.7268237 1_GWF-(2,3,5) + Model 2 20 2.6623942 1_GWF-(2,3,5) + Model 3 1 -8.44941894E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 22 + 42 TOTAL ITERATIONS + + Solving: Stress period: 22 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.0736624 1_GWF-(2,4,7) + Model 2 21 2.9887505 1_GWF-(2,4,7) + Model 3 1 1.99733563E-11 * 1_GWF-(3,9,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 22 + 44 TOTAL ITERATIONS + + Solving: Stress period: 22 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.3134768 1_GWF-(2,6,5) + Model 2 21 3.2077756 1_GWF-(2,6,5) + Model 3 1 -5.99293948E-11 * 1_GWF-(1,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 22 + 44 TOTAL ITERATIONS + + Solving: Stress period: 22 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.8756319 1_GWF-(2,4,7) + Model 2 21 3.7319279 1_GWF-(2,4,7) + Model 3 1 8.14601719E-11 * 1_GWF-(1,3,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 22 + 45 TOTAL ITERATIONS + + Solving: Stress period: 22 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.9798234 1_GWF-(2,3,5) + Model 2 21 3.7949155 1_GWF-(2,3,5) + Model 3 1 1.30404132E-10 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 22 + 46 TOTAL ITERATIONS + + Solving: Stress period: 23 Time step: 1 + +1 + STRESS PERIOD NO. 23, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.4898139 1_GWF-(2,3,7) + Model 2 20 2.4388738 1_GWF-(2,3,7) + Model 3 1 -4.47171189E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 23 + 43 TOTAL ITERATIONS + + Solving: Stress period: 23 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.8158604 1_GWF-(2,3,5) + Model 2 20 2.7510724 1_GWF-(2,3,5) + Model 3 1 -9.19193610E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 23 + 43 TOTAL ITERATIONS + + Solving: Stress period: 23 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.1631429 1_GWF-(2,4,7) + Model 2 20 3.0780285 1_GWF-(2,4,7) + Model 3 1 -1.22343025E-10 * 1_GWF-(1,3,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 23 + 44 TOTAL ITERATIONS + + Solving: Stress period: 23 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.4182761 1_GWF-(2,3,5) + Model 2 21 3.3086885 1_GWF-(2,3,5) + Model 3 1 -5.53694868E-11 * 1_GWF-(1,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 23 + 45 TOTAL ITERATIONS + + Solving: Stress period: 23 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.7242638 1_GWF-(2,8,7) + Model 2 21 3.5867855 1_GWF-(2,8,7) + Model 3 1 7.53317408E-11 * 1_GWF-(3,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 23 + 45 TOTAL ITERATIONS + + Solving: Stress period: 23 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -4.0116048 1_GWF-(2,3,5) + Model 2 21 3.8262929 1_GWF-(2,3,5) + Model 3 1 1.38159706E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 23 + 47 TOTAL ITERATIONS + + Solving: Stress period: 24 Time step: 1 + +1 + STRESS PERIOD NO. 24, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.5334187 1_GWF-(2,4,7) + Model 2 20 2.4830881 1_GWF-(2,4,7) + Model 3 1 -4.23616697E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 24 + 43 TOTAL ITERATIONS + + Solving: Stress period: 24 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -2.6930063 1_GWF-(2,3,5) + Model 2 20 2.6281210 1_GWF-(2,3,5) + Model 3 1 -7.95505883E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 24 + 42 TOTAL ITERATIONS + + Solving: Stress period: 24 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.1725113 1_GWF-(2,4,7) + Model 2 20 3.0874983 1_GWF-(2,4,7) + Model 3 1 1.14502186E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 24 + 44 TOTAL ITERATIONS + + Solving: Stress period: 24 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.4954457 1_GWF-(2,3,5) + Model 2 21 3.3858132 1_GWF-(2,3,5) + Model 3 1 5.92539351E-11 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 24 + 45 TOTAL ITERATIONS + + Solving: Stress period: 24 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.6861202 1_GWF-(2,4,7) + Model 2 21 3.5426386 1_GWF-(2,4,7) + Model 3 1 6.73399114E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 24 + 45 TOTAL ITERATIONS + + Solving: Stress period: 24 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.9681368 1_GWF-(2,6,5) + Model 2 21 3.7885408 1_GWF-(2,6,5) + Model 3 1 1.14820153E-10 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 24 + 46 TOTAL ITERATIONS + + Solving: Stress period: 25 Time step: 1 + +1 + STRESS PERIOD NO. 25, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.4146969 1_GWF-(2,2,7) + Model 2 20 2.3661785 1_GWF-(2,2,7) + Model 3 1 -5.00666175E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 25 + 43 TOTAL ITERATIONS + + Solving: Stress period: 25 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.7654425 1_GWF-(2,3,5) + Model 2 20 2.7006770 1_GWF-(2,3,5) + Model 3 1 -8.59152749E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 25 + 43 TOTAL ITERATIONS + + Solving: Stress period: 25 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.1772170 1_GWF-(2,4,7) + Model 2 20 3.0925573 1_GWF-(2,4,7) + Model 3 1 1.27757360E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 25 + 43 TOTAL ITERATIONS + + Solving: Stress period: 25 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.3143171 1_GWF-(2,3,5) + Model 2 21 3.2049866 1_GWF-(2,3,5) + Model 3 1 -5.05919751E-11 * 1_GWF-(1,9,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 25 + 45 TOTAL ITERATIONS + + Solving: Stress period: 25 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.7624663 1_GWF-(2,2,7) + Model 2 21 3.6238481 1_GWF-(2,2,7) + Model 3 1 8.26627655E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 25 + 46 TOTAL ITERATIONS + + Solving: Stress period: 25 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.9587232 1_GWF-(2,3,5) + Model 2 21 3.7744199 1_GWF-(2,3,5) + Model 3 1 1.11795018E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 25 + 46 TOTAL ITERATIONS + + Solving: Stress period: 26 Time step: 1 + +1 + STRESS PERIOD NO. 26, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -2.3996175 1_GWF-(2,4,7) + Model 2 20 2.3497683 1_GWF-(2,4,7) + Model 3 1 -4.25952607E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 26 + 42 TOTAL ITERATIONS + + Solving: Stress period: 26 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.7061500 1_GWF-(2,3,5) + Model 2 20 2.6416848 1_GWF-(2,3,5) + Model 3 1 -8.48761061E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 26 + 43 TOTAL ITERATIONS + + Solving: Stress period: 26 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.0690758 1_GWF-(2,4,7) + Model 2 20 2.9849769 1_GWF-(2,4,7) + Model 3 1 1.18244969E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 26 + 44 TOTAL ITERATIONS + + Solving: Stress period: 26 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.3311685 1_GWF-(2,3,4) + Model 2 21 3.2243253 1_GWF-(2,3,4) + Model 3 1 -5.28559418E-11 * 1_GWF-(1,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 26 + 45 TOTAL ITERATIONS + + Solving: Stress period: 26 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.6437826 1_GWF-(2,4,7) + Model 2 21 3.5050898 1_GWF-(2,2,7) + Model 3 1 8.19184720E-11 * 1_GWF-(3,8,3) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 26 + 46 TOTAL ITERATIONS + + Solving: Stress period: 26 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.9324142 1_GWF-(2,3,5) + Model 2 21 3.7493230 1_GWF-(2,3,5) + Model 3 1 1.11757714E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 26 + 46 TOTAL ITERATIONS + + Solving: Stress period: 27 Time step: 1 + +1 + STRESS PERIOD NO. 27, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.5890438 1_GWF-(2,2,7) + Model 2 20 2.5406849 1_GWF-(2,2,7) + Model 3 1 -5.05391284E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 27 + 43 TOTAL ITERATIONS + + Solving: Stress period: 27 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.7613084 1_GWF-(2,3,5) + Model 2 20 2.6972926 1_GWF-(2,3,5) + Model 3 1 -8.48050519E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 27 + 43 TOTAL ITERATIONS + + Solving: Stress period: 27 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.1693677 1_GWF-(2,4,8) + Model 2 20 3.0872789 1_GWF-(2,2,8) + Model 3 1 1.22900801E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 27 + 44 TOTAL ITERATIONS + + Solving: Stress period: 27 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.4192127 1_GWF-(2,3,5) + Model 2 21 3.3112994 1_GWF-(2,3,5) + Model 3 1 4.37765380E-11 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 27 + 45 TOTAL ITERATIONS + + Solving: Stress period: 27 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.6155770 1_GWF-(2,4,7) + Model 2 21 3.4752429 1_GWF-(2,4,7) + Model 3 1 8.00426392E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 27 + 46 TOTAL ITERATIONS + + Solving: Stress period: 27 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -4.1474476 1_GWF-(2,3,4) + Model 2 21 3.9684943 1_GWF-(2,3,4) + Model 3 1 1.07606368E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 27 + 47 TOTAL ITERATIONS + + Solving: Stress period: 28 Time step: 1 + +1 + STRESS PERIOD NO. 28, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.4802168 1_GWF-(2,4,7) + Model 2 20 2.4312751 1_GWF-(2,4,7) + Model 3 1 -5.24646993E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 28 + 43 TOTAL ITERATIONS + + Solving: Stress period: 28 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.6867024 1_GWF-(2,3,5) + Model 2 20 2.6232588 1_GWF-(2,3,5) + Model 3 1 -9.27098398E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 28 + 44 TOTAL ITERATIONS + + Solving: Stress period: 28 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.0445698 1_GWF-(2,4,7) + Model 2 20 2.9620723 1_GWF-(2,4,7) + Model 3 1 1.04945386E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 28 + 43 TOTAL ITERATIONS + + Solving: Stress period: 28 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.3227887 1_GWF-(2,3,5) + Model 2 21 3.2158979 1_GWF-(2,3,5) + Model 3 1 4.18740598E-11 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 28 + 45 TOTAL ITERATIONS + + Solving: Stress period: 28 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.6968931 1_GWF-(2,4,7) + Model 2 21 3.5581096 1_GWF-(2,4,7) + Model 3 1 7.83249021E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 28 + 46 TOTAL ITERATIONS + + Solving: Stress period: 28 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.8208566 1_GWF-(2,3,4) + Model 2 21 3.6434227 1_GWF-(2,3,4) + Model 3 1 1.04222408E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 28 + 46 TOTAL ITERATIONS + + Solving: Stress period: 29 Time step: 1 + +1 + STRESS PERIOD NO. 29, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.3317426 1_GWF-(2,4,7) + Model 2 20 2.2833679 1_GWF-(2,4,7) + Model 3 1 -3.80131482E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 29 + 43 TOTAL ITERATIONS + + Solving: Stress period: 29 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -2.6603664 1_GWF-(2,3,5) + Model 2 20 2.5975953 1_GWF-(2,3,5) + Model 3 1 -7.56390506E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 29 + 42 TOTAL ITERATIONS + + Solving: Stress period: 29 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.0476674 1_GWF-(2,4,8) + Model 2 20 2.9665814 1_GWF-(2,4,8) + Model 3 1 1.11661791E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 29 + 44 TOTAL ITERATIONS + + Solving: Stress period: 29 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.3152846 1_GWF-(2,6,8) + Model 2 21 3.2124654 1_GWF-(2,6,8) + Model 3 1 6.14477358E-11 * 1_GWF-(3,4,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 29 + 45 TOTAL ITERATIONS + + Solving: Stress period: 29 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.4888254 1_GWF-(2,4,7) + Model 2 21 3.3520420 1_GWF-(2,7,8) + Model 3 1 6.30890895E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 29 + 46 TOTAL ITERATIONS + + Solving: Stress period: 29 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.8259042 1_GWF-(2,3,5) + Model 2 21 3.6483754 1_GWF-(2,3,5) + Model 3 1 1.17546861E-10 * 1_GWF-(1,4,3) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 29 + 46 TOTAL ITERATIONS + + Solving: Stress period: 30 Time step: 1 + +1 + STRESS PERIOD NO. 30, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.3622911 1_GWF-(2,4,7) + Model 2 20 2.3145396 1_GWF-(2,4,7) + Model 3 1 -4.41993109E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 30 + 43 TOTAL ITERATIONS + + Solving: Stress period: 30 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.6608226 1_GWF-(2,3,4) + Model 2 20 2.5994545 1_GWF-(2,3,4) + Model 3 1 -8.39293079E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 30 + 43 TOTAL ITERATIONS + + Solving: Stress period: 30 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.9303394 1_GWF-(2,4,7) + Model 2 20 2.8498972 1_GWF-(2,4,7) + Model 3 1 9.83493287E-11 * 1_GWF-(1,8,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 30 + 43 TOTAL ITERATIONS + + Solving: Stress period: 30 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.1998675 1_GWF-(2,3,5) + Model 2 21 3.0973071 1_GWF-(2,7,5) + Model 3 1 -4.49122961E-11 * 1_GWF-(1,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 30 + 45 TOTAL ITERATIONS + + Solving: Stress period: 30 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.5754842 1_GWF-(2,4,7) + Model 2 21 3.4402900 1_GWF-(2,4,7) + Model 3 1 7.31219529E-11 * 1_GWF-(3,3,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 30 + 46 TOTAL ITERATIONS + + Solving: Stress period: 30 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -3.8018742 1_GWF-(2,6,5) + Model 2 21 3.6318298 1_GWF-(2,6,5) + Model 3 1 1.23755228E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 30 + 47 TOTAL ITERATIONS + + Solving: Stress period: 31 Time step: 1 + +1 + STRESS PERIOD NO. 31, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.2608103 1_GWF-(2,4,7) + Model 2 20 2.2137267 1_GWF-(2,4,7) + Model 3 1 -3.53148621E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 31 + 43 TOTAL ITERATIONS + + Solving: Stress period: 31 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -2.5752392 1_GWF-(2,3,4) + Model 2 20 2.5146008 1_GWF-(2,3,4) + Model 3 1 -7.48716644E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 31 + 42 TOTAL ITERATIONS + + Solving: Stress period: 31 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.9754555 1_GWF-(2,4,7) + Model 2 20 2.8961574 1_GWF-(2,4,7) + Model 3 1 1.21665344E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 31 + 43 TOTAL ITERATIONS + + Solving: Stress period: 31 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.1751955 1_GWF-(2,3,4) + Model 2 21 3.0731145 1_GWF-(2,3,4) + Model 3 1 4.19433377E-11 * 1_GWF-(3,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 31 + 44 TOTAL ITERATIONS + + Solving: Stress period: 31 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.5604290 1_GWF-(2,4,7) + Model 2 21 3.4272085 1_GWF-(2,4,7) + Model 3 1 6.93205493E-11 * 1_GWF-(3,3,5) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 31 + 46 TOTAL ITERATIONS + + Solving: Stress period: 31 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.7117464 1_GWF-(2,3,4) + Model 2 21 3.5404059 1_GWF-(2,3,4) + Model 3 1 9.61559721E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 31 + 46 TOTAL ITERATIONS + + + Solution SLN_1 summary + ---------------------------------------------------------------------- + Total formulate time: 0.43084999999999540E-1 seconds + Total solution time: 0.45217000000000257E-1 seconds + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 7.8850000 + Logical 4.00000000E-02 + Integer 75.612000 + Real 235.59200 + ------------------------------- + Total 319.12900 + ------------------------------- + + + + Run end date and time (yyyy/mm/dd hh:mm:ss): 2023/10/30 9:02:46 + Elapsed run time: 0.155 Seconds + Normal termination of simulation. diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/mfsim.nam b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/mfsim.nam new file mode 100644 index 000000000..9727f16d7 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mf6_regression/mfsim.nam @@ -0,0 +1,19 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. +BEGIN options +END options + +BEGIN timing + TDIS6 csub_sub03a.tdis +END timing + +BEGIN models + gwf6 csub_sub03a.nam csub_sub03a +END models + +BEGIN exchanges +END exchanges + +BEGIN solutiongroup 1 + ims6 csub_sub03a.ims csub_sub03a +END solutiongroup 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mfsim.lst b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mfsim.lst new file mode 100644 index 000000000..ef44d5856 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mfsim.lst @@ -0,0 +1,3692 @@ + MODFLOW 6 PROFESSIONAL + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + VERSION 6.5.0.dev0 (preliminary) 07/13/2023 + ***DEVELOP MODE*** + + MODFLOW 6 compiled Oct 30 2023 08:23:02 with GCC version 11.3.0 + +This software is preliminary or provisional and is subject to +revision. It is being provided to meet the need for timely best +science. The software has not received final approval by the U.S. +Geological Survey (USGS). No warranty, expressed or implied, is made +by the USGS or the U.S. Government as to the functionality of the +software and related material nor shall the fact of release +constitute any such warranty. The software is provided on the +condition that neither the USGS nor the U.S. Government shall be held +liable for any damages resulting from the authorized or unauthorized +use of the software. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +The following 2-clause BSD License library is used in this +USGS product: + + PETSc, the Portable, Extensible Toolkit for Scientific + Computation Library + Copyright (c) 1991-2021, UChicago Argonne, LLC + and the PETSc Development Team All rights reserved. + (https://petsc.org/release/) + +MODFLOW 6 compiler options: -cpp -I src/libmf6core.a.p -I src -I ../src -I +src/libmf6_external.a.p -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/include -I +/home/mreno/.clone/external/petsc/include -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/lib -I +/home/mreno/miniconda3/envs/modflow6/include -I -fdiagnostics-color=always +-imultiarch x86_64-linux-gnu -D _FILE_OFFSET_BITS=64 -D __linux__ -D +__WITH_PETSC__ -D __WITH_MPI__ -D __WITH_NETCDF__ -mtune=generic +-march=x86-64 -g -O2 -Wall -Wpedantic -Wcharacter-truncation +-Wno-unused-dummy-argument -Wno-intrinsic-shadow -Wno-maybe-uninitialized +-Wno-uninitialized -std=f2008 -fall-intrinsics -fbacktrace -fcheck=all +-ffpe-trap=overflow,zero,invalid -ffpe-summary=overflow +-ffpe-trap=overflow,zero,invalid -fPIC -J src/libmf6core.a.p +-fpre-include=/usr/include/finclude/math-vector-fortran.h + +System command used to initiate simulation: +/home/mreno/.clone/usgs/w/netcdf/2/modflow6/bin/mf6 + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + + OPENED mfsim.nam + FILE TYPE:NAM6 UNIT 1001 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + + OPENED csub_sub03a.nam + FILE TYPE:GWF6 UNIT 1002 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + + OPENED csub_sub03a.dis + FILE TYPE:DIS6 UNIT 1003 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + + OPENED csub_sub03a.npf + FILE TYPE:NPF6 UNIT 1004 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + + OPENED csub_sub03a.sto + FILE TYPE:STO6 UNIT 1005 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED csub_sub03a.ic + FILE TYPE:IC6 UNIT 1006 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED csub_sub03a.oc + FILE TYPE:OC6 UNIT 1007 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED csub_sub03a.wel + FILE TYPE:WEL6 UNIT 1008 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + + OPENED csub_sub03a.rcha + FILE TYPE:RCH6 UNIT 1010 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + + OPENED csub_sub03a.chd + FILE TYPE:CHD6 UNIT 1011 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + + OPENED csub_sub03a.csub + FILE TYPE:CSUB6 UNIT 1012 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + READING SIMULATION OPTIONS + MAXIMUM NUMBER OF ERRORS THAT WILL BE STORED IS 1000 + END OF SIMULATION OPTIONS + + READING SIMULATION TIMING + + OPENED csub_sub03a.tdis + FILE TYPE:TDIS UNIT 1013 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + TDIS -- TEMPORAL DISCRETIZATION PACKAGE, + VERSION 1 : 11/13/2014 - INPUT READ FROM UNIT 1013 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + PROCESSING TDIS OPTIONS + SIMULATION TIME UNIT IS DAYS + END OF TDIS OPTIONS + PROCESSING TDIS DIMENSIONS + 31 STRESS PERIOD(S) IN SIMULATION + END OF TDIS DIMENSIONS + PROCESSING TDIS PERIODDATA + + + STRESS PERIOD LENGTH TIME STEPS MULTIPLIER FOR DELT + ---------------------------------------------------------------------------- + 1 1.000000 1 1.000 + 2 365.2500 6 1.300 + 3 365.2500 6 1.300 + 4 365.2500 6 1.300 + 5 365.2500 6 1.300 + 6 365.2500 6 1.300 + 7 365.2500 6 1.300 + 8 365.2500 6 1.300 + 9 365.2500 6 1.300 + 10 365.2500 6 1.300 + 11 365.2500 6 1.300 + 12 365.2500 6 1.300 + 13 365.2500 6 1.300 + 14 365.2500 6 1.300 + 15 365.2500 6 1.300 + 16 365.2500 6 1.300 + 17 365.2500 6 1.300 + 18 365.2500 6 1.300 + 19 365.2500 6 1.300 + 20 365.2500 6 1.300 + 21 365.2500 6 1.300 + 22 365.2500 6 1.300 + 23 365.2500 6 1.300 + 24 365.2500 6 1.300 + 25 365.2500 6 1.300 + 26 365.2500 6 1.300 + 27 365.2500 6 1.300 + 28 365.2500 6 1.300 + 29 365.2500 6 1.300 + 30 365.2500 6 1.300 + 31 365.2500 6 1.300 + END OF TDIS PERIODDATA + END OF SIMULATION TIMING + + READING SIMULATION MODELS + GWF6 model 1 will be created + END OF SIMULATION MODELS + + READING SIMULATION EXCHANGES + END OF SIMULATION EXCHANGES + + READING SOLUTIONGROUP + + Creating solution: SLN_1 + + OPENED csub_sub03a.ims + FILE TYPE:IMS UNIT 1015 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + END OF SOLUTIONGROUP + +PROCESSING MODEL CONNECTIONS + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1015 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + + PROCESSING IMS OPTIONS + END OF IMS OPTIONS + + PROCESSING IMS NONLINEAR + END OF IMS NONLINEAR DATA + ***UNDER-RELAXATION WILL NOT BE USED*** + + + PROCESSING LINEAR DATA + END OF LINEAR DATA + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + A symmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-08 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 500 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 0 + LINEAR SOLUTION METHOD (LINMETH) = 1 + + SOLUTION BY THE CONJUGATE-GRADIENT METHOD + ------------------------------------------------------------------ + MAXIMUM OF 500 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 300 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = CG + MATRIX PRECONDITIONING TYPE = MOD. INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-08 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E-05 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.10000E+01 + + + + + Solving: Stress period: 1 Time step: 1 + +1 + STRESS PERIOD NO. 1, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 37 23.347236 1_GWF-(1,1,1) + Model 2 1 1.85327309E-10 * 1_GWF-(2,3,8) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 38 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 1 + +1 + STRESS PERIOD NO. 2, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -14.908780 1_GWF-(3,3,6) + Model 2 1 3.28045147E-10 * 1_GWF-(2,10,6) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 2 + 25 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -8.7562880 1_GWF-(3,1,10) + Model 2 23 1.7046169 1_GWF-(3,3,6) + Model 3 1 -2.00621741E-10 * 1_GWF-(3,1,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 2 + 49 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -7.3644772 1_GWF-(3,1,1) + Model 2 24 3.7344933 1_GWF-(3,3,6) + Model 3 23 1.3269491 1_GWF-(3,5,10) + Model 4 22 0.22866913 1_GWF-(3,4,4) + Model 5 1 1.79380955E-10 * 1_GWF-(2,8,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 2 + 96 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -4.6111552 1_GWF-(3,10,1) + Model 2 25 2.4220311 1_GWF-(3,3,9) + Model 3 22 0.34016768 1_GWF-(3,5,1) + Model 4 19 3.29840198E-02 1_GWF-(3,4,1) + Model 5 2 1.32229427E-09 1_GWF-(2,4,2) + Model 6 1 -1.87965199E-11 * 1_GWF-(2,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 2 + 95 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -4.5842626 1_GWF-(3,3,10) + Model 2 24 3.3719817 1_GWF-(3,2,10) + Model 3 23 0.56604208 1_GWF-(3,8,10) + Model 4 21 4.32066738E-02 1_GWF-(3,6,2) + Model 5 1 -8.04281086E-11 * 1_GWF-(2,6,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 2 + 95 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -3.1357146 1_GWF-(3,4,10) + Model 2 25 1.7600921 1_GWF-(3,2,5) + Model 3 22 0.27644707 1_GWF-(3,10,1) + Model 4 21 4.57737685E-02 1_GWF-(3,8,4) + Model 5 1 -2.75511614E-10 * 1_GWF-(2,2,1) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 2 + 95 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 1 + +1 + STRESS PERIOD NO. 3, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -1.1619016 1_GWF-(3,3,4) + Model 2 21 0.84397110 1_GWF-(3,3,3) + Model 3 18 3.22281115E-02 1_GWF-(3,8,1) + Model 4 15 3.18480990E-03 1_GWF-(3,8,4) + Model 5 1 -2.14516405E-10 * 1_GWF-(2,8,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 3 + 77 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.5781531 1_GWF-(3,1,10) + Model 2 22 3.1265799 1_GWF-(3,1,10) + Model 3 20 7.49094098E-02 1_GWF-(3,9,1) + Model 4 1 3.77415876E-11 * 1_GWF-(2,9,2) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 3 + 66 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -2.7463872 1_GWF-(3,1,10) + Model 2 22 2.1656651 1_GWF-(3,1,10) + Model 3 19 5.42050482E-02 1_GWF-(3,10,1) + Model 4 17 8.33664559E-03 1_GWF-(3,9,1) + Model 5 1 5.82770721E-10 * 1_GWF-(2,9,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 3 + 83 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -3.3944253 1_GWF-(3,1,10) + Model 2 23 2.6603496 1_GWF-(3,1,10) + Model 3 16 3.18736461E-03 1_GWF-(3,10,1) + Model 4 13 2.38742284E-04 1_GWF-(3,10,3) + Model 5 1 6.93885394E-10 * 1_GWF-(2,9,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 3 + 78 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -3.9304970 1_GWF-(3,1,10) + Model 2 24 3.0178575 1_GWF-(3,1,10) + Model 3 1 1.91761274E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 3 + 50 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -3.1083243 1_GWF-(3,1,10) + Model 2 25 1.9907645 1_GWF-(3,1,10) + Model 3 1 3.90714128E-11 * 1_GWF-(2,5,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 3 + 51 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 1 + +1 + STRESS PERIOD NO. 4, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -0.88041739 1_GWF-(3,3,9) + Model 2 21 0.60842876 1_GWF-(3,3,9) + Model 3 1 2.35237385E-11 * 1_GWF-(2,2,7) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 4 + 43 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -0.94581761 1_GWF-(3,3,1) + Model 2 21 0.61738599 1_GWF-(3,3,1) + Model 3 1 -6.69719835E-11 * 1_GWF-(2,3,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 4 + 43 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -1.6694303 1_GWF-(3,1,10) + Model 2 22 1.1924032 1_GWF-(3,1,10) + Model 3 1 9.17208531E-11 * 1_GWF-(2,2,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 4 + 45 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -2.9781281 1_GWF-(3,1,10) + Model 2 23 2.3782335 1_GWF-(3,1,10) + Model 3 1 -8.92031116E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 4 + 49 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -3.2170299 1_GWF-(3,1,10) + Model 2 25 2.4681385 1_GWF-(3,1,10) + Model 3 1 1.77420023E-11 * 1_GWF-(2,4,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 4 + 51 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -1.8996021 1_GWF-(3,3,1) + Model 2 24 1.0544293 1_GWF-(3,3,1) + Model 3 1 5.13722398E-11 * 1_GWF-(2,3,5) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 4 + 50 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 1 + +1 + STRESS PERIOD NO. 5, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -12.654174 1_GWF-(1,1,1) + Model 2 21 0.60292884 1_GWF-(3,1,10) + Model 3 1 3.48596707E-11 * 1_GWF-(2,2,5) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 5 + 45 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -5.3117204 1_GWF-(1,1,1) + Model 2 21 2.2132954 1_GWF-(2,3,6) + Model 3 1 2.13746354E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 5 + 45 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -2.5113809 1_GWF-(2,3,5) + Model 2 22 2.4424599 1_GWF-(2,4,6) + Model 3 19 0.14769630 1_GWF-(2,3,10) + Model 4 18 8.10408430E-03 1_GWF-(2,1,4) + Model 5 16 1.49782346E-03 1_GWF-(2,1,5) + Model 6 1 1.31850086E-10 * 1_GWF-(2,8,2) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 5 + 100 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -5.1534802 1_GWF-(2,3,6) + Model 2 22 5.0037325 1_GWF-(2,3,6) + Model 3 20 0.47953145 1_GWF-(2,6,2) + Model 4 19 0.13589189 1_GWF-(2,4,1) + Model 5 1 -4.34807745E-11 * 1_GWF-(2,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 5 + 87 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -6.0317371 1_GWF-(2,3,6) + Model 2 22 5.8291096 1_GWF-(2,3,6) + Model 3 20 0.35333561 1_GWF-(2,7,1) + Model 4 19 3.36318938E-02 1_GWF-(2,4,1) + Model 5 1 -3.94200228E-11 * 1_GWF-(2,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 5 + 87 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -6.5242317 1_GWF-(2,3,6) + Model 2 22 6.2530679 1_GWF-(2,3,6) + Model 3 21 0.71608724 1_GWF-(2,10,5) + Model 4 19 0.15601508 1_GWF-(2,7,10) + Model 5 18 2.92810251E-02 1_GWF-(2,5,1) + Model 6 1 -8.36708480E-11 * 1_GWF-(2,8,2) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 5 + 107 TOTAL ITERATIONS + + Solving: Stress period: 6 Time step: 1 + +1 + STRESS PERIOD NO. 6, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.8235600 1_GWF-(2,3,6) + Model 2 21 3.7500803 1_GWF-(2,3,6) + Model 3 18 0.14508424 1_GWF-(2,7,10) + Model 4 16 6.79723851E-02 1_GWF-(2,6,10) + Model 5 1 1.23880461E-10 * 1_GWF-(2,8,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 6 + 79 TOTAL ITERATIONS + + Solving: Stress period: 6 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -4.1382910 1_GWF-(2,3,6) + Model 2 21 4.0420051 1_GWF-(2,3,6) + Model 3 19 0.17226899 1_GWF-(2,7,3) + Model 4 11 6.44586868E-04 1_GWF-(2,7,8) + Model 5 1 -2.25822028E-10 * 1_GWF-(2,7,7) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 6 + 74 TOTAL ITERATIONS + + Solving: Stress period: 6 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -5.2945802 1_GWF-(2,3,6) + Model 2 21 5.1682025 1_GWF-(2,3,6) + Model 3 19 0.56716097 1_GWF-(2,10,5) + Model 4 18 0.10852467 1_GWF-(2,7,1) + Model 5 17 4.89896294E-02 1_GWF-(2,6,1) + Model 6 1 -1.12551746E-10 * 1_GWF-(2,8,3) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 6 + 102 TOTAL ITERATIONS + + Solving: Stress period: 6 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -4.9415798 1_GWF-(2,3,6) + Model 2 21 4.7754785 1_GWF-(2,3,6) + Model 3 19 0.21524996 1_GWF-(2,9,10) + Model 4 18 4.49306323E-02 1_GWF-(2,7,10) + Model 5 1 -3.35198536E-11 * 1_GWF-(2,8,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 6 + 83 TOTAL ITERATIONS + + Solving: Stress period: 6 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -5.7043070 1_GWF-(2,3,6) + Model 2 21 5.4855590 1_GWF-(2,3,6) + Model 3 20 0.32747654 1_GWF-(2,8,4) + Model 4 17 2.42288650E-02 1_GWF-(2,7,1) + Model 5 1 -1.37455380E-10 * 1_GWF-(2,9,3) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 6 + 84 TOTAL ITERATIONS + + Solving: Stress period: 6 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -6.4313837 1_GWF-(2,3,6) + Model 2 22 6.1429129 1_GWF-(2,3,6) + Model 3 19 5.44257486E-02 1_GWF-(2,9,1) + Model 4 17 1.76755625E-02 1_GWF-(2,8,1) + Model 5 1 -1.00661701E-10 * 1_GWF-(2,9,3) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 6 + 84 TOTAL ITERATIONS + + Solving: Stress period: 7 Time step: 1 + +1 + STRESS PERIOD NO. 7, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.9306111 1_GWF-(2,3,6) + Model 2 20 3.8526320 1_GWF-(2,3,6) + Model 3 15 1.00932121E-02 1_GWF-(2,8,1) + Model 4 1 -6.86677382E-11 * 1_GWF-(2,9,2) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 7 + 58 TOTAL ITERATIONS + + Solving: Stress period: 7 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -5.0309873 1_GWF-(2,3,6) + Model 2 21 4.9291515 1_GWF-(2,3,6) + Model 3 17 6.56724248E-02 1_GWF-(2,10,10) + Model 4 16 2.81064226E-02 1_GWF-(2,9,10) + Model 5 1 7.54676321E-11 * 1_GWF-(2,9,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 7 + 78 TOTAL ITERATIONS + + Solving: Stress period: 7 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.7400419 1_GWF-(2,4,9) + Model 2 20 2.6557200 1_GWF-(2,4,9) + Model 3 19 0.30124802 1_GWF-(2,9,4) + Model 4 15 1.38884639E-02 1_GWF-(2,9,1) + Model 5 1 8.65210126E-11 * 1_GWF-(2,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 7 + 78 TOTAL ITERATIONS + + Solving: Stress period: 7 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -5.6347462 1_GWF-(2,3,6) + Model 2 21 5.4605505 1_GWF-(2,3,6) + Model 3 19 0.13616951 1_GWF-(2,9,4) + Model 4 16 1.50364965E-02 1_GWF-(2,10,9) + Model 5 1 7.22000237E-11 * 1_GWF-(2,9,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 7 + 82 TOTAL ITERATIONS + + Solving: Stress period: 7 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -5.8171065 1_GWF-(2,3,6) + Model 2 21 5.5889375 1_GWF-(2,3,6) + Model 3 9 1.23798077E-04 1_GWF-(2,10,5) + Model 4 1 -2.26827224E-10 * 1_GWF-(1,8,5) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 7 + 55 TOTAL ITERATIONS + + Solving: Stress period: 7 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -8.3340296 1_GWF-(2,3,6) + Model 2 22 8.0349010 1_GWF-(2,3,6) + Model 3 1 -1.39495526E-10 * 1_GWF-(2,2,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 7 + 49 TOTAL ITERATIONS + + Solving: Stress period: 8 Time step: 1 + +1 + STRESS PERIOD NO. 8, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 12.332188 1_GWF-(1,1,1) + Model 2 21 0.87478778 1_GWF-(2,3,5) + Model 3 19 0.12007257 1_GWF-(2,4,10) + Model 4 17 2.85145705E-02 1_GWF-(2,7,1) + Model 5 16 8.81023119E-03 1_GWF-(2,8,1) + Model 6 1 4.06208400E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 8 + 96 TOTAL ITERATIONS + + Solving: Stress period: 8 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 4.8847675 1_GWF-(1,1,1) + Model 2 22 2.8716281 1_GWF-(3,10,10) + Model 3 21 0.67393301 1_GWF-(2,7,3) + Model 4 20 0.18337074 1_GWF-(2,10,6) + Model 5 1 -3.52917695E-11 * 1_GWF-(2,2,1) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 8 + 88 TOTAL ITERATIONS + + Solving: Stress period: 8 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -2.4144274 1_GWF-(3,1,10) + Model 2 23 2.1178222 1_GWF-(3,1,10) + Model 3 19 0.33243010 1_GWF-(2,3,7) + Model 4 1 -9.19540000E-11 * 1_GWF-(2,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 8 + 69 TOTAL ITERATIONS + + Solving: Stress period: 8 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 27 -8.3627006 1_GWF-(3,1,10) + Model 2 23 7.9618784 1_GWF-(3,1,8) + Model 3 23 2.8675698 1_GWF-(2,2,4) + Model 4 23 0.71838076 1_GWF-(2,10,2) + Model 5 1 -4.01225719E-11 * 1_GWF-(2,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 8 + 97 TOTAL ITERATIONS + + Solving: Stress period: 8 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -3.1665745 1_GWF-(3,10,7) + Model 2 24 2.7297763 1_GWF-(3,10,7) + Model 3 23 0.64531324 1_GWF-(2,9,2) + Model 4 1 -5.04867259E-11 * 1_GWF-(2,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 8 + 74 TOTAL ITERATIONS + + Solving: Stress period: 8 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -4.8343112 1_GWF-(3,10,10) + Model 2 25 4.2682670 1_GWF-(3,10,10) + Model 3 22 1.1677511 1_GWF-(2,6,6) + Model 4 22 0.38448512 1_GWF-(2,10,9) + Model 5 1 -2.38726372E-10 * 1_GWF-(2,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 8 + 96 TOTAL ITERATIONS + + Solving: Stress period: 9 Time step: 1 + +1 + STRESS PERIOD NO. 9, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -1.4493268 1_GWF-(3,10,6) + Model 2 21 1.2990776 1_GWF-(3,10,6) + Model 3 18 0.25091572 1_GWF-(2,9,9) + Model 4 1 1.68338232E-10 * 1_GWF-(2,9,7) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 9 + 61 TOTAL ITERATIONS + + Solving: Stress period: 9 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -4.7174434 1_GWF-(3,1,1) + Model 2 23 4.5034761 1_GWF-(3,1,1) + Model 3 22 1.2057361 1_GWF-(2,4,9) + Model 4 20 0.11383266 1_GWF-(2,10,1) + Model 5 20 0.21014046 1_GWF-(2,10,5) + Model 6 14 3.97730160E-03 1_GWF-(2,9,4) + Model 7 1 2.55489851E-10 * 1_GWF-(2,9,2) + ---------------------------------------------------------------------------------------------------------- + + + 7 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 9 + 123 TOTAL ITERATIONS + + Solving: Stress period: 9 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -4.8654322 1_GWF-(3,1,1) + Model 2 23 4.5891170 1_GWF-(3,1,1) + Model 3 22 1.2709004 1_GWF-(2,4,4) + Model 4 20 8.22489121E-02 1_GWF-(2,10,1) + Model 5 20 3.88070658E-02 1_GWF-(2,10,8) + Model 6 20 5.98968759E-02 1_GWF-(2,10,6) + Model 7 1 2.79927193E-11 * 1_GWF-(2,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 7 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 9 + 131 TOTAL ITERATIONS + + Solving: Stress period: 9 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -2.0317980 1_GWF-(3,1,10) + Model 2 23 1.6766655 1_GWF-(3,1,10) + Model 3 21 0.29270911 1_GWF-(2,8,3) + Model 4 18 9.29010334E-03 1_GWF-(2,10,9) + Model 5 15 7.95566432E-04 1_GWF-(2,10,8) + Model 6 1 5.16645393E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 9 + 103 TOTAL ITERATIONS + + Solving: Stress period: 9 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -2.6717360 1_GWF-(3,3,10) + Model 2 24 2.2180118 1_GWF-(3,3,10) + Model 3 22 0.64313828 1_GWF-(2,4,9) + Model 4 17 5.80042958E-03 1_GWF-(2,8,9) + Model 5 1 -2.55500510E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 9 + 89 TOTAL ITERATIONS + + Solving: Stress period: 9 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -3.2263460 1_GWF-(3,4,10) + Model 2 24 2.6481041 1_GWF-(3,4,10) + Model 3 22 0.75480313 1_GWF-(2,3,9) + Model 4 20 1.94901572E-02 1_GWF-(2,9,10) + Model 5 1 -2.46105358E-11 * 1_GWF-(2,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 9 + 93 TOTAL ITERATIONS + + Solving: Stress period: 10 Time step: 1 + +1 + STRESS PERIOD NO. 10, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -1.3210199 1_GWF-(3,10,10) + Model 2 22 1.1745779 1_GWF-(3,10,10) + Model 3 18 0.21415962 1_GWF-(2,5,9) + Model 4 1 1.92857286E-10 * 1_GWF-(2,6,8) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 10 + 63 TOTAL ITERATIONS + + Solving: Stress period: 10 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.2216627 1_GWF-(3,1,1) + Model 2 22 3.0177442 1_GWF-(3,1,1) + Model 3 21 0.60100976 1_GWF-(2,3,9) + Model 4 19 0.10682261 1_GWF-(2,8,1) + Model 5 18 2.62280243E-02 1_GWF-(2,9,1) + Model 6 1 -6.14148732E-11 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 10 + 105 TOTAL ITERATIONS + + Solving: Stress period: 10 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -1.7827024 1_GWF-(3,5,1) + Model 2 23 1.5256655 1_GWF-(3,5,1) + Model 3 20 0.40500819 1_GWF-(2,5,3) + Model 4 18 4.38040010E-02 1_GWF-(2,8,10) + Model 5 1 -2.93991498E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 10 + 86 TOTAL ITERATIONS + + Solving: Stress period: 10 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -2.5687369 1_GWF-(3,6,10) + Model 2 23 2.2414985 1_GWF-(3,6,10) + Model 3 21 0.49459171 1_GWF-(2,4,3) + Model 4 20 4.11884594E-02 1_GWF-(2,8,1) + Model 5 1 -2.52295962E-11 * 1_GWF-(2,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 10 + 90 TOTAL ITERATIONS + + Solving: Stress period: 10 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -2.8473063 1_GWF-(3,10,10) + Model 2 23 2.4382139 1_GWF-(3,10,10) + Model 3 21 0.28141935 1_GWF-(2,4,3) + Model 4 19 3.03041848E-02 1_GWF-(2,7,10) + Model 5 1 -2.01385575E-11 * 1_GWF-(2,2,6) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 10 + 90 TOTAL ITERATIONS + + Solving: Stress period: 10 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -2.4062470 1_GWF-(3,8,10) + Model 2 23 1.8761592 1_GWF-(3,8,10) + Model 3 22 0.37937378 1_GWF-(2,4,2) + Model 4 20 7.43949149E-02 1_GWF-(2,6,1) + Model 5 19 1.21275189E-02 1_GWF-(2,7,1) + Model 6 1 -3.01056957E-11 * 1_GWF-(2,2,9) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 10 + 111 TOTAL ITERATIONS + + Solving: Stress period: 11 Time step: 1 + +1 + STRESS PERIOD NO. 11, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -1.9491476 1_GWF-(3,10,1) + Model 2 22 1.8078564 1_GWF-(3,10,1) + Model 3 18 0.12791945 1_GWF-(2,5,10) + Model 4 18 4.83433429E-02 1_GWF-(2,6,10) + Model 5 1 2.39781528E-11 * 1_GWF-(2,3,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 11 + 81 TOTAL ITERATIONS + + Solving: Stress period: 11 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.3973408 1_GWF-(3,10,1) + Model 2 22 2.2143739 1_GWF-(3,10,1) + Model 3 20 0.19771858 1_GWF-(2,5,1) + Model 4 1 -3.11182191E-11 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 11 + 66 TOTAL ITERATIONS + + Solving: Stress period: 11 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -3.0625855 1_GWF-(3,10,10) + Model 2 22 2.8260294 1_GWF-(3,10,10) + Model 3 21 0.54005342 1_GWF-(2,3,2) + Model 4 20 0.11093309 1_GWF-(2,5,1) + Model 5 19 3.98566352E-02 1_GWF-(2,6,1) + Model 6 1 7.09015069E-11 * 1_GWF-(2,2,8) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 11 + 108 TOTAL ITERATIONS + + Solving: Stress period: 11 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -2.3783688 1_GWF-(3,8,10) + Model 2 23 2.0711450 1_GWF-(3,8,10) + Model 3 21 0.39535607 1_GWF-(2,3,2) + Model 4 19 3.62978693E-02 1_GWF-(2,5,10) + Model 5 1 -8.11368750E-11 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 11 + 89 TOTAL ITERATIONS + + Solving: Stress period: 11 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -2.0522716 1_GWF-(2,9,5) + Model 2 23 1.9849180 1_GWF-(2,9,5) + Model 3 20 0.28961278 1_GWF-(2,2,1) + Model 4 19 3.02910415E-02 1_GWF-(2,5,1) + Model 5 1 -5.43769474E-11 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 11 + 88 TOTAL ITERATIONS + + Solving: Stress period: 11 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 27 -3.6888978 1_GWF-(3,10,10) + Model 2 22 3.1830270 1_GWF-(3,10,10) + Model 3 20 0.31864927 1_GWF-(2,1,4) + Model 4 20 5.55306675E-02 1_GWF-(2,3,10) + Model 5 17 3.50241438E-03 1_GWF-(2,4,10) + Model 6 1 8.68105587E-11 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 11 + 107 TOTAL ITERATIONS + + Solving: Stress period: 12 Time step: 1 + +1 + STRESS PERIOD NO. 12, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -1.5684083 1_GWF-(2,3,6) + Model 2 21 1.5393476 1_GWF-(2,3,6) + Model 3 18 7.13350406E-02 1_GWF-(2,3,10) + Model 4 1 8.50519655E-11 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 12 + 62 TOTAL ITERATIONS + + Solving: Stress period: 12 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.5822643 1_GWF-(3,10,1) + Model 2 22 2.4064011 1_GWF-(3,10,1) + Model 3 17 1.39539612E-02 1_GWF-(2,4,1) + Model 4 1 1.68476788E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 12 + 63 TOTAL ITERATIONS + + Solving: Stress period: 12 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.0703694 1_GWF-(2,3,6) + Model 2 21 2.0188842 1_GWF-(2,3,6) + Model 3 18 0.23942154 1_GWF-(2,2,2) + Model 4 1 -1.79358750E-10 * 1_GWF-(2,2,10) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 12 + 63 TOTAL ITERATIONS + + Solving: Stress period: 12 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -2.4590177 1_GWF-(2,3,6) + Model 2 21 2.3899070 1_GWF-(2,3,6) + Model 3 18 0.12553376 1_GWF-(2,1,4) + Model 4 19 3.12129142E-02 1_GWF-(2,2,10) + Model 5 1 -5.66977576E-11 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 12 + 83 TOTAL ITERATIONS + + Solving: Stress period: 12 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -2.9116714 1_GWF-(2,9,5) + Model 2 21 2.8272836 1_GWF-(2,9,5) + Model 3 17 4.96918409E-02 1_GWF-(2,1,4) + Model 4 16 1.09911174E-02 1_GWF-(2,2,1) + Model 5 1 2.25448105E-10 * 1_GWF-(1,1,10) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 12 + 80 TOTAL ITERATIONS + + Solving: Stress period: 12 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -3.0741489 1_GWF-(2,3,6) + Model 2 21 2.9475893 1_GWF-(2,3,6) + Model 3 1 -1.28864031E-10 * 1_GWF-(1,1,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 12 + 48 TOTAL ITERATIONS + + Solving: Stress period: 13 Time step: 1 + +1 + STRESS PERIOD NO. 13, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -1.5657614 1_GWF-(2,4,7) + Model 2 20 1.5350045 1_GWF-(2,4,7) + Model 3 1 -2.86437540E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 13 + 42 TOTAL ITERATIONS + + Solving: Stress period: 13 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -1.8507900 1_GWF-(2,3,6) + Model 2 20 1.8053517 1_GWF-(2,3,6) + Model 3 1 -4.58637572E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 13 + 43 TOTAL ITERATIONS + + Solving: Stress period: 13 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.1014494 1_GWF-(2,4,7) + Model 2 21 2.0473818 1_GWF-(2,4,7) + Model 3 1 1.61008984E-11 * 1_GWF-(3,3,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 13 + 45 TOTAL ITERATIONS + + Solving: Stress period: 13 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.2810804 1_GWF-(2,3,6) + Model 2 21 2.2012721 1_GWF-(2,3,6) + Model 3 1 -3.42423867E-11 * 1_GWF-(1,9,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 13 + 44 TOTAL ITERATIONS + + Solving: Stress period: 13 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.5877927 1_GWF-(2,9,5) + Model 2 21 2.4896752 1_GWF-(2,9,5) + Model 3 1 6.38404885E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 13 + 45 TOTAL ITERATIONS + + Solving: Stress period: 13 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.1117934 1_GWF-(2,3,6) + Model 2 21 2.9691485 1_GWF-(2,3,6) + Model 3 1 -9.25695076E-11 * 1_GWF-(3,8,8) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 13 + 46 TOTAL ITERATIONS + + Solving: Stress period: 14 Time step: 1 + +1 + STRESS PERIOD NO. 14, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -1.7985143 1_GWF-(2,4,7) + Model 2 20 1.7629373 1_GWF-(2,4,7) + Model 3 1 -3.06812353E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 14 + 42 TOTAL ITERATIONS + + Solving: Stress period: 14 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -1.9904490 1_GWF-(2,3,6) + Model 2 20 1.9396083 1_GWF-(2,3,6) + Model 3 1 -5.88435967E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 14 + 43 TOTAL ITERATIONS + + Solving: Stress period: 14 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.3188650 1_GWF-(2,4,7) + Model 2 20 2.2570610 1_GWF-(2,4,7) + Model 3 1 8.80344686E-11 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 14 + 43 TOTAL ITERATIONS + + Solving: Stress period: 14 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.6036963 1_GWF-(2,3,6) + Model 2 21 2.5153712 1_GWF-(2,3,6) + Model 3 1 3.78399534E-11 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 14 + 45 TOTAL ITERATIONS + + Solving: Stress period: 14 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.1682650 1_GWF-(2,4,7) + Model 2 21 3.0593875 1_GWF-(2,4,7) + Model 3 1 6.35154151E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 14 + 45 TOTAL ITERATIONS + + Solving: Stress period: 14 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.0822973 1_GWF-(2,3,6) + Model 2 21 2.9268590 1_GWF-(2,3,6) + Model 3 1 8.51425597E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 14 + 45 TOTAL ITERATIONS + + Solving: Stress period: 15 Time step: 1 + +1 + STRESS PERIOD NO. 15, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -2.0039787 1_GWF-(2,4,7) + Model 2 20 1.9645382 1_GWF-(2,4,7) + Model 3 1 -3.64543951E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 15 + 42 TOTAL ITERATIONS + + Solving: Stress period: 15 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.2619459 1_GWF-(2,3,6) + Model 2 20 2.2068123 1_GWF-(2,3,6) + Model 3 1 -7.29389882E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 15 + 43 TOTAL ITERATIONS + + Solving: Stress period: 15 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.5112342 1_GWF-(2,3,7) + Model 2 20 2.4405894 1_GWF-(2,3,7) + Model 3 1 9.75965975E-11 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 15 + 43 TOTAL ITERATIONS + + Solving: Stress period: 15 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.7662398 1_GWF-(2,3,6) + Model 2 21 2.6711651 1_GWF-(2,3,6) + Model 3 1 4.19344559E-11 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 15 + 44 TOTAL ITERATIONS + + Solving: Stress period: 15 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.3109212 1_GWF-(2,4,7) + Model 2 21 3.1924953 1_GWF-(2,4,7) + Model 3 1 6.65139055E-11 * 1_GWF-(3,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 15 + 45 TOTAL ITERATIONS + + Solving: Stress period: 15 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.3246932 1_GWF-(2,3,6) + Model 2 21 3.1591721 1_GWF-(2,3,6) + Model 3 1 1.02581055E-10 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 15 + 45 TOTAL ITERATIONS + + Solving: Stress period: 16 Time step: 1 + +1 + STRESS PERIOD NO. 16, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.0997991 1_GWF-(2,3,7) + Model 2 20 2.0558965 1_GWF-(2,3,7) + Model 3 1 -4.03836964E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 16 + 43 TOTAL ITERATIONS + + Solving: Stress period: 16 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.3810274 1_GWF-(2,3,6) + Model 2 20 2.3225181 1_GWF-(2,3,6) + Model 3 1 -7.05089320E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 16 + 43 TOTAL ITERATIONS + + Solving: Stress period: 16 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.6811114 1_GWF-(2,4,7) + Model 2 21 2.6082195 1_GWF-(2,4,7) + Model 3 1 1.64277481E-11 * 1_GWF-(3,4,3) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 16 + 45 TOTAL ITERATIONS + + Solving: Stress period: 16 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.8503447 1_GWF-(2,3,6) + Model 2 21 2.7509231 1_GWF-(2,8,7) + Model 3 1 -4.41779946E-11 * 1_GWF-(1,9,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 16 + 44 TOTAL ITERATIONS + + Solving: Stress period: 16 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.5442639 1_GWF-(2,4,7) + Model 2 21 3.4183196 1_GWF-(2,4,7) + Model 3 1 7.57154339E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 16 + 46 TOTAL ITERATIONS + + Solving: Stress period: 16 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -3.5333993 1_GWF-(2,3,5) + Model 2 21 3.3735109 1_GWF-(2,3,5) + Model 3 1 1.03018039E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 16 + 47 TOTAL ITERATIONS + + Solving: Stress period: 17 Time step: 1 + +1 + STRESS PERIOD NO. 17, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.2255337 1_GWF-(2,4,7) + Model 2 20 2.1806251 1_GWF-(2,4,7) + Model 3 1 -3.81330523E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 17 + 43 TOTAL ITERATIONS + + Solving: Stress period: 17 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.5493969 1_GWF-(2,3,6) + Model 2 20 2.4882746 1_GWF-(2,3,6) + Model 3 1 -7.92965693E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 17 + 43 TOTAL ITERATIONS + + Solving: Stress period: 17 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.8689321 1_GWF-(2,4,7) + Model 2 21 2.7922190 1_GWF-(2,4,7) + Model 3 1 2.02007300E-11 * 1_GWF-(3,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 17 + 45 TOTAL ITERATIONS + + Solving: Stress period: 17 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.0850688 1_GWF-(2,3,6) + Model 2 21 2.9806427 1_GWF-(2,3,6) + Model 3 1 -4.59055016E-11 * 1_GWF-(1,9,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 17 + 44 TOTAL ITERATIONS + + Solving: Stress period: 17 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.6006332 1_GWF-(2,4,7) + Model 2 21 3.4688669 1_GWF-(2,4,7) + Model 3 1 8.47020232E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 17 + 46 TOTAL ITERATIONS + + Solving: Stress period: 17 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.6611588 1_GWF-(2,3,5) + Model 2 21 3.4933177 1_GWF-(2,3,5) + Model 3 1 1.24032340E-10 * 1_GWF-(3,2,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 17 + 46 TOTAL ITERATIONS + + Solving: Stress period: 18 Time step: 1 + +1 + STRESS PERIOD NO. 18, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.3259575 1_GWF-(2,3,7) + Model 2 20 2.2781609 1_GWF-(2,3,7) + Model 3 1 -4.06270573E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 18 + 43 TOTAL ITERATIONS + + Solving: Stress period: 18 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.5942809 1_GWF-(2,3,6) + Model 2 20 2.5311823 1_GWF-(2,3,6) + Model 3 1 -7.39426298E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 18 + 43 TOTAL ITERATIONS + + Solving: Stress period: 18 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.0261424 1_GWF-(2,4,7) + Model 2 20 2.9465094 1_GWF-(2,4,7) + Model 3 1 -1.12837739E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 18 + 44 TOTAL ITERATIONS + + Solving: Stress period: 18 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.1639280 1_GWF-(2,7,8) + Model 2 21 3.0655574 1_GWF-(2,7,8) + Model 3 1 -5.17554888E-11 * 1_GWF-(1,9,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 18 + 44 TOTAL ITERATIONS + + Solving: Stress period: 18 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.5834738 1_GWF-(2,4,7) + Model 2 21 3.4473047 1_GWF-(2,4,7) + Model 3 1 8.89261997E-11 * 1_GWF-(1,3,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 18 + 46 TOTAL ITERATIONS + + Solving: Stress period: 18 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.7850118 1_GWF-(2,3,5) + Model 2 21 3.6110881 1_GWF-(2,3,5) + Model 3 1 1.05222497E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 18 + 46 TOTAL ITERATIONS + + Solving: Stress period: 19 Time step: 1 + +1 + STRESS PERIOD NO. 19, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.4012831 1_GWF-(2,4,7) + Model 2 20 2.3531493 1_GWF-(2,4,7) + Model 3 1 -3.90265598E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 19 + 43 TOTAL ITERATIONS + + Solving: Stress period: 19 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.6005399 1_GWF-(2,7,8) + Model 2 20 2.5410291 1_GWF-(2,7,8) + Model 3 1 -7.67581554E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 19 + 43 TOTAL ITERATIONS + + Solving: Stress period: 19 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.0712911 1_GWF-(2,4,7) + Model 2 21 2.9894920 1_GWF-(2,4,7) + Model 3 1 1.61506364E-11 * 1_GWF-(3,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 19 + 45 TOTAL ITERATIONS + + Solving: Stress period: 19 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.2140250 1_GWF-(2,7,6) + Model 2 21 3.1128927 1_GWF-(2,7,6) + Model 3 1 -5.69864156E-11 * 1_GWF-(1,9,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 19 + 45 TOTAL ITERATIONS + + Solving: Stress period: 19 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.7754317 1_GWF-(2,4,7) + Model 2 21 3.6360469 1_GWF-(2,4,7) + Model 3 1 7.78062059E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 19 + 46 TOTAL ITERATIONS + + Solving: Stress period: 19 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.8082485 1_GWF-(2,3,5) + Model 2 21 3.6298107 1_GWF-(2,3,5) + Model 3 1 1.09352527E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 19 + 46 TOTAL ITERATIONS + + Solving: Stress period: 20 Time step: 1 + +1 + STRESS PERIOD NO. 20, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -2.4487914 1_GWF-(2,4,7) + Model 2 20 2.3996669 1_GWF-(2,4,7) + Model 3 1 -4.22915036E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 20 + 42 TOTAL ITERATIONS + + Solving: Stress period: 20 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.6770354 1_GWF-(2,3,5) + Model 2 20 2.6143214 1_GWF-(2,3,5) + Model 3 1 -7.77120590E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 20 + 43 TOTAL ITERATIONS + + Solving: Stress period: 20 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.1110782 1_GWF-(2,4,7) + Model 2 20 3.0277436 1_GWF-(2,4,7) + Model 3 1 1.04158460E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 20 + 43 TOTAL ITERATIONS + + Solving: Stress period: 20 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.2382646 1_GWF-(2,9,3) + Model 2 21 3.1338458 1_GWF-(2,9,3) + Model 3 1 5.48343593E-11 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 20 + 45 TOTAL ITERATIONS + + Solving: Stress period: 20 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.8052292 1_GWF-(2,4,7) + Model 2 21 3.6636215 1_GWF-(2,4,7) + Model 3 1 7.79820652E-11 * 1_GWF-(3,4,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 20 + 46 TOTAL ITERATIONS + + Solving: Stress period: 20 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.7747787 1_GWF-(2,3,5) + Model 2 21 3.5931420 1_GWF-(2,3,5) + Model 3 1 9.97317784E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 20 + 46 TOTAL ITERATIONS + + Solving: Stress period: 21 Time step: 1 + +1 + STRESS PERIOD NO. 21, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.5569564 1_GWF-(2,4,7) + Model 2 20 2.5071665 1_GWF-(2,4,7) + Model 3 1 -5.17488274E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 21 + 43 TOTAL ITERATIONS + + Solving: Stress period: 21 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.6797636 1_GWF-(2,7,6) + Model 2 20 2.6179852 1_GWF-(2,7,6) + Model 3 1 -8.40003622E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 21 + 43 TOTAL ITERATIONS + + Solving: Stress period: 21 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.0575875 1_GWF-(2,4,7) + Model 2 20 2.9732445 1_GWF-(2,4,7) + Model 3 1 1.06339826E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 21 + 44 TOTAL ITERATIONS + + Solving: Stress period: 21 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.3484569 1_GWF-(2,7,5) + Model 2 21 3.2438809 1_GWF-(2,7,5) + Model 3 1 -5.63318281E-11 * 1_GWF-(1,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 21 + 45 TOTAL ITERATIONS + + Solving: Stress period: 21 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.8702919 1_GWF-(2,4,7) + Model 2 21 3.7272904 1_GWF-(2,4,7) + Model 3 1 7.69695419E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 21 + 46 TOTAL ITERATIONS + + Solving: Stress period: 21 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.9087306 1_GWF-(2,6,5) + Model 2 21 3.7308731 1_GWF-(2,6,5) + Model 3 1 1.16878951E-10 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 21 + 46 TOTAL ITERATIONS + + Solving: Stress period: 22 Time step: 1 + +1 + STRESS PERIOD NO. 22, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.4223196 1_GWF-(2,4,7) + Model 2 20 2.3721359 1_GWF-(2,4,7) + Model 3 1 -4.03206357E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 22 + 43 TOTAL ITERATIONS + + Solving: Stress period: 22 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -2.7268237 1_GWF-(2,3,5) + Model 2 20 2.6623942 1_GWF-(2,3,5) + Model 3 1 -8.44941894E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 22 + 42 TOTAL ITERATIONS + + Solving: Stress period: 22 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.0736624 1_GWF-(2,4,7) + Model 2 21 2.9887505 1_GWF-(2,4,7) + Model 3 1 1.99733563E-11 * 1_GWF-(3,9,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 22 + 44 TOTAL ITERATIONS + + Solving: Stress period: 22 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.3134768 1_GWF-(2,6,5) + Model 2 21 3.2077756 1_GWF-(2,6,5) + Model 3 1 -5.99293948E-11 * 1_GWF-(1,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 22 + 44 TOTAL ITERATIONS + + Solving: Stress period: 22 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.8756319 1_GWF-(2,4,7) + Model 2 21 3.7319279 1_GWF-(2,4,7) + Model 3 1 8.14601719E-11 * 1_GWF-(1,3,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 22 + 45 TOTAL ITERATIONS + + Solving: Stress period: 22 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.9798234 1_GWF-(2,3,5) + Model 2 21 3.7949155 1_GWF-(2,3,5) + Model 3 1 1.30404132E-10 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 22 + 46 TOTAL ITERATIONS + + Solving: Stress period: 23 Time step: 1 + +1 + STRESS PERIOD NO. 23, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.4898139 1_GWF-(2,3,7) + Model 2 20 2.4388738 1_GWF-(2,3,7) + Model 3 1 -4.47171189E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 23 + 43 TOTAL ITERATIONS + + Solving: Stress period: 23 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.8158604 1_GWF-(2,3,5) + Model 2 20 2.7510724 1_GWF-(2,3,5) + Model 3 1 -9.19193610E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 23 + 43 TOTAL ITERATIONS + + Solving: Stress period: 23 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.1631429 1_GWF-(2,4,7) + Model 2 20 3.0780285 1_GWF-(2,4,7) + Model 3 1 -1.22343025E-10 * 1_GWF-(1,3,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 23 + 44 TOTAL ITERATIONS + + Solving: Stress period: 23 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.4182761 1_GWF-(2,3,5) + Model 2 21 3.3086885 1_GWF-(2,3,5) + Model 3 1 -5.53694868E-11 * 1_GWF-(1,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 23 + 45 TOTAL ITERATIONS + + Solving: Stress period: 23 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.7242638 1_GWF-(2,8,7) + Model 2 21 3.5867855 1_GWF-(2,8,7) + Model 3 1 7.53317408E-11 * 1_GWF-(3,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 23 + 45 TOTAL ITERATIONS + + Solving: Stress period: 23 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -4.0116048 1_GWF-(2,3,5) + Model 2 21 3.8262929 1_GWF-(2,3,5) + Model 3 1 1.38159706E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 23 + 47 TOTAL ITERATIONS + + Solving: Stress period: 24 Time step: 1 + +1 + STRESS PERIOD NO. 24, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.5334187 1_GWF-(2,4,7) + Model 2 20 2.4830881 1_GWF-(2,4,7) + Model 3 1 -4.23616697E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 24 + 43 TOTAL ITERATIONS + + Solving: Stress period: 24 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -2.6930063 1_GWF-(2,3,5) + Model 2 20 2.6281210 1_GWF-(2,3,5) + Model 3 1 -7.95505883E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 24 + 42 TOTAL ITERATIONS + + Solving: Stress period: 24 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.1725113 1_GWF-(2,4,7) + Model 2 20 3.0874983 1_GWF-(2,4,7) + Model 3 1 1.14502186E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 24 + 44 TOTAL ITERATIONS + + Solving: Stress period: 24 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.4954457 1_GWF-(2,3,5) + Model 2 21 3.3858132 1_GWF-(2,3,5) + Model 3 1 5.92539351E-11 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 24 + 45 TOTAL ITERATIONS + + Solving: Stress period: 24 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.6861202 1_GWF-(2,4,7) + Model 2 21 3.5426386 1_GWF-(2,4,7) + Model 3 1 6.73399114E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 24 + 45 TOTAL ITERATIONS + + Solving: Stress period: 24 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.9681368 1_GWF-(2,6,5) + Model 2 21 3.7885408 1_GWF-(2,6,5) + Model 3 1 1.14820153E-10 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 24 + 46 TOTAL ITERATIONS + + Solving: Stress period: 25 Time step: 1 + +1 + STRESS PERIOD NO. 25, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.4146969 1_GWF-(2,2,7) + Model 2 20 2.3661785 1_GWF-(2,2,7) + Model 3 1 -5.00666175E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 25 + 43 TOTAL ITERATIONS + + Solving: Stress period: 25 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.7654425 1_GWF-(2,3,5) + Model 2 20 2.7006770 1_GWF-(2,3,5) + Model 3 1 -8.59152749E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 25 + 43 TOTAL ITERATIONS + + Solving: Stress period: 25 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.1772170 1_GWF-(2,4,7) + Model 2 20 3.0925573 1_GWF-(2,4,7) + Model 3 1 1.27757360E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 25 + 43 TOTAL ITERATIONS + + Solving: Stress period: 25 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.3143171 1_GWF-(2,3,5) + Model 2 21 3.2049866 1_GWF-(2,3,5) + Model 3 1 -5.05919751E-11 * 1_GWF-(1,9,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 25 + 45 TOTAL ITERATIONS + + Solving: Stress period: 25 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.7624663 1_GWF-(2,2,7) + Model 2 21 3.6238481 1_GWF-(2,2,7) + Model 3 1 8.26627655E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 25 + 46 TOTAL ITERATIONS + + Solving: Stress period: 25 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.9587232 1_GWF-(2,3,5) + Model 2 21 3.7744199 1_GWF-(2,3,5) + Model 3 1 1.11795018E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 25 + 46 TOTAL ITERATIONS + + Solving: Stress period: 26 Time step: 1 + +1 + STRESS PERIOD NO. 26, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -2.3996175 1_GWF-(2,4,7) + Model 2 20 2.3497683 1_GWF-(2,4,7) + Model 3 1 -4.25952607E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 26 + 42 TOTAL ITERATIONS + + Solving: Stress period: 26 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.7061500 1_GWF-(2,3,5) + Model 2 20 2.6416848 1_GWF-(2,3,5) + Model 3 1 -8.48761061E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 26 + 43 TOTAL ITERATIONS + + Solving: Stress period: 26 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.0690758 1_GWF-(2,4,7) + Model 2 20 2.9849769 1_GWF-(2,4,7) + Model 3 1 1.18244969E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 26 + 44 TOTAL ITERATIONS + + Solving: Stress period: 26 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.3311685 1_GWF-(2,3,4) + Model 2 21 3.2243253 1_GWF-(2,3,4) + Model 3 1 -5.28559418E-11 * 1_GWF-(1,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 26 + 45 TOTAL ITERATIONS + + Solving: Stress period: 26 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.6437826 1_GWF-(2,4,7) + Model 2 21 3.5050898 1_GWF-(2,2,7) + Model 3 1 8.19184720E-11 * 1_GWF-(3,8,3) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 26 + 46 TOTAL ITERATIONS + + Solving: Stress period: 26 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.9324142 1_GWF-(2,3,5) + Model 2 21 3.7493230 1_GWF-(2,3,5) + Model 3 1 1.11757714E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 26 + 46 TOTAL ITERATIONS + + Solving: Stress period: 27 Time step: 1 + +1 + STRESS PERIOD NO. 27, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.5890438 1_GWF-(2,2,7) + Model 2 20 2.5406849 1_GWF-(2,2,7) + Model 3 1 -5.05391284E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 27 + 43 TOTAL ITERATIONS + + Solving: Stress period: 27 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.7613084 1_GWF-(2,3,5) + Model 2 20 2.6972926 1_GWF-(2,3,5) + Model 3 1 -8.48050519E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 27 + 43 TOTAL ITERATIONS + + Solving: Stress period: 27 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.1693677 1_GWF-(2,4,8) + Model 2 20 3.0872789 1_GWF-(2,2,8) + Model 3 1 1.22900801E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 27 + 44 TOTAL ITERATIONS + + Solving: Stress period: 27 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.4192127 1_GWF-(2,3,5) + Model 2 21 3.3112994 1_GWF-(2,3,5) + Model 3 1 4.37765380E-11 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 27 + 45 TOTAL ITERATIONS + + Solving: Stress period: 27 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.6155770 1_GWF-(2,4,7) + Model 2 21 3.4752429 1_GWF-(2,4,7) + Model 3 1 8.00426392E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 27 + 46 TOTAL ITERATIONS + + Solving: Stress period: 27 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -4.1474476 1_GWF-(2,3,4) + Model 2 21 3.9684943 1_GWF-(2,3,4) + Model 3 1 1.07606368E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 27 + 47 TOTAL ITERATIONS + + Solving: Stress period: 28 Time step: 1 + +1 + STRESS PERIOD NO. 28, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.4802168 1_GWF-(2,4,7) + Model 2 20 2.4312751 1_GWF-(2,4,7) + Model 3 1 -5.24646993E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 28 + 43 TOTAL ITERATIONS + + Solving: Stress period: 28 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.6867024 1_GWF-(2,3,5) + Model 2 20 2.6232588 1_GWF-(2,3,5) + Model 3 1 -9.27098398E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 28 + 44 TOTAL ITERATIONS + + Solving: Stress period: 28 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.0445698 1_GWF-(2,4,7) + Model 2 20 2.9620723 1_GWF-(2,4,7) + Model 3 1 1.04945386E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 28 + 43 TOTAL ITERATIONS + + Solving: Stress period: 28 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.3227887 1_GWF-(2,3,5) + Model 2 21 3.2158979 1_GWF-(2,3,5) + Model 3 1 4.18740598E-11 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 28 + 45 TOTAL ITERATIONS + + Solving: Stress period: 28 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.6968931 1_GWF-(2,4,7) + Model 2 21 3.5581096 1_GWF-(2,4,7) + Model 3 1 7.83249021E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 28 + 46 TOTAL ITERATIONS + + Solving: Stress period: 28 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.8208566 1_GWF-(2,3,4) + Model 2 21 3.6434227 1_GWF-(2,3,4) + Model 3 1 1.04222408E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 28 + 46 TOTAL ITERATIONS + + Solving: Stress period: 29 Time step: 1 + +1 + STRESS PERIOD NO. 29, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.3317426 1_GWF-(2,4,7) + Model 2 20 2.2833679 1_GWF-(2,4,7) + Model 3 1 -3.80131482E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 29 + 43 TOTAL ITERATIONS + + Solving: Stress period: 29 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -2.6603664 1_GWF-(2,3,5) + Model 2 20 2.5975953 1_GWF-(2,3,5) + Model 3 1 -7.56390506E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 29 + 42 TOTAL ITERATIONS + + Solving: Stress period: 29 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.0476674 1_GWF-(2,4,8) + Model 2 20 2.9665814 1_GWF-(2,4,8) + Model 3 1 1.11661791E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 29 + 44 TOTAL ITERATIONS + + Solving: Stress period: 29 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.3152846 1_GWF-(2,6,8) + Model 2 21 3.2124654 1_GWF-(2,6,8) + Model 3 1 6.14477358E-11 * 1_GWF-(3,4,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 29 + 45 TOTAL ITERATIONS + + Solving: Stress period: 29 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.4888254 1_GWF-(2,4,7) + Model 2 21 3.3520420 1_GWF-(2,7,8) + Model 3 1 6.30890895E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 29 + 46 TOTAL ITERATIONS + + Solving: Stress period: 29 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.8259042 1_GWF-(2,3,5) + Model 2 21 3.6483754 1_GWF-(2,3,5) + Model 3 1 1.17546861E-10 * 1_GWF-(1,4,3) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 29 + 46 TOTAL ITERATIONS + + Solving: Stress period: 30 Time step: 1 + +1 + STRESS PERIOD NO. 30, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.3622911 1_GWF-(2,4,7) + Model 2 20 2.3145396 1_GWF-(2,4,7) + Model 3 1 -4.41993109E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 30 + 43 TOTAL ITERATIONS + + Solving: Stress period: 30 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.6608226 1_GWF-(2,3,4) + Model 2 20 2.5994545 1_GWF-(2,3,4) + Model 3 1 -8.39293079E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 30 + 43 TOTAL ITERATIONS + + Solving: Stress period: 30 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.9303394 1_GWF-(2,4,7) + Model 2 20 2.8498972 1_GWF-(2,4,7) + Model 3 1 9.83493287E-11 * 1_GWF-(1,8,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 30 + 43 TOTAL ITERATIONS + + Solving: Stress period: 30 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.1998675 1_GWF-(2,3,5) + Model 2 21 3.0973071 1_GWF-(2,7,5) + Model 3 1 -4.49122961E-11 * 1_GWF-(1,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 30 + 45 TOTAL ITERATIONS + + Solving: Stress period: 30 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.5754842 1_GWF-(2,4,7) + Model 2 21 3.4402900 1_GWF-(2,4,7) + Model 3 1 7.31219529E-11 * 1_GWF-(3,3,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 30 + 46 TOTAL ITERATIONS + + Solving: Stress period: 30 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -3.8018742 1_GWF-(2,6,5) + Model 2 21 3.6318298 1_GWF-(2,6,5) + Model 3 1 1.23755228E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 30 + 47 TOTAL ITERATIONS + + Solving: Stress period: 31 Time step: 1 + +1 + STRESS PERIOD NO. 31, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.2608103 1_GWF-(2,4,7) + Model 2 20 2.2137267 1_GWF-(2,4,7) + Model 3 1 -3.53148621E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 31 + 43 TOTAL ITERATIONS + + Solving: Stress period: 31 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -2.5752392 1_GWF-(2,3,4) + Model 2 20 2.5146008 1_GWF-(2,3,4) + Model 3 1 -7.48716644E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 31 + 42 TOTAL ITERATIONS + + Solving: Stress period: 31 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.9754555 1_GWF-(2,4,7) + Model 2 20 2.8961574 1_GWF-(2,4,7) + Model 3 1 1.21665344E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 31 + 43 TOTAL ITERATIONS + + Solving: Stress period: 31 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.1751955 1_GWF-(2,3,4) + Model 2 21 3.0731145 1_GWF-(2,3,4) + Model 3 1 4.19433377E-11 * 1_GWF-(3,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 31 + 44 TOTAL ITERATIONS + + Solving: Stress period: 31 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.5604290 1_GWF-(2,4,7) + Model 2 21 3.4272085 1_GWF-(2,4,7) + Model 3 1 6.93205493E-11 * 1_GWF-(3,3,5) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 31 + 46 TOTAL ITERATIONS + + Solving: Stress period: 31 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.7117464 1_GWF-(2,3,4) + Model 2 21 3.5404059 1_GWF-(2,3,4) + Model 3 1 9.61559721E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 31 + 46 TOTAL ITERATIONS + + + Solution SLN_1 summary + ---------------------------------------------------------------------- + Total formulate time: 0.57565999999999728E-1 seconds + Total solution time: 0.58958000000000205E-1 seconds + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 8.1850000 + Logical 4.00000000E-02 + Integer 76.208000 + Real 236.45600 + ------------------------------- + Total 320.88900 + Virtual 0.0000000 + ------------------------------- + + + + Run end date and time (yyyy/mm/dd hh:mm:ss): 2023/10/30 9:02:46 + Elapsed run time: 0.191 Seconds + Normal termination of simulation. diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mfsim.nam b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model[0-csub_sub03a]0/mfsim.nam new file mode 100644 index 000000000..9727f16d7 --- /dev/null +++ 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b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.cbc differ diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.compaction.gridbin b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.compaction.gridbin new file mode 100644 index 000000000..a86241c6b Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.compaction.gridbin differ diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.csub b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.csub new file mode 100644 index 000000000..4acd83e79 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.csub @@ -0,0 +1,328 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. +BEGIN options + BOUNDNAMES + PRINT_INPUT + SAVE_FLOWS + GAMMAW 9806.65000000 + BETA 0.00000000 + HEAD_BASED + SPECIFIED_INITIAL_INTERBED_STATE + EFFECTIVE_STRESS_LAG + STRAIN_CSV_INTERBED FILEOUT csub_sub03a.ib.strain.csv + STRAIN_CSV_COARSE FILEOUT csub_sub03a.sk.strain.csv + COMPACTION FILEOUT csub_sub03a.compaction.gridbin + OBS6 FILEIN csub_sub03a.csub.obs +END options + +BEGIN dimensions + NINTERBEDS 296 +END dimensions + +BEGIN griddata + cg_ske_cr LAYERED + CONSTANT 3.00000000E-06 + CONSTANT 0.00000000 + CONSTANT 3.00000000E-06 + cg_theta + CONSTANT 0.20000000 +END griddata + +BEGIN packagedata + 1 1 1 1 nodelay -7.00000000 15.00000000 1.00000000 6.00000000E-04 6.00000000E-06 0.45054945 999.00000000 -999.00000000 01_01_01 + 2 1 1 2 nodelay -7.00000000 15.00000000 1.00000000 6.00000000E-04 6.00000000E-06 0.45054945 999.00000000 -999.00000000 01_01_02 + 3 1 1 3 nodelay -7.00000000 15.00000000 1.00000000 6.00000000E-04 6.00000000E-06 0.45054945 999.00000000 -999.00000000 01_01_03 + 4 1 1 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a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.csub.obs b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.csub.obs new file mode 100644 index 000000000..3058db7ca --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.csub.obs @@ -0,0 +1,12 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. +BEGIN options + DIGITS 10 + PRINT_INPUT +END options + +BEGIN continuous FILEOUT csub_obs.csv + tcomp1 interbed-compaction 01_05_05 + tcomp2 interbed-compaction 02_05_05 + tcomp3 interbed-compaction 03_05_05 +END continuous FILEOUT csub_obs.csv + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.hds b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.hds new file mode 100644 index 000000000..0d2a14e2c Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.hds differ diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.ib.strain.csv b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.ib.strain.csv new file mode 100644 index 000000000..a42da1062 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.ib.strain.csv @@ -0,0 +1,297 @@ + INTERBED_NUMBER,INTERBED_TYPE,NODE,LAYER,ROW,COLUMN,INITIAL_THICKNESS,FINAL_THICKNESS,TOTAL_COMPACTION,TOTAL_STRAIN,PERCENT_COMPACTION + 1,no-delay,1,1,1,1,15.000000000000000,15.000000000000000,0.71325660910213917E-3,0.47550440606809281E-4,0.47550440606809281E-2 + 2,no-delay,2,1,1,2,15.000000000000000,15.000000000000000,0.71337332775608855E-3,0.47558221850405906E-4,0.47558221850405903E-2 + 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294,no-delay,298,3,10,8,30.000000000000000,30.000000000000000,0.71204349066532080,0.23734783022177360E-1,2.3734783022177361 + 295,no-delay,299,3,10,9,30.000000000000000,30.000000000000000,0.71222297595262640,0.23740765865087547E-1,2.3740765865087545 + 296,no-delay,300,3,10,10,30.000000000000000,30.000000000000000,0.71231532913505524,0.23743844304501840E-1,2.3743844304501840 diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.ic b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.ic new file mode 100644 index 000000000..201b2a04f --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.ic @@ -0,0 +1,6 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. +BEGIN griddata + strt + CONSTANT 0.00000000 +END griddata + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.ims b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.ims new file mode 100644 index 000000000..904118b6d --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.ims @@ -0,0 +1,21 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. +BEGIN options + PRINT_OPTION summary +END options + +BEGIN nonlinear + OUTER_DVCLOSE 1.00000000E-09 + OUTER_MAXIMUM 500 + UNDER_RELAXATION none +END nonlinear + +BEGIN linear + INNER_MAXIMUM 300 + INNER_DVCLOSE 1.00000000E-09 + inner_rclose 1.00000000E-06 + LINEAR_ACCELERATION cg + RELAXATION_FACTOR 1.00000000 + SCALING_METHOD none + REORDERING_METHOD none +END linear + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.lst b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.lst new file mode 100644 index 000000000..72bcc7d75 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.lst @@ -0,0 +1,6047 @@ + MODFLOW 6 PROFESSIONAL + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + GROUNDWATER FLOW MODEL (GWF) + VERSION 6.5.0.dev0 (preliminary) 07/13/2023 + ***DEVELOP MODE*** + + MODFLOW 6 compiled Oct 30 2023 08:23:02 with GCC version 11.3.0 + +This software is preliminary or provisional and is subject to +revision. It is being provided to meet the need for timely best +science. The software has not received final approval by the U.S. +Geological Survey (USGS). No warranty, expressed or implied, is made +by the USGS or the U.S. Government as to the functionality of the +software and related material nor shall the fact of release +constitute any such warranty. The software is provided on the +condition that neither the USGS nor the U.S. Government shall be held +liable for any damages resulting from the authorized or unauthorized +use of the software. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +The following 2-clause BSD License library is used in this +USGS product: + + PETSc, the Portable, Extensible Toolkit for Scientific + Computation Library + Copyright (c) 1991-2021, UChicago Argonne, LLC + and the PETSc Development Team All rights reserved. + (https://petsc.org/release/) + +MODFLOW 6 compiler options: -cpp -I src/libmf6core.a.p -I src -I ../src -I +src/libmf6_external.a.p -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/include -I +/home/mreno/.clone/external/petsc/include -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/lib -I +/home/mreno/miniconda3/envs/modflow6/include -I -fdiagnostics-color=always +-imultiarch x86_64-linux-gnu -D _FILE_OFFSET_BITS=64 -D __linux__ -D +__WITH_PETSC__ -D __WITH_MPI__ -D __WITH_NETCDF__ -mtune=generic +-march=x86-64 -g -O2 -Wall -Wpedantic -Wcharacter-truncation +-Wno-unused-dummy-argument -Wno-intrinsic-shadow -Wno-maybe-uninitialized +-Wno-uninitialized -std=f2008 -fall-intrinsics -fbacktrace -fcheck=all +-ffpe-trap=overflow,zero,invalid -ffpe-summary=overflow +-ffpe-trap=overflow,zero,invalid -fPIC -J src/libmf6core.a.p +-fpre-include=/usr/include/finclude/math-vector-fortran.h + +System command used to initiate simulation: +/home/mreno/.clone/usgs/w/netcdf/2/modflow6/bin/mf6 + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/CSUB_SUB03A/DIS + + + NPF -- NODE PROPERTY FLOW PACKAGE, VERSION 1, 3/30/2015 INPUT READ FROM MEMPATH: __INPUT__/CSUB_SUB03A/NPF + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 3 + NROW = 10 + NCOL = 10 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + End Setting Discretization Griddata + + Setting NPF Options + Cell-by-cell flow information will be saved to binary file whenever ICBCFL is not zero. + End Setting NPF Options + + Setting NPF Griddata + ICELLTYPE set from input file + K set from input file + K33 set from input file + K22 not provided. Setting K22 = K. + End Setting NPF Griddata + + + WEL -- WEL PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/CSUB_SUB03A/WEL_0 + + PROCESSING WEL BASE OPTIONS + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + LISTS OF WEL CELLS WILL BE PRINTED. + WEL FLOWS WILL BE PRINTED TO LISTING FILE. + END OF WEL BASE OPTIONS + + PROCESSING WEL OPTIONS + END OF WEL OPTIONS + + PROCESSING WEL BASE DIMENSIONS + MAXBOUND = 4 + END OF WEL BASE DIMENSIONS + + RCH -- RCH PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/CSUB_SUB03A/RCHA_0 + + PROCESSING RCH BASE OPTIONS + END OF RCH BASE OPTIONS + + PROCESSING RCHA OPTIONS + RECHARGE INPUT WILL BE READ AS ARRAY(S). + END OF RCHA OPTIONS + + CHD -- CHD PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/CSUB_SUB03A/CHD_0 + + PROCESSING CHD BASE OPTIONS + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END OF CHD BASE OPTIONS + + PROCESSING CHD BASE DIMENSIONS + MAXBOUND = 4 + END OF CHD BASE DIMENSIONS + + IC -- INITIAL CONDITIONS PACKAGE, VERSION 8, 3/28/2015 INPUT READ FROM UNIT 1004 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. + PROCESSING GRIDDATA + + INITIAL HEAD = 0.000000 + END PROCESSING GRIDDATA + + STO -- STORAGE PACKAGE, VERSION 1, 5/19/2014 INPUT READ FROM UNIT 1003 + + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. + PROCESSING STORAGE OPTIONS + STORAGECOEFFICIENT OPTION: + Read storage coefficient rather than specific storage + END OF STORAGE OPTIONS + PROCESSING GRIDDATA + + ICONVERT = 0 FOR LAYER 1 + + ICONVERT = 0 FOR LAYER 2 + + ICONVERT = 0 FOR LAYER 3 + + SPECIFIC STORAGE = 0.000000 + + SPECIFIC YIELD = 0.1000000 FOR LAYER 1 + + SPECIFIC YIELD = 0.000000 FOR LAYER 2 + + SPECIFIC YIELD = 0.000000 FOR LAYER 3 + END PROCESSING GRIDDATA + + CSUB -- COMPACTION PACKAGE, VERSION 1, 12/15/2019 INPUT READ FROM UNIT 1006 + + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. + PROCESSING CSUB OPTIONS + CSUB BOUNDARIES HAVE NAMES IN LAST COLUMN. + LISTS OF CSUB CELLS WILL BE PRINTED. + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + + OPENED csub_sub03a.ib.strain.csv + FILE TYPE:CSV_OUTPUT UNIT 1010 STATUS:REPLACE + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READWRITE + + CSUB INTERBED STRAIN CSV WILL BE SAVED TO FILE: csub_sub03a.ib.strain.csv + OPENED ON UNIT: 1010 + + OPENED csub_sub03a.sk.strain.csv + FILE TYPE:CSV_OUTPUT UNIT 1011 STATUS:REPLACE + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READWRITE + + CSUB COARSE STRAIN CSV WILL BE SAVED TO FILE: csub_sub03a.sk.strain.csv + OPENED ON UNIT: 1011 + + OPENED csub_sub03a.compaction.gridbin + FILE TYPE:DATA(BINARY) UNIT 1012 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + CSUB COMPACTION WILL BE SAVED TO FILE: csub_sub03a.compaction.gridbin + OPENED ON UNIT: 1012 + + OPENED csub_sub03a.csub.obs + FILE TYPE:OBS UNIT 1013 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + END OF CSUB OPTIONS + + + CSUB PACKAGE SETTINGS + NUMBER OF DELAY CELLS = 19 + HEAD-BASED FORMULATION + ELASTIC AND INELASTIC SPECIFIC STORAGE COEFFICIENTS WILL BE + SPECIFIED + THICKNESS AND VOID RATIO WILL NOT BE ADJUSTED DURING THE + SIMULATION + INTERBED THICKNESS WILL BE SPECIFIED AS A THICKNESS + PRECONSOLIDATION HEAD WILL BE SPECIFIED AS ABSOLUTE VALUES + INSTEAD OF RELATIVE TO INITIAL HEAD CONDITIONS + DELAY INTERBED HEADS WILL BE SPECIFIED AS ABSOLUTE VALUES INSTEAD + OF RELATIVE TO INITIAL GWF HEADS + EFFECTIVE_STRESS_LAG HAS BEEN SPECIFIED BUT HAS NO EFFECT WHEN + USING THE HEAD-BASED FORMULATION (HEAD_BASED HAS BEEN SPECIFIED + IN THE OPTIONS BLOCK) + GAMMAW = 9806.6499999999996 + BETA = 0.0000000000000000 + GAMMAW * BETA = 0.0000000000000000 + + PROCESSING CSUB DIMENSIONS + NINTERBEDS = 296 + END OF CSUB DIMENSIONS + +The observation utility is active for "CSUB" + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. + +Processing observation options: + +Text output number of digits of precision set to: 10 +The PRINT_INPUT option has been specified. + + + OBSERVATIONS READ FROM FILE "csub_sub03a.csub.obs" + ---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + NAME TYPE TIME LOCATION DATA OUTPUT FILENAME + ---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + TCOMP1 CONTINUOUS INTERBED-COMPACTION ALL TIMES " 01_05_05" csub_obs.csv + TCOMP2 CONTINUOUS INTERBED-COMPACTION ALL TIMES " 02_05_05" csub_obs.csv + TCOMP3 CONTINUOUS INTERBED-COMPACTION ALL TIMES " 03_05_05" csub_obs.csv + ---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + + CG_SKE_CR = 0.3000000E-05 FOR LAYER 1 + + CG_SKE_CR = 0.000000 FOR LAYER 2 + + CG_SKE_CR = 0.3000000E-05 FOR LAYER 3 + + CG_THETA = 0.2000000 + + PROCESSING CSUB PACKAGEDATA + END OF CSUB PACKAGEDATA + + CSUB PACKAGE INTERBED DATA + --------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + INTERBED CELLID CDELAY PCS THICK RNB SSV_CC SSV_CR THETA KV H0 BOUNDNAME + --------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + 1 (1,1,1) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_01_01 + 2 (1,1,2) NODELAY -7.00 15.0 1.00 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csub_sub03a.nc.grb + FILE TYPE:DATA(BINARY) UNIT 1015 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1016 + FILE NAME: csub_sub03a.cbc + + OPENED csub_sub03a.cbc + FILE TYPE:DATA(BINARY) UNIT 1016 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + HEAD INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1017 + FILE NAME: csub_sub03a.hds + + OPENED csub_sub03a.hds + FILE TYPE:DATA(BINARY) UNIT 1017 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + THE LAST TIME STEP WILL BE SAVED + THE LAST TIME STEP WILL BE SAVED + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + + + PROCESSING STORAGE PERIOD DATA + END PROCESSING STORAGE PERIOD DATA + + + STRESS PERIOD 1 IS STEADY-STATE + + + REUSING CSUBS FROM LAST STRESS PERIOD + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 1, STRESS PERIOD 1 + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 1, STRESS PERIOD 1 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 23.3472 22.9176 22.1026 21.5778 21.3061 21.2732 21.4818 21.9517 22.7254 23.1326 + 2 22.1173 21.5078 20.9853 20.6053 20.3894 20.3456 20.4763 20.7788 21.2391 21.8118 + 3 20.3714 19.7782 19.3229 18.9998 18.8068 18.7425 18.8062 18.9993 19.3300 19.8267 + 4 18.0364 17.5196 17.1506 16.8921 16.7269 16.6448 16.6362 16.6879 16.7775 16.8637 + 5 14.7956 14.6858 14.5488 14.4231 14.3261 14.2642 14.2366 14.2363 14.2514 14.2662 + 6 12.0049 11.9670 11.9077 11.8441 11.7895 11.7515 11.7319 11.7274 11.7314 11.7361 + 7 9.36303 9.33211 9.28132 9.22661 9.18392 9.16242 9.16376 9.18218 9.20546 9.22131 + 8 6.82995 6.76637 6.66082 6.55119 6.48357 6.47194 6.51724 6.60744 6.69851 6.75434 + 9 4.52424 4.35010 4.03926 3.69007 3.54144 3.53584 3.67338 4.01160 4.31396 4.48353 + 10 2.87723 2.45418 1.54536 0.00000 0.00000 0.00000 0.00000 1.53335 2.43408 2.85302 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 1 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 14.7549 14.8172 14.8599 14.8859 14.8968 14.8937 14.8765 14.8445 14.7961 14.7287 + 2 14.4233 16.7839 16.8848 16.7292 16.6282 16.6066 16.6658 16.7841 16.6645 14.3786 + 3 14.0068 16.0340 16.1191 15.9806 15.8858 15.8533 15.8830 15.9578 15.8338 13.9464 + 4 13.5184 14.9555 14.9959 14.8830 14.8014 14.7600 14.7542 14.7667 14.6364 13.4480 + 5 12.9778 13.6205 13.6488 13.5929 13.5447 13.5135 13.4989 13.4928 13.4254 12.9109 + 6 12.4154 12.3190 12.2767 12.2436 12.2160 12.1967 12.1869 12.1861 12.2093 12.3572 + 7 11.8555 11.0540 10.9137 10.8774 10.8550 10.8440 10.8455 10.8636 10.9925 11.8082 + 8 11.3207 9.82943 9.56404 9.49316 9.45763 9.45168 9.47582 9.53679 9.79493 11.2848 + 9 10.8323 8.75596 8.32734 8.14706 8.07207 8.06918 8.13846 8.31318 8.73696 10.8080 + 10 10.4094 10.3205 10.2495 10.1988 10.1728 10.1714 10.1945 10.2423 10.3105 10.3965 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 1 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 13.0452 13.0463 13.0475 13.0483 13.0486 13.0482 13.0472 13.0458 13.0441 13.0428 + 2 13.0202 13.0247 13.0275 13.0286 13.0288 13.0283 13.0271 13.0251 13.0218 13.0172 + 3 12.9605 12.9647 12.9675 12.9686 12.9687 12.9680 12.9667 12.9645 12.9611 12.9568 + 4 12.8711 12.8742 12.8760 12.8767 12.8765 12.8757 12.8745 12.8727 12.8701 12.8671 + 5 12.7619 12.7632 12.7639 12.7640 12.7636 12.7629 12.7621 12.7610 12.7597 12.7583 + 6 12.6449 12.6445 12.6438 12.6430 12.6424 12.6419 12.6416 12.6415 12.6417 12.6420 + 7 12.5327 12.5304 12.5283 12.5266 12.5256 12.5253 12.5256 12.5267 12.5284 12.5305 + 8 12.4375 12.4336 12.4301 12.4277 12.4263 12.4260 12.4269 12.4290 12.4322 12.4359 + 9 12.3711 12.3665 12.3624 12.3595 12.3580 12.3578 12.3590 12.3616 12.3654 12.3700 + 10 12.3419 12.3404 12.3384 12.3366 12.3356 12.3355 12.3362 12.3377 12.3395 12.3410 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 1, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 27000.0000 RCHA = 27000.0000 RCHA_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL IN = 27000.0000 TOTAL IN = 27000.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 27000.0000 CHD = 27000.0000 CHD_0 + + TOTAL OUT = 27000.0000 TOTAL OUT = 27000.0000 + + IN - OUT = 4.2466E-08 IN - OUT = 4.2466E-08 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + + +end timestep + + +start timestep kper="2" kstp="1" mode="normal" + + + END OF FILE DETECTED IN OUTPUT CONTROL. + CURRENT OUTPUT CONTROL SETTINGS WILL BE + REPEATED UNTIL THE END OF THE SIMULATION. + + OUTPUT CONTROL FOR STRESS PERIOD 2 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + PROCESSING STORAGE PERIOD DATA + END PROCESSING STORAGE PERIOD DATA + + + STRESS PERIOD 2 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + --------------------------------------------------- + WEL NO. LAYER ROW COL STRESS RATE + --------------------------------------------------- + 1 3 3 6 -14000.0000 + 2 3 3 7 -8000.00000 + 3 3 4 6 -5000.00000 + 4 3 4 7 -3000.00000 + --------------------------------------------------- + + + + CSUB PACKAGE CALCULATED INITIAL INTERBED STRESSES AT THE CELL BOTTOM + --------------------------------------------------------------------------------------------------------------------------- + INTERBED PRECONSOLIDATION + NUMBER CELLID GEOSTATIC STRESS EFFECTIVE STRESS STRESS BOUNDNAME + --------------------------------------------------------------------------------------------------------------------------- + 1 (1,1,1) 200.000000 76.6527642 107.000000 01_01_01 + 2 (1,1,2) 200.000000 77.0823827 107.000000 01_01_02 + 3 (1,1,3) 200.000000 77.8973923 107.000000 01_01_03 + 4 (1,1,4) 200.000000 78.4222189 107.000000 01_01_04 + 5 (1,1,5) 200.000000 78.6938946 107.000000 01_01_05 + 6 (1,1,6) 200.000000 78.7267832 107.000000 01_01_06 + 7 (1,1,7) 200.000000 78.5182026 107.000000 01_01_07 + 8 (1,1,8) 200.000000 78.0483405 107.000000 01_01_08 + 9 (1,1,9) 200.000000 77.2746145 107.000000 01_01_09 + 10 (1,1,10) 200.000000 76.8674125 107.000000 01_01_10 + 11 (1,2,1) 200.000000 77.8827363 107.000000 01_02_01 + 12 (1,2,2) 200.000000 78.4922156 107.000000 01_02_02 + 13 (1,2,3) 200.000000 79.0146684 107.000000 01_02_03 + 14 (1,2,4) 200.000000 79.3946710 107.000000 01_02_04 + 15 (1,2,5) 200.000000 79.6105876 107.000000 01_02_05 + 16 (1,2,6) 200.000000 79.6543829 107.000000 01_02_06 + 17 (1,2,7) 200.000000 79.5236966 107.000000 01_02_07 + 18 (1,2,8) 200.000000 79.2211531 107.000000 01_02_08 + 19 (1,2,9) 200.000000 78.7609429 107.000000 01_02_09 + 20 (1,2,10) 200.000000 78.1881815 107.000000 01_02_10 + 21 (1,3,1) 200.000000 79.6286274 107.000000 01_03_01 + 22 (1,3,2) 200.000000 80.2218115 107.000000 01_03_02 + 23 (1,3,3) 200.000000 80.6771421 107.000000 01_03_03 + 24 (1,3,4) 200.000000 81.0002097 107.000000 01_03_04 + 25 (1,3,5) 200.000000 81.1931984 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(3,10,7) 700.000000 337.663781 357.000000 03_10_07 + 294 (3,10,8) 700.000000 337.662285 357.000000 03_10_08 + 295 (3,10,9) 700.000000 337.660471 357.000000 03_10_09 + 296 (3,10,10) 700.000000 337.659048 357.000000 03_10_10 + --------------------------------------------------------------------------------------------------------------------------- + + + +end timestep + + +start timestep kper="2" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 2 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 2 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 2 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 20.5417 20.1113 19.2951 18.7687 18.4955 18.4614 18.6693 19.1390 19.9129 20.3203 + 2 19.3660 18.7550 18.2303 17.8477 17.6293 17.5836 17.7136 18.0167 18.4781 19.0522 + 3 17.7312 17.1361 16.6778 16.3511 16.1542 16.0868 16.1501 16.3449 16.6779 17.1769 + 4 15.5660 15.0477 14.6762 14.4148 14.2465 14.1620 14.1528 14.2054 14.2967 14.3845 + 5 12.5525 12.4421 12.3042 12.1771 12.0787 12.0154 11.9867 11.9860 12.0012 12.0164 + 6 10.0433 10.0063 9.94820 9.88557 9.83117 9.79233 9.77101 9.76441 9.76642 9.77000 + 7 7.73245 7.70541 7.66062 7.61170 7.57226 7.55026 7.54742 7.55928 7.57602 7.58771 + 8 5.56884 5.51748 5.43186 5.34236 5.28594 5.27401 5.30754 5.37711 5.44790 5.49130 + 9 3.63935 3.50094 3.25363 2.97556 2.85642 2.85066 2.95838 3.22515 3.46373 3.59742 + 10 2.28299 1.94726 1.22607 0.00000 0.00000 0.00000 0.00000 1.21367 1.92648 2.25797 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 3.13069 3.16846 3.18893 3.19542 3.19060 3.17635 3.15352 3.12152 3.07844 3.02127 + 2 2.90436 4.72985 4.55924 4.10273 3.64301 3.30633 3.37366 3.72929 3.96631 2.72988 + 3 2.60721 3.91327 3.54398 2.76848 1.64472 0.106536 0.513895 1.83802 2.65867 2.38747 + 4 2.25632 3.13037 2.82372 2.26170 1.53861 0.709713 0.847720 1.51442 1.98988 2.02187 + 5 1.86727 2.27632 2.14679 1.90781 1.64960 1.44266 1.42029 1.53456 1.65711 1.65076 + 6 1.46151 1.43295 1.35445 1.26058 1.16665 1.09628 1.07023 1.08363 1.13140 1.27720 + 7 1.05490 0.552453 0.441989 0.390350 0.347736 0.318986 0.308740 0.318804 0.403174 0.907111 + 8 0.663376 -0.328154 -0.518328 -0.583504 -0.623184 -0.638114 -0.626597 -0.585044 -0.413958 0.552339 + 9 0.302553 -1.12294 -1.43500 -1.58165 -1.64721 -1.65521 -1.60506 -1.47227 -1.17312 0.227588 + 10 -1.338869E-02 -8.067976E-02 -0.135402 -0.175639 -0.197904 -0.202296 -0.188822 -0.157392 -0.111474 -5.298901E-02 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -8.38867 -8.51522 -8.75351 -9.06787 -9.39479 -9.64156 -9.71429 -9.64059 -9.52190 -9.44131 + 2 -8.63858 -8.85074 -9.27847 -9.90498 -10.6603 -11.3283 -11.3183 -10.8492 -10.3980 -10.1446 + 3 -8.84435 -9.18390 -9.92730 -11.2161 -13.3324 -16.8379 -15.8960 -13.1300 -11.6208 -10.9495 + 4 -8.53148 -8.79967 -9.36566 -10.2778 -11.5971 -13.3662 -13.0183 -11.6151 -10.7026 -10.2578 + 5 -7.92476 -8.05874 -8.32336 -8.70012 -9.13564 -9.50066 -9.51970 -9.28562 -9.03911 -8.89409 + 6 -7.40148 -7.45100 -7.54502 -7.67182 -7.81040 -7.91677 -7.94975 -7.91935 -7.86838 -7.83320 + 7 -7.07186 -7.09069 -7.12441 -7.16747 -7.21166 -7.24661 -7.26466 -7.26669 -7.26027 -7.25386 + 8 -6.83195 -6.84264 -6.85987 -6.88072 -6.90175 -6.91941 -6.93127 -6.93693 -6.93784 -6.93626 + 9 -6.66204 -6.66933 -6.67972 -6.69160 -6.70339 -6.71357 -6.72102 -6.72524 -6.72633 -6.72501 + 10 -6.57170 -6.57538 -6.58165 -6.58934 -6.59730 -6.60452 -6.61027 -6.61419 -6.61631 -6.61702 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 2269979.3710 CSUB-CGELASTIC = 1064.1861 CSUB + CSUB-ELASTIC = 1082355.7075 CSUB-ELASTIC = 373.4821 CSUB + CSUB-INELASTIC = 6106626.8415 CSUB-INELASTIC = 22957.7512 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 9888750.0000 RCHA = 27000.0000 RCHA_0 + CHD = 487.7661 CHD = 4.5880 CHD_0 + + TOTAL IN = 19348199.6861 TOTAL IN = 51400.0073 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 10957500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 8390699.6860 CHD = 21400.0073 CHD_0 + + TOTAL OUT = 19348199.6860 TOTAL OUT = 51400.0073 + + IN - OUT = 9.0245E-05 IN - OUT = 5.7125E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 3.16440E+07 5.27400E+05 8790.0 366.25 1.0027 + + +end timestep + + +start timestep kper="3" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 3 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 3 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="3" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="3" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="3" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="3" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="3" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 3 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 3 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 3 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 3 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 3 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 3 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 3 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 3 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 3 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 3 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 20.0980 19.6674 18.8507 18.3240 18.0504 18.0160 18.2237 18.6933 19.4673 19.8748 + 2 18.9320 18.3205 17.7952 17.4120 17.1930 17.1469 17.2767 17.5797 18.0414 18.6160 + 3 17.3174 16.7218 16.2628 15.9354 15.7379 15.6701 15.7331 15.9278 16.2612 16.7607 + 4 15.1829 14.6642 14.2921 14.0301 13.8612 13.7763 13.7668 13.8193 13.9107 13.9990 + 5 12.2097 12.0991 11.9609 11.8334 11.7345 11.6708 11.6419 11.6409 11.6561 11.6715 + 6 9.74915 9.71231 9.65429 9.59167 9.53711 9.49794 9.47616 9.46906 9.47066 9.47401 + 7 7.49324 7.46695 7.42309 7.37497 7.33586 7.31362 7.30999 7.32070 7.33627 7.34712 + 8 5.38823 5.33888 5.25621 5.16956 5.11464 5.10255 5.13428 5.20076 5.26842 5.30974 + 9 3.51568 3.38249 3.14410 2.87588 2.76079 2.75495 2.85845 3.11520 3.34473 3.47312 + 10 2.20152 1.87781 1.18238 0.00000 0.00000 0.00000 0.00000 1.16977 1.85669 2.17607 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 3 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 1.36921 1.39280 1.40114 1.39771 1.38541 1.36637 1.34169 1.31103 1.27264 1.22366 + 2 1.20748 2.72126 2.46952 1.95465 1.43647 1.04820 1.07694 1.41228 1.70509 0.978982 + 3 0.985304 1.95536 1.49304 0.650152 -0.540384 -2.13586 -1.76759 -0.459396 0.429565 0.700382 + 4 0.720030 1.32761 0.940040 0.314628 -0.471675 -1.35405 -1.25228 -0.600594 -6.848490E-02 0.415846 + 5 0.425015 0.726464 0.547079 0.257613 -5.171481E-02 -0.301899 -0.354992 -0.256537 -0.107778 0.140245 + 6 0.116862 0.178838 8.834121E-02 -3.910342E-02 -0.167546 -0.268168 -0.317208 -0.318990 -0.280620 -0.129282 + 7 -0.194925 -0.426951 -0.514332 -0.582494 -0.645287 -0.692861 -0.718551 -0.721596 -0.675308 -0.394472 + 8 -0.500553 -1.11352 -1.25791 -1.32627 -1.37373 -1.39724 -1.39423 -1.36326 -1.24708 -0.651229 + 9 -0.788193 -1.80266 -2.06021 -2.20145 -2.26797 -2.27956 -2.23527 -2.11379 -1.87442 -0.890133 + 10 -1.04525 -1.10100 -1.14741 -1.18258 -1.20313 -1.20912 -1.20056 -1.17737 -1.14294 -1.09916 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 3 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -11.9638 -12.1278 -12.4347 -12.8380 -13.2608 -13.5980 -13.7465 -13.7292 -13.6466 -13.5833 + 2 -12.1935 -12.4467 -12.9490 -13.6710 -14.5278 -15.2896 -15.3560 -14.9418 -14.5244 -14.2862 + 3 -12.2784 -12.6621 -13.4852 -14.8750 -17.0971 -20.6982 -19.8316 -17.1172 -15.6378 -14.9790 + 4 -11.6557 -11.9671 -12.6101 -13.6196 -15.0402 -16.8996 -16.6215 -15.2650 -14.3782 -13.9438 + 5 -10.5421 -10.7132 -11.0450 -11.5068 -12.0299 -12.4721 -12.5506 -12.3563 -12.1320 -11.9958 + 6 -9.39760 -9.47791 -9.62772 -9.82349 -10.0279 -10.1920 -10.2703 -10.2713 -10.2389 -10.2120 + 7 -8.47090 -8.50720 -8.57328 -8.65778 -8.74536 -8.81981 -8.86946 -8.89368 -8.90075 -8.90073 + 8 -7.82423 -7.84154 -7.87186 -7.91015 -7.95034 -7.98645 -8.01419 -8.03216 -8.04152 -8.04458 + 9 -7.43290 -7.44237 -7.45772 -7.47665 -7.49657 -7.51497 -7.52990 -7.54031 -7.54602 -7.54754 + 10 -7.25060 -7.25539 -7.26391 -7.27483 -7.28665 -7.29794 -7.30754 -7.31475 -7.31930 -7.32135 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 3 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 3 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 2531311.6130 CSUB-CGELASTIC = 680.3885 CSUB + CSUB-ELASTIC = 1134077.0721 CSUB-ELASTIC = 117.3617 CSUB + CSUB-INELASTIC = 14522153.4268 CSUB-INELASTIC = 22832.1687 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 19750500.0000 RCHA = 27000.0000 RCHA_0 + CHD = 7923.1328 CHD = 28.7723 CHD_0 + + TOTAL IN = 37945965.2446 TOTAL IN = 50658.6912 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 21915000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 16030965.2444 CHD = 20658.6912 CHD_0 + + TOTAL OUT = 37945965.2444 TOTAL OUT = 50658.6912 + + IN - OUT = 2.6226E-04 IN - OUT = 6.0689E-08 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 3 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 6.32016E+07 1.05336E+06 17556. 731.50 2.0027 + + +end timestep + + +start timestep kper="4" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 4 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 4 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="4" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="4" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="4" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="4" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="4" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 4 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 4 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 4 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 4 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 4 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 4 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 4 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 4 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 4 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 4 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 19.7503 19.3196 18.5028 17.9759 17.7022 17.6678 17.8755 18.3452 19.1192 19.5267 + 2 18.5917 17.9799 17.4544 17.0709 16.8518 16.8056 16.9354 17.2385 17.7004 18.2753 + 3 16.9928 16.3968 15.9375 15.6098 15.4122 15.3443 15.4073 15.6022 15.9357 16.4356 + 4 14.8817 14.3627 13.9904 13.7282 13.5592 13.4742 13.4647 13.5172 13.6088 13.6974 + 5 11.9393 11.8286 11.6902 11.5627 11.4638 11.4000 11.3709 11.3700 11.3851 11.4006 + 6 9.51591 9.47921 9.42139 9.35893 9.30444 9.26520 9.24322 9.23586 9.23720 9.24040 + 7 7.30250 7.27679 7.23372 7.18632 7.14761 7.12532 7.12118 7.13107 7.14580 7.15607 + 8 5.24337 5.19561 5.11534 5.03103 4.97740 4.96527 4.99562 5.05968 5.12490 5.16462 + 9 3.41589 3.28692 3.05578 2.79556 2.68379 2.67791 2.77804 3.02674 3.24898 3.37314 + 10 2.13538 1.82144 1.14691 0.00000 0.00000 0.00000 0.00000 1.13423 1.80021 2.10981 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 4 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -0.134207 -0.119825 -0.118625 -0.127127 -0.142422 -0.162337 -0.185735 -0.212896 -0.245495 -0.286360 + 2 -0.250907 0.972182 0.673614 0.148001 -0.379257 -0.776527 -0.755802 -0.423799 -8.878220E-02 -0.489284 + 3 -0.418811 0.288829 -0.217599 -1.07105 -2.27063 -3.87513 -3.51493 -2.21027 -1.28188 -0.715719 + 4 -0.621738 -0.205533 -0.626522 -1.26118 -2.05583 -2.94658 -2.85238 -2.20456 -1.64364 -0.938952 + 5 -0.848562 -0.639200 -0.836742 -1.13349 -1.45013 -1.70778 -1.76772 -1.67367 -1.51109 -1.14647 + 6 -1.08576 -0.999142 -1.08968 -1.22202 -1.35651 -1.46350 -1.51857 -1.52544 -1.49093 -1.34434 + 7 -1.32742 -1.41508 -1.48376 -1.55423 -1.62170 -1.67453 -1.70552 -1.71452 -1.69031 -1.53804 + 8 -1.56744 -1.92929 -2.03788 -2.10577 -2.15646 -2.18428 -2.18624 -2.16254 -2.08499 -1.72729 + 9 -1.79727 -2.49293 -2.70358 -2.84058 -2.90848 -2.92358 -2.88460 -2.77295 -2.58283 -1.90604 + 10 -2.00664 -2.05290 -2.09227 -2.12289 -2.14142 -2.14792 -2.14236 -2.12467 -2.09815 -2.06464 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 4 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -15.2863 -15.4557 -15.7727 -16.1896 -16.6283 -16.9820 -17.1459 -17.1414 -17.0681 -17.0096 + 2 -15.4274 -15.6864 -16.1989 -16.9345 -17.8070 -18.5850 -18.6665 -18.2649 -17.8562 -17.6221 + 3 -15.3349 -15.7242 -16.5571 -17.9601 -20.1973 -23.8139 -22.9617 -20.2592 -18.7881 -18.1333 + 4 -14.4527 -14.7691 -15.4212 -16.4428 -17.8774 -19.7512 -19.4864 -18.1410 -17.2621 -16.8314 + 5 -13.0142 -13.1896 -13.5294 -14.0019 -14.5374 -14.9924 -15.0830 -14.8988 -14.6815 -14.5489 + 6 -11.5085 -11.5922 -11.7486 -11.9535 -12.1685 -12.3436 -12.4324 -12.4421 -12.4160 -12.3925 + 7 -10.2215 -10.2604 -10.3317 -10.4236 -10.5200 -10.6037 -10.6621 -10.6939 -10.7065 -10.7096 + 8 -9.25604 -9.27520 -9.30967 -9.35400 -9.40143 -9.44523 -9.48035 -9.50474 -9.51897 -9.52491 + 9 -8.62538 -8.63632 -8.65518 -8.67927 -8.70538 -8.73037 -8.75165 -8.76760 -8.77759 -8.78173 + 10 -8.31448 -8.32108 -8.33314 -8.34894 -8.36650 -8.38382 -8.39918 -8.41132 -8.41953 -8.42356 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 4 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 4 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 2775462.6701 CSUB-CGELASTIC = 660.7663 CSUB + CSUB-ELASTIC = 1175862.4150 CSUB-ELASTIC = 112.7720 CSUB + CSUB-INELASTIC = 22730552.5327 CSUB-INELASTIC = 22234.9897 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 29612250.0000 RCHA = 27000.0000 RCHA_0 + CHD = 23291.8562 CHD = 51.3275 CHD_0 + + TOTAL IN = 56317419.4740 TOTAL IN = 50059.8554 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 32872500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 23444919.4737 CHD = 20059.8554 CHD_0 + + TOTAL OUT = 56317419.4737 TOTAL OUT = 50059.8554 + + IN - OUT = 3.0776E-04 IN - OUT = 1.0918E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 4 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 9.47592E+07 1.57932E+06 26322. 1096.8 3.0027 + + +end timestep + + +start timestep kper="5" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 5 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 5 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="5" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="5" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="5" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="5" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="5" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 5 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 5 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 5 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 5 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 5 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 5 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 5 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 5 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 5 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 5 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -1.68852 -1.68867 -1.68893 -1.68924 -1.68956 -1.68984 -1.69004 -1.69015 -1.69019 -1.69019 + 2 -1.65521 -1.65546 -1.65583 -1.65628 -1.65673 -1.65710 -1.65731 -1.65735 -1.65727 -1.65713 + 3 -1.58830 -1.58863 -1.58910 -1.58968 -1.59031 -1.59086 -1.59104 -1.59092 -1.59069 -1.59042 + 4 -1.48743 -1.48772 -1.48808 -1.48853 -1.48901 -1.48946 -1.48970 -1.48973 -1.48964 -1.48945 + 5 -1.35261 -1.35272 -1.35274 -1.35280 -1.35297 -1.35329 -1.35368 -1.35407 -1.35433 -1.35438 + 6 -1.18438 -1.18397 -1.18312 -1.18228 -1.18188 -1.18213 -1.18302 -1.18426 -1.18539 -1.18597 + 7 -0.984604 -0.982368 -0.978802 -0.975320 -0.973359 -0.973647 -0.976147 -0.980057 -0.983880 -0.986168 + 8 -0.760318 -0.752786 -0.740693 -0.728553 -0.721836 -0.722064 -0.729211 -0.741701 -0.754015 -0.761615 + 9 -0.532267 -0.510458 -0.472078 -0.429265 -0.411538 -0.411679 -0.429682 -0.472760 -0.511327 -0.533214 + 10 -0.357011 -0.304495 -0.191740 0.00000 0.00000 0.00000 0.00000 -0.192066 -0.305038 -0.357663 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 5 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -7.23934 -7.25286 -7.26611 -7.27866 -7.28972 -7.29838 -7.30388 -7.30594 -7.30468 -7.30033 + 2 -7.18438 -7.27735 -7.30990 -7.35410 -7.40635 -7.45279 -7.45767 -7.43361 -7.40651 -7.27072 + 3 -7.12038 -7.27090 -7.32440 -7.40857 -7.55039 -7.78632 -7.73179 -7.55457 -7.45331 -7.21782 + 4 -7.04221 -7.20231 -7.24601 -7.30752 -7.39347 -7.51262 -7.49598 -7.40941 -7.35155 -7.13146 + 5 -6.93163 -7.10633 -7.12788 -7.15223 -7.17992 -7.20759 -7.21316 -7.20218 -7.18377 -7.02210 + 6 -6.78411 -7.02065 -7.02916 -7.03748 -7.04615 -7.05327 -7.05694 -7.05744 -7.05350 -6.87184 + 7 -6.61899 -6.59125 -6.61248 -6.65374 -6.69923 -6.74017 -6.77054 -6.78898 -6.79096 -6.69556 + 8 -6.45419 -5.96376 -5.90066 -5.91118 -5.93138 -5.95395 -5.97627 -6.00058 -6.08006 -6.51495 + 9 -6.30446 -5.52793 -5.40972 -5.39411 -5.39781 -5.41066 -5.43133 -5.46732 -5.59642 -6.34728 + 10 -6.17955 -6.15470 -6.13638 -6.12481 -6.12045 -6.12322 -6.13307 -6.15002 -6.17352 -6.20334 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 5 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -18.4913 -18.6611 -18.9785 -19.3957 -19.8348 -20.1892 -20.3542 -20.3511 -20.2788 -20.2208 + 2 -18.5634 -18.8240 -19.3360 -20.0698 -20.9403 -21.7173 -21.7996 -21.4002 -20.9935 -20.7599 + 3 -18.3344 -18.7241 -19.5549 -20.9538 -23.1863 -26.7996 -25.9483 -23.2498 -21.7829 -21.1304 + 4 -17.2628 -17.5792 -18.2293 -19.2476 -20.6784 -22.5498 -22.2855 -20.9430 -20.0674 -19.6390 + 5 -15.5988 -15.7744 -16.1133 -16.5842 -17.1182 -17.5724 -17.6634 -17.4807 -17.2653 -17.1339 + 6 -13.8500 -13.9341 -14.0903 -14.2948 -14.5096 -14.6850 -14.7746 -14.7855 -14.7606 -14.7377 + 7 -12.3242 -12.3627 -12.4336 -12.5255 -12.6223 -12.7070 -12.7668 -12.8002 -12.8144 -12.8186 + 8 -11.1501 -11.1673 -11.2004 -11.2442 -11.2919 -11.3369 -11.3740 -11.4008 -11.4178 -11.4264 + 9 -10.3670 -10.3750 -10.3917 -10.4148 -10.4411 -10.4673 -10.4908 -10.5098 -10.5233 -10.5310 + 10 -9.97921 -9.98512 -9.99650 -10.0121 -10.0302 -10.0487 -10.0659 -10.0803 -10.0906 -10.0961 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 5 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 5 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 3608098.8177 CSUB-CGELASTIC = 708.2398 CSUB + CSUB-ELASTIC = 1538474.7649 CSUB-ELASTIC = 44.7980 CSUB + CSUB-INELASTIC = 32009739.1470 CSUB-INELASTIC = 25882.5664 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 29612250.0000 RCHA = 0.0000 RCHA_0 + CHD = 881184.8329 CHD = 3364.3958 CHD_0 + + TOTAL IN = 67649747.5625 TOTAL IN = 30000.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 43830000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 23819747.5621 CHD = 0.0000 CHD_0 + + TOTAL OUT = 67649747.5621 TOTAL OUT = 30000.0000 + + IN - OUT = 4.1512E-04 IN - OUT = 2.9270E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 5 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 1.26317E+08 2.10528E+06 35088. 1462.0 4.0027 + + +end timestep + + +start timestep kper="6" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 6 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 6 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="6" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="6" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="6" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="6" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="6" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 6 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 6 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 6 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 6 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 6 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 6 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 6 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 6 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 6 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 6 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -1.82788 -1.82814 -1.82860 -1.82915 -1.82972 -1.83020 -1.83054 -1.83072 -1.83077 -1.83075 + 2 -1.79165 -1.79210 -1.79278 -1.79360 -1.79443 -1.79511 -1.79547 -1.79550 -1.79532 -1.79502 + 3 -1.71881 -1.71939 -1.72024 -1.72132 -1.72249 -1.72349 -1.72380 -1.72353 -1.72306 -1.72253 + 4 -1.60900 -1.60946 -1.61013 -1.61097 -1.61188 -1.61268 -1.61306 -1.61303 -1.61279 -1.61243 + 5 -1.46272 -1.46284 -1.46298 -1.46322 -1.46361 -1.46412 -1.46465 -1.46509 -1.46538 -1.46543 + 6 -1.28124 -1.28066 -1.27972 -1.27885 -1.27846 -1.27879 -1.27979 -1.28116 -1.28245 -1.28320 + 7 -1.06700 -1.06463 -1.06079 -1.05699 -1.05479 -1.05501 -1.05762 -1.06177 -1.06586 -1.06837 + 8 -0.826455 -0.818743 -0.805897 -0.792822 -0.785529 -0.785703 -0.793318 -0.806659 -0.819687 -0.827484 + 9 -0.580091 -0.556749 -0.515193 -0.468639 -0.449348 -0.449462 -0.468977 -0.515744 -0.557451 -0.580849 + 10 -0.389481 -0.332255 -0.209271 0.00000 0.00000 0.00000 0.00000 -0.209533 -0.332691 -0.390002 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 6 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -7.72879 -7.75053 -7.77108 -7.78984 -7.80585 -7.81802 -7.82543 -7.82767 -7.82474 -7.81677 + 2 -7.63743 -7.79320 -7.85821 -7.94557 -8.04901 -8.14118 -8.15091 -8.10331 -8.04801 -7.76485 + 3 -7.53362 -7.77120 -7.87733 -8.04425 -8.31682 -8.75568 -8.65467 -8.32464 -8.13131 -7.68155 + 4 -7.41329 -7.62304 -7.70833 -7.83000 -8.00052 -8.22646 -8.19542 -8.03202 -7.91690 -7.55714 + 5 -7.28302 -7.40443 -7.44859 -7.50134 -7.56122 -7.61563 -7.62658 -7.60475 -7.57095 -7.40417 + 6 -7.15702 -7.18953 -7.20922 -7.23014 -7.25205 -7.27002 -7.27928 -7.28048 -7.27385 -7.24703 + 7 -7.05121 -7.04966 -7.05409 -7.05886 -7.06462 -7.06976 -7.07352 -7.07576 -7.07599 -7.10821 + 8 -6.95723 -6.94357 -6.94605 -6.95998 -6.97932 -6.99994 -7.00120 -7.00224 -7.00322 -7.00247 + 9 -6.86276 -6.46369 -6.39518 -6.38117 -6.38427 -6.39707 -6.41800 -6.45195 -6.52992 -6.89531 + 10 -6.78057 -6.76410 -6.75183 -6.74405 -6.74130 -6.74349 -6.75058 -6.76257 -6.77884 -6.79907 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 6 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -21.3092 -21.4791 -21.7966 -22.2140 -22.6533 -23.0078 -23.1728 -23.1696 -23.0973 -23.0392 + 2 -21.3372 -21.5980 -22.1104 -22.8446 -23.7155 -24.4928 -24.5751 -24.1755 -23.7684 -23.5344 + 3 -21.0240 -21.4141 -22.2453 -23.6449 -25.8781 -29.4919 -28.6405 -25.9416 -24.4740 -23.8209 + 4 -19.8361 -20.1527 -20.8032 -21.8219 -23.2532 -25.1249 -24.8606 -23.5178 -22.6417 -22.2129 + 5 -18.0353 -18.2109 -18.5498 -19.0209 -19.5550 -20.0093 -20.1003 -19.9175 -19.7019 -19.5705 + 6 -16.1433 -16.2271 -16.3833 -16.5877 -16.8024 -16.9778 -17.0673 -17.0781 -17.0533 -17.0306 + 7 -14.4823 -14.5209 -14.5920 -14.6838 -14.7805 -14.8650 -14.9245 -14.9577 -14.9717 -14.9759 + 8 -13.1926 -13.2108 -13.2445 -13.2887 -13.3366 -13.3815 -13.4183 -13.4447 -13.4610 -13.4687 + 9 -12.3234 -12.3323 -12.3497 -12.3732 -12.3997 -12.4260 -12.4493 -12.4680 -12.4809 -12.4878 + 10 -11.8892 -11.8953 -11.9070 -11.9229 -11.9411 -11.9598 -11.9770 -11.9912 -12.0013 -12.0066 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 6 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 6 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 3854231.5961 CSUB-CGELASTIC = 661.1842 CSUB + CSUB-ELASTIC = 1548443.1263 CSUB-ELASTIC = 23.4407 CSUB + CSUB-INELASTIC = 41411441.7706 CSUB-INELASTIC = 25641.8568 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 29612250.0000 RCHA = 0.0000 RCHA_0 + CHD = 2180881.0697 CHD = 3673.5184 CHD_0 + + TOTAL IN = 78607247.5627 TOTAL IN = 30000.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 54787500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 23819747.5621 CHD = 0.0000 CHD_0 + + TOTAL OUT = 78607247.5621 TOTAL OUT = 30000.0000 + + IN - OUT = 5.3102E-04 IN - OUT = 2.8554E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 6 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 1.57874E+08 2.63124E+06 43854. 1827.2 5.0027 + + +end timestep + + +start timestep kper="7" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 7 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 7 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="7" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="7" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="7" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="7" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="7" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 7 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 7 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 7 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 7 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 7 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 7 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 7 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 7 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 7 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 7 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -1.96069 -1.96106 -1.96169 -1.96245 -1.96322 -1.96387 -1.96431 -1.96453 -1.96457 -1.96453 + 2 -1.92137 -1.92200 -1.92296 -1.92410 -1.92527 -1.92620 -1.92667 -1.92668 -1.92638 -1.92592 + 3 -1.84212 -1.84293 -1.84414 -1.84566 -1.84730 -1.84869 -1.84909 -1.84869 -1.84798 -1.84720 + 4 -1.72260 -1.72324 -1.72420 -1.72540 -1.72670 -1.72782 -1.72831 -1.72823 -1.72784 -1.72731 + 5 -1.56372 -1.56389 -1.56417 -1.56461 -1.56522 -1.56594 -1.56660 -1.56711 -1.56741 -1.56745 + 6 -1.36739 -1.36673 -1.36575 -1.36490 -1.36459 -1.36505 -1.36620 -1.36774 -1.36919 -1.37008 + 7 -1.13683 -1.13420 -1.13008 -1.12604 -1.12374 -1.12402 -1.12686 -1.13136 -1.13582 -1.13864 + 8 -0.879430 -0.871155 -0.857478 -0.843567 -0.835800 -0.835971 -0.844068 -0.858269 -0.872175 -0.880599 + 9 -0.617049 -0.592500 -0.548518 -0.499132 -0.478649 -0.478740 -0.499405 -0.548981 -0.593121 -0.617777 + 10 -0.413813 -0.353048 -0.222395 0.00000 0.00000 0.00000 0.00000 -0.222628 -0.353444 -0.414295 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 7 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -8.31428 -8.34242 -8.36820 -8.39101 -8.40985 -8.42358 -8.43124 -8.43237 -8.42695 -8.41509 + 2 -8.19275 -8.42172 -8.51609 -8.64078 -8.78842 -8.92005 -8.93397 -8.86600 -8.78315 -8.34189 + 3 -8.05406 -8.38149 -8.53486 -8.77356 -9.15933 -9.77010 -9.63050 -9.17030 -8.89311 -8.23075 + 4 -7.89419 -8.15873 -8.28091 -8.45478 -8.69856 -9.01561 -8.97269 -8.74354 -8.57611 -8.07162 + 5 -7.71962 -7.82780 -7.89084 -7.96824 -8.05603 -8.13361 -8.14924 -8.11800 -8.07069 -7.87717 + 6 -7.54398 -7.49485 -7.52165 -7.55345 -7.58682 -7.61419 -7.62828 -7.63010 -7.62340 -7.67181 + 7 -7.38166 -7.24196 -7.24830 -7.25835 -7.26968 -7.27982 -7.28727 -7.29174 -7.29598 -7.47759 + 8 -7.24375 -7.08999 -7.08941 -7.09157 -7.09445 -7.09769 -7.10173 -7.10538 -7.11102 -7.30978 + 9 -7.13608 -7.02466 -7.02236 -7.02133 -7.02157 -7.02263 -7.02439 -7.02711 -7.03095 -7.17594 + 10 -7.05779 -7.04326 -7.03304 -7.02675 -7.02458 -7.02624 -7.03189 -7.04190 -7.05627 -7.07554 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 7 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -23.8436 -24.0137 -24.3316 -24.7493 -25.1890 -25.5438 -25.7090 -25.7058 -25.6334 -25.5753 + 2 -23.8448 -24.1060 -24.6188 -25.3537 -26.2252 -27.0030 -27.0855 -26.6858 -26.2785 -26.0441 + 3 -23.4800 -23.8705 -24.7024 -26.1029 -28.3370 -31.9516 -31.1004 -28.4011 -26.9330 -26.2794 + 4 -22.2206 -22.5376 -23.1886 -24.2080 -25.6401 -27.5123 -27.2483 -25.9052 -25.0288 -24.5997 + 5 -20.3357 -20.5114 -20.8506 -21.3221 -21.8567 -22.3113 -22.4025 -22.2197 -22.0041 -21.8726 + 6 -18.3559 -18.4396 -18.5958 -18.8004 -19.0154 -19.1910 -19.2806 -19.2916 -19.2668 -19.2443 + 7 -16.6127 -16.6511 -16.7221 -16.8140 -16.9108 -16.9953 -17.0550 -17.0882 -17.1024 -17.1068 + 8 -15.2548 -15.2729 -15.3066 -15.3508 -15.3987 -15.4436 -15.4803 -15.5066 -15.5229 -15.5308 + 9 -14.3373 -14.3467 -14.3645 -14.3882 -14.4148 -14.4409 -14.4641 -14.4824 -14.4949 -14.5013 + 10 -13.8767 -13.8830 -13.8949 -13.9109 -13.9292 -13.9478 -13.9648 -13.9788 -13.9887 -13.9939 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 7 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 7 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 4089110.6072 CSUB-CGELASTIC = 631.4871 CSUB + CSUB-ELASTIC = 1552211.2667 CSUB-ELASTIC = 4.3058 CSUB + CSUB-INELASTIC = 50736554.0804 CSUB-INELASTIC = 25459.5349 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 29612250.0000 RCHA = 0.0000 RCHA_0 + CHD = 3574621.6084 CHD = 3904.6722 CHD_0 + + TOTAL IN = 89564747.5628 TOTAL IN = 30000.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 65745000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 23819747.5621 CHD = 0.0000 CHD_0 + + TOTAL OUT = 89564747.5621 TOTAL OUT = 30000.0000 + + IN - OUT = 6.7571E-04 IN - OUT = 2.7954E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 7 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 1.89432E+08 3.15720E+06 52620. 2192.5 6.0027 + + +end timestep + + +start timestep kper="8" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 8 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 8 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="8" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="8" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="8" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="8" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="8" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 8 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 8 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 8 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 8 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 8 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 8 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 8 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 8 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 8 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 8 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 18.4489 18.0181 17.2011 16.6740 16.4003 16.3658 16.5736 17.0434 17.8176 18.2254 + 2 17.3166 16.7042 16.1782 15.7945 15.5752 15.5290 15.6589 15.9623 16.4247 17.0001 + 3 15.7713 15.1747 14.7150 14.3871 14.1893 14.1214 14.1845 14.3796 14.7137 15.2140 + 4 13.7410 13.2217 12.8491 12.5867 12.4177 12.3326 12.3232 12.3759 12.4677 12.5566 + 5 10.9056 10.7949 10.6567 10.5293 10.4304 10.3667 10.3375 10.3363 10.3514 10.3669 + 6 8.61418 8.57805 8.52110 8.45951 8.40554 8.36630 8.34377 8.33552 8.33598 8.33861 + 7 6.55515 6.53139 6.49130 6.44681 6.40984 6.38753 6.38164 6.38861 6.40034 6.40865 + 8 4.66739 4.62541 4.55443 4.47947 4.43110 4.41896 4.44403 4.49873 4.55465 4.58859 + 9 3.01324 2.90073 2.69861 2.47081 2.37252 2.36664 2.45327 2.66953 2.86274 2.97045 + 10 1.86572 1.59144 1.00209 0.00000 0.00000 0.00000 0.00000 0.989398 1.57019 1.84012 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 8 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -5.58356 -5.58393 -5.59378 -5.60967 -5.62873 -5.64879 -5.66872 -5.68877 -5.71056 -5.73687 + 2 -5.62656 -4.91920 -5.29374 -5.82630 -6.35521 -6.75358 -6.73361 -6.39711 -5.98736 -5.86667 + 3 -5.70443 -5.45241 -6.02781 -6.88704 -8.08720 -9.69133 -9.33243 -8.02501 -7.02957 -6.00346 + 4 -5.80330 -5.71402 -6.18467 -6.82369 -7.61919 -8.51054 -8.41730 -7.76727 -7.15816 -6.12285 + 5 -5.91601 -5.86694 -6.08912 -6.38840 -6.70603 -6.96467 -7.02565 -6.93092 -6.74477 -6.21632 + 6 -6.03418 -5.92050 -6.00726 -6.13965 -6.27480 -6.38285 -6.43931 -6.44789 -6.41803 -6.29509 + 7 -6.15765 -6.02878 -6.06418 -6.13141 -6.19869 -6.25255 -6.28572 -6.29965 -6.30945 -6.37041 + 8 -6.28612 -6.25942 -6.30578 -6.36504 -6.41346 -6.44228 -6.44839 -6.43491 -6.42021 -6.44780 + 9 -6.41630 -6.60596 -6.73026 -6.84700 -6.90828 -6.92429 -6.89366 -6.80369 -6.70046 -6.52648 + 10 -6.54186 -6.57101 -6.59726 -6.61892 -6.63304 -6.63965 -6.63871 -6.63019 -6.61698 -6.60073 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 8 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -26.0265 -26.1971 -26.5162 -26.9357 -27.3773 -27.7338 -27.9002 -27.8977 -27.8256 -27.7676 + 2 -26.0158 -26.2768 -26.7919 -27.5303 -28.4057 -29.1864 -29.2702 -28.8702 -28.4622 -28.2278 + 3 -25.6301 -26.0214 -26.8568 -28.2625 -30.5024 -34.1216 -33.2716 -30.5707 -29.1001 -28.4450 + 4 -24.3395 -24.6575 -25.3118 -26.3358 -27.7729 -29.6492 -29.3865 -28.0427 -27.1645 -26.7337 + 5 -22.4157 -22.5922 -22.9336 -23.4082 -23.9460 -24.4033 -24.4959 -24.3133 -24.0971 -23.9647 + 6 -20.3941 -20.4785 -20.6360 -20.8425 -21.0594 -21.2367 -21.3275 -21.3390 -21.3142 -21.2914 + 7 -18.6119 -18.6508 -18.7228 -18.8159 -18.9139 -18.9995 -19.0600 -19.0937 -19.1080 -19.1122 + 8 -17.2221 -17.2409 -17.2755 -17.3207 -17.3695 -17.4151 -17.4522 -17.4787 -17.4948 -17.5023 + 9 -16.2823 -16.2926 -16.3115 -16.3363 -16.3637 -16.3904 -16.4136 -16.4315 -16.4435 -16.4493 + 10 -15.8098 -15.8166 -15.8291 -15.8458 -15.8647 -15.8836 -15.9007 -15.9146 -15.9242 -15.9291 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 8 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 8 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 4299806.8137 CSUB-CGELASTIC = 562.8048 CSUB + CSUB-ELASTIC = 1560824.5629 CSUB-ELASTIC = 69.6459 CSUB + CSUB-INELASTIC = 58183141.8088 CSUB-INELASTIC = 19837.7823 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 39474000.0000 RCHA = 27000.0000 RCHA_0 + CHD = 3632089.1605 CHD = 159.1819 CHD_0 + + TOTAL IN = 107149862.3459 TOTAL IN = 47629.4149 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.1672 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 5.9011E-02 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 76702500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 29655188.2128 CHD = 17629.1887 CHD_0 + + TOTAL OUT = 107149862.3450 TOTAL OUT = 47629.4149 + + IN - OUT = 8.1009E-04 IN - OUT = 2.1665E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 8 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 2.20990E+08 3.68316E+06 61386. 2557.8 7.0027 + + +end timestep + + +start timestep kper="9" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 9 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 9 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="9" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="9" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="9" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="9" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="9" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 9 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 9 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 9 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 9 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 9 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 9 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 9 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 9 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 9 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 9 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 18.2370 17.8062 16.9892 16.4622 16.1885 16.1542 16.3621 16.8320 17.6062 18.0140 + 2 17.1087 16.4963 15.9703 15.5867 15.3676 15.3216 15.4516 15.7550 16.2174 16.7930 + 3 15.5719 14.9752 14.5156 14.1879 13.9906 13.9235 13.9867 14.1813 14.5151 15.0155 + 4 13.5544 13.0348 12.6623 12.4001 12.2315 12.1470 12.1377 12.1901 12.2818 12.3708 + 5 10.7360 10.6251 10.4868 10.3595 10.2608 10.1972 10.1681 10.1670 10.1822 10.1979 + 6 8.46597 8.42969 8.37273 8.31123 8.25738 8.21823 8.19576 8.18755 8.18810 8.19092 + 7 6.43261 6.40890 6.36912 6.32504 6.28839 6.26617 6.26014 6.26684 6.27834 6.28664 + 8 4.57391 4.53270 4.46319 4.38980 4.34240 4.33038 4.35473 4.40804 4.46259 4.49572 + 9 2.94919 2.83936 2.64197 2.41944 2.32342 2.31763 2.40216 2.61332 2.80190 2.90692 + 10 1.82360 1.55555 0.979520 0.00000 0.00000 0.00000 0.00000 0.967024 1.53462 1.79838 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 9 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -6.54010 -6.54445 -6.55723 -6.57503 -6.59499 -6.61496 -6.63377 -6.65169 -6.67032 -6.69242 + 2 -6.56306 -5.99817 -6.39017 -6.92414 -7.45208 -7.83787 -7.82087 -7.49371 -7.06732 -6.80119 + 3 -6.61578 -6.52359 -7.11920 -7.97703 -9.12414 -9.90293 -9.72381 -9.07288 -8.09941 -6.91174 + 4 -6.68391 -6.76931 -7.26240 -7.90161 -8.66712 -9.07553 -9.02695 -8.76332 -8.21004 -6.99920 + 5 -6.75979 -6.90235 -7.14933 -7.45062 -7.76794 -8.01953 -8.08129 -7.99109 -7.78088 -7.05451 + 6 -6.83446 -6.93275 -7.04697 -7.18143 -7.31700 -7.42520 -7.48159 -7.48843 -7.43049 -7.08826 + 7 -6.90707 -7.01373 -7.07850 -7.14683 -7.21357 -7.26654 -7.28912 -7.29423 -7.29108 -7.11097 + 8 -6.97646 -7.09684 -7.09985 -7.10492 -7.11064 -7.11607 -7.12033 -7.12262 -7.12595 -7.12727 + 9 -7.03872 -7.06367 -7.07430 -7.08842 -7.09700 -7.10013 -7.09751 -7.08775 -7.08061 -7.13621 + 10 -7.08751 -7.09812 -7.10985 -7.12116 -7.12923 -7.13409 -7.13574 -7.13418 -7.13230 -7.13182 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 9 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -28.0732 -28.2440 -28.5634 -28.9834 -29.4254 -29.7823 -29.9492 -29.9470 -29.8751 -29.8172 + 2 -28.0559 -28.3173 -28.8327 -29.5715 -30.4472 -31.2282 -31.3124 -30.9129 -30.5052 -30.2707 + 3 -27.6570 -28.0487 -28.8844 -30.2903 -32.5299 -36.1483 -35.2989 -32.5994 -31.1296 -30.4745 + 4 -26.3481 -26.6665 -27.3212 -28.3455 -29.7826 -31.6583 -31.3961 -30.0532 -29.1756 -28.7448 + 5 -24.4023 -24.5793 -24.9213 -25.3962 -25.9344 -26.3920 -26.4849 -26.3026 -26.0863 -25.9538 + 6 -22.3571 -22.4420 -22.6000 -22.8070 -23.0243 -23.2019 -23.2929 -23.3045 -23.2796 -23.2564 + 7 -20.5516 -20.5910 -20.6635 -20.7569 -20.8552 -20.9411 -21.0017 -21.0354 -21.0495 -21.0534 + 8 -19.1410 -19.1600 -19.1946 -19.2398 -19.2886 -19.3343 -19.3716 -19.3982 -19.4145 -19.4220 + 9 -18.1852 -18.1952 -18.2136 -18.2380 -18.2652 -18.2920 -18.3154 -18.3339 -18.3463 -18.3527 + 10 -17.7046 -17.7112 -17.7235 -17.7401 -17.7589 -17.7779 -17.7952 -17.8094 -17.8193 -17.8244 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 9 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 9 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 4508328.1406 CSUB-CGELASTIC = 561.9468 CSUB + CSUB-ELASTIC = 1587968.0004 CSUB-ELASTIC = 59.9134 CSUB + CSUB-INELASTIC = 65335740.5163 CSUB-INELASTIC = 19455.8494 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 49335750.0000 RCHA = 27000.0000 RCHA_0 + CHD = 3693556.6946 CHD = 171.1214 CHD_0 + + TOTAL IN = 124461343.3518 TOTAL IN = 47248.8309 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 87660000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 36009169.2187 CHD = 17248.8309 CHD_0 + + TOTAL OUT = 124461343.3509 TOTAL OUT = 47248.8309 + + IN - OUT = 9.1955E-04 IN - OUT = 1.5881E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 9 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 2.52547E+08 4.20912E+06 70152. 2923.0 8.0027 + + +end timestep + + +start timestep kper="10" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 10 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 10 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="10" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="10" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="10" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="10" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="10" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 10 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 10 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 10 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 10 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 10 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 10 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 10 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 10 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 10 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 10 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 18.0900 17.6592 16.8424 16.3156 16.0423 16.0082 16.2164 16.6865 17.4610 17.8689 + 2 16.9655 16.3529 15.8271 15.4439 15.2253 15.1797 15.3101 15.6138 16.0763 16.6522 + 3 15.4364 14.8398 14.3806 14.0539 13.8580 13.7916 13.8552 14.0499 14.3834 14.8837 + 4 13.4303 12.9108 12.5389 12.2780 12.1107 12.0272 12.0184 12.0709 12.1624 12.2511 + 5 10.6263 10.5155 10.3779 10.2517 10.1541 10.0914 10.0629 10.0619 10.0770 10.0924 + 6 8.37327 8.33726 8.28093 8.22024 8.16721 8.12872 8.10664 8.09854 8.09895 8.10152 + 7 6.35856 6.33533 6.29625 6.25293 6.21692 6.19513 6.18922 6.19577 6.20695 6.21485 + 8 4.51893 4.47851 4.41008 4.33778 4.29109 4.27927 4.30330 4.35584 4.40954 4.44203 + 9 2.91197 2.80374 2.60906 2.38954 2.29483 2.28913 2.37253 2.58087 2.76689 2.87041 + 10 1.79932 1.53486 0.966505 0.00000 0.00000 0.00000 0.00000 0.954211 1.51426 1.77451 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 10 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -7.31531 -7.32559 -7.34259 -7.36290 -7.38367 -7.40276 -7.41902 -7.43268 -7.44532 -7.45968 + 2 -7.30769 -7.00188 -7.42915 -7.96141 -8.47767 -8.86264 -8.84464 -8.51627 -8.06371 -7.53049 + 3 -7.32132 -7.52133 -8.14489 -8.79303 -9.27243 -10.1326 -9.92378 -9.27202 -8.91048 -7.59422 + 4 -7.34101 -7.74815 -8.25793 -8.49158 -8.80558 -9.24554 -9.18874 -8.86985 -8.63283 -7.62566 + 5 -7.35810 -7.82906 -7.90694 -8.00401 -8.11761 -8.21997 -8.24214 -8.20199 -8.13251 -7.61605 + 6 -7.36257 -7.51901 -7.55594 -7.59953 -7.64510 -7.68297 -7.70298 -7.70582 -7.69349 -7.57480 + 7 -7.35338 -7.30130 -7.31453 -7.33247 -7.35181 -7.36865 -7.38050 -7.38674 -7.39042 -7.51108 + 8 -7.32874 -7.20602 -7.21444 -7.22674 -7.23812 -7.24667 -7.25122 -7.25146 -7.25479 -7.44691 + 9 -7.32734 -7.22544 -7.24737 -7.27574 -7.29135 -7.29623 -7.28996 -7.26903 -7.25407 -7.40848 + 10 -7.34475 -7.35204 -7.36151 -7.37145 -7.37894 -7.38396 -7.38646 -7.38641 -7.38665 -7.38885 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 10 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -30.0279 -30.1987 -30.5180 -30.9378 -31.3796 -31.7362 -31.9028 -31.9005 -31.8285 -31.7705 + 2 -30.0059 -30.2677 -30.7830 -31.5214 -32.3964 -33.1769 -33.2608 -32.8611 -32.4531 -32.2183 + 3 -29.5972 -29.9891 -30.8242 -32.2284 -34.4659 -38.0831 -37.2332 -34.5339 -33.0651 -32.4102 + 4 -28.2742 -28.5927 -29.2465 -30.2688 -31.7036 -33.5779 -33.3150 -31.9721 -31.0952 -30.6651 + 5 -26.3111 -26.4882 -26.8293 -27.3027 -27.8391 -28.2952 -28.3873 -28.2049 -27.9891 -27.8570 + 6 -24.2465 -24.3312 -24.4885 -24.6944 -24.9106 -25.0872 -25.1776 -25.1889 -25.1643 -25.1415 + 7 -22.4215 -22.4604 -22.5321 -22.6248 -22.7224 -22.8077 -22.8679 -22.9015 -22.9159 -22.9203 + 8 -20.9937 -21.0121 -21.0463 -21.0910 -21.1395 -21.1849 -21.2220 -21.2486 -21.2651 -21.2730 + 9 -20.0257 -20.0353 -20.0535 -20.0777 -20.1048 -20.1313 -20.1548 -20.1732 -20.1858 -20.1923 + 10 -19.5389 -19.5454 -19.5576 -19.5741 -19.5928 -19.6117 -19.6290 -19.6431 -19.6530 -19.6582 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 10 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 10 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 4706210.2996 CSUB-CGELASTIC = 529.8806 CSUB + CSUB-ELASTIC = 1600576.7666 CSUB-ELASTIC = 25.9143 CSUB + CSUB-INELASTIC = 72406010.7668 CSUB-INELASTIC = 19295.9725 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 59197500.0000 RCHA = 27000.0000 RCHA_0 + CHD = 3757296.6778 CHD = 177.1248 CHD_0 + + TOTAL IN = 141667594.5107 TOTAL IN = 47028.8922 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 98617500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 42257920.3775 CHD = 17028.8922 CHD_0 + + TOTAL OUT = 141667594.5097 TOTAL OUT = 47028.8922 + + IN - OUT = 1.0373E-03 IN - OUT = 2.6457E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 10 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 2.84105E+08 4.73508E+06 78918. 3288.2 9.0027 + + +end timestep + + +start timestep kper="11" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 11 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 11 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="11" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="11" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="11" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="11" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="11" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 11 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 11 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 11 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 11 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 11 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 11 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 11 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 11 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 11 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 11 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.9937 17.5630 16.7464 16.2200 15.9470 15.9133 16.1217 16.5919 17.3664 17.7743 + 2 16.8719 16.2594 15.7339 15.3514 15.1336 15.0886 15.2192 15.5227 15.9851 16.5608 + 3 15.3488 14.7523 14.2938 13.9679 13.7724 13.7063 13.7701 13.9649 14.2983 14.7983 + 4 13.3510 12.8318 12.4605 12.1999 12.0329 11.9495 11.9407 11.9933 12.0847 12.1732 + 5 10.5565 10.4461 10.3088 10.1827 10.0852 10.0226 9.99407 9.99308 10.0080 10.0232 + 6 8.31369 8.27794 8.22182 8.16128 8.10834 8.06985 8.04771 8.03949 8.03974 8.04213 + 7 6.30976 6.28679 6.24799 6.20492 6.16904 6.14724 6.14118 6.14748 6.15839 6.16606 + 8 4.48143 4.44146 4.37369 4.30203 4.25568 4.24385 4.26751 4.31941 4.37245 4.40449 + 9 2.88564 2.77852 2.58576 2.36837 2.27454 2.26882 2.35134 2.55753 2.74162 2.84404 + 10 1.78154 1.51970 0.956962 0.00000 0.00000 0.00000 0.00000 0.944651 1.49908 1.75670 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 11 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -7.93497 -7.95265 -7.97482 -7.99809 -8.01971 -8.03761 -8.05070 -8.05918 -8.06455 -8.06942 + 2 -7.88889 -7.91499 -8.36578 -8.65537 -8.84283 -9.01285 -9.02111 -8.91523 -8.79220 -8.09324 + 3 -7.85308 -8.38229 -8.57635 -8.91210 -9.49150 -10.4627 -10.2292 -9.48205 -9.02677 -8.09927 + 4 -7.81131 -8.19165 -8.37198 -8.63839 -9.01773 -9.52273 -9.45911 -9.09332 -8.80691 -8.06332 + 5 -7.75516 -7.92281 -8.02755 -8.15193 -8.29283 -8.41622 -8.44347 -8.39622 -8.31285 -7.97475 + 6 -7.69406 -7.65987 -7.70637 -7.76199 -7.81948 -7.86669 -7.89154 -7.89522 -7.88232 -7.88822 + 7 -7.65781 -7.48240 -7.49831 -7.52294 -7.54864 -7.57040 -7.58509 -7.59235 -7.59969 -7.81697 + 8 -7.64576 -7.42749 -7.43756 -7.45600 -7.47222 -7.48345 -7.48827 -7.48685 -7.49255 -7.76703 + 9 -7.65509 -7.49012 -7.51977 -7.56011 -7.58170 -7.58809 -7.57871 -7.54847 -7.52848 -7.73798 + 10 -7.68003 -7.68864 -7.69898 -7.70944 -7.71718 -7.72221 -7.72450 -7.72401 -7.72351 -7.72460 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 11 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -31.8857 -32.0563 -32.3752 -32.7943 -33.2353 -33.5912 -33.7574 -33.7548 -33.6826 -33.6246 + 2 -31.8589 -32.1207 -32.6354 -33.3723 -34.2457 -35.0249 -35.1083 -34.7088 -34.3013 -34.0665 + 3 -31.4398 -31.8314 -32.6651 -34.0676 -36.3040 -39.9205 -39.0700 -36.3704 -34.9016 -34.2473 + 4 -30.1027 -30.4206 -31.0730 -32.0942 -33.5282 -35.4021 -35.1388 -33.7956 -32.9187 -32.4890 + 5 -28.1243 -28.3006 -28.6408 -29.1135 -29.6494 -30.1051 -30.1970 -30.0145 -29.7988 -29.6670 + 6 -26.0451 -26.1292 -26.2860 -26.4914 -26.7072 -26.8835 -26.9737 -26.9851 -26.9605 -26.9380 + 7 -24.2074 -24.2459 -24.3173 -24.4097 -24.5070 -24.5921 -24.6522 -24.6858 -24.7003 -24.7049 + 8 -22.7697 -22.7878 -22.8218 -22.8663 -22.9147 -22.9599 -22.9970 -23.0236 -23.0402 -23.0482 + 9 -21.7950 -21.8045 -21.8226 -21.8467 -21.8736 -21.9001 -21.9234 -21.9418 -21.9544 -21.9611 + 10 -21.3050 -21.3114 -21.3236 -21.3399 -21.3585 -21.3774 -21.3946 -21.4087 -21.4186 -21.4238 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 11 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 11 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 4893582.1292 CSUB-CGELASTIC = 502.5846 CSUB + CSUB-ELASTIC = 1606468.9727 CSUB-ELASTIC = 12.2468 CSUB + CSUB-INELASTIC = 79426462.6204 CSUB-INELASTIC = 19169.4501 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 69059250.0000 RCHA = 27000.0000 RCHA_0 + CHD = 3823719.3730 CHD = 185.2400 CHD_0 + + TOTAL IN = 158809483.0952 TOTAL IN = 46869.5215 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 109575000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 48442308.9618 CHD = 16869.5215 CHD_0 + + TOTAL OUT = 158809483.0940 TOTAL OUT = 46869.5215 + + IN - OUT = 1.1446E-03 IN - OUT = 2.1601E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 11 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 3.15662E+08 5.26104E+06 87684. 3653.5 10.003 + + +end timestep + + +start timestep kper="12" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 12 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 12 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="12" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="12" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="12" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="12" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="12" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 12 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 12 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 12 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 12 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 12 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 12 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 12 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 12 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 12 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 12 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.9209 17.4903 16.6738 16.1474 15.8745 15.8408 16.0493 16.5195 17.2940 17.7019 + 2 16.8010 16.1884 15.6632 15.2809 15.0631 15.0181 15.1487 15.4522 15.9146 16.4902 + 3 15.2813 14.6849 14.2264 13.9004 13.7047 13.6384 13.7022 13.8971 14.2305 14.7305 + 4 13.2878 12.7687 12.3973 12.1366 11.9694 11.8858 11.8769 11.9296 12.0210 12.1094 + 5 10.4988 10.3884 10.2510 10.1249 10.0273 9.96453 9.93589 9.93484 9.94970 9.96489 + 6 8.26254 8.22688 8.17082 8.11028 8.05729 8.01871 7.99645 7.98810 7.98823 7.99051 + 7 6.26653 6.24373 6.20513 6.16220 6.12638 6.10452 6.09829 6.10435 6.11501 6.12249 + 8 4.44731 4.40773 4.34054 4.26944 4.22338 4.21151 4.23480 4.28608 4.33850 4.37014 + 9 2.86112 2.75503 2.56406 2.34867 2.25566 2.24992 2.33158 2.53573 2.71799 2.81937 + 10 1.76467 1.50530 0.947892 0.00000 0.00000 0.00000 0.00000 0.935534 1.48460 1.73973 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 12 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -8.31749 -8.34324 -8.37029 -8.39552 -8.41656 -8.43165 -8.43984 -8.44139 -8.43781 -8.43193 + 2 -8.22764 -8.44037 -8.58009 -8.77680 -9.01165 -9.21373 -9.21762 -9.07877 -8.90368 -8.40841 + 3 -8.15254 -8.47149 -8.73344 -9.14050 -9.80514 -10.8706 -10.6164 -9.78784 -9.25691 -8.38499 + 4 -8.09428 -8.34223 -8.57189 -8.88865 -9.32447 -9.88507 -9.81585 -9.40983 -9.08306 -8.34667 + 5 -8.05262 -8.12979 -8.25397 -8.40199 -8.56653 -8.70810 -8.73976 -8.68636 -8.59271 -8.29030 + 6 -8.02390 -7.90519 -7.95739 -8.02339 -8.09121 -8.14650 -8.17555 -8.17999 -8.16828 -8.22986 + 7 -8.01126 -7.76086 -7.77703 -7.80738 -7.83857 -7.86459 -7.88175 -7.88996 -7.90209 -8.17857 + 8 -8.01696 -7.73930 -7.74917 -7.77283 -7.79322 -7.80678 -7.81186 -7.80908 -7.81821 -8.14370 + 9 -8.03979 -7.83798 -7.87309 -7.92346 -7.95016 -7.95785 -7.94585 -7.90785 -7.88458 -8.12602 + 10 -8.07510 -8.08572 -8.09755 -8.10902 -8.11733 -8.12252 -8.12455 -8.12339 -8.12177 -8.12124 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 12 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -33.6395 -33.8100 -34.1286 -34.5472 -34.9878 -35.3434 -35.5092 -35.5064 -35.4341 -35.3759 + 2 -33.6086 -33.8703 -34.3842 -35.1204 -35.9934 -36.7724 -36.8555 -36.4558 -36.0482 -35.8136 + 3 -33.1818 -33.5730 -34.4065 -35.8090 -38.0454 -41.6619 -40.8112 -38.1113 -36.6423 -35.9880 + 4 -31.8358 -32.1535 -32.8059 -33.8272 -35.2613 -37.1352 -36.8719 -35.5286 -34.6515 -34.2218 + 5 -29.8484 -30.0245 -30.3647 -30.8374 -31.3734 -31.8292 -31.9211 -31.7385 -31.5228 -31.3911 + 6 -27.7607 -27.8446 -28.0013 -28.2067 -28.4225 -28.5989 -28.6892 -28.7006 -28.6761 -28.6537 + 7 -25.9156 -25.9540 -26.0253 -26.1176 -26.2149 -26.3000 -26.3602 -26.3939 -26.4085 -26.4132 + 8 -24.4723 -24.4903 -24.5241 -24.5686 -24.6169 -24.6622 -24.6993 -24.7260 -24.7426 -24.7508 + 9 -23.4938 -23.5032 -23.5212 -23.5453 -23.5722 -23.5987 -23.6221 -23.6405 -23.6532 -23.6598 + 10 -23.0020 -23.0084 -23.0205 -23.0368 -23.0555 -23.0743 -23.0915 -23.1056 -23.1156 -23.1207 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 12 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 12 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 5071725.5242 CSUB-CGELASTIC = 478.2386 CSUB + CSUB-ELASTIC = 1608978.2632 CSUB-ELASTIC = 4.0209 CSUB + CSUB-INELASTIC = 86400712.6213 CSUB-INELASTIC = 19042.4322 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 78921000.0000 RCHA = 27000.0000 RCHA_0 + CHD = 3893443.1195 CHD = 194.8405 CHD_0 + + TOTAL IN = 175895859.5282 TOTAL IN = 46719.5323 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 120532500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 54571185.3946 CHD = 16719.5323 CHD_0 + + TOTAL OUT = 175895859.5268 TOTAL OUT = 46719.5323 + + IN - OUT = 1.3639E-03 IN - OUT = 6.5316E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 12 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 3.47220E+08 5.78700E+06 96450. 4018.8 11.003 + + +end timestep + + +start timestep kper="13" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 13 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 13 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="13" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="13" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="13" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="13" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="13" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 13 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 13 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 13 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 13 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 13 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 13 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 13 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 13 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 13 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 13 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.8527 17.4219 16.6053 16.0789 15.8058 15.7720 15.9803 16.4505 17.2249 17.6328 + 2 16.7333 16.1207 15.5953 15.2127 14.9947 14.9495 15.0800 15.3835 15.8459 16.4216 + 3 15.2151 14.6186 14.1599 13.8335 13.6375 13.5710 13.6347 13.8296 14.1631 14.6632 + 4 13.2243 12.7052 12.3336 12.0726 11.9052 11.8213 11.8124 11.8650 11.9565 12.0450 + 5 10.4396 10.3292 10.1918 10.0655 9.96773 9.90481 9.87606 9.87493 9.88976 9.90494 + 6 8.20936 8.17374 8.11768 8.05712 8.00406 7.96538 7.94300 7.93453 7.93456 7.93677 + 7 6.22106 6.19839 6.15995 6.11717 6.08140 6.05947 6.05307 6.05888 6.06930 6.07664 + 8 4.41110 4.37189 4.30529 4.23477 4.18902 4.17711 4.20001 4.25063 4.30242 4.33367 + 9 2.83491 2.72989 2.54084 2.32759 2.23545 2.22969 2.31043 2.51239 2.69271 2.79299 + 10 1.74655 1.48985 0.938153 0.00000 0.00000 0.00000 0.00000 0.925742 1.46906 1.72151 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 13 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -8.45967 -8.47642 -8.49801 -8.52092 -8.54228 -8.56000 -8.57303 -8.58171 -8.58778 -8.59416 + 2 -8.41998 -8.56271 -8.75539 -9.00001 -9.27563 -9.50529 -9.50545 -9.33823 -9.12015 -8.62859 + 3 -8.39858 -8.66901 -8.98679 -9.45561 -10.1939 -11.3395 -11.0680 -10.1698 -9.57385 -8.65741 + 4 -8.38753 -8.59147 -8.86179 -9.22222 -9.70691 -10.3151 -10.2413 -9.80073 -9.43899 -8.66302 + 5 -8.38528 -8.42657 -8.56621 -8.73470 -8.91972 -9.07704 -9.11255 -9.05382 -8.95161 -8.64205 + 6 -8.38860 -8.23420 -8.29015 -8.36511 -8.44188 -8.50418 -8.53689 -8.54203 -8.53202 -8.60961 + 7 -8.40167 -8.11756 -8.13292 -8.16817 -8.20410 -8.23382 -8.25315 -8.26226 -8.27928 -8.58028 + 8 -8.42784 -8.12378 -8.13264 -8.16073 -8.18471 -8.20029 -8.20562 -8.20179 -8.21456 -8.56255 + 9 -8.46689 -8.25260 -8.29177 -8.35055 -8.38160 -8.39042 -8.37622 -8.33179 -8.30623 -8.55820 + 10 -8.51504 -8.52819 -8.54193 -8.55472 -8.56382 -8.56927 -8.57104 -8.56909 -8.56612 -8.56367 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 13 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -35.2929 -35.4634 -35.7821 -36.2009 -36.6416 -36.9973 -37.1632 -37.1604 -37.0881 -37.0300 + 2 -35.2610 -35.5227 -36.0368 -36.7734 -37.6468 -38.4260 -38.5092 -38.1094 -37.7017 -37.4670 + 3 -34.8321 -35.2234 -36.0572 -37.4602 -39.6972 -43.3141 -42.4635 -39.7634 -38.2942 -37.6397 + 4 -33.4830 -33.8007 -34.4534 -35.4751 -36.9097 -38.7840 -38.5208 -37.1774 -36.3002 -35.8703 + 5 -31.4917 -31.6678 -32.0082 -32.4812 -33.0174 -33.4734 -33.5655 -33.3830 -33.1673 -33.0356 + 6 -29.4000 -29.4839 -29.6407 -29.8462 -30.0622 -30.2387 -30.3291 -30.3406 -30.3162 -30.2938 + 7 -27.5513 -27.5896 -27.6609 -27.7533 -27.8507 -27.9359 -27.9962 -28.0300 -28.0447 -28.0495 + 8 -26.1051 -26.1230 -26.1569 -26.2015 -26.2498 -26.2952 -26.3323 -26.3591 -26.3758 -26.3840 + 9 -25.1248 -25.1341 -25.1522 -25.1763 -25.2033 -25.2298 -25.2532 -25.2717 -25.2843 -25.2910 + 10 -24.6320 -24.6385 -24.6506 -24.6670 -24.6856 -24.7045 -24.7217 -24.7359 -24.7458 -24.7510 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 13 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 13 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 5241732.1848 CSUB-CGELASTIC = 457.6848 CSUB + CSUB-ELASTIC = 1609867.0187 CSUB-ELASTIC = 2.6735 CSUB + CSUB-INELASTIC = 93324579.9598 CSUB-INELASTIC = 18892.8268 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 88782750.0000 RCHA = 27000.0000 RCHA_0 + CHD = 3966926.3193 CHD = 205.5531 CHD_0 + + TOTAL IN = 192925855.4825 TOTAL IN = 46558.7382 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 131490000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 60643681.3487 CHD = 16558.7382 CHD_0 + + TOTAL OUT = 192925855.4809 TOTAL OUT = 46558.7382 + + IN - OUT = 1.5595E-03 IN - OUT = 4.9604E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 13 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 3.78778E+08 6.31296E+06 1.05216E+05 4384.0 12.003 + + +end timestep + + +start timestep kper="14" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 14 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 14 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="14" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="14" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="14" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="14" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="14" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 14 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 14 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 14 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 14 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 14 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 14 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 14 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 14 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 14 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 14 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.7658 17.3350 16.5184 15.9918 15.7186 15.6847 15.8930 16.3631 17.1375 17.5454 + 2 16.6476 16.0350 15.5095 15.1267 14.9085 14.8632 14.9936 15.2971 15.7595 16.3352 + 3 15.1319 14.5354 14.0765 13.7499 13.5536 13.4869 13.5505 13.7455 14.0791 14.5793 + 4 13.1453 12.6261 12.2544 11.9932 11.8255 11.7415 11.7325 11.7851 11.8766 11.9652 + 5 10.3666 10.2562 10.1186 9.99227 9.89435 9.83131 9.80247 9.80130 9.81611 9.83131 + 6 8.14427 8.10867 8.05262 7.99204 7.93893 7.90016 7.87768 7.86910 7.86905 7.87122 + 7 6.16583 6.14328 6.10503 6.06242 6.02672 6.00474 5.99815 6.00371 6.01389 6.02108 + 8 4.36745 4.32866 4.26274 4.19291 4.14753 4.13559 4.15805 4.20792 4.25898 4.28980 + 9 2.80358 2.69982 2.51303 2.30232 2.21122 2.20544 2.28509 2.48448 2.66251 2.76152 + 10 1.72510 1.47154 0.926614 0.00000 0.00000 0.00000 0.00000 0.914156 1.45067 1.69996 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 14 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -8.73339 -8.74551 -8.76378 -8.78475 -8.80559 -8.82417 -8.83941 -8.85159 -8.86238 -8.87458 + 2 -8.71712 -8.78393 -9.02000 -9.30590 -9.61667 -9.87005 -9.86707 -9.67545 -9.42101 -8.93626 + 3 -8.72237 -8.95399 -9.31870 -9.84103 -10.6429 -11.8568 -11.5708 -10.6131 -9.96039 -8.99408 + 4 -8.73904 -8.92052 -9.22506 -9.62334 -10.1503 -10.7992 -10.7216 -10.2515 -9.85867 -9.02819 + 5 -8.76378 -8.79575 -8.94835 -9.13457 -9.33735 -9.50833 -9.54718 -9.48384 -9.37378 -9.03368 + 6 -8.79207 -8.63055 -8.68943 -8.77212 -8.85665 -8.92505 -8.96094 -8.96672 -8.95811 -9.02476 + 7 -8.82732 -8.53709 -8.55147 -8.59090 -8.63095 -8.66388 -8.68510 -8.69506 -8.71640 -9.01562 + 8 -8.87259 -8.56641 -8.57421 -8.60604 -8.63311 -8.65044 -8.65603 -8.65138 -8.66744 -9.01473 + 9 -8.92768 -8.72026 -8.76280 -8.82857 -8.86332 -8.87312 -8.85709 -8.80738 -8.77995 -9.02403 + 10 -8.98897 -9.00476 -9.02051 -9.03472 -9.04467 -9.05041 -9.05191 -9.04914 -9.04475 -9.04025 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 14 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -36.8645 -37.0351 -37.3539 -37.7729 -38.2138 -38.5697 -38.7358 -38.7331 -38.6609 -38.6028 + 2 -36.8326 -37.0943 -37.6087 -38.3457 -39.2195 -39.9990 -40.0824 -39.6826 -39.2748 -39.0401 + 3 -36.4037 -36.7951 -37.6293 -39.0328 -41.2702 -44.8876 -44.0372 -41.3370 -39.8676 -39.2129 + 4 -35.0541 -35.3719 -36.0249 -37.0471 -38.4821 -40.3568 -40.0937 -38.7503 -37.8730 -37.4430 + 5 -33.0618 -33.2380 -33.5786 -34.0519 -34.5884 -35.0447 -35.1369 -34.9545 -34.7387 -34.6070 + 6 -30.9689 -31.0528 -31.2097 -31.4154 -31.6316 -31.8083 -31.8988 -31.9104 -31.8860 -31.8637 + 7 -29.1191 -29.1574 -29.2288 -29.3213 -29.4188 -29.5041 -29.5645 -29.5984 -29.6131 -29.6179 + 8 -27.6720 -27.6899 -27.7239 -27.7685 -27.8169 -27.8623 -27.8995 -27.9263 -27.9431 -27.9514 + 9 -26.6910 -26.7005 -26.7185 -26.7427 -26.7698 -26.7964 -26.8198 -26.8383 -26.8509 -26.8576 + 10 -26.1980 -26.2045 -26.2167 -26.2331 -26.2518 -26.2707 -26.2880 -26.3021 -26.3121 -26.3172 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 14 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 14 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 5404968.9537 CSUB-CGELASTIC = 439.9502 CSUB + CSUB-ELASTIC = 1610966.7943 CSUB-ELASTIC = 3.2213 CSUB + CSUB-INELASTIC = 100185366.8096 CSUB-INELASTIC = 18706.8793 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 98644500.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4044509.5989 CHD = 217.0902 CHD_0 + + TOTAL IN = 209890312.1565 TOTAL IN = 46367.1410 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 142447500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 66650638.0224 CHD = 16367.1410 CHD_0 + + TOTAL OUT = 209890312.1546 TOTAL OUT = 46367.1410 + + IN - OUT = 1.8084E-03 IN - OUT = 4.6789E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 14 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 4.10335E+08 6.83892E+06 1.13982E+05 4749.2 13.003 + + +end timestep + + +start timestep kper="15" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 15 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 15 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="15" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="15" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="15" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="15" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="15" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 15 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 15 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 15 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 15 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 15 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 15 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 15 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 15 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 15 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 15 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.6637 17.2329 16.4162 15.8895 15.6162 15.5823 15.7904 16.2605 17.0349 17.4428 + 2 16.5471 15.9345 15.4089 15.0260 14.8076 14.7621 14.8924 15.1960 15.6584 16.2341 + 3 15.0348 14.4382 13.9791 13.6523 13.4559 13.3890 13.4525 13.6475 13.9812 14.4814 + 4 13.0534 12.5342 12.1623 11.9010 11.7331 11.6489 11.6398 11.6924 11.7840 11.8726 + 5 10.2820 10.1715 10.0340 9.90747 9.80944 9.74630 9.71738 9.71617 9.73097 9.74619 + 6 8.06918 8.03360 7.97757 7.91699 7.86384 7.82500 7.80242 7.79374 7.79361 7.79575 + 7 6.10241 6.07998 6.04194 5.99953 5.96393 5.94190 5.93513 5.94042 5.95034 5.95739 + 8 4.31756 4.27923 4.21408 4.14504 4.10009 4.08811 4.11009 4.15913 4.20938 4.23973 + 9 2.76797 2.66562 2.48138 2.27354 2.18362 2.17782 2.25626 2.45274 2.62820 2.72579 + 10 1.70085 1.45084 0.913569 0.00000 0.00000 0.00000 0.00000 0.901073 1.42991 1.67563 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 15 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -9.09904 -9.10843 -9.12475 -9.14456 -9.16501 -9.18401 -9.20044 -9.21458 -9.22804 -9.24361 + 2 -9.09650 -9.08701 -9.35832 -9.67975 -10.0208 -10.2946 -10.2890 -10.0764 -9.79135 -9.32133 + 3 -9.11780 -9.31078 -9.71487 -10.2835 -11.1403 -12.4122 -12.1142 -11.1055 -10.4034 -9.39686 + 4 -9.15181 -9.31465 -9.64808 -10.0792 -10.6427 -11.3264 -11.2458 -10.7503 -10.3297 -9.44915 + 5 -9.19423 -9.22360 -9.38728 -9.58885 -9.80703 -9.98983 -10.0316 -9.96428 -9.84675 -9.47240 + 6 -9.23972 -9.08112 -9.14257 -9.23194 -9.32321 -9.39690 -9.43555 -9.44192 -9.43409 -9.48014 + 7 -9.29108 -9.00688 -9.02052 -9.06353 -9.10714 -9.14286 -9.16574 -9.17650 -9.20128 -9.48611 + 8 -9.35092 -9.05522 -9.06227 -9.09724 -9.12696 -9.14581 -9.15167 -9.14642 -9.16508 -9.49843 + 9 -9.41874 -9.22956 -9.27517 -9.34671 -9.38458 -9.39522 -9.37769 -9.32371 -9.29449 -9.51889 + 10 -9.49077 -9.50874 -9.52615 -9.54152 -9.55218 -9.55816 -9.55943 -9.55596 -9.55036 -9.54413 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 15 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -38.3674 -38.5380 -38.8569 -39.2761 -39.7172 -40.0733 -40.2395 -40.2369 -40.1647 -40.1067 + 2 -38.3357 -38.5974 -39.1121 -39.8494 -40.7235 -41.5033 -41.5868 -41.1870 -40.7792 -40.5445 + 3 -37.9074 -38.2990 -39.1334 -40.5373 -42.7753 -46.3930 -45.5427 -42.8425 -41.3729 -40.7181 + 4 -36.5584 -36.8763 -37.5296 -38.5521 -39.9876 -41.8626 -41.5996 -40.2562 -39.3788 -38.9487 + 5 -34.5665 -34.7428 -35.0835 -35.5571 -36.0939 -36.5504 -36.6428 -36.4604 -36.2446 -36.1128 + 6 -32.4738 -32.5578 -32.7148 -32.9206 -33.1370 -33.3139 -33.4045 -33.4161 -33.3918 -33.3694 + 7 -30.6241 -30.6625 -30.7339 -30.8265 -30.9242 -31.0096 -31.0701 -31.1040 -31.1187 -31.1235 + 8 -29.1771 -29.1951 -29.2291 -29.2738 -29.3223 -29.3678 -29.4051 -29.4319 -29.4487 -29.4569 + 9 -28.1963 -28.2058 -28.2240 -28.2482 -28.2753 -28.3020 -28.3254 -28.3439 -28.3566 -28.3632 + 10 -27.7034 -27.7099 -27.7221 -27.7386 -27.7573 -27.7763 -27.7936 -27.8077 -27.8177 -27.8228 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 15 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 15 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 5562094.2345 CSUB-CGELASTIC = 423.8550 CSUB + CSUB-ELASTIC = 1612242.2990 CSUB-ELASTIC = 3.6603 CSUB + CSUB-INELASTIC = 106971958.1497 CSUB-INELASTIC = 18493.0263 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 108506250.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4126450.9013 CHD = 229.2678 CHD_0 + + TOTAL IN = 226778995.5845 TOTAL IN = 46149.8094 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 153405000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 72581821.4502 CHD = 16149.8094 CHD_0 + + TOTAL OUT = 226778995.5824 TOTAL OUT = 46149.8094 + + IN - OUT = 2.0950E-03 IN - OUT = 6.2200E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 15 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 4.41893E+08 7.36488E+06 1.22748E+05 5114.5 14.003 + + +end timestep + + +start timestep kper="16" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 16 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 16 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="16" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="16" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="16" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="16" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="16" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 16 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 16 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 16 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 16 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 16 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 16 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 16 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 16 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 16 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 16 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.5494 17.1186 16.3018 15.7751 15.5018 15.4677 15.6758 16.1459 16.9203 17.3281 + 2 16.4349 15.8223 15.2965 14.9135 14.6949 14.6494 14.7797 15.0832 15.5456 16.1213 + 3 14.9264 14.3298 13.8706 13.5437 13.3470 13.2800 13.3434 13.5384 13.8722 14.3725 + 4 12.9511 12.4319 12.0599 11.7984 11.6304 11.5461 11.5369 11.5896 11.6812 11.7698 + 5 10.1882 10.0777 9.94002 9.81346 9.71534 9.65210 9.62311 9.62187 9.63667 9.65190 + 6 7.98610 7.95053 7.89453 7.83397 7.78080 7.74191 7.71923 7.71045 7.71023 7.71234 + 7 6.03242 6.01013 5.97233 5.93014 5.89466 5.87259 5.86563 5.87063 5.88028 5.88717 + 8 4.26268 4.22484 4.16054 4.09236 4.04788 4.03588 4.05734 4.10548 4.15486 4.18470 + 9 2.72892 2.62810 2.44666 2.24195 2.15333 2.14753 2.22464 2.41796 2.59060 2.68665 + 10 1.67434 1.42822 0.899317 0.00000 0.00000 0.00000 0.00000 0.886790 1.40724 1.64907 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 16 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -9.53333 -9.54101 -9.55610 -9.57518 -9.59540 -9.61465 -9.63182 -9.64716 -9.66230 -9.67999 + 2 -9.53941 -9.45748 -9.75717 -10.1092 -10.4764 -10.7677 -10.7598 -10.5292 -10.2186 -9.76784 + 3 -9.57096 -9.72629 -10.1633 -10.7720 -11.6762 -12.9975 -12.6895 -11.6373 -10.8922 -9.85473 + 4 -9.61622 -9.76163 -10.1194 -10.5790 -11.1741 -11.8877 -11.8046 -11.2873 -10.8420 -9.91887 + 5 -9.67032 -9.69872 -9.87193 -10.0868 -10.3183 -10.5114 -10.5557 -10.4849 -10.3603 -9.95388 + 6 -9.72739 -9.57505 -9.63888 -9.73401 -9.83112 -9.90941 -9.95047 -9.95737 -9.94971 -9.97291 + 7 -9.78980 -9.51651 -9.52978 -9.57583 -9.62253 -9.66067 -9.68501 -9.69651 -9.72383 -9.98931 + 8 -9.85980 -9.58025 -9.58697 -9.62458 -9.65656 -9.67675 -9.68287 -9.67719 -9.69769 -10.0109 + 9 -9.93663 -9.77103 -9.81957 -9.89583 -9.93630 -9.94768 -9.92896 -9.87155 -9.84044 -10.0394 + 10 -10.0163 -10.0358 -10.0544 -10.0706 -10.0818 -10.0879 -10.0890 -10.0850 -10.0786 -10.0711 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 16 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -39.8103 -39.9809 -40.2999 -40.7193 -41.1606 -41.5168 -41.6831 -41.6806 -41.6085 -41.5504 + 2 -39.7790 -40.0407 -40.5556 -41.2932 -42.1676 -42.9476 -43.0312 -42.6314 -42.2236 -41.9889 + 3 -39.3516 -39.7431 -40.5779 -41.9822 -44.2205 -47.8385 -46.9884 -44.2881 -42.8183 -42.1635 + 4 -38.0035 -38.3215 -38.9750 -39.9979 -41.4336 -43.3089 -43.0461 -41.7027 -40.8252 -40.3949 + 5 -36.0124 -36.1888 -36.5298 -37.0035 -37.5406 -37.9973 -38.0897 -37.9074 -37.6916 -37.5597 + 6 -33.9205 -34.0046 -34.1617 -34.3677 -34.5842 -34.7612 -34.8519 -34.8636 -34.8393 -34.8168 + 7 -32.0716 -32.1100 -32.1815 -32.2742 -32.3720 -32.4575 -32.5180 -32.5519 -32.5667 -32.5715 + 8 -30.6252 -30.6433 -30.6773 -30.7221 -30.7707 -30.8162 -30.8535 -30.8804 -30.8971 -30.9054 + 9 -29.6448 -29.6544 -29.6726 -29.6969 -29.7241 -29.7508 -29.7743 -29.7927 -29.8054 -29.8120 + 10 -29.1521 -29.1586 -29.1709 -29.1874 -29.2061 -29.2251 -29.2425 -29.2566 -29.2666 -29.2717 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 16 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 16 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 5713655.3465 CSUB-CGELASTIC = 409.1696 CSUB + CSUB-ELASTIC = 1613657.7675 CSUB-ELASTIC = 4.0084 CSUB + CSUB-INELASTIC = 113675383.6149 CSUB-INELASTIC = 18256.7290 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 118368000.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4212958.7173 CHD = 241.9755 CHD_0 + + TOTAL IN = 243583655.4461 TOTAL IN = 45911.8824 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 164362500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 78428981.3115 CHD = 15911.8824 CHD_0 + + TOTAL OUT = 243583655.4437 TOTAL OUT = 45911.8824 + + IN - OUT = 2.3590E-03 IN - OUT = 6.6833E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 16 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 4.73450E+08 7.89084E+06 1.31514E+05 5479.8 15.003 + + +end timestep + + +start timestep kper="17" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 17 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 17 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="17" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="17" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="17" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="17" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="17" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 17 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 17 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 17 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 17 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 17 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 17 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 17 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 17 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 17 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 17 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.4257 16.9948 16.1780 15.6512 15.3778 15.3437 15.5518 16.0218 16.7962 17.2040 + 2 16.3133 15.7007 15.1749 14.7918 14.5731 14.5275 14.6577 14.9612 15.4237 15.9994 + 3 14.8093 14.2127 13.7534 13.4263 13.2294 13.1623 13.2257 13.4207 13.7546 14.2549 + 4 12.8408 12.3215 11.9494 11.6878 11.5196 11.4352 11.4260 11.4786 11.5703 11.6590 + 5 10.0870 9.97649 9.83881 9.71218 9.61399 9.55067 9.52162 9.52034 9.53513 9.55038 + 6 7.89670 7.86116 7.80520 7.74466 7.69149 7.65255 7.62978 7.62090 7.62060 7.62267 + 7 5.95725 5.93511 5.89756 5.85562 5.82028 5.79817 5.79101 5.79572 5.80508 5.81182 + 8 4.20384 4.16653 4.10314 4.03589 3.99192 3.97990 4.00080 4.04798 4.09644 4.12574 + 9 2.68716 2.58798 2.40951 2.20817 2.12093 2.11511 2.19082 2.38076 2.55041 2.64480 + 10 1.64606 1.40409 0.884110 0.00000 0.00000 0.00000 0.00000 0.871557 1.38306 1.62074 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 17 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -10.0196 -10.0262 -10.0405 -10.0591 -10.0792 -10.0987 -10.1163 -10.1324 -10.1486 -10.1677 + 2 -10.0312 -9.88303 -10.2054 -10.5836 -10.9734 -11.2798 -11.2701 -11.0240 -10.6921 -10.2621 + 3 -10.0693 -10.1895 -10.6539 -11.2973 -12.2425 -13.6058 -13.2893 -12.1999 -11.4176 -10.3564 + 4 -10.1219 -10.2512 -10.6295 -11.1137 -11.7362 -12.4753 -12.3902 -11.8542 -11.3869 -10.4282 + 5 -10.1836 -10.2116 -10.3930 -10.6194 -10.8625 -11.0644 -11.1110 -11.0372 -10.9058 -10.4709 + 6 -10.2482 -10.1033 -10.1693 -10.2694 -10.3716 -10.4539 -10.4971 -10.5044 -10.4964 -10.4972 + 7 -10.3179 -10.0573 -10.0706 -10.1192 -10.1686 -10.2088 -10.2344 -10.2466 -10.2757 -10.5204 + 8 -10.3945 -10.1332 -10.1400 -10.1799 -10.2138 -10.2351 -10.2415 -10.2355 -10.2572 -10.5481 + 9 -10.4772 -10.3368 -10.3882 -10.4683 -10.5109 -10.5229 -10.5033 -10.4432 -10.4101 -10.5817 + 10 -10.5618 -10.5823 -10.6016 -10.6184 -10.6298 -10.6361 -10.6371 -10.6328 -10.6259 -10.6176 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 17 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -41.1999 -41.3706 -41.6897 -42.1092 -42.5506 -42.9070 -43.0734 -43.0709 -42.9988 -42.9408 + 2 -41.1690 -41.4307 -41.9457 -42.6835 -43.5582 -44.3384 -44.4222 -44.0224 -43.6145 -43.3798 + 3 -40.7424 -41.1341 -41.9690 -43.3736 -45.6123 -49.2306 -48.3805 -45.6802 -44.2103 -43.5554 + 4 -39.3954 -39.7135 -40.3672 -41.3903 -42.8264 -44.7019 -44.4392 -43.0957 -42.2182 -41.7878 + 5 -37.4054 -37.5818 -37.9229 -38.3968 -38.9341 -39.3910 -39.4835 -39.3012 -39.0854 -38.9534 + 6 -35.3144 -35.3986 -35.5558 -35.7619 -35.9785 -36.1556 -36.2464 -36.2581 -36.2338 -36.2113 + 7 -33.4663 -33.5048 -33.5764 -33.6692 -33.7670 -33.8526 -33.9132 -33.9472 -33.9619 -33.9667 + 8 -32.0207 -32.0388 -32.0729 -32.1178 -32.1664 -32.2120 -32.2494 -32.2762 -32.2929 -32.3011 + 9 -31.0408 -31.0504 -31.0687 -31.0931 -31.1203 -31.1470 -31.1705 -31.1890 -31.2016 -31.2082 + 10 -30.5482 -30.5548 -30.5671 -30.5836 -30.6025 -30.6215 -30.6388 -30.6530 -30.6629 -30.6680 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 17 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 17 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 5860123.8279 CSUB-CGELASTIC = 395.6999 CSUB + CSUB-ELASTIC = 1615183.4767 CSUB-ELASTIC = 4.2811 CSUB + CSUB-INELASTIC = 120288475.6192 CSUB-INELASTIC = 18002.5909 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 128229750.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4304207.7425 CHD = 255.1282 CHD_0 + + TOTAL IN = 260297740.6664 TOTAL IN = 45657.7001 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 175320000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 84185566.5315 CHD = 15657.7001 CHD_0 + + TOTAL OUT = 260297740.6637 TOTAL OUT = 45657.7001 + + IN - OUT = 2.6455E-03 IN - OUT = 7.8615E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 17 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 5.05008E+08 8.41680E+06 1.40280E+05 5845.0 16.003 + + +end timestep + + +start timestep kper="18" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 18 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 18 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="18" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="18" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="18" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="18" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="18" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 18 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 18 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 18 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 18 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 18 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 18 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 18 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 18 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 18 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 18 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.2945 16.8637 16.0468 15.5200 15.2465 15.2124 15.4204 15.8904 16.6648 17.0726 + 2 16.1846 15.5720 15.0462 14.6629 14.4442 14.3984 14.5286 14.8321 15.2946 15.8703 + 3 14.6853 14.0887 13.6293 13.3021 13.1051 13.0378 13.1012 13.2963 13.6301 14.1305 + 4 12.7241 12.2047 11.8326 11.5709 11.4026 11.3181 11.3088 11.3615 11.4531 11.5419 + 5 9.98017 9.86965 9.73194 9.60526 9.50700 9.44362 9.41452 9.41320 9.42798 9.44323 + 6 7.80239 7.76688 7.71098 7.65049 7.59732 7.55833 7.53548 7.52649 7.52610 7.52814 + 7 5.87805 5.85607 5.81880 5.77712 5.74193 5.71980 5.71244 5.71683 5.72590 5.73246 + 8 4.14195 4.10520 4.04276 3.97648 3.93306 3.92102 3.94134 3.98752 4.03500 4.06374 + 9 2.64329 2.54584 2.37050 2.17267 2.08689 2.08107 2.15529 2.34169 2.50820 2.60087 + 10 1.61640 1.37878 0.868160 0.00000 0.00000 0.00000 0.00000 0.855586 1.35772 1.59103 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 18 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -10.5453 -10.5512 -10.5651 -10.5834 -10.6034 -10.6230 -10.6409 -10.6576 -10.6745 -10.6944 + 2 -10.5602 -10.3532 -10.6935 -11.0944 -11.5036 -11.8230 -11.8116 -11.5522 -11.2027 -10.7930 + 3 -10.6025 -10.6909 -11.1781 -11.8516 -12.8321 -14.2312 -13.9077 -12.7864 -11.9718 -10.8919 + 4 -10.6597 -10.7746 -11.1703 -11.6757 -12.3219 -13.0830 -12.9962 -12.4441 -11.9573 -10.9686 + 5 -10.7261 -10.7542 -10.9427 -11.1790 -11.4322 -11.6418 -11.6903 -11.6139 -11.4761 -11.0161 + 6 -10.7955 -10.6582 -10.7264 -10.8308 -10.9373 -11.0231 -11.0681 -11.0758 -11.0670 -11.0469 + 7 -10.8695 -10.6220 -10.6356 -10.6864 -10.7381 -10.7802 -10.8069 -10.8197 -10.8498 -11.0742 + 8 -10.9501 -10.7073 -10.7145 -10.7562 -10.7917 -10.8141 -10.8207 -10.8146 -10.8367 -11.1055 + 9 -11.0363 -10.9204 -10.9746 -11.0577 -11.1021 -11.1147 -11.0943 -11.0322 -10.9970 -11.1420 + 10 -11.1237 -11.1447 -11.1645 -11.1815 -11.1931 -11.1995 -11.2005 -11.1961 -11.1888 -11.1802 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 18 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -42.5416 -42.7123 -43.0315 -43.4510 -43.8926 -44.2491 -44.4156 -44.4132 -44.3411 -44.2831 + 2 -42.5110 -42.7727 -43.2878 -44.0258 -44.9007 -45.6811 -45.7649 -45.3652 -44.9573 -44.7226 + 3 -42.0852 -42.4769 -43.3120 -44.7168 -46.9558 -50.5743 -49.7244 -47.0240 -45.5541 -44.8991 + 4 -40.7391 -41.0572 -41.7111 -42.7345 -44.1708 -46.0465 -45.7839 -44.4404 -43.5628 -43.1324 + 5 -38.7500 -38.9266 -39.2678 -39.7419 -40.2793 -40.7363 -40.8289 -40.6466 -40.4308 -40.2987 + 6 -36.6600 -36.7442 -36.9015 -37.1077 -37.3245 -37.5017 -37.5925 -37.6043 -37.5799 -37.5574 + 7 -34.8127 -34.8513 -34.9229 -35.0158 -35.1137 -35.1994 -35.2600 -35.2940 -35.3087 -35.3134 + 8 -33.3677 -33.3859 -33.4201 -33.4650 -33.5137 -33.5594 -33.5967 -33.6236 -33.6403 -33.6484 + 9 -32.3883 -32.3980 -32.4163 -32.4408 -32.4681 -32.4948 -32.5183 -32.5368 -32.5494 -32.5559 + 10 -31.8959 -31.9025 -31.9149 -31.9314 -31.9503 -31.9693 -31.9867 -32.0008 -32.0108 -32.0159 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 18 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 18 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6001906.9475 CSUB-CGELASTIC = 383.2814 CSUB + CSUB-ELASTIC = 1616794.7823 CSUB-ELASTIC = 4.4913 CSUB + CSUB-INELASTIC = 126805585.5896 CSUB-INELASTIC = 17734.4892 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 138091500.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4400343.1481 CHD = 268.6469 CHD_0 + + TOTAL IN = 276916130.4675 TOTAL IN = 45390.9088 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 186277500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 89846456.3323 CHD = 15390.9088 CHD_0 + + TOTAL OUT = 276916130.4645 TOTAL OUT = 45390.9088 + + IN - OUT = 2.9830E-03 IN - OUT = 7.3450E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 18 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 5.36566E+08 8.94276E+06 1.49046E+05 6210.2 17.003 + + +end timestep + + +start timestep kper="19" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 19 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 19 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="19" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="19" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="19" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="19" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="19" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 19 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 19 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 19 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 19 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 19 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 19 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 19 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 19 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 19 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 19 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.1578 16.7269 15.9100 15.3832 15.1097 15.0755 15.2835 15.7534 16.5278 16.9356 + 2 16.0504 15.4378 14.9119 14.5286 14.3097 14.2639 14.3941 14.6976 15.1601 15.7358 + 3 14.5561 13.9595 13.5001 13.1727 12.9756 12.9083 12.9716 13.1667 13.5006 14.0009 + 4 12.6025 12.0832 11.7110 11.4492 11.2808 11.1962 11.1869 11.2396 11.3313 11.4201 + 5 9.86902 9.75849 9.62076 9.49404 9.39573 9.33229 9.30314 9.30179 9.31655 9.33182 + 6 7.70435 7.66888 7.61303 7.55259 7.49944 7.46042 7.43748 7.42839 7.42791 7.42991 + 7 5.79580 5.77399 5.73699 5.69561 5.66057 5.63841 5.63085 5.63492 5.64368 5.65008 + 8 4.07773 4.04156 3.98010 3.91484 3.87198 3.85993 3.87966 3.92480 3.97128 3.99943 + 9 2.59782 2.50216 2.33006 2.13588 2.05162 2.04578 2.11848 2.30121 2.46447 2.55534 + 10 1.58569 1.35257 0.851646 0.00000 0.00000 0.00000 0.00000 0.839054 1.33148 1.56028 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 19 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -11.1005 -11.1060 -11.1196 -11.1378 -11.1578 -11.1775 -11.1956 -11.2126 -11.2299 -11.2504 + 2 -11.1174 -10.8591 -11.2136 -11.6338 -12.0598 -12.3903 -12.3776 -12.1068 -11.7427 -11.3515 + 3 -11.1621 -11.2228 -11.7289 -12.4283 -13.4393 -14.8689 -14.5395 -13.3910 -12.5485 -11.4533 + 4 -11.2219 -11.3247 -11.7349 -12.2588 -12.9254 -13.7052 -13.6172 -13.0512 -12.5471 -11.5328 + 5 -11.2911 -11.3197 -11.5144 -11.7593 -12.0212 -12.2375 -12.2876 -12.2089 -12.0653 -11.5829 + 6 -11.3629 -11.2334 -11.3036 -11.4117 -11.5221 -11.6108 -11.6574 -11.6656 -11.6557 -11.6162 + 7 -11.4393 -11.2046 -11.2187 -11.2715 -11.3251 -11.3688 -11.3965 -11.4099 -11.4404 -11.6456 + 8 -11.5219 -11.2966 -11.3046 -11.3478 -11.3847 -11.4079 -11.4149 -11.4087 -11.4308 -11.6786 + 9 -11.6097 -11.5166 -11.5734 -11.6589 -11.7047 -11.7178 -11.6969 -11.6332 -11.5959 -11.7164 + 10 -11.6984 -11.7197 -11.7396 -11.7567 -11.7684 -11.7748 -11.7759 -11.7715 -11.7642 -11.7554 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 19 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -43.8395 -44.0103 -44.3295 -44.7492 -45.1909 -45.5475 -45.7140 -45.7116 -45.6396 -45.5816 + 2 -43.8092 -44.0709 -44.5861 -45.3243 -46.1993 -46.9799 -47.0638 -46.6640 -46.2561 -46.0215 + 3 -43.3841 -43.7758 -44.6110 -46.0161 -48.2553 -51.8741 -51.0241 -48.3237 -46.8537 -46.1987 + 4 -42.0388 -42.3569 -43.0110 -44.0346 -45.4711 -47.3469 -47.0844 -45.7409 -44.8632 -44.4327 + 5 -40.0505 -40.2271 -40.5684 -41.0427 -41.5802 -42.0374 -42.1301 -41.9478 -41.7319 -41.5998 + 6 -37.9613 -38.0455 -38.2029 -38.4092 -38.6261 -38.8034 -38.8943 -38.9060 -38.8816 -38.8591 + 7 -36.1147 -36.1533 -36.2250 -36.3180 -36.4159 -36.5016 -36.5623 -36.5963 -36.6110 -36.6157 + 8 -34.6702 -34.6885 -34.7227 -34.7677 -34.8165 -34.8621 -34.8995 -34.9264 -34.9431 -34.9512 + 9 -33.6912 -33.7009 -33.7193 -33.7438 -33.7711 -33.7979 -33.8214 -33.8398 -33.8524 -33.8589 + 10 -33.1989 -33.2055 -33.2179 -33.2345 -33.2534 -33.2724 -33.2898 -33.3039 -33.3139 -33.3190 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 19 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 19 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6139357.2876 CSUB-CGELASTIC = 371.7738 CSUB + CSUB-ELASTIC = 1618471.2498 CSUB-ELASTIC = 4.6497 CSUB + CSUB-INELASTIC = 133222343.2998 CSUB-INELASTIC = 17455.6846 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 147953250.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4501481.7526 CHD = 282.4550 CHD_0 + + TOTAL IN = 293434903.5897 TOTAL IN = 45114.5631 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 197235000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 95407729.4543 CHD = 15114.5631 CHD_0 + + TOTAL OUT = 293434903.5865 TOTAL OUT = 45114.5631 + + IN - OUT = 3.2824E-03 IN - OUT = 6.9941E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 19 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 5.68123E+08 9.46872E+06 1.57812E+05 6575.5 18.003 + + +end timestep + + +start timestep kper="20" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 20 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 20 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="20" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="20" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="20" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="20" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="20" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 20 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 20 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 20 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 20 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 20 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 20 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 20 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 20 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 20 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 20 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.0168 16.5860 15.7691 15.2422 14.9686 14.9344 15.1423 15.6123 16.3866 16.7945 + 2 15.9121 15.2995 14.7736 14.3902 14.1713 14.1254 14.2555 14.5591 15.0215 15.5972 + 3 14.4231 13.8264 13.3669 13.0395 12.8423 12.7749 12.8382 13.0333 13.3672 13.8676 + 4 12.4774 11.9581 11.5858 11.3240 11.1555 11.0708 11.0615 11.1142 11.2059 11.2947 + 5 9.75466 9.64413 9.50638 9.37964 9.28129 9.21781 9.18861 9.18722 9.20197 9.21723 + 6 7.60356 7.56812 7.51234 7.45196 7.39883 7.35978 7.33676 7.32757 7.32699 7.32895 + 7 5.71129 5.68965 5.65295 5.61186 5.57700 5.55482 5.54704 5.55079 5.55924 5.56545 + 8 4.01179 3.97622 3.91579 3.85156 3.80929 3.79722 3.81635 3.86043 3.90587 3.93342 + 9 2.55117 2.45735 2.28858 2.09815 2.01543 2.00959 2.08073 2.25970 2.41962 2.50865 + 10 1.55420 1.32570 0.834718 0.00000 0.00000 0.00000 0.00000 0.822112 1.30459 1.52877 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 20 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -11.6775 -11.6828 -11.6963 -11.7144 -11.7344 -11.7542 -11.7725 -11.7896 -11.8072 -11.8280 + 2 -11.6953 -11.3932 -11.7589 -12.1957 -12.6361 -12.9762 -12.9624 -12.6818 -12.3056 -11.9304 + 3 -11.7411 -11.7783 -12.3001 -13.0219 -14.0592 -15.5148 -15.1806 -14.0087 -13.1420 -12.0337 + 4 -11.8022 -11.8951 -12.3176 -12.8574 -13.5418 -14.3376 -14.2485 -13.6706 -13.1513 -12.1147 + 5 -11.8725 -11.9026 -12.1025 -12.3550 -12.6244 -12.8464 -12.8981 -12.8174 -12.6682 -12.1660 + 6 -11.9455 -11.8235 -11.8957 -12.0070 -12.1207 -12.2121 -12.2600 -12.2685 -12.2572 -12.2002 + 7 -12.0227 -11.8000 -11.8148 -11.8692 -11.9246 -11.9696 -11.9982 -12.0121 -12.0426 -12.2302 + 8 -12.1059 -11.8965 -11.9055 -11.9499 -11.9880 -12.0120 -12.0192 -12.0130 -12.0348 -12.2635 + 9 -12.1940 -12.1208 -12.1802 -12.2674 -12.3144 -12.3279 -12.3067 -12.2419 -12.2025 -12.3013 + 10 -12.2828 -12.3041 -12.3240 -12.3410 -12.3528 -12.3592 -12.3603 -12.3561 -12.3489 -12.3402 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 20 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -45.0973 -45.2681 -45.5874 -46.0071 -46.4489 -46.8056 -46.9722 -46.9698 -46.8978 -46.8398 + 2 -45.0671 -45.3288 -45.8441 -46.5825 -47.4577 -48.2384 -48.3223 -47.9226 -47.5147 -47.2800 + 3 -44.6426 -45.0343 -45.8697 -47.2750 -49.5144 -53.1333 -52.2834 -49.5830 -48.1129 -47.4578 + 4 -43.2979 -43.6161 -44.2703 -45.2941 -46.7308 -48.6068 -48.3443 -47.0008 -46.1230 -45.6925 + 5 -41.3103 -41.4870 -41.8284 -42.3027 -42.8404 -43.2976 -43.3904 -43.2081 -42.9922 -42.8601 + 6 -39.2217 -39.3060 -39.4634 -39.6698 -39.8868 -40.0641 -40.1550 -40.1668 -40.1424 -40.1198 + 7 -37.3756 -37.4142 -37.4860 -37.5790 -37.6771 -37.7628 -37.8235 -37.8575 -37.8722 -37.8768 + 8 -35.9316 -35.9499 -35.9842 -36.0292 -36.0780 -36.1237 -36.1611 -36.1879 -36.2046 -36.2127 + 9 -34.9528 -34.9625 -34.9810 -35.0055 -35.0329 -35.0597 -35.0832 -35.1016 -35.1141 -35.1206 + 10 -34.4605 -34.4672 -34.4795 -34.4962 -34.5151 -34.5341 -34.5515 -34.5656 -34.5756 -34.5807 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 20 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 20 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6272780.8663 CSUB-CGELASTIC = 361.0577 CSUB + CSUB-ELASTIC = 1620195.9267 CSUB-ELASTIC = 4.7651 CSUB + CSUB-INELASTIC = 139535452.5829 CSUB-INELASTIC = 17168.9150 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 157815000.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4607713.1872 CHD = 296.4797 CHD_0 + + TOTAL IN = 309851142.5631 TOTAL IN = 44831.2175 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 208192500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 100866468.4273 CHD = 14831.2175 CHD_0 + + TOTAL OUT = 309851142.5595 TOTAL OUT = 44831.2175 + + IN - OUT = 3.6362E-03 IN - OUT = 9.1451E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 20 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 5.99681E+08 9.99468E+06 1.66578E+05 6940.8 19.003 + + +end timestep + + +start timestep kper="21" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 21 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 21 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="21" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="21" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="21" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="21" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="21" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 21 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 21 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 21 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 21 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 21 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 21 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 21 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 21 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 21 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 21 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 16.8729 16.4420 15.6251 15.0982 14.8246 14.7903 14.9983 15.4682 16.2425 16.6504 + 2 15.7709 15.1583 14.6324 14.2489 14.0299 13.9840 14.1141 14.4176 14.8801 15.4558 + 3 14.2873 13.6906 13.2311 12.9036 12.7063 12.6388 12.7021 12.8972 13.2311 13.7315 + 4 12.3498 11.8304 11.4581 11.1962 11.0277 10.9430 10.9336 10.9862 11.0780 11.1668 + 5 9.63804 9.52751 9.38975 9.26299 9.16460 9.10108 9.07184 9.07042 9.08515 9.10042 + 6 7.50081 7.46542 7.40971 7.34940 7.29630 7.25721 7.23412 7.22482 7.22415 7.22606 + 7 5.62519 5.60374 5.56734 5.52655 5.49187 5.46967 5.46168 5.46510 5.47323 5.47926 + 8 3.94466 3.90970 3.85030 3.78714 3.74547 3.73339 3.75190 3.79489 3.83929 3.86623 + 9 2.50371 2.41177 2.24637 2.05976 1.97862 1.97277 2.04231 2.21747 2.37400 2.46115 + 10 1.52218 1.29838 0.817502 0.00000 0.00000 0.00000 0.00000 0.804883 1.27724 1.49672 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 21 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -12.2699 -12.2753 -12.2887 -12.3069 -12.3269 -12.3467 -12.3651 -12.3823 -12.4000 -12.4209 + 2 -12.2879 -11.9492 -12.3235 -12.7746 -13.2274 -13.5758 -13.5610 -13.2720 -12.8859 -12.5239 + 3 -12.3340 -12.3518 -12.8867 -13.6278 -14.6879 -16.1656 -15.8272 -14.6354 -13.7479 -12.6277 + 4 -12.3953 -12.4807 -12.9135 -13.4672 -14.1669 -14.9765 -14.8865 -14.2984 -13.7656 -12.7090 + 5 -12.4658 -12.4980 -12.7025 -12.9614 -13.2374 -13.4644 -13.5173 -13.4349 -13.2807 -12.7604 + 6 -12.5386 -12.4242 -12.4982 -12.6123 -12.7288 -12.8225 -12.8716 -12.8803 -12.8676 -12.7944 + 7 -12.6155 -12.4040 -12.4197 -12.4755 -12.5323 -12.5785 -12.6079 -12.6223 -12.6524 -12.8240 + 8 -12.6983 -12.5031 -12.5132 -12.5586 -12.5976 -12.6223 -12.6298 -12.6237 -12.6448 -12.8566 + 9 -12.7858 -12.7296 -12.7913 -12.8798 -12.9276 -12.9415 -12.9201 -12.8547 -12.8133 -12.8936 + 10 -12.8738 -12.8950 -12.9147 -12.9316 -12.9433 -12.9498 -12.9510 -12.9469 -12.9400 -12.9315 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 21 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -46.3179 -46.4887 -46.8080 -47.2278 -47.6697 -48.0264 -48.1931 -48.1908 -48.1188 -48.0608 + 2 -46.2879 -46.5496 -47.0649 -47.8034 -48.6787 -49.4595 -49.5435 -49.1438 -48.7359 -48.5012 + 3 -45.8637 -46.2554 -47.0909 -48.4964 -50.7360 -54.3550 -53.5052 -50.8047 -49.3346 -48.6795 + 4 -44.5195 -44.8378 -45.4921 -46.5160 -47.9528 -49.8290 -49.5665 -48.2230 -47.3452 -46.9146 + 5 -42.5324 -42.7091 -43.0506 -43.5251 -44.0628 -44.5202 -44.6130 -44.4307 -44.2147 -44.0826 + 6 -40.4442 -40.5285 -40.6860 -40.8925 -41.1095 -41.2869 -41.3779 -41.3897 -41.3653 -41.3427 + 7 -38.5985 -38.6372 -38.7090 -38.8020 -38.9001 -38.9859 -39.0466 -39.0806 -39.0953 -39.0999 + 8 -37.1547 -37.1730 -37.2074 -37.2524 -37.3013 -37.3470 -37.3844 -37.4112 -37.4279 -37.4359 + 9 -36.1760 -36.1858 -36.2043 -36.2289 -36.2563 -36.2831 -36.3066 -36.3250 -36.3375 -36.3440 + 10 -35.6838 -35.6904 -35.7029 -35.7195 -35.7384 -35.7575 -35.7749 -35.7890 -35.7989 -35.8041 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 21 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 21 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6402444.0543 CSUB-CGELASTIC = 351.0313 CSUB + CSUB-ELASTIC = 1621954.7449 CSUB-ELASTIC = 4.8448 CSUB + CSUB-INELASTIC = 145742518.0352 CSUB-INELASTIC = 16876.4745 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 167676750.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4719101.6661 CHD = 310.6538 CHD_0 + + TOTAL IN = 326162768.5005 TOTAL IN = 44543.0044 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 219150000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 106220594.3643 CHD = 14543.0044 CHD_0 + + TOTAL OUT = 326162768.4965 TOTAL OUT = 44543.0044 + + IN - OUT = 3.9902E-03 IN - OUT = 8.4918E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 21 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 6.31238E+08 1.05206E+07 1.75344E+05 7306.0 20.003 + + +end timestep + + +start timestep kper="22" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 22 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 22 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="22" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="22" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="22" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="22" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="22" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 22 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 22 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 22 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 22 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 22 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 22 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 22 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 22 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 22 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 22 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 16.7270 16.2961 15.4792 14.9522 14.6786 14.6443 14.8522 15.3222 16.0965 16.5043 + 2 15.6278 15.0152 14.4892 14.1057 13.8867 13.8407 13.9708 14.2743 14.7368 15.3124 + 3 14.1497 13.5530 13.0934 12.7658 12.5685 12.5009 12.5641 12.7593 13.0932 13.5937 + 4 12.2205 11.7011 11.3288 11.0668 10.8982 10.8134 10.8040 10.8567 10.9484 11.0373 + 5 9.51992 9.40939 9.27163 9.14486 9.04645 8.98288 8.95361 8.95216 8.96687 8.98214 + 6 7.39679 7.36144 7.30581 7.24557 7.19250 7.15340 7.13023 7.12082 7.12006 7.12192 + 7 5.53806 5.51679 5.48071 5.44023 5.40572 5.38351 5.37531 5.37840 5.38621 5.39205 + 8 3.87676 3.84242 3.78407 3.72199 3.68092 3.66883 3.68671 3.72862 3.77196 3.79827 + 9 2.45572 2.36568 2.20371 2.02095 1.94141 1.93555 2.00349 2.17478 2.32788 2.41313 + 10 1.48981 1.27076 0.800103 0.00000 0.00000 0.00000 0.00000 0.787473 1.24960 1.46433 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 22 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -12.8729 -12.8783 -12.8918 -12.9101 -12.9302 -12.9500 -12.9684 -12.9857 -13.0034 -13.0243 + 2 -12.8905 -12.5216 -12.9026 -13.3659 -13.8295 -14.1850 -14.1694 -13.8732 -13.4789 -13.1272 + 3 -12.9362 -12.9385 -13.4842 -14.2421 -15.3217 -16.8183 -16.4765 -15.2677 -14.3621 -13.2308 + 4 -12.9970 -13.0772 -13.5187 -14.0843 -14.7972 -15.6186 -15.5280 -14.9310 -14.3864 -13.3117 + 5 -13.0667 -13.1019 -13.3105 -13.5750 -13.8566 -14.0880 -14.1420 -14.0580 -13.8990 -13.3624 + 6 -13.1387 -13.0316 -13.1073 -13.2239 -13.3429 -13.4385 -13.4887 -13.4976 -13.4833 -13.3954 + 7 -13.2145 -13.0131 -13.0298 -13.0867 -13.1448 -13.1921 -13.2222 -13.2369 -13.2665 -13.4238 + 8 -13.2960 -13.1131 -13.1243 -13.1705 -13.2104 -13.2356 -13.2434 -13.2374 -13.2578 -13.4549 + 9 -13.3821 -13.3399 -13.4037 -13.4931 -13.5416 -13.5557 -13.5343 -13.4685 -13.4254 -13.4904 + 10 -13.4689 -13.4897 -13.5092 -13.5259 -13.5375 -13.5440 -13.5454 -13.5415 -13.5349 -13.5267 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 22 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -47.5039 -47.6747 -47.9940 -48.4139 -48.8558 -49.2126 -49.3793 -49.3770 -49.3050 -49.2471 + 2 -47.4739 -47.7356 -48.2510 -48.9896 -49.8650 -50.6459 -50.7300 -50.3302 -49.9223 -49.6877 + 3 -47.0500 -47.4418 -48.2774 -49.6830 -51.9227 -55.5419 -54.6921 -51.9916 -50.5215 -49.8663 + 4 -45.7062 -46.0245 -46.6789 -47.7029 -49.1399 -51.0161 -50.7537 -49.4103 -48.5324 -48.1017 + 5 -43.7194 -43.8961 -44.2377 -44.7122 -45.2501 -45.7075 -45.8004 -45.6181 -45.4021 -45.2699 + 6 -41.6314 -41.7158 -41.8734 -42.0799 -42.2970 -42.4744 -42.5654 -42.5772 -42.5528 -42.5302 + 7 -39.7859 -39.8246 -39.8965 -39.9896 -40.0877 -40.1735 -40.2343 -40.2683 -40.2830 -40.2876 + 8 -38.3423 -38.3606 -38.3950 -38.4401 -38.4890 -38.5347 -38.5722 -38.5990 -38.6156 -38.6236 + 9 -37.3637 -37.3735 -37.3920 -37.4166 -37.4440 -37.4708 -37.4944 -37.5128 -37.5253 -37.5317 + 10 -36.8714 -36.8780 -36.8905 -36.9071 -36.9261 -36.9452 -36.9625 -36.9767 -36.9866 -36.9917 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 22 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 22 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6528579.4686 CSUB-CGELASTIC = 341.6083 CSUB + CSUB-ELASTIC = 1623736.0316 CSUB-ELASTIC = 4.8949 CSUB + CSUB-INELASTIC = 151841898.1638 CSUB-INELASTIC = 16580.2815 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 177538500.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4835688.2421 CHD = 324.9164 CHD_0 + + TOTAL IN = 342368401.9060 TOTAL IN = 44251.7011 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 230107500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 111468727.7695 CHD = 14251.7011 CHD_0 + + TOTAL OUT = 342368401.9017 TOTAL OUT = 44251.7011 + + IN - OUT = 4.2928E-03 IN - OUT = 8.0065E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 22 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 6.62796E+08 1.10466E+07 1.84110E+05 7671.2 21.003 + + +end timestep + + +start timestep kper="23" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 23 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 23 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="23" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="23" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="23" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="23" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="23" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 23 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 23 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 23 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 23 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 23 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 23 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 23 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 23 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 23 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 23 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 16.5799 16.1490 15.3321 14.8051 14.5314 14.4971 14.7050 15.1750 15.9493 16.3571 + 2 15.4835 14.8709 14.3449 13.9614 13.7423 13.6963 13.8263 14.1299 14.5923 15.1680 + 3 14.0109 13.4143 12.9546 12.6270 12.4296 12.3620 12.4252 12.6203 12.9543 13.4548 + 4 12.0902 11.5708 11.1984 10.9364 10.7678 10.6830 10.6736 10.7262 10.8179 10.9068 + 5 9.40095 9.29042 9.15266 9.02588 8.92745 8.86386 8.83455 8.83306 8.84776 8.86302 + 6 7.29205 7.25675 7.20120 7.14104 7.08800 7.04888 7.02563 7.01612 7.01527 7.01708 + 7 5.45036 5.42928 5.39351 5.35335 5.31902 5.29680 5.28839 5.29114 5.29863 5.30428 + 8 3.80844 3.77472 3.71744 3.65644 3.61598 3.60388 3.62114 3.66195 3.70422 3.72990 + 9 2.40746 2.31932 2.16080 1.98192 1.90399 1.89813 1.96445 2.13185 2.28150 2.36484 + 10 1.45727 1.24299 0.782608 0.00000 0.00000 0.00000 0.00000 0.769969 1.22182 1.43177 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 23 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -13.4823 -13.4879 -13.5015 -13.5199 -13.5400 -13.5599 -13.5784 -13.5956 -13.6133 -13.6341 + 2 -13.4991 -13.1059 -13.4922 -13.9660 -14.4387 -14.8004 -14.7840 -14.4817 -14.0806 -13.7364 + 3 -13.5439 -13.5344 -14.0892 -14.8614 -15.9580 -17.4707 -17.1260 -15.9026 -14.9813 -13.8393 + 4 -13.6036 -13.6807 -14.1297 -14.7056 -15.4300 -16.2615 -16.1703 -15.5658 -15.0106 -13.9192 + 5 -13.6722 -13.7109 -13.9231 -14.1925 -14.4789 -14.7141 -14.7691 -14.6838 -14.5204 -13.9686 + 6 -13.7426 -13.6427 -13.7201 -13.8387 -13.9599 -14.0571 -14.1083 -14.1174 -14.1014 -14.0001 + 7 -13.8167 -13.6245 -13.6421 -13.7001 -13.7593 -13.8075 -13.8382 -13.8533 -13.8820 -14.0266 + 8 -13.8963 -13.7239 -13.7362 -13.7831 -13.8236 -13.8493 -13.8574 -13.8516 -13.8710 -14.0558 + 9 -13.9806 -13.9495 -14.0150 -14.1049 -14.1538 -14.1682 -14.1469 -14.0811 -14.0364 -14.0893 + 10 -14.0656 -14.0861 -14.1052 -14.1217 -14.1331 -14.1397 -14.1412 -14.1377 -14.1314 -14.1237 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 23 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -48.6574 -48.8282 -49.1476 -49.5675 -50.0095 -50.3663 -50.5331 -50.5308 -50.4588 -50.4009 + 2 -48.6275 -48.8891 -49.4046 -50.1433 -51.0188 -51.7998 -51.8839 -51.4842 -51.0762 -50.8416 + 3 -48.2038 -48.5955 -49.4312 -50.8370 -53.0768 -56.6961 -55.8464 -53.1459 -51.6756 -51.0204 + 4 -46.8601 -47.1785 -47.8330 -48.8571 -50.2942 -52.1705 -51.9082 -50.5647 -49.6868 -49.2561 + 5 -44.8735 -45.0503 -45.3919 -45.8666 -46.4045 -46.8620 -46.9549 -46.7726 -46.5566 -46.4244 + 6 -42.7857 -42.8701 -43.0277 -43.2343 -43.4514 -43.6289 -43.7200 -43.7318 -43.7073 -43.6847 + 7 -40.9402 -40.9790 -41.0509 -41.1440 -41.2422 -41.3280 -41.3888 -41.4228 -41.4375 -41.4420 + 8 -39.4966 -39.5150 -39.5494 -39.5945 -39.6434 -39.6892 -39.7266 -39.7535 -39.7701 -39.7781 + 9 -38.5179 -38.5278 -38.5464 -38.5710 -38.5984 -38.6252 -38.6488 -38.6672 -38.6797 -38.6860 + 10 -38.0256 -38.0323 -38.0447 -38.0614 -38.0803 -38.0994 -38.1168 -38.1310 -38.1409 -38.1460 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 23 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 23 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6651390.9890 CSUB-CGELASTIC = 332.7149 CSUB + CSUB-ELASTIC = 1625530.1078 CSUB-ELASTIC = 4.9204 CSUB + CSUB-INELASTIC = 157832581.0757 CSUB-INELASTIC = 16281.9366 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 187400250.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4957493.3075 CHD = 339.2139 CHD_0 + + TOTAL IN = 358467245.4800 TOTAL IN = 43958.7858 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 241065000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 116610071.3431 CHD = 13958.7858 CHD_0 + + TOTAL OUT = 358467245.4753 TOTAL OUT = 43958.7858 + + IN - OUT = 4.6439E-03 IN - OUT = 7.8767E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 23 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 6.94354E+08 1.15726E+07 1.92876E+05 8036.5 22.003 + + +end timestep + + +start timestep kper="24" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 24 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 24 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="24" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="24" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="24" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="24" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="24" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 24 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 24 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 24 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 24 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 24 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 24 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 24 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 24 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 24 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 24 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 16.4323 16.0015 15.1845 14.6575 14.3838 14.3495 14.5574 15.0273 15.8016 16.2094 + 2 15.3387 14.7262 14.2001 13.8165 13.5974 13.5514 13.6814 13.9850 14.4474 15.0231 + 3 13.8718 13.2751 12.8155 12.4878 12.2903 12.2226 12.2859 12.4810 12.8150 13.3155 + 4 11.9595 11.4401 11.0677 10.8057 10.6370 10.5521 10.5427 10.5953 10.6871 10.7760 + 5 9.28166 9.17113 9.03338 8.90659 8.80815 8.74453 8.71519 8.71367 8.72835 8.74361 + 6 7.18706 7.15180 7.09633 7.03625 6.98326 6.94412 6.92080 6.91118 6.91023 6.91199 + 7 5.36247 5.34158 5.30613 5.26628 5.23215 5.20991 5.20130 5.20371 5.21087 5.21633 + 8 3.73999 3.70691 3.65068 3.59078 3.55093 3.53882 3.55546 3.59516 3.63636 3.66141 + 9 2.35912 2.27290 2.11784 1.94283 1.86652 1.86065 1.92535 2.08886 2.23505 2.31648 + 10 1.42468 1.21518 0.765090 0.00000 0.00000 0.00000 0.00000 0.752443 1.19400 1.39916 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 24 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -14.0949 -14.1007 -14.1145 -14.1330 -14.1532 -14.1731 -14.1916 -14.2087 -14.2263 -14.2469 + 2 -14.1106 -13.6984 -14.0887 -14.5714 -15.0521 -15.4190 -15.4021 -15.0945 -14.6877 -14.3484 + 3 -14.1542 -14.1361 -14.6984 -15.4832 -16.5943 -18.1207 -17.7737 -16.5377 -15.6029 -14.4503 + 4 -14.2125 -14.2883 -14.7436 -15.3285 -16.0627 -16.9029 -16.8113 -16.2002 -15.6357 -14.5287 + 5 -14.2793 -14.3224 -14.5377 -14.8112 -15.1020 -15.3404 -15.3962 -15.3097 -15.1424 -14.5764 + 6 -14.3478 -14.2548 -14.3338 -14.4542 -14.5772 -14.6760 -14.7280 -14.7372 -14.7195 -14.6058 + 7 -14.4197 -14.2356 -14.2544 -14.3132 -14.3733 -14.4223 -14.4535 -14.4689 -14.4968 -14.6301 + 8 -14.4971 -14.3332 -14.3466 -14.3940 -14.4350 -14.4611 -14.4696 -14.4640 -14.4825 -14.6569 + 9 -14.5791 -14.5562 -14.6232 -14.7133 -14.7625 -14.7771 -14.7560 -14.6904 -14.6444 -14.6880 + 10 -14.6620 -14.6820 -14.7007 -14.7169 -14.7283 -14.7348 -14.7365 -14.7333 -14.7274 -14.7202 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 24 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -49.7803 -49.9512 -50.2706 -50.6906 -51.1326 -51.4895 -51.6562 -51.6540 -51.5820 -51.5241 + 2 -49.7505 -50.0121 -50.5277 -51.2664 -52.1420 -52.9230 -53.0072 -52.6075 -52.1995 -51.9649 + 3 -49.3269 -49.7187 -50.5544 -51.9603 -54.2003 -57.8196 -56.9699 -54.2694 -52.7991 -52.1439 + 4 -47.9833 -48.3017 -48.9563 -49.9805 -51.4177 -53.2941 -53.0318 -51.6883 -50.8103 -50.3796 + 5 -45.9968 -46.1736 -46.5152 -46.9900 -47.5280 -47.9855 -48.0784 -47.8961 -47.6801 -47.5479 + 6 -43.9089 -43.9934 -44.1510 -44.3577 -44.5748 -44.7524 -44.8434 -44.8552 -44.8308 -44.8081 + 7 -42.0634 -42.1022 -42.1741 -42.2673 -42.3655 -42.4514 -42.5121 -42.5461 -42.5608 -42.5653 + 8 -40.6197 -40.6381 -40.6726 -40.7177 -40.7666 -40.8124 -40.8499 -40.8767 -40.8933 -40.9012 + 9 -39.6409 -39.6508 -39.6694 -39.6940 -39.7215 -39.7483 -39.7718 -39.7902 -39.8027 -39.8091 + 10 -39.1485 -39.1552 -39.1676 -39.1843 -39.2032 -39.2224 -39.2397 -39.2539 -39.2638 -39.2689 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 24 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 24 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6771058.0237 CSUB-CGELASTIC = 324.2883 CSUB + CSUB-ELASTIC = 1627328.9586 CSUB-ELASTIC = 4.9256 CSUB + CSUB-INELASTIC = 163714079.3499 CSUB-INELASTIC = 15982.7716 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 197262000.0000 RCHA = 27000.0000 RCHA_0 + CHD = 5084519.1378 CHD = 353.4993 CHD_0 + + TOTAL IN = 374458985.4700 TOTAL IN = 43665.4848 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 252022500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 121644311.3328 CHD = 13665.4848 CHD_0 + + TOTAL OUT = 374458985.4650 TOTAL OUT = 43665.4848 + + IN - OUT = 4.9911E-03 IN - OUT = 7.4513E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 24 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 7.25911E+08 1.20985E+07 2.01642E+05 8401.8 23.003 + + +end timestep + + +start timestep kper="25" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 25 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 25 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="25" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="25" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="25" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="25" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="25" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 25 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 25 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 25 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 25 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 25 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 25 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 25 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 25 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 25 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 25 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 16.2848 15.8540 15.0370 14.5099 14.2363 14.2019 14.4098 14.8797 15.6540 16.0618 + 2 15.1941 14.5815 14.0554 13.6718 13.4527 13.4066 13.5366 13.8402 14.3026 14.8783 + 3 13.7327 13.1360 12.6764 12.3486 12.1511 12.0834 12.1466 12.3418 12.6758 13.1763 + 4 11.8290 11.3095 10.9371 10.6750 10.5063 10.4214 10.4120 10.4646 10.5564 10.6453 + 5 9.16249 9.05197 8.91421 8.78743 8.68898 8.62534 8.59596 8.59442 8.60907 8.62433 + 6 7.08219 7.04699 6.99160 6.93160 6.87865 6.83949 6.81610 6.80639 6.80534 6.80705 + 7 5.27472 5.25401 5.21888 5.17935 5.14541 5.12316 5.11434 5.11642 5.12325 5.12852 + 8 3.67166 3.63921 3.58405 3.52523 3.48599 3.47388 3.48989 3.52850 3.56863 3.59305 + 9 2.31088 2.22658 2.07496 1.90383 1.82912 1.82326 1.88634 2.04597 2.18871 2.26821 + 10 1.39216 1.18744 0.747609 0.00000 0.00000 0.00000 0.00000 0.734955 1.16624 1.36663 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 25 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -14.7080 -14.7140 -14.7281 -14.7467 -14.7670 -14.7869 -14.8053 -14.8224 -14.8398 -14.8603 + 2 -14.7224 -14.2957 -14.6891 -15.1795 -15.6671 -16.0385 -16.0211 -15.7090 -15.2975 -14.9607 + 3 -14.7645 -14.7408 -15.3095 -16.1050 -17.2287 -18.7668 -18.4178 -17.1711 -16.2244 -15.0611 + 4 -14.8210 -14.8973 -15.3581 -15.9507 -16.6935 -17.5411 -17.4491 -16.8325 -16.2596 -15.1379 + 5 -14.8858 -14.9338 -15.1520 -15.4292 -15.7236 -15.9648 -16.0214 -15.9338 -15.7627 -15.1835 + 6 -14.9520 -14.8659 -14.9463 -15.0683 -15.1929 -15.2930 -15.3457 -15.3550 -15.3357 -15.2106 + 7 -15.0215 -14.8447 -14.8644 -14.9240 -14.9849 -15.0346 -15.0663 -15.0820 -15.1089 -15.2323 + 8 -15.0963 -14.9393 -14.9538 -15.0015 -15.0429 -15.0694 -15.0782 -15.0728 -15.0904 -15.2565 + 9 -15.1758 -15.1586 -15.2268 -15.3168 -15.3661 -15.3809 -15.3600 -15.2949 -15.2478 -15.2850 + 10 -15.2563 -15.2758 -15.2942 -15.3100 -15.3213 -15.3278 -15.3297 -15.3268 -15.3214 -15.3147 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 25 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -50.8744 -51.0453 -51.3648 -51.7848 -52.2268 -52.5837 -52.7505 -52.7483 -52.6763 -52.6184 + 2 -50.8446 -51.1062 -51.6218 -52.3606 -53.2363 -54.0174 -54.1015 -53.7018 -53.2939 -53.0592 + 3 -50.4210 -50.8128 -51.6486 -53.0546 -55.2947 -58.9141 -58.0645 -55.3639 -53.8936 -53.2383 + 4 -49.0775 -49.3959 -50.0505 -51.0748 -52.5121 -54.3886 -54.1263 -52.7828 -51.9048 -51.4740 + 5 -47.0909 -47.2677 -47.6094 -48.0842 -48.6223 -49.0799 -49.1728 -48.9905 -48.7745 -48.6422 + 6 -45.0029 -45.0874 -45.2451 -45.4518 -45.6690 -45.8465 -45.9376 -45.9494 -45.9249 -45.9022 + 7 -43.1572 -43.1961 -43.2680 -43.3612 -43.4595 -43.5453 -43.6061 -43.6401 -43.6548 -43.6593 + 8 -41.7133 -41.7318 -41.7663 -41.8114 -41.8604 -41.9062 -41.9436 -41.9704 -41.9871 -41.9950 + 9 -40.7344 -40.7443 -40.7629 -40.7876 -40.8150 -40.8419 -40.8654 -40.8838 -40.8963 -40.9026 + 10 -40.2419 -40.2485 -40.2610 -40.2777 -40.2966 -40.3157 -40.3331 -40.3473 -40.3572 -40.3623 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 25 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 25 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6887739.1316 CSUB-CGELASTIC = 316.2750 CSUB + CSUB-ELASTIC = 1629125.9599 CSUB-ELASTIC = 4.9141 CSUB + CSUB-INELASTIC = 169486341.2125 CSUB-INELASTIC = 15683.8912 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 207123750.0000 RCHA = 27000.0000 RCHA_0 + CHD = 5216752.3440 CHD = 367.7325 CHD_0 + + TOTAL IN = 390343708.6479 TOTAL IN = 43372.8128 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 262980000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 126571534.5104 CHD = 13372.8128 CHD_0 + + TOTAL OUT = 390343708.6426 TOTAL OUT = 43372.8128 + + IN - OUT = 5.3643E-03 IN - OUT = 6.9775E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 25 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 7.57469E+08 1.26245E+07 2.10408E+05 8767.0 24.003 + + +end timestep + + +start timestep kper="26" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 26 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 26 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="26" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="26" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="26" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="26" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="26" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 26 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 26 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 26 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 26 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 26 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 26 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 26 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 26 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 26 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 26 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 16.1379 15.7070 14.8900 14.3629 14.0892 14.0549 14.2628 14.7327 15.5070 15.9148 + 2 15.0499 14.4373 13.9113 13.5276 13.3084 13.2624 13.3924 13.6959 14.1584 14.7341 + 3 13.5942 12.9975 12.5378 12.2100 12.0125 11.9447 12.0079 12.2031 12.5371 13.0376 + 4 11.6989 11.1795 10.8070 10.5449 10.3761 10.2913 10.2818 10.3344 10.4262 10.5151 + 5 9.04380 8.93328 8.79554 8.66876 8.57030 8.50664 8.47724 8.47566 8.49030 8.50555 + 6 6.97777 6.94261 6.88731 6.82739 6.77449 6.73532 6.71186 6.70204 6.70091 6.70256 + 7 5.18734 5.16683 5.13202 5.09281 5.05905 5.03680 5.02777 5.02953 5.03603 5.04110 + 8 3.60365 3.57183 3.51773 3.45999 3.42137 3.40925 3.42464 3.46216 3.50122 3.52501 + 9 2.26288 2.18048 2.03229 1.86502 1.79192 1.78605 1.84752 2.00329 2.14259 2.22019 + 10 1.35980 1.15983 0.730216 0.00000 0.00000 0.00000 0.00000 0.717556 1.13862 1.33426 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 26 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -15.3194 -15.3258 -15.3400 -15.3588 -15.3792 -15.3992 -15.4175 -15.4345 -15.4517 -15.4719 + 2 -15.3325 -14.8952 -15.2911 -15.7881 -16.2816 -16.6569 -16.6391 -16.3231 -15.9075 -15.5710 + 3 -15.3729 -15.3461 -15.9202 -16.7249 -17.8595 -19.4076 -19.0569 -17.8010 -16.8441 -15.6699 + 4 -15.4274 -15.5057 -15.9712 -16.5705 -17.3206 -18.1746 -18.0824 -17.4609 -16.8806 -15.7447 + 5 -15.4899 -15.5434 -15.7641 -16.0444 -16.3420 -16.5857 -16.6429 -16.5544 -16.3799 -15.7881 + 6 -15.5535 -15.4741 -15.5560 -15.6793 -15.8053 -15.9065 -15.9598 -15.9692 -15.9482 -15.8126 + 7 -15.6203 -15.4499 -15.4707 -15.5309 -15.5925 -15.6427 -15.6749 -15.6909 -15.7168 -15.8315 + 8 -15.6923 -15.5407 -15.5561 -15.6041 -15.6458 -15.6726 -15.6817 -15.6766 -15.6933 -15.8528 + 9 -15.7691 -15.7554 -15.8244 -15.9141 -15.9634 -15.9784 -15.9578 -15.8934 -15.8455 -15.8785 + 10 -15.8472 -15.8661 -15.8840 -15.8995 -15.9106 -15.9172 -15.9192 -15.9167 -15.9117 -15.9056 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 26 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -51.9411 -52.1120 -52.4315 -52.8515 -53.2936 -53.6506 -53.8174 -53.8152 -53.7432 -53.6853 + 2 -51.9112 -52.1729 -52.6885 -53.4274 -54.3032 -55.0843 -55.1685 -54.7688 -54.3608 -54.1261 + 3 -51.4877 -51.8795 -52.7154 -54.1214 -56.3616 -59.9811 -59.1315 -56.4309 -54.9605 -54.3052 + 4 -50.1441 -50.4625 -51.1172 -52.1416 -53.5790 -55.4555 -55.1932 -53.8497 -52.9717 -52.5409 + 5 -48.1573 -48.3342 -48.6760 -49.1508 -49.6890 -50.1466 -50.2395 -50.0572 -49.8412 -49.7089 + 6 -46.0692 -46.1537 -46.3114 -46.5181 -46.7354 -46.9130 -47.0041 -47.0159 -46.9914 -46.9686 + 7 -44.2232 -44.2621 -44.3341 -44.4273 -44.5256 -44.6115 -44.6723 -44.7063 -44.7209 -44.7254 + 8 -42.7791 -42.7976 -42.8321 -42.8772 -42.9262 -42.9720 -43.0095 -43.0363 -43.0529 -43.0608 + 9 -41.7999 -41.8099 -41.8285 -41.8531 -41.8806 -41.9074 -41.9310 -41.9494 -41.9619 -41.9682 + 10 -41.3073 -41.3139 -41.3264 -41.3431 -41.3620 -41.3812 -41.3986 -41.4127 -41.4227 -41.4278 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 26 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 26 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 7001575.0963 CSUB-CGELASTIC = 308.6295 CSUB + CSUB-ELASTIC = 1630915.6511 CSUB-ELASTIC = 4.8888 CSUB + CSUB-INELASTIC = 175149675.5442 CSUB-INELASTIC = 15386.2086 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 216985500.0000 RCHA = 27000.0000 RCHA_0 + CHD = 5354166.1556 CHD = 381.8790 CHD_0 + + TOTAL IN = 406121832.4472 TOTAL IN = 43081.6059 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 273937500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 131392158.3093 CHD = 13081.6059 CHD_0 + + TOTAL OUT = 406121832.4415 TOTAL OUT = 43081.6059 + + IN - OUT = 5.7198E-03 IN - OUT = 7.2647E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 26 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 7.89026E+08 1.31504E+07 2.19174E+05 9132.2 25.003 + + +end timestep + + +start timestep kper="27" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 27 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 27 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="27" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="27" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="27" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="27" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="27" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 27 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 27 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 27 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 27 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 27 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 27 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 27 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 27 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 27 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 27 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 15.9918 15.5609 14.7439 14.2169 13.9431 13.9088 14.1166 14.5866 15.3608 15.7687 + 2 14.9067 14.2941 13.7680 13.3843 13.1651 13.1190 13.2490 13.5525 14.0150 14.5907 + 3 13.4565 12.8598 12.4001 12.0723 11.8747 11.8069 11.8701 12.0653 12.3994 12.8999 + 4 11.5697 11.0502 10.6778 10.4156 10.2468 10.1619 10.1525 10.2051 10.2969 10.3858 + 5 8.92589 8.81537 8.67764 8.55087 8.45240 8.38873 8.35930 8.35770 8.37231 8.38756 + 6 6.87404 6.83894 6.78373 6.72389 6.67104 6.63186 6.60833 6.59841 6.59718 6.59879 + 7 5.10058 5.08026 5.04576 5.00687 4.97330 4.95104 4.94181 4.94323 4.94941 4.95430 + 8 3.53612 3.50492 3.45188 3.39522 3.35720 3.34508 3.35986 3.39629 3.43430 3.45745 + 9 2.21522 2.13472 1.98993 1.82650 1.75499 1.74912 1.80899 1.96092 2.09681 2.17251 + 10 1.32768 1.13242 0.712951 0.00000 0.00000 0.00000 0.00000 0.700286 1.11121 1.30213 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 27 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -15.9275 -15.9341 -15.9486 -15.9675 -15.9880 -16.0080 -16.0263 -16.0432 -16.0602 -16.0801 + 2 -15.9390 -15.4947 -15.8926 -16.3951 -16.8937 -17.2724 -17.2542 -16.9349 -16.5159 -16.1779 + 3 -15.9776 -15.9500 -16.5287 -17.3414 -18.4854 -20.0419 -19.6898 -18.4262 -17.4602 -16.2750 + 4 -16.0299 -16.1116 -16.5813 -17.1863 -17.9428 -18.8022 -18.7098 -18.0841 -17.4973 -16.3477 + 5 -16.0900 -16.1495 -16.3725 -16.6556 -16.9559 -17.2017 -17.2595 -17.1702 -16.9924 -16.3886 + 6 -16.1509 -16.0779 -16.1612 -16.2857 -16.4129 -16.5151 -16.5689 -16.5784 -16.5558 -16.4103 + 7 -16.2148 -16.0501 -16.0719 -16.1326 -16.1947 -16.2455 -16.2781 -16.2943 -16.3192 -16.4263 + 8 -16.2839 -16.1362 -16.1525 -16.2006 -16.2425 -16.2697 -16.2791 -16.2743 -16.2902 -16.4446 + 9 -16.3578 -16.3455 -16.4150 -16.5042 -16.5534 -16.5686 -16.5484 -16.4847 -16.4364 -16.4673 + 10 -16.4332 -16.4516 -16.4690 -16.4842 -16.4951 -16.5017 -16.5039 -16.5018 -16.4973 -16.4918 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 27 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -52.9818 -53.1526 -53.4722 -53.8922 -54.3344 -54.6913 -54.8582 -54.8559 -54.7840 -54.7260 + 2 -52.9518 -53.2135 -53.7292 -54.4681 -55.3439 -56.1251 -56.2093 -55.8096 -55.4016 -55.1669 + 3 -52.5282 -52.9201 -53.7560 -55.1621 -57.4024 -61.0219 -60.1723 -57.4717 -56.0013 -55.3460 + 4 -51.1845 -51.5030 -52.1577 -53.1822 -54.6196 -56.4962 -56.2339 -54.8904 -54.0123 -53.5815 + 5 -49.1975 -49.3744 -49.7162 -50.1911 -50.7293 -51.1870 -51.2799 -51.0976 -50.8815 -50.7492 + 6 -47.1091 -47.1936 -47.3514 -47.5581 -47.7754 -47.9530 -48.0441 -48.0559 -48.0314 -48.0086 + 7 -45.2628 -45.3017 -45.3737 -45.4670 -45.5652 -45.6512 -45.7119 -45.7460 -45.7606 -45.7651 + 8 -43.8184 -43.8368 -43.8713 -43.9165 -43.9655 -44.0113 -44.0488 -44.0756 -44.0922 -44.1001 + 9 -42.8389 -42.8489 -42.8675 -42.8922 -42.9196 -42.9465 -42.9700 -42.9885 -43.0009 -43.0072 + 10 -42.3461 -42.3528 -42.3652 -42.3819 -42.4009 -42.4200 -42.4374 -42.4516 -42.4615 -42.4666 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 27 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 27 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 7112691.5335 CSUB-CGELASTIC = 301.3128 CSUB + CSUB-ELASTIC = 1632693.5474 CSUB-ELASTIC = 4.8521 CSUB + CSUB-INELASTIC = 180704688.6154 CSUB-INELASTIC = 15090.4754 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 226847250.0000 RCHA = 27000.0000 RCHA_0 + CHD = 5496722.4933 CHD = 395.9102 CHD_0 + + TOTAL IN = 421794046.1897 TOTAL IN = 42792.5506 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 284895000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 136106872.0515 CHD = 12792.5506 CHD_0 + + TOTAL OUT = 421794046.1837 TOTAL OUT = 42792.5506 + + IN - OUT = 6.0521E-03 IN - OUT = 5.9447E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 27 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 8.20584E+08 1.36764E+07 2.27940E+05 9497.5 26.003 + + +end timestep + + +start timestep kper="28" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 28 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 28 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="28" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="28" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="28" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="28" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="28" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 28 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 28 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 28 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 28 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 28 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 28 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 28 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 28 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 28 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 28 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 15.8470 15.4161 14.5991 14.0720 13.7983 13.7639 13.9718 14.4417 15.2160 15.6238 + 2 14.7646 14.1520 13.6259 13.2422 13.0230 12.9769 13.1069 13.4104 13.8729 14.4486 + 3 13.3200 12.7233 12.2636 11.9357 11.7381 11.6703 11.7335 11.9287 12.2628 12.7633 + 4 11.4415 10.9221 10.5496 10.2875 10.1187 10.0337 10.0242 10.0768 10.1686 10.2576 + 5 8.80900 8.69848 8.56076 8.43400 8.33554 8.27185 8.24240 8.24077 8.25536 8.27061 + 6 6.77124 6.73618 6.68105 6.62131 6.56850 6.52931 6.50572 6.49570 6.49437 6.49593 + 7 5.01459 4.99446 4.96027 4.92170 4.88832 4.86605 4.85663 4.85772 4.86358 4.86827 + 8 3.46920 3.43863 3.38663 3.33105 3.29363 3.28151 3.29567 3.33102 3.36798 3.39052 + 9 2.16800 2.08938 1.94798 1.78834 1.71841 1.71253 1.77083 1.91895 2.05146 2.12528 + 10 1.29586 1.10527 0.695847 0.00000 0.00000 0.00000 0.00000 0.683178 1.08405 1.27030 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 28 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -16.5307 -16.5377 -16.5524 -16.5715 -16.5921 -16.6121 -16.6304 -16.6471 -16.6639 -16.6835 + 2 -16.5406 -16.0923 -16.4918 -16.9991 -17.5021 -17.8836 -17.8652 -17.5431 -17.1210 -16.7797 + 3 -16.5773 -16.5509 -17.1336 -17.9532 -19.1052 -20.6690 -20.3158 -19.0454 -18.0714 -16.8750 + 4 -16.6274 -16.7135 -17.1868 -17.7969 -18.5589 -19.4230 -19.3304 -18.7011 -18.1083 -16.9455 + 5 -16.6848 -16.7507 -16.9759 -17.2613 -17.5641 -17.8116 -17.8699 -17.7799 -17.5992 -16.9838 + 6 -16.7430 -16.6763 -16.7609 -16.8864 -17.0147 -17.1176 -17.1719 -17.1815 -17.1573 -17.0027 + 7 -16.8038 -16.6441 -16.6669 -16.7280 -16.7906 -16.8418 -16.8747 -16.8912 -16.9151 -17.0156 + 8 -16.8699 -16.7249 -16.7419 -16.7900 -16.8322 -16.8595 -16.8692 -16.8648 -16.8800 -17.0308 + 9 -16.9408 -16.9282 -16.9979 -17.0864 -17.1354 -17.1507 -17.1310 -17.0682 -17.0197 -17.0505 + 10 -17.0135 -17.0313 -17.0483 -17.0631 -17.0739 -17.0805 -17.0829 -17.0811 -17.0771 -17.0721 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 28 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -53.9975 -54.1684 -54.4879 -54.9080 -55.3501 -55.7072 -55.8740 -55.8718 -55.7998 -55.7419 + 2 -53.9675 -54.2292 -54.7449 -55.4838 -56.3597 -57.1409 -57.2251 -56.8254 -56.4174 -56.1827 + 3 -53.5437 -53.9356 -54.7716 -56.1778 -58.4181 -62.0377 -61.1881 -58.4875 -57.0171 -56.3617 + 4 -52.1998 -52.5184 -53.1731 -54.1977 -55.6352 -57.5118 -57.2495 -55.9060 -55.0279 -54.5970 + 5 -50.2126 -50.3895 -50.7314 -51.2063 -51.7446 -52.2022 -52.2952 -52.1129 -51.8968 -51.7644 + 6 -48.1238 -48.2083 -48.3662 -48.5729 -48.7903 -48.9679 -49.0590 -49.0708 -49.0463 -49.0235 + 7 -46.2772 -46.3161 -46.3881 -46.4814 -46.5797 -46.6656 -46.7264 -46.7604 -46.7750 -46.7795 + 8 -44.8324 -44.8509 -44.8854 -44.9306 -44.9796 -45.0254 -45.0629 -45.0897 -45.1063 -45.1142 + 9 -43.8527 -43.8626 -43.8812 -43.9059 -43.9333 -43.9602 -43.9838 -44.0022 -44.0147 -44.0210 + 10 -43.3597 -43.3663 -43.3788 -43.3955 -43.4145 -43.4336 -43.4510 -43.4652 -43.4751 -43.4802 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 28 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 28 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 7221201.1005 CSUB-CGELASTIC = 294.2916 CSUB + CSUB-ELASTIC = 1634455.9813 CSUB-ELASTIC = 4.8062 CSUB + CSUB-INELASTIC = 186152230.7530 CSUB-INELASTIC = 14797.3072 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 236709000.0000 RCHA = 27000.0000 RCHA_0 + CHD = 5644373.8196 CHD = 409.8020 CHD_0 + + TOTAL IN = 437361261.6544 TOTAL IN = 42506.2070 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 295852500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 140716587.5158 CHD = 12506.2070 CHD_0 + + TOTAL OUT = 437361261.6480 TOTAL OUT = 42506.2070 + + IN - OUT = 6.4032E-03 IN - OUT = 8.1644E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 28 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 8.52142E+08 1.42024E+07 2.36706E+05 9862.8 27.003 + + +end timestep + + +start timestep kper="29" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 29 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 29 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="29" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="29" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="29" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="29" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="29" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 29 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 29 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 29 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 29 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 29 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 29 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 29 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 29 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 29 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 29 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 15.7037 15.2727 14.4557 13.9286 13.6549 13.6205 13.8284 14.2983 15.0726 15.4804 + 2 14.6240 14.0114 13.4853 13.1016 12.8823 12.8362 12.9662 13.2697 13.7322 14.3079 + 3 13.1850 12.5882 12.1284 11.8006 11.6029 11.5351 11.5983 11.7935 12.1276 12.6281 + 4 11.3147 10.7953 10.4228 10.1606 9.99180 9.90685 9.89735 9.94996 10.0418 10.1307 + 5 8.69333 8.58282 8.44511 8.31836 8.21990 8.15620 8.12672 8.12507 8.13964 8.15488 + 6 6.66951 6.63451 6.57947 6.51981 6.46705 6.42785 6.40420 6.39408 6.39266 6.39417 + 7 4.92951 4.90957 4.87570 4.83744 4.80426 4.78198 4.77236 4.77313 4.77867 4.78317 + 8 3.40301 3.37306 3.32209 3.26757 3.23075 3.21862 3.23218 3.26647 3.30239 3.32431 + 9 2.12130 2.04454 1.90648 1.75060 1.68223 1.67635 1.73308 1.87745 2.00661 2.07857 + 10 1.26438 1.07842 0.678931 0.00000 0.00000 0.00000 0.00000 0.666259 1.05719 1.23882 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 29 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -17.1280 -17.1353 -17.1503 -17.1695 -17.1902 -17.2103 -17.2284 -17.2450 -17.2616 -17.2809 + 2 -17.1362 -16.6864 -17.0873 -17.5987 -18.1055 -18.4895 -18.4708 -18.1462 -17.7215 -17.3756 + 3 -17.1709 -17.1473 -17.7336 -18.5591 -19.7181 -21.2881 -20.9339 -19.6577 -18.6767 -17.4689 + 4 -17.2187 -17.3103 -17.7868 -18.4012 -19.1680 -20.0361 -19.9434 -19.3110 -18.7129 -17.5371 + 5 -17.2735 -17.3461 -17.5732 -17.8607 -18.1655 -18.4147 -18.4734 -18.3827 -18.1992 -17.5727 + 6 -17.3287 -17.2682 -17.3540 -17.4804 -17.6096 -17.7133 -17.7680 -17.7776 -17.7519 -17.5887 + 7 -17.3865 -17.2311 -17.2548 -17.3163 -17.3793 -17.4309 -17.4641 -17.4808 -17.5037 -17.5984 + 8 -17.4493 -17.3060 -17.3236 -17.3717 -17.4139 -17.4415 -17.4516 -17.4474 -17.4621 -17.6104 + 9 -17.5173 -17.5027 -17.5724 -17.6600 -17.7088 -17.7242 -17.7049 -17.6432 -17.5948 -17.6270 + 10 -17.5872 -17.6044 -17.6209 -17.6354 -17.6460 -17.6526 -17.6551 -17.6537 -17.6503 -17.6459 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 29 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -54.9893 -55.1602 -55.4798 -55.8999 -56.3421 -56.6991 -56.8659 -56.8637 -56.7918 -56.7338 + 2 -54.9593 -55.2210 -55.7367 -56.4757 -57.3516 -58.1328 -58.2170 -57.8173 -57.4093 -57.1746 + 3 -54.5354 -54.9273 -55.7633 -57.1695 -59.4099 -63.0296 -62.1800 -59.4793 -58.0089 -57.3535 + 4 -53.1912 -53.5098 -54.1646 -55.1892 -56.6268 -58.5034 -58.2412 -56.8976 -56.0195 -55.5885 + 5 -51.2037 -51.3806 -51.7225 -52.1975 -52.7358 -53.1935 -53.2865 -53.1041 -52.8880 -52.7556 + 6 -49.1145 -49.1990 -49.3569 -49.5637 -49.7810 -49.9587 -50.0498 -50.0616 -50.0370 -50.0143 + 7 -47.2674 -47.3063 -47.3784 -47.4717 -47.5700 -47.6559 -47.7167 -47.7507 -47.7653 -47.7698 + 8 -45.8222 -45.8407 -45.8752 -45.9205 -45.9694 -46.0153 -46.0528 -46.0796 -46.0962 -46.1041 + 9 -44.8422 -44.8521 -44.8707 -44.8954 -44.9229 -44.9498 -44.9733 -44.9918 -45.0042 -45.0106 + 10 -44.3490 -44.3557 -44.3681 -44.3849 -44.4038 -44.4230 -44.4404 -44.4546 -44.4645 -44.4696 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 29 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 29 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 7327205.3687 CSUB-CGELASTIC = 287.5374 CSUB + CSUB-ELASTIC = 1636199.9714 CSUB-ELASTIC = 4.7529 CSUB + CSUB-INELASTIC = 191493351.4117 CSUB-INELASTIC = 14507.2047 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 246570750.0000 RCHA = 27000.0000 RCHA_0 + CHD = 5797064.7683 CHD = 423.5345 CHD_0 + + TOTAL IN = 452824571.5201 TOTAL IN = 42223.0295 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 306810000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 145222397.3811 CHD = 12223.0294 CHD_0 + + TOTAL OUT = 452824571.5133 TOTAL OUT = 42223.0294 + + IN - OUT = 6.7571E-03 IN - OUT = 6.6309E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 29 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 8.83699E+08 1.47283E+07 2.45472E+05 10228. 28.003 + + +end timestep + + +start timestep kper="30" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 30 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 30 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="30" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="30" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="30" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="30" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="30" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 30 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 30 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 30 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 30 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 30 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 30 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 30 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 30 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 30 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 30 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 15.5620 15.1311 14.3140 13.7869 13.5132 13.4788 13.6866 14.1565 14.9308 15.3387 + 2 14.4850 13.8725 13.3463 12.9626 12.7433 12.6972 12.8272 13.1307 13.5932 14.1689 + 3 13.0514 12.4547 11.9949 11.6670 11.4693 11.4015 11.4647 11.6599 11.9940 12.4945 + 4 11.1895 10.6700 10.2975 10.0353 9.86646 9.78149 9.77198 9.82459 9.91639 10.0054 + 5 8.57904 8.46854 8.33084 8.20411 8.10565 8.04193 8.01244 8.01075 8.02531 8.04054 + 6 6.56901 6.53406 6.47911 6.41953 6.36683 6.32762 6.30390 6.29369 6.29218 6.29363 + 7 4.84548 4.82572 4.79216 4.75422 4.72121 4.69893 4.68912 4.68957 4.69480 4.69911 + 8 3.33763 3.30829 3.25835 3.20488 3.16865 3.15652 3.16948 3.20272 3.23761 3.25891 + 9 2.07518 2.00026 1.86550 1.71333 1.64650 1.64063 1.69581 1.83646 1.96232 2.03244 + 10 1.23330 1.05190 0.662227 0.00000 0.00000 0.00000 0.00000 0.649551 1.03067 1.20773 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 30 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -17.7184 -17.7260 -17.7413 -17.7607 -17.7815 -17.8015 -17.8196 -17.8361 -17.8524 -17.8714 + 2 -17.7250 -17.2758 -17.6779 -18.1928 -18.7028 -19.0890 -19.0701 -18.7434 -18.3162 -17.9645 + 3 -17.7576 -17.7383 -18.3276 -19.1583 -20.3233 -21.8986 -21.5436 -20.2624 -19.2752 -18.0558 + 4 -17.8030 -17.9009 -18.3804 -18.9984 -19.7693 -20.6409 -20.5481 -19.9130 -19.3101 -18.1216 + 5 -17.8551 -17.9347 -18.1636 -18.4529 -18.7595 -19.0100 -19.0691 -18.9779 -18.7918 -18.1545 + 6 -17.9073 -17.8528 -17.9399 -18.0670 -18.1970 -18.3013 -18.3563 -18.3660 -18.3388 -18.1675 + 7 -17.9619 -17.8104 -17.8349 -17.8967 -17.9600 -18.0120 -18.0455 -18.0623 -18.0844 -18.1741 + 8 -18.0216 -17.8789 -17.8970 -17.9450 -17.9873 -18.0151 -18.0254 -18.0216 -18.0359 -18.1828 + 9 -18.0864 -18.0687 -18.1380 -18.2247 -18.2731 -18.2886 -18.2699 -18.2092 -18.1612 -18.1963 + 10 -18.1536 -18.1703 -18.1862 -18.2004 -18.2108 -18.2174 -18.2201 -18.2191 -18.2161 -18.2124 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 30 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -55.9582 -56.1291 -56.4487 -56.8688 -57.3110 -57.6681 -57.8349 -57.8327 -57.7608 -57.7028 + 2 -55.9281 -56.1898 -56.7055 -57.4446 -58.3205 -59.1018 -59.1860 -58.7863 -58.3783 -58.1436 + 3 -55.5040 -55.8960 -56.7320 -58.1383 -60.3788 -63.9985 -63.1489 -60.4482 -58.9777 -58.3223 + 4 -54.1596 -54.4782 -55.1331 -56.1577 -57.5953 -59.4720 -59.2098 -57.8662 -56.9880 -56.5571 + 5 -52.1717 -52.3487 -52.6906 -53.1656 -53.7039 -54.1616 -54.2546 -54.0723 -53.8562 -53.7237 + 6 -50.0821 -50.1666 -50.3245 -50.5313 -50.7487 -50.9264 -51.0175 -51.0293 -51.0047 -50.9819 + 7 -48.2346 -48.2735 -48.3455 -48.4389 -48.5372 -48.6231 -48.6839 -48.7179 -48.7325 -48.7370 + 8 -46.7889 -46.8074 -46.8419 -46.8872 -46.9362 -46.9820 -47.0195 -47.0463 -47.0629 -47.0708 + 9 -45.8085 -45.8185 -45.8371 -45.8618 -45.8892 -45.9161 -45.9397 -45.9581 -45.9706 -45.9769 + 10 -45.3152 -45.3218 -45.3343 -45.3510 -45.3700 -45.3891 -45.4065 -45.4207 -45.4307 -45.4358 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 30 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 30 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 7430796.4109 CSUB-CGELASTIC = 281.0257 CSUB + CSUB-ELASTIC = 1637923.1116 CSUB-ELASTIC = 4.6935 CSUB + CSUB-INELASTIC = 196729261.3555 CSUB-INELASTIC = 14220.5722 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 256432500.0000 RCHA = 27000.0000 RCHA_0 + CHD = 5954733.5664 CHD = 437.0917 CHD_0 + + TOTAL IN = 468185214.4443 TOTAL IN = 41943.3831 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 317767500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 149625540.3050 CHD = 11943.3831 CHD_0 + + TOTAL OUT = 468185214.4372 TOTAL OUT = 41943.3831 + + IN - OUT = 7.0949E-03 IN - OUT = 6.9344E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 30 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 9.15257E+08 1.52543E+07 2.54238E+05 10593. 29.003 + + +end timestep + + +start timestep kper="31" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 31 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 31 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="31" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="31" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="31" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="31" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="31" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 31 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 31 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 31 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 31 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 31 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 31 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 31 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 31 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 31 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 31 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 15.4222 14.9912 14.1742 13.6471 13.3733 13.3389 13.5468 14.0167 14.7910 15.1988 + 2 14.3479 13.7353 13.2092 12.8254 12.6061 12.5600 12.6900 12.9935 13.4560 14.0317 + 3 12.9197 12.3229 11.8631 11.5352 11.3375 11.2697 11.3328 11.5280 11.8621 12.3627 + 4 11.0658 10.5463 10.1738 9.91162 9.74276 9.65778 9.64826 9.70087 9.79268 9.88165 + 5 8.46626 8.35576 8.21808 8.09136 7.99291 7.92918 7.89966 7.89796 7.91249 7.92772 + 6 6.46985 6.43495 6.38008 6.32059 6.26794 6.22872 6.20494 6.19463 6.19304 6.19444 + 7 4.76256 4.74300 4.70974 4.67211 4.63929 4.61700 4.60699 4.60713 4.61205 4.61618 + 8 3.27314 3.24440 3.19547 3.14303 3.10738 3.09525 3.10763 3.13983 3.17371 3.19440 + 9 2.02969 1.95658 1.82508 1.67657 1.61127 1.60539 1.65905 1.79603 1.91864 1.98694 + 10 1.20265 1.02574 0.645749 0.00000 0.00000 0.00000 0.00000 0.633071 1.00451 1.17707 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 31 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -18.3012 -18.3092 -18.3247 -18.3443 -18.3652 -18.3852 -18.4033 -18.4195 -18.4356 -18.4543 + 2 -18.3061 -17.8595 -18.2626 -18.7806 -19.2934 -19.6813 -19.6622 -19.3338 -18.9044 -18.5457 + 3 -18.3366 -18.3229 -18.9150 -19.7501 -20.9202 -22.5001 -22.1443 -20.8590 -19.8662 -18.6351 + 4 -18.3796 -18.4845 -18.9667 -19.5880 -20.3624 -21.2370 -21.1440 -20.5067 -19.8993 -18.6985 + 5 -18.4289 -18.5158 -18.7465 -19.0373 -19.3455 -19.5972 -19.6565 -19.5648 -19.3763 -18.7286 + 6 -18.4781 -18.4296 -18.5178 -18.6456 -18.7762 -18.8811 -18.9364 -18.9461 -18.9175 -18.7385 + 7 -18.5296 -18.3815 -18.4067 -18.4687 -18.5324 -18.5846 -18.6184 -18.6354 -18.6566 -18.7419 + 8 -18.5860 -18.4433 -18.4616 -18.5096 -18.5518 -18.5798 -18.5904 -18.5870 -18.6009 -18.7474 + 9 -18.6478 -18.6256 -18.6943 -18.7800 -18.8280 -18.8436 -18.8255 -18.7659 -18.7186 -18.7578 + 10 -18.7122 -18.7282 -18.7437 -18.7575 -18.7677 -18.7743 -18.7773 -18.7766 -18.7741 -18.7710 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 31 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -56.9050 -57.0759 -57.3955 -57.8157 -58.2579 -58.6150 -58.7818 -58.7796 -58.7077 -58.6497 + 2 -56.8748 -57.1365 -57.6523 -58.3914 -59.2674 -60.0487 -60.1329 -59.7331 -59.3251 -59.0904 + 3 -56.4506 -56.8426 -57.6787 -59.0850 -61.3255 -64.9452 -64.0956 -61.3949 -59.9244 -59.2690 + 4 -55.1059 -55.4245 -56.0794 -57.1041 -58.5417 -60.4184 -60.1562 -58.8126 -57.9344 -57.5034 + 5 -53.1175 -53.2945 -53.6365 -54.1115 -54.6499 -55.1076 -55.2006 -55.0183 -54.8021 -54.6697 + 6 -51.0274 -51.1120 -51.2699 -51.4768 -51.6941 -51.8718 -51.9630 -51.9747 -51.9502 -51.9273 + 7 -49.1794 -49.2183 -49.2904 -49.3838 -49.4821 -49.5680 -49.6289 -49.6629 -49.6774 -49.6819 + 8 -47.7333 -47.7518 -47.7863 -47.8316 -47.8806 -47.9264 -47.9639 -47.9908 -48.0074 -48.0152 + 9 -46.7526 -46.7625 -46.7811 -46.8058 -46.8333 -46.8602 -46.8837 -46.9022 -46.9147 -46.9210 + 10 -46.2591 -46.2657 -46.2782 -46.2949 -46.3138 -46.3330 -46.3504 -46.3646 -46.3745 -46.3797 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 31 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 31 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 7532058.1446 CSUB-CGELASTIC = 274.7357 CSUB + CSUB-ELASTIC = 1639623.4788 CSUB-ELASTIC = 4.6293 CSUB + CSUB-INELASTIC = 201861300.8484 CSUB-INELASTIC = 13937.7327 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 266294250.0000 RCHA = 27000.0000 RCHA_0 + CHD = 6117313.2641 CHD = 450.4607 CHD_0 + + TOTAL IN = 483444545.7359 TOTAL IN = 41667.5584 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 328725000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 153927371.5963 CHD = 11667.5584 CHD_0 + + TOTAL OUT = 483444545.7285 TOTAL OUT = 41667.5584 + + IN - OUT = 7.4243E-03 IN - OUT = 6.7805E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 31 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 9.46814E+08 1.57802E+07 2.63004E+05 10958. 30.003 + + +end timestep + + + LARGEST 20 OF 296 INTERBED STRAIN VALUES SHOWN + + CSUB PACKAGE INTERBED STRAIN SUMMARY + ---------------------------------------------------------------------------------------------------------------------- + INTERBED INTERBED INITIAL FINAL TOTAL PERCENT + NUMBER TYPE CELLID THICKNESS THICKNESS COMPACTION FINAL STRAIN COMPACTION FLAG + ---------------------------------------------------------------------------------------------------------------------- + 222 no-delay (3,3,6) 30.000 30.000 1.0466 3.48869E-02 3.4887 *>=1% + 223 no-delay (3,3,7) 30.000 30.000 1.0313 3.43772E-02 3.4377 *>=1% + 224 no-delay (3,3,8) 30.000 30.000 0.98270 3.27567E-02 3.2757 *>=1% + 221 no-delay (3,3,5) 30.000 30.000 0.98145 3.27151E-02 3.2715 *>=1% + 232 no-delay (3,4,6) 30.000 30.000 0.96511 3.21703E-02 3.2170 *>=1% + 233 no-delay (3,4,7) 30.000 30.000 0.96039 3.20130E-02 3.2013 *>=1% + 213 no-delay (3,2,7) 30.000 30.000 0.96000 3.19999E-02 3.2000 *>=1% + 212 no-delay (3,2,6) 30.000 30.000 0.95848 3.19494E-02 3.1949 *>=1% + 225 no-delay (3,3,9) 30.000 30.000 0.95623 3.18744E-02 3.1874 *>=1% + 214 no-delay (3,2,8) 30.000 30.000 0.95280 3.17600E-02 3.1760 *>=1% + 215 no-delay (3,2,9) 30.000 30.000 0.94546 3.15152E-02 3.1515 *>=1% + 226 no-delay (3,3,10) 30.000 30.000 0.94443 3.14811E-02 3.1481 *>=1% + 211 no-delay (3,2,5) 30.000 30.000 0.94442 3.14806E-02 3.1481 *>=1% + 216 no-delay (3,2,10) 30.000 30.000 0.94123 3.13743E-02 3.1374 *>=1% + 220 no-delay (3,3,4) 30.000 30.000 0.94112 3.13708E-02 3.1371 *>=1% + 234 no-delay (3,4,8) 30.000 30.000 0.93620 3.12068E-02 3.1207 *>=1% + 203 no-delay (3,1,7) 30.000 30.000 0.93568 3.11894E-02 3.1189 *>=1% + 204 no-delay (3,1,8) 30.000 30.000 0.93564 3.11880E-02 3.1188 *>=1% + 205 no-delay (3,1,9) 30.000 30.000 0.93435 3.11449E-02 3.1145 *>=1% + 206 no-delay (3,1,10) 30.000 30.000 0.93330 3.11101E-02 3.1110 *>=1% + ---------------------------------------------------------------------------------------------------------------------- + + + + PERCENT COMPACTION IS GREATER THAN OR EQUAL TO 1 PERCENT IN 100 OF 296 INTERBED(S). + USE THE STRAIN_CSV_INTERBED OPTION TO OUTPUT A CSV FILE WITH PERCENT COMPACTION + VALUES FOR ALL INTERBEDS. + + COARSE-GRAINED STORAGE PERCENT COMPACTION WAS LESS THAN 1 PERCENT IN ALL CELLS diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.nam b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.nam new file mode 100644 index 000000000..349a6ad42 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.nam @@ -0,0 +1,16 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. +BEGIN options +END options + +BEGIN packages + DIS6 csub_sub03a.nc dis + IC6 csub_sub03a.ic ic + NPF6 csub_sub03a.nc npf + STO6 csub_sub03a.sto sto + RCH6 csub_sub03a.nc rcha_0 + WEL6 csub_sub03a.nc wel_0 + CHD6 csub_sub03a.nc chd_0 + CSUB6 csub_sub03a.csub csub + OC6 csub_sub03a.oc oc +END packages + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.nc b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.nc new file mode 100644 index 000000000..28ce170a7 Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.nc differ diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.nc.grb b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.nc.grb new file mode 100644 index 000000000..b53cb1cd4 Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.nc.grb differ diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.nc.out b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.nc.out new file mode 100644 index 000000000..90a94ea40 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.nc.out @@ -0,0 +1,373 @@ +netcdf csub_sub03a { +dimensions: + LINELENGTH = 300 ; + LENAUXNAME = 16 ; + LENBOUNDNAME = 40 ; + NPER = 31 ; + NLAY = 3 ; + NROW = 10 ; + NCOL = 10 ; + NCPL = 100 ; + NCELLDIM = 3 ; + dim_rcha_0_niper = 3 ; + dim_wel_0_maxbound = 4 ; + dim_wel_0_niper = 1 ; + dim_chd_0_maxbound = 4 ; + dim_chd_0_niper = 1 ; +variables: + int dis_nlay ; + dis_nlay:mf6_input = "DIS6:CSUB_SUB03A/DIS/NLAY" ; + int dis_nrow ; + dis_nrow:mf6_input = "DIS6:CSUB_SUB03A/DIS/NROW" ; + int dis_ncol ; + dis_ncol:mf6_input = "DIS6:CSUB_SUB03A/DIS/NCOL" ; + double dis_delr(NCOL) ; + dis_delr:_FillValue = 3.e+30 ; + dis_delr:mf6_input = "DIS6:CSUB_SUB03A/DIS/DELR" ; + double dis_delc(NROW) ; + dis_delc:_FillValue = 3.e+30 ; + dis_delc:mf6_input = "DIS6:CSUB_SUB03A/DIS/DELC" ; + double dis_top(NROW, NCOL) ; + dis_top:_FillValue = 3.e+30 ; + dis_top:mf6_input = "DIS6:CSUB_SUB03A/DIS/TOP" ; + double dis_botm(NLAY, NROW, NCOL) ; + dis_botm:_FillValue = 3.e+30 ; + dis_botm:mf6_input = "DIS6:CSUB_SUB03A/DIS/BOTM" ; + double ic_strt(NLAY, NROW, NCOL) ; + ic_strt:_FillValue = 3.e+30 ; + ic_strt:mf6_input = "IC6:CSUB_SUB03A/IC/STRT" ; + ic_strt:_Storage = "chunked" ; + ic_strt:_ChunkSizes = 3, 10, 10 ; + ic_strt:_DeflateLevel = 4 ; + ic_strt:_Shuffle = "true" ; + ic_strt:_Endianness = "little" ; + int npf_icelltype(NLAY, NROW, NCOL) ; + npf_icelltype:_FillValue = -2147483647 ; + npf_icelltype:mf6_input = "NPF6:CSUB_SUB03A/NPF/ICELLTYPE" ; + double npf_k(NLAY, NROW, NCOL) ; + npf_k:_FillValue = 3.e+30 ; + npf_k:mf6_input = "NPF6:CSUB_SUB03A/NPF/K" ; + double npf_k33(NLAY, NROW, NCOL) ; + npf_k33:_FillValue = 3.e+30 ; + npf_k33:mf6_input = "NPF6:CSUB_SUB03A/NPF/K33" ; + int rcha_0_readasarrays ; + rcha_0_readasarrays:mf6_input = "RCHA6:CSUB_SUB03A/RCHA_0/READASARRAYS" ; + int rcha_0_iper(dim_rcha_0_niper) ; + rcha_0_iper:mf6_input = "RCHA6:CSUB_SUB03A/RCHA_0/IPER" ; + double rcha_0_recharge(dim_rcha_0_niper, NROW, NCOL) ; + rcha_0_recharge:_FillValue = 3.e+30 ; + rcha_0_recharge:mf6_input = "RCHA6:CSUB_SUB03A/RCHA_0/RECHARGE" ; + rcha_0_recharge:mf6_iper = 1, 5, 8 ; + int wel_0_print_input ; + wel_0_print_input:mf6_input = "WEL6:CSUB_SUB03A/WEL_0/PRINT_INPUT" ; + int wel_0_print_flows ; + wel_0_print_flows:mf6_input = "WEL6:CSUB_SUB03A/WEL_0/PRINT_FLOWS" ; + int wel_0_maxbound ; + wel_0_maxbound:mf6_input = "WEL6:CSUB_SUB03A/WEL_0/MAXBOUND" ; + int wel_0_iper(dim_wel_0_niper) ; + wel_0_iper:mf6_input = "WEL6:CSUB_SUB03A/WEL_0/IPER" ; + int wel_0_cellid(dim_wel_0_niper, dim_wel_0_maxbound, NCELLDIM) ; + wel_0_cellid:_FillValue = -2147483647 ; + wel_0_cellid:mf6_input = "WEL6:CSUB_SUB03A/WEL_0/CELLID" ; + double wel_0_q(dim_wel_0_niper, dim_wel_0_maxbound) ; + wel_0_q:_FillValue = 3.e+30 ; + wel_0_q:mf6_input = "WEL6:CSUB_SUB03A/WEL_0/Q" ; + int chd_0_maxbound ; + chd_0_maxbound:mf6_input = "CHD6:CSUB_SUB03A/CHD_0/MAXBOUND" ; + int chd_0_iper(dim_chd_0_niper) ; + chd_0_iper:mf6_input = "CHD6:CSUB_SUB03A/CHD_0/IPER" ; + int chd_0_cellid(dim_chd_0_niper, dim_chd_0_maxbound, NCELLDIM) ; + chd_0_cellid:_FillValue = -2147483647 ; + chd_0_cellid:mf6_input = "CHD6:CSUB_SUB03A/CHD_0/CELLID" ; + double chd_0_head(dim_chd_0_niper, dim_chd_0_maxbound) ; + chd_0_head:_FillValue = 3.e+30 ; + chd_0_head:mf6_input = "CHD6:CSUB_SUB03A/CHD_0/HEAD" ; + +// global attributes: + :description = "MODFLOW 6 NetCDF4 file prototype" ; + :history = "Created Mon Oct 30 09:03:35 2023" ; + :source = "mf6netcdf4.py" ; + :mf6_modeltype = "GWF6" ; + :mf6_modelname = "CSUB_SUB03A" ; + :Conventions = "CF-1.8" ; +data: + + dis_nlay = 3 ; + + dis_nrow = 10 ; + + dis_ncol = 10 ; + + dis_delr = 1000, 1000, 1000, 1000, 1000, 1000, 1000, 1000, 1000, 1000 ; + + dis_delc = 2000, 2000, 2000, 2000, 2000, 2000, 2000, 2000, 2000, 2000 ; + + dis_top = + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0 ; + + + dis_botm = + -100, -100, -100, -100, -100, -100, -100, -100, -100, -100, + -100, -100, -100, -100, -100, -100, -100, -100, -100, -100, + -100, -100, -100, -100, -100, -100, -100, -100, -100, -100, + -100, -100, -100, -100, -100, -100, -100, -100, -100, -100, + -100, -100, -100, -100, -100, -100, -100, -100, -100, -100, + -100, -100, -100, -100, -100, -100, -100, -100, -100, -100, + -100, -100, -100, -100, -100, -100, -100, -100, -100, -100, + -100, -100, -100, -100, -100, -100, -100, -100, -100, -100, + -100, -100, -100, -100, -100, -100, -100, -100, -100, -100, + -100, -100, -100, -100, -100, -100, -100, -100, -100, -100, + -150, -150, -150, -150, -150, -150, -150, -150, -150, -150, + -150, -150, -150, -150, -150, -150, -150, -150, -150, -150, + -150, -150, -150, -150, -150, -150, -150, -150, -150, -150, + -150, -150, -150, -150, -150, -150, -150, -150, -150, -150, + -150, -150, -150, -150, -150, -150, -150, -150, -150, -150, + -150, -150, -150, -150, -150, -150, -150, -150, -150, -150, + -150, -150, -150, -150, -150, -150, -150, -150, -150, -150, + -150, -150, -150, -150, -150, -150, -150, -150, -150, -150, + -150, -150, -150, -150, -150, -150, -150, -150, -150, -150, + -150, -150, -150, -150, -150, -150, -150, -150, -150, -150, + -350, -350, -350, -350, -350, -350, -350, -350, -350, -350, + -350, -350, -350, -350, -350, -350, -350, -350, -350, -350, + -350, -350, -350, -350, -350, -350, -350, -350, -350, -350, + -350, -350, -350, -350, -350, -350, -350, -350, -350, -350, + -350, -350, -350, -350, -350, -350, -350, -350, -350, -350, + -350, -350, -350, -350, -350, -350, -350, -350, -350, -350, + -350, -350, -350, -350, -350, -350, -350, -350, -350, -350, + -350, -350, -350, -350, -350, -350, -350, -350, -350, -350, + -350, -350, -350, -350, -350, -350, -350, -350, -350, -350, + -350, -350, -350, -350, -350, -350, -350, -350, -350, -350 ; + + ic_strt = + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0 ; + + npf_icelltype = + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0 ; + + npf_k = + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 20, + 20, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 20, + 20, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 20, + 20, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 20, + 20, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 20, + 20, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 20, + 20, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 20, + 20, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, + 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, + 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, + 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, + 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, + 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, + 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, + 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, + 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, + 5, 5, 5, 5, 5, 5, 5, 5, 5, 5 ; + + npf_k33 = + 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, + 1000000, 1000000, + 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, + 1000000, 1000000, + 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, + 1000000, 1000000, + 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, + 1000000, 1000000, + 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, + 1000000, 1000000, + 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, + 1000000, 1000000, + 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, + 1000000, 1000000, + 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, + 1000000, 1000000, + 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, + 1000000, 1000000, + 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, + 1000000, 1000000, + 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, + 7.5e-05, 7.5e-05, + 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, + 7.5e-05, 7.5e-05, + 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, + 7.5e-05, 7.5e-05, + 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, + 7.5e-05, 7.5e-05, + 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, + 7.5e-05, 7.5e-05, + 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, + 7.5e-05, 7.5e-05, + 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, + 7.5e-05, 7.5e-05, + 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, + 7.5e-05, 7.5e-05, + 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, + 7.5e-05, 7.5e-05, + 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, + 7.5e-05, 7.5e-05, + 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, + 1000000, 1000000, + 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, + 1000000, 1000000, + 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, + 1000000, 1000000, + 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, + 1000000, 1000000, + 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, + 1000000, 1000000, + 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, + 1000000, 1000000, + 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, + 1000000, 1000000, + 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, + 1000000, 1000000, + 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, + 1000000, 1000000, + 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, + 1000000, 1000000 ; + + rcha_0_readasarrays = 1 ; + + rcha_0_iper = 1, 5, 8 ; + + rcha_0_recharge = + 0.0015, 0.0015, 0, 0, 0, 0, 0, 0, 0.0015, 0.0015, + 0.0015, 0, 0, 0, 0, 0, 0, 0, 0, 0.0015, + 0.0015, 0, 0, 0, 0, 0, 0, 0, 0, 0.0015, + 0.0015, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0.0015, 0.0015, 0, 0, 0, 0, 0, 0, 0.0015, 0.0015, + 0.0015, 0, 0, 0, 0, 0, 0, 0, 0, 0.0015, + 0.0015, 0, 0, 0, 0, 0, 0, 0, 0, 0.0015, + 0.0015, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0 ; + + wel_0_print_input = 1 ; + + wel_0_print_flows = 1 ; + + wel_0_maxbound = 4 ; + + wel_0_iper = 2 ; + + wel_0_cellid = + 3, 3, 6, + 3, 3, 7, + 3, 4, 6, + 3, 4, 7 ; + + wel_0_q = + -14000, -8000, -5000, -3000 ; + + chd_0_maxbound = 4 ; + + chd_0_iper = 1 ; + + chd_0_cellid = + 1, 10, 4, + 1, 10, 5, + 1, 10, 6, + 1, 10, 7 ; + + chd_0_head = + 0, 0, 0, 0 ; +} diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.oc b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.oc new file mode 100644 index 000000000..44d0a4f9c --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.oc @@ -0,0 +1,14 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. +BEGIN options + BUDGET FILEOUT csub_sub03a.cbc + HEAD FILEOUT csub_sub03a.hds + HEAD PRINT_FORMAT COLUMNS 10 WIDTH 15 DIGITS 6 GENERAL +END options + +BEGIN period 1 + SAVE HEAD LAST + SAVE BUDGET LAST + PRINT HEAD LAST + PRINT BUDGET LAST +END period 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.sk.strain.csv b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.sk.strain.csv new file mode 100644 index 000000000..f316ba8b9 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.sk.strain.csv @@ -0,0 +1,301 @@ + NODE,LAYER,ROW,COLUMN,INITIAL_THICKNESS,FINAL_THICKNESS,TOTAL_COMPACTION,TOTAL_STRAIN,PERCENT_COMPACTION + 1,1,1,1,85.000000000000000,85.000000000000000,0.20208937253790222E-2,0.23775220298576732E-4,0.23775220298576732E-2 + 2,1,1,2,85.000000000000000,85.000000000000000,0.20212244283326279E-2,0.23779110921560328E-4,0.23779110921560327E-2 + 3,1,1,3,85.000000000000000,85.000000000000000,0.20217436913394300E-2,0.23785219898110941E-4,0.23785219898110940E-2 + 4,1,1,4,85.000000000000000,85.000000000000000,0.20223241210613847E-2,0.23792048483075114E-4,0.23792048483075113E-2 + 5,1,1,5,85.000000000000000,85.000000000000000,0.20228551298591317E-2,0.23798295645401550E-4,0.23798295645401550E-2 + 6,1,1,6,85.000000000000000,85.000000000000000,0.20232435751276817E-2,0.23802865589737433E-4,0.23802865589737433E-2 + 7,1,1,7,85.000000000000000,85.000000000000000,0.20234307236025439E-2,0.23805067336500515E-4,0.23805067336500514E-2 + 8,1,1,8,85.000000000000000,85.000000000000000,0.20234186372893007E-2,0.23804925144580008E-4,0.23804925144580006E-2 + 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a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.tdis b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.tdis new file mode 100644 index 000000000..981d718e1 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.tdis @@ -0,0 +1,43 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. +BEGIN options + TIME_UNITS days +END options + +BEGIN dimensions + NPER 31 +END dimensions + +BEGIN perioddata + 1.00000000 1 1.00000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 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generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. +BEGIN options +END options + +BEGIN griddata + icelltype LAYERED + CONSTANT 0 + CONSTANT 0 + CONSTANT 0 + k LAYERED + CONSTANT 20.00000000 + INTERNAL FACTOR 1.0 + 20.00000000 20.00000000 20.00000000 20.00000000 20.00000000 20.00000000 20.00000000 20.00000000 20.00000000 20.00000000 + 20.00000000 0.01000000 0.01000000 0.01000000 0.01000000 0.01000000 0.01000000 0.01000000 0.01000000 20.00000000 + 20.00000000 0.01000000 0.01000000 0.01000000 0.01000000 0.01000000 0.01000000 0.01000000 0.01000000 20.00000000 + 20.00000000 0.01000000 0.01000000 0.01000000 0.01000000 0.01000000 0.01000000 0.01000000 0.01000000 20.00000000 + 20.00000000 0.01000000 0.01000000 0.01000000 0.01000000 0.01000000 0.01000000 0.01000000 0.01000000 20.00000000 + 20.00000000 0.01000000 0.01000000 0.01000000 0.01000000 0.01000000 0.01000000 0.01000000 0.01000000 20.00000000 + 20.00000000 0.01000000 0.01000000 0.01000000 0.01000000 0.01000000 0.01000000 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09:03:35. +BEGIN options + BUDGET FILEOUT csub_sub03a.cbc + HEAD FILEOUT csub_sub03a.hds + HEAD PRINT_FORMAT COLUMNS 10 WIDTH 15 DIGITS 6 GENERAL +END options + +BEGIN period 1 + SAVE HEAD LAST + SAVE BUDGET LAST + PRINT HEAD LAST + PRINT BUDGET LAST +END period 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/csub_sub03a.rcha b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/csub_sub03a.rcha new file mode 100644 index 000000000..b543ea152 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/csub_sub03a.rcha @@ -0,0 +1,50 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. +BEGIN options + READASARRAYS +END options + +BEGIN period 1 + recharge + INTERNAL FACTOR 1.0 + 0.00150000 0.00150000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00150000 0.00150000 + 0.00150000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00150000 + 0.00150000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00150000 + 0.00150000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 + 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 + 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 + 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 + 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 + 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 + 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 +END period 1 + +BEGIN period 5 + recharge + INTERNAL FACTOR 1.0 + 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 + 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 + 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 + 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 + 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 + 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 + 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 + 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 + 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 + 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 +END period 5 + +BEGIN period 8 + recharge + INTERNAL FACTOR 1.0 + 0.00150000 0.00150000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00150000 0.00150000 + 0.00150000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00150000 + 0.00150000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00150000 + 0.00150000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 + 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 + 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 + 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 + 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 + 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 + 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 +END period 8 + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/csub_sub03a.sto b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/csub_sub03a.sto new file mode 100644 index 000000000..b24e41eaa --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/csub_sub03a.sto @@ -0,0 +1,26 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. +BEGIN options + STORAGECOEFFICIENT +END options + +BEGIN griddata + iconvert LAYERED + CONSTANT 0 + CONSTANT 0 + CONSTANT 0 + ss + CONSTANT 0.00000000 + sy LAYERED + CONSTANT 0.10000000 + CONSTANT 0.00000000 + CONSTANT 0.00000000 +END griddata + +BEGIN period 1 + STEADY-STATE +END period 1 + +BEGIN period 2 + TRANSIENT +END period 2 + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/csub_sub03a.tdis b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/csub_sub03a.tdis new file mode 100644 index 000000000..981d718e1 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/csub_sub03a.tdis @@ -0,0 +1,43 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. +BEGIN options + TIME_UNITS days +END options + +BEGIN dimensions + NPER 31 +END dimensions + +BEGIN perioddata + 1.00000000 1 1.00000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 +END perioddata + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/csub_sub03a.wel b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/csub_sub03a.wel new file mode 100644 index 000000000..30b831c55 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/csub_sub03a.wel @@ -0,0 +1,17 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. +BEGIN options + PRINT_INPUT + PRINT_FLOWS +END options + +BEGIN dimensions + MAXBOUND 4 +END dimensions + +BEGIN period 2 + 3 3 6 -1.40000000E+04 + 3 3 7 -8.00000000E+03 + 3 4 6 -5.00000000E+03 + 3 4 7 -3.00000000E+03 +END period 2 + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/mfsim.nam b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/mfsim.nam new file mode 100644 index 000000000..10077f689 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/mfsim.nam @@ -0,0 +1,19 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. +BEGIN options +END options + +BEGIN timing + TDIS6 csub_sub03a.tdis +END timing + +BEGIN models + gwf6 csub_sub03a.nam csub_sub03a +END models + +BEGIN exchanges +END exchanges + +BEGIN solutiongroup 1 + ims6 csub_sub03a.ims csub_sub03a +END solutiongroup 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/mfsim.lst b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/mfsim.lst new file mode 100644 index 000000000..10a65a70c --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/mfsim.lst @@ -0,0 +1,5064 @@ + MODFLOW 6 PROFESSIONAL + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + VERSION 6.5.0.dev0 (preliminary) 07/13/2023 + ***DEVELOP MODE*** + + MODFLOW 6 compiled Oct 30 2023 08:23:02 with GCC version 11.3.0 + +This software is preliminary or provisional and is subject to +revision. It is being provided to meet the need for timely best +science. The software has not received final approval by the U.S. +Geological Survey (USGS). No warranty, expressed or implied, is made +by the USGS or the U.S. Government as to the functionality of the +software and related material nor shall the fact of release +constitute any such warranty. The software is provided on the +condition that neither the USGS nor the U.S. Government shall be held +liable for any damages resulting from the authorized or unauthorized +use of the software. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +The following 2-clause BSD License library is used in this +USGS product: + + PETSc, the Portable, Extensible Toolkit for Scientific + Computation Library + Copyright (c) 1991-2021, UChicago Argonne, LLC + and the PETSc Development Team All rights reserved. + (https://petsc.org/release/) + +MODFLOW 6 compiler options: -cpp -I src/libmf6core.a.p -I src -I ../src -I +src/libmf6_external.a.p -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/include -I +/home/mreno/.clone/external/petsc/include -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/lib -I +/home/mreno/miniconda3/envs/modflow6/include -I -fdiagnostics-color=always +-imultiarch x86_64-linux-gnu -D _FILE_OFFSET_BITS=64 -D __linux__ -D +__WITH_PETSC__ -D __WITH_MPI__ -D __WITH_NETCDF__ -mtune=generic +-march=x86-64 -g -O2 -Wall -Wpedantic -Wcharacter-truncation +-Wno-unused-dummy-argument -Wno-intrinsic-shadow -Wno-maybe-uninitialized +-Wno-uninitialized -std=f2008 -fall-intrinsics -fbacktrace -fcheck=all +-ffpe-trap=overflow,zero,invalid -ffpe-summary=overflow +-ffpe-trap=overflow,zero,invalid -fPIC -J src/libmf6core.a.p +-fpre-include=/usr/include/finclude/math-vector-fortran.h + +System command used to initiate simulation: +/home/mreno/.clone/usgs/w/netcdf/2/modflow6/bin/mf6 + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + + OPENED mfsim.nam + FILE TYPE:NAM6 UNIT 1001 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. + + OPENED csub_sub03a.nam + FILE TYPE:GWF6 UNIT 1002 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. +Model NetCDF4 Input "csub_sub03a.nc" opened NF90_NOWRITE, ncid=65536 +IDM nc modeltype=GWF6 +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "NLAY" discovered for package "CSUB_SUB03A/DIS". +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "NROW" discovered for package "CSUB_SUB03A/DIS". +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "NCOL" discovered for package "CSUB_SUB03A/DIS". +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "DELR" discovered for package "CSUB_SUB03A/DIS". +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "DELC" discovered for package "CSUB_SUB03A/DIS". +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "TOP" discovered for package "CSUB_SUB03A/DIS". +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "BOTM" discovered for package "CSUB_SUB03A/DIS". +IDM load netcdf var model=GWF6, ptype=NPF6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM nc4_context pkg cname=CSUB_SUB03A, scname=NPF +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=NPF6, sctype=NPF +Input parameter "SAVE_FLOWS" discovered for package "CSUB_SUB03A/NPF". +IDM load netcdf var model=GWF6, ptype=NPF6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM nc4_context pkg cname=CSUB_SUB03A, scname=NPF +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=NPF6, sctype=NPF +Input parameter "ICELLTYPE" discovered for package "CSUB_SUB03A/NPF". +IDM load netcdf var model=GWF6, ptype=NPF6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM nc4_context pkg cname=CSUB_SUB03A, scname=NPF +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=NPF6, sctype=NPF +Input parameter "K" discovered for package "CSUB_SUB03A/NPF". +IDM load netcdf var model=GWF6, ptype=NPF6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM nc4_context pkg cname=CSUB_SUB03A, scname=NPF +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=NPF6, sctype=NPF +Input parameter "K33" discovered for package "CSUB_SUB03A/NPF". +IDM load netcdf var model=GWF6, ptype=RCHA6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM nc4_context pkg cname=CSUB_SUB03A, scname=NPF +IDM nc4_context pkg cname=CSUB_SUB03A, scname=WEL_0 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=RCHA_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=RCHA6, sctype=RCHA +Input parameter "READASARRAYS" discovered for package "CSUB_SUB03A/RCHA_0". +IDM load netcdf var model=GWF6, ptype=RCHA6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM nc4_context pkg cname=CSUB_SUB03A, scname=NPF +IDM nc4_context pkg cname=CSUB_SUB03A, scname=WEL_0 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=RCHA_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=RCHA6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM nc4_context pkg cname=CSUB_SUB03A, scname=NPF +IDM nc4_context pkg cname=CSUB_SUB03A, scname=WEL_0 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=RCHA_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=RCHA6, sctype=RCHA +IDM checking griddata parameter=RECHARGE +Input parameter "RECHARGE" discovered for package "CSUB_SUB03A/RCHA_0". +IDM load netcdf var model=GWF6, ptype=WEL6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM nc4_context pkg cname=CSUB_SUB03A, scname=NPF +IDM nc4_context pkg cname=CSUB_SUB03A, scname=WEL_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=WEL6, sctype=WEL +Input parameter "PRINT_INPUT" discovered for package "CSUB_SUB03A/WEL_0". +IDM load netcdf var model=GWF6, ptype=WEL6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM nc4_context pkg cname=CSUB_SUB03A, scname=NPF +IDM nc4_context pkg cname=CSUB_SUB03A, scname=WEL_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=WEL6, sctype=WEL +Input parameter "PRINT_FLOWS" discovered for package "CSUB_SUB03A/WEL_0". +IDM load netcdf var model=GWF6, ptype=WEL6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM nc4_context pkg cname=CSUB_SUB03A, scname=NPF +IDM nc4_context pkg cname=CSUB_SUB03A, scname=WEL_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=WEL6, sctype=WEL +Input parameter "SAVE_FLOWS" discovered for package "CSUB_SUB03A/WEL_0". +IDM load netcdf var model=GWF6, ptype=WEL6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM nc4_context pkg cname=CSUB_SUB03A, scname=NPF +IDM nc4_context pkg cname=CSUB_SUB03A, scname=WEL_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=WEL6, sctype=WEL +Input parameter "MAXBOUND" discovered for package "CSUB_SUB03A/WEL_0". +IDM load netcdf var model=GWF6, ptype=WEL6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM nc4_context pkg cname=CSUB_SUB03A, scname=NPF +IDM nc4_context pkg cname=CSUB_SUB03A, scname=WEL_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=WEL6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM nc4_context pkg cname=CSUB_SUB03A, scname=NPF +IDM nc4_context pkg cname=CSUB_SUB03A, scname=WEL_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=WEL6, sctype=WEL +Input parameter "CELLID" discovered for package "CSUB_SUB03A/WEL_0". +IDM load netcdf var model=GWF6, ptype=WEL6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM nc4_context pkg cname=CSUB_SUB03A, scname=NPF +IDM nc4_context pkg cname=CSUB_SUB03A, scname=WEL_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=WEL6, sctype=WEL +Input parameter "Q" discovered for package "CSUB_SUB03A/WEL_0". +IDM load netcdf var model=GWF6, ptype=CHD6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM nc4_context pkg cname=CSUB_SUB03A, scname=NPF +IDM nc4_context pkg cname=CSUB_SUB03A, scname=WEL_0 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=RCHA_0 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=CHD_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=CHD6, sctype=CHD +Input parameter "SAVE_FLOWS" discovered for package "CSUB_SUB03A/CHD_0". +IDM load netcdf var model=GWF6, ptype=CHD6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM nc4_context pkg cname=CSUB_SUB03A, scname=NPF +IDM nc4_context pkg cname=CSUB_SUB03A, scname=WEL_0 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=RCHA_0 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=CHD_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=CHD6, sctype=CHD +Input parameter "MAXBOUND" discovered for package "CSUB_SUB03A/CHD_0". +IDM load netcdf var model=GWF6, ptype=CHD6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM nc4_context pkg cname=CSUB_SUB03A, scname=NPF +IDM nc4_context pkg cname=CSUB_SUB03A, scname=WEL_0 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=RCHA_0 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=CHD_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=CHD6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM nc4_context pkg cname=CSUB_SUB03A, scname=NPF +IDM nc4_context pkg cname=CSUB_SUB03A, scname=WEL_0 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=RCHA_0 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=CHD_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=CHD6, sctype=CHD +Input parameter "CELLID" discovered for package "CSUB_SUB03A/CHD_0". +IDM load netcdf var model=GWF6, ptype=CHD6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM nc4_context pkg cname=CSUB_SUB03A, scname=NPF +IDM nc4_context pkg cname=CSUB_SUB03A, scname=WEL_0 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=RCHA_0 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=CHD_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=CHD6, sctype=CHD +Input parameter "HEAD" discovered for package "CSUB_SUB03A/CHD_0". +IDM input_load pkg=DIS +IDM NF90_MAX_DIMS=1024 +IDM NF90_MAX_VAR_DIMS=1024 +varname=NLAY, type=INTEGER +varname=NROW, type=INTEGER +varname=NCOL, type=INTEGER +varname=DELR, type=DOUBLE1D +varname=DELC, type=DOUBLE1D +varname=TOP, type=DOUBLE2D +varname=BOTM, type=DOUBLE3D + ALL SIMULATION MEMORY INFORMATION WILL BE WRITTEN. + + DETAILED INFORMATION ON VARIABLES STORED IN THE MEMORY MANAGER + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + ORIGIN VARIABLE NAME DATA TYPE NUMBER OF ITEMS ASSOCIATED VARIABLE + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + __INPUT__/SIM/NAM TDIS6 STRING LEN=300 1 -- + __INPUT__/SIM/NAM MTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM MFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM MNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM EXGTYPE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGFILE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEA STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEB STRING LEN=300 0 -- + __INPUT__/SIM/NAM SOLUTIONGROUPNUM INTEGER 1 -- + __INPUT__/SIM/NAM SLNTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNMNAMES STRING LEN=300 1 -- + __INPUT__/SIM/NAM CONTINUE INTEGER 1 -- + __INPUT__/SIM/NAM NOCHECK INTEGER 1 -- + __INPUT__/SIM/NAM PRMEM STRING LEN=300 1 -- + __INPUT__/SIM/NAM MAXERRORS INTEGER 1 -- + __INPUT__/SIM/NAM PRINT_INPUT INTEGER 1 -- + __INPUT__/SIM/NAM MXITER INTEGER 1 -- + __INPUT__/SIM NUMMODELS INTEGER 1 -- + __INPUT__/SIM NUMEXCHANGES INTEGER 1 -- + __INPUT__/CSUB_SUB03A/NAM FTYPE STRING LEN=300 9 -- + __INPUT__/CSUB_SUB03A/NAM FNAME STRING LEN=300 9 -- + __INPUT__/CSUB_SUB03A/NAM PNAME STRING LEN=300 9 -- + __INPUT__/CSUB_SUB03A PKGTYPES STRING LEN=7 0 -- + __INPUT__/CSUB_SUB03A PKGNAMES STRING LEN=16 0 -- + __INPUT__/CSUB_SUB03A MEMPATHS STRING LEN=50 0 -- + __INPUT__/CSUB_SUB03A INUNITS INTEGER 0 -- + __INPUT__/CSUB_SUB03A/DIS INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/NPF INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/CHD_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/DIS NLAY INTEGER 1 -- + __INPUT__/CSUB_SUB03A/DIS NROW INTEGER 1 -- + __INPUT__/CSUB_SUB03A/DIS NCOL INTEGER 1 -- + __INPUT__/CSUB_SUB03A MODEL_SHAPE INTEGER 3 -- + __INPUT__/CSUB_SUB03A NCELLDIM INTEGER 1 -- + __INPUT__/CSUB_SUB03A/DIS DELR DOUBLE 10 -- + __INPUT__/CSUB_SUB03A/DIS DELC DOUBLE 10 -- + __INPUT__/CSUB_SUB03A/DIS TOP DOUBLE 100 -- + __INPUT__/CSUB_SUB03A/DIS BOTM DOUBLE 300 -- + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 2.1330000 + Logical 0.0000000 + Integer 6.00000000E-02 + Real 3.3600000 + ------------------------------- + Total 5.5530000 + Virtual 0.0000000 + ------------------------------- + + +IDM input_load pkg=NPF +IDM NF90_MAX_DIMS=1024 +IDM NF90_MAX_VAR_DIMS=1024 +varname=IPAKCB, type=KEYWORD +varname=ICELLTYPE, type=INTEGER1D +varname=K, type=DOUBLE1D +varname=K33, type=DOUBLE1D + ALL SIMULATION MEMORY INFORMATION WILL BE WRITTEN. + + DETAILED INFORMATION ON VARIABLES STORED IN THE MEMORY MANAGER + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + ORIGIN VARIABLE NAME DATA TYPE NUMBER OF ITEMS ASSOCIATED VARIABLE + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + __INPUT__/SIM/NAM TDIS6 STRING LEN=300 1 -- + __INPUT__/SIM/NAM MTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM MFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM MNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM EXGTYPE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGFILE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEA STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEB STRING LEN=300 0 -- + __INPUT__/SIM/NAM SOLUTIONGROUPNUM INTEGER 1 -- + __INPUT__/SIM/NAM SLNTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNMNAMES STRING LEN=300 1 -- + __INPUT__/SIM/NAM CONTINUE INTEGER 1 -- + __INPUT__/SIM/NAM NOCHECK INTEGER 1 -- + __INPUT__/SIM/NAM PRMEM STRING LEN=300 1 -- + __INPUT__/SIM/NAM MAXERRORS INTEGER 1 -- + __INPUT__/SIM/NAM PRINT_INPUT INTEGER 1 -- + __INPUT__/SIM/NAM MXITER INTEGER 1 -- + __INPUT__/SIM NUMMODELS INTEGER 1 -- + __INPUT__/SIM NUMEXCHANGES INTEGER 1 -- + __INPUT__/CSUB_SUB03A/NAM FTYPE STRING LEN=300 9 -- + __INPUT__/CSUB_SUB03A/NAM FNAME STRING LEN=300 9 -- + __INPUT__/CSUB_SUB03A/NAM PNAME STRING LEN=300 9 -- + __INPUT__/CSUB_SUB03A PKGTYPES STRING LEN=7 0 -- + __INPUT__/CSUB_SUB03A PKGNAMES STRING LEN=16 0 -- + __INPUT__/CSUB_SUB03A MEMPATHS STRING LEN=50 0 -- + __INPUT__/CSUB_SUB03A INUNITS INTEGER 0 -- + __INPUT__/CSUB_SUB03A/DIS INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/NPF INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/CHD_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/DIS NLAY INTEGER 1 -- + __INPUT__/CSUB_SUB03A/DIS NROW INTEGER 1 -- + __INPUT__/CSUB_SUB03A/DIS NCOL INTEGER 1 -- + __INPUT__/CSUB_SUB03A MODEL_SHAPE INTEGER 3 -- + __INPUT__/CSUB_SUB03A NCELLDIM INTEGER 1 -- + __INPUT__/CSUB_SUB03A/DIS DELR DOUBLE 10 -- + __INPUT__/CSUB_SUB03A/DIS DELC DOUBLE 10 -- + __INPUT__/CSUB_SUB03A/DIS TOP DOUBLE 100 -- + __INPUT__/CSUB_SUB03A/DIS BOTM DOUBLE 300 -- + __INPUT__/CSUB_SUB03A/NPF IPAKCB INTEGER 1 -- + __INPUT__/CSUB_SUB03A/NPF ICELLTYPE INTEGER 300 -- + __INPUT__/CSUB_SUB03A/NPF K DOUBLE 300 -- + __INPUT__/CSUB_SUB03A/NPF K33 DOUBLE 300 -- + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 2.1330000 + Logical 0.0000000 + Integer 1.2640000 + Real 8.1600000 + ------------------------------- + Total 11.557000 + Virtual 0.0000000 + ------------------------------- + + + + OPENED csub_sub03a.sto + FILE TYPE:STO6 UNIT 1003 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED csub_sub03a.ic + FILE TYPE:IC6 UNIT 1004 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED csub_sub03a.oc + FILE TYPE:OC6 UNIT 1005 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + +IDM input_load pkg=WEL_0 +IDM NF90_MAX_DIMS=1024 +IDM NF90_MAX_VAR_DIMS=1024 +varname=IPRPAK, type=KEYWORD +varname=IPRFLOW, type=KEYWORD +varname=IPAKCB, type=KEYWORD +varname=MAXBOUND, type=INTEGER + ALL SIMULATION MEMORY INFORMATION WILL BE WRITTEN. + + DETAILED INFORMATION ON VARIABLES STORED IN THE MEMORY MANAGER + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + ORIGIN VARIABLE NAME DATA TYPE NUMBER OF ITEMS ASSOCIATED VARIABLE + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + __INPUT__/SIM/NAM TDIS6 STRING LEN=300 1 -- + __INPUT__/SIM/NAM MTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM MFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM MNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM EXGTYPE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGFILE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEA STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEB STRING LEN=300 0 -- + __INPUT__/SIM/NAM SOLUTIONGROUPNUM INTEGER 1 -- + __INPUT__/SIM/NAM SLNTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNMNAMES STRING LEN=300 1 -- + __INPUT__/SIM/NAM CONTINUE INTEGER 1 -- + __INPUT__/SIM/NAM NOCHECK INTEGER 1 -- + __INPUT__/SIM/NAM PRMEM STRING LEN=300 1 -- + __INPUT__/SIM/NAM MAXERRORS INTEGER 1 -- + __INPUT__/SIM/NAM PRINT_INPUT INTEGER 1 -- + __INPUT__/SIM/NAM MXITER INTEGER 1 -- + __INPUT__/SIM NUMMODELS INTEGER 1 -- + __INPUT__/SIM NUMEXCHANGES INTEGER 1 -- + __INPUT__/CSUB_SUB03A/NAM FTYPE STRING LEN=300 9 -- + __INPUT__/CSUB_SUB03A/NAM FNAME STRING LEN=300 9 -- + __INPUT__/CSUB_SUB03A/NAM PNAME STRING LEN=300 9 -- + __INPUT__/CSUB_SUB03A PKGTYPES STRING LEN=7 0 -- + __INPUT__/CSUB_SUB03A PKGNAMES STRING LEN=16 0 -- + __INPUT__/CSUB_SUB03A MEMPATHS STRING LEN=50 0 -- + __INPUT__/CSUB_SUB03A INUNITS INTEGER 0 -- + __INPUT__/CSUB_SUB03A/DIS INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/NPF INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/CHD_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/DIS NLAY INTEGER 1 -- + __INPUT__/CSUB_SUB03A/DIS NROW INTEGER 1 -- + __INPUT__/CSUB_SUB03A/DIS NCOL INTEGER 1 -- + __INPUT__/CSUB_SUB03A MODEL_SHAPE INTEGER 3 -- + __INPUT__/CSUB_SUB03A NCELLDIM INTEGER 1 -- + __INPUT__/CSUB_SUB03A/DIS DELR DOUBLE 10 -- + __INPUT__/CSUB_SUB03A/DIS DELC DOUBLE 10 -- + __INPUT__/CSUB_SUB03A/DIS TOP DOUBLE 100 -- + __INPUT__/CSUB_SUB03A/DIS BOTM DOUBLE 300 -- + __INPUT__/CSUB_SUB03A/NPF IPAKCB INTEGER 1 -- + __INPUT__/CSUB_SUB03A/NPF ICELLTYPE INTEGER 300 -- + __INPUT__/CSUB_SUB03A/NPF K DOUBLE 300 -- + __INPUT__/CSUB_SUB03A/NPF K33 DOUBLE 300 -- + __INPUT__/CSUB_SUB03A/WEL_0 IPRPAK INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 IPRFLOW INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 IPAKCB INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 NAUX INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 MAXBOUND INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 IPER INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 IONPER INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 NBOUND INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 NCPL INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 AUXILIARY STRING LEN=16 0 -- + __INPUT__/CSUB_SUB03A/WEL_0 CELLID INTEGER 12 -- + __INPUT__/CSUB_SUB03A/WEL_0 Q DOUBLE 4 -- + __INPUT__/CSUB_SUB03A/WEL_0 BOUNDNAME STRING LEN=40 0 -- + __INPUT__/CSUB_SUB03A/WEL_0 AUXVAR DOUBLE 0 -- + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 2.1330000 + Logical 0.0000000 + Integer 1.3480000 + Real 8.1920000 + ------------------------------- + Total 11.673000 + Virtual 0.0000000 + ------------------------------- + + +IDM input_load pkg=RCHA_0 +IDM NF90_MAX_DIMS=1024 +IDM NF90_MAX_VAR_DIMS=1024 +varname=READASARRAYS, type=KEYWORD + ALL SIMULATION MEMORY INFORMATION WILL BE WRITTEN. + + DETAILED INFORMATION ON VARIABLES STORED IN THE MEMORY MANAGER + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + ORIGIN VARIABLE NAME DATA TYPE NUMBER OF ITEMS ASSOCIATED VARIABLE + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + __INPUT__/SIM/NAM TDIS6 STRING LEN=300 1 -- + __INPUT__/SIM/NAM MTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM MFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM MNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM EXGTYPE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGFILE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEA STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEB STRING LEN=300 0 -- + __INPUT__/SIM/NAM SOLUTIONGROUPNUM INTEGER 1 -- + __INPUT__/SIM/NAM SLNTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNMNAMES STRING LEN=300 1 -- + __INPUT__/SIM/NAM CONTINUE INTEGER 1 -- + __INPUT__/SIM/NAM NOCHECK INTEGER 1 -- + __INPUT__/SIM/NAM PRMEM STRING LEN=300 1 -- + __INPUT__/SIM/NAM MAXERRORS INTEGER 1 -- + __INPUT__/SIM/NAM PRINT_INPUT INTEGER 1 -- + __INPUT__/SIM/NAM MXITER INTEGER 1 -- + __INPUT__/SIM NUMMODELS INTEGER 1 -- + __INPUT__/SIM NUMEXCHANGES INTEGER 1 -- + __INPUT__/CSUB_SUB03A/NAM FTYPE STRING LEN=300 9 -- + __INPUT__/CSUB_SUB03A/NAM FNAME STRING LEN=300 9 -- + __INPUT__/CSUB_SUB03A/NAM PNAME STRING LEN=300 9 -- + __INPUT__/CSUB_SUB03A PKGTYPES STRING LEN=7 0 -- + __INPUT__/CSUB_SUB03A PKGNAMES STRING LEN=16 0 -- + __INPUT__/CSUB_SUB03A MEMPATHS STRING LEN=50 0 -- + __INPUT__/CSUB_SUB03A INUNITS INTEGER 0 -- + __INPUT__/CSUB_SUB03A/DIS INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/NPF INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/CHD_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/DIS NLAY INTEGER 1 -- + __INPUT__/CSUB_SUB03A/DIS NROW INTEGER 1 -- + __INPUT__/CSUB_SUB03A/DIS NCOL INTEGER 1 -- + __INPUT__/CSUB_SUB03A MODEL_SHAPE INTEGER 3 -- + __INPUT__/CSUB_SUB03A NCELLDIM INTEGER 1 -- + __INPUT__/CSUB_SUB03A/DIS DELR DOUBLE 10 -- + __INPUT__/CSUB_SUB03A/DIS DELC DOUBLE 10 -- + __INPUT__/CSUB_SUB03A/DIS TOP DOUBLE 100 -- + __INPUT__/CSUB_SUB03A/DIS BOTM DOUBLE 300 -- + __INPUT__/CSUB_SUB03A/NPF IPAKCB INTEGER 1 -- + __INPUT__/CSUB_SUB03A/NPF ICELLTYPE INTEGER 300 -- + __INPUT__/CSUB_SUB03A/NPF K DOUBLE 300 -- + __INPUT__/CSUB_SUB03A/NPF K33 DOUBLE 300 -- + __INPUT__/CSUB_SUB03A/WEL_0 IPRPAK INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 IPRFLOW INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 IPAKCB INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 NAUX INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 MAXBOUND INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 IPER INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 IONPER INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 NBOUND INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 NCPL INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 AUXILIARY STRING LEN=16 0 -- + __INPUT__/CSUB_SUB03A/WEL_0 CELLID INTEGER 12 -- + __INPUT__/CSUB_SUB03A/WEL_0 Q DOUBLE 4 -- + __INPUT__/CSUB_SUB03A/WEL_0 BOUNDNAME STRING LEN=40 0 -- + __INPUT__/CSUB_SUB03A/WEL_0 AUXVAR DOUBLE 0 -- + __INPUT__/CSUB_SUB03A/RCHA_0 READASARRAYS INTEGER 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 NAUX INTEGER 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 IPER INTEGER 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 IONPER INTEGER 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 NBOUND INTEGER 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 NCPL INTEGER 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 AUXILIARY STRING LEN=16 0 -- + __INPUT__/CSUB_SUB03A/RCHA_0 CELLID INTEGER 0 -- + __INPUT__/CSUB_SUB03A/RCHA_0 IRCH INTEGER 100 -- + __INPUT__/CSUB_SUB03A/RCHA_0 RECHARGE DOUBLE 100 -- + __INPUT__/CSUB_SUB03A/RCHA_0 BOUNDNAME STRING LEN=40 0 -- + __INPUT__/CSUB_SUB03A/RCHA_0 AUXVAR DOUBLE 0 -- + __INPUT__/CSUB_SUB03A/RCHA_0 INIRCH INTEGER 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 INRECHARGE INTEGER 1 -- + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 2.1330000 + Logical 0.0000000 + Integer 1.7800000 + Real 8.9920000 + ------------------------------- + Total 12.905000 + Virtual 0.0000000 + ------------------------------- + + +IDM input_load pkg=CHD_0 +IDM NF90_MAX_DIMS=1024 +IDM NF90_MAX_VAR_DIMS=1024 +varname=IPAKCB, type=KEYWORD +varname=MAXBOUND, type=INTEGER + ALL SIMULATION MEMORY INFORMATION WILL BE WRITTEN. + + DETAILED INFORMATION ON VARIABLES STORED IN THE MEMORY MANAGER + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + ORIGIN VARIABLE NAME DATA TYPE NUMBER OF ITEMS ASSOCIATED VARIABLE + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + __INPUT__/SIM/NAM TDIS6 STRING LEN=300 1 -- + __INPUT__/SIM/NAM MTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM MFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM MNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM EXGTYPE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGFILE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEA STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEB STRING LEN=300 0 -- + __INPUT__/SIM/NAM SOLUTIONGROUPNUM INTEGER 1 -- + __INPUT__/SIM/NAM SLNTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNMNAMES STRING LEN=300 1 -- + __INPUT__/SIM/NAM CONTINUE INTEGER 1 -- + __INPUT__/SIM/NAM NOCHECK INTEGER 1 -- + __INPUT__/SIM/NAM PRMEM STRING LEN=300 1 -- + __INPUT__/SIM/NAM MAXERRORS INTEGER 1 -- + __INPUT__/SIM/NAM PRINT_INPUT INTEGER 1 -- + __INPUT__/SIM/NAM MXITER INTEGER 1 -- + __INPUT__/SIM NUMMODELS INTEGER 1 -- + __INPUT__/SIM NUMEXCHANGES INTEGER 1 -- + __INPUT__/CSUB_SUB03A/NAM FTYPE STRING LEN=300 9 -- + __INPUT__/CSUB_SUB03A/NAM FNAME STRING LEN=300 9 -- + __INPUT__/CSUB_SUB03A/NAM PNAME STRING LEN=300 9 -- + __INPUT__/CSUB_SUB03A PKGTYPES STRING LEN=7 0 -- + __INPUT__/CSUB_SUB03A PKGNAMES STRING LEN=16 0 -- + __INPUT__/CSUB_SUB03A MEMPATHS STRING LEN=50 0 -- + __INPUT__/CSUB_SUB03A INUNITS INTEGER 0 -- + __INPUT__/CSUB_SUB03A/DIS INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/NPF INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/CHD_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/DIS NLAY INTEGER 1 -- + __INPUT__/CSUB_SUB03A/DIS NROW INTEGER 1 -- + __INPUT__/CSUB_SUB03A/DIS NCOL INTEGER 1 -- + __INPUT__/CSUB_SUB03A MODEL_SHAPE INTEGER 3 -- + __INPUT__/CSUB_SUB03A NCELLDIM INTEGER 1 -- + __INPUT__/CSUB_SUB03A/DIS DELR DOUBLE 10 -- + __INPUT__/CSUB_SUB03A/DIS DELC DOUBLE 10 -- + __INPUT__/CSUB_SUB03A/DIS TOP DOUBLE 100 -- + __INPUT__/CSUB_SUB03A/DIS BOTM DOUBLE 300 -- + __INPUT__/CSUB_SUB03A/NPF IPAKCB INTEGER 1 -- + __INPUT__/CSUB_SUB03A/NPF ICELLTYPE INTEGER 300 -- + __INPUT__/CSUB_SUB03A/NPF K DOUBLE 300 -- + __INPUT__/CSUB_SUB03A/NPF K33 DOUBLE 300 -- + __INPUT__/CSUB_SUB03A/WEL_0 IPRPAK INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 IPRFLOW INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 IPAKCB INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 NAUX INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 MAXBOUND INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 IPER INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 IONPER INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 NBOUND INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 NCPL INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 AUXILIARY STRING LEN=16 0 -- + __INPUT__/CSUB_SUB03A/WEL_0 CELLID INTEGER 12 -- + __INPUT__/CSUB_SUB03A/WEL_0 Q DOUBLE 4 -- + __INPUT__/CSUB_SUB03A/WEL_0 BOUNDNAME STRING LEN=40 0 -- + __INPUT__/CSUB_SUB03A/WEL_0 AUXVAR DOUBLE 0 -- + __INPUT__/CSUB_SUB03A/RCHA_0 READASARRAYS INTEGER 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 NAUX INTEGER 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 IPER INTEGER 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 IONPER INTEGER 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 NBOUND INTEGER 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 NCPL INTEGER 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 AUXILIARY STRING LEN=16 0 -- + __INPUT__/CSUB_SUB03A/RCHA_0 CELLID INTEGER 0 -- + __INPUT__/CSUB_SUB03A/RCHA_0 IRCH INTEGER 100 -- + __INPUT__/CSUB_SUB03A/RCHA_0 RECHARGE DOUBLE 100 -- + __INPUT__/CSUB_SUB03A/RCHA_0 BOUNDNAME STRING LEN=40 0 -- + __INPUT__/CSUB_SUB03A/RCHA_0 AUXVAR DOUBLE 0 -- + __INPUT__/CSUB_SUB03A/RCHA_0 INIRCH INTEGER 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 INRECHARGE INTEGER 1 -- + __INPUT__/CSUB_SUB03A/CHD_0 IPAKCB INTEGER 1 -- + __INPUT__/CSUB_SUB03A/CHD_0 NAUX INTEGER 1 -- + __INPUT__/CSUB_SUB03A/CHD_0 MAXBOUND INTEGER 1 -- + __INPUT__/CSUB_SUB03A/CHD_0 IPER INTEGER 1 -- + __INPUT__/CSUB_SUB03A/CHD_0 IONPER INTEGER 1 -- + __INPUT__/CSUB_SUB03A/CHD_0 NBOUND INTEGER 1 -- + __INPUT__/CSUB_SUB03A/CHD_0 NCPL INTEGER 1 -- + __INPUT__/CSUB_SUB03A/CHD_0 AUXILIARY STRING LEN=16 0 -- + __INPUT__/CSUB_SUB03A/CHD_0 CELLID INTEGER 12 -- + __INPUT__/CSUB_SUB03A/CHD_0 HEAD DOUBLE 4 -- + __INPUT__/CSUB_SUB03A/CHD_0 BOUNDNAME STRING LEN=40 0 -- + __INPUT__/CSUB_SUB03A/CHD_0 AUXVAR DOUBLE 0 -- + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 2.1330000 + Logical 0.0000000 + Integer 1.8560000 + Real 9.0240000 + ------------------------------- + Total 13.013000 + Virtual 0.0000000 + ------------------------------- + + + + OPENED csub_sub03a.csub + FILE TYPE:CSUB6 UNIT 1006 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + READING SIMULATION OPTIONS + MAXIMUM NUMBER OF ERRORS THAT WILL BE STORED IS 1000 + END OF SIMULATION OPTIONS + + READING SIMULATION TIMING + + OPENED csub_sub03a.tdis + FILE TYPE:TDIS UNIT 1007 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + TDIS -- TEMPORAL DISCRETIZATION PACKAGE, + VERSION 1 : 11/13/2014 - INPUT READ FROM UNIT 1007 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. + PROCESSING TDIS OPTIONS + SIMULATION TIME UNIT IS DAYS + END OF TDIS OPTIONS + PROCESSING TDIS DIMENSIONS + 31 STRESS PERIOD(S) IN SIMULATION + END OF TDIS DIMENSIONS + PROCESSING TDIS PERIODDATA + + + STRESS PERIOD LENGTH TIME STEPS MULTIPLIER FOR DELT + ---------------------------------------------------------------------------- + 1 1.000000 1 1.000 + 2 365.2500 6 1.300 + 3 365.2500 6 1.300 + 4 365.2500 6 1.300 + 5 365.2500 6 1.300 + 6 365.2500 6 1.300 + 7 365.2500 6 1.300 + 8 365.2500 6 1.300 + 9 365.2500 6 1.300 + 10 365.2500 6 1.300 + 11 365.2500 6 1.300 + 12 365.2500 6 1.300 + 13 365.2500 6 1.300 + 14 365.2500 6 1.300 + 15 365.2500 6 1.300 + 16 365.2500 6 1.300 + 17 365.2500 6 1.300 + 18 365.2500 6 1.300 + 19 365.2500 6 1.300 + 20 365.2500 6 1.300 + 21 365.2500 6 1.300 + 22 365.2500 6 1.300 + 23 365.2500 6 1.300 + 24 365.2500 6 1.300 + 25 365.2500 6 1.300 + 26 365.2500 6 1.300 + 27 365.2500 6 1.300 + 28 365.2500 6 1.300 + 29 365.2500 6 1.300 + 30 365.2500 6 1.300 + 31 365.2500 6 1.300 + END OF TDIS PERIODDATA + END OF SIMULATION TIMING + + READING SIMULATION MODELS + GWF6 model 1 will be created + END OF SIMULATION MODELS + + READING SIMULATION EXCHANGES + END OF SIMULATION EXCHANGES + + READING SOLUTIONGROUP + + Creating solution: SLN_1 + + OPENED csub_sub03a.ims + FILE TYPE:IMS UNIT 1009 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + END OF SOLUTIONGROUP + +PROCESSING MODEL CONNECTIONS + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1009 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. + + PROCESSING IMS OPTIONS + END OF IMS OPTIONS + + PROCESSING IMS NONLINEAR + END OF IMS NONLINEAR DATA + ***UNDER-RELAXATION WILL NOT BE USED*** + + + PROCESSING LINEAR DATA + END OF LINEAR DATA + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + A symmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-08 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 500 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 0 + LINEAR SOLUTION METHOD (LINMETH) = 1 + + SOLUTION BY THE CONJUGATE-GRADIENT METHOD + ------------------------------------------------------------------ + MAXIMUM OF 500 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 300 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = CG + MATRIX PRECONDITIONING TYPE = MOD. INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-08 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E-05 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.10000E+01 + + + + + Solving: Stress period: 1 Time step: 1 + +1 + STRESS PERIOD NO. 1, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=1 +IDM RP LIST kper=1 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=4 +CELLID FIRST SET nbound=4 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 37 23.347236 1_GWF-(1,1,1) + Model 2 1 1.85327309E-10 * 1_GWF-(2,3,8) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 38 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 1 + +1 + STRESS PERIOD NO. 2, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 +IDM inlist_rp iiper=1 +IDM RP LIST kper=2 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=4 +CELLID FIRST SET nbound=4 +IDM RP LIST varname=Q, type=DOUBLE + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -14.908780 1_GWF-(3,3,6) + Model 2 1 3.28045147E-10 * 1_GWF-(2,10,6) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 2 + 25 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -8.7562880 1_GWF-(3,1,10) + Model 2 23 1.7046169 1_GWF-(3,3,6) + Model 3 1 -2.00621741E-10 * 1_GWF-(3,1,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 2 + 49 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -7.3644772 1_GWF-(3,1,1) + Model 2 24 3.7344933 1_GWF-(3,3,6) + Model 3 23 1.3269491 1_GWF-(3,5,10) + Model 4 22 0.22866913 1_GWF-(3,4,4) + Model 5 1 1.79380955E-10 * 1_GWF-(2,8,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 2 + 96 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -4.6111552 1_GWF-(3,10,1) + Model 2 25 2.4220311 1_GWF-(3,3,9) + Model 3 22 0.34016768 1_GWF-(3,5,1) + Model 4 19 3.29840198E-02 1_GWF-(3,4,1) + Model 5 2 1.32229427E-09 1_GWF-(2,4,2) + Model 6 1 -1.87965199E-11 * 1_GWF-(2,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 2 + 95 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -4.5842626 1_GWF-(3,3,10) + Model 2 24 3.3719817 1_GWF-(3,2,10) + Model 3 23 0.56604208 1_GWF-(3,8,10) + Model 4 21 4.32066738E-02 1_GWF-(3,6,2) + Model 5 1 -8.04281086E-11 * 1_GWF-(2,6,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 2 + 95 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -3.1357146 1_GWF-(3,4,10) + Model 2 25 1.7600921 1_GWF-(3,2,5) + Model 3 22 0.27644707 1_GWF-(3,10,1) + Model 4 21 4.57737685E-02 1_GWF-(3,8,4) + Model 5 1 -2.75511614E-10 * 1_GWF-(2,2,1) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 2 + 95 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 1 + +1 + STRESS PERIOD NO. 3, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -1.1619016 1_GWF-(3,3,4) + Model 2 21 0.84397110 1_GWF-(3,3,3) + Model 3 18 3.22281115E-02 1_GWF-(3,8,1) + Model 4 15 3.18480990E-03 1_GWF-(3,8,4) + Model 5 1 -2.14516405E-10 * 1_GWF-(2,8,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 3 + 77 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.5781531 1_GWF-(3,1,10) + Model 2 22 3.1265799 1_GWF-(3,1,10) + Model 3 20 7.49094098E-02 1_GWF-(3,9,1) + Model 4 1 3.77415876E-11 * 1_GWF-(2,9,2) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 3 + 66 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -2.7463872 1_GWF-(3,1,10) + Model 2 22 2.1656651 1_GWF-(3,1,10) + Model 3 19 5.42050482E-02 1_GWF-(3,10,1) + Model 4 17 8.33664559E-03 1_GWF-(3,9,1) + Model 5 1 5.82770721E-10 * 1_GWF-(2,9,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 3 + 83 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -3.3944253 1_GWF-(3,1,10) + Model 2 23 2.6603496 1_GWF-(3,1,10) + Model 3 16 3.18736461E-03 1_GWF-(3,10,1) + Model 4 13 2.38742284E-04 1_GWF-(3,10,3) + Model 5 1 6.93885394E-10 * 1_GWF-(2,9,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 3 + 78 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -3.9304970 1_GWF-(3,1,10) + Model 2 24 3.0178575 1_GWF-(3,1,10) + Model 3 1 1.91761274E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 3 + 50 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -3.1083243 1_GWF-(3,1,10) + Model 2 25 1.9907645 1_GWF-(3,1,10) + Model 3 1 3.90714128E-11 * 1_GWF-(2,5,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 3 + 51 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 1 + +1 + STRESS PERIOD NO. 4, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -0.88041739 1_GWF-(3,3,9) + Model 2 21 0.60842876 1_GWF-(3,3,9) + Model 3 1 2.35237385E-11 * 1_GWF-(2,2,7) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 4 + 43 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -0.94581761 1_GWF-(3,3,1) + Model 2 21 0.61738599 1_GWF-(3,3,1) + Model 3 1 -6.69719835E-11 * 1_GWF-(2,3,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 4 + 43 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -1.6694303 1_GWF-(3,1,10) + Model 2 22 1.1924032 1_GWF-(3,1,10) + Model 3 1 9.17208531E-11 * 1_GWF-(2,2,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 4 + 45 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -2.9781281 1_GWF-(3,1,10) + Model 2 23 2.3782335 1_GWF-(3,1,10) + Model 3 1 -8.92031116E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 4 + 49 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -3.2170299 1_GWF-(3,1,10) + Model 2 25 2.4681385 1_GWF-(3,1,10) + Model 3 1 1.77420023E-11 * 1_GWF-(2,4,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 4 + 51 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -1.8996021 1_GWF-(3,3,1) + Model 2 24 1.0544293 1_GWF-(3,3,1) + Model 3 1 5.13722398E-11 * 1_GWF-(2,3,5) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 4 + 50 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 1 + +1 + STRESS PERIOD NO. 5, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -12.654174 1_GWF-(1,1,1) + Model 2 21 0.60292884 1_GWF-(3,1,10) + Model 3 1 3.48596707E-11 * 1_GWF-(2,2,5) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 5 + 45 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -5.3117204 1_GWF-(1,1,1) + Model 2 21 2.2132954 1_GWF-(2,3,6) + Model 3 1 2.13746354E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 5 + 45 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -2.5113809 1_GWF-(2,3,5) + Model 2 22 2.4424599 1_GWF-(2,4,6) + Model 3 19 0.14769630 1_GWF-(2,3,10) + Model 4 18 8.10408430E-03 1_GWF-(2,1,4) + Model 5 16 1.49782346E-03 1_GWF-(2,1,5) + Model 6 1 1.31850086E-10 * 1_GWF-(2,8,2) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 5 + 100 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -5.1534802 1_GWF-(2,3,6) + Model 2 22 5.0037325 1_GWF-(2,3,6) + Model 3 20 0.47953145 1_GWF-(2,6,2) + Model 4 19 0.13589189 1_GWF-(2,4,1) + Model 5 1 -4.34807745E-11 * 1_GWF-(2,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 5 + 87 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -6.0317371 1_GWF-(2,3,6) + Model 2 22 5.8291096 1_GWF-(2,3,6) + Model 3 20 0.35333561 1_GWF-(2,7,1) + Model 4 19 3.36318938E-02 1_GWF-(2,4,1) + Model 5 1 -3.94200228E-11 * 1_GWF-(2,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 5 + 87 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -6.5242317 1_GWF-(2,3,6) + Model 2 22 6.2530679 1_GWF-(2,3,6) + Model 3 21 0.71608724 1_GWF-(2,10,5) + Model 4 19 0.15601508 1_GWF-(2,7,10) + Model 5 18 2.92810251E-02 1_GWF-(2,5,1) + Model 6 1 -8.36708480E-11 * 1_GWF-(2,8,2) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 5 + 107 TOTAL ITERATIONS + + Solving: Stress period: 6 Time step: 1 + +1 + STRESS PERIOD NO. 6, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.8235600 1_GWF-(2,3,6) + Model 2 21 3.7500803 1_GWF-(2,3,6) + Model 3 18 0.14508424 1_GWF-(2,7,10) + Model 4 16 6.79723851E-02 1_GWF-(2,6,10) + Model 5 1 1.23880461E-10 * 1_GWF-(2,8,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 6 + 79 TOTAL ITERATIONS + + Solving: Stress period: 6 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -4.1382910 1_GWF-(2,3,6) + Model 2 21 4.0420051 1_GWF-(2,3,6) + Model 3 19 0.17226899 1_GWF-(2,7,3) + Model 4 11 6.44586868E-04 1_GWF-(2,7,8) + Model 5 1 -2.25822028E-10 * 1_GWF-(2,7,7) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 6 + 74 TOTAL ITERATIONS + + Solving: Stress period: 6 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -5.2945802 1_GWF-(2,3,6) + Model 2 21 5.1682025 1_GWF-(2,3,6) + Model 3 19 0.56716097 1_GWF-(2,10,5) + Model 4 18 0.10852467 1_GWF-(2,7,1) + Model 5 17 4.89896294E-02 1_GWF-(2,6,1) + Model 6 1 -1.12551746E-10 * 1_GWF-(2,8,3) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 6 + 102 TOTAL ITERATIONS + + Solving: Stress period: 6 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -4.9415798 1_GWF-(2,3,6) + Model 2 21 4.7754785 1_GWF-(2,3,6) + Model 3 19 0.21524996 1_GWF-(2,9,10) + Model 4 18 4.49306323E-02 1_GWF-(2,7,10) + Model 5 1 -3.35198536E-11 * 1_GWF-(2,8,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 6 + 83 TOTAL ITERATIONS + + Solving: Stress period: 6 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -5.7043070 1_GWF-(2,3,6) + Model 2 21 5.4855590 1_GWF-(2,3,6) + Model 3 20 0.32747654 1_GWF-(2,8,4) + Model 4 17 2.42288650E-02 1_GWF-(2,7,1) + Model 5 1 -1.37455380E-10 * 1_GWF-(2,9,3) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 6 + 84 TOTAL ITERATIONS + + Solving: Stress period: 6 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -6.4313837 1_GWF-(2,3,6) + Model 2 22 6.1429129 1_GWF-(2,3,6) + Model 3 19 5.44257486E-02 1_GWF-(2,9,1) + Model 4 17 1.76755625E-02 1_GWF-(2,8,1) + Model 5 1 -1.00661701E-10 * 1_GWF-(2,9,3) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 6 + 84 TOTAL ITERATIONS + + Solving: Stress period: 7 Time step: 1 + +1 + STRESS PERIOD NO. 7, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.9306111 1_GWF-(2,3,6) + Model 2 20 3.8526320 1_GWF-(2,3,6) + Model 3 15 1.00932121E-02 1_GWF-(2,8,1) + Model 4 1 -6.86677382E-11 * 1_GWF-(2,9,2) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 7 + 58 TOTAL ITERATIONS + + Solving: Stress period: 7 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -5.0309873 1_GWF-(2,3,6) + Model 2 21 4.9291515 1_GWF-(2,3,6) + Model 3 17 6.56724248E-02 1_GWF-(2,10,10) + Model 4 16 2.81064226E-02 1_GWF-(2,9,10) + Model 5 1 7.54676321E-11 * 1_GWF-(2,9,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 7 + 78 TOTAL ITERATIONS + + Solving: Stress period: 7 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.7400419 1_GWF-(2,4,9) + Model 2 20 2.6557200 1_GWF-(2,4,9) + Model 3 19 0.30124802 1_GWF-(2,9,4) + Model 4 15 1.38884639E-02 1_GWF-(2,9,1) + Model 5 1 8.65210126E-11 * 1_GWF-(2,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 7 + 78 TOTAL ITERATIONS + + Solving: Stress period: 7 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -5.6347462 1_GWF-(2,3,6) + Model 2 21 5.4605505 1_GWF-(2,3,6) + Model 3 19 0.13616951 1_GWF-(2,9,4) + Model 4 16 1.50364965E-02 1_GWF-(2,10,9) + Model 5 1 7.22000237E-11 * 1_GWF-(2,9,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 7 + 82 TOTAL ITERATIONS + + Solving: Stress period: 7 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -5.8171065 1_GWF-(2,3,6) + Model 2 21 5.5889375 1_GWF-(2,3,6) + Model 3 9 1.23798077E-04 1_GWF-(2,10,5) + Model 4 1 -2.26827224E-10 * 1_GWF-(1,8,5) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 7 + 55 TOTAL ITERATIONS + + Solving: Stress period: 7 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -8.3340296 1_GWF-(2,3,6) + Model 2 22 8.0349010 1_GWF-(2,3,6) + Model 3 1 -1.39495526E-10 * 1_GWF-(2,2,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 7 + 49 TOTAL ITERATIONS + + Solving: Stress period: 8 Time step: 1 + +1 + STRESS PERIOD NO. 8, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 12.332188 1_GWF-(1,1,1) + Model 2 21 0.87478778 1_GWF-(2,3,5) + Model 3 19 0.12007257 1_GWF-(2,4,10) + Model 4 17 2.85145705E-02 1_GWF-(2,7,1) + Model 5 16 8.81023119E-03 1_GWF-(2,8,1) + Model 6 1 4.06208400E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 8 + 96 TOTAL ITERATIONS + + Solving: Stress period: 8 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 4.8847675 1_GWF-(1,1,1) + Model 2 22 2.8716281 1_GWF-(3,10,10) + Model 3 21 0.67393301 1_GWF-(2,7,3) + Model 4 20 0.18337074 1_GWF-(2,10,6) + Model 5 1 -3.52917695E-11 * 1_GWF-(2,2,1) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 8 + 88 TOTAL ITERATIONS + + Solving: Stress period: 8 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -2.4144274 1_GWF-(3,1,10) + Model 2 23 2.1178222 1_GWF-(3,1,10) + Model 3 19 0.33243010 1_GWF-(2,3,7) + Model 4 1 -9.19540000E-11 * 1_GWF-(2,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 8 + 69 TOTAL ITERATIONS + + Solving: Stress period: 8 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 27 -8.3627006 1_GWF-(3,1,10) + Model 2 23 7.9618784 1_GWF-(3,1,8) + Model 3 23 2.8675698 1_GWF-(2,2,4) + Model 4 23 0.71838076 1_GWF-(2,10,2) + Model 5 1 -4.01225719E-11 * 1_GWF-(2,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 8 + 97 TOTAL ITERATIONS + + Solving: Stress period: 8 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -3.1665745 1_GWF-(3,10,7) + Model 2 24 2.7297763 1_GWF-(3,10,7) + Model 3 23 0.64531324 1_GWF-(2,9,2) + Model 4 1 -5.04867259E-11 * 1_GWF-(2,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 8 + 74 TOTAL ITERATIONS + + Solving: Stress period: 8 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -4.8343112 1_GWF-(3,10,10) + Model 2 25 4.2682670 1_GWF-(3,10,10) + Model 3 22 1.1677511 1_GWF-(2,6,6) + Model 4 22 0.38448512 1_GWF-(2,10,9) + Model 5 1 -2.38726372E-10 * 1_GWF-(2,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 8 + 96 TOTAL ITERATIONS + + Solving: Stress period: 9 Time step: 1 + +1 + STRESS PERIOD NO. 9, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -1.4493268 1_GWF-(3,10,6) + Model 2 21 1.2990776 1_GWF-(3,10,6) + Model 3 18 0.25091572 1_GWF-(2,9,9) + Model 4 1 1.68338232E-10 * 1_GWF-(2,9,7) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 9 + 61 TOTAL ITERATIONS + + Solving: Stress period: 9 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -4.7174434 1_GWF-(3,1,1) + Model 2 23 4.5034761 1_GWF-(3,1,1) + Model 3 22 1.2057361 1_GWF-(2,4,9) + Model 4 20 0.11383266 1_GWF-(2,10,1) + Model 5 20 0.21014046 1_GWF-(2,10,5) + Model 6 14 3.97730160E-03 1_GWF-(2,9,4) + Model 7 1 2.55489851E-10 * 1_GWF-(2,9,2) + ---------------------------------------------------------------------------------------------------------- + + + 7 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 9 + 123 TOTAL ITERATIONS + + Solving: Stress period: 9 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -4.8654322 1_GWF-(3,1,1) + Model 2 23 4.5891170 1_GWF-(3,1,1) + Model 3 22 1.2709004 1_GWF-(2,4,4) + Model 4 20 8.22489121E-02 1_GWF-(2,10,1) + Model 5 20 3.88070658E-02 1_GWF-(2,10,8) + Model 6 20 5.98968759E-02 1_GWF-(2,10,6) + Model 7 1 2.79927193E-11 * 1_GWF-(2,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 7 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 9 + 131 TOTAL ITERATIONS + + Solving: Stress period: 9 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -2.0317980 1_GWF-(3,1,10) + Model 2 23 1.6766655 1_GWF-(3,1,10) + Model 3 21 0.29270911 1_GWF-(2,8,3) + Model 4 18 9.29010334E-03 1_GWF-(2,10,9) + Model 5 15 7.95566432E-04 1_GWF-(2,10,8) + Model 6 1 5.16645393E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 9 + 103 TOTAL ITERATIONS + + Solving: Stress period: 9 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -2.6717360 1_GWF-(3,3,10) + Model 2 24 2.2180118 1_GWF-(3,3,10) + Model 3 22 0.64313828 1_GWF-(2,4,9) + Model 4 17 5.80042958E-03 1_GWF-(2,8,9) + Model 5 1 -2.55500510E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 9 + 89 TOTAL ITERATIONS + + Solving: Stress period: 9 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -3.2263460 1_GWF-(3,4,10) + Model 2 24 2.6481041 1_GWF-(3,4,10) + Model 3 22 0.75480313 1_GWF-(2,3,9) + Model 4 20 1.94901572E-02 1_GWF-(2,9,10) + Model 5 1 -2.46105358E-11 * 1_GWF-(2,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 9 + 93 TOTAL ITERATIONS + + Solving: Stress period: 10 Time step: 1 + +1 + STRESS PERIOD NO. 10, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -1.3210199 1_GWF-(3,10,10) + Model 2 22 1.1745779 1_GWF-(3,10,10) + Model 3 18 0.21415962 1_GWF-(2,5,9) + Model 4 1 1.92857286E-10 * 1_GWF-(2,6,8) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 10 + 63 TOTAL ITERATIONS + + Solving: Stress period: 10 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.2216627 1_GWF-(3,1,1) + Model 2 22 3.0177442 1_GWF-(3,1,1) + Model 3 21 0.60100976 1_GWF-(2,3,9) + Model 4 19 0.10682261 1_GWF-(2,8,1) + Model 5 18 2.62280243E-02 1_GWF-(2,9,1) + Model 6 1 -6.14148732E-11 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 10 + 105 TOTAL ITERATIONS + + Solving: Stress period: 10 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -1.7827024 1_GWF-(3,5,1) + Model 2 23 1.5256655 1_GWF-(3,5,1) + Model 3 20 0.40500819 1_GWF-(2,5,3) + Model 4 18 4.38040010E-02 1_GWF-(2,8,10) + Model 5 1 -2.93991498E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 10 + 86 TOTAL ITERATIONS + + Solving: Stress period: 10 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -2.5687369 1_GWF-(3,6,10) + Model 2 23 2.2414985 1_GWF-(3,6,10) + Model 3 21 0.49459171 1_GWF-(2,4,3) + Model 4 20 4.11884594E-02 1_GWF-(2,8,1) + Model 5 1 -2.52295962E-11 * 1_GWF-(2,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 10 + 90 TOTAL ITERATIONS + + Solving: Stress period: 10 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -2.8473063 1_GWF-(3,10,10) + Model 2 23 2.4382139 1_GWF-(3,10,10) + Model 3 21 0.28141935 1_GWF-(2,4,3) + Model 4 19 3.03041848E-02 1_GWF-(2,7,10) + Model 5 1 -2.01385575E-11 * 1_GWF-(2,2,6) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 10 + 90 TOTAL ITERATIONS + + Solving: Stress period: 10 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -2.4062470 1_GWF-(3,8,10) + Model 2 23 1.8761592 1_GWF-(3,8,10) + Model 3 22 0.37937378 1_GWF-(2,4,2) + Model 4 20 7.43949149E-02 1_GWF-(2,6,1) + Model 5 19 1.21275189E-02 1_GWF-(2,7,1) + Model 6 1 -3.01056957E-11 * 1_GWF-(2,2,9) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 10 + 111 TOTAL ITERATIONS + + Solving: Stress period: 11 Time step: 1 + +1 + STRESS PERIOD NO. 11, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -1.9491476 1_GWF-(3,10,1) + Model 2 22 1.8078564 1_GWF-(3,10,1) + Model 3 18 0.12791945 1_GWF-(2,5,10) + Model 4 18 4.83433429E-02 1_GWF-(2,6,10) + Model 5 1 2.39781528E-11 * 1_GWF-(2,3,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 11 + 81 TOTAL ITERATIONS + + Solving: Stress period: 11 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.3973408 1_GWF-(3,10,1) + Model 2 22 2.2143739 1_GWF-(3,10,1) + Model 3 20 0.19771858 1_GWF-(2,5,1) + Model 4 1 -3.11182191E-11 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 11 + 66 TOTAL ITERATIONS + + Solving: Stress period: 11 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -3.0625855 1_GWF-(3,10,10) + Model 2 22 2.8260294 1_GWF-(3,10,10) + Model 3 21 0.54005342 1_GWF-(2,3,2) + Model 4 20 0.11093309 1_GWF-(2,5,1) + Model 5 19 3.98566352E-02 1_GWF-(2,6,1) + Model 6 1 7.09015069E-11 * 1_GWF-(2,2,8) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 11 + 108 TOTAL ITERATIONS + + Solving: Stress period: 11 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -2.3783688 1_GWF-(3,8,10) + Model 2 23 2.0711450 1_GWF-(3,8,10) + Model 3 21 0.39535607 1_GWF-(2,3,2) + Model 4 19 3.62978693E-02 1_GWF-(2,5,10) + Model 5 1 -8.11368750E-11 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 11 + 89 TOTAL ITERATIONS + + Solving: Stress period: 11 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -2.0522716 1_GWF-(2,9,5) + Model 2 23 1.9849180 1_GWF-(2,9,5) + Model 3 20 0.28961278 1_GWF-(2,2,1) + Model 4 19 3.02910415E-02 1_GWF-(2,5,1) + Model 5 1 -5.43769474E-11 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 11 + 88 TOTAL ITERATIONS + + Solving: Stress period: 11 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 27 -3.6888978 1_GWF-(3,10,10) + Model 2 22 3.1830270 1_GWF-(3,10,10) + Model 3 20 0.31864927 1_GWF-(2,1,4) + Model 4 20 5.55306675E-02 1_GWF-(2,3,10) + Model 5 17 3.50241438E-03 1_GWF-(2,4,10) + Model 6 1 8.68105587E-11 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 11 + 107 TOTAL ITERATIONS + + Solving: Stress period: 12 Time step: 1 + +1 + STRESS PERIOD NO. 12, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -1.5684083 1_GWF-(2,3,6) + Model 2 21 1.5393476 1_GWF-(2,3,6) + Model 3 18 7.13350406E-02 1_GWF-(2,3,10) + Model 4 1 8.50519655E-11 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 12 + 62 TOTAL ITERATIONS + + Solving: Stress period: 12 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.5822643 1_GWF-(3,10,1) + Model 2 22 2.4064011 1_GWF-(3,10,1) + Model 3 17 1.39539612E-02 1_GWF-(2,4,1) + Model 4 1 1.68476788E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 12 + 63 TOTAL ITERATIONS + + Solving: Stress period: 12 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.0703694 1_GWF-(2,3,6) + Model 2 21 2.0188842 1_GWF-(2,3,6) + Model 3 18 0.23942154 1_GWF-(2,2,2) + Model 4 1 -1.79358750E-10 * 1_GWF-(2,2,10) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 12 + 63 TOTAL ITERATIONS + + Solving: Stress period: 12 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -2.4590177 1_GWF-(2,3,6) + Model 2 21 2.3899070 1_GWF-(2,3,6) + Model 3 18 0.12553376 1_GWF-(2,1,4) + Model 4 19 3.12129142E-02 1_GWF-(2,2,10) + Model 5 1 -5.66977576E-11 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 12 + 83 TOTAL ITERATIONS + + Solving: Stress period: 12 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -2.9116714 1_GWF-(2,9,5) + Model 2 21 2.8272836 1_GWF-(2,9,5) + Model 3 17 4.96918409E-02 1_GWF-(2,1,4) + Model 4 16 1.09911174E-02 1_GWF-(2,2,1) + Model 5 1 2.25448105E-10 * 1_GWF-(1,1,10) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 12 + 80 TOTAL ITERATIONS + + Solving: Stress period: 12 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -3.0741489 1_GWF-(2,3,6) + Model 2 21 2.9475893 1_GWF-(2,3,6) + Model 3 1 -1.28864031E-10 * 1_GWF-(1,1,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 12 + 48 TOTAL ITERATIONS + + Solving: Stress period: 13 Time step: 1 + +1 + STRESS PERIOD NO. 13, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -1.5657614 1_GWF-(2,4,7) + Model 2 20 1.5350045 1_GWF-(2,4,7) + Model 3 1 -2.86437540E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 13 + 42 TOTAL ITERATIONS + + Solving: Stress period: 13 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -1.8507900 1_GWF-(2,3,6) + Model 2 20 1.8053517 1_GWF-(2,3,6) + Model 3 1 -4.58637572E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 13 + 43 TOTAL ITERATIONS + + Solving: Stress period: 13 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.1014494 1_GWF-(2,4,7) + Model 2 21 2.0473818 1_GWF-(2,4,7) + Model 3 1 1.61008984E-11 * 1_GWF-(3,3,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 13 + 45 TOTAL ITERATIONS + + Solving: Stress period: 13 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.2810804 1_GWF-(2,3,6) + Model 2 21 2.2012721 1_GWF-(2,3,6) + Model 3 1 -3.42423867E-11 * 1_GWF-(1,9,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 13 + 44 TOTAL ITERATIONS + + Solving: Stress period: 13 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.5877927 1_GWF-(2,9,5) + Model 2 21 2.4896752 1_GWF-(2,9,5) + Model 3 1 6.38404885E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 13 + 45 TOTAL ITERATIONS + + Solving: Stress period: 13 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.1117934 1_GWF-(2,3,6) + Model 2 21 2.9691485 1_GWF-(2,3,6) + Model 3 1 -9.25695076E-11 * 1_GWF-(3,8,8) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 13 + 46 TOTAL ITERATIONS + + Solving: Stress period: 14 Time step: 1 + +1 + STRESS PERIOD NO. 14, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -1.7985143 1_GWF-(2,4,7) + Model 2 20 1.7629373 1_GWF-(2,4,7) + Model 3 1 -3.06812353E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 14 + 42 TOTAL ITERATIONS + + Solving: Stress period: 14 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -1.9904490 1_GWF-(2,3,6) + Model 2 20 1.9396083 1_GWF-(2,3,6) + Model 3 1 -5.88435967E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 14 + 43 TOTAL ITERATIONS + + Solving: Stress period: 14 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.3188650 1_GWF-(2,4,7) + Model 2 20 2.2570610 1_GWF-(2,4,7) + Model 3 1 8.80344686E-11 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 14 + 43 TOTAL ITERATIONS + + Solving: Stress period: 14 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.6036963 1_GWF-(2,3,6) + Model 2 21 2.5153712 1_GWF-(2,3,6) + Model 3 1 3.78399534E-11 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 14 + 45 TOTAL ITERATIONS + + Solving: Stress period: 14 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.1682650 1_GWF-(2,4,7) + Model 2 21 3.0593875 1_GWF-(2,4,7) + Model 3 1 6.35154151E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 14 + 45 TOTAL ITERATIONS + + Solving: Stress period: 14 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.0822973 1_GWF-(2,3,6) + Model 2 21 2.9268590 1_GWF-(2,3,6) + Model 3 1 8.51425597E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 14 + 45 TOTAL ITERATIONS + + Solving: Stress period: 15 Time step: 1 + +1 + STRESS PERIOD NO. 15, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -2.0039787 1_GWF-(2,4,7) + Model 2 20 1.9645382 1_GWF-(2,4,7) + Model 3 1 -3.64543951E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 15 + 42 TOTAL ITERATIONS + + Solving: Stress period: 15 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.2619459 1_GWF-(2,3,6) + Model 2 20 2.2068123 1_GWF-(2,3,6) + Model 3 1 -7.29389882E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 15 + 43 TOTAL ITERATIONS + + Solving: Stress period: 15 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.5112342 1_GWF-(2,3,7) + Model 2 20 2.4405894 1_GWF-(2,3,7) + Model 3 1 9.75965975E-11 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 15 + 43 TOTAL ITERATIONS + + Solving: Stress period: 15 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.7662398 1_GWF-(2,3,6) + Model 2 21 2.6711651 1_GWF-(2,3,6) + Model 3 1 4.19344559E-11 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 15 + 44 TOTAL ITERATIONS + + Solving: Stress period: 15 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.3109212 1_GWF-(2,4,7) + Model 2 21 3.1924953 1_GWF-(2,4,7) + Model 3 1 6.65139055E-11 * 1_GWF-(3,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 15 + 45 TOTAL ITERATIONS + + Solving: Stress period: 15 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.3246932 1_GWF-(2,3,6) + Model 2 21 3.1591721 1_GWF-(2,3,6) + Model 3 1 1.02581055E-10 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 15 + 45 TOTAL ITERATIONS + + Solving: Stress period: 16 Time step: 1 + +1 + STRESS PERIOD NO. 16, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.0997991 1_GWF-(2,3,7) + Model 2 20 2.0558965 1_GWF-(2,3,7) + Model 3 1 -4.03836964E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 16 + 43 TOTAL ITERATIONS + + Solving: Stress period: 16 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.3810274 1_GWF-(2,3,6) + Model 2 20 2.3225181 1_GWF-(2,3,6) + Model 3 1 -7.05089320E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 16 + 43 TOTAL ITERATIONS + + Solving: Stress period: 16 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.6811114 1_GWF-(2,4,7) + Model 2 21 2.6082195 1_GWF-(2,4,7) + Model 3 1 1.64277481E-11 * 1_GWF-(3,4,3) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 16 + 45 TOTAL ITERATIONS + + Solving: Stress period: 16 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.8503447 1_GWF-(2,3,6) + Model 2 21 2.7509231 1_GWF-(2,8,7) + Model 3 1 -4.41779946E-11 * 1_GWF-(1,9,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 16 + 44 TOTAL ITERATIONS + + Solving: Stress period: 16 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.5442639 1_GWF-(2,4,7) + Model 2 21 3.4183196 1_GWF-(2,4,7) + Model 3 1 7.57154339E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 16 + 46 TOTAL ITERATIONS + + Solving: Stress period: 16 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -3.5333993 1_GWF-(2,3,5) + Model 2 21 3.3735109 1_GWF-(2,3,5) + Model 3 1 1.03018039E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 16 + 47 TOTAL ITERATIONS + + Solving: Stress period: 17 Time step: 1 + +1 + STRESS PERIOD NO. 17, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.2255337 1_GWF-(2,4,7) + Model 2 20 2.1806251 1_GWF-(2,4,7) + Model 3 1 -3.81330523E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 17 + 43 TOTAL ITERATIONS + + Solving: Stress period: 17 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.5493969 1_GWF-(2,3,6) + Model 2 20 2.4882746 1_GWF-(2,3,6) + Model 3 1 -7.92965693E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 17 + 43 TOTAL ITERATIONS + + Solving: Stress period: 17 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.8689321 1_GWF-(2,4,7) + Model 2 21 2.7922190 1_GWF-(2,4,7) + Model 3 1 2.02007300E-11 * 1_GWF-(3,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 17 + 45 TOTAL ITERATIONS + + Solving: Stress period: 17 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.0850688 1_GWF-(2,3,6) + Model 2 21 2.9806427 1_GWF-(2,3,6) + Model 3 1 -4.59055016E-11 * 1_GWF-(1,9,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 17 + 44 TOTAL ITERATIONS + + Solving: Stress period: 17 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.6006332 1_GWF-(2,4,7) + Model 2 21 3.4688669 1_GWF-(2,4,7) + Model 3 1 8.47020232E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 17 + 46 TOTAL ITERATIONS + + Solving: Stress period: 17 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.6611588 1_GWF-(2,3,5) + Model 2 21 3.4933177 1_GWF-(2,3,5) + Model 3 1 1.24032340E-10 * 1_GWF-(3,2,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 17 + 46 TOTAL ITERATIONS + + Solving: Stress period: 18 Time step: 1 + +1 + STRESS PERIOD NO. 18, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.3259575 1_GWF-(2,3,7) + Model 2 20 2.2781609 1_GWF-(2,3,7) + Model 3 1 -4.06270573E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 18 + 43 TOTAL ITERATIONS + + Solving: Stress period: 18 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.5942809 1_GWF-(2,3,6) + Model 2 20 2.5311823 1_GWF-(2,3,6) + Model 3 1 -7.39426298E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 18 + 43 TOTAL ITERATIONS + + Solving: Stress period: 18 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.0261424 1_GWF-(2,4,7) + Model 2 20 2.9465094 1_GWF-(2,4,7) + Model 3 1 -1.12837739E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 18 + 44 TOTAL ITERATIONS + + Solving: Stress period: 18 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.1639280 1_GWF-(2,7,8) + Model 2 21 3.0655574 1_GWF-(2,7,8) + Model 3 1 -5.17554888E-11 * 1_GWF-(1,9,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 18 + 44 TOTAL ITERATIONS + + Solving: Stress period: 18 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.5834738 1_GWF-(2,4,7) + Model 2 21 3.4473047 1_GWF-(2,4,7) + Model 3 1 8.89261997E-11 * 1_GWF-(1,3,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 18 + 46 TOTAL ITERATIONS + + Solving: Stress period: 18 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.7850118 1_GWF-(2,3,5) + Model 2 21 3.6110881 1_GWF-(2,3,5) + Model 3 1 1.05222497E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 18 + 46 TOTAL ITERATIONS + + Solving: Stress period: 19 Time step: 1 + +1 + STRESS PERIOD NO. 19, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.4012831 1_GWF-(2,4,7) + Model 2 20 2.3531493 1_GWF-(2,4,7) + Model 3 1 -3.90265598E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 19 + 43 TOTAL ITERATIONS + + Solving: Stress period: 19 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.6005399 1_GWF-(2,7,8) + Model 2 20 2.5410291 1_GWF-(2,7,8) + Model 3 1 -7.67581554E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 19 + 43 TOTAL ITERATIONS + + Solving: Stress period: 19 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.0712911 1_GWF-(2,4,7) + Model 2 21 2.9894920 1_GWF-(2,4,7) + Model 3 1 1.61506364E-11 * 1_GWF-(3,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 19 + 45 TOTAL ITERATIONS + + Solving: Stress period: 19 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.2140250 1_GWF-(2,7,6) + Model 2 21 3.1128927 1_GWF-(2,7,6) + Model 3 1 -5.69864156E-11 * 1_GWF-(1,9,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 19 + 45 TOTAL ITERATIONS + + Solving: Stress period: 19 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.7754317 1_GWF-(2,4,7) + Model 2 21 3.6360469 1_GWF-(2,4,7) + Model 3 1 7.78062059E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 19 + 46 TOTAL ITERATIONS + + Solving: Stress period: 19 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.8082485 1_GWF-(2,3,5) + Model 2 21 3.6298107 1_GWF-(2,3,5) + Model 3 1 1.09352527E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 19 + 46 TOTAL ITERATIONS + + Solving: Stress period: 20 Time step: 1 + +1 + STRESS PERIOD NO. 20, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -2.4487914 1_GWF-(2,4,7) + Model 2 20 2.3996669 1_GWF-(2,4,7) + Model 3 1 -4.22915036E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 20 + 42 TOTAL ITERATIONS + + Solving: Stress period: 20 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.6770354 1_GWF-(2,3,5) + Model 2 20 2.6143214 1_GWF-(2,3,5) + Model 3 1 -7.77120590E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 20 + 43 TOTAL ITERATIONS + + Solving: Stress period: 20 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.1110782 1_GWF-(2,4,7) + Model 2 20 3.0277436 1_GWF-(2,4,7) + Model 3 1 1.04158460E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 20 + 43 TOTAL ITERATIONS + + Solving: Stress period: 20 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.2382646 1_GWF-(2,9,3) + Model 2 21 3.1338458 1_GWF-(2,9,3) + Model 3 1 5.48343593E-11 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 20 + 45 TOTAL ITERATIONS + + Solving: Stress period: 20 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.8052292 1_GWF-(2,4,7) + Model 2 21 3.6636215 1_GWF-(2,4,7) + Model 3 1 7.79820652E-11 * 1_GWF-(3,4,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 20 + 46 TOTAL ITERATIONS + + Solving: Stress period: 20 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.7747787 1_GWF-(2,3,5) + Model 2 21 3.5931420 1_GWF-(2,3,5) + Model 3 1 9.97317784E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 20 + 46 TOTAL ITERATIONS + + Solving: Stress period: 21 Time step: 1 + +1 + STRESS PERIOD NO. 21, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.5569564 1_GWF-(2,4,7) + Model 2 20 2.5071665 1_GWF-(2,4,7) + Model 3 1 -5.17488274E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 21 + 43 TOTAL ITERATIONS + + Solving: Stress period: 21 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.6797636 1_GWF-(2,7,6) + Model 2 20 2.6179852 1_GWF-(2,7,6) + Model 3 1 -8.40003622E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 21 + 43 TOTAL ITERATIONS + + Solving: Stress period: 21 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.0575875 1_GWF-(2,4,7) + Model 2 20 2.9732445 1_GWF-(2,4,7) + Model 3 1 1.06339826E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 21 + 44 TOTAL ITERATIONS + + Solving: Stress period: 21 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.3484569 1_GWF-(2,7,5) + Model 2 21 3.2438809 1_GWF-(2,7,5) + Model 3 1 -5.63318281E-11 * 1_GWF-(1,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 21 + 45 TOTAL ITERATIONS + + Solving: Stress period: 21 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.8702919 1_GWF-(2,4,7) + Model 2 21 3.7272904 1_GWF-(2,4,7) + Model 3 1 7.69695419E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 21 + 46 TOTAL ITERATIONS + + Solving: Stress period: 21 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.9087306 1_GWF-(2,6,5) + Model 2 21 3.7308731 1_GWF-(2,6,5) + Model 3 1 1.16878951E-10 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 21 + 46 TOTAL ITERATIONS + + Solving: Stress period: 22 Time step: 1 + +1 + STRESS PERIOD NO. 22, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.4223196 1_GWF-(2,4,7) + Model 2 20 2.3721359 1_GWF-(2,4,7) + Model 3 1 -4.03206357E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 22 + 43 TOTAL ITERATIONS + + Solving: Stress period: 22 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -2.7268237 1_GWF-(2,3,5) + Model 2 20 2.6623942 1_GWF-(2,3,5) + Model 3 1 -8.44941894E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 22 + 42 TOTAL ITERATIONS + + Solving: Stress period: 22 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.0736624 1_GWF-(2,4,7) + Model 2 21 2.9887505 1_GWF-(2,4,7) + Model 3 1 1.99733563E-11 * 1_GWF-(3,9,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 22 + 44 TOTAL ITERATIONS + + Solving: Stress period: 22 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.3134768 1_GWF-(2,6,5) + Model 2 21 3.2077756 1_GWF-(2,6,5) + Model 3 1 -5.99293948E-11 * 1_GWF-(1,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 22 + 44 TOTAL ITERATIONS + + Solving: Stress period: 22 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.8756319 1_GWF-(2,4,7) + Model 2 21 3.7319279 1_GWF-(2,4,7) + Model 3 1 8.14601719E-11 * 1_GWF-(1,3,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 22 + 45 TOTAL ITERATIONS + + Solving: Stress period: 22 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.9798234 1_GWF-(2,3,5) + Model 2 21 3.7949155 1_GWF-(2,3,5) + Model 3 1 1.30404132E-10 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 22 + 46 TOTAL ITERATIONS + + Solving: Stress period: 23 Time step: 1 + +1 + STRESS PERIOD NO. 23, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.4898139 1_GWF-(2,3,7) + Model 2 20 2.4388738 1_GWF-(2,3,7) + Model 3 1 -4.47171189E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 23 + 43 TOTAL ITERATIONS + + Solving: Stress period: 23 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.8158604 1_GWF-(2,3,5) + Model 2 20 2.7510724 1_GWF-(2,3,5) + Model 3 1 -9.19193610E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 23 + 43 TOTAL ITERATIONS + + Solving: Stress period: 23 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.1631429 1_GWF-(2,4,7) + Model 2 20 3.0780285 1_GWF-(2,4,7) + Model 3 1 -1.22343025E-10 * 1_GWF-(1,3,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 23 + 44 TOTAL ITERATIONS + + Solving: Stress period: 23 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.4182761 1_GWF-(2,3,5) + Model 2 21 3.3086885 1_GWF-(2,3,5) + Model 3 1 -5.53694868E-11 * 1_GWF-(1,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 23 + 45 TOTAL ITERATIONS + + Solving: Stress period: 23 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.7242638 1_GWF-(2,8,7) + Model 2 21 3.5867855 1_GWF-(2,8,7) + Model 3 1 7.53317408E-11 * 1_GWF-(3,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 23 + 45 TOTAL ITERATIONS + + Solving: Stress period: 23 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -4.0116048 1_GWF-(2,3,5) + Model 2 21 3.8262929 1_GWF-(2,3,5) + Model 3 1 1.38159706E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 23 + 47 TOTAL ITERATIONS + + Solving: Stress period: 24 Time step: 1 + +1 + STRESS PERIOD NO. 24, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.5334187 1_GWF-(2,4,7) + Model 2 20 2.4830881 1_GWF-(2,4,7) + Model 3 1 -4.23616697E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 24 + 43 TOTAL ITERATIONS + + Solving: Stress period: 24 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -2.6930063 1_GWF-(2,3,5) + Model 2 20 2.6281210 1_GWF-(2,3,5) + Model 3 1 -7.95505883E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 24 + 42 TOTAL ITERATIONS + + Solving: Stress period: 24 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.1725113 1_GWF-(2,4,7) + Model 2 20 3.0874983 1_GWF-(2,4,7) + Model 3 1 1.14502186E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 24 + 44 TOTAL ITERATIONS + + Solving: Stress period: 24 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.4954457 1_GWF-(2,3,5) + Model 2 21 3.3858132 1_GWF-(2,3,5) + Model 3 1 5.92539351E-11 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 24 + 45 TOTAL ITERATIONS + + Solving: Stress period: 24 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.6861202 1_GWF-(2,4,7) + Model 2 21 3.5426386 1_GWF-(2,4,7) + Model 3 1 6.73399114E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 24 + 45 TOTAL ITERATIONS + + Solving: Stress period: 24 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.9681368 1_GWF-(2,6,5) + Model 2 21 3.7885408 1_GWF-(2,6,5) + Model 3 1 1.14820153E-10 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 24 + 46 TOTAL ITERATIONS + + Solving: Stress period: 25 Time step: 1 + +1 + STRESS PERIOD NO. 25, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.4146969 1_GWF-(2,2,7) + Model 2 20 2.3661785 1_GWF-(2,2,7) + Model 3 1 -5.00666175E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 25 + 43 TOTAL ITERATIONS + + Solving: Stress period: 25 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.7654425 1_GWF-(2,3,5) + Model 2 20 2.7006770 1_GWF-(2,3,5) + Model 3 1 -8.59152749E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 25 + 43 TOTAL ITERATIONS + + Solving: Stress period: 25 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.1772170 1_GWF-(2,4,7) + Model 2 20 3.0925573 1_GWF-(2,4,7) + Model 3 1 1.27757360E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 25 + 43 TOTAL ITERATIONS + + Solving: Stress period: 25 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.3143171 1_GWF-(2,3,5) + Model 2 21 3.2049866 1_GWF-(2,3,5) + Model 3 1 -5.05919751E-11 * 1_GWF-(1,9,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 25 + 45 TOTAL ITERATIONS + + Solving: Stress period: 25 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.7624663 1_GWF-(2,2,7) + Model 2 21 3.6238481 1_GWF-(2,2,7) + Model 3 1 8.26627655E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 25 + 46 TOTAL ITERATIONS + + Solving: Stress period: 25 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.9587232 1_GWF-(2,3,5) + Model 2 21 3.7744199 1_GWF-(2,3,5) + Model 3 1 1.11795018E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 25 + 46 TOTAL ITERATIONS + + Solving: Stress period: 26 Time step: 1 + +1 + STRESS PERIOD NO. 26, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -2.3996175 1_GWF-(2,4,7) + Model 2 20 2.3497683 1_GWF-(2,4,7) + Model 3 1 -4.25952607E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 26 + 42 TOTAL ITERATIONS + + Solving: Stress period: 26 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.7061500 1_GWF-(2,3,5) + Model 2 20 2.6416848 1_GWF-(2,3,5) + Model 3 1 -8.48761061E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 26 + 43 TOTAL ITERATIONS + + Solving: Stress period: 26 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.0690758 1_GWF-(2,4,7) + Model 2 20 2.9849769 1_GWF-(2,4,7) + Model 3 1 1.18244969E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 26 + 44 TOTAL ITERATIONS + + Solving: Stress period: 26 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.3311685 1_GWF-(2,3,4) + Model 2 21 3.2243253 1_GWF-(2,3,4) + Model 3 1 -5.28559418E-11 * 1_GWF-(1,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 26 + 45 TOTAL ITERATIONS + + Solving: Stress period: 26 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.6437826 1_GWF-(2,4,7) + Model 2 21 3.5050898 1_GWF-(2,2,7) + Model 3 1 8.19184720E-11 * 1_GWF-(3,8,3) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 26 + 46 TOTAL ITERATIONS + + Solving: Stress period: 26 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.9324142 1_GWF-(2,3,5) + Model 2 21 3.7493230 1_GWF-(2,3,5) + Model 3 1 1.11757714E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 26 + 46 TOTAL ITERATIONS + + Solving: Stress period: 27 Time step: 1 + +1 + STRESS PERIOD NO. 27, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.5890438 1_GWF-(2,2,7) + Model 2 20 2.5406849 1_GWF-(2,2,7) + Model 3 1 -5.05391284E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 27 + 43 TOTAL ITERATIONS + + Solving: Stress period: 27 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.7613084 1_GWF-(2,3,5) + Model 2 20 2.6972926 1_GWF-(2,3,5) + Model 3 1 -8.48050519E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 27 + 43 TOTAL ITERATIONS + + Solving: Stress period: 27 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.1693677 1_GWF-(2,4,8) + Model 2 20 3.0872789 1_GWF-(2,2,8) + Model 3 1 1.22900801E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 27 + 44 TOTAL ITERATIONS + + Solving: Stress period: 27 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.4192127 1_GWF-(2,3,5) + Model 2 21 3.3112994 1_GWF-(2,3,5) + Model 3 1 4.37765380E-11 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 27 + 45 TOTAL ITERATIONS + + Solving: Stress period: 27 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.6155770 1_GWF-(2,4,7) + Model 2 21 3.4752429 1_GWF-(2,4,7) + Model 3 1 8.00426392E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 27 + 46 TOTAL ITERATIONS + + Solving: Stress period: 27 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -4.1474476 1_GWF-(2,3,4) + Model 2 21 3.9684943 1_GWF-(2,3,4) + Model 3 1 1.07606368E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 27 + 47 TOTAL ITERATIONS + + Solving: Stress period: 28 Time step: 1 + +1 + STRESS PERIOD NO. 28, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.4802168 1_GWF-(2,4,7) + Model 2 20 2.4312751 1_GWF-(2,4,7) + Model 3 1 -5.24646993E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 28 + 43 TOTAL ITERATIONS + + Solving: Stress period: 28 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.6867024 1_GWF-(2,3,5) + Model 2 20 2.6232588 1_GWF-(2,3,5) + Model 3 1 -9.27098398E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 28 + 44 TOTAL ITERATIONS + + Solving: Stress period: 28 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.0445698 1_GWF-(2,4,7) + Model 2 20 2.9620723 1_GWF-(2,4,7) + Model 3 1 1.04945386E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 28 + 43 TOTAL ITERATIONS + + Solving: Stress period: 28 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.3227887 1_GWF-(2,3,5) + Model 2 21 3.2158979 1_GWF-(2,3,5) + Model 3 1 4.18740598E-11 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 28 + 45 TOTAL ITERATIONS + + Solving: Stress period: 28 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.6968931 1_GWF-(2,4,7) + Model 2 21 3.5581096 1_GWF-(2,4,7) + Model 3 1 7.83249021E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 28 + 46 TOTAL ITERATIONS + + Solving: Stress period: 28 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.8208566 1_GWF-(2,3,4) + Model 2 21 3.6434227 1_GWF-(2,3,4) + Model 3 1 1.04222408E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 28 + 46 TOTAL ITERATIONS + + Solving: Stress period: 29 Time step: 1 + +1 + STRESS PERIOD NO. 29, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.3317426 1_GWF-(2,4,7) + Model 2 20 2.2833679 1_GWF-(2,4,7) + Model 3 1 -3.80131482E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 29 + 43 TOTAL ITERATIONS + + Solving: Stress period: 29 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -2.6603664 1_GWF-(2,3,5) + Model 2 20 2.5975953 1_GWF-(2,3,5) + Model 3 1 -7.56390506E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 29 + 42 TOTAL ITERATIONS + + Solving: Stress period: 29 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.0476674 1_GWF-(2,4,8) + Model 2 20 2.9665814 1_GWF-(2,4,8) + Model 3 1 1.11661791E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 29 + 44 TOTAL ITERATIONS + + Solving: Stress period: 29 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.3152846 1_GWF-(2,6,8) + Model 2 21 3.2124654 1_GWF-(2,6,8) + Model 3 1 6.14477358E-11 * 1_GWF-(3,4,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 29 + 45 TOTAL ITERATIONS + + Solving: Stress period: 29 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.4888254 1_GWF-(2,4,7) + Model 2 21 3.3520420 1_GWF-(2,7,8) + Model 3 1 6.30890895E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 29 + 46 TOTAL ITERATIONS + + Solving: Stress period: 29 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.8259042 1_GWF-(2,3,5) + Model 2 21 3.6483754 1_GWF-(2,3,5) + Model 3 1 1.17546861E-10 * 1_GWF-(1,4,3) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 29 + 46 TOTAL ITERATIONS + + Solving: Stress period: 30 Time step: 1 + +1 + STRESS PERIOD NO. 30, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.3622911 1_GWF-(2,4,7) + Model 2 20 2.3145396 1_GWF-(2,4,7) + Model 3 1 -4.41993109E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 30 + 43 TOTAL ITERATIONS + + Solving: Stress period: 30 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.6608226 1_GWF-(2,3,4) + Model 2 20 2.5994545 1_GWF-(2,3,4) + Model 3 1 -8.39293079E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 30 + 43 TOTAL ITERATIONS + + Solving: Stress period: 30 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.9303394 1_GWF-(2,4,7) + Model 2 20 2.8498972 1_GWF-(2,4,7) + Model 3 1 9.83493287E-11 * 1_GWF-(1,8,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 30 + 43 TOTAL ITERATIONS + + Solving: Stress period: 30 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.1998675 1_GWF-(2,3,5) + Model 2 21 3.0973071 1_GWF-(2,7,5) + Model 3 1 -4.49122961E-11 * 1_GWF-(1,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 30 + 45 TOTAL ITERATIONS + + Solving: Stress period: 30 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.5754842 1_GWF-(2,4,7) + Model 2 21 3.4402900 1_GWF-(2,4,7) + Model 3 1 7.31219529E-11 * 1_GWF-(3,3,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 30 + 46 TOTAL ITERATIONS + + Solving: Stress period: 30 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -3.8018742 1_GWF-(2,6,5) + Model 2 21 3.6318298 1_GWF-(2,6,5) + Model 3 1 1.23755228E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 30 + 47 TOTAL ITERATIONS + + Solving: Stress period: 31 Time step: 1 + +1 + STRESS PERIOD NO. 31, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.2608103 1_GWF-(2,4,7) + Model 2 20 2.2137267 1_GWF-(2,4,7) + Model 3 1 -3.53148621E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 31 + 43 TOTAL ITERATIONS + + Solving: Stress period: 31 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -2.5752392 1_GWF-(2,3,4) + Model 2 20 2.5146008 1_GWF-(2,3,4) + Model 3 1 -7.48716644E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 31 + 42 TOTAL ITERATIONS + + Solving: Stress period: 31 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.9754555 1_GWF-(2,4,7) + Model 2 20 2.8961574 1_GWF-(2,4,7) + Model 3 1 1.21665344E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 31 + 43 TOTAL ITERATIONS + + Solving: Stress period: 31 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.1751955 1_GWF-(2,3,4) + Model 2 21 3.0731145 1_GWF-(2,3,4) + Model 3 1 4.19433377E-11 * 1_GWF-(3,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 31 + 44 TOTAL ITERATIONS + + Solving: Stress period: 31 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.5604290 1_GWF-(2,4,7) + Model 2 21 3.4272085 1_GWF-(2,4,7) + Model 3 1 6.93205493E-11 * 1_GWF-(3,3,5) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 31 + 46 TOTAL ITERATIONS + + Solving: Stress period: 31 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.7117464 1_GWF-(2,3,4) + Model 2 21 3.5404059 1_GWF-(2,3,4) + Model 3 1 9.61559721E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 31 + 46 TOTAL ITERATIONS + + + Solution SLN_1 summary + ---------------------------------------------------------------------- + Total formulate time: 0.57905999999999624E-1 seconds + Total solution time: 0.60576000000000019E-1 seconds + + + DETAILED INFORMATION ON VARIABLES STORED IN THE MEMORY MANAGER + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + ORIGIN VARIABLE NAME DATA TYPE NUMBER OF ITEMS ASSOCIATED VARIABLE + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + __INPUT__/SIM/NAM TDIS6 STRING LEN=300 1 -- + __INPUT__/SIM/NAM MTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM MFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM MNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM EXGTYPE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGFILE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEA STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEB STRING LEN=300 0 -- + __INPUT__/SIM/NAM SOLUTIONGROUPNUM INTEGER 1 -- + __INPUT__/SIM/NAM SLNTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNMNAMES STRING LEN=300 1 -- + __INPUT__/SIM/NAM CONTINUE INTEGER 1 -- + __INPUT__/SIM/NAM NOCHECK INTEGER 1 -- + __INPUT__/SIM/NAM PRMEM STRING LEN=300 1 -- + __INPUT__/SIM/NAM MAXERRORS INTEGER 1 -- + __INPUT__/SIM/NAM PRINT_INPUT INTEGER 1 -- + __INPUT__/SIM/NAM MXITER INTEGER 1 -- + __INPUT__/SIM NUMMODELS INTEGER 1 -- + __INPUT__/SIM NUMEXCHANGES INTEGER 1 -- + __INPUT__/CSUB_SUB03A/NAM FTYPE STRING LEN=300 9 -- + __INPUT__/CSUB_SUB03A/NAM FNAME STRING LEN=300 9 -- + __INPUT__/CSUB_SUB03A/NAM PNAME STRING LEN=300 9 -- + __INPUT__/CSUB_SUB03A PKGTYPES STRING LEN=7 9 -- + __INPUT__/CSUB_SUB03A PKGNAMES STRING LEN=16 9 -- + __INPUT__/CSUB_SUB03A MEMPATHS STRING LEN=50 9 -- + __INPUT__/CSUB_SUB03A INUNITS INTEGER 9 -- + __INPUT__/CSUB_SUB03A/DIS INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/NPF INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/CHD_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/DIS NLAY INTEGER 1 -- + __INPUT__/CSUB_SUB03A/DIS NROW INTEGER 1 -- + __INPUT__/CSUB_SUB03A/DIS NCOL INTEGER 1 -- + __INPUT__/CSUB_SUB03A MODEL_SHAPE INTEGER 3 -- + __INPUT__/CSUB_SUB03A NCELLDIM INTEGER 1 -- + __INPUT__/CSUB_SUB03A/DIS DELR DOUBLE 10 -- + __INPUT__/CSUB_SUB03A/DIS DELC DOUBLE 10 -- + __INPUT__/CSUB_SUB03A/DIS TOP DOUBLE 100 -- + __INPUT__/CSUB_SUB03A/DIS BOTM DOUBLE 300 -- + __INPUT__/CSUB_SUB03A/NPF IPAKCB INTEGER 1 -- + __INPUT__/CSUB_SUB03A/NPF ICELLTYPE INTEGER 300 -- + __INPUT__/CSUB_SUB03A/NPF K DOUBLE 300 -- + __INPUT__/CSUB_SUB03A/NPF K33 DOUBLE 300 -- + __INPUT__/CSUB_SUB03A/WEL_0 IPRPAK INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 IPRFLOW INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 IPAKCB INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 NAUX INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 MAXBOUND INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 IPER INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 IONPER INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 NBOUND INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 NCPL INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 AUXILIARY STRING LEN=16 0 -- + __INPUT__/CSUB_SUB03A/WEL_0 CELLID INTEGER 12 -- + __INPUT__/CSUB_SUB03A/WEL_0 Q DOUBLE 4 -- + __INPUT__/CSUB_SUB03A/WEL_0 BOUNDNAME STRING LEN=40 0 -- + __INPUT__/CSUB_SUB03A/WEL_0 AUXVAR DOUBLE 0 -- + __INPUT__/CSUB_SUB03A/RCHA_0 READASARRAYS INTEGER 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 NAUX INTEGER 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 IPER INTEGER 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 IONPER INTEGER 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 NBOUND INTEGER 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 NCPL INTEGER 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 AUXILIARY STRING LEN=16 0 -- + __INPUT__/CSUB_SUB03A/RCHA_0 CELLID INTEGER 0 -- + __INPUT__/CSUB_SUB03A/RCHA_0 IRCH INTEGER 100 -- + __INPUT__/CSUB_SUB03A/RCHA_0 RECHARGE DOUBLE 100 -- + __INPUT__/CSUB_SUB03A/RCHA_0 BOUNDNAME STRING LEN=40 0 -- + __INPUT__/CSUB_SUB03A/RCHA_0 AUXVAR DOUBLE 0 -- + __INPUT__/CSUB_SUB03A/RCHA_0 INIRCH INTEGER 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 INRECHARGE INTEGER 1 -- + __INPUT__/CSUB_SUB03A/CHD_0 IPAKCB INTEGER 1 -- + __INPUT__/CSUB_SUB03A/CHD_0 NAUX INTEGER 1 -- + __INPUT__/CSUB_SUB03A/CHD_0 MAXBOUND INTEGER 1 -- + __INPUT__/CSUB_SUB03A/CHD_0 IPER INTEGER 1 -- + __INPUT__/CSUB_SUB03A/CHD_0 IONPER INTEGER 1 -- + __INPUT__/CSUB_SUB03A/CHD_0 NBOUND INTEGER 1 -- + __INPUT__/CSUB_SUB03A/CHD_0 NCPL INTEGER 1 -- + __INPUT__/CSUB_SUB03A/CHD_0 AUXILIARY STRING LEN=16 0 -- + __INPUT__/CSUB_SUB03A/CHD_0 CELLID INTEGER 12 -- + __INPUT__/CSUB_SUB03A/CHD_0 HEAD DOUBLE 4 -- + __INPUT__/CSUB_SUB03A/CHD_0 BOUNDNAME STRING LEN=40 0 -- + __INPUT__/CSUB_SUB03A/CHD_0 AUXVAR DOUBLE 0 -- + TDIS NPER INTEGER 1 -- + TDIS ITMUNI INTEGER 1 -- + TDIS KPER INTEGER 1 -- + TDIS KSTP INTEGER 1 -- + TDIS INATS INTEGER 1 -- + TDIS READNEWDATA LOGICAL 1 -- + TDIS ENDOFPERIOD LOGICAL 1 -- + TDIS ENDOFSIMULATION LOGICAL 1 -- + TDIS DELT DOUBLE 1 -- + TDIS PERTIM DOUBLE 1 -- + TDIS TOPERTIM DOUBLE 1 -- + TDIS TOTIM DOUBLE 1 -- + TDIS TOTIMC DOUBLE 1 -- + TDIS DELTSAV DOUBLE 1 -- + TDIS TOTIMSAV DOUBLE 1 -- + TDIS PERTIMSAV DOUBLE 1 -- + TDIS TOTALSIMTIME DOUBLE 1 -- + TDIS PERLEN DOUBLE 31 -- + TDIS NSTP INTEGER 31 -- + TDIS TSMULT DOUBLE 31 -- + __INPUT__/SIM/NAM MRANKS INTEGER 1 -- + CSUB_SUB03A NAME STRING LEN=16 1 -- + CSUB_SUB03A MACRONYM STRING LEN=3 1 -- + CSUB_SUB03A ID INTEGER 1 -- + CSUB_SUB03A IOUT INTEGER 1 -- + CSUB_SUB03A INEWTON INTEGER 1 -- + CSUB_SUB03A IPRPAK INTEGER 1 -- + CSUB_SUB03A IPRFLOW INTEGER 1 -- + CSUB_SUB03A IPAKCB INTEGER 1 -- + CSUB_SUB03A IDSOLN INTEGER 1 -- + CSUB_SUB03A NEQ INTEGER 1 -- + CSUB_SUB03A NJA INTEGER 1 -- + CSUB_SUB03A ICNVG INTEGER 1 -- + CSUB_SUB03A MOFFSET INTEGER 1 -- + CSUB_SUB03A INIC INTEGER 1 -- + CSUB_SUB03A INOC INTEGER 1 -- + CSUB_SUB03A INNPF INTEGER 1 -- + CSUB_SUB03A INBUY INTEGER 1 -- + CSUB_SUB03A INVSC INTEGER 1 -- + CSUB_SUB03A INSTO INTEGER 1 -- + CSUB_SUB03A INCSUB INTEGER 1 -- + CSUB_SUB03A INMVR INTEGER 1 -- + CSUB_SUB03A INHFB INTEGER 1 -- + CSUB_SUB03A INGNC INTEGER 1 -- + CSUB_SUB03A INOBS INTEGER 1 -- + CSUB_SUB03A ISS INTEGER 1 -- + CSUB_SUB03A INEWTONUR INTEGER 1 -- + CSUB_SUB03A/DIS INUNIT INTEGER 1 -- + CSUB_SUB03A/DIS IOUT INTEGER 1 -- + CSUB_SUB03A/DIS NODES INTEGER 1 -- + CSUB_SUB03A/DIS NODESUSER INTEGER 1 -- + CSUB_SUB03A/DIS NDIM INTEGER 1 -- + CSUB_SUB03A/DIS ICONDIR INTEGER 1 -- + CSUB_SUB03A/DIS NOGRB INTEGER 1 -- + CSUB_SUB03A/DIS XORIGIN DOUBLE 1 -- + CSUB_SUB03A/DIS YORIGIN DOUBLE 1 -- + CSUB_SUB03A/DIS ANGROT DOUBLE 1 -- + CSUB_SUB03A/DIS NJA INTEGER 1 -- + CSUB_SUB03A/DIS NJAS INTEGER 1 -- + CSUB_SUB03A/DIS LENUNI INTEGER 1 -- + CSUB_SUB03A/DIS NLAY INTEGER 1 -- + CSUB_SUB03A/DIS NROW INTEGER 1 -- + CSUB_SUB03A/DIS NCOL INTEGER 1 -- + CSUB_SUB03A/NPF INPUT_FNAME STRING LEN=300 1 -- + CSUB_SUB03A/NPF PACKAGE_TYPE STRING LEN=5 1 -- + CSUB_SUB03A/NPF ID INTEGER 1 -- + CSUB_SUB03A/NPF INUNIT INTEGER 1 -- + CSUB_SUB03A/NPF IOUT INTEGER 1 -- + CSUB_SUB03A/NPF INEWTON INTEGER 1 -- + CSUB_SUB03A/NPF IASYM INTEGER 1 -- + CSUB_SUB03A/NPF IPRPAK INTEGER 1 -- + CSUB_SUB03A/NPF IPRFLOW INTEGER 1 -- + CSUB_SUB03A/NPF IPAKCB INTEGER 1 -- + CSUB_SUB03A/NPF IONPER INTEGER 1 -- + CSUB_SUB03A/NPF LASTONPER INTEGER 1 -- + CSUB_SUB03A/NPF INAME INTEGER 1 -- + CSUB_SUB03A/NPF IXT3D INTEGER 1 -- + CSUB_SUB03A/NPF IXT3DRHS INTEGER 1 -- + CSUB_SUB03A/NPF SATOMEGA DOUBLE 1 -- + CSUB_SUB03A/NPF HNOFLO DOUBLE 1 -- + CSUB_SUB03A/NPF HDRY DOUBLE 1 -- + CSUB_SUB03A/NPF ICELLAVG INTEGER 1 -- + CSUB_SUB03A/NPF IAVGKEFF INTEGER 1 -- + CSUB_SUB03A/NPF IK22 INTEGER 1 -- + CSUB_SUB03A/NPF IK33 INTEGER 1 -- + CSUB_SUB03A/NPF IK22OVERK INTEGER 1 -- + CSUB_SUB03A/NPF IK33OVERK INTEGER 1 -- + CSUB_SUB03A/NPF IPERCHED INTEGER 1 -- + CSUB_SUB03A/NPF IVARCV INTEGER 1 -- + CSUB_SUB03A/NPF IDEWATCV INTEGER 1 -- + CSUB_SUB03A/NPF ITHICKSTRT INTEGER 1 -- + CSUB_SUB03A/NPF IUSGNRHC INTEGER 1 -- + CSUB_SUB03A/NPF INWTUPW INTEGER 1 -- + CSUB_SUB03A/NPF ICALCSPDIS INTEGER 1 -- + CSUB_SUB03A/NPF ISAVSPDIS INTEGER 1 -- + CSUB_SUB03A/NPF ISAVSAT INTEGER 1 -- + CSUB_SUB03A/NPF IREWET INTEGER 1 -- + CSUB_SUB03A/NPF WETFCT DOUBLE 1 -- + CSUB_SUB03A/NPF IWETIT INTEGER 1 -- + CSUB_SUB03A/NPF IHDWET INTEGER 1 -- + CSUB_SUB03A/NPF SATMIN DOUBLE 1 -- + CSUB_SUB03A/NPF IANGLE1 INTEGER 1 -- + CSUB_SUB03A/NPF IANGLE2 INTEGER 1 -- + CSUB_SUB03A/NPF IANGLE3 INTEGER 1 -- + CSUB_SUB03A/NPF IWETDRY INTEGER 1 -- + CSUB_SUB03A/NPF NEDGES INTEGER 1 -- + CSUB_SUB03A/NPF LASTEDGE INTEGER 1 -- + CSUB_SUB03A/NPF INTVK INTEGER 1 -- + CSUB_SUB03A/NPF INVSC INTEGER 1 -- + CSUB_SUB03A/NPF KCHANGEPER INTEGER 1 -- + CSUB_SUB03A/NPF KCHANGESTP INTEGER 1 -- + CSUB_SUB03A/XT3D IXT3D INTEGER 1 -- + CSUB_SUB03A/XT3D NBRMAX INTEGER 1 -- + CSUB_SUB03A/XT3D INUNIT INTEGER 1 -- + CSUB_SUB03A/XT3D IOUT INTEGER 1 -- + CSUB_SUB03A/XT3D INEWTON INTEGER 1 -- + CSUB_SUB03A/XT3D NUMEXTNBRS INTEGER 1 -- + CSUB_SUB03A/XT3D NOZEE LOGICAL 1 -- + CSUB_SUB03A/XT3D VCTHRESH DOUBLE 1 -- + CSUB_SUB03A/XT3D LAMATSAVED LOGICAL 1 -- + CSUB_SUB03A/XT3D LDISPERSION LOGICAL 1 -- + CSUB_SUB03A/BUY INPUT_FNAME STRING LEN=300 1 -- + CSUB_SUB03A/BUY PACKAGE_TYPE STRING LEN=5 1 -- + CSUB_SUB03A/BUY ID INTEGER 1 -- + CSUB_SUB03A/BUY INUNIT INTEGER 1 -- + CSUB_SUB03A/BUY IOUT INTEGER 1 -- + CSUB_SUB03A/BUY INEWTON INTEGER 1 -- + CSUB_SUB03A/BUY IASYM INTEGER 1 -- + CSUB_SUB03A/BUY IPRPAK INTEGER 1 -- + CSUB_SUB03A/BUY IPRFLOW INTEGER 1 -- + CSUB_SUB03A/BUY IPAKCB INTEGER 1 -- + CSUB_SUB03A/BUY IONPER INTEGER 1 -- + CSUB_SUB03A/BUY LASTONPER INTEGER 1 -- + CSUB_SUB03A/BUY IOUTDENSE INTEGER 1 -- + CSUB_SUB03A/BUY IFORM INTEGER 1 -- + CSUB_SUB03A/BUY IREADELEV INTEGER 1 -- + CSUB_SUB03A/BUY IREADCONCBUY INTEGER 1 -- + CSUB_SUB03A/BUY ICONCSET INTEGER 1 -- + CSUB_SUB03A/BUY DENSEREF DOUBLE 1 -- + CSUB_SUB03A/BUY NRHOSPECIES INTEGER 1 -- + CSUB_SUB03A/VSC INPUT_FNAME STRING LEN=300 1 -- + CSUB_SUB03A/VSC PACKAGE_TYPE STRING LEN=5 1 -- + CSUB_SUB03A/VSC ID INTEGER 1 -- + CSUB_SUB03A/VSC INUNIT INTEGER 1 -- + CSUB_SUB03A/VSC IOUT INTEGER 1 -- + CSUB_SUB03A/VSC INEWTON INTEGER 1 -- + CSUB_SUB03A/VSC IASYM INTEGER 1 -- + CSUB_SUB03A/VSC IPRPAK INTEGER 1 -- + CSUB_SUB03A/VSC IPRFLOW INTEGER 1 -- + CSUB_SUB03A/VSC IPAKCB INTEGER 1 -- + CSUB_SUB03A/VSC IONPER INTEGER 1 -- + CSUB_SUB03A/VSC LASTONPER INTEGER 1 -- + CSUB_SUB03A/VSC THERMIVISC INTEGER 1 -- + CSUB_SUB03A/VSC IDXTMPR INTEGER 1 -- + CSUB_SUB03A/VSC IOUTVISC INTEGER 1 -- + CSUB_SUB03A/VSC IREADELEV INTEGER 1 -- + CSUB_SUB03A/VSC ICONCSET INTEGER 1 -- + CSUB_SUB03A/VSC VISCREF DOUBLE 1 -- + CSUB_SUB03A/VSC A2 DOUBLE 1 -- + CSUB_SUB03A/VSC A3 DOUBLE 1 -- + CSUB_SUB03A/VSC A4 DOUBLE 1 -- + CSUB_SUB03A/VSC NVISCSPECIES INTEGER 1 -- + CSUB_SUB03A/GNC INPUT_FNAME STRING LEN=300 1 -- + CSUB_SUB03A/GNC PACKAGE_TYPE STRING LEN=5 1 -- + CSUB_SUB03A/GNC ID INTEGER 1 -- + CSUB_SUB03A/GNC INUNIT INTEGER 1 -- + CSUB_SUB03A/GNC IOUT INTEGER 1 -- + CSUB_SUB03A/GNC INEWTON INTEGER 1 -- + CSUB_SUB03A/GNC IASYM INTEGER 1 -- + CSUB_SUB03A/GNC IPRPAK INTEGER 1 -- + CSUB_SUB03A/GNC IPRFLOW INTEGER 1 -- + CSUB_SUB03A/GNC IPAKCB INTEGER 1 -- + CSUB_SUB03A/GNC IONPER INTEGER 1 -- + CSUB_SUB03A/GNC LASTONPER INTEGER 1 -- + CSUB_SUB03A/GNC SMGNC LOGICAL 1 -- + CSUB_SUB03A/GNC IMPLICIT LOGICAL 1 -- + CSUB_SUB03A/GNC I2KN LOGICAL 1 -- + CSUB_SUB03A/GNC NEXG INTEGER 1 -- + CSUB_SUB03A/GNC NUMJS INTEGER 1 -- + CSUB_SUB03A/HFB INPUT_FNAME STRING LEN=300 1 -- + CSUB_SUB03A/HFB PACKAGE_TYPE STRING LEN=5 1 -- + CSUB_SUB03A/HFB ID INTEGER 1 -- + CSUB_SUB03A/HFB INUNIT INTEGER 1 -- + CSUB_SUB03A/HFB IOUT INTEGER 1 -- + CSUB_SUB03A/HFB INEWTON INTEGER 1 -- + CSUB_SUB03A/HFB IASYM INTEGER 1 -- + CSUB_SUB03A/HFB IPRPAK INTEGER 1 -- + CSUB_SUB03A/HFB IPRFLOW INTEGER 1 -- + CSUB_SUB03A/HFB IPAKCB INTEGER 1 -- + CSUB_SUB03A/HFB IONPER INTEGER 1 -- + CSUB_SUB03A/HFB LASTONPER INTEGER 1 -- + CSUB_SUB03A/HFB MAXHFB INTEGER 1 -- + CSUB_SUB03A/HFB NHFB INTEGER 1 -- + CSUB_SUB03A/HFB IVSC INTEGER 1 -- + CSUB_SUB03A/STO INPUT_FNAME STRING LEN=300 1 -- + CSUB_SUB03A/STO PACKAGE_TYPE STRING LEN=5 1 -- + CSUB_SUB03A/STO ID INTEGER 1 -- + CSUB_SUB03A/STO INUNIT INTEGER 1 -- + CSUB_SUB03A/STO IOUT INTEGER 1 -- + CSUB_SUB03A/STO INEWTON INTEGER 1 -- + CSUB_SUB03A/STO IASYM INTEGER 1 -- + CSUB_SUB03A/STO IPRPAK INTEGER 1 -- + CSUB_SUB03A/STO IPRFLOW INTEGER 1 -- + CSUB_SUB03A/STO IPAKCB INTEGER 1 -- + CSUB_SUB03A/STO IONPER INTEGER 1 -- + CSUB_SUB03A/STO LASTONPER INTEGER 1 -- + CSUB_SUB03A/STO ISTOR_COEF INTEGER 1 -- + CSUB_SUB03A/STO ICONF_SS INTEGER 1 -- + CSUB_SUB03A/STO IORIG_SS INTEGER 1 -- + CSUB_SUB03A/STO IUSESY INTEGER 1 -- + CSUB_SUB03A/STO SATOMEGA DOUBLE 1 -- + CSUB_SUB03A/STO INTEGRATECHANGES INTEGER 1 -- + CSUB_SUB03A/STO INTVS INTEGER 1 -- + CSUB_SUB03A/CSUB INPUT_FNAME STRING LEN=300 1 -- + CSUB_SUB03A/CSUB PACKAGE_TYPE STRING LEN=5 1 -- + CSUB_SUB03A/CSUB ID INTEGER 1 -- + CSUB_SUB03A/CSUB INUNIT INTEGER 1 -- + CSUB_SUB03A/CSUB IOUT INTEGER 1 -- + CSUB_SUB03A/CSUB INEWTON INTEGER 1 -- + CSUB_SUB03A/CSUB IASYM INTEGER 1 -- + CSUB_SUB03A/CSUB IPRPAK INTEGER 1 -- + CSUB_SUB03A/CSUB IPRFLOW INTEGER 1 -- + CSUB_SUB03A/CSUB IPAKCB INTEGER 1 -- + CSUB_SUB03A/CSUB IONPER INTEGER 1 -- + CSUB_SUB03A/CSUB LASTONPER INTEGER 1 -- + CSUB_SUB03A/CSUB LISTLABEL STRING LEN=500 1 -- + CSUB_SUB03A/CSUB STONAME STRING LEN=50 1 -- + CSUB_SUB03A/CSUB ISTOUNIT INTEGER 1 -- + CSUB_SUB03A/CSUB INOBSPKG INTEGER 1 -- + CSUB_SUB03A/CSUB NINTERBEDS INTEGER 1 -- + CSUB_SUB03A/CSUB MAXSIG0 INTEGER 1 -- + CSUB_SUB03A/CSUB NBOUND INTEGER 1 -- + CSUB_SUB03A/CSUB ISCLOC INTEGER 1 -- + CSUB_SUB03A/CSUB IAUXMULTCOL INTEGER 1 -- + CSUB_SUB03A/CSUB NDELAYCELLS INTEGER 1 -- + CSUB_SUB03A/CSUB NDELAYBEDS INTEGER 1 -- + CSUB_SUB03A/CSUB INITIALIZED INTEGER 1 -- + CSUB_SUB03A/CSUB IESLAG INTEGER 1 -- + CSUB_SUB03A/CSUB IPCH INTEGER 1 -- + CSUB_SUB03A/CSUB LHEAD_BASED LOGICAL 1 -- + CSUB_SUB03A/CSUB IUPDATESTRESS INTEGER 1 -- + CSUB_SUB03A/CSUB ISPECIFIED_PCS INTEGER 1 -- + CSUB_SUB03A/CSUB ISPECIFIED_DBH INTEGER 1 -- + CSUB_SUB03A/CSUB INAMEDBOUND INTEGER 1 -- + CSUB_SUB03A/CSUB ICONVCHK INTEGER 1 -- + CSUB_SUB03A/CSUB NAUX INTEGER 1 -- + CSUB_SUB03A/CSUB ISTORAGEC INTEGER 1 -- + CSUB_SUB03A/CSUB ISTRAINIB INTEGER 1 -- + CSUB_SUB03A/CSUB ISTRAINSK INTEGER 1 -- + CSUB_SUB03A/CSUB IOUTCOMP INTEGER 1 -- + CSUB_SUB03A/CSUB IOUTCOMPI INTEGER 1 -- + CSUB_SUB03A/CSUB IOUTCOMPE INTEGER 1 -- + CSUB_SUB03A/CSUB IOUTCOMPIB INTEGER 1 -- + CSUB_SUB03A/CSUB IOUTCOMPS INTEGER 1 -- + CSUB_SUB03A/CSUB IOUTZDISP INTEGER 1 -- + CSUB_SUB03A/CSUB IPAKCSV INTEGER 1 -- + CSUB_SUB03A/CSUB IUPDATEMATPROP INTEGER 1 -- + CSUB_SUB03A/CSUB EPSILON DOUBLE 1 -- + CSUB_SUB03A/CSUB CC_CRIT DOUBLE 1 -- + CSUB_SUB03A/CSUB GAMMAW DOUBLE 1 -- + CSUB_SUB03A/CSUB BETA DOUBLE 1 -- + CSUB_SUB03A/CSUB BRG DOUBLE 1 -- + CSUB_SUB03A/CSUB SATOMEGA DOUBLE 1 -- + CSUB_SUB03A/CSUB ICELLF INTEGER 1 -- + CSUB_SUB03A/CSUB GWFISS0 INTEGER 1 -- + CSUB_SUB03A/CSUB AUXNAME STRING LEN=16 0 -- + CSUB_SUB03A/IC INPUT_FNAME STRING LEN=300 1 -- + CSUB_SUB03A/IC PACKAGE_TYPE STRING LEN=5 1 -- + CSUB_SUB03A/IC ID INTEGER 1 -- + CSUB_SUB03A/IC INUNIT INTEGER 1 -- + CSUB_SUB03A/IC IOUT INTEGER 1 -- + CSUB_SUB03A/IC INEWTON INTEGER 1 -- + CSUB_SUB03A/IC IASYM INTEGER 1 -- + CSUB_SUB03A/IC IPRPAK INTEGER 1 -- + CSUB_SUB03A/IC IPRFLOW INTEGER 1 -- + CSUB_SUB03A/IC IPAKCB INTEGER 1 -- + CSUB_SUB03A/IC IONPER INTEGER 1 -- + CSUB_SUB03A/IC LASTONPER INTEGER 1 -- + CSUB_SUB03A/MVR INPUT_FNAME STRING LEN=300 1 -- + CSUB_SUB03A/MVR PACKAGE_TYPE STRING LEN=5 1 -- + CSUB_SUB03A/MVR ID INTEGER 1 -- + CSUB_SUB03A/MVR INUNIT INTEGER 1 -- + CSUB_SUB03A/MVR IOUT INTEGER 1 -- + CSUB_SUB03A/MVR INEWTON INTEGER 1 -- + CSUB_SUB03A/MVR IASYM INTEGER 1 -- + CSUB_SUB03A/MVR IPRPAK INTEGER 1 -- + CSUB_SUB03A/MVR IPRFLOW INTEGER 1 -- + CSUB_SUB03A/MVR IPAKCB INTEGER 1 -- + CSUB_SUB03A/MVR IONPER INTEGER 1 -- + CSUB_SUB03A/MVR LASTONPER INTEGER 1 -- + CSUB_SUB03A/MVR IBUDGETOUT INTEGER 1 -- + CSUB_SUB03A/MVR IBUDCSV INTEGER 1 -- + CSUB_SUB03A/MVR MAXMVR INTEGER 1 -- + CSUB_SUB03A/MVR MAXPACKAGES INTEGER 1 -- + CSUB_SUB03A/MVR MAXCOMB INTEGER 1 -- + CSUB_SUB03A/MVR NMVR INTEGER 1 -- + CSUB_SUB03A/MVR IEXGMVR INTEGER 1 -- + CSUB_SUB03A/MVR IMODELNAMES INTEGER 1 -- + CSUB_SUB03A/OC INUNIT INTEGER 1 -- + CSUB_SUB03A/OC IOUT INTEGER 1 -- + CSUB_SUB03A/OC IBUDCSV INTEGER 1 -- + CSUB_SUB03A/OC IPEROC INTEGER 1 -- + CSUB_SUB03A/OC IOCREP INTEGER 1 -- + CSUB_SUB03A/WEL_0 INPUT_FNAME STRING LEN=300 1 -- + CSUB_SUB03A/WEL_0 PACKAGE_TYPE STRING LEN=5 1 -- + CSUB_SUB03A/WEL_0 ID INTEGER 1 -- + CSUB_SUB03A/WEL_0 INUNIT INTEGER 1 -- + CSUB_SUB03A/WEL_0 IOUT INTEGER 1 -- + CSUB_SUB03A/WEL_0 INEWTON INTEGER 1 -- + CSUB_SUB03A/WEL_0 IASYM INTEGER 1 -- + CSUB_SUB03A/WEL_0 IPRPAK INTEGER 1 -- + CSUB_SUB03A/WEL_0 IPRFLOW INTEGER 1 -- + CSUB_SUB03A/WEL_0 IPAKCB INTEGER 1 -- + CSUB_SUB03A/WEL_0 IONPER INTEGER 1 -- + CSUB_SUB03A/WEL_0 LASTONPER INTEGER 1 -- + CSUB_SUB03A/WEL_0 LISTLABEL STRING LEN=500 1 -- + CSUB_SUB03A/WEL_0 ISADVPAK INTEGER 1 -- + CSUB_SUB03A/WEL_0 IBCNUM INTEGER 1 -- + CSUB_SUB03A/WEL_0 MAXBOUND INTEGER 1 -- + CSUB_SUB03A/WEL_0 NBOUND INTEGER 1 -- + CSUB_SUB03A/WEL_0 NCOLBND INTEGER 1 -- + CSUB_SUB03A/WEL_0 ISCLOC INTEGER 1 -- + CSUB_SUB03A/WEL_0 NAUX INTEGER 1 -- + CSUB_SUB03A/WEL_0 INAMEDBOUND INTEGER 1 -- + CSUB_SUB03A/WEL_0 IAUXMULTCOL INTEGER 1 -- + CSUB_SUB03A/WEL_0 INOBSPKG INTEGER 1 -- + CSUB_SUB03A/WEL_0 IMOVER INTEGER 1 -- + CSUB_SUB03A/WEL_0 IVSC INTEGER 1 -- + CSUB_SUB03A/WEL_0 NPAKEQ INTEGER 1 -- + CSUB_SUB03A/WEL_0 IOFFSET INTEGER 1 -- + CSUB_SUB03A/WEL_0 AUXNAME STRING LEN=16 0 -- + CSUB_SUB03A/WEL_0 AUXNAME_CST STRING LEN=16 0 -- + CSUB_SUB03A/WEL_0 IFLOWRED INTEGER 1 -- + CSUB_SUB03A/WEL_0 FLOWRED DOUBLE 1 -- + CSUB_SUB03A/WEL_0 IOUTAFRCSV INTEGER 1 -- + CSUB_SUB03A/RCHA_0 INPUT_FNAME STRING LEN=300 1 -- + CSUB_SUB03A/RCHA_0 PACKAGE_TYPE STRING LEN=5 1 -- + CSUB_SUB03A/RCHA_0 ID INTEGER 1 -- + CSUB_SUB03A/RCHA_0 INUNIT INTEGER 1 -- + CSUB_SUB03A/RCHA_0 IOUT INTEGER 1 -- + CSUB_SUB03A/RCHA_0 INEWTON INTEGER 1 -- + CSUB_SUB03A/RCHA_0 IASYM INTEGER 1 -- + CSUB_SUB03A/RCHA_0 IPRPAK INTEGER 1 -- + CSUB_SUB03A/RCHA_0 IPRFLOW INTEGER 1 -- + CSUB_SUB03A/RCHA_0 IPAKCB INTEGER 1 -- + CSUB_SUB03A/RCHA_0 IONPER INTEGER 1 -- + CSUB_SUB03A/RCHA_0 LASTONPER INTEGER 1 -- + CSUB_SUB03A/RCHA_0 LISTLABEL STRING LEN=500 1 -- + CSUB_SUB03A/RCHA_0 ISADVPAK INTEGER 1 -- + CSUB_SUB03A/RCHA_0 IBCNUM INTEGER 1 -- + CSUB_SUB03A/RCHA_0 MAXBOUND INTEGER 1 -- + CSUB_SUB03A/RCHA_0 NBOUND INTEGER 1 -- + CSUB_SUB03A/RCHA_0 NCOLBND INTEGER 1 -- + CSUB_SUB03A/RCHA_0 ISCLOC INTEGER 1 -- + CSUB_SUB03A/RCHA_0 NAUX INTEGER 1 -- + CSUB_SUB03A/RCHA_0 INAMEDBOUND INTEGER 1 -- + CSUB_SUB03A/RCHA_0 IAUXMULTCOL INTEGER 1 -- + CSUB_SUB03A/RCHA_0 INOBSPKG INTEGER 1 -- + CSUB_SUB03A/RCHA_0 IMOVER INTEGER 1 -- + CSUB_SUB03A/RCHA_0 IVSC INTEGER 1 -- + CSUB_SUB03A/RCHA_0 NPAKEQ INTEGER 1 -- + CSUB_SUB03A/RCHA_0 IOFFSET INTEGER 1 -- + CSUB_SUB03A/RCHA_0 AUXNAME STRING LEN=16 0 -- + CSUB_SUB03A/RCHA_0 AUXNAME_CST STRING LEN=16 0 -- + CSUB_SUB03A/CHD_0 INPUT_FNAME STRING LEN=300 1 -- + CSUB_SUB03A/CHD_0 PACKAGE_TYPE STRING LEN=5 1 -- + CSUB_SUB03A/CHD_0 ID INTEGER 1 -- + CSUB_SUB03A/CHD_0 INUNIT INTEGER 1 -- + CSUB_SUB03A/CHD_0 IOUT INTEGER 1 -- + CSUB_SUB03A/CHD_0 INEWTON INTEGER 1 -- + CSUB_SUB03A/CHD_0 IASYM INTEGER 1 -- + CSUB_SUB03A/CHD_0 IPRPAK INTEGER 1 -- + CSUB_SUB03A/CHD_0 IPRFLOW INTEGER 1 -- + CSUB_SUB03A/CHD_0 IPAKCB INTEGER 1 -- + CSUB_SUB03A/CHD_0 IONPER INTEGER 1 -- + CSUB_SUB03A/CHD_0 LASTONPER INTEGER 1 -- + CSUB_SUB03A/CHD_0 LISTLABEL STRING LEN=500 1 -- + CSUB_SUB03A/CHD_0 ISADVPAK INTEGER 1 -- + CSUB_SUB03A/CHD_0 IBCNUM INTEGER 1 -- + CSUB_SUB03A/CHD_0 MAXBOUND INTEGER 1 -- + CSUB_SUB03A/CHD_0 NBOUND INTEGER 1 -- + CSUB_SUB03A/CHD_0 NCOLBND INTEGER 1 -- + CSUB_SUB03A/CHD_0 ISCLOC INTEGER 1 -- + CSUB_SUB03A/CHD_0 NAUX INTEGER 1 -- + CSUB_SUB03A/CHD_0 INAMEDBOUND INTEGER 1 -- + CSUB_SUB03A/CHD_0 IAUXMULTCOL INTEGER 1 -- + CSUB_SUB03A/CHD_0 INOBSPKG INTEGER 1 -- + CSUB_SUB03A/CHD_0 IMOVER INTEGER 1 -- + CSUB_SUB03A/CHD_0 IVSC INTEGER 1 -- + CSUB_SUB03A/CHD_0 NPAKEQ INTEGER 1 -- + CSUB_SUB03A/CHD_0 IOFFSET INTEGER 1 -- + CSUB_SUB03A/CHD_0 AUXNAME STRING LEN=16 0 -- + CSUB_SUB03A/CHD_0 AUXNAME_CST STRING LEN=16 0 -- + SLN_1 ID INTEGER 1 -- + SLN_1 IU INTEGER 1 -- + SLN_1 TTFORM DOUBLE 1 -- + SLN_1 TTSOLN DOUBLE 1 -- + SLN_1 ISYMMETRIC INTEGER 1 -- + SLN_1 NEQ INTEGER 1 -- + SLN_1 MATRIX_OFFSET INTEGER 1 -- + SLN_1 DVCLOSE DOUBLE 1 -- + SLN_1 BIGCHOLD DOUBLE 1 -- + SLN_1 BIGCH DOUBLE 1 -- + SLN_1 RELAXOLD DOUBLE 1 -- + SLN_1 RES_PREV DOUBLE 1 -- + SLN_1 RES_NEW DOUBLE 1 -- + SLN_1 ICNVG INTEGER 1 -- + SLN_1 ITERTOT_TIMESTEP INTEGER 1 -- + SLN_1 IOUTTOT_TIMESTEP INTEGER 1 -- + SLN_1 INNERTOT_SIM INTEGER 1 -- + SLN_1 MXITER INTEGER 1 -- + SLN_1 LINSOLVER INTEGER 1 -- + SLN_1 NONMETH INTEGER 1 -- + SLN_1 IPRIMS INTEGER 1 -- + SLN_1 THETA DOUBLE 1 -- + SLN_1 AKAPPA DOUBLE 1 -- + SLN_1 GAMMA DOUBLE 1 -- + SLN_1 AMOMENTUM DOUBLE 1 -- + SLN_1 BREDUC DOUBLE 1 -- + SLN_1 BTOL DOUBLE 1 -- + SLN_1 RES_LIM DOUBLE 1 -- + SLN_1 NUMTRACK INTEGER 1 -- + SLN_1 IBFLAG INTEGER 1 -- + SLN_1 ICSVOUTEROUT INTEGER 1 -- + SLN_1 ICSVINNEROUT INTEGER 1 -- + SLN_1 NITERMAX INTEGER 1 -- + SLN_1 CONVNMOD INTEGER 1 -- + SLN_1 IALLOWPTC INTEGER 1 -- + SLN_1 IPTCOPT INTEGER 1 -- + SLN_1 IPTCOUT INTEGER 1 -- + SLN_1 L2NORM0 DOUBLE 1 -- + SLN_1 PTCDEL DOUBLE 1 -- + SLN_1 PTCDEL0 DOUBLE 1 -- + SLN_1 PTCEXP DOUBLE 1 -- + SLN_1 ATSFRAC DOUBLE 1 -- + CSUB_SUB03A/DIS DELR DOUBLE 10 -- + CSUB_SUB03A/DIS DELC DOUBLE 10 -- + CSUB_SUB03A/DIS IDOMAIN INTEGER 300 -- + CSUB_SUB03A/DIS TOP2D DOUBLE 100 -- + CSUB_SUB03A/DIS BOT3D DOUBLE 300 -- + CSUB_SUB03A/DIS CELLX DOUBLE 10 -- + CSUB_SUB03A/DIS CELLY DOUBLE 10 -- + CSUB_SUB03A/DIS MSHAPE INTEGER 3 -- + CSUB_SUB03A/DIS XC DOUBLE 300 -- + CSUB_SUB03A/DIS YC DOUBLE 300 -- + CSUB_SUB03A/DIS TOP DOUBLE 300 -- + CSUB_SUB03A/DIS BOT DOUBLE 300 -- + CSUB_SUB03A/DIS AREA DOUBLE 300 -- + CSUB_SUB03A DBUFF DOUBLE 300 -- + CSUB_SUB03A IBUFF INTEGER 300 -- + CSUB_SUB03A/DIS NODEUSER INTEGER 1 -- + CSUB_SUB03A/DIS NODEREDUCED INTEGER 1 -- + CSUB_SUB03A/CON NODES INTEGER 1 -- + CSUB_SUB03A/CON NJA INTEGER 1 -- + CSUB_SUB03A/CON NJAS INTEGER 1 -- + CSUB_SUB03A/CON IANGLEX INTEGER 1 -- + CSUB_SUB03A/CON IA INTEGER 301 -- + CSUB_SUB03A/CON JA INTEGER 1780 -- + CSUB_SUB03A/CON ISYM INTEGER 1780 -- + CSUB_SUB03A/CON JAS INTEGER 1780 -- + CSUB_SUB03A/CON HWVA DOUBLE 740 -- + CSUB_SUB03A/CON ANGLEX DOUBLE 740 -- + CSUB_SUB03A/CON IHC INTEGER 740 -- + CSUB_SUB03A/CON CL1 DOUBLE 740 -- + CSUB_SUB03A/CON CL2 DOUBLE 740 -- + CSUB_SUB03A/CON IAUSR INTEGER 1 -- + CSUB_SUB03A/CON JAUSR INTEGER 1 -- + CSUB_SUB03A/NPF ITHICKSTARTFLAG INTEGER 300 -- + CSUB_SUB03A/NPF ICELLTYPE INTEGER 300 -- + CSUB_SUB03A/NPF K11 DOUBLE 300 -- + CSUB_SUB03A/NPF SAT DOUBLE 300 -- + CSUB_SUB03A/NPF CONDSAT DOUBLE 740 -- + CSUB_SUB03A/NPF K22 DOUBLE 300 -- + CSUB_SUB03A/NPF K33 DOUBLE 300 -- + CSUB_SUB03A/NPF WETDRY DOUBLE 1 -- + CSUB_SUB03A/NPF ANGLE1 DOUBLE 0 -- + CSUB_SUB03A/NPF ANGLE2 DOUBLE 0 -- + CSUB_SUB03A/NPF ANGLE3 DOUBLE 0 -- + CSUB_SUB03A/NPF IBOTNODE INTEGER 0 -- + CSUB_SUB03A/NPF NODEDGE INTEGER 0 -- + CSUB_SUB03A/NPF IHCEDGE INTEGER 0 -- + CSUB_SUB03A/NPF PROPSEDGE DOUBLE 0 -- + CSUB_SUB03A/NPF K11INPUT DOUBLE 0 -- + CSUB_SUB03A/NPF K22INPUT DOUBLE 0 -- + CSUB_SUB03A/NPF K33INPUT DOUBLE 0 -- + CSUB_SUB03A/NPF SPDIS DOUBLE 0 -- + CSUB_SUB03A/NPF NODEKCHANGE INTEGER 300 -- + CSUB_SUB03A XOLD DOUBLE 300 -- + CSUB_SUB03A FLOWJA DOUBLE 1780 -- + CSUB_SUB03A IDXGLO INTEGER 1780 -- + SLN_1 X DOUBLE 300 -- + SLN_1 RHS DOUBLE 300 -- + SLN_1 IACTIVE INTEGER 300 -- + SLN_1 XTEMP DOUBLE 300 -- + SLN_1 DXOLD DOUBLE 300 -- + SLN_1 HNCG DOUBLE 500 -- + SLN_1 LRCH INTEGER 1500 -- + SLN_1 WSAVE DOUBLE 0 -- + SLN_1 HCHOLD DOUBLE 0 -- + SLN_1 DEOLD DOUBLE 0 -- + SLN_1 CONVMODSTART INTEGER 2 -- + TMPSLN_1 CONVNMOD INTEGER 1 -- + TMPSLN_1 NITERMAX INTEGER 1 -- + TMPSLN_1 ITINNER INTEGER 1 -- + TMPSLN_1 LOCDV INTEGER 1 -- + TMPSLN_1 DVMAX DOUBLE 1 -- + TMPSLN_1 LOCDR INTEGER 1 -- + TMPSLN_1 DRMAX DOUBLE 1 -- + TMPSLN_1 CONVDVMAX DOUBLE 1 -- + TMPSLN_1 CONVLOCDV INTEGER 1 -- + TMPSLN_1 CONVDRMAX DOUBLE 1 -- + TMPSLN_1 CONVLOCDR INTEGER 1 -- + CSUB_SUB03A X DOUBLE 300 SLN_1/X + CSUB_SUB03A RHS DOUBLE 300 SLN_1/RHS + CSUB_SUB03A IBOUND INTEGER 300 SLN_1/IBOUND + SLN_1 NROW INTEGER 1 -- + SLN_1 NCOL INTEGER 1 -- + SLN_1 NJA INTEGER 1 -- + SLN_1 IA INTEGER 301 -- + SLN_1 JA INTEGER 1780 -- + SLN_1 AMAT DOUBLE 1780 -- + CSUB_SUB03A/IC STRT DOUBLE 300 -- + CSUB_SUB03A/STO ICONVERT INTEGER 300 -- + CSUB_SUB03A/STO SS DOUBLE 300 -- + CSUB_SUB03A/STO SY DOUBLE 300 -- + CSUB_SUB03A/STO STRGSS DOUBLE 300 -- + CSUB_SUB03A/STO STRGSY DOUBLE 300 -- + CSUB_SUB03A/CSUB BUFF DOUBLE 300 -- + CSUB_SUB03A/CSUB BUFFUSR DOUBLE 300 -- + CSUB_SUB03A/CSUB SGM DOUBLE 300 -- + CSUB_SUB03A/CSUB SGS DOUBLE 300 -- + CSUB_SUB03A/CSUB CG_SKE_CR DOUBLE 300 -- + CSUB_SUB03A/CSUB CG_ES DOUBLE 300 -- + CSUB_SUB03A/CSUB CG_ES0 DOUBLE 300 -- + CSUB_SUB03A/CSUB CG_PCS DOUBLE 300 -- + CSUB_SUB03A/CSUB CG_COMP DOUBLE 300 -- + CSUB_SUB03A/CSUB CG_TCOMP DOUBLE 300 -- + CSUB_SUB03A/CSUB CG_STOR DOUBLE 300 -- + CSUB_SUB03A/CSUB CG_SKE DOUBLE 300 -- + CSUB_SUB03A/CSUB CG_SK DOUBLE 300 -- + CSUB_SUB03A/CSUB CG_THICKINI DOUBLE 300 -- + CSUB_SUB03A/CSUB CG_THETAINI DOUBLE 300 -- + CSUB_SUB03A/CSUB CELL_WCSTOR DOUBLE 300 -- + CSUB_SUB03A/CSUB CELL_THICK DOUBLE 300 -- + CSUB_SUB03A/CSUB AUXVAR DOUBLE 296 -- + CSUB_SUB03A/CSUB UNODELIST INTEGER 296 -- + CSUB_SUB03A/CSUB NODELIST INTEGER 296 -- + CSUB_SUB03A/CSUB CG_GS DOUBLE 300 -- + CSUB_SUB03A/CSUB PCS DOUBLE 296 -- + CSUB_SUB03A/CSUB RNB DOUBLE 296 -- + CSUB_SUB03A/CSUB KV DOUBLE 296 -- + CSUB_SUB03A/CSUB H0 DOUBLE 296 -- + CSUB_SUB03A/CSUB CI DOUBLE 296 -- + CSUB_SUB03A/CSUB RCI DOUBLE 296 -- + CSUB_SUB03A/CSUB IDELAY INTEGER 296 -- + CSUB_SUB03A/CSUB IELASTIC INTEGER 296 -- + CSUB_SUB03A/CSUB ICONVERT INTEGER 296 -- + CSUB_SUB03A/CSUB COMP DOUBLE 296 -- + CSUB_SUB03A/CSUB TCOMP DOUBLE 296 -- + CSUB_SUB03A/CSUB TCOMPI DOUBLE 296 -- + CSUB_SUB03A/CSUB TCOMPE DOUBLE 296 -- + CSUB_SUB03A/CSUB STORAGEE DOUBLE 296 -- + CSUB_SUB03A/CSUB STORAGEI DOUBLE 296 -- + CSUB_SUB03A/CSUB SKE DOUBLE 296 -- + CSUB_SUB03A/CSUB SK DOUBLE 296 -- + CSUB_SUB03A/CSUB THICKINI DOUBLE 296 -- + CSUB_SUB03A/CSUB THETAINI DOUBLE 296 -- + CSUB_SUB03A/CSUB BOUNDNAME STRING LEN=40 296 -- + CSUB_SUB03A/CSUB NODELISTSIG0 INTEGER 1 -- + CSUB_SUB03A/CSUB SIG0 DOUBLE 1 -- + CSUB_SUB03A/WEL_0 NODELIST INTEGER 4 -- + CSUB_SUB03A/WEL_0 NOUPDATEAUXVAR INTEGER 0 -- + CSUB_SUB03A/WEL_0 BOUND DOUBLE 4 -- + CSUB_SUB03A/WEL_0 CONDINPUT DOUBLE 0 -- + CSUB_SUB03A/WEL_0 HCOF DOUBLE 4 -- + CSUB_SUB03A/WEL_0 RHS DOUBLE 4 -- + CSUB_SUB03A/WEL_0 SIMVALS DOUBLE 4 -- + CSUB_SUB03A/WEL_0 SIMTOMVR DOUBLE 0 -- + CSUB_SUB03A/WEL_0 AUXVAR DOUBLE 0 -- + CSUB_SUB03A/WEL_0 BOUNDNAME STRING LEN=40 0 -- + CSUB_SUB03A/WEL_0 BOUNDNAME_CST STRING LEN=40 0 -- + CSUB_SUB03A/WEL_0 CELLID INTEGER 12 __INPUT__/CSUB_SUB03A/WEL_0/CELLID + CSUB_SUB03A/WEL_0 BOUNDNAME_IDM STRING LEN=40 0 __INPUT__/CSUB_SUB03A/WEL_0/BOUNDNAME + CSUB_SUB03A/WEL_0 AUXVAR_IDM DOUBLE 0 __INPUT__/CSUB_SUB03A/WEL_0/AUXVAR + CSUB_SUB03A/WEL_0 Q DOUBLE 4 __INPUT__/CSUB_SUB03A/WEL_0/Q + CSUB_SUB03A/RCHA_0 NODELIST INTEGER 100 -- + CSUB_SUB03A/RCHA_0 NOUPDATEAUXVAR INTEGER 0 -- + CSUB_SUB03A/RCHA_0 BOUND DOUBLE 100 -- + CSUB_SUB03A/RCHA_0 CONDINPUT DOUBLE 0 -- + CSUB_SUB03A/RCHA_0 HCOF DOUBLE 100 -- + CSUB_SUB03A/RCHA_0 RHS DOUBLE 100 -- + CSUB_SUB03A/RCHA_0 SIMVALS DOUBLE 100 -- + CSUB_SUB03A/RCHA_0 SIMTOMVR DOUBLE 0 -- + CSUB_SUB03A/RCHA_0 AUXVAR DOUBLE 0 -- + CSUB_SUB03A/RCHA_0 BOUNDNAME STRING LEN=40 0 -- + CSUB_SUB03A/RCHA_0 BOUNDNAME_CST STRING LEN=40 0 -- + CSUB_SUB03A/RCHA_0 CELLID INTEGER 0 __INPUT__/CSUB_SUB03A/RCHA_0/CELLID + CSUB_SUB03A/RCHA_0 BOUNDNAME_IDM STRING LEN=40 0 __INPUT__/CSUB_SUB03A/RCHA_0/BOUNDNAME + CSUB_SUB03A/RCHA_0 AUXVAR_IDM DOUBLE 0 __INPUT__/CSUB_SUB03A/RCHA_0/AUXVAR + CSUB_SUB03A/RCHA_0 RECHARGE DOUBLE 100 __INPUT__/CSUB_SUB03A/RCHA_0/RECHARGE + CSUB_SUB03A/CHD_0 NODELIST INTEGER 4 -- + CSUB_SUB03A/CHD_0 NOUPDATEAUXVAR INTEGER 0 -- + CSUB_SUB03A/CHD_0 BOUND DOUBLE 4 -- + CSUB_SUB03A/CHD_0 CONDINPUT DOUBLE 0 -- + CSUB_SUB03A/CHD_0 HCOF DOUBLE 4 -- + CSUB_SUB03A/CHD_0 RHS DOUBLE 4 -- + CSUB_SUB03A/CHD_0 SIMVALS DOUBLE 4 -- + CSUB_SUB03A/CHD_0 SIMTOMVR DOUBLE 0 -- + CSUB_SUB03A/CHD_0 AUXVAR DOUBLE 0 -- + CSUB_SUB03A/CHD_0 BOUNDNAME STRING LEN=40 0 -- + CSUB_SUB03A/CHD_0 BOUNDNAME_CST STRING LEN=40 0 -- + CSUB_SUB03A/CHD_0 CELLID INTEGER 12 __INPUT__/CSUB_SUB03A/CHD_0/CELLID + CSUB_SUB03A/CHD_0 BOUNDNAME_IDM STRING LEN=40 0 __INPUT__/CSUB_SUB03A/CHD_0/BOUNDNAME + CSUB_SUB03A/CHD_0 AUXVAR_IDM DOUBLE 0 __INPUT__/CSUB_SUB03A/CHD_0/AUXVAR + CSUB_SUB03A/CHD_0 RATECHDIN DOUBLE 4 -- + CSUB_SUB03A/CHD_0 RATECHDOUT DOUBLE 4 -- + CSUB_SUB03A/CHD_0 HEAD DOUBLE 4 __INPUT__/CSUB_SUB03A/CHD_0/HEAD + SLN_1/IMSLINEAR DVCLOSE DOUBLE 1 -- + SLN_1/IMSLINEAR RCLOSE DOUBLE 1 -- + SLN_1/IMSLINEAR ICNVGOPT INTEGER 1 -- + SLN_1/IMSLINEAR ITER1 INTEGER 1 -- + SLN_1/IMSLINEAR ILINMETH INTEGER 1 -- + SLN_1/IMSLINEAR ISCL INTEGER 1 -- + SLN_1/IMSLINEAR IORD INTEGER 1 -- + SLN_1/IMSLINEAR NORTH INTEGER 1 -- + SLN_1/IMSLINEAR RELAX DOUBLE 1 -- + SLN_1/IMSLINEAR LEVEL INTEGER 1 -- + SLN_1/IMSLINEAR DROPTOL DOUBLE 1 -- + SLN_1/IMSLINEAR IDFPARAM INTEGER 1 -- + SLN_1/IMSLINEAR NJA INTEGER 1 -- + SLN_1/IMSLINEAR IOUT INTEGER 1 -- + SLN_1/IMSLINEAR IPC INTEGER 1 -- + SLN_1/IMSLINEAR IACPC INTEGER 1 -- + SLN_1/IMSLINEAR NITERC INTEGER 1 -- + SLN_1/IMSLINEAR NIABCGS INTEGER 1 -- + SLN_1/IMSLINEAR NIAPC INTEGER 1 -- + SLN_1/IMSLINEAR NJAPC INTEGER 1 -- + SLN_1/IMSLINEAR EPFACT DOUBLE 1 -- + SLN_1/IMSLINEAR L2NORM0 DOUBLE 1 -- + SLN_1/IMSLINEAR NJLU INTEGER 1 -- + SLN_1/IMSLINEAR NJW INTEGER 1 -- + SLN_1/IMSLINEAR NWLU INTEGER 1 -- + SLN_1/IMSLINEAR DSCALE DOUBLE 1 -- + SLN_1/IMSLINEAR DSCALE2 DOUBLE 1 -- + SLN_1/IMSLINEAR IAPC INTEGER 301 -- + SLN_1/IMSLINEAR JAPC INTEGER 1780 -- + SLN_1/IMSLINEAR APC DOUBLE 1780 -- + SLN_1/IMSLINEAR IW INTEGER 300 -- + SLN_1/IMSLINEAR W DOUBLE 300 -- + SLN_1/IMSLINEAR JLU INTEGER 1 -- + SLN_1/IMSLINEAR JW INTEGER 1 -- + SLN_1/IMSLINEAR WLU DOUBLE 1 -- + SLN_1/IMSLINEAR LORDER INTEGER 1 -- + SLN_1/IMSLINEAR IORDER INTEGER 1 -- + SLN_1/IMSLINEAR IARO INTEGER 2 -- + SLN_1/IMSLINEAR JARO INTEGER 1 -- + SLN_1/IMSLINEAR ARO DOUBLE 1 -- + SLN_1/IMSLINEAR ID INTEGER 300 -- + SLN_1/IMSLINEAR D DOUBLE 300 -- + SLN_1/IMSLINEAR P DOUBLE 300 -- + SLN_1/IMSLINEAR Q DOUBLE 300 -- + SLN_1/IMSLINEAR Z DOUBLE 300 -- + SLN_1/IMSLINEAR T DOUBLE 1 -- + SLN_1/IMSLINEAR V DOUBLE 1 -- + SLN_1/IMSLINEAR DHAT DOUBLE 1 -- + SLN_1/IMSLINEAR PHAT DOUBLE 1 -- + SLN_1/IMSLINEAR QHAT DOUBLE 1 -- + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 8.1850000 + Logical 4.00000000E-02 + Integer 76.220000 + Real 236.45600 + ------------------------------- + Total 320.90100 + Virtual 0.0000000 + ------------------------------- + + + + Run end date and time (yyyy/mm/dd hh:mm:ss): 2023/10/30 9:03:35 + Elapsed run time: 0.208 Seconds + Normal termination of simulation. diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/mfsim.nam b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/mfsim.nam new file mode 100644 index 000000000..10077f689 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03/test_mf6model_nc[0-csub_sub03a]0/mfsim.nam @@ -0,0 +1,19 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. +BEGIN options +END options + +BEGIN timing + TDIS6 csub_sub03a.tdis +END timing + +BEGIN models + gwf6 csub_sub03a.nam csub_sub03a +END models + +BEGIN exchanges +END exchanges + +BEGIN solutiongroup 1 + ims6 csub_sub03a.ims csub_sub03a +END solutiongroup 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_obs.csv b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_obs.csv new file mode 100644 index 000000000..abcea7a81 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_obs.csv @@ -0,0 +1,182 @@ +time,TCOMP1,TCOMP2,TCOMP3 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000000000..0188bcb9b Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_sub03a.cbc differ diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_sub03a.cbc.cmp.out b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_sub03a.cbc.cmp.out new file mode 100644 index 000000000..1710fb179 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_sub03a.cbc.cmp.out @@ -0,0 +1,4 @@ +Performing CELL-BY-CELL to CELL-BY-CELL comparison +/tmp/pytest-of-mreno/pytest-1883/test_mf6model[0-csub_sub03a]0/csub_sub03a.cbc +/tmp/pytest-of-mreno/pytest-1883/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.cbc + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_sub03a.chd b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_sub03a.chd new file mode 100644 index 000000000..487e3f6bf --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_sub03a.chd @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. +BEGIN options +END options + +BEGIN dimensions + MAXBOUND 4 +END dimensions + +BEGIN period 1 + 1 10 4 0.00000000E+00 + 1 10 5 0.00000000E+00 + 1 10 6 0.00000000E+00 + 1 10 7 0.00000000E+00 +END period 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_sub03a.compaction.gridbin b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_sub03a.compaction.gridbin new file mode 100644 index 000000000..a86241c6b Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_sub03a.compaction.gridbin differ diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_sub03a.csub b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_sub03a.csub new file mode 100644 index 000000000..72cef707b --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_sub03a.csub @@ -0,0 +1,328 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. +BEGIN options + BOUNDNAMES + PRINT_INPUT + SAVE_FLOWS + GAMMAW 9806.65000000 + BETA 0.00000000 + HEAD_BASED + SPECIFIED_INITIAL_INTERBED_STATE + EFFECTIVE_STRESS_LAG + STRAIN_CSV_INTERBED FILEOUT csub_sub03a.ib.strain.csv + STRAIN_CSV_COARSE FILEOUT csub_sub03a.sk.strain.csv + COMPACTION FILEOUT csub_sub03a.compaction.gridbin + OBS6 FILEIN csub_sub03a.csub.obs +END options + +BEGIN dimensions + NINTERBEDS 296 +END dimensions + +BEGIN griddata + cg_ske_cr LAYERED + CONSTANT 3.00000000E-06 + CONSTANT 0.00000000 + CONSTANT 3.00000000E-06 + cg_theta + CONSTANT 0.20000000 +END griddata + +BEGIN packagedata + 1 1 1 1 nodelay -7.00000000 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a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_sub03a.dis b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_sub03a.dis new file mode 100644 index 000000000..2ac4be7b6 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_sub03a.dis @@ -0,0 +1,23 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. +BEGIN options +END options + +BEGIN dimensions + NLAY 3 + NROW 10 + NCOL 10 +END dimensions + +BEGIN griddata + delr + CONSTANT 1000.00000000 + delc + CONSTANT 2000.00000000 + top + CONSTANT 0.00000000 + botm LAYERED + CONSTANT -100.00000000 + CONSTANT -150.00000000 + CONSTANT -350.00000000 +END griddata + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_sub03a.dis.grb b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_sub03a.dis.grb new file mode 100644 index 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0.00000000E+00 +END period 30 + +BEGIN period 31 + 1 1 1 9.75000000E-01 8.64000000E+02 0.00000000E+00 0.00000000E+00 +END period 31 \ No newline at end of file diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_sub03a.hds b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_sub03a.hds new file mode 100644 index 000000000..0d2a14e2c Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_sub03a.hds differ diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_sub03a.hds.cmp.out b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_sub03a.hds.cmp.out new file mode 100644 index 000000000..5bb17255b --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_sub03a.hds.cmp.out @@ -0,0 +1,37 @@ +Performing HEAD to HEAD comparison +/tmp/pytest-of-mreno/pytest-1883/test_mf6model[0-csub_sub03a]0/csub_sub03a.hds is a binary file. +/tmp/pytest-of-mreno/pytest-1883/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.hds is a binary file. + MAXIMUM EXCEEDS + STRESS PERIOD TIME STEP HEAD DIFFERENCE CRITERIA +--------------- --------------- --------------- --------------- + 1 1 0 + 2 6 0 + 3 6 0 + 4 6 0 + 5 6 0 + 6 6 0 + 7 6 0 + 8 6 0 + 9 6 0 + 10 6 0 + 11 6 0 + 12 6 0 + 13 6 0 + 14 6 0 + 15 6 0 + 16 6 0 + 17 6 0 + 18 6 0 + 19 6 0 + 20 6 0 + 21 6 0 + 22 6 0 + 23 6 0 + 24 6 0 + 25 6 0 + 26 6 0 + 27 6 0 + 28 6 0 + 29 6 0 + 30 6 0 + 31 6 0 diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_sub03a.ib.strain.csv b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_sub03a.ib.strain.csv new file mode 100644 index 000000000..a42da1062 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_sub03a.ib.strain.csv @@ -0,0 +1,297 @@ + INTERBED_NUMBER,INTERBED_TYPE,NODE,LAYER,ROW,COLUMN,INITIAL_THICKNESS,FINAL_THICKNESS,TOTAL_COMPACTION,TOTAL_STRAIN,PERCENT_COMPACTION + 1,no-delay,1,1,1,1,15.000000000000000,15.000000000000000,0.71325660910213917E-3,0.47550440606809281E-4,0.47550440606809281E-2 + 2,no-delay,2,1,1,2,15.000000000000000,15.000000000000000,0.71337332775608855E-3,0.47558221850405906E-4,0.47558221850405903E-2 + 3,no-delay,3,1,1,3,15.000000000000000,15.000000000000000,0.71355659714945029E-3,0.47570439809963351E-4,0.47570439809963352E-2 + 4,no-delay,4,1,1,4,15.000000000000000,15.000000000000000,0.71376145469985875E-3,0.47584096979990584E-4,0.47584096979990586E-2 + 5,no-delay,5,1,1,5,15.000000000000000,15.000000000000000,0.71394886952262735E-3,0.47596591301508492E-4,0.47596591301508496E-2 + 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296,no-delay,300,3,10,10,30.000000000000000,30.000000000000000,0.71231532913505524,0.23743844304501840E-1,2.3743844304501840 diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_sub03a.ic b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_sub03a.ic new file mode 100644 index 000000000..cde4419e3 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_sub03a.ic @@ -0,0 +1,6 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. +BEGIN griddata + strt + CONSTANT 0.00000000 +END griddata + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_sub03a.ims b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_sub03a.ims new file mode 100644 index 000000000..116ccfd80 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_sub03a.ims @@ -0,0 +1,21 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. +BEGIN options + PRINT_OPTION summary +END options + +BEGIN nonlinear + OUTER_DVCLOSE 1.00000000E-09 + OUTER_MAXIMUM 500 + UNDER_RELAXATION none +END nonlinear + +BEGIN linear + INNER_MAXIMUM 300 + INNER_DVCLOSE 1.00000000E-09 + inner_rclose 1.00000000E-06 + LINEAR_ACCELERATION cg + RELAXATION_FACTOR 1.00000000 + SCALING_METHOD none + REORDERING_METHOD none +END linear + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_sub03a.lst b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_sub03a.lst new file mode 100644 index 000000000..b49a5a3aa --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_sub03a.lst @@ -0,0 +1,5951 @@ + MODFLOW 6 PROFESSIONAL + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + GROUNDWATER FLOW MODEL (GWF) + VERSION 6.5.0.dev0 (preliminary) 07/13/2023 + ***DEVELOP MODE*** + + MODFLOW 6 compiled Oct 30 2023 08:23:02 with GCC version 11.3.0 + +This software is preliminary or provisional and is subject to +revision. It is being provided to meet the need for timely best +science. The software has not received final approval by the U.S. +Geological Survey (USGS). No warranty, expressed or implied, is made +by the USGS or the U.S. Government as to the functionality of the +software and related material nor shall the fact of release +constitute any such warranty. The software is provided on the +condition that neither the USGS nor the U.S. Government shall be held +liable for any damages resulting from the authorized or unauthorized +use of the software. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +The following 2-clause BSD License library is used in this +USGS product: + + PETSc, the Portable, Extensible Toolkit for Scientific + Computation Library + Copyright (c) 1991-2021, UChicago Argonne, LLC + and the PETSc Development Team All rights reserved. + (https://petsc.org/release/) + +MODFLOW 6 compiler options: -cpp -I src/libmf6core.a.p -I src -I ../src -I +src/libmf6_external.a.p -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/include -I +/home/mreno/.clone/external/petsc/include -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/lib -I +/home/mreno/miniconda3/envs/modflow6/include -I -fdiagnostics-color=always +-imultiarch x86_64-linux-gnu -D _FILE_OFFSET_BITS=64 -D __linux__ -D +__WITH_PETSC__ -D __WITH_MPI__ -D __WITH_NETCDF__ -mtune=generic +-march=x86-64 -g -O2 -Wall -Wpedantic -Wcharacter-truncation +-Wno-unused-dummy-argument -Wno-intrinsic-shadow -Wno-maybe-uninitialized +-Wno-uninitialized -std=f2008 -fall-intrinsics -fbacktrace -fcheck=all +-ffpe-trap=overflow,zero,invalid -ffpe-summary=overflow +-ffpe-trap=overflow,zero,invalid -fPIC -J src/libmf6core.a.p +-fpre-include=/usr/include/finclude/math-vector-fortran.h + +System command used to initiate simulation: +/home/mreno/.clone/usgs/w/netcdf/2/modflow6/bin/mf6 + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/CSUB_SUB03A/DIS + + + NPF -- NODE PROPERTY FLOW PACKAGE, VERSION 1, 3/30/2015 INPUT READ FROM MEMPATH: __INPUT__/CSUB_SUB03A/NPF + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 3 + NROW = 10 + NCOL = 10 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + End Setting Discretization Griddata + + Setting NPF Options + End Setting NPF Options + + Setting NPF Griddata + ICELLTYPE set from input file + K set from input file + K33 set from input file + K22 not provided. Setting K22 = K. + End Setting NPF Griddata + + + WEL -- WEL PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/CSUB_SUB03A/WEL_0 + + PROCESSING WEL BASE OPTIONS + LISTS OF WEL CELLS WILL BE PRINTED. + WEL FLOWS WILL BE PRINTED TO LISTING FILE. + END OF WEL BASE OPTIONS + + PROCESSING WEL OPTIONS + END OF WEL OPTIONS + + PROCESSING WEL BASE DIMENSIONS + MAXBOUND = 4 + END OF WEL BASE DIMENSIONS + + RCH -- RCH PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/CSUB_SUB03A/RCHA_0 + + PROCESSING RCH BASE OPTIONS + END OF RCH BASE OPTIONS + + PROCESSING RCHA OPTIONS + RECHARGE INPUT WILL BE READ AS ARRAY(S). + END OF RCHA OPTIONS + + CHD -- CHD PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/CSUB_SUB03A/CHD_0 + + PROCESSING CHD BASE OPTIONS + END OF CHD BASE OPTIONS + + PROCESSING CHD BASE DIMENSIONS + MAXBOUND = 4 + END OF CHD BASE DIMENSIONS + + IC -- INITIAL CONDITIONS PACKAGE, VERSION 8, 3/28/2015 INPUT READ FROM UNIT 1006 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + PROCESSING GRIDDATA + + INITIAL HEAD = 0.000000 + END PROCESSING GRIDDATA + + STO -- STORAGE PACKAGE, VERSION 1, 5/19/2014 INPUT READ FROM UNIT 1005 + + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + PROCESSING STORAGE OPTIONS + STORAGECOEFFICIENT OPTION: + Read storage coefficient rather than specific storage + END OF STORAGE OPTIONS + PROCESSING GRIDDATA + + ICONVERT = 0 FOR LAYER 1 + + ICONVERT = 0 FOR LAYER 2 + + ICONVERT = 0 FOR LAYER 3 + + SPECIFIC STORAGE = 0.000000 + + SPECIFIC YIELD = 0.1000000 FOR LAYER 1 + + SPECIFIC YIELD = 0.000000 FOR LAYER 2 + + SPECIFIC YIELD = 0.000000 FOR LAYER 3 + END PROCESSING GRIDDATA + + CSUB -- COMPACTION PACKAGE, VERSION 1, 12/15/2019 INPUT READ FROM UNIT 1012 + + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + PROCESSING CSUB OPTIONS + CSUB BOUNDARIES HAVE NAMES IN LAST COLUMN. + LISTS OF CSUB CELLS WILL BE PRINTED. + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + + OPENED csub_sub03a.ib.strain.csv + FILE TYPE:CSV_OUTPUT UNIT 1016 STATUS:REPLACE + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READWRITE + + CSUB INTERBED STRAIN CSV WILL BE SAVED TO FILE: csub_sub03a.ib.strain.csv + OPENED ON UNIT: 1016 + + OPENED csub_sub03a.sk.strain.csv + FILE TYPE:CSV_OUTPUT UNIT 1017 STATUS:REPLACE + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READWRITE + + CSUB COARSE STRAIN CSV WILL BE SAVED TO FILE: csub_sub03a.sk.strain.csv + OPENED ON UNIT: 1017 + + OPENED csub_sub03a.compaction.gridbin + FILE TYPE:DATA(BINARY) UNIT 1018 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + CSUB COMPACTION WILL BE SAVED TO FILE: csub_sub03a.compaction.gridbin + OPENED ON UNIT: 1018 + + OPENED csub_sub03a.csub.obs + FILE TYPE:OBS UNIT 1019 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + END OF CSUB OPTIONS + + + CSUB PACKAGE SETTINGS + NUMBER OF DELAY CELLS = 19 + HEAD-BASED FORMULATION + ELASTIC AND INELASTIC SPECIFIC STORAGE COEFFICIENTS WILL BE + SPECIFIED + THICKNESS AND VOID RATIO WILL NOT BE ADJUSTED DURING THE + SIMULATION + INTERBED THICKNESS WILL BE SPECIFIED AS A THICKNESS + PRECONSOLIDATION HEAD WILL BE SPECIFIED AS ABSOLUTE VALUES + INSTEAD OF RELATIVE TO INITIAL HEAD CONDITIONS + DELAY INTERBED HEADS WILL BE SPECIFIED AS ABSOLUTE VALUES INSTEAD + OF RELATIVE TO INITIAL GWF HEADS + EFFECTIVE_STRESS_LAG HAS BEEN SPECIFIED BUT HAS NO EFFECT WHEN + USING THE HEAD-BASED FORMULATION (HEAD_BASED HAS BEEN SPECIFIED + IN THE OPTIONS BLOCK) + GAMMAW = 9806.6499999999996 + BETA = 0.0000000000000000 + GAMMAW * BETA = 0.0000000000000000 + + PROCESSING CSUB DIMENSIONS + NINTERBEDS = 296 + END OF CSUB DIMENSIONS + +The observation utility is active for "CSUB" + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + +Processing observation options: + +Text output number of digits of precision set to: 10 +The PRINT_INPUT option has been specified. + + + OBSERVATIONS READ FROM FILE "csub_sub03a.csub.obs" + ---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + NAME TYPE TIME LOCATION DATA OUTPUT FILENAME + ---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + TCOMP1 CONTINUOUS INTERBED-COMPACTION ALL TIMES " 01_05_05" csub_obs.csv + TCOMP2 CONTINUOUS INTERBED-COMPACTION ALL TIMES " 02_05_05" csub_obs.csv + TCOMP3 CONTINUOUS INTERBED-COMPACTION ALL TIMES " 03_05_05" csub_obs.csv + ---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + + CG_SKE_CR = 0.3000000E-05 FOR LAYER 1 + + CG_SKE_CR = 0.000000 FOR LAYER 2 + + CG_SKE_CR = 0.3000000E-05 FOR LAYER 3 + + CG_THETA = 0.2000000 + + PROCESSING CSUB PACKAGEDATA + END OF CSUB PACKAGEDATA + + CSUB PACKAGE INTERBED DATA + --------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + INTERBED CELLID CDELAY PCS THICK RNB SSV_CC SSV_CR THETA KV H0 BOUNDNAME + --------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + 1 (1,1,1) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_01_01 + 2 (1,1,2) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_01_02 + 3 (1,1,3) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_01_03 + 4 (1,1,4) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_01_04 + 5 (1,1,5) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_01_05 + 6 (1,1,6) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_01_06 + 7 (1,1,7) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_01_07 + 8 (1,1,8) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_01_08 + 9 (1,1,9) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_01_09 + 10 (1,1,10) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_01_10 + 11 (1,2,1) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_02_01 + 12 (1,2,2) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_02_02 + 13 (1,2,3) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_02_03 + 14 (1,2,4) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_02_04 + 15 (1,2,5) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_02_05 + 16 (1,2,6) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_02_06 + 17 (1,2,7) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_02_07 + 18 (1,2,8) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_02_08 + 19 (1,2,9) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_02_09 + 20 (1,2,10) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_02_10 + 21 (1,3,1) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_03_01 + 22 (1,3,2) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_03_02 + 23 (1,3,3) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_03_03 + 24 (1,3,4) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_03_04 + 25 (1,3,5) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_03_05 + 26 (1,3,6) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_03_06 + 27 (1,3,7) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_03_07 + 28 (1,3,8) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_03_08 + 29 (1,3,9) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_03_09 + 30 (1,3,10) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_03_10 + 31 (1,4,1) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_04_01 + 32 (1,4,2) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_04_02 + 33 (1,4,3) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_04_03 + 34 (1,4,4) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_04_04 + 35 (1,4,5) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_04_05 + 36 (1,4,6) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_04_06 + 37 (1,4,7) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_04_07 + 38 (1,4,8) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_04_08 + 39 (1,4,9) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_04_09 + 40 (1,4,10) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_04_10 + 41 (1,5,1) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_05_01 + 42 (1,5,2) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_05_02 + 43 (1,5,3) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_05_03 + 44 (1,5,4) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_05_04 + 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09:02:45. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1022 + FILE NAME: csub_sub03a.cbc + + OPENED csub_sub03a.cbc + FILE TYPE:DATA(BINARY) UNIT 1022 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + HEAD INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1023 + FILE NAME: csub_sub03a.hds + + OPENED csub_sub03a.hds + FILE TYPE:DATA(BINARY) UNIT 1023 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + THE LAST TIME STEP WILL BE SAVED + THE LAST TIME STEP WILL BE SAVED + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + + + PROCESSING STORAGE PERIOD DATA + END PROCESSING STORAGE PERIOD DATA + + + STRESS PERIOD 1 IS STEADY-STATE + + + REUSING CSUBS FROM LAST STRESS PERIOD + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 1, STRESS PERIOD 1 + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 1, STRESS PERIOD 1 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 23.3472 22.9176 22.1026 21.5778 21.3061 21.2732 21.4818 21.9517 22.7254 23.1326 + 2 22.1173 21.5078 20.9853 20.6053 20.3894 20.3456 20.4763 20.7788 21.2391 21.8118 + 3 20.3714 19.7782 19.3229 18.9998 18.8068 18.7425 18.8062 18.9993 19.3300 19.8267 + 4 18.0364 17.5196 17.1506 16.8921 16.7269 16.6448 16.6362 16.6879 16.7775 16.8637 + 5 14.7956 14.6858 14.5488 14.4231 14.3261 14.2642 14.2366 14.2363 14.2514 14.2662 + 6 12.0049 11.9670 11.9077 11.8441 11.7895 11.7515 11.7319 11.7274 11.7314 11.7361 + 7 9.36303 9.33211 9.28132 9.22661 9.18392 9.16242 9.16376 9.18218 9.20546 9.22131 + 8 6.82995 6.76637 6.66082 6.55119 6.48357 6.47194 6.51724 6.60744 6.69851 6.75434 + 9 4.52424 4.35010 4.03926 3.69007 3.54144 3.53584 3.67338 4.01160 4.31396 4.48353 + 10 2.87723 2.45418 1.54536 0.00000 0.00000 0.00000 0.00000 1.53335 2.43408 2.85302 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 1 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 14.7549 14.8172 14.8599 14.8859 14.8968 14.8937 14.8765 14.8445 14.7961 14.7287 + 2 14.4233 16.7839 16.8848 16.7292 16.6282 16.6066 16.6658 16.7841 16.6645 14.3786 + 3 14.0068 16.0340 16.1191 15.9806 15.8858 15.8533 15.8830 15.9578 15.8338 13.9464 + 4 13.5184 14.9555 14.9959 14.8830 14.8014 14.7600 14.7542 14.7667 14.6364 13.4480 + 5 12.9778 13.6205 13.6488 13.5929 13.5447 13.5135 13.4989 13.4928 13.4254 12.9109 + 6 12.4154 12.3190 12.2767 12.2436 12.2160 12.1967 12.1869 12.1861 12.2093 12.3572 + 7 11.8555 11.0540 10.9137 10.8774 10.8550 10.8440 10.8455 10.8636 10.9925 11.8082 + 8 11.3207 9.82943 9.56404 9.49316 9.45763 9.45168 9.47582 9.53679 9.79493 11.2848 + 9 10.8323 8.75596 8.32734 8.14706 8.07207 8.06918 8.13846 8.31318 8.73696 10.8080 + 10 10.4094 10.3205 10.2495 10.1988 10.1728 10.1714 10.1945 10.2423 10.3105 10.3965 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 1 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 13.0452 13.0463 13.0475 13.0483 13.0486 13.0482 13.0472 13.0458 13.0441 13.0428 + 2 13.0202 13.0247 13.0275 13.0286 13.0288 13.0283 13.0271 13.0251 13.0218 13.0172 + 3 12.9605 12.9647 12.9675 12.9686 12.9687 12.9680 12.9667 12.9645 12.9611 12.9568 + 4 12.8711 12.8742 12.8760 12.8767 12.8765 12.8757 12.8745 12.8727 12.8701 12.8671 + 5 12.7619 12.7632 12.7639 12.7640 12.7636 12.7629 12.7621 12.7610 12.7597 12.7583 + 6 12.6449 12.6445 12.6438 12.6430 12.6424 12.6419 12.6416 12.6415 12.6417 12.6420 + 7 12.5327 12.5304 12.5283 12.5266 12.5256 12.5253 12.5256 12.5267 12.5284 12.5305 + 8 12.4375 12.4336 12.4301 12.4277 12.4263 12.4260 12.4269 12.4290 12.4322 12.4359 + 9 12.3711 12.3665 12.3624 12.3595 12.3580 12.3578 12.3590 12.3616 12.3654 12.3700 + 10 12.3419 12.3404 12.3384 12.3366 12.3356 12.3355 12.3362 12.3377 12.3395 12.3410 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 1, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 27000.0000 RCHA = 27000.0000 RCHA_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL IN = 27000.0000 TOTAL IN = 27000.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 27000.0000 CHD = 27000.0000 CHD_0 + + TOTAL OUT = 27000.0000 TOTAL OUT = 27000.0000 + + IN - OUT = 4.2466E-08 IN - OUT = 4.2466E-08 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + + +end timestep + + +start timestep kper="2" kstp="1" mode="normal" + + + END OF FILE DETECTED IN OUTPUT CONTROL. + CURRENT OUTPUT CONTROL SETTINGS WILL BE + REPEATED UNTIL THE END OF THE SIMULATION. + + OUTPUT CONTROL FOR STRESS PERIOD 2 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + PROCESSING STORAGE PERIOD DATA + END PROCESSING STORAGE PERIOD DATA + + + STRESS PERIOD 2 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + --------------------------------------------------- + WEL NO. LAYER ROW COL STRESS RATE + --------------------------------------------------- + 1 3 3 6 -14000.0000 + 2 3 3 7 -8000.00000 + 3 3 4 6 -5000.00000 + 4 3 4 7 -3000.00000 + --------------------------------------------------- + + + + CSUB PACKAGE CALCULATED INITIAL INTERBED STRESSES AT THE CELL BOTTOM + --------------------------------------------------------------------------------------------------------------------------- + INTERBED PRECONSOLIDATION + NUMBER CELLID GEOSTATIC STRESS EFFECTIVE STRESS STRESS BOUNDNAME + --------------------------------------------------------------------------------------------------------------------------- + 1 (1,1,1) 200.000000 76.6527642 107.000000 01_01_01 + 2 (1,1,2) 200.000000 77.0823827 107.000000 01_01_02 + 3 (1,1,3) 200.000000 77.8973923 107.000000 01_01_03 + 4 (1,1,4) 200.000000 78.4222189 107.000000 01_01_04 + 5 (1,1,5) 200.000000 78.6938946 107.000000 01_01_05 + 6 (1,1,6) 200.000000 78.7267832 107.000000 01_01_06 + 7 (1,1,7) 200.000000 78.5182026 107.000000 01_01_07 + 8 (1,1,8) 200.000000 78.0483405 107.000000 01_01_08 + 9 (1,1,9) 200.000000 77.2746145 107.000000 01_01_09 + 10 (1,1,10) 200.000000 76.8674125 107.000000 01_01_10 + 11 (1,2,1) 200.000000 77.8827363 107.000000 01_02_01 + 12 (1,2,2) 200.000000 78.4922156 107.000000 01_02_02 + 13 (1,2,3) 200.000000 79.0146684 107.000000 01_02_03 + 14 (1,2,4) 200.000000 79.3946710 107.000000 01_02_04 + 15 (1,2,5) 200.000000 79.6105876 107.000000 01_02_05 + 16 (1,2,6) 200.000000 79.6543829 107.000000 01_02_06 + 17 (1,2,7) 200.000000 79.5236966 107.000000 01_02_07 + 18 (1,2,8) 200.000000 79.2211531 107.000000 01_02_08 + 19 (1,2,9) 200.000000 78.7609429 107.000000 01_02_09 + 20 (1,2,10) 200.000000 78.1881815 107.000000 01_02_10 + 21 (1,3,1) 200.000000 79.6286274 107.000000 01_03_01 + 22 (1,3,2) 200.000000 80.2218115 107.000000 01_03_02 + 23 (1,3,3) 200.000000 80.6771421 107.000000 01_03_03 + 24 (1,3,4) 200.000000 81.0002097 107.000000 01_03_04 + 25 (1,3,5) 200.000000 81.1931984 107.000000 01_03_05 + 26 (1,3,6) 200.000000 81.2574753 107.000000 01_03_06 + 27 (1,3,7) 200.000000 81.1937565 107.000000 01_03_07 + 28 (1,3,8) 200.000000 81.0006639 107.000000 01_03_08 + 29 (1,3,9) 200.000000 80.6700287 107.000000 01_03_09 + 30 (1,3,10) 200.000000 80.1733056 107.000000 01_03_10 + 31 (1,4,1) 200.000000 81.9635951 107.000000 01_04_01 + 32 (1,4,2) 200.000000 82.4803561 107.000000 01_04_02 + 33 (1,4,3) 200.000000 82.8494453 107.000000 01_04_03 + 34 (1,4,4) 200.000000 83.1079482 107.000000 01_04_04 + 35 (1,4,5) 200.000000 83.2731308 107.000000 01_04_05 + 36 (1,4,6) 200.000000 83.3552153 107.000000 01_04_06 + 37 (1,4,7) 200.000000 83.3637721 107.000000 01_04_07 + 38 (1,4,8) 200.000000 83.3120962 107.000000 01_04_08 + 39 (1,4,9) 200.000000 83.2224889 107.000000 01_04_09 + 40 (1,4,10) 200.000000 83.1362556 107.000000 01_04_10 + 41 (1,5,1) 200.000000 85.2044104 107.000000 01_05_01 + 42 (1,5,2) 200.000000 85.3142039 107.000000 01_05_02 + 43 (1,5,3) 200.000000 85.4511649 107.000000 01_05_03 + 44 (1,5,4) 200.000000 85.5769138 107.000000 01_05_04 + 45 (1,5,5) 200.000000 85.6739033 107.000000 01_05_05 + 46 (1,5,6) 200.000000 85.7357573 107.000000 01_05_06 + 47 (1,5,7) 200.000000 85.7634268 107.000000 01_05_07 + 48 (1,5,8) 200.000000 85.7637263 107.000000 01_05_08 + 49 (1,5,9) 200.000000 85.7486064 107.000000 01_05_09 + 50 (1,5,10) 200.000000 85.7337784 107.000000 01_05_10 + 51 (1,6,1) 200.000000 87.9951453 107.000000 01_06_01 + 52 (1,6,2) 200.000000 88.0329896 107.000000 01_06_02 + 53 (1,6,3) 200.000000 88.0923334 107.000000 01_06_03 + 54 (1,6,4) 200.000000 88.1559357 107.000000 01_06_04 + 55 (1,6,5) 200.000000 88.2105296 107.000000 01_06_05 + 56 (1,6,6) 200.000000 88.2485324 107.000000 01_06_06 + 57 (1,6,7) 200.000000 88.2681357 107.000000 01_06_07 + 58 (1,6,8) 200.000000 88.2725733 107.000000 01_06_08 + 59 (1,6,9) 200.000000 88.2686000 107.000000 01_06_09 + 60 (1,6,10) 200.000000 88.2638572 107.000000 01_06_10 + 61 (1,7,1) 200.000000 90.6369665 107.000000 01_07_01 + 62 (1,7,2) 200.000000 90.6678888 107.000000 01_07_02 + 63 (1,7,3) 200.000000 90.7186825 107.000000 01_07_03 + 64 (1,7,4) 200.000000 90.7733885 107.000000 01_07_04 + 65 (1,7,5) 200.000000 90.8160792 107.000000 01_07_05 + 66 (1,7,6) 200.000000 90.8375770 107.000000 01_07_06 + 67 (1,7,7) 200.000000 90.8362376 107.000000 01_07_07 + 68 (1,7,8) 200.000000 90.8178156 107.000000 01_07_08 + 69 (1,7,9) 200.000000 90.7945393 107.000000 01_07_09 + 70 (1,7,10) 200.000000 90.7786914 107.000000 01_07_10 + 71 (1,8,1) 200.000000 93.1700534 107.000000 01_08_01 + 72 (1,8,2) 200.000000 93.2336335 107.000000 01_08_02 + 73 (1,8,3) 200.000000 93.3391768 107.000000 01_08_03 + 74 (1,8,4) 200.000000 93.4488076 107.000000 01_08_04 + 75 (1,8,5) 200.000000 93.5164264 107.000000 01_08_05 + 76 (1,8,6) 200.000000 93.5280603 107.000000 01_08_06 + 77 (1,8,7) 200.000000 93.4827603 107.000000 01_08_07 + 78 (1,8,8) 200.000000 93.3925634 107.000000 01_08_08 + 79 (1,8,9) 200.000000 93.3014873 107.000000 01_08_09 + 80 (1,8,10) 200.000000 93.2456551 107.000000 01_08_10 + 81 (1,9,1) 200.000000 95.4757644 107.000000 01_09_01 + 82 (1,9,2) 200.000000 95.6499035 107.000000 01_09_02 + 83 (1,9,3) 200.000000 95.9607409 107.000000 01_09_03 + 84 (1,9,4) 200.000000 96.3099261 107.000000 01_09_04 + 85 (1,9,5) 200.000000 96.4585578 107.000000 01_09_05 + 86 (1,9,6) 200.000000 96.4641579 107.000000 01_09_06 + 87 (1,9,7) 200.000000 96.3266218 107.000000 01_09_07 + 88 (1,9,8) 200.000000 95.9884042 107.000000 01_09_08 + 89 (1,9,9) 200.000000 95.6860380 107.000000 01_09_09 + 90 (1,9,10) 200.000000 95.5164733 107.000000 01_09_10 + 91 (1,10,1) 200.000000 97.1227670 107.000000 01_10_01 + 92 (1,10,2) 200.000000 97.5458158 107.000000 01_10_02 + 93 (1,10,3) 200.000000 98.4546422 107.000000 01_10_03 + 94 (1,10,8) 200.000000 98.4666483 107.000000 01_10_08 + 95 (1,10,9) 200.000000 97.5659211 107.000000 01_10_09 + 96 (1,10,10) 200.000000 97.1469794 107.000000 01_10_10 + 97 (2,1,1) 300.000000 135.245078 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(3,10,7) 700.000000 337.663781 357.000000 03_10_07 + 294 (3,10,8) 700.000000 337.662285 357.000000 03_10_08 + 295 (3,10,9) 700.000000 337.660471 357.000000 03_10_09 + 296 (3,10,10) 700.000000 337.659048 357.000000 03_10_10 + --------------------------------------------------------------------------------------------------------------------------- + + + +end timestep + + +start timestep kper="2" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 2 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 2 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 2 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 20.5417 20.1113 19.2951 18.7687 18.4955 18.4614 18.6693 19.1390 19.9129 20.3203 + 2 19.3660 18.7550 18.2303 17.8477 17.6293 17.5836 17.7136 18.0167 18.4781 19.0522 + 3 17.7312 17.1361 16.6778 16.3511 16.1542 16.0868 16.1501 16.3449 16.6779 17.1769 + 4 15.5660 15.0477 14.6762 14.4148 14.2465 14.1620 14.1528 14.2054 14.2967 14.3845 + 5 12.5525 12.4421 12.3042 12.1771 12.0787 12.0154 11.9867 11.9860 12.0012 12.0164 + 6 10.0433 10.0063 9.94820 9.88557 9.83117 9.79233 9.77101 9.76441 9.76642 9.77000 + 7 7.73245 7.70541 7.66062 7.61170 7.57226 7.55026 7.54742 7.55928 7.57602 7.58771 + 8 5.56884 5.51748 5.43186 5.34236 5.28594 5.27401 5.30754 5.37711 5.44790 5.49130 + 9 3.63935 3.50094 3.25363 2.97556 2.85642 2.85066 2.95838 3.22515 3.46373 3.59742 + 10 2.28299 1.94726 1.22607 0.00000 0.00000 0.00000 0.00000 1.21367 1.92648 2.25797 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 3.13069 3.16846 3.18893 3.19542 3.19060 3.17635 3.15352 3.12152 3.07844 3.02127 + 2 2.90436 4.72985 4.55924 4.10273 3.64301 3.30633 3.37366 3.72929 3.96631 2.72988 + 3 2.60721 3.91327 3.54398 2.76848 1.64472 0.106536 0.513895 1.83802 2.65867 2.38747 + 4 2.25632 3.13037 2.82372 2.26170 1.53861 0.709713 0.847720 1.51442 1.98988 2.02187 + 5 1.86727 2.27632 2.14679 1.90781 1.64960 1.44266 1.42029 1.53456 1.65711 1.65076 + 6 1.46151 1.43295 1.35445 1.26058 1.16665 1.09628 1.07023 1.08363 1.13140 1.27720 + 7 1.05490 0.552453 0.441989 0.390350 0.347736 0.318986 0.308740 0.318804 0.403174 0.907111 + 8 0.663376 -0.328154 -0.518328 -0.583504 -0.623184 -0.638114 -0.626597 -0.585044 -0.413958 0.552339 + 9 0.302553 -1.12294 -1.43500 -1.58165 -1.64721 -1.65521 -1.60506 -1.47227 -1.17312 0.227588 + 10 -1.338869E-02 -8.067976E-02 -0.135402 -0.175639 -0.197904 -0.202296 -0.188822 -0.157392 -0.111474 -5.298901E-02 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -8.38867 -8.51522 -8.75351 -9.06787 -9.39479 -9.64156 -9.71429 -9.64059 -9.52190 -9.44131 + 2 -8.63858 -8.85074 -9.27847 -9.90498 -10.6603 -11.3283 -11.3183 -10.8492 -10.3980 -10.1446 + 3 -8.84435 -9.18390 -9.92730 -11.2161 -13.3324 -16.8379 -15.8960 -13.1300 -11.6208 -10.9495 + 4 -8.53148 -8.79967 -9.36566 -10.2778 -11.5971 -13.3662 -13.0183 -11.6151 -10.7026 -10.2578 + 5 -7.92476 -8.05874 -8.32336 -8.70012 -9.13564 -9.50066 -9.51970 -9.28562 -9.03911 -8.89409 + 6 -7.40148 -7.45100 -7.54502 -7.67182 -7.81040 -7.91677 -7.94975 -7.91935 -7.86838 -7.83320 + 7 -7.07186 -7.09069 -7.12441 -7.16747 -7.21166 -7.24661 -7.26466 -7.26669 -7.26027 -7.25386 + 8 -6.83195 -6.84264 -6.85987 -6.88072 -6.90175 -6.91941 -6.93127 -6.93693 -6.93784 -6.93626 + 9 -6.66204 -6.66933 -6.67972 -6.69160 -6.70339 -6.71357 -6.72102 -6.72524 -6.72633 -6.72501 + 10 -6.57170 -6.57538 -6.58165 -6.58934 -6.59730 -6.60452 -6.61027 -6.61419 -6.61631 -6.61702 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 2269979.3710 CSUB-CGELASTIC = 1064.1861 CSUB + CSUB-ELASTIC = 1082355.7075 CSUB-ELASTIC = 373.4821 CSUB + CSUB-INELASTIC = 6106626.8415 CSUB-INELASTIC = 22957.7512 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 9888750.0000 RCHA = 27000.0000 RCHA_0 + CHD = 487.7661 CHD = 4.5880 CHD_0 + + TOTAL IN = 19348199.6861 TOTAL IN = 51400.0073 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 10957500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 8390699.6860 CHD = 21400.0073 CHD_0 + + TOTAL OUT = 19348199.6860 TOTAL OUT = 51400.0073 + + IN - OUT = 9.0245E-05 IN - OUT = 5.7125E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 3.16440E+07 5.27400E+05 8790.0 366.25 1.0027 + + +end timestep + + +start timestep kper="3" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 3 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 3 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="3" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="3" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="3" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="3" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="3" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 3 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 3 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 3 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 3 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 3 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 3 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 3 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 20.0980 19.6674 18.8507 18.3240 18.0504 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................................................................................................................................................................ + 1 1.36921 1.39280 1.40114 1.39771 1.38541 1.36637 1.34169 1.31103 1.27264 1.22366 + 2 1.20748 2.72126 2.46952 1.95465 1.43647 1.04820 1.07694 1.41228 1.70509 0.978982 + 3 0.985304 1.95536 1.49304 0.650152 -0.540384 -2.13586 -1.76759 -0.459396 0.429565 0.700382 + 4 0.720030 1.32761 0.940040 0.314628 -0.471675 -1.35405 -1.25228 -0.600594 -6.848490E-02 0.415846 + 5 0.425015 0.726464 0.547079 0.257613 -5.171481E-02 -0.301899 -0.354992 -0.256537 -0.107778 0.140245 + 6 0.116862 0.178838 8.834121E-02 -3.910342E-02 -0.167546 -0.268168 -0.317208 -0.318990 -0.280620 -0.129282 + 7 -0.194925 -0.426951 -0.514332 -0.582494 -0.645287 -0.692861 -0.718551 -0.721596 -0.675308 -0.394472 + 8 -0.500553 -1.11352 -1.25791 -1.32627 -1.37373 -1.39724 -1.39423 -1.36326 -1.24708 -0.651229 + 9 -0.788193 -1.80266 -2.06021 -2.20145 -2.26797 -2.27956 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-10.2713 -10.2389 -10.2120 + 7 -8.47090 -8.50720 -8.57328 -8.65778 -8.74536 -8.81981 -8.86946 -8.89368 -8.90075 -8.90073 + 8 -7.82423 -7.84154 -7.87186 -7.91015 -7.95034 -7.98645 -8.01419 -8.03216 -8.04152 -8.04458 + 9 -7.43290 -7.44237 -7.45772 -7.47665 -7.49657 -7.51497 -7.52990 -7.54031 -7.54602 -7.54754 + 10 -7.25060 -7.25539 -7.26391 -7.27483 -7.28665 -7.29794 -7.30754 -7.31475 -7.31930 -7.32135 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 3 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 3 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 2531311.6130 CSUB-CGELASTIC = 680.3885 CSUB + CSUB-ELASTIC = 1134077.0721 CSUB-ELASTIC = 117.3617 CSUB + CSUB-INELASTIC = 14522153.4268 CSUB-INELASTIC = 22832.1687 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 19750500.0000 RCHA = 27000.0000 RCHA_0 + CHD = 7923.1328 CHD = 28.7723 CHD_0 + + TOTAL IN = 37945965.2446 TOTAL IN = 50658.6912 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 21915000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 16030965.2444 CHD = 20658.6912 CHD_0 + + TOTAL OUT = 37945965.2444 TOTAL OUT = 50658.6912 + + IN - OUT = 2.6226E-04 IN - OUT = 6.0689E-08 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 3 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 6.32016E+07 1.05336E+06 17556. 731.50 2.0027 + + +end timestep + + +start timestep kper="4" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 4 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 4 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="4" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="4" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="4" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="4" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="4" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 4 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 4 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 4 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 4 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 4 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 4 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 4 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 19.7503 19.3196 18.5028 17.9759 17.7022 17.6678 17.8755 18.3452 19.1192 19.5267 + 2 18.5917 17.9799 17.4544 17.0709 16.8518 16.8056 16.9354 17.2385 17.7004 18.2753 + 3 16.9928 16.3968 15.9375 15.6098 15.4122 15.3443 15.4073 15.6022 15.9357 16.4356 + 4 14.8817 14.3627 13.9904 13.7282 13.5592 13.4742 13.4647 13.5172 13.6088 13.6974 + 5 11.9393 11.8286 11.6902 11.5627 11.4638 11.4000 11.3709 11.3700 11.3851 11.4006 + 6 9.51591 9.47921 9.42139 9.35893 9.30444 9.26520 9.24322 9.23586 9.23720 9.24040 + 7 7.30250 7.27679 7.23372 7.18632 7.14761 7.12532 7.12118 7.13107 7.14580 7.15607 + 8 5.24337 5.19561 5.11534 5.03103 4.97740 4.96527 4.99562 5.05968 5.12490 5.16462 + 9 3.41589 3.28692 3.05578 2.79556 2.68379 2.67791 2.77804 3.02674 3.24898 3.37314 + 10 2.13538 1.82144 1.14691 0.00000 0.00000 0.00000 0.00000 1.13423 1.80021 2.10981 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 4 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -0.134207 -0.119825 -0.118625 -0.127127 -0.142422 -0.162337 -0.185735 -0.212896 -0.245495 -0.286360 + 2 -0.250907 0.972182 0.673614 0.148001 -0.379257 -0.776527 -0.755802 -0.423799 -8.878220E-02 -0.489284 + 3 -0.418811 0.288829 -0.217599 -1.07105 -2.27063 -3.87513 -3.51493 -2.21027 -1.28188 -0.715719 + 4 -0.621738 -0.205533 -0.626522 -1.26118 -2.05583 -2.94658 -2.85238 -2.20456 -1.64364 -0.938952 + 5 -0.848562 -0.639200 -0.836742 -1.13349 -1.45013 -1.70778 -1.76772 -1.67367 -1.51109 -1.14647 + 6 -1.08576 -0.999142 -1.08968 -1.22202 -1.35651 -1.46350 -1.51857 -1.52544 -1.49093 -1.34434 + 7 -1.32742 -1.41508 -1.48376 -1.55423 -1.62170 -1.67453 -1.70552 -1.71452 -1.69031 -1.53804 + 8 -1.56744 -1.92929 -2.03788 -2.10577 -2.15646 -2.18428 -2.18624 -2.16254 -2.08499 -1.72729 + 9 -1.79727 -2.49293 -2.70358 -2.84058 -2.90848 -2.92358 -2.88460 -2.77295 -2.58283 -1.90604 + 10 -2.00664 -2.05290 -2.09227 -2.12289 -2.14142 -2.14792 -2.14236 -2.12467 -2.09815 -2.06464 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 4 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -15.2863 -15.4557 -15.7727 -16.1896 -16.6283 -16.9820 -17.1459 -17.1414 -17.0681 -17.0096 + 2 -15.4274 -15.6864 -16.1989 -16.9345 -17.8070 -18.5850 -18.6665 -18.2649 -17.8562 -17.6221 + 3 -15.3349 -15.7242 -16.5571 -17.9601 -20.1973 -23.8139 -22.9617 -20.2592 -18.7881 -18.1333 + 4 -14.4527 -14.7691 -15.4212 -16.4428 -17.8774 -19.7512 -19.4864 -18.1410 -17.2621 -16.8314 + 5 -13.0142 -13.1896 -13.5294 -14.0019 -14.5374 -14.9924 -15.0830 -14.8988 -14.6815 -14.5489 + 6 -11.5085 -11.5922 -11.7486 -11.9535 -12.1685 -12.3436 -12.4324 -12.4421 -12.4160 -12.3925 + 7 -10.2215 -10.2604 -10.3317 -10.4236 -10.5200 -10.6037 -10.6621 -10.6939 -10.7065 -10.7096 + 8 -9.25604 -9.27520 -9.30967 -9.35400 -9.40143 -9.44523 -9.48035 -9.50474 -9.51897 -9.52491 + 9 -8.62538 -8.63632 -8.65518 -8.67927 -8.70538 -8.73037 -8.75165 -8.76760 -8.77759 -8.78173 + 10 -8.31448 -8.32108 -8.33314 -8.34894 -8.36650 -8.38382 -8.39918 -8.41132 -8.41953 -8.42356 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 4 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 4 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 2775462.6701 CSUB-CGELASTIC = 660.7663 CSUB + CSUB-ELASTIC = 1175862.4150 CSUB-ELASTIC = 112.7720 CSUB + CSUB-INELASTIC = 22730552.5327 CSUB-INELASTIC = 22234.9897 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 29612250.0000 RCHA = 27000.0000 RCHA_0 + CHD = 23291.8562 CHD = 51.3275 CHD_0 + + TOTAL IN = 56317419.4740 TOTAL IN = 50059.8554 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 32872500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 23444919.4737 CHD = 20059.8554 CHD_0 + + TOTAL OUT = 56317419.4737 TOTAL OUT = 50059.8554 + + IN - OUT = 3.0776E-04 IN - OUT = 1.0918E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 4 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 9.47592E+07 1.57932E+06 26322. 1096.8 3.0027 + + +end timestep + + +start timestep kper="5" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 5 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 5 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="5" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="5" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="5" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="5" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="5" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 5 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 5 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 5 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 5 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 5 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 5 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 5 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -1.68852 -1.68867 -1.68893 -1.68924 -1.68956 -1.68984 -1.69004 -1.69015 -1.69019 -1.69019 + 2 -1.65521 -1.65546 -1.65583 -1.65628 -1.65673 -1.65710 -1.65731 -1.65735 -1.65727 -1.65713 + 3 -1.58830 -1.58863 -1.58910 -1.58968 -1.59031 -1.59086 -1.59104 -1.59092 -1.59069 -1.59042 + 4 -1.48743 -1.48772 -1.48808 -1.48853 -1.48901 -1.48946 -1.48970 -1.48973 -1.48964 -1.48945 + 5 -1.35261 -1.35272 -1.35274 -1.35280 -1.35297 -1.35329 -1.35368 -1.35407 -1.35433 -1.35438 + 6 -1.18438 -1.18397 -1.18312 -1.18228 -1.18188 -1.18213 -1.18302 -1.18426 -1.18539 -1.18597 + 7 -0.984604 -0.982368 -0.978802 -0.975320 -0.973359 -0.973647 -0.976147 -0.980057 -0.983880 -0.986168 + 8 -0.760318 -0.752786 -0.740693 -0.728553 -0.721836 -0.722064 -0.729211 -0.741701 -0.754015 -0.761615 + 9 -0.532267 -0.510458 -0.472078 -0.429265 -0.411538 -0.411679 -0.429682 -0.472760 -0.511327 -0.533214 + 10 -0.357011 -0.304495 -0.191740 0.00000 0.00000 0.00000 0.00000 -0.192066 -0.305038 -0.357663 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 5 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -7.23934 -7.25286 -7.26611 -7.27866 -7.28972 -7.29838 -7.30388 -7.30594 -7.30468 -7.30033 + 2 -7.18438 -7.27735 -7.30990 -7.35410 -7.40635 -7.45279 -7.45767 -7.43361 -7.40651 -7.27072 + 3 -7.12038 -7.27090 -7.32440 -7.40857 -7.55039 -7.78632 -7.73179 -7.55457 -7.45331 -7.21782 + 4 -7.04221 -7.20231 -7.24601 -7.30752 -7.39347 -7.51262 -7.49598 -7.40941 -7.35155 -7.13146 + 5 -6.93163 -7.10633 -7.12788 -7.15223 -7.17992 -7.20759 -7.21316 -7.20218 -7.18377 -7.02210 + 6 -6.78411 -7.02065 -7.02916 -7.03748 -7.04615 -7.05327 -7.05694 -7.05744 -7.05350 -6.87184 + 7 -6.61899 -6.59125 -6.61248 -6.65374 -6.69923 -6.74017 -6.77054 -6.78898 -6.79096 -6.69556 + 8 -6.45419 -5.96376 -5.90066 -5.91118 -5.93138 -5.95395 -5.97627 -6.00058 -6.08006 -6.51495 + 9 -6.30446 -5.52793 -5.40972 -5.39411 -5.39781 -5.41066 -5.43133 -5.46732 -5.59642 -6.34728 + 10 -6.17955 -6.15470 -6.13638 -6.12481 -6.12045 -6.12322 -6.13307 -6.15002 -6.17352 -6.20334 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 5 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -18.4913 -18.6611 -18.9785 -19.3957 -19.8348 -20.1892 -20.3542 -20.3511 -20.2788 -20.2208 + 2 -18.5634 -18.8240 -19.3360 -20.0698 -20.9403 -21.7173 -21.7996 -21.4002 -20.9935 -20.7599 + 3 -18.3344 -18.7241 -19.5549 -20.9538 -23.1863 -26.7996 -25.9483 -23.2498 -21.7829 -21.1304 + 4 -17.2628 -17.5792 -18.2293 -19.2476 -20.6784 -22.5498 -22.2855 -20.9430 -20.0674 -19.6390 + 5 -15.5988 -15.7744 -16.1133 -16.5842 -17.1182 -17.5724 -17.6634 -17.4807 -17.2653 -17.1339 + 6 -13.8500 -13.9341 -14.0903 -14.2948 -14.5096 -14.6850 -14.7746 -14.7855 -14.7606 -14.7377 + 7 -12.3242 -12.3627 -12.4336 -12.5255 -12.6223 -12.7070 -12.7668 -12.8002 -12.8144 -12.8186 + 8 -11.1501 -11.1673 -11.2004 -11.2442 -11.2919 -11.3369 -11.3740 -11.4008 -11.4178 -11.4264 + 9 -10.3670 -10.3750 -10.3917 -10.4148 -10.4411 -10.4673 -10.4908 -10.5098 -10.5233 -10.5310 + 10 -9.97921 -9.98512 -9.99650 -10.0121 -10.0302 -10.0487 -10.0659 -10.0803 -10.0906 -10.0961 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 5 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 5 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 3608098.8177 CSUB-CGELASTIC = 708.2398 CSUB + CSUB-ELASTIC = 1538474.7649 CSUB-ELASTIC = 44.7980 CSUB + CSUB-INELASTIC = 32009739.1470 CSUB-INELASTIC = 25882.5664 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 29612250.0000 RCHA = 0.0000 RCHA_0 + CHD = 881184.8329 CHD = 3364.3958 CHD_0 + + TOTAL IN = 67649747.5625 TOTAL IN = 30000.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 43830000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 23819747.5621 CHD = 0.0000 CHD_0 + + TOTAL OUT = 67649747.5621 TOTAL OUT = 30000.0000 + + IN - OUT = 4.1512E-04 IN - OUT = 2.9270E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 5 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 1.26317E+08 2.10528E+06 35088. 1462.0 4.0027 + + +end timestep + + +start timestep kper="6" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 6 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 6 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="6" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="6" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="6" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="6" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="6" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 6 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 6 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 6 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 6 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 6 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 6 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 6 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -1.82788 -1.82814 -1.82860 -1.82915 -1.82972 -1.83020 -1.83054 -1.83072 -1.83077 -1.83075 + 2 -1.79165 -1.79210 -1.79278 -1.79360 -1.79443 -1.79511 -1.79547 -1.79550 -1.79532 -1.79502 + 3 -1.71881 -1.71939 -1.72024 -1.72132 -1.72249 -1.72349 -1.72380 -1.72353 -1.72306 -1.72253 + 4 -1.60900 -1.60946 -1.61013 -1.61097 -1.61188 -1.61268 -1.61306 -1.61303 -1.61279 -1.61243 + 5 -1.46272 -1.46284 -1.46298 -1.46322 -1.46361 -1.46412 -1.46465 -1.46509 -1.46538 -1.46543 + 6 -1.28124 -1.28066 -1.27972 -1.27885 -1.27846 -1.27879 -1.27979 -1.28116 -1.28245 -1.28320 + 7 -1.06700 -1.06463 -1.06079 -1.05699 -1.05479 -1.05501 -1.05762 -1.06177 -1.06586 -1.06837 + 8 -0.826455 -0.818743 -0.805897 -0.792822 -0.785529 -0.785703 -0.793318 -0.806659 -0.819687 -0.827484 + 9 -0.580091 -0.556749 -0.515193 -0.468639 -0.449348 -0.449462 -0.468977 -0.515744 -0.557451 -0.580849 + 10 -0.389481 -0.332255 -0.209271 0.00000 0.00000 0.00000 0.00000 -0.209533 -0.332691 -0.390002 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 6 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -7.72879 -7.75053 -7.77108 -7.78984 -7.80585 -7.81802 -7.82543 -7.82767 -7.82474 -7.81677 + 2 -7.63743 -7.79320 -7.85821 -7.94557 -8.04901 -8.14118 -8.15091 -8.10331 -8.04801 -7.76485 + 3 -7.53362 -7.77120 -7.87733 -8.04425 -8.31682 -8.75568 -8.65467 -8.32464 -8.13131 -7.68155 + 4 -7.41329 -7.62304 -7.70833 -7.83000 -8.00052 -8.22646 -8.19542 -8.03202 -7.91690 -7.55714 + 5 -7.28302 -7.40443 -7.44859 -7.50134 -7.56122 -7.61563 -7.62658 -7.60475 -7.57095 -7.40417 + 6 -7.15702 -7.18953 -7.20922 -7.23014 -7.25205 -7.27002 -7.27928 -7.28048 -7.27385 -7.24703 + 7 -7.05121 -7.04966 -7.05409 -7.05886 -7.06462 -7.06976 -7.07352 -7.07576 -7.07599 -7.10821 + 8 -6.95723 -6.94357 -6.94605 -6.95998 -6.97932 -6.99994 -7.00120 -7.00224 -7.00322 -7.00247 + 9 -6.86276 -6.46369 -6.39518 -6.38117 -6.38427 -6.39707 -6.41800 -6.45195 -6.52992 -6.89531 + 10 -6.78057 -6.76410 -6.75183 -6.74405 -6.74130 -6.74349 -6.75058 -6.76257 -6.77884 -6.79907 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 6 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -21.3092 -21.4791 -21.7966 -22.2140 -22.6533 -23.0078 -23.1728 -23.1696 -23.0973 -23.0392 + 2 -21.3372 -21.5980 -22.1104 -22.8446 -23.7155 -24.4928 -24.5751 -24.1755 -23.7684 -23.5344 + 3 -21.0240 -21.4141 -22.2453 -23.6449 -25.8781 -29.4919 -28.6405 -25.9416 -24.4740 -23.8209 + 4 -19.8361 -20.1527 -20.8032 -21.8219 -23.2532 -25.1249 -24.8606 -23.5178 -22.6417 -22.2129 + 5 -18.0353 -18.2109 -18.5498 -19.0209 -19.5550 -20.0093 -20.1003 -19.9175 -19.7019 -19.5705 + 6 -16.1433 -16.2271 -16.3833 -16.5877 -16.8024 -16.9778 -17.0673 -17.0781 -17.0533 -17.0306 + 7 -14.4823 -14.5209 -14.5920 -14.6838 -14.7805 -14.8650 -14.9245 -14.9577 -14.9717 -14.9759 + 8 -13.1926 -13.2108 -13.2445 -13.2887 -13.3366 -13.3815 -13.4183 -13.4447 -13.4610 -13.4687 + 9 -12.3234 -12.3323 -12.3497 -12.3732 -12.3997 -12.4260 -12.4493 -12.4680 -12.4809 -12.4878 + 10 -11.8892 -11.8953 -11.9070 -11.9229 -11.9411 -11.9598 -11.9770 -11.9912 -12.0013 -12.0066 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 6 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 6 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 3854231.5961 CSUB-CGELASTIC = 661.1842 CSUB + CSUB-ELASTIC = 1548443.1263 CSUB-ELASTIC = 23.4407 CSUB + CSUB-INELASTIC = 41411441.7706 CSUB-INELASTIC = 25641.8568 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 29612250.0000 RCHA = 0.0000 RCHA_0 + CHD = 2180881.0697 CHD = 3673.5184 CHD_0 + + TOTAL IN = 78607247.5627 TOTAL IN = 30000.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 54787500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 23819747.5621 CHD = 0.0000 CHD_0 + + TOTAL OUT = 78607247.5621 TOTAL OUT = 30000.0000 + + IN - OUT = 5.3102E-04 IN - OUT = 2.8554E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 6 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 1.57874E+08 2.63124E+06 43854. 1827.2 5.0027 + + +end timestep + + +start timestep kper="7" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 7 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 7 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="7" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="7" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="7" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="7" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="7" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 7 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 7 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 7 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 7 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 7 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 7 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 7 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -1.96069 -1.96106 -1.96169 -1.96245 -1.96322 -1.96387 -1.96431 -1.96453 -1.96457 -1.96453 + 2 -1.92137 -1.92200 -1.92296 -1.92410 -1.92527 -1.92620 -1.92667 -1.92668 -1.92638 -1.92592 + 3 -1.84212 -1.84293 -1.84414 -1.84566 -1.84730 -1.84869 -1.84909 -1.84869 -1.84798 -1.84720 + 4 -1.72260 -1.72324 -1.72420 -1.72540 -1.72670 -1.72782 -1.72831 -1.72823 -1.72784 -1.72731 + 5 -1.56372 -1.56389 -1.56417 -1.56461 -1.56522 -1.56594 -1.56660 -1.56711 -1.56741 -1.56745 + 6 -1.36739 -1.36673 -1.36575 -1.36490 -1.36459 -1.36505 -1.36620 -1.36774 -1.36919 -1.37008 + 7 -1.13683 -1.13420 -1.13008 -1.12604 -1.12374 -1.12402 -1.12686 -1.13136 -1.13582 -1.13864 + 8 -0.879430 -0.871155 -0.857478 -0.843567 -0.835800 -0.835971 -0.844068 -0.858269 -0.872175 -0.880599 + 9 -0.617049 -0.592500 -0.548518 -0.499132 -0.478649 -0.478740 -0.499405 -0.548981 -0.593121 -0.617777 + 10 -0.413813 -0.353048 -0.222395 0.00000 0.00000 0.00000 0.00000 -0.222628 -0.353444 -0.414295 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 7 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -8.31428 -8.34242 -8.36820 -8.39101 -8.40985 -8.42358 -8.43124 -8.43237 -8.42695 -8.41509 + 2 -8.19275 -8.42172 -8.51609 -8.64078 -8.78842 -8.92005 -8.93397 -8.86600 -8.78315 -8.34189 + 3 -8.05406 -8.38149 -8.53486 -8.77356 -9.15933 -9.77010 -9.63050 -9.17030 -8.89311 -8.23075 + 4 -7.89419 -8.15873 -8.28091 -8.45478 -8.69856 -9.01561 -8.97269 -8.74354 -8.57611 -8.07162 + 5 -7.71962 -7.82780 -7.89084 -7.96824 -8.05603 -8.13361 -8.14924 -8.11800 -8.07069 -7.87717 + 6 -7.54398 -7.49485 -7.52165 -7.55345 -7.58682 -7.61419 -7.62828 -7.63010 -7.62340 -7.67181 + 7 -7.38166 -7.24196 -7.24830 -7.25835 -7.26968 -7.27982 -7.28727 -7.29174 -7.29598 -7.47759 + 8 -7.24375 -7.08999 -7.08941 -7.09157 -7.09445 -7.09769 -7.10173 -7.10538 -7.11102 -7.30978 + 9 -7.13608 -7.02466 -7.02236 -7.02133 -7.02157 -7.02263 -7.02439 -7.02711 -7.03095 -7.17594 + 10 -7.05779 -7.04326 -7.03304 -7.02675 -7.02458 -7.02624 -7.03189 -7.04190 -7.05627 -7.07554 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 7 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -23.8436 -24.0137 -24.3316 -24.7493 -25.1890 -25.5438 -25.7090 -25.7058 -25.6334 -25.5753 + 2 -23.8448 -24.1060 -24.6188 -25.3537 -26.2252 -27.0030 -27.0855 -26.6858 -26.2785 -26.0441 + 3 -23.4800 -23.8705 -24.7024 -26.1029 -28.3370 -31.9516 -31.1004 -28.4011 -26.9330 -26.2794 + 4 -22.2206 -22.5376 -23.1886 -24.2080 -25.6401 -27.5123 -27.2483 -25.9052 -25.0288 -24.5997 + 5 -20.3357 -20.5114 -20.8506 -21.3221 -21.8567 -22.3113 -22.4025 -22.2197 -22.0041 -21.8726 + 6 -18.3559 -18.4396 -18.5958 -18.8004 -19.0154 -19.1910 -19.2806 -19.2916 -19.2668 -19.2443 + 7 -16.6127 -16.6511 -16.7221 -16.8140 -16.9108 -16.9953 -17.0550 -17.0882 -17.1024 -17.1068 + 8 -15.2548 -15.2729 -15.3066 -15.3508 -15.3987 -15.4436 -15.4803 -15.5066 -15.5229 -15.5308 + 9 -14.3373 -14.3467 -14.3645 -14.3882 -14.4148 -14.4409 -14.4641 -14.4824 -14.4949 -14.5013 + 10 -13.8767 -13.8830 -13.8949 -13.9109 -13.9292 -13.9478 -13.9648 -13.9788 -13.9887 -13.9939 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 7 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 7 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 4089110.6072 CSUB-CGELASTIC = 631.4871 CSUB + CSUB-ELASTIC = 1552211.2667 CSUB-ELASTIC = 4.3058 CSUB + CSUB-INELASTIC = 50736554.0804 CSUB-INELASTIC = 25459.5349 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 29612250.0000 RCHA = 0.0000 RCHA_0 + CHD = 3574621.6084 CHD = 3904.6722 CHD_0 + + TOTAL IN = 89564747.5628 TOTAL IN = 30000.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 65745000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 23819747.5621 CHD = 0.0000 CHD_0 + + TOTAL OUT = 89564747.5621 TOTAL OUT = 30000.0000 + + IN - OUT = 6.7571E-04 IN - OUT = 2.7954E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 7 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 1.89432E+08 3.15720E+06 52620. 2192.5 6.0027 + + +end timestep + + +start timestep kper="8" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 8 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 8 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="8" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="8" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="8" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="8" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="8" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 8 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 8 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 8 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 8 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 8 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 8 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 8 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 18.4489 18.0181 17.2011 16.6740 16.4003 16.3658 16.5736 17.0434 17.8176 18.2254 + 2 17.3166 16.7042 16.1782 15.7945 15.5752 15.5290 15.6589 15.9623 16.4247 17.0001 + 3 15.7713 15.1747 14.7150 14.3871 14.1893 14.1214 14.1845 14.3796 14.7137 15.2140 + 4 13.7410 13.2217 12.8491 12.5867 12.4177 12.3326 12.3232 12.3759 12.4677 12.5566 + 5 10.9056 10.7949 10.6567 10.5293 10.4304 10.3667 10.3375 10.3363 10.3514 10.3669 + 6 8.61418 8.57805 8.52110 8.45951 8.40554 8.36630 8.34377 8.33552 8.33598 8.33861 + 7 6.55515 6.53139 6.49130 6.44681 6.40984 6.38753 6.38164 6.38861 6.40034 6.40865 + 8 4.66739 4.62541 4.55443 4.47947 4.43110 4.41896 4.44403 4.49873 4.55465 4.58859 + 9 3.01324 2.90073 2.69861 2.47081 2.37252 2.36664 2.45327 2.66953 2.86274 2.97045 + 10 1.86572 1.59144 1.00209 0.00000 0.00000 0.00000 0.00000 0.989398 1.57019 1.84012 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 8 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -5.58356 -5.58393 -5.59378 -5.60967 -5.62873 -5.64879 -5.66872 -5.68877 -5.71056 -5.73687 + 2 -5.62656 -4.91920 -5.29374 -5.82630 -6.35521 -6.75358 -6.73361 -6.39711 -5.98736 -5.86667 + 3 -5.70443 -5.45241 -6.02781 -6.88704 -8.08720 -9.69133 -9.33243 -8.02501 -7.02957 -6.00346 + 4 -5.80330 -5.71402 -6.18467 -6.82369 -7.61919 -8.51054 -8.41730 -7.76727 -7.15816 -6.12285 + 5 -5.91601 -5.86694 -6.08912 -6.38840 -6.70603 -6.96467 -7.02565 -6.93092 -6.74477 -6.21632 + 6 -6.03418 -5.92050 -6.00726 -6.13965 -6.27480 -6.38285 -6.43931 -6.44789 -6.41803 -6.29509 + 7 -6.15765 -6.02878 -6.06418 -6.13141 -6.19869 -6.25255 -6.28572 -6.29965 -6.30945 -6.37041 + 8 -6.28612 -6.25942 -6.30578 -6.36504 -6.41346 -6.44228 -6.44839 -6.43491 -6.42021 -6.44780 + 9 -6.41630 -6.60596 -6.73026 -6.84700 -6.90828 -6.92429 -6.89366 -6.80369 -6.70046 -6.52648 + 10 -6.54186 -6.57101 -6.59726 -6.61892 -6.63304 -6.63965 -6.63871 -6.63019 -6.61698 -6.60073 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 8 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -26.0265 -26.1971 -26.5162 -26.9357 -27.3773 -27.7338 -27.9002 -27.8977 -27.8256 -27.7676 + 2 -26.0158 -26.2768 -26.7919 -27.5303 -28.4057 -29.1864 -29.2702 -28.8702 -28.4622 -28.2278 + 3 -25.6301 -26.0214 -26.8568 -28.2625 -30.5024 -34.1216 -33.2716 -30.5707 -29.1001 -28.4450 + 4 -24.3395 -24.6575 -25.3118 -26.3358 -27.7729 -29.6492 -29.3865 -28.0427 -27.1645 -26.7337 + 5 -22.4157 -22.5922 -22.9336 -23.4082 -23.9460 -24.4033 -24.4959 -24.3133 -24.0971 -23.9647 + 6 -20.3941 -20.4785 -20.6360 -20.8425 -21.0594 -21.2367 -21.3275 -21.3390 -21.3142 -21.2914 + 7 -18.6119 -18.6508 -18.7228 -18.8159 -18.9139 -18.9995 -19.0600 -19.0937 -19.1080 -19.1122 + 8 -17.2221 -17.2409 -17.2755 -17.3207 -17.3695 -17.4151 -17.4522 -17.4787 -17.4948 -17.5023 + 9 -16.2823 -16.2926 -16.3115 -16.3363 -16.3637 -16.3904 -16.4136 -16.4315 -16.4435 -16.4493 + 10 -15.8098 -15.8166 -15.8291 -15.8458 -15.8647 -15.8836 -15.9007 -15.9146 -15.9242 -15.9291 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 8 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 8 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 4299806.8137 CSUB-CGELASTIC = 562.8048 CSUB + CSUB-ELASTIC = 1560824.5629 CSUB-ELASTIC = 69.6459 CSUB + CSUB-INELASTIC = 58183141.8088 CSUB-INELASTIC = 19837.7823 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 39474000.0000 RCHA = 27000.0000 RCHA_0 + CHD = 3632089.1605 CHD = 159.1819 CHD_0 + + TOTAL IN = 107149862.3459 TOTAL IN = 47629.4149 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.1672 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 5.9011E-02 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 76702500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 29655188.2128 CHD = 17629.1887 CHD_0 + + TOTAL OUT = 107149862.3450 TOTAL OUT = 47629.4149 + + IN - OUT = 8.1009E-04 IN - OUT = 2.1665E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 8 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 2.20990E+08 3.68316E+06 61386. 2557.8 7.0027 + + +end timestep + + +start timestep kper="9" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 9 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 9 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="9" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="9" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="9" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="9" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="9" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 9 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 9 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 9 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 9 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 9 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 9 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 9 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 18.2370 17.8062 16.9892 16.4622 16.1885 16.1542 16.3621 16.8320 17.6062 18.0140 + 2 17.1087 16.4963 15.9703 15.5867 15.3676 15.3216 15.4516 15.7550 16.2174 16.7930 + 3 15.5719 14.9752 14.5156 14.1879 13.9906 13.9235 13.9867 14.1813 14.5151 15.0155 + 4 13.5544 13.0348 12.6623 12.4001 12.2315 12.1470 12.1377 12.1901 12.2818 12.3708 + 5 10.7360 10.6251 10.4868 10.3595 10.2608 10.1972 10.1681 10.1670 10.1822 10.1979 + 6 8.46597 8.42969 8.37273 8.31123 8.25738 8.21823 8.19576 8.18755 8.18810 8.19092 + 7 6.43261 6.40890 6.36912 6.32504 6.28839 6.26617 6.26014 6.26684 6.27834 6.28664 + 8 4.57391 4.53270 4.46319 4.38980 4.34240 4.33038 4.35473 4.40804 4.46259 4.49572 + 9 2.94919 2.83936 2.64197 2.41944 2.32342 2.31763 2.40216 2.61332 2.80190 2.90692 + 10 1.82360 1.55555 0.979520 0.00000 0.00000 0.00000 0.00000 0.967024 1.53462 1.79838 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 9 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -6.54010 -6.54445 -6.55723 -6.57503 -6.59499 -6.61496 -6.63377 -6.65169 -6.67032 -6.69242 + 2 -6.56306 -5.99817 -6.39017 -6.92414 -7.45208 -7.83787 -7.82087 -7.49371 -7.06732 -6.80119 + 3 -6.61578 -6.52359 -7.11920 -7.97703 -9.12414 -9.90293 -9.72381 -9.07288 -8.09941 -6.91174 + 4 -6.68391 -6.76931 -7.26240 -7.90161 -8.66712 -9.07553 -9.02695 -8.76332 -8.21004 -6.99920 + 5 -6.75979 -6.90235 -7.14933 -7.45062 -7.76794 -8.01953 -8.08129 -7.99109 -7.78088 -7.05451 + 6 -6.83446 -6.93275 -7.04697 -7.18143 -7.31700 -7.42520 -7.48159 -7.48843 -7.43049 -7.08826 + 7 -6.90707 -7.01373 -7.07850 -7.14683 -7.21357 -7.26654 -7.28912 -7.29423 -7.29108 -7.11097 + 8 -6.97646 -7.09684 -7.09985 -7.10492 -7.11064 -7.11607 -7.12033 -7.12262 -7.12595 -7.12727 + 9 -7.03872 -7.06367 -7.07430 -7.08842 -7.09700 -7.10013 -7.09751 -7.08775 -7.08061 -7.13621 + 10 -7.08751 -7.09812 -7.10985 -7.12116 -7.12923 -7.13409 -7.13574 -7.13418 -7.13230 -7.13182 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 9 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -28.0732 -28.2440 -28.5634 -28.9834 -29.4254 -29.7823 -29.9492 -29.9470 -29.8751 -29.8172 + 2 -28.0559 -28.3173 -28.8327 -29.5715 -30.4472 -31.2282 -31.3124 -30.9129 -30.5052 -30.2707 + 3 -27.6570 -28.0487 -28.8844 -30.2903 -32.5299 -36.1483 -35.2989 -32.5994 -31.1296 -30.4745 + 4 -26.3481 -26.6665 -27.3212 -28.3455 -29.7826 -31.6583 -31.3961 -30.0532 -29.1756 -28.7448 + 5 -24.4023 -24.5793 -24.9213 -25.3962 -25.9344 -26.3920 -26.4849 -26.3026 -26.0863 -25.9538 + 6 -22.3571 -22.4420 -22.6000 -22.8070 -23.0243 -23.2019 -23.2929 -23.3045 -23.2796 -23.2564 + 7 -20.5516 -20.5910 -20.6635 -20.7569 -20.8552 -20.9411 -21.0017 -21.0354 -21.0495 -21.0534 + 8 -19.1410 -19.1600 -19.1946 -19.2398 -19.2886 -19.3343 -19.3716 -19.3982 -19.4145 -19.4220 + 9 -18.1852 -18.1952 -18.2136 -18.2380 -18.2652 -18.2920 -18.3154 -18.3339 -18.3463 -18.3527 + 10 -17.7046 -17.7112 -17.7235 -17.7401 -17.7589 -17.7779 -17.7952 -17.8094 -17.8193 -17.8244 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 9 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 9 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 4508328.1406 CSUB-CGELASTIC = 561.9468 CSUB + CSUB-ELASTIC = 1587968.0004 CSUB-ELASTIC = 59.9134 CSUB + CSUB-INELASTIC = 65335740.5163 CSUB-INELASTIC = 19455.8494 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 49335750.0000 RCHA = 27000.0000 RCHA_0 + CHD = 3693556.6946 CHD = 171.1214 CHD_0 + + TOTAL IN = 124461343.3518 TOTAL IN = 47248.8309 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 87660000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 36009169.2187 CHD = 17248.8309 CHD_0 + + TOTAL OUT = 124461343.3509 TOTAL OUT = 47248.8309 + + IN - OUT = 9.1955E-04 IN - OUT = 1.5881E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 9 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 2.52547E+08 4.20912E+06 70152. 2923.0 8.0027 + + +end timestep + + +start timestep kper="10" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 10 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 10 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="10" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="10" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="10" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="10" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="10" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 10 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 10 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 10 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 10 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 10 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 10 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 10 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 18.0900 17.6592 16.8424 16.3156 16.0423 16.0082 16.2164 16.6865 17.4610 17.8689 + 2 16.9655 16.3529 15.8271 15.4439 15.2253 15.1797 15.3101 15.6138 16.0763 16.6522 + 3 15.4364 14.8398 14.3806 14.0539 13.8580 13.7916 13.8552 14.0499 14.3834 14.8837 + 4 13.4303 12.9108 12.5389 12.2780 12.1107 12.0272 12.0184 12.0709 12.1624 12.2511 + 5 10.6263 10.5155 10.3779 10.2517 10.1541 10.0914 10.0629 10.0619 10.0770 10.0924 + 6 8.37327 8.33726 8.28093 8.22024 8.16721 8.12872 8.10664 8.09854 8.09895 8.10152 + 7 6.35856 6.33533 6.29625 6.25293 6.21692 6.19513 6.18922 6.19577 6.20695 6.21485 + 8 4.51893 4.47851 4.41008 4.33778 4.29109 4.27927 4.30330 4.35584 4.40954 4.44203 + 9 2.91197 2.80374 2.60906 2.38954 2.29483 2.28913 2.37253 2.58087 2.76689 2.87041 + 10 1.79932 1.53486 0.966505 0.00000 0.00000 0.00000 0.00000 0.954211 1.51426 1.77451 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 10 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -7.31531 -7.32559 -7.34259 -7.36290 -7.38367 -7.40276 -7.41902 -7.43268 -7.44532 -7.45968 + 2 -7.30769 -7.00188 -7.42915 -7.96141 -8.47767 -8.86264 -8.84464 -8.51627 -8.06371 -7.53049 + 3 -7.32132 -7.52133 -8.14489 -8.79303 -9.27243 -10.1326 -9.92378 -9.27202 -8.91048 -7.59422 + 4 -7.34101 -7.74815 -8.25793 -8.49158 -8.80558 -9.24554 -9.18874 -8.86985 -8.63283 -7.62566 + 5 -7.35810 -7.82906 -7.90694 -8.00401 -8.11761 -8.21997 -8.24214 -8.20199 -8.13251 -7.61605 + 6 -7.36257 -7.51901 -7.55594 -7.59953 -7.64510 -7.68297 -7.70298 -7.70582 -7.69349 -7.57480 + 7 -7.35338 -7.30130 -7.31453 -7.33247 -7.35181 -7.36865 -7.38050 -7.38674 -7.39042 -7.51108 + 8 -7.32874 -7.20602 -7.21444 -7.22674 -7.23812 -7.24667 -7.25122 -7.25146 -7.25479 -7.44691 + 9 -7.32734 -7.22544 -7.24737 -7.27574 -7.29135 -7.29623 -7.28996 -7.26903 -7.25407 -7.40848 + 10 -7.34475 -7.35204 -7.36151 -7.37145 -7.37894 -7.38396 -7.38646 -7.38641 -7.38665 -7.38885 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 10 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -30.0279 -30.1987 -30.5180 -30.9378 -31.3796 -31.7362 -31.9028 -31.9005 -31.8285 -31.7705 + 2 -30.0059 -30.2677 -30.7830 -31.5214 -32.3964 -33.1769 -33.2608 -32.8611 -32.4531 -32.2183 + 3 -29.5972 -29.9891 -30.8242 -32.2284 -34.4659 -38.0831 -37.2332 -34.5339 -33.0651 -32.4102 + 4 -28.2742 -28.5927 -29.2465 -30.2688 -31.7036 -33.5779 -33.3150 -31.9721 -31.0952 -30.6651 + 5 -26.3111 -26.4882 -26.8293 -27.3027 -27.8391 -28.2952 -28.3873 -28.2049 -27.9891 -27.8570 + 6 -24.2465 -24.3312 -24.4885 -24.6944 -24.9106 -25.0872 -25.1776 -25.1889 -25.1643 -25.1415 + 7 -22.4215 -22.4604 -22.5321 -22.6248 -22.7224 -22.8077 -22.8679 -22.9015 -22.9159 -22.9203 + 8 -20.9937 -21.0121 -21.0463 -21.0910 -21.1395 -21.1849 -21.2220 -21.2486 -21.2651 -21.2730 + 9 -20.0257 -20.0353 -20.0535 -20.0777 -20.1048 -20.1313 -20.1548 -20.1732 -20.1858 -20.1923 + 10 -19.5389 -19.5454 -19.5576 -19.5741 -19.5928 -19.6117 -19.6290 -19.6431 -19.6530 -19.6582 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 10 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 10 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 4706210.2996 CSUB-CGELASTIC = 529.8806 CSUB + CSUB-ELASTIC = 1600576.7666 CSUB-ELASTIC = 25.9143 CSUB + CSUB-INELASTIC = 72406010.7668 CSUB-INELASTIC = 19295.9725 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 59197500.0000 RCHA = 27000.0000 RCHA_0 + CHD = 3757296.6778 CHD = 177.1248 CHD_0 + + TOTAL IN = 141667594.5107 TOTAL IN = 47028.8922 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 98617500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 42257920.3775 CHD = 17028.8922 CHD_0 + + TOTAL OUT = 141667594.5097 TOTAL OUT = 47028.8922 + + IN - OUT = 1.0373E-03 IN - OUT = 2.6457E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 10 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 2.84105E+08 4.73508E+06 78918. 3288.2 9.0027 + + +end timestep + + +start timestep kper="11" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 11 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 11 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="11" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="11" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="11" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="11" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="11" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 11 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 11 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 11 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 11 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 11 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 11 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 11 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.9937 17.5630 16.7464 16.2200 15.9470 15.9133 16.1217 16.5919 17.3664 17.7743 + 2 16.8719 16.2594 15.7339 15.3514 15.1336 15.0886 15.2192 15.5227 15.9851 16.5608 + 3 15.3488 14.7523 14.2938 13.9679 13.7724 13.7063 13.7701 13.9649 14.2983 14.7983 + 4 13.3510 12.8318 12.4605 12.1999 12.0329 11.9495 11.9407 11.9933 12.0847 12.1732 + 5 10.5565 10.4461 10.3088 10.1827 10.0852 10.0226 9.99407 9.99308 10.0080 10.0232 + 6 8.31369 8.27794 8.22182 8.16128 8.10834 8.06985 8.04771 8.03949 8.03974 8.04213 + 7 6.30976 6.28679 6.24799 6.20492 6.16904 6.14724 6.14118 6.14748 6.15839 6.16606 + 8 4.48143 4.44146 4.37369 4.30203 4.25568 4.24385 4.26751 4.31941 4.37245 4.40449 + 9 2.88564 2.77852 2.58576 2.36837 2.27454 2.26882 2.35134 2.55753 2.74162 2.84404 + 10 1.78154 1.51970 0.956962 0.00000 0.00000 0.00000 0.00000 0.944651 1.49908 1.75670 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 11 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -7.93497 -7.95265 -7.97482 -7.99809 -8.01971 -8.03761 -8.05070 -8.05918 -8.06455 -8.06942 + 2 -7.88889 -7.91499 -8.36578 -8.65537 -8.84283 -9.01285 -9.02111 -8.91523 -8.79220 -8.09324 + 3 -7.85308 -8.38229 -8.57635 -8.91210 -9.49150 -10.4627 -10.2292 -9.48205 -9.02677 -8.09927 + 4 -7.81131 -8.19165 -8.37198 -8.63839 -9.01773 -9.52273 -9.45911 -9.09332 -8.80691 -8.06332 + 5 -7.75516 -7.92281 -8.02755 -8.15193 -8.29283 -8.41622 -8.44347 -8.39622 -8.31285 -7.97475 + 6 -7.69406 -7.65987 -7.70637 -7.76199 -7.81948 -7.86669 -7.89154 -7.89522 -7.88232 -7.88822 + 7 -7.65781 -7.48240 -7.49831 -7.52294 -7.54864 -7.57040 -7.58509 -7.59235 -7.59969 -7.81697 + 8 -7.64576 -7.42749 -7.43756 -7.45600 -7.47222 -7.48345 -7.48827 -7.48685 -7.49255 -7.76703 + 9 -7.65509 -7.49012 -7.51977 -7.56011 -7.58170 -7.58809 -7.57871 -7.54847 -7.52848 -7.73798 + 10 -7.68003 -7.68864 -7.69898 -7.70944 -7.71718 -7.72221 -7.72450 -7.72401 -7.72351 -7.72460 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 11 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -31.8857 -32.0563 -32.3752 -32.7943 -33.2353 -33.5912 -33.7574 -33.7548 -33.6826 -33.6246 + 2 -31.8589 -32.1207 -32.6354 -33.3723 -34.2457 -35.0249 -35.1083 -34.7088 -34.3013 -34.0665 + 3 -31.4398 -31.8314 -32.6651 -34.0676 -36.3040 -39.9205 -39.0700 -36.3704 -34.9016 -34.2473 + 4 -30.1027 -30.4206 -31.0730 -32.0942 -33.5282 -35.4021 -35.1388 -33.7956 -32.9187 -32.4890 + 5 -28.1243 -28.3006 -28.6408 -29.1135 -29.6494 -30.1051 -30.1970 -30.0145 -29.7988 -29.6670 + 6 -26.0451 -26.1292 -26.2860 -26.4914 -26.7072 -26.8835 -26.9737 -26.9851 -26.9605 -26.9380 + 7 -24.2074 -24.2459 -24.3173 -24.4097 -24.5070 -24.5921 -24.6522 -24.6858 -24.7003 -24.7049 + 8 -22.7697 -22.7878 -22.8218 -22.8663 -22.9147 -22.9599 -22.9970 -23.0236 -23.0402 -23.0482 + 9 -21.7950 -21.8045 -21.8226 -21.8467 -21.8736 -21.9001 -21.9234 -21.9418 -21.9544 -21.9611 + 10 -21.3050 -21.3114 -21.3236 -21.3399 -21.3585 -21.3774 -21.3946 -21.4087 -21.4186 -21.4238 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 11 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 11 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 4893582.1292 CSUB-CGELASTIC = 502.5846 CSUB + CSUB-ELASTIC = 1606468.9727 CSUB-ELASTIC = 12.2468 CSUB + CSUB-INELASTIC = 79426462.6204 CSUB-INELASTIC = 19169.4501 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 69059250.0000 RCHA = 27000.0000 RCHA_0 + CHD = 3823719.3730 CHD = 185.2400 CHD_0 + + TOTAL IN = 158809483.0952 TOTAL IN = 46869.5215 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 109575000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 48442308.9618 CHD = 16869.5215 CHD_0 + + TOTAL OUT = 158809483.0940 TOTAL OUT = 46869.5215 + + IN - OUT = 1.1446E-03 IN - OUT = 2.1601E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 11 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 3.15662E+08 5.26104E+06 87684. 3653.5 10.003 + + +end timestep + + +start timestep kper="12" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 12 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 12 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="12" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="12" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="12" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="12" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="12" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 12 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 12 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 12 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 12 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 12 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 12 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 12 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.9209 17.4903 16.6738 16.1474 15.8745 15.8408 16.0493 16.5195 17.2940 17.7019 + 2 16.8010 16.1884 15.6632 15.2809 15.0631 15.0181 15.1487 15.4522 15.9146 16.4902 + 3 15.2813 14.6849 14.2264 13.9004 13.7047 13.6384 13.7022 13.8971 14.2305 14.7305 + 4 13.2878 12.7687 12.3973 12.1366 11.9694 11.8858 11.8769 11.9296 12.0210 12.1094 + 5 10.4988 10.3884 10.2510 10.1249 10.0273 9.96453 9.93589 9.93484 9.94970 9.96489 + 6 8.26254 8.22688 8.17082 8.11028 8.05729 8.01871 7.99645 7.98810 7.98823 7.99051 + 7 6.26653 6.24373 6.20513 6.16220 6.12638 6.10452 6.09829 6.10435 6.11501 6.12249 + 8 4.44731 4.40773 4.34054 4.26944 4.22338 4.21151 4.23480 4.28608 4.33850 4.37014 + 9 2.86112 2.75503 2.56406 2.34867 2.25566 2.24992 2.33158 2.53573 2.71799 2.81937 + 10 1.76467 1.50530 0.947892 0.00000 0.00000 0.00000 0.00000 0.935534 1.48460 1.73973 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 12 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -8.31749 -8.34324 -8.37029 -8.39552 -8.41656 -8.43165 -8.43984 -8.44139 -8.43781 -8.43193 + 2 -8.22764 -8.44037 -8.58009 -8.77680 -9.01165 -9.21373 -9.21762 -9.07877 -8.90368 -8.40841 + 3 -8.15254 -8.47149 -8.73344 -9.14050 -9.80514 -10.8706 -10.6164 -9.78784 -9.25691 -8.38499 + 4 -8.09428 -8.34223 -8.57189 -8.88865 -9.32447 -9.88507 -9.81585 -9.40983 -9.08306 -8.34667 + 5 -8.05262 -8.12979 -8.25397 -8.40199 -8.56653 -8.70810 -8.73976 -8.68636 -8.59271 -8.29030 + 6 -8.02390 -7.90519 -7.95739 -8.02339 -8.09121 -8.14650 -8.17555 -8.17999 -8.16828 -8.22986 + 7 -8.01126 -7.76086 -7.77703 -7.80738 -7.83857 -7.86459 -7.88175 -7.88996 -7.90209 -8.17857 + 8 -8.01696 -7.73930 -7.74917 -7.77283 -7.79322 -7.80678 -7.81186 -7.80908 -7.81821 -8.14370 + 9 -8.03979 -7.83798 -7.87309 -7.92346 -7.95016 -7.95785 -7.94585 -7.90785 -7.88458 -8.12602 + 10 -8.07510 -8.08572 -8.09755 -8.10902 -8.11733 -8.12252 -8.12455 -8.12339 -8.12177 -8.12124 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 12 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -33.6395 -33.8100 -34.1286 -34.5472 -34.9878 -35.3434 -35.5092 -35.5064 -35.4341 -35.3759 + 2 -33.6086 -33.8703 -34.3842 -35.1204 -35.9934 -36.7724 -36.8555 -36.4558 -36.0482 -35.8136 + 3 -33.1818 -33.5730 -34.4065 -35.8090 -38.0454 -41.6619 -40.8112 -38.1113 -36.6423 -35.9880 + 4 -31.8358 -32.1535 -32.8059 -33.8272 -35.2613 -37.1352 -36.8719 -35.5286 -34.6515 -34.2218 + 5 -29.8484 -30.0245 -30.3647 -30.8374 -31.3734 -31.8292 -31.9211 -31.7385 -31.5228 -31.3911 + 6 -27.7607 -27.8446 -28.0013 -28.2067 -28.4225 -28.5989 -28.6892 -28.7006 -28.6761 -28.6537 + 7 -25.9156 -25.9540 -26.0253 -26.1176 -26.2149 -26.3000 -26.3602 -26.3939 -26.4085 -26.4132 + 8 -24.4723 -24.4903 -24.5241 -24.5686 -24.6169 -24.6622 -24.6993 -24.7260 -24.7426 -24.7508 + 9 -23.4938 -23.5032 -23.5212 -23.5453 -23.5722 -23.5987 -23.6221 -23.6405 -23.6532 -23.6598 + 10 -23.0020 -23.0084 -23.0205 -23.0368 -23.0555 -23.0743 -23.0915 -23.1056 -23.1156 -23.1207 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 12 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 12 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 5071725.5242 CSUB-CGELASTIC = 478.2386 CSUB + CSUB-ELASTIC = 1608978.2632 CSUB-ELASTIC = 4.0209 CSUB + CSUB-INELASTIC = 86400712.6213 CSUB-INELASTIC = 19042.4322 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 78921000.0000 RCHA = 27000.0000 RCHA_0 + CHD = 3893443.1195 CHD = 194.8405 CHD_0 + + TOTAL IN = 175895859.5282 TOTAL IN = 46719.5323 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 120532500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 54571185.3946 CHD = 16719.5323 CHD_0 + + TOTAL OUT = 175895859.5268 TOTAL OUT = 46719.5323 + + IN - OUT = 1.3639E-03 IN - OUT = 6.5316E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 12 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 3.47220E+08 5.78700E+06 96450. 4018.8 11.003 + + +end timestep + + +start timestep kper="13" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 13 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 13 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="13" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="13" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="13" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="13" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="13" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 13 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 13 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 13 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 13 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 13 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 13 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 13 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.8527 17.4219 16.6053 16.0789 15.8058 15.7720 15.9803 16.4505 17.2249 17.6328 + 2 16.7333 16.1207 15.5953 15.2127 14.9947 14.9495 15.0800 15.3835 15.8459 16.4216 + 3 15.2151 14.6186 14.1599 13.8335 13.6375 13.5710 13.6347 13.8296 14.1631 14.6632 + 4 13.2243 12.7052 12.3336 12.0726 11.9052 11.8213 11.8124 11.8650 11.9565 12.0450 + 5 10.4396 10.3292 10.1918 10.0655 9.96773 9.90481 9.87606 9.87493 9.88976 9.90494 + 6 8.20936 8.17374 8.11768 8.05712 8.00406 7.96538 7.94300 7.93453 7.93456 7.93677 + 7 6.22106 6.19839 6.15995 6.11717 6.08140 6.05947 6.05307 6.05888 6.06930 6.07664 + 8 4.41110 4.37189 4.30529 4.23477 4.18902 4.17711 4.20001 4.25063 4.30242 4.33367 + 9 2.83491 2.72989 2.54084 2.32759 2.23545 2.22969 2.31043 2.51239 2.69271 2.79299 + 10 1.74655 1.48985 0.938153 0.00000 0.00000 0.00000 0.00000 0.925742 1.46906 1.72151 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 13 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -8.45967 -8.47642 -8.49801 -8.52092 -8.54228 -8.56000 -8.57303 -8.58171 -8.58778 -8.59416 + 2 -8.41998 -8.56271 -8.75539 -9.00001 -9.27563 -9.50529 -9.50545 -9.33823 -9.12015 -8.62859 + 3 -8.39858 -8.66901 -8.98679 -9.45561 -10.1939 -11.3395 -11.0680 -10.1698 -9.57385 -8.65741 + 4 -8.38753 -8.59147 -8.86179 -9.22222 -9.70691 -10.3151 -10.2413 -9.80073 -9.43899 -8.66302 + 5 -8.38528 -8.42657 -8.56621 -8.73470 -8.91972 -9.07704 -9.11255 -9.05382 -8.95161 -8.64205 + 6 -8.38860 -8.23420 -8.29015 -8.36511 -8.44188 -8.50418 -8.53689 -8.54203 -8.53202 -8.60961 + 7 -8.40167 -8.11756 -8.13292 -8.16817 -8.20410 -8.23382 -8.25315 -8.26226 -8.27928 -8.58028 + 8 -8.42784 -8.12378 -8.13264 -8.16073 -8.18471 -8.20029 -8.20562 -8.20179 -8.21456 -8.56255 + 9 -8.46689 -8.25260 -8.29177 -8.35055 -8.38160 -8.39042 -8.37622 -8.33179 -8.30623 -8.55820 + 10 -8.51504 -8.52819 -8.54193 -8.55472 -8.56382 -8.56927 -8.57104 -8.56909 -8.56612 -8.56367 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 13 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -35.2929 -35.4634 -35.7821 -36.2009 -36.6416 -36.9973 -37.1632 -37.1604 -37.0881 -37.0300 + 2 -35.2610 -35.5227 -36.0368 -36.7734 -37.6468 -38.4260 -38.5092 -38.1094 -37.7017 -37.4670 + 3 -34.8321 -35.2234 -36.0572 -37.4602 -39.6972 -43.3141 -42.4635 -39.7634 -38.2942 -37.6397 + 4 -33.4830 -33.8007 -34.4534 -35.4751 -36.9097 -38.7840 -38.5208 -37.1774 -36.3002 -35.8703 + 5 -31.4917 -31.6678 -32.0082 -32.4812 -33.0174 -33.4734 -33.5655 -33.3830 -33.1673 -33.0356 + 6 -29.4000 -29.4839 -29.6407 -29.8462 -30.0622 -30.2387 -30.3291 -30.3406 -30.3162 -30.2938 + 7 -27.5513 -27.5896 -27.6609 -27.7533 -27.8507 -27.9359 -27.9962 -28.0300 -28.0447 -28.0495 + 8 -26.1051 -26.1230 -26.1569 -26.2015 -26.2498 -26.2952 -26.3323 -26.3591 -26.3758 -26.3840 + 9 -25.1248 -25.1341 -25.1522 -25.1763 -25.2033 -25.2298 -25.2532 -25.2717 -25.2843 -25.2910 + 10 -24.6320 -24.6385 -24.6506 -24.6670 -24.6856 -24.7045 -24.7217 -24.7359 -24.7458 -24.7510 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 13 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 13 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 5241732.1848 CSUB-CGELASTIC = 457.6848 CSUB + CSUB-ELASTIC = 1609867.0187 CSUB-ELASTIC = 2.6735 CSUB + CSUB-INELASTIC = 93324579.9598 CSUB-INELASTIC = 18892.8268 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 88782750.0000 RCHA = 27000.0000 RCHA_0 + CHD = 3966926.3193 CHD = 205.5531 CHD_0 + + TOTAL IN = 192925855.4825 TOTAL IN = 46558.7382 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 131490000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 60643681.3487 CHD = 16558.7382 CHD_0 + + TOTAL OUT = 192925855.4809 TOTAL OUT = 46558.7382 + + IN - OUT = 1.5595E-03 IN - OUT = 4.9604E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 13 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 3.78778E+08 6.31296E+06 1.05216E+05 4384.0 12.003 + + +end timestep + + +start timestep kper="14" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 14 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 14 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="14" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="14" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="14" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="14" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="14" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 14 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 14 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 14 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 14 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 14 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 14 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 14 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.7658 17.3350 16.5184 15.9918 15.7186 15.6847 15.8930 16.3631 17.1375 17.5454 + 2 16.6476 16.0350 15.5095 15.1267 14.9085 14.8632 14.9936 15.2971 15.7595 16.3352 + 3 15.1319 14.5354 14.0765 13.7499 13.5536 13.4869 13.5505 13.7455 14.0791 14.5793 + 4 13.1453 12.6261 12.2544 11.9932 11.8255 11.7415 11.7325 11.7851 11.8766 11.9652 + 5 10.3666 10.2562 10.1186 9.99227 9.89435 9.83131 9.80247 9.80130 9.81611 9.83131 + 6 8.14427 8.10867 8.05262 7.99204 7.93893 7.90016 7.87768 7.86910 7.86905 7.87122 + 7 6.16583 6.14328 6.10503 6.06242 6.02672 6.00474 5.99815 6.00371 6.01389 6.02108 + 8 4.36745 4.32866 4.26274 4.19291 4.14753 4.13559 4.15805 4.20792 4.25898 4.28980 + 9 2.80358 2.69982 2.51303 2.30232 2.21122 2.20544 2.28509 2.48448 2.66251 2.76152 + 10 1.72510 1.47154 0.926614 0.00000 0.00000 0.00000 0.00000 0.914156 1.45067 1.69996 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 14 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -8.73339 -8.74551 -8.76378 -8.78475 -8.80559 -8.82417 -8.83941 -8.85159 -8.86238 -8.87458 + 2 -8.71712 -8.78393 -9.02000 -9.30590 -9.61667 -9.87005 -9.86707 -9.67545 -9.42101 -8.93626 + 3 -8.72237 -8.95399 -9.31870 -9.84103 -10.6429 -11.8568 -11.5708 -10.6131 -9.96039 -8.99408 + 4 -8.73904 -8.92052 -9.22506 -9.62334 -10.1503 -10.7992 -10.7216 -10.2515 -9.85867 -9.02819 + 5 -8.76378 -8.79575 -8.94835 -9.13457 -9.33735 -9.50833 -9.54718 -9.48384 -9.37378 -9.03368 + 6 -8.79207 -8.63055 -8.68943 -8.77212 -8.85665 -8.92505 -8.96094 -8.96672 -8.95811 -9.02476 + 7 -8.82732 -8.53709 -8.55147 -8.59090 -8.63095 -8.66388 -8.68510 -8.69506 -8.71640 -9.01562 + 8 -8.87259 -8.56641 -8.57421 -8.60604 -8.63311 -8.65044 -8.65603 -8.65138 -8.66744 -9.01473 + 9 -8.92768 -8.72026 -8.76280 -8.82857 -8.86332 -8.87312 -8.85709 -8.80738 -8.77995 -9.02403 + 10 -8.98897 -9.00476 -9.02051 -9.03472 -9.04467 -9.05041 -9.05191 -9.04914 -9.04475 -9.04025 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 14 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -36.8645 -37.0351 -37.3539 -37.7729 -38.2138 -38.5697 -38.7358 -38.7331 -38.6609 -38.6028 + 2 -36.8326 -37.0943 -37.6087 -38.3457 -39.2195 -39.9990 -40.0824 -39.6826 -39.2748 -39.0401 + 3 -36.4037 -36.7951 -37.6293 -39.0328 -41.2702 -44.8876 -44.0372 -41.3370 -39.8676 -39.2129 + 4 -35.0541 -35.3719 -36.0249 -37.0471 -38.4821 -40.3568 -40.0937 -38.7503 -37.8730 -37.4430 + 5 -33.0618 -33.2380 -33.5786 -34.0519 -34.5884 -35.0447 -35.1369 -34.9545 -34.7387 -34.6070 + 6 -30.9689 -31.0528 -31.2097 -31.4154 -31.6316 -31.8083 -31.8988 -31.9104 -31.8860 -31.8637 + 7 -29.1191 -29.1574 -29.2288 -29.3213 -29.4188 -29.5041 -29.5645 -29.5984 -29.6131 -29.6179 + 8 -27.6720 -27.6899 -27.7239 -27.7685 -27.8169 -27.8623 -27.8995 -27.9263 -27.9431 -27.9514 + 9 -26.6910 -26.7005 -26.7185 -26.7427 -26.7698 -26.7964 -26.8198 -26.8383 -26.8509 -26.8576 + 10 -26.1980 -26.2045 -26.2167 -26.2331 -26.2518 -26.2707 -26.2880 -26.3021 -26.3121 -26.3172 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 14 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 14 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 5404968.9537 CSUB-CGELASTIC = 439.9502 CSUB + CSUB-ELASTIC = 1610966.7943 CSUB-ELASTIC = 3.2213 CSUB + CSUB-INELASTIC = 100185366.8096 CSUB-INELASTIC = 18706.8793 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 98644500.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4044509.5989 CHD = 217.0902 CHD_0 + + TOTAL IN = 209890312.1565 TOTAL IN = 46367.1410 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 142447500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 66650638.0224 CHD = 16367.1410 CHD_0 + + TOTAL OUT = 209890312.1546 TOTAL OUT = 46367.1410 + + IN - OUT = 1.8084E-03 IN - OUT = 4.6789E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 14 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 4.10335E+08 6.83892E+06 1.13982E+05 4749.2 13.003 + + +end timestep + + +start timestep kper="15" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 15 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 15 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="15" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="15" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="15" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="15" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="15" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 15 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 15 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 15 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 15 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 15 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 15 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 15 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.6637 17.2329 16.4162 15.8895 15.6162 15.5823 15.7904 16.2605 17.0349 17.4428 + 2 16.5471 15.9345 15.4089 15.0260 14.8076 14.7621 14.8924 15.1960 15.6584 16.2341 + 3 15.0348 14.4382 13.9791 13.6523 13.4559 13.3890 13.4525 13.6475 13.9812 14.4814 + 4 13.0534 12.5342 12.1623 11.9010 11.7331 11.6489 11.6398 11.6924 11.7840 11.8726 + 5 10.2820 10.1715 10.0340 9.90747 9.80944 9.74630 9.71738 9.71617 9.73097 9.74619 + 6 8.06918 8.03360 7.97757 7.91699 7.86384 7.82500 7.80242 7.79374 7.79361 7.79575 + 7 6.10241 6.07998 6.04194 5.99953 5.96393 5.94190 5.93513 5.94042 5.95034 5.95739 + 8 4.31756 4.27923 4.21408 4.14504 4.10009 4.08811 4.11009 4.15913 4.20938 4.23973 + 9 2.76797 2.66562 2.48138 2.27354 2.18362 2.17782 2.25626 2.45274 2.62820 2.72579 + 10 1.70085 1.45084 0.913569 0.00000 0.00000 0.00000 0.00000 0.901073 1.42991 1.67563 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 15 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -9.09904 -9.10843 -9.12475 -9.14456 -9.16501 -9.18401 -9.20044 -9.21458 -9.22804 -9.24361 + 2 -9.09650 -9.08701 -9.35832 -9.67975 -10.0208 -10.2946 -10.2890 -10.0764 -9.79135 -9.32133 + 3 -9.11780 -9.31078 -9.71487 -10.2835 -11.1403 -12.4122 -12.1142 -11.1055 -10.4034 -9.39686 + 4 -9.15181 -9.31465 -9.64808 -10.0792 -10.6427 -11.3264 -11.2458 -10.7503 -10.3297 -9.44915 + 5 -9.19423 -9.22360 -9.38728 -9.58885 -9.80703 -9.98983 -10.0316 -9.96428 -9.84675 -9.47240 + 6 -9.23972 -9.08112 -9.14257 -9.23194 -9.32321 -9.39690 -9.43555 -9.44192 -9.43409 -9.48014 + 7 -9.29108 -9.00688 -9.02052 -9.06353 -9.10714 -9.14286 -9.16574 -9.17650 -9.20128 -9.48611 + 8 -9.35092 -9.05522 -9.06227 -9.09724 -9.12696 -9.14581 -9.15167 -9.14642 -9.16508 -9.49843 + 9 -9.41874 -9.22956 -9.27517 -9.34671 -9.38458 -9.39522 -9.37769 -9.32371 -9.29449 -9.51889 + 10 -9.49077 -9.50874 -9.52615 -9.54152 -9.55218 -9.55816 -9.55943 -9.55596 -9.55036 -9.54413 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 15 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -38.3674 -38.5380 -38.8569 -39.2761 -39.7172 -40.0733 -40.2395 -40.2369 -40.1647 -40.1067 + 2 -38.3357 -38.5974 -39.1121 -39.8494 -40.7235 -41.5033 -41.5868 -41.1870 -40.7792 -40.5445 + 3 -37.9074 -38.2990 -39.1334 -40.5373 -42.7753 -46.3930 -45.5427 -42.8425 -41.3729 -40.7181 + 4 -36.5584 -36.8763 -37.5296 -38.5521 -39.9876 -41.8626 -41.5996 -40.2562 -39.3788 -38.9487 + 5 -34.5665 -34.7428 -35.0835 -35.5571 -36.0939 -36.5504 -36.6428 -36.4604 -36.2446 -36.1128 + 6 -32.4738 -32.5578 -32.7148 -32.9206 -33.1370 -33.3139 -33.4045 -33.4161 -33.3918 -33.3694 + 7 -30.6241 -30.6625 -30.7339 -30.8265 -30.9242 -31.0096 -31.0701 -31.1040 -31.1187 -31.1235 + 8 -29.1771 -29.1951 -29.2291 -29.2738 -29.3223 -29.3678 -29.4051 -29.4319 -29.4487 -29.4569 + 9 -28.1963 -28.2058 -28.2240 -28.2482 -28.2753 -28.3020 -28.3254 -28.3439 -28.3566 -28.3632 + 10 -27.7034 -27.7099 -27.7221 -27.7386 -27.7573 -27.7763 -27.7936 -27.8077 -27.8177 -27.8228 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 15 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 15 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 5562094.2345 CSUB-CGELASTIC = 423.8550 CSUB + CSUB-ELASTIC = 1612242.2990 CSUB-ELASTIC = 3.6603 CSUB + CSUB-INELASTIC = 106971958.1497 CSUB-INELASTIC = 18493.0263 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 108506250.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4126450.9013 CHD = 229.2678 CHD_0 + + TOTAL IN = 226778995.5845 TOTAL IN = 46149.8094 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 153405000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 72581821.4502 CHD = 16149.8094 CHD_0 + + TOTAL OUT = 226778995.5824 TOTAL OUT = 46149.8094 + + IN - OUT = 2.0950E-03 IN - OUT = 6.2200E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 15 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 4.41893E+08 7.36488E+06 1.22748E+05 5114.5 14.003 + + +end timestep + + +start timestep kper="16" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 16 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 16 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="16" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="16" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="16" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="16" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="16" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 16 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 16 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 16 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 16 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 16 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 16 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 16 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.5494 17.1186 16.3018 15.7751 15.5018 15.4677 15.6758 16.1459 16.9203 17.3281 + 2 16.4349 15.8223 15.2965 14.9135 14.6949 14.6494 14.7797 15.0832 15.5456 16.1213 + 3 14.9264 14.3298 13.8706 13.5437 13.3470 13.2800 13.3434 13.5384 13.8722 14.3725 + 4 12.9511 12.4319 12.0599 11.7984 11.6304 11.5461 11.5369 11.5896 11.6812 11.7698 + 5 10.1882 10.0777 9.94002 9.81346 9.71534 9.65210 9.62311 9.62187 9.63667 9.65190 + 6 7.98610 7.95053 7.89453 7.83397 7.78080 7.74191 7.71923 7.71045 7.71023 7.71234 + 7 6.03242 6.01013 5.97233 5.93014 5.89466 5.87259 5.86563 5.87063 5.88028 5.88717 + 8 4.26268 4.22484 4.16054 4.09236 4.04788 4.03588 4.05734 4.10548 4.15486 4.18470 + 9 2.72892 2.62810 2.44666 2.24195 2.15333 2.14753 2.22464 2.41796 2.59060 2.68665 + 10 1.67434 1.42822 0.899317 0.00000 0.00000 0.00000 0.00000 0.886790 1.40724 1.64907 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 16 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -9.53333 -9.54101 -9.55610 -9.57518 -9.59540 -9.61465 -9.63182 -9.64716 -9.66230 -9.67999 + 2 -9.53941 -9.45748 -9.75717 -10.1092 -10.4764 -10.7677 -10.7598 -10.5292 -10.2186 -9.76784 + 3 -9.57096 -9.72629 -10.1633 -10.7720 -11.6762 -12.9975 -12.6895 -11.6373 -10.8922 -9.85473 + 4 -9.61622 -9.76163 -10.1194 -10.5790 -11.1741 -11.8877 -11.8046 -11.2873 -10.8420 -9.91887 + 5 -9.67032 -9.69872 -9.87193 -10.0868 -10.3183 -10.5114 -10.5557 -10.4849 -10.3603 -9.95388 + 6 -9.72739 -9.57505 -9.63888 -9.73401 -9.83112 -9.90941 -9.95047 -9.95737 -9.94971 -9.97291 + 7 -9.78980 -9.51651 -9.52978 -9.57583 -9.62253 -9.66067 -9.68501 -9.69651 -9.72383 -9.98931 + 8 -9.85980 -9.58025 -9.58697 -9.62458 -9.65656 -9.67675 -9.68287 -9.67719 -9.69769 -10.0109 + 9 -9.93663 -9.77103 -9.81957 -9.89583 -9.93630 -9.94768 -9.92896 -9.87155 -9.84044 -10.0394 + 10 -10.0163 -10.0358 -10.0544 -10.0706 -10.0818 -10.0879 -10.0890 -10.0850 -10.0786 -10.0711 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 16 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -39.8103 -39.9809 -40.2999 -40.7193 -41.1606 -41.5168 -41.6831 -41.6806 -41.6085 -41.5504 + 2 -39.7790 -40.0407 -40.5556 -41.2932 -42.1676 -42.9476 -43.0312 -42.6314 -42.2236 -41.9889 + 3 -39.3516 -39.7431 -40.5779 -41.9822 -44.2205 -47.8385 -46.9884 -44.2881 -42.8183 -42.1635 + 4 -38.0035 -38.3215 -38.9750 -39.9979 -41.4336 -43.3089 -43.0461 -41.7027 -40.8252 -40.3949 + 5 -36.0124 -36.1888 -36.5298 -37.0035 -37.5406 -37.9973 -38.0897 -37.9074 -37.6916 -37.5597 + 6 -33.9205 -34.0046 -34.1617 -34.3677 -34.5842 -34.7612 -34.8519 -34.8636 -34.8393 -34.8168 + 7 -32.0716 -32.1100 -32.1815 -32.2742 -32.3720 -32.4575 -32.5180 -32.5519 -32.5667 -32.5715 + 8 -30.6252 -30.6433 -30.6773 -30.7221 -30.7707 -30.8162 -30.8535 -30.8804 -30.8971 -30.9054 + 9 -29.6448 -29.6544 -29.6726 -29.6969 -29.7241 -29.7508 -29.7743 -29.7927 -29.8054 -29.8120 + 10 -29.1521 -29.1586 -29.1709 -29.1874 -29.2061 -29.2251 -29.2425 -29.2566 -29.2666 -29.2717 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 16 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 16 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 5713655.3465 CSUB-CGELASTIC = 409.1696 CSUB + CSUB-ELASTIC = 1613657.7675 CSUB-ELASTIC = 4.0084 CSUB + CSUB-INELASTIC = 113675383.6149 CSUB-INELASTIC = 18256.7290 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 118368000.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4212958.7173 CHD = 241.9755 CHD_0 + + TOTAL IN = 243583655.4461 TOTAL IN = 45911.8824 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 164362500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 78428981.3115 CHD = 15911.8824 CHD_0 + + TOTAL OUT = 243583655.4437 TOTAL OUT = 45911.8824 + + IN - OUT = 2.3590E-03 IN - OUT = 6.6833E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 16 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 4.73450E+08 7.89084E+06 1.31514E+05 5479.8 15.003 + + +end timestep + + +start timestep kper="17" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 17 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 17 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="17" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="17" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="17" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="17" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="17" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 17 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 17 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 17 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 17 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 17 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 17 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 17 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.4257 16.9948 16.1780 15.6512 15.3778 15.3437 15.5518 16.0218 16.7962 17.2040 + 2 16.3133 15.7007 15.1749 14.7918 14.5731 14.5275 14.6577 14.9612 15.4237 15.9994 + 3 14.8093 14.2127 13.7534 13.4263 13.2294 13.1623 13.2257 13.4207 13.7546 14.2549 + 4 12.8408 12.3215 11.9494 11.6878 11.5196 11.4352 11.4260 11.4786 11.5703 11.6590 + 5 10.0870 9.97649 9.83881 9.71218 9.61399 9.55067 9.52162 9.52034 9.53513 9.55038 + 6 7.89670 7.86116 7.80520 7.74466 7.69149 7.65255 7.62978 7.62090 7.62060 7.62267 + 7 5.95725 5.93511 5.89756 5.85562 5.82028 5.79817 5.79101 5.79572 5.80508 5.81182 + 8 4.20384 4.16653 4.10314 4.03589 3.99192 3.97990 4.00080 4.04798 4.09644 4.12574 + 9 2.68716 2.58798 2.40951 2.20817 2.12093 2.11511 2.19082 2.38076 2.55041 2.64480 + 10 1.64606 1.40409 0.884110 0.00000 0.00000 0.00000 0.00000 0.871557 1.38306 1.62074 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 17 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -10.0196 -10.0262 -10.0405 -10.0591 -10.0792 -10.0987 -10.1163 -10.1324 -10.1486 -10.1677 + 2 -10.0312 -9.88303 -10.2054 -10.5836 -10.9734 -11.2798 -11.2701 -11.0240 -10.6921 -10.2621 + 3 -10.0693 -10.1895 -10.6539 -11.2973 -12.2425 -13.6058 -13.2893 -12.1999 -11.4176 -10.3564 + 4 -10.1219 -10.2512 -10.6295 -11.1137 -11.7362 -12.4753 -12.3902 -11.8542 -11.3869 -10.4282 + 5 -10.1836 -10.2116 -10.3930 -10.6194 -10.8625 -11.0644 -11.1110 -11.0372 -10.9058 -10.4709 + 6 -10.2482 -10.1033 -10.1693 -10.2694 -10.3716 -10.4539 -10.4971 -10.5044 -10.4964 -10.4972 + 7 -10.3179 -10.0573 -10.0706 -10.1192 -10.1686 -10.2088 -10.2344 -10.2466 -10.2757 -10.5204 + 8 -10.3945 -10.1332 -10.1400 -10.1799 -10.2138 -10.2351 -10.2415 -10.2355 -10.2572 -10.5481 + 9 -10.4772 -10.3368 -10.3882 -10.4683 -10.5109 -10.5229 -10.5033 -10.4432 -10.4101 -10.5817 + 10 -10.5618 -10.5823 -10.6016 -10.6184 -10.6298 -10.6361 -10.6371 -10.6328 -10.6259 -10.6176 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 17 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -41.1999 -41.3706 -41.6897 -42.1092 -42.5506 -42.9070 -43.0734 -43.0709 -42.9988 -42.9408 + 2 -41.1690 -41.4307 -41.9457 -42.6835 -43.5582 -44.3384 -44.4222 -44.0224 -43.6145 -43.3798 + 3 -40.7424 -41.1341 -41.9690 -43.3736 -45.6123 -49.2306 -48.3805 -45.6802 -44.2103 -43.5554 + 4 -39.3954 -39.7135 -40.3672 -41.3903 -42.8264 -44.7019 -44.4392 -43.0957 -42.2182 -41.7878 + 5 -37.4054 -37.5818 -37.9229 -38.3968 -38.9341 -39.3910 -39.4835 -39.3012 -39.0854 -38.9534 + 6 -35.3144 -35.3986 -35.5558 -35.7619 -35.9785 -36.1556 -36.2464 -36.2581 -36.2338 -36.2113 + 7 -33.4663 -33.5048 -33.5764 -33.6692 -33.7670 -33.8526 -33.9132 -33.9472 -33.9619 -33.9667 + 8 -32.0207 -32.0388 -32.0729 -32.1178 -32.1664 -32.2120 -32.2494 -32.2762 -32.2929 -32.3011 + 9 -31.0408 -31.0504 -31.0687 -31.0931 -31.1203 -31.1470 -31.1705 -31.1890 -31.2016 -31.2082 + 10 -30.5482 -30.5548 -30.5671 -30.5836 -30.6025 -30.6215 -30.6388 -30.6530 -30.6629 -30.6680 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 17 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 17 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 5860123.8279 CSUB-CGELASTIC = 395.6999 CSUB + CSUB-ELASTIC = 1615183.4767 CSUB-ELASTIC = 4.2811 CSUB + CSUB-INELASTIC = 120288475.6192 CSUB-INELASTIC = 18002.5909 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 128229750.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4304207.7425 CHD = 255.1282 CHD_0 + + TOTAL IN = 260297740.6664 TOTAL IN = 45657.7001 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 175320000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 84185566.5315 CHD = 15657.7001 CHD_0 + + TOTAL OUT = 260297740.6637 TOTAL OUT = 45657.7001 + + IN - OUT = 2.6455E-03 IN - OUT = 7.8615E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 17 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 5.05008E+08 8.41680E+06 1.40280E+05 5845.0 16.003 + + +end timestep + + +start timestep kper="18" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 18 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 18 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="18" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="18" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="18" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="18" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="18" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 18 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 18 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 18 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 18 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 18 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 18 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 18 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.2945 16.8637 16.0468 15.5200 15.2465 15.2124 15.4204 15.8904 16.6648 17.0726 + 2 16.1846 15.5720 15.0462 14.6629 14.4442 14.3984 14.5286 14.8321 15.2946 15.8703 + 3 14.6853 14.0887 13.6293 13.3021 13.1051 13.0378 13.1012 13.2963 13.6301 14.1305 + 4 12.7241 12.2047 11.8326 11.5709 11.4026 11.3181 11.3088 11.3615 11.4531 11.5419 + 5 9.98017 9.86965 9.73194 9.60526 9.50700 9.44362 9.41452 9.41320 9.42798 9.44323 + 6 7.80239 7.76688 7.71098 7.65049 7.59732 7.55833 7.53548 7.52649 7.52610 7.52814 + 7 5.87805 5.85607 5.81880 5.77712 5.74193 5.71980 5.71244 5.71683 5.72590 5.73246 + 8 4.14195 4.10520 4.04276 3.97648 3.93306 3.92102 3.94134 3.98752 4.03500 4.06374 + 9 2.64329 2.54584 2.37050 2.17267 2.08689 2.08107 2.15529 2.34169 2.50820 2.60087 + 10 1.61640 1.37878 0.868160 0.00000 0.00000 0.00000 0.00000 0.855586 1.35772 1.59103 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 18 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -10.5453 -10.5512 -10.5651 -10.5834 -10.6034 -10.6230 -10.6409 -10.6576 -10.6745 -10.6944 + 2 -10.5602 -10.3532 -10.6935 -11.0944 -11.5036 -11.8230 -11.8116 -11.5522 -11.2027 -10.7930 + 3 -10.6025 -10.6909 -11.1781 -11.8516 -12.8321 -14.2312 -13.9077 -12.7864 -11.9718 -10.8919 + 4 -10.6597 -10.7746 -11.1703 -11.6757 -12.3219 -13.0830 -12.9962 -12.4441 -11.9573 -10.9686 + 5 -10.7261 -10.7542 -10.9427 -11.1790 -11.4322 -11.6418 -11.6903 -11.6139 -11.4761 -11.0161 + 6 -10.7955 -10.6582 -10.7264 -10.8308 -10.9373 -11.0231 -11.0681 -11.0758 -11.0670 -11.0469 + 7 -10.8695 -10.6220 -10.6356 -10.6864 -10.7381 -10.7802 -10.8069 -10.8197 -10.8498 -11.0742 + 8 -10.9501 -10.7073 -10.7145 -10.7562 -10.7917 -10.8141 -10.8207 -10.8146 -10.8367 -11.1055 + 9 -11.0363 -10.9204 -10.9746 -11.0577 -11.1021 -11.1147 -11.0943 -11.0322 -10.9970 -11.1420 + 10 -11.1237 -11.1447 -11.1645 -11.1815 -11.1931 -11.1995 -11.2005 -11.1961 -11.1888 -11.1802 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 18 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -42.5416 -42.7123 -43.0315 -43.4510 -43.8926 -44.2491 -44.4156 -44.4132 -44.3411 -44.2831 + 2 -42.5110 -42.7727 -43.2878 -44.0258 -44.9007 -45.6811 -45.7649 -45.3652 -44.9573 -44.7226 + 3 -42.0852 -42.4769 -43.3120 -44.7168 -46.9558 -50.5743 -49.7244 -47.0240 -45.5541 -44.8991 + 4 -40.7391 -41.0572 -41.7111 -42.7345 -44.1708 -46.0465 -45.7839 -44.4404 -43.5628 -43.1324 + 5 -38.7500 -38.9266 -39.2678 -39.7419 -40.2793 -40.7363 -40.8289 -40.6466 -40.4308 -40.2987 + 6 -36.6600 -36.7442 -36.9015 -37.1077 -37.3245 -37.5017 -37.5925 -37.6043 -37.5799 -37.5574 + 7 -34.8127 -34.8513 -34.9229 -35.0158 -35.1137 -35.1994 -35.2600 -35.2940 -35.3087 -35.3134 + 8 -33.3677 -33.3859 -33.4201 -33.4650 -33.5137 -33.5594 -33.5967 -33.6236 -33.6403 -33.6484 + 9 -32.3883 -32.3980 -32.4163 -32.4408 -32.4681 -32.4948 -32.5183 -32.5368 -32.5494 -32.5559 + 10 -31.8959 -31.9025 -31.9149 -31.9314 -31.9503 -31.9693 -31.9867 -32.0008 -32.0108 -32.0159 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 18 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 18 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6001906.9475 CSUB-CGELASTIC = 383.2814 CSUB + CSUB-ELASTIC = 1616794.7823 CSUB-ELASTIC = 4.4913 CSUB + CSUB-INELASTIC = 126805585.5896 CSUB-INELASTIC = 17734.4892 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 138091500.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4400343.1481 CHD = 268.6469 CHD_0 + + TOTAL IN = 276916130.4675 TOTAL IN = 45390.9088 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 186277500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 89846456.3323 CHD = 15390.9088 CHD_0 + + TOTAL OUT = 276916130.4645 TOTAL OUT = 45390.9088 + + IN - OUT = 2.9830E-03 IN - OUT = 7.3450E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 18 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 5.36566E+08 8.94276E+06 1.49046E+05 6210.2 17.003 + + +end timestep + + +start timestep kper="19" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 19 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 19 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="19" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="19" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="19" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="19" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="19" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 19 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 19 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 19 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 19 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 19 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 19 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 19 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.1578 16.7269 15.9100 15.3832 15.1097 15.0755 15.2835 15.7534 16.5278 16.9356 + 2 16.0504 15.4378 14.9119 14.5286 14.3097 14.2639 14.3941 14.6976 15.1601 15.7358 + 3 14.5561 13.9595 13.5001 13.1727 12.9756 12.9083 12.9716 13.1667 13.5006 14.0009 + 4 12.6025 12.0832 11.7110 11.4492 11.2808 11.1962 11.1869 11.2396 11.3313 11.4201 + 5 9.86902 9.75849 9.62076 9.49404 9.39573 9.33229 9.30314 9.30179 9.31655 9.33182 + 6 7.70435 7.66888 7.61303 7.55259 7.49944 7.46042 7.43748 7.42839 7.42791 7.42991 + 7 5.79580 5.77399 5.73699 5.69561 5.66057 5.63841 5.63085 5.63492 5.64368 5.65008 + 8 4.07773 4.04156 3.98010 3.91484 3.87198 3.85993 3.87966 3.92480 3.97128 3.99943 + 9 2.59782 2.50216 2.33006 2.13588 2.05162 2.04578 2.11848 2.30121 2.46447 2.55534 + 10 1.58569 1.35257 0.851646 0.00000 0.00000 0.00000 0.00000 0.839054 1.33148 1.56028 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 19 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -11.1005 -11.1060 -11.1196 -11.1378 -11.1578 -11.1775 -11.1956 -11.2126 -11.2299 -11.2504 + 2 -11.1174 -10.8591 -11.2136 -11.6338 -12.0598 -12.3903 -12.3776 -12.1068 -11.7427 -11.3515 + 3 -11.1621 -11.2228 -11.7289 -12.4283 -13.4393 -14.8689 -14.5395 -13.3910 -12.5485 -11.4533 + 4 -11.2219 -11.3247 -11.7349 -12.2588 -12.9254 -13.7052 -13.6172 -13.0512 -12.5471 -11.5328 + 5 -11.2911 -11.3197 -11.5144 -11.7593 -12.0212 -12.2375 -12.2876 -12.2089 -12.0653 -11.5829 + 6 -11.3629 -11.2334 -11.3036 -11.4117 -11.5221 -11.6108 -11.6574 -11.6656 -11.6557 -11.6162 + 7 -11.4393 -11.2046 -11.2187 -11.2715 -11.3251 -11.3688 -11.3965 -11.4099 -11.4404 -11.6456 + 8 -11.5219 -11.2966 -11.3046 -11.3478 -11.3847 -11.4079 -11.4149 -11.4087 -11.4308 -11.6786 + 9 -11.6097 -11.5166 -11.5734 -11.6589 -11.7047 -11.7178 -11.6969 -11.6332 -11.5959 -11.7164 + 10 -11.6984 -11.7197 -11.7396 -11.7567 -11.7684 -11.7748 -11.7759 -11.7715 -11.7642 -11.7554 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 19 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -43.8395 -44.0103 -44.3295 -44.7492 -45.1909 -45.5475 -45.7140 -45.7116 -45.6396 -45.5816 + 2 -43.8092 -44.0709 -44.5861 -45.3243 -46.1993 -46.9799 -47.0638 -46.6640 -46.2561 -46.0215 + 3 -43.3841 -43.7758 -44.6110 -46.0161 -48.2553 -51.8741 -51.0241 -48.3237 -46.8537 -46.1987 + 4 -42.0388 -42.3569 -43.0110 -44.0346 -45.4711 -47.3469 -47.0844 -45.7409 -44.8632 -44.4327 + 5 -40.0505 -40.2271 -40.5684 -41.0427 -41.5802 -42.0374 -42.1301 -41.9478 -41.7319 -41.5998 + 6 -37.9613 -38.0455 -38.2029 -38.4092 -38.6261 -38.8034 -38.8943 -38.9060 -38.8816 -38.8591 + 7 -36.1147 -36.1533 -36.2250 -36.3180 -36.4159 -36.5016 -36.5623 -36.5963 -36.6110 -36.6157 + 8 -34.6702 -34.6885 -34.7227 -34.7677 -34.8165 -34.8621 -34.8995 -34.9264 -34.9431 -34.9512 + 9 -33.6912 -33.7009 -33.7193 -33.7438 -33.7711 -33.7979 -33.8214 -33.8398 -33.8524 -33.8589 + 10 -33.1989 -33.2055 -33.2179 -33.2345 -33.2534 -33.2724 -33.2898 -33.3039 -33.3139 -33.3190 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 19 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 19 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6139357.2876 CSUB-CGELASTIC = 371.7738 CSUB + CSUB-ELASTIC = 1618471.2498 CSUB-ELASTIC = 4.6497 CSUB + CSUB-INELASTIC = 133222343.2998 CSUB-INELASTIC = 17455.6846 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 147953250.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4501481.7526 CHD = 282.4550 CHD_0 + + TOTAL IN = 293434903.5897 TOTAL IN = 45114.5631 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 197235000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 95407729.4543 CHD = 15114.5631 CHD_0 + + TOTAL OUT = 293434903.5865 TOTAL OUT = 45114.5631 + + IN - OUT = 3.2824E-03 IN - OUT = 6.9941E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 19 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 5.68123E+08 9.46872E+06 1.57812E+05 6575.5 18.003 + + +end timestep + + +start timestep kper="20" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 20 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 20 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="20" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="20" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="20" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="20" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="20" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 20 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 20 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 20 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 20 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 20 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 20 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 20 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.0168 16.5860 15.7691 15.2422 14.9686 14.9344 15.1423 15.6123 16.3866 16.7945 + 2 15.9121 15.2995 14.7736 14.3902 14.1713 14.1254 14.2555 14.5591 15.0215 15.5972 + 3 14.4231 13.8264 13.3669 13.0395 12.8423 12.7749 12.8382 13.0333 13.3672 13.8676 + 4 12.4774 11.9581 11.5858 11.3240 11.1555 11.0708 11.0615 11.1142 11.2059 11.2947 + 5 9.75466 9.64413 9.50638 9.37964 9.28129 9.21781 9.18861 9.18722 9.20197 9.21723 + 6 7.60356 7.56812 7.51234 7.45196 7.39883 7.35978 7.33676 7.32757 7.32699 7.32895 + 7 5.71129 5.68965 5.65295 5.61186 5.57700 5.55482 5.54704 5.55079 5.55924 5.56545 + 8 4.01179 3.97622 3.91579 3.85156 3.80929 3.79722 3.81635 3.86043 3.90587 3.93342 + 9 2.55117 2.45735 2.28858 2.09815 2.01543 2.00959 2.08073 2.25970 2.41962 2.50865 + 10 1.55420 1.32570 0.834718 0.00000 0.00000 0.00000 0.00000 0.822112 1.30459 1.52877 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 20 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -11.6775 -11.6828 -11.6963 -11.7144 -11.7344 -11.7542 -11.7725 -11.7896 -11.8072 -11.8280 + 2 -11.6953 -11.3932 -11.7589 -12.1957 -12.6361 -12.9762 -12.9624 -12.6818 -12.3056 -11.9304 + 3 -11.7411 -11.7783 -12.3001 -13.0219 -14.0592 -15.5148 -15.1806 -14.0087 -13.1420 -12.0337 + 4 -11.8022 -11.8951 -12.3176 -12.8574 -13.5418 -14.3376 -14.2485 -13.6706 -13.1513 -12.1147 + 5 -11.8725 -11.9026 -12.1025 -12.3550 -12.6244 -12.8464 -12.8981 -12.8174 -12.6682 -12.1660 + 6 -11.9455 -11.8235 -11.8957 -12.0070 -12.1207 -12.2121 -12.2600 -12.2685 -12.2572 -12.2002 + 7 -12.0227 -11.8000 -11.8148 -11.8692 -11.9246 -11.9696 -11.9982 -12.0121 -12.0426 -12.2302 + 8 -12.1059 -11.8965 -11.9055 -11.9499 -11.9880 -12.0120 -12.0192 -12.0130 -12.0348 -12.2635 + 9 -12.1940 -12.1208 -12.1802 -12.2674 -12.3144 -12.3279 -12.3067 -12.2419 -12.2025 -12.3013 + 10 -12.2828 -12.3041 -12.3240 -12.3410 -12.3528 -12.3592 -12.3603 -12.3561 -12.3489 -12.3402 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 20 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -45.0973 -45.2681 -45.5874 -46.0071 -46.4489 -46.8056 -46.9722 -46.9698 -46.8978 -46.8398 + 2 -45.0671 -45.3288 -45.8441 -46.5825 -47.4577 -48.2384 -48.3223 -47.9226 -47.5147 -47.2800 + 3 -44.6426 -45.0343 -45.8697 -47.2750 -49.5144 -53.1333 -52.2834 -49.5830 -48.1129 -47.4578 + 4 -43.2979 -43.6161 -44.2703 -45.2941 -46.7308 -48.6068 -48.3443 -47.0008 -46.1230 -45.6925 + 5 -41.3103 -41.4870 -41.8284 -42.3027 -42.8404 -43.2976 -43.3904 -43.2081 -42.9922 -42.8601 + 6 -39.2217 -39.3060 -39.4634 -39.6698 -39.8868 -40.0641 -40.1550 -40.1668 -40.1424 -40.1198 + 7 -37.3756 -37.4142 -37.4860 -37.5790 -37.6771 -37.7628 -37.8235 -37.8575 -37.8722 -37.8768 + 8 -35.9316 -35.9499 -35.9842 -36.0292 -36.0780 -36.1237 -36.1611 -36.1879 -36.2046 -36.2127 + 9 -34.9528 -34.9625 -34.9810 -35.0055 -35.0329 -35.0597 -35.0832 -35.1016 -35.1141 -35.1206 + 10 -34.4605 -34.4672 -34.4795 -34.4962 -34.5151 -34.5341 -34.5515 -34.5656 -34.5756 -34.5807 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 20 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 20 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6272780.8663 CSUB-CGELASTIC = 361.0577 CSUB + CSUB-ELASTIC = 1620195.9267 CSUB-ELASTIC = 4.7651 CSUB + CSUB-INELASTIC = 139535452.5829 CSUB-INELASTIC = 17168.9150 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 157815000.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4607713.1872 CHD = 296.4797 CHD_0 + + TOTAL IN = 309851142.5631 TOTAL IN = 44831.2175 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 208192500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 100866468.4273 CHD = 14831.2175 CHD_0 + + TOTAL OUT = 309851142.5595 TOTAL OUT = 44831.2175 + + IN - OUT = 3.6362E-03 IN - OUT = 9.1451E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 20 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 5.99681E+08 9.99468E+06 1.66578E+05 6940.8 19.003 + + +end timestep + + +start timestep kper="21" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 21 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 21 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="21" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="21" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="21" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="21" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="21" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 21 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 21 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 21 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 21 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 21 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 21 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 21 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 16.8729 16.4420 15.6251 15.0982 14.8246 14.7903 14.9983 15.4682 16.2425 16.6504 + 2 15.7709 15.1583 14.6324 14.2489 14.0299 13.9840 14.1141 14.4176 14.8801 15.4558 + 3 14.2873 13.6906 13.2311 12.9036 12.7063 12.6388 12.7021 12.8972 13.2311 13.7315 + 4 12.3498 11.8304 11.4581 11.1962 11.0277 10.9430 10.9336 10.9862 11.0780 11.1668 + 5 9.63804 9.52751 9.38975 9.26299 9.16460 9.10108 9.07184 9.07042 9.08515 9.10042 + 6 7.50081 7.46542 7.40971 7.34940 7.29630 7.25721 7.23412 7.22482 7.22415 7.22606 + 7 5.62519 5.60374 5.56734 5.52655 5.49187 5.46967 5.46168 5.46510 5.47323 5.47926 + 8 3.94466 3.90970 3.85030 3.78714 3.74547 3.73339 3.75190 3.79489 3.83929 3.86623 + 9 2.50371 2.41177 2.24637 2.05976 1.97862 1.97277 2.04231 2.21747 2.37400 2.46115 + 10 1.52218 1.29838 0.817502 0.00000 0.00000 0.00000 0.00000 0.804883 1.27724 1.49672 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 21 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -12.2699 -12.2753 -12.2887 -12.3069 -12.3269 -12.3467 -12.3651 -12.3823 -12.4000 -12.4209 + 2 -12.2879 -11.9492 -12.3235 -12.7746 -13.2274 -13.5758 -13.5610 -13.2720 -12.8859 -12.5239 + 3 -12.3340 -12.3518 -12.8867 -13.6278 -14.6879 -16.1656 -15.8272 -14.6354 -13.7479 -12.6277 + 4 -12.3953 -12.4807 -12.9135 -13.4672 -14.1669 -14.9765 -14.8865 -14.2984 -13.7656 -12.7090 + 5 -12.4658 -12.4980 -12.7025 -12.9614 -13.2374 -13.4644 -13.5173 -13.4349 -13.2807 -12.7604 + 6 -12.5386 -12.4242 -12.4982 -12.6123 -12.7288 -12.8225 -12.8716 -12.8803 -12.8676 -12.7944 + 7 -12.6155 -12.4040 -12.4197 -12.4755 -12.5323 -12.5785 -12.6079 -12.6223 -12.6524 -12.8240 + 8 -12.6983 -12.5031 -12.5132 -12.5586 -12.5976 -12.6223 -12.6298 -12.6237 -12.6448 -12.8566 + 9 -12.7858 -12.7296 -12.7913 -12.8798 -12.9276 -12.9415 -12.9201 -12.8547 -12.8133 -12.8936 + 10 -12.8738 -12.8950 -12.9147 -12.9316 -12.9433 -12.9498 -12.9510 -12.9469 -12.9400 -12.9315 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 21 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -46.3179 -46.4887 -46.8080 -47.2278 -47.6697 -48.0264 -48.1931 -48.1908 -48.1188 -48.0608 + 2 -46.2879 -46.5496 -47.0649 -47.8034 -48.6787 -49.4595 -49.5435 -49.1438 -48.7359 -48.5012 + 3 -45.8637 -46.2554 -47.0909 -48.4964 -50.7360 -54.3550 -53.5052 -50.8047 -49.3346 -48.6795 + 4 -44.5195 -44.8378 -45.4921 -46.5160 -47.9528 -49.8290 -49.5665 -48.2230 -47.3452 -46.9146 + 5 -42.5324 -42.7091 -43.0506 -43.5251 -44.0628 -44.5202 -44.6130 -44.4307 -44.2147 -44.0826 + 6 -40.4442 -40.5285 -40.6860 -40.8925 -41.1095 -41.2869 -41.3779 -41.3897 -41.3653 -41.3427 + 7 -38.5985 -38.6372 -38.7090 -38.8020 -38.9001 -38.9859 -39.0466 -39.0806 -39.0953 -39.0999 + 8 -37.1547 -37.1730 -37.2074 -37.2524 -37.3013 -37.3470 -37.3844 -37.4112 -37.4279 -37.4359 + 9 -36.1760 -36.1858 -36.2043 -36.2289 -36.2563 -36.2831 -36.3066 -36.3250 -36.3375 -36.3440 + 10 -35.6838 -35.6904 -35.7029 -35.7195 -35.7384 -35.7575 -35.7749 -35.7890 -35.7989 -35.8041 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 21 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 21 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6402444.0543 CSUB-CGELASTIC = 351.0313 CSUB + CSUB-ELASTIC = 1621954.7449 CSUB-ELASTIC = 4.8448 CSUB + CSUB-INELASTIC = 145742518.0352 CSUB-INELASTIC = 16876.4745 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 167676750.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4719101.6661 CHD = 310.6538 CHD_0 + + TOTAL IN = 326162768.5005 TOTAL IN = 44543.0044 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 219150000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 106220594.3643 CHD = 14543.0044 CHD_0 + + TOTAL OUT = 326162768.4965 TOTAL OUT = 44543.0044 + + IN - OUT = 3.9902E-03 IN - OUT = 8.4918E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 21 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 6.31238E+08 1.05206E+07 1.75344E+05 7306.0 20.003 + + +end timestep + + +start timestep kper="22" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 22 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 22 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="22" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="22" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="22" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="22" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="22" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 22 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 22 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 22 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 22 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 22 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 22 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 22 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 16.7270 16.2961 15.4792 14.9522 14.6786 14.6443 14.8522 15.3222 16.0965 16.5043 + 2 15.6278 15.0152 14.4892 14.1057 13.8867 13.8407 13.9708 14.2743 14.7368 15.3124 + 3 14.1497 13.5530 13.0934 12.7658 12.5685 12.5009 12.5641 12.7593 13.0932 13.5937 + 4 12.2205 11.7011 11.3288 11.0668 10.8982 10.8134 10.8040 10.8567 10.9484 11.0373 + 5 9.51992 9.40939 9.27163 9.14486 9.04645 8.98288 8.95361 8.95216 8.96687 8.98214 + 6 7.39679 7.36144 7.30581 7.24557 7.19250 7.15340 7.13023 7.12082 7.12006 7.12192 + 7 5.53806 5.51679 5.48071 5.44023 5.40572 5.38351 5.37531 5.37840 5.38621 5.39205 + 8 3.87676 3.84242 3.78407 3.72199 3.68092 3.66883 3.68671 3.72862 3.77196 3.79827 + 9 2.45572 2.36568 2.20371 2.02095 1.94141 1.93555 2.00349 2.17478 2.32788 2.41313 + 10 1.48981 1.27076 0.800103 0.00000 0.00000 0.00000 0.00000 0.787473 1.24960 1.46433 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 22 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -12.8729 -12.8783 -12.8918 -12.9101 -12.9302 -12.9500 -12.9684 -12.9857 -13.0034 -13.0243 + 2 -12.8905 -12.5216 -12.9026 -13.3659 -13.8295 -14.1850 -14.1694 -13.8732 -13.4789 -13.1272 + 3 -12.9362 -12.9385 -13.4842 -14.2421 -15.3217 -16.8183 -16.4765 -15.2677 -14.3621 -13.2308 + 4 -12.9970 -13.0772 -13.5187 -14.0843 -14.7972 -15.6186 -15.5280 -14.9310 -14.3864 -13.3117 + 5 -13.0667 -13.1019 -13.3105 -13.5750 -13.8566 -14.0880 -14.1420 -14.0580 -13.8990 -13.3624 + 6 -13.1387 -13.0316 -13.1073 -13.2239 -13.3429 -13.4385 -13.4887 -13.4976 -13.4833 -13.3954 + 7 -13.2145 -13.0131 -13.0298 -13.0867 -13.1448 -13.1921 -13.2222 -13.2369 -13.2665 -13.4238 + 8 -13.2960 -13.1131 -13.1243 -13.1705 -13.2104 -13.2356 -13.2434 -13.2374 -13.2578 -13.4549 + 9 -13.3821 -13.3399 -13.4037 -13.4931 -13.5416 -13.5557 -13.5343 -13.4685 -13.4254 -13.4904 + 10 -13.4689 -13.4897 -13.5092 -13.5259 -13.5375 -13.5440 -13.5454 -13.5415 -13.5349 -13.5267 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 22 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -47.5039 -47.6747 -47.9940 -48.4139 -48.8558 -49.2126 -49.3793 -49.3770 -49.3050 -49.2471 + 2 -47.4739 -47.7356 -48.2510 -48.9896 -49.8650 -50.6459 -50.7300 -50.3302 -49.9223 -49.6877 + 3 -47.0500 -47.4418 -48.2774 -49.6830 -51.9227 -55.5419 -54.6921 -51.9916 -50.5215 -49.8663 + 4 -45.7062 -46.0245 -46.6789 -47.7029 -49.1399 -51.0161 -50.7537 -49.4103 -48.5324 -48.1017 + 5 -43.7194 -43.8961 -44.2377 -44.7122 -45.2501 -45.7075 -45.8004 -45.6181 -45.4021 -45.2699 + 6 -41.6314 -41.7158 -41.8734 -42.0799 -42.2970 -42.4744 -42.5654 -42.5772 -42.5528 -42.5302 + 7 -39.7859 -39.8246 -39.8965 -39.9896 -40.0877 -40.1735 -40.2343 -40.2683 -40.2830 -40.2876 + 8 -38.3423 -38.3606 -38.3950 -38.4401 -38.4890 -38.5347 -38.5722 -38.5990 -38.6156 -38.6236 + 9 -37.3637 -37.3735 -37.3920 -37.4166 -37.4440 -37.4708 -37.4944 -37.5128 -37.5253 -37.5317 + 10 -36.8714 -36.8780 -36.8905 -36.9071 -36.9261 -36.9452 -36.9625 -36.9767 -36.9866 -36.9917 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 22 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 22 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6528579.4686 CSUB-CGELASTIC = 341.6083 CSUB + CSUB-ELASTIC = 1623736.0316 CSUB-ELASTIC = 4.8949 CSUB + CSUB-INELASTIC = 151841898.1638 CSUB-INELASTIC = 16580.2815 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 177538500.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4835688.2421 CHD = 324.9164 CHD_0 + + TOTAL IN = 342368401.9060 TOTAL IN = 44251.7011 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 230107500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 111468727.7695 CHD = 14251.7011 CHD_0 + + TOTAL OUT = 342368401.9017 TOTAL OUT = 44251.7011 + + IN - OUT = 4.2928E-03 IN - OUT = 8.0065E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 22 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 6.62796E+08 1.10466E+07 1.84110E+05 7671.2 21.003 + + +end timestep + + +start timestep kper="23" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 23 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 23 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="23" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="23" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="23" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="23" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="23" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 23 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 23 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 23 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 23 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 23 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 23 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 23 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 16.5799 16.1490 15.3321 14.8051 14.5314 14.4971 14.7050 15.1750 15.9493 16.3571 + 2 15.4835 14.8709 14.3449 13.9614 13.7423 13.6963 13.8263 14.1299 14.5923 15.1680 + 3 14.0109 13.4143 12.9546 12.6270 12.4296 12.3620 12.4252 12.6203 12.9543 13.4548 + 4 12.0902 11.5708 11.1984 10.9364 10.7678 10.6830 10.6736 10.7262 10.8179 10.9068 + 5 9.40095 9.29042 9.15266 9.02588 8.92745 8.86386 8.83455 8.83306 8.84776 8.86302 + 6 7.29205 7.25675 7.20120 7.14104 7.08800 7.04888 7.02563 7.01612 7.01527 7.01708 + 7 5.45036 5.42928 5.39351 5.35335 5.31902 5.29680 5.28839 5.29114 5.29863 5.30428 + 8 3.80844 3.77472 3.71744 3.65644 3.61598 3.60388 3.62114 3.66195 3.70422 3.72990 + 9 2.40746 2.31932 2.16080 1.98192 1.90399 1.89813 1.96445 2.13185 2.28150 2.36484 + 10 1.45727 1.24299 0.782608 0.00000 0.00000 0.00000 0.00000 0.769969 1.22182 1.43177 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 23 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -13.4823 -13.4879 -13.5015 -13.5199 -13.5400 -13.5599 -13.5784 -13.5956 -13.6133 -13.6341 + 2 -13.4991 -13.1059 -13.4922 -13.9660 -14.4387 -14.8004 -14.7840 -14.4817 -14.0806 -13.7364 + 3 -13.5439 -13.5344 -14.0892 -14.8614 -15.9580 -17.4707 -17.1260 -15.9026 -14.9813 -13.8393 + 4 -13.6036 -13.6807 -14.1297 -14.7056 -15.4300 -16.2615 -16.1703 -15.5658 -15.0106 -13.9192 + 5 -13.6722 -13.7109 -13.9231 -14.1925 -14.4789 -14.7141 -14.7691 -14.6838 -14.5204 -13.9686 + 6 -13.7426 -13.6427 -13.7201 -13.8387 -13.9599 -14.0571 -14.1083 -14.1174 -14.1014 -14.0001 + 7 -13.8167 -13.6245 -13.6421 -13.7001 -13.7593 -13.8075 -13.8382 -13.8533 -13.8820 -14.0266 + 8 -13.8963 -13.7239 -13.7362 -13.7831 -13.8236 -13.8493 -13.8574 -13.8516 -13.8710 -14.0558 + 9 -13.9806 -13.9495 -14.0150 -14.1049 -14.1538 -14.1682 -14.1469 -14.0811 -14.0364 -14.0893 + 10 -14.0656 -14.0861 -14.1052 -14.1217 -14.1331 -14.1397 -14.1412 -14.1377 -14.1314 -14.1237 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 23 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -48.6574 -48.8282 -49.1476 -49.5675 -50.0095 -50.3663 -50.5331 -50.5308 -50.4588 -50.4009 + 2 -48.6275 -48.8891 -49.4046 -50.1433 -51.0188 -51.7998 -51.8839 -51.4842 -51.0762 -50.8416 + 3 -48.2038 -48.5955 -49.4312 -50.8370 -53.0768 -56.6961 -55.8464 -53.1459 -51.6756 -51.0204 + 4 -46.8601 -47.1785 -47.8330 -48.8571 -50.2942 -52.1705 -51.9082 -50.5647 -49.6868 -49.2561 + 5 -44.8735 -45.0503 -45.3919 -45.8666 -46.4045 -46.8620 -46.9549 -46.7726 -46.5566 -46.4244 + 6 -42.7857 -42.8701 -43.0277 -43.2343 -43.4514 -43.6289 -43.7200 -43.7318 -43.7073 -43.6847 + 7 -40.9402 -40.9790 -41.0509 -41.1440 -41.2422 -41.3280 -41.3888 -41.4228 -41.4375 -41.4420 + 8 -39.4966 -39.5150 -39.5494 -39.5945 -39.6434 -39.6892 -39.7266 -39.7535 -39.7701 -39.7781 + 9 -38.5179 -38.5278 -38.5464 -38.5710 -38.5984 -38.6252 -38.6488 -38.6672 -38.6797 -38.6860 + 10 -38.0256 -38.0323 -38.0447 -38.0614 -38.0803 -38.0994 -38.1168 -38.1310 -38.1409 -38.1460 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 23 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 23 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6651390.9890 CSUB-CGELASTIC = 332.7149 CSUB + CSUB-ELASTIC = 1625530.1078 CSUB-ELASTIC = 4.9204 CSUB + CSUB-INELASTIC = 157832581.0757 CSUB-INELASTIC = 16281.9366 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 187400250.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4957493.3075 CHD = 339.2139 CHD_0 + + TOTAL IN = 358467245.4800 TOTAL IN = 43958.7858 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 241065000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 116610071.3431 CHD = 13958.7858 CHD_0 + + TOTAL OUT = 358467245.4753 TOTAL OUT = 43958.7858 + + IN - OUT = 4.6439E-03 IN - OUT = 7.8767E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 23 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 6.94354E+08 1.15726E+07 1.92876E+05 8036.5 22.003 + + +end timestep + + +start timestep kper="24" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 24 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 24 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="24" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="24" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="24" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="24" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="24" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 24 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 24 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 24 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 24 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 24 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 24 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 24 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 16.4323 16.0015 15.1845 14.6575 14.3838 14.3495 14.5574 15.0273 15.8016 16.2094 + 2 15.3387 14.7262 14.2001 13.8165 13.5974 13.5514 13.6814 13.9850 14.4474 15.0231 + 3 13.8718 13.2751 12.8155 12.4878 12.2903 12.2226 12.2859 12.4810 12.8150 13.3155 + 4 11.9595 11.4401 11.0677 10.8057 10.6370 10.5521 10.5427 10.5953 10.6871 10.7760 + 5 9.28166 9.17113 9.03338 8.90659 8.80815 8.74453 8.71519 8.71367 8.72835 8.74361 + 6 7.18706 7.15180 7.09633 7.03625 6.98326 6.94412 6.92080 6.91118 6.91023 6.91199 + 7 5.36247 5.34158 5.30613 5.26628 5.23215 5.20991 5.20130 5.20371 5.21087 5.21633 + 8 3.73999 3.70691 3.65068 3.59078 3.55093 3.53882 3.55546 3.59516 3.63636 3.66141 + 9 2.35912 2.27290 2.11784 1.94283 1.86652 1.86065 1.92535 2.08886 2.23505 2.31648 + 10 1.42468 1.21518 0.765090 0.00000 0.00000 0.00000 0.00000 0.752443 1.19400 1.39916 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 24 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -14.0949 -14.1007 -14.1145 -14.1330 -14.1532 -14.1731 -14.1916 -14.2087 -14.2263 -14.2469 + 2 -14.1106 -13.6984 -14.0887 -14.5714 -15.0521 -15.4190 -15.4021 -15.0945 -14.6877 -14.3484 + 3 -14.1542 -14.1361 -14.6984 -15.4832 -16.5943 -18.1207 -17.7737 -16.5377 -15.6029 -14.4503 + 4 -14.2125 -14.2883 -14.7436 -15.3285 -16.0627 -16.9029 -16.8113 -16.2002 -15.6357 -14.5287 + 5 -14.2793 -14.3224 -14.5377 -14.8112 -15.1020 -15.3404 -15.3962 -15.3097 -15.1424 -14.5764 + 6 -14.3478 -14.2548 -14.3338 -14.4542 -14.5772 -14.6760 -14.7280 -14.7372 -14.7195 -14.6058 + 7 -14.4197 -14.2356 -14.2544 -14.3132 -14.3733 -14.4223 -14.4535 -14.4689 -14.4968 -14.6301 + 8 -14.4971 -14.3332 -14.3466 -14.3940 -14.4350 -14.4611 -14.4696 -14.4640 -14.4825 -14.6569 + 9 -14.5791 -14.5562 -14.6232 -14.7133 -14.7625 -14.7771 -14.7560 -14.6904 -14.6444 -14.6880 + 10 -14.6620 -14.6820 -14.7007 -14.7169 -14.7283 -14.7348 -14.7365 -14.7333 -14.7274 -14.7202 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 24 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -49.7803 -49.9512 -50.2706 -50.6906 -51.1326 -51.4895 -51.6562 -51.6540 -51.5820 -51.5241 + 2 -49.7505 -50.0121 -50.5277 -51.2664 -52.1420 -52.9230 -53.0072 -52.6075 -52.1995 -51.9649 + 3 -49.3269 -49.7187 -50.5544 -51.9603 -54.2003 -57.8196 -56.9699 -54.2694 -52.7991 -52.1439 + 4 -47.9833 -48.3017 -48.9563 -49.9805 -51.4177 -53.2941 -53.0318 -51.6883 -50.8103 -50.3796 + 5 -45.9968 -46.1736 -46.5152 -46.9900 -47.5280 -47.9855 -48.0784 -47.8961 -47.6801 -47.5479 + 6 -43.9089 -43.9934 -44.1510 -44.3577 -44.5748 -44.7524 -44.8434 -44.8552 -44.8308 -44.8081 + 7 -42.0634 -42.1022 -42.1741 -42.2673 -42.3655 -42.4514 -42.5121 -42.5461 -42.5608 -42.5653 + 8 -40.6197 -40.6381 -40.6726 -40.7177 -40.7666 -40.8124 -40.8499 -40.8767 -40.8933 -40.9012 + 9 -39.6409 -39.6508 -39.6694 -39.6940 -39.7215 -39.7483 -39.7718 -39.7902 -39.8027 -39.8091 + 10 -39.1485 -39.1552 -39.1676 -39.1843 -39.2032 -39.2224 -39.2397 -39.2539 -39.2638 -39.2689 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 24 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 24 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6771058.0237 CSUB-CGELASTIC = 324.2883 CSUB + CSUB-ELASTIC = 1627328.9586 CSUB-ELASTIC = 4.9256 CSUB + CSUB-INELASTIC = 163714079.3499 CSUB-INELASTIC = 15982.7716 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 197262000.0000 RCHA = 27000.0000 RCHA_0 + CHD = 5084519.1378 CHD = 353.4993 CHD_0 + + TOTAL IN = 374458985.4700 TOTAL IN = 43665.4848 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 252022500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 121644311.3328 CHD = 13665.4848 CHD_0 + + TOTAL OUT = 374458985.4650 TOTAL OUT = 43665.4848 + + IN - OUT = 4.9911E-03 IN - OUT = 7.4513E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 24 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 7.25911E+08 1.20985E+07 2.01642E+05 8401.8 23.003 + + +end timestep + + +start timestep kper="25" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 25 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 25 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="25" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="25" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="25" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="25" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="25" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 25 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 25 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 25 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 25 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 25 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 25 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 25 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 16.2848 15.8540 15.0370 14.5099 14.2363 14.2019 14.4098 14.8797 15.6540 16.0618 + 2 15.1941 14.5815 14.0554 13.6718 13.4527 13.4066 13.5366 13.8402 14.3026 14.8783 + 3 13.7327 13.1360 12.6764 12.3486 12.1511 12.0834 12.1466 12.3418 12.6758 13.1763 + 4 11.8290 11.3095 10.9371 10.6750 10.5063 10.4214 10.4120 10.4646 10.5564 10.6453 + 5 9.16249 9.05197 8.91421 8.78743 8.68898 8.62534 8.59596 8.59442 8.60907 8.62433 + 6 7.08219 7.04699 6.99160 6.93160 6.87865 6.83949 6.81610 6.80639 6.80534 6.80705 + 7 5.27472 5.25401 5.21888 5.17935 5.14541 5.12316 5.11434 5.11642 5.12325 5.12852 + 8 3.67166 3.63921 3.58405 3.52523 3.48599 3.47388 3.48989 3.52850 3.56863 3.59305 + 9 2.31088 2.22658 2.07496 1.90383 1.82912 1.82326 1.88634 2.04597 2.18871 2.26821 + 10 1.39216 1.18744 0.747609 0.00000 0.00000 0.00000 0.00000 0.734955 1.16624 1.36663 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 25 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -14.7080 -14.7140 -14.7281 -14.7467 -14.7670 -14.7869 -14.8053 -14.8224 -14.8398 -14.8603 + 2 -14.7224 -14.2957 -14.6891 -15.1795 -15.6671 -16.0385 -16.0211 -15.7090 -15.2975 -14.9607 + 3 -14.7645 -14.7408 -15.3095 -16.1050 -17.2287 -18.7668 -18.4178 -17.1711 -16.2244 -15.0611 + 4 -14.8210 -14.8973 -15.3581 -15.9507 -16.6935 -17.5411 -17.4491 -16.8325 -16.2596 -15.1379 + 5 -14.8858 -14.9338 -15.1520 -15.4292 -15.7236 -15.9648 -16.0214 -15.9338 -15.7627 -15.1835 + 6 -14.9520 -14.8659 -14.9463 -15.0683 -15.1929 -15.2930 -15.3457 -15.3550 -15.3357 -15.2106 + 7 -15.0215 -14.8447 -14.8644 -14.9240 -14.9849 -15.0346 -15.0663 -15.0820 -15.1089 -15.2323 + 8 -15.0963 -14.9393 -14.9538 -15.0015 -15.0429 -15.0694 -15.0782 -15.0728 -15.0904 -15.2565 + 9 -15.1758 -15.1586 -15.2268 -15.3168 -15.3661 -15.3809 -15.3600 -15.2949 -15.2478 -15.2850 + 10 -15.2563 -15.2758 -15.2942 -15.3100 -15.3213 -15.3278 -15.3297 -15.3268 -15.3214 -15.3147 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 25 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -50.8744 -51.0453 -51.3648 -51.7848 -52.2268 -52.5837 -52.7505 -52.7483 -52.6763 -52.6184 + 2 -50.8446 -51.1062 -51.6218 -52.3606 -53.2363 -54.0174 -54.1015 -53.7018 -53.2939 -53.0592 + 3 -50.4210 -50.8128 -51.6486 -53.0546 -55.2947 -58.9141 -58.0645 -55.3639 -53.8936 -53.2383 + 4 -49.0775 -49.3959 -50.0505 -51.0748 -52.5121 -54.3886 -54.1263 -52.7828 -51.9048 -51.4740 + 5 -47.0909 -47.2677 -47.6094 -48.0842 -48.6223 -49.0799 -49.1728 -48.9905 -48.7745 -48.6422 + 6 -45.0029 -45.0874 -45.2451 -45.4518 -45.6690 -45.8465 -45.9376 -45.9494 -45.9249 -45.9022 + 7 -43.1572 -43.1961 -43.2680 -43.3612 -43.4595 -43.5453 -43.6061 -43.6401 -43.6548 -43.6593 + 8 -41.7133 -41.7318 -41.7663 -41.8114 -41.8604 -41.9062 -41.9436 -41.9704 -41.9871 -41.9950 + 9 -40.7344 -40.7443 -40.7629 -40.7876 -40.8150 -40.8419 -40.8654 -40.8838 -40.8963 -40.9026 + 10 -40.2419 -40.2485 -40.2610 -40.2777 -40.2966 -40.3157 -40.3331 -40.3473 -40.3572 -40.3623 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 25 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 25 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6887739.1316 CSUB-CGELASTIC = 316.2750 CSUB + CSUB-ELASTIC = 1629125.9599 CSUB-ELASTIC = 4.9141 CSUB + CSUB-INELASTIC = 169486341.2125 CSUB-INELASTIC = 15683.8912 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 207123750.0000 RCHA = 27000.0000 RCHA_0 + CHD = 5216752.3440 CHD = 367.7325 CHD_0 + + TOTAL IN = 390343708.6479 TOTAL IN = 43372.8128 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 262980000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 126571534.5104 CHD = 13372.8128 CHD_0 + + TOTAL OUT = 390343708.6426 TOTAL OUT = 43372.8128 + + IN - OUT = 5.3643E-03 IN - OUT = 6.9775E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 25 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 7.57469E+08 1.26245E+07 2.10408E+05 8767.0 24.003 + + +end timestep + + +start timestep kper="26" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 26 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 26 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="26" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="26" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="26" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="26" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="26" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 26 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 26 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 26 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 26 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 26 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 26 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 26 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 16.1379 15.7070 14.8900 14.3629 14.0892 14.0549 14.2628 14.7327 15.5070 15.9148 + 2 15.0499 14.4373 13.9113 13.5276 13.3084 13.2624 13.3924 13.6959 14.1584 14.7341 + 3 13.5942 12.9975 12.5378 12.2100 12.0125 11.9447 12.0079 12.2031 12.5371 13.0376 + 4 11.6989 11.1795 10.8070 10.5449 10.3761 10.2913 10.2818 10.3344 10.4262 10.5151 + 5 9.04380 8.93328 8.79554 8.66876 8.57030 8.50664 8.47724 8.47566 8.49030 8.50555 + 6 6.97777 6.94261 6.88731 6.82739 6.77449 6.73532 6.71186 6.70204 6.70091 6.70256 + 7 5.18734 5.16683 5.13202 5.09281 5.05905 5.03680 5.02777 5.02953 5.03603 5.04110 + 8 3.60365 3.57183 3.51773 3.45999 3.42137 3.40925 3.42464 3.46216 3.50122 3.52501 + 9 2.26288 2.18048 2.03229 1.86502 1.79192 1.78605 1.84752 2.00329 2.14259 2.22019 + 10 1.35980 1.15983 0.730216 0.00000 0.00000 0.00000 0.00000 0.717556 1.13862 1.33426 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 26 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -15.3194 -15.3258 -15.3400 -15.3588 -15.3792 -15.3992 -15.4175 -15.4345 -15.4517 -15.4719 + 2 -15.3325 -14.8952 -15.2911 -15.7881 -16.2816 -16.6569 -16.6391 -16.3231 -15.9075 -15.5710 + 3 -15.3729 -15.3461 -15.9202 -16.7249 -17.8595 -19.4076 -19.0569 -17.8010 -16.8441 -15.6699 + 4 -15.4274 -15.5057 -15.9712 -16.5705 -17.3206 -18.1746 -18.0824 -17.4609 -16.8806 -15.7447 + 5 -15.4899 -15.5434 -15.7641 -16.0444 -16.3420 -16.5857 -16.6429 -16.5544 -16.3799 -15.7881 + 6 -15.5535 -15.4741 -15.5560 -15.6793 -15.8053 -15.9065 -15.9598 -15.9692 -15.9482 -15.8126 + 7 -15.6203 -15.4499 -15.4707 -15.5309 -15.5925 -15.6427 -15.6749 -15.6909 -15.7168 -15.8315 + 8 -15.6923 -15.5407 -15.5561 -15.6041 -15.6458 -15.6726 -15.6817 -15.6766 -15.6933 -15.8528 + 9 -15.7691 -15.7554 -15.8244 -15.9141 -15.9634 -15.9784 -15.9578 -15.8934 -15.8455 -15.8785 + 10 -15.8472 -15.8661 -15.8840 -15.8995 -15.9106 -15.9172 -15.9192 -15.9167 -15.9117 -15.9056 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 26 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -51.9411 -52.1120 -52.4315 -52.8515 -53.2936 -53.6506 -53.8174 -53.8152 -53.7432 -53.6853 + 2 -51.9112 -52.1729 -52.6885 -53.4274 -54.3032 -55.0843 -55.1685 -54.7688 -54.3608 -54.1261 + 3 -51.4877 -51.8795 -52.7154 -54.1214 -56.3616 -59.9811 -59.1315 -56.4309 -54.9605 -54.3052 + 4 -50.1441 -50.4625 -51.1172 -52.1416 -53.5790 -55.4555 -55.1932 -53.8497 -52.9717 -52.5409 + 5 -48.1573 -48.3342 -48.6760 -49.1508 -49.6890 -50.1466 -50.2395 -50.0572 -49.8412 -49.7089 + 6 -46.0692 -46.1537 -46.3114 -46.5181 -46.7354 -46.9130 -47.0041 -47.0159 -46.9914 -46.9686 + 7 -44.2232 -44.2621 -44.3341 -44.4273 -44.5256 -44.6115 -44.6723 -44.7063 -44.7209 -44.7254 + 8 -42.7791 -42.7976 -42.8321 -42.8772 -42.9262 -42.9720 -43.0095 -43.0363 -43.0529 -43.0608 + 9 -41.7999 -41.8099 -41.8285 -41.8531 -41.8806 -41.9074 -41.9310 -41.9494 -41.9619 -41.9682 + 10 -41.3073 -41.3139 -41.3264 -41.3431 -41.3620 -41.3812 -41.3986 -41.4127 -41.4227 -41.4278 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 26 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 26 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 7001575.0963 CSUB-CGELASTIC = 308.6295 CSUB + CSUB-ELASTIC = 1630915.6511 CSUB-ELASTIC = 4.8888 CSUB + CSUB-INELASTIC = 175149675.5442 CSUB-INELASTIC = 15386.2086 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 216985500.0000 RCHA = 27000.0000 RCHA_0 + CHD = 5354166.1556 CHD = 381.8790 CHD_0 + + TOTAL IN = 406121832.4472 TOTAL IN = 43081.6059 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 273937500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 131392158.3093 CHD = 13081.6059 CHD_0 + + TOTAL OUT = 406121832.4415 TOTAL OUT = 43081.6059 + + IN - OUT = 5.7198E-03 IN - OUT = 7.2647E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 26 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 7.89026E+08 1.31504E+07 2.19174E+05 9132.2 25.003 + + +end timestep + + +start timestep kper="27" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 27 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 27 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="27" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="27" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="27" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="27" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="27" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 27 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 27 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 27 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 27 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 27 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 27 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 27 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 15.9918 15.5609 14.7439 14.2169 13.9431 13.9088 14.1166 14.5866 15.3608 15.7687 + 2 14.9067 14.2941 13.7680 13.3843 13.1651 13.1190 13.2490 13.5525 14.0150 14.5907 + 3 13.4565 12.8598 12.4001 12.0723 11.8747 11.8069 11.8701 12.0653 12.3994 12.8999 + 4 11.5697 11.0502 10.6778 10.4156 10.2468 10.1619 10.1525 10.2051 10.2969 10.3858 + 5 8.92589 8.81537 8.67764 8.55087 8.45240 8.38873 8.35930 8.35770 8.37231 8.38756 + 6 6.87404 6.83894 6.78373 6.72389 6.67104 6.63186 6.60833 6.59841 6.59718 6.59879 + 7 5.10058 5.08026 5.04576 5.00687 4.97330 4.95104 4.94181 4.94323 4.94941 4.95430 + 8 3.53612 3.50492 3.45188 3.39522 3.35720 3.34508 3.35986 3.39629 3.43430 3.45745 + 9 2.21522 2.13472 1.98993 1.82650 1.75499 1.74912 1.80899 1.96092 2.09681 2.17251 + 10 1.32768 1.13242 0.712951 0.00000 0.00000 0.00000 0.00000 0.700286 1.11121 1.30213 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 27 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -15.9275 -15.9341 -15.9486 -15.9675 -15.9880 -16.0080 -16.0263 -16.0432 -16.0602 -16.0801 + 2 -15.9390 -15.4947 -15.8926 -16.3951 -16.8937 -17.2724 -17.2542 -16.9349 -16.5159 -16.1779 + 3 -15.9776 -15.9500 -16.5287 -17.3414 -18.4854 -20.0419 -19.6898 -18.4262 -17.4602 -16.2750 + 4 -16.0299 -16.1116 -16.5813 -17.1863 -17.9428 -18.8022 -18.7098 -18.0841 -17.4973 -16.3477 + 5 -16.0900 -16.1495 -16.3725 -16.6556 -16.9559 -17.2017 -17.2595 -17.1702 -16.9924 -16.3886 + 6 -16.1509 -16.0779 -16.1612 -16.2857 -16.4129 -16.5151 -16.5689 -16.5784 -16.5558 -16.4103 + 7 -16.2148 -16.0501 -16.0719 -16.1326 -16.1947 -16.2455 -16.2781 -16.2943 -16.3192 -16.4263 + 8 -16.2839 -16.1362 -16.1525 -16.2006 -16.2425 -16.2697 -16.2791 -16.2743 -16.2902 -16.4446 + 9 -16.3578 -16.3455 -16.4150 -16.5042 -16.5534 -16.5686 -16.5484 -16.4847 -16.4364 -16.4673 + 10 -16.4332 -16.4516 -16.4690 -16.4842 -16.4951 -16.5017 -16.5039 -16.5018 -16.4973 -16.4918 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 27 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -52.9818 -53.1526 -53.4722 -53.8922 -54.3344 -54.6913 -54.8582 -54.8559 -54.7840 -54.7260 + 2 -52.9518 -53.2135 -53.7292 -54.4681 -55.3439 -56.1251 -56.2093 -55.8096 -55.4016 -55.1669 + 3 -52.5282 -52.9201 -53.7560 -55.1621 -57.4024 -61.0219 -60.1723 -57.4717 -56.0013 -55.3460 + 4 -51.1845 -51.5030 -52.1577 -53.1822 -54.6196 -56.4962 -56.2339 -54.8904 -54.0123 -53.5815 + 5 -49.1975 -49.3744 -49.7162 -50.1911 -50.7293 -51.1870 -51.2799 -51.0976 -50.8815 -50.7492 + 6 -47.1091 -47.1936 -47.3514 -47.5581 -47.7754 -47.9530 -48.0441 -48.0559 -48.0314 -48.0086 + 7 -45.2628 -45.3017 -45.3737 -45.4670 -45.5652 -45.6512 -45.7119 -45.7460 -45.7606 -45.7651 + 8 -43.8184 -43.8368 -43.8713 -43.9165 -43.9655 -44.0113 -44.0488 -44.0756 -44.0922 -44.1001 + 9 -42.8389 -42.8489 -42.8675 -42.8922 -42.9196 -42.9465 -42.9700 -42.9885 -43.0009 -43.0072 + 10 -42.3461 -42.3528 -42.3652 -42.3819 -42.4009 -42.4200 -42.4374 -42.4516 -42.4615 -42.4666 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 27 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 27 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 7112691.5335 CSUB-CGELASTIC = 301.3128 CSUB + CSUB-ELASTIC = 1632693.5474 CSUB-ELASTIC = 4.8521 CSUB + CSUB-INELASTIC = 180704688.6154 CSUB-INELASTIC = 15090.4754 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 226847250.0000 RCHA = 27000.0000 RCHA_0 + CHD = 5496722.4933 CHD = 395.9102 CHD_0 + + TOTAL IN = 421794046.1897 TOTAL IN = 42792.5506 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 284895000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 136106872.0515 CHD = 12792.5506 CHD_0 + + TOTAL OUT = 421794046.1837 TOTAL OUT = 42792.5506 + + IN - OUT = 6.0521E-03 IN - OUT = 5.9447E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 27 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 8.20584E+08 1.36764E+07 2.27940E+05 9497.5 26.003 + + +end timestep + + +start timestep kper="28" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 28 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 28 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="28" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="28" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="28" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="28" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="28" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 28 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 28 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 28 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 28 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 28 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 28 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 28 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 15.8470 15.4161 14.5991 14.0720 13.7983 13.7639 13.9718 14.4417 15.2160 15.6238 + 2 14.7646 14.1520 13.6259 13.2422 13.0230 12.9769 13.1069 13.4104 13.8729 14.4486 + 3 13.3200 12.7233 12.2636 11.9357 11.7381 11.6703 11.7335 11.9287 12.2628 12.7633 + 4 11.4415 10.9221 10.5496 10.2875 10.1187 10.0337 10.0242 10.0768 10.1686 10.2576 + 5 8.80900 8.69848 8.56076 8.43400 8.33554 8.27185 8.24240 8.24077 8.25536 8.27061 + 6 6.77124 6.73618 6.68105 6.62131 6.56850 6.52931 6.50572 6.49570 6.49437 6.49593 + 7 5.01459 4.99446 4.96027 4.92170 4.88832 4.86605 4.85663 4.85772 4.86358 4.86827 + 8 3.46920 3.43863 3.38663 3.33105 3.29363 3.28151 3.29567 3.33102 3.36798 3.39052 + 9 2.16800 2.08938 1.94798 1.78834 1.71841 1.71253 1.77083 1.91895 2.05146 2.12528 + 10 1.29586 1.10527 0.695847 0.00000 0.00000 0.00000 0.00000 0.683178 1.08405 1.27030 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 28 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -16.5307 -16.5377 -16.5524 -16.5715 -16.5921 -16.6121 -16.6304 -16.6471 -16.6639 -16.6835 + 2 -16.5406 -16.0923 -16.4918 -16.9991 -17.5021 -17.8836 -17.8652 -17.5431 -17.1210 -16.7797 + 3 -16.5773 -16.5509 -17.1336 -17.9532 -19.1052 -20.6690 -20.3158 -19.0454 -18.0714 -16.8750 + 4 -16.6274 -16.7135 -17.1868 -17.7969 -18.5589 -19.4230 -19.3304 -18.7011 -18.1083 -16.9455 + 5 -16.6848 -16.7507 -16.9759 -17.2613 -17.5641 -17.8116 -17.8699 -17.7799 -17.5992 -16.9838 + 6 -16.7430 -16.6763 -16.7609 -16.8864 -17.0147 -17.1176 -17.1719 -17.1815 -17.1573 -17.0027 + 7 -16.8038 -16.6441 -16.6669 -16.7280 -16.7906 -16.8418 -16.8747 -16.8912 -16.9151 -17.0156 + 8 -16.8699 -16.7249 -16.7419 -16.7900 -16.8322 -16.8595 -16.8692 -16.8648 -16.8800 -17.0308 + 9 -16.9408 -16.9282 -16.9979 -17.0864 -17.1354 -17.1507 -17.1310 -17.0682 -17.0197 -17.0505 + 10 -17.0135 -17.0313 -17.0483 -17.0631 -17.0739 -17.0805 -17.0829 -17.0811 -17.0771 -17.0721 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 28 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -53.9975 -54.1684 -54.4879 -54.9080 -55.3501 -55.7072 -55.8740 -55.8718 -55.7998 -55.7419 + 2 -53.9675 -54.2292 -54.7449 -55.4838 -56.3597 -57.1409 -57.2251 -56.8254 -56.4174 -56.1827 + 3 -53.5437 -53.9356 -54.7716 -56.1778 -58.4181 -62.0377 -61.1881 -58.4875 -57.0171 -56.3617 + 4 -52.1998 -52.5184 -53.1731 -54.1977 -55.6352 -57.5118 -57.2495 -55.9060 -55.0279 -54.5970 + 5 -50.2126 -50.3895 -50.7314 -51.2063 -51.7446 -52.2022 -52.2952 -52.1129 -51.8968 -51.7644 + 6 -48.1238 -48.2083 -48.3662 -48.5729 -48.7903 -48.9679 -49.0590 -49.0708 -49.0463 -49.0235 + 7 -46.2772 -46.3161 -46.3881 -46.4814 -46.5797 -46.6656 -46.7264 -46.7604 -46.7750 -46.7795 + 8 -44.8324 -44.8509 -44.8854 -44.9306 -44.9796 -45.0254 -45.0629 -45.0897 -45.1063 -45.1142 + 9 -43.8527 -43.8626 -43.8812 -43.9059 -43.9333 -43.9602 -43.9838 -44.0022 -44.0147 -44.0210 + 10 -43.3597 -43.3663 -43.3788 -43.3955 -43.4145 -43.4336 -43.4510 -43.4652 -43.4751 -43.4802 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 28 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 28 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 7221201.1005 CSUB-CGELASTIC = 294.2916 CSUB + CSUB-ELASTIC = 1634455.9813 CSUB-ELASTIC = 4.8062 CSUB + CSUB-INELASTIC = 186152230.7530 CSUB-INELASTIC = 14797.3072 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 236709000.0000 RCHA = 27000.0000 RCHA_0 + CHD = 5644373.8196 CHD = 409.8020 CHD_0 + + TOTAL IN = 437361261.6544 TOTAL IN = 42506.2070 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 295852500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 140716587.5158 CHD = 12506.2070 CHD_0 + + TOTAL OUT = 437361261.6480 TOTAL OUT = 42506.2070 + + IN - OUT = 6.4032E-03 IN - OUT = 8.1644E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 28 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 8.52142E+08 1.42024E+07 2.36706E+05 9862.8 27.003 + + +end timestep + + +start timestep kper="29" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 29 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 29 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="29" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="29" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="29" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="29" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="29" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 29 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 29 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 29 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 29 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 29 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 29 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 29 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 15.7037 15.2727 14.4557 13.9286 13.6549 13.6205 13.8284 14.2983 15.0726 15.4804 + 2 14.6240 14.0114 13.4853 13.1016 12.8823 12.8362 12.9662 13.2697 13.7322 14.3079 + 3 13.1850 12.5882 12.1284 11.8006 11.6029 11.5351 11.5983 11.7935 12.1276 12.6281 + 4 11.3147 10.7953 10.4228 10.1606 9.99180 9.90685 9.89735 9.94996 10.0418 10.1307 + 5 8.69333 8.58282 8.44511 8.31836 8.21990 8.15620 8.12672 8.12507 8.13964 8.15488 + 6 6.66951 6.63451 6.57947 6.51981 6.46705 6.42785 6.40420 6.39408 6.39266 6.39417 + 7 4.92951 4.90957 4.87570 4.83744 4.80426 4.78198 4.77236 4.77313 4.77867 4.78317 + 8 3.40301 3.37306 3.32209 3.26757 3.23075 3.21862 3.23218 3.26647 3.30239 3.32431 + 9 2.12130 2.04454 1.90648 1.75060 1.68223 1.67635 1.73308 1.87745 2.00661 2.07857 + 10 1.26438 1.07842 0.678931 0.00000 0.00000 0.00000 0.00000 0.666259 1.05719 1.23882 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 29 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -17.1280 -17.1353 -17.1503 -17.1695 -17.1902 -17.2103 -17.2284 -17.2450 -17.2616 -17.2809 + 2 -17.1362 -16.6864 -17.0873 -17.5987 -18.1055 -18.4895 -18.4708 -18.1462 -17.7215 -17.3756 + 3 -17.1709 -17.1473 -17.7336 -18.5591 -19.7181 -21.2881 -20.9339 -19.6577 -18.6767 -17.4689 + 4 -17.2187 -17.3103 -17.7868 -18.4012 -19.1680 -20.0361 -19.9434 -19.3110 -18.7129 -17.5371 + 5 -17.2735 -17.3461 -17.5732 -17.8607 -18.1655 -18.4147 -18.4734 -18.3827 -18.1992 -17.5727 + 6 -17.3287 -17.2682 -17.3540 -17.4804 -17.6096 -17.7133 -17.7680 -17.7776 -17.7519 -17.5887 + 7 -17.3865 -17.2311 -17.2548 -17.3163 -17.3793 -17.4309 -17.4641 -17.4808 -17.5037 -17.5984 + 8 -17.4493 -17.3060 -17.3236 -17.3717 -17.4139 -17.4415 -17.4516 -17.4474 -17.4621 -17.6104 + 9 -17.5173 -17.5027 -17.5724 -17.6600 -17.7088 -17.7242 -17.7049 -17.6432 -17.5948 -17.6270 + 10 -17.5872 -17.6044 -17.6209 -17.6354 -17.6460 -17.6526 -17.6551 -17.6537 -17.6503 -17.6459 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 29 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -54.9893 -55.1602 -55.4798 -55.8999 -56.3421 -56.6991 -56.8659 -56.8637 -56.7918 -56.7338 + 2 -54.9593 -55.2210 -55.7367 -56.4757 -57.3516 -58.1328 -58.2170 -57.8173 -57.4093 -57.1746 + 3 -54.5354 -54.9273 -55.7633 -57.1695 -59.4099 -63.0296 -62.1800 -59.4793 -58.0089 -57.3535 + 4 -53.1912 -53.5098 -54.1646 -55.1892 -56.6268 -58.5034 -58.2412 -56.8976 -56.0195 -55.5885 + 5 -51.2037 -51.3806 -51.7225 -52.1975 -52.7358 -53.1935 -53.2865 -53.1041 -52.8880 -52.7556 + 6 -49.1145 -49.1990 -49.3569 -49.5637 -49.7810 -49.9587 -50.0498 -50.0616 -50.0370 -50.0143 + 7 -47.2674 -47.3063 -47.3784 -47.4717 -47.5700 -47.6559 -47.7167 -47.7507 -47.7653 -47.7698 + 8 -45.8222 -45.8407 -45.8752 -45.9205 -45.9694 -46.0153 -46.0528 -46.0796 -46.0962 -46.1041 + 9 -44.8422 -44.8521 -44.8707 -44.8954 -44.9229 -44.9498 -44.9733 -44.9918 -45.0042 -45.0106 + 10 -44.3490 -44.3557 -44.3681 -44.3849 -44.4038 -44.4230 -44.4404 -44.4546 -44.4645 -44.4696 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 29 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 29 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 7327205.3687 CSUB-CGELASTIC = 287.5374 CSUB + CSUB-ELASTIC = 1636199.9714 CSUB-ELASTIC = 4.7529 CSUB + CSUB-INELASTIC = 191493351.4117 CSUB-INELASTIC = 14507.2047 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 246570750.0000 RCHA = 27000.0000 RCHA_0 + CHD = 5797064.7683 CHD = 423.5345 CHD_0 + + TOTAL IN = 452824571.5201 TOTAL IN = 42223.0295 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 306810000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 145222397.3811 CHD = 12223.0294 CHD_0 + + TOTAL OUT = 452824571.5133 TOTAL OUT = 42223.0294 + + IN - OUT = 6.7571E-03 IN - OUT = 6.6309E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 29 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 8.83699E+08 1.47283E+07 2.45472E+05 10228. 28.003 + + +end timestep + + +start timestep kper="30" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 30 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 30 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="30" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="30" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="30" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="30" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="30" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 30 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 30 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 30 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 30 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 30 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 30 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 30 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 15.5620 15.1311 14.3140 13.7869 13.5132 13.4788 13.6866 14.1565 14.9308 15.3387 + 2 14.4850 13.8725 13.3463 12.9626 12.7433 12.6972 12.8272 13.1307 13.5932 14.1689 + 3 13.0514 12.4547 11.9949 11.6670 11.4693 11.4015 11.4647 11.6599 11.9940 12.4945 + 4 11.1895 10.6700 10.2975 10.0353 9.86646 9.78149 9.77198 9.82459 9.91639 10.0054 + 5 8.57904 8.46854 8.33084 8.20411 8.10565 8.04193 8.01244 8.01075 8.02531 8.04054 + 6 6.56901 6.53406 6.47911 6.41953 6.36683 6.32762 6.30390 6.29369 6.29218 6.29363 + 7 4.84548 4.82572 4.79216 4.75422 4.72121 4.69893 4.68912 4.68957 4.69480 4.69911 + 8 3.33763 3.30829 3.25835 3.20488 3.16865 3.15652 3.16948 3.20272 3.23761 3.25891 + 9 2.07518 2.00026 1.86550 1.71333 1.64650 1.64063 1.69581 1.83646 1.96232 2.03244 + 10 1.23330 1.05190 0.662227 0.00000 0.00000 0.00000 0.00000 0.649551 1.03067 1.20773 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 30 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -17.7184 -17.7260 -17.7413 -17.7607 -17.7815 -17.8015 -17.8196 -17.8361 -17.8524 -17.8714 + 2 -17.7250 -17.2758 -17.6779 -18.1928 -18.7028 -19.0890 -19.0701 -18.7434 -18.3162 -17.9645 + 3 -17.7576 -17.7383 -18.3276 -19.1583 -20.3233 -21.8986 -21.5436 -20.2624 -19.2752 -18.0558 + 4 -17.8030 -17.9009 -18.3804 -18.9984 -19.7693 -20.6409 -20.5481 -19.9130 -19.3101 -18.1216 + 5 -17.8551 -17.9347 -18.1636 -18.4529 -18.7595 -19.0100 -19.0691 -18.9779 -18.7918 -18.1545 + 6 -17.9073 -17.8528 -17.9399 -18.0670 -18.1970 -18.3013 -18.3563 -18.3660 -18.3388 -18.1675 + 7 -17.9619 -17.8104 -17.8349 -17.8967 -17.9600 -18.0120 -18.0455 -18.0623 -18.0844 -18.1741 + 8 -18.0216 -17.8789 -17.8970 -17.9450 -17.9873 -18.0151 -18.0254 -18.0216 -18.0359 -18.1828 + 9 -18.0864 -18.0687 -18.1380 -18.2247 -18.2731 -18.2886 -18.2699 -18.2092 -18.1612 -18.1963 + 10 -18.1536 -18.1703 -18.1862 -18.2004 -18.2108 -18.2174 -18.2201 -18.2191 -18.2161 -18.2124 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 30 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -55.9582 -56.1291 -56.4487 -56.8688 -57.3110 -57.6681 -57.8349 -57.8327 -57.7608 -57.7028 + 2 -55.9281 -56.1898 -56.7055 -57.4446 -58.3205 -59.1018 -59.1860 -58.7863 -58.3783 -58.1436 + 3 -55.5040 -55.8960 -56.7320 -58.1383 -60.3788 -63.9985 -63.1489 -60.4482 -58.9777 -58.3223 + 4 -54.1596 -54.4782 -55.1331 -56.1577 -57.5953 -59.4720 -59.2098 -57.8662 -56.9880 -56.5571 + 5 -52.1717 -52.3487 -52.6906 -53.1656 -53.7039 -54.1616 -54.2546 -54.0723 -53.8562 -53.7237 + 6 -50.0821 -50.1666 -50.3245 -50.5313 -50.7487 -50.9264 -51.0175 -51.0293 -51.0047 -50.9819 + 7 -48.2346 -48.2735 -48.3455 -48.4389 -48.5372 -48.6231 -48.6839 -48.7179 -48.7325 -48.7370 + 8 -46.7889 -46.8074 -46.8419 -46.8872 -46.9362 -46.9820 -47.0195 -47.0463 -47.0629 -47.0708 + 9 -45.8085 -45.8185 -45.8371 -45.8618 -45.8892 -45.9161 -45.9397 -45.9581 -45.9706 -45.9769 + 10 -45.3152 -45.3218 -45.3343 -45.3510 -45.3700 -45.3891 -45.4065 -45.4207 -45.4307 -45.4358 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 30 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 30 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 7430796.4109 CSUB-CGELASTIC = 281.0257 CSUB + CSUB-ELASTIC = 1637923.1116 CSUB-ELASTIC = 4.6935 CSUB + CSUB-INELASTIC = 196729261.3555 CSUB-INELASTIC = 14220.5722 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 256432500.0000 RCHA = 27000.0000 RCHA_0 + CHD = 5954733.5664 CHD = 437.0917 CHD_0 + + TOTAL IN = 468185214.4443 TOTAL IN = 41943.3831 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 317767500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 149625540.3050 CHD = 11943.3831 CHD_0 + + TOTAL OUT = 468185214.4372 TOTAL OUT = 41943.3831 + + IN - OUT = 7.0949E-03 IN - OUT = 6.9344E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 30 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 9.15257E+08 1.52543E+07 2.54238E+05 10593. 29.003 + + +end timestep + + +start timestep kper="31" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 31 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 31 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="31" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="31" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="31" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="31" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="31" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 31 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 31 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 31 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1022 AT TIME STEP 6, STRESS PERIOD 31 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 31 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1018 AT END OF TIME STEP 6, STRESS PERIOD 31 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 31 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 15.4222 14.9912 14.1742 13.6471 13.3733 13.3389 13.5468 14.0167 14.7910 15.1988 + 2 14.3479 13.7353 13.2092 12.8254 12.6061 12.5600 12.6900 12.9935 13.4560 14.0317 + 3 12.9197 12.3229 11.8631 11.5352 11.3375 11.2697 11.3328 11.5280 11.8621 12.3627 + 4 11.0658 10.5463 10.1738 9.91162 9.74276 9.65778 9.64826 9.70087 9.79268 9.88165 + 5 8.46626 8.35576 8.21808 8.09136 7.99291 7.92918 7.89966 7.89796 7.91249 7.92772 + 6 6.46985 6.43495 6.38008 6.32059 6.26794 6.22872 6.20494 6.19463 6.19304 6.19444 + 7 4.76256 4.74300 4.70974 4.67211 4.63929 4.61700 4.60699 4.60713 4.61205 4.61618 + 8 3.27314 3.24440 3.19547 3.14303 3.10738 3.09525 3.10763 3.13983 3.17371 3.19440 + 9 2.02969 1.95658 1.82508 1.67657 1.61127 1.60539 1.65905 1.79603 1.91864 1.98694 + 10 1.20265 1.02574 0.645749 0.00000 0.00000 0.00000 0.00000 0.633071 1.00451 1.17707 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 31 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -18.3012 -18.3092 -18.3247 -18.3443 -18.3652 -18.3852 -18.4033 -18.4195 -18.4356 -18.4543 + 2 -18.3061 -17.8595 -18.2626 -18.7806 -19.2934 -19.6813 -19.6622 -19.3338 -18.9044 -18.5457 + 3 -18.3366 -18.3229 -18.9150 -19.7501 -20.9202 -22.5001 -22.1443 -20.8590 -19.8662 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-56.9050 -57.0759 -57.3955 -57.8157 -58.2579 -58.6150 -58.7818 -58.7796 -58.7077 -58.6497 + 2 -56.8748 -57.1365 -57.6523 -58.3914 -59.2674 -60.0487 -60.1329 -59.7331 -59.3251 -59.0904 + 3 -56.4506 -56.8426 -57.6787 -59.0850 -61.3255 -64.9452 -64.0956 -61.3949 -59.9244 -59.2690 + 4 -55.1059 -55.4245 -56.0794 -57.1041 -58.5417 -60.4184 -60.1562 -58.8126 -57.9344 -57.5034 + 5 -53.1175 -53.2945 -53.6365 -54.1115 -54.6499 -55.1076 -55.2006 -55.0183 -54.8021 -54.6697 + 6 -51.0274 -51.1120 -51.2699 -51.4768 -51.6941 -51.8718 -51.9630 -51.9747 -51.9502 -51.9273 + 7 -49.1794 -49.2183 -49.2904 -49.3838 -49.4821 -49.5680 -49.6289 -49.6629 -49.6774 -49.6819 + 8 -47.7333 -47.7518 -47.7863 -47.8316 -47.8806 -47.9264 -47.9639 -47.9908 -48.0074 -48.0152 + 9 -46.7526 -46.7625 -46.7811 -46.8058 -46.8333 -46.8602 -46.8837 -46.9022 -46.9147 -46.9210 + 10 -46.2591 -46.2657 -46.2782 -46.2949 -46.3138 -46.3330 -46.3504 -46.3646 -46.3745 -46.3797 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 31 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 31 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 7532058.1446 CSUB-CGELASTIC = 274.7357 CSUB + CSUB-ELASTIC = 1639623.4788 CSUB-ELASTIC = 4.6293 CSUB + CSUB-INELASTIC = 201861300.8484 CSUB-INELASTIC = 13937.7327 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 266294250.0000 RCHA = 27000.0000 RCHA_0 + CHD = 6117313.2641 CHD = 450.4607 CHD_0 + + TOTAL IN = 483444545.7359 TOTAL IN = 41667.5584 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 328725000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 153927371.5963 CHD = 11667.5584 CHD_0 + + TOTAL OUT = 483444545.7285 TOTAL OUT = 41667.5584 + + IN - OUT = 7.4243E-03 IN - OUT = 6.7805E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 31 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 9.46814E+08 1.57802E+07 2.63004E+05 10958. 30.003 + + +end timestep + + + LARGEST 20 OF 296 INTERBED STRAIN VALUES SHOWN + + CSUB PACKAGE INTERBED STRAIN SUMMARY + ---------------------------------------------------------------------------------------------------------------------- + INTERBED INTERBED INITIAL FINAL TOTAL PERCENT + NUMBER TYPE CELLID THICKNESS THICKNESS COMPACTION FINAL STRAIN COMPACTION FLAG + ---------------------------------------------------------------------------------------------------------------------- + 222 no-delay (3,3,6) 30.000 30.000 1.0466 3.48869E-02 3.4887 *>=1% + 223 no-delay (3,3,7) 30.000 30.000 1.0313 3.43772E-02 3.4377 *>=1% + 224 no-delay (3,3,8) 30.000 30.000 0.98270 3.27567E-02 3.2757 *>=1% + 221 no-delay (3,3,5) 30.000 30.000 0.98145 3.27151E-02 3.2715 *>=1% + 232 no-delay (3,4,6) 30.000 30.000 0.96511 3.21703E-02 3.2170 *>=1% + 233 no-delay (3,4,7) 30.000 30.000 0.96039 3.20130E-02 3.2013 *>=1% + 213 no-delay (3,2,7) 30.000 30.000 0.96000 3.19999E-02 3.2000 *>=1% + 212 no-delay (3,2,6) 30.000 30.000 0.95848 3.19494E-02 3.1949 *>=1% + 225 no-delay (3,3,9) 30.000 30.000 0.95623 3.18744E-02 3.1874 *>=1% + 214 no-delay (3,2,8) 30.000 30.000 0.95280 3.17600E-02 3.1760 *>=1% + 215 no-delay (3,2,9) 30.000 30.000 0.94546 3.15152E-02 3.1515 *>=1% + 226 no-delay (3,3,10) 30.000 30.000 0.94443 3.14811E-02 3.1481 *>=1% + 211 no-delay (3,2,5) 30.000 30.000 0.94442 3.14806E-02 3.1481 *>=1% + 216 no-delay (3,2,10) 30.000 30.000 0.94123 3.13743E-02 3.1374 *>=1% + 220 no-delay (3,3,4) 30.000 30.000 0.94112 3.13708E-02 3.1371 *>=1% + 234 no-delay (3,4,8) 30.000 30.000 0.93620 3.12068E-02 3.1207 *>=1% + 203 no-delay (3,1,7) 30.000 30.000 0.93568 3.11894E-02 3.1189 *>=1% + 204 no-delay (3,1,8) 30.000 30.000 0.93564 3.11880E-02 3.1188 *>=1% + 205 no-delay (3,1,9) 30.000 30.000 0.93435 3.11449E-02 3.1145 *>=1% + 206 no-delay (3,1,10) 30.000 30.000 0.93330 3.11101E-02 3.1110 *>=1% + ---------------------------------------------------------------------------------------------------------------------- + + + + PERCENT COMPACTION IS GREATER THAN OR EQUAL TO 1 PERCENT IN 100 OF 296 INTERBED(S). + USE THE STRAIN_CSV_INTERBED OPTION TO OUTPUT A CSV FILE WITH PERCENT COMPACTION + VALUES FOR ALL INTERBEDS. + + COARSE-GRAINED STORAGE PERCENT COMPACTION WAS LESS THAN 1 PERCENT IN ALL CELLS diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_sub03a.nam b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_sub03a.nam new file mode 100644 index 000000000..cffb2eabe --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_sub03a.nam @@ -0,0 +1,17 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. +BEGIN options +END options + +BEGIN packages + DIS6 csub_sub03a.dis dis + IC6 csub_sub03a.ic ic + NPF6 csub_sub03a.npf npf + STO6 csub_sub03a.sto sto + RCH6 csub_sub03a.rcha rcha_0 + WEL6 csub_sub03a.wel wel_0 + CHD6 csub_sub03a.chd chd_0 + DRN6 csub_sub03a.drn drn_0 + CSUB6 csub_sub03a.csub csub + OC6 csub_sub03a.oc oc +END packages + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_sub03a.npf b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_sub03a.npf new file mode 100644 index 000000000..693e2d8d6 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_sub03a.npf @@ -0,0 +1,29 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. +BEGIN options +END options + +BEGIN griddata + icelltype LAYERED + CONSTANT 0 + CONSTANT 0 + CONSTANT 0 + k LAYERED + CONSTANT 20.00000000 + INTERNAL FACTOR 1.0 + 20.00000000 20.00000000 20.00000000 20.00000000 20.00000000 20.00000000 20.00000000 20.00000000 20.00000000 20.00000000 + 20.00000000 0.01000000 0.01000000 0.01000000 0.01000000 0.01000000 0.01000000 0.01000000 0.01000000 20.00000000 + 20.00000000 0.01000000 0.01000000 0.01000000 0.01000000 0.01000000 0.01000000 0.01000000 0.01000000 20.00000000 + 20.00000000 0.01000000 0.01000000 0.01000000 0.01000000 0.01000000 0.01000000 0.01000000 0.01000000 20.00000000 + 20.00000000 0.01000000 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new file mode 100644 index 000000000..4ae8d2e34 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_sub03a.oc @@ -0,0 +1,14 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. +BEGIN options + BUDGET FILEOUT csub_sub03a.cbc + HEAD FILEOUT csub_sub03a.hds + HEAD PRINT_FORMAT COLUMNS 10 WIDTH 15 DIGITS 6 GENERAL +END options + +BEGIN period 1 + SAVE HEAD LAST + SAVE BUDGET LAST + PRINT HEAD LAST + PRINT BUDGET LAST +END period 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_sub03a.rcha b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_sub03a.rcha new file mode 100644 index 000000000..d31ef1800 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/csub_sub03a.rcha @@ -0,0 +1,50 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. +BEGIN options + READASARRAYS 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b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.chd new file mode 100644 index 000000000..487e3f6bf --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.chd @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. +BEGIN options +END options + +BEGIN dimensions + MAXBOUND 4 +END dimensions + +BEGIN period 1 + 1 10 4 0.00000000E+00 + 1 10 5 0.00000000E+00 + 1 10 6 0.00000000E+00 + 1 10 7 0.00000000E+00 +END period 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.compaction.gridbin b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.compaction.gridbin new file mode 100644 index 000000000..a86241c6b Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.compaction.gridbin differ diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.csub b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.csub new file mode 100644 index 000000000..72cef707b --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.csub @@ -0,0 +1,328 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. +BEGIN options + BOUNDNAMES + PRINT_INPUT + SAVE_FLOWS + GAMMAW 9806.65000000 + BETA 0.00000000 + HEAD_BASED + SPECIFIED_INITIAL_INTERBED_STATE + EFFECTIVE_STRESS_LAG + STRAIN_CSV_INTERBED FILEOUT csub_sub03a.ib.strain.csv + STRAIN_CSV_COARSE FILEOUT csub_sub03a.sk.strain.csv + COMPACTION FILEOUT csub_sub03a.compaction.gridbin + OBS6 FILEIN 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+1,12 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. +BEGIN options + DIGITS 10 + PRINT_INPUT +END options + +BEGIN continuous FILEOUT csub_obs.csv + tcomp1 interbed-compaction 01_05_05 + tcomp2 interbed-compaction 02_05_05 + tcomp3 interbed-compaction 03_05_05 +END continuous FILEOUT csub_obs.csv + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.dis b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.dis new file mode 100644 index 000000000..2ac4be7b6 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.dis @@ -0,0 +1,23 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. +BEGIN options +END options + +BEGIN dimensions + NLAY 3 + NROW 10 + NCOL 10 +END dimensions + +BEGIN griddata + delr + CONSTANT 1000.00000000 + delc + CONSTANT 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a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.ims b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.ims new file mode 100644 index 000000000..116ccfd80 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.ims @@ -0,0 +1,21 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. +BEGIN options + PRINT_OPTION summary +END options + +BEGIN nonlinear + OUTER_DVCLOSE 1.00000000E-09 + OUTER_MAXIMUM 500 + UNDER_RELAXATION none +END nonlinear + +BEGIN linear + INNER_MAXIMUM 300 + INNER_DVCLOSE 1.00000000E-09 + inner_rclose 1.00000000E-06 + LINEAR_ACCELERATION cg + RELAXATION_FACTOR 1.00000000 + SCALING_METHOD none + REORDERING_METHOD none +END linear + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.lst b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.lst new file mode 100644 index 000000000..4bd287b36 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.lst @@ -0,0 +1,6111 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + GROUNDWATER FLOW MODEL (GWF) + VERSION 6.4.2 06/28/2023 + ***DEVELOP MODE*** + + MODFLOW 6 compiled Oct 4 2023 09:03:27 with GCC version 11.3.0 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: -fdiagnostics-color=always -cpp -I +src/libmf6core.a.p -I src -I ../mf6.4.2_linux/src -I src/libmf6_external.a.p +-imultiarch x86_64-linux-gnu -D _FILE_OFFSET_BITS=64 -D __linux__ +-mtune=generic -march=x86-64 -O2 -Wall -Wpedantic -Wcharacter-truncation +-Wno-unused-dummy-argument -Wno-intrinsic-shadow -Wno-maybe-uninitialized +-Wno-uninitialized -std=f2008 -fall-intrinsics -ffpe-summary=overflow +-ffpe-trap=overflow,zero,invalid -fPIC -J src/libmf6core.a.p +-fpre-include=/usr/include/finclude/math-vector-fortran.h + +System command used to initiate simulation: +/home/mreno/.clone/usgs/w/netcdf/2/modflow6/bin/rebuilt/mf6 + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/CSUB_SUB03A/DIS + + + NPF -- NODE PROPERTY FLOW PACKAGE, VERSION 1, 3/30/2015 INPUT READ FROM MEMPATH: __INPUT__/CSUB_SUB03A/NPF + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 3 + NROW = 10 + NCOL = 10 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + End Setting Discretization Griddata + + Setting NPF Options + End Setting NPF Options + + Setting NPF Griddata + ICELLTYPE set from input file + K set from input file + K33 set from input file + K22 not provided. Setting K22 = K. + End Setting NPF Griddata + + + WEL -- WEL PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM UNIT 1008 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + + PROCESSING WEL OPTIONS + LISTS OF WEL CELLS WILL BE PRINTED. + WEL FLOWS WILL BE PRINTED TO LISTING FILE. + END OF WEL OPTIONS + + PROCESSING WEL DIMENSIONS + MAXBOUND = 4 + END OF WEL DIMENSIONS + + RCH -- RCH PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM UNIT 1009 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + + PROCESSING RCH OPTIONS + RECHARGE INPUT WILL BE READ AS ARRAY(S). + END OF RCHA OPTIONS + + CHD -- CHD PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM UNIT 1010 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + + PROCESSING CHD OPTIONS + END OF CHD OPTIONS + + PROCESSING CHD DIMENSIONS + MAXBOUND = 4 + END OF CHD DIMENSIONS + + IC -- INITIAL CONDITIONS PACKAGE, VERSION 8, 3/28/2015 INPUT READ FROM UNIT 1006 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + PROCESSING GRIDDATA + + INITIAL HEAD = 0.000000 + END PROCESSING GRIDDATA + + STO -- STORAGE PACKAGE, VERSION 1, 5/19/2014 INPUT READ FROM UNIT 1005 + + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + PROCESSING STORAGE OPTIONS + STORAGECOEFFICIENT OPTION: + Read storage coefficient rather than specific storage + END OF STORAGE OPTIONS + PROCESSING GRIDDATA + + ICONVERT = 0 FOR LAYER 1 + + ICONVERT = 0 FOR LAYER 2 + + ICONVERT = 0 FOR LAYER 3 + + SPECIFIC STORAGE = 0.000000 + + SPECIFIC YIELD = 0.1000000 FOR LAYER 1 + + SPECIFIC YIELD = 0.000000 FOR LAYER 2 + + SPECIFIC YIELD = 0.000000 FOR LAYER 3 + END PROCESSING GRIDDATA + + CSUB -- COMPACTION PACKAGE, VERSION 1, 12/15/2019 INPUT READ FROM UNIT 1011 + + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + PROCESSING CSUB OPTIONS + CSUB BOUNDARIES HAVE NAMES IN LAST COLUMN. + LISTS OF CSUB CELLS WILL BE PRINTED. + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + + OPENED csub_sub03a.ib.strain.csv + FILE TYPE:CSV_OUTPUT UNIT 1015 STATUS:REPLACE + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READWRITE + + CSUB INTERBED STRAIN CSV WILL BE SAVED TO FILE: csub_sub03a.ib.strain.csv + OPENED ON UNIT: 1015 + + OPENED csub_sub03a.sk.strain.csv + FILE TYPE:CSV_OUTPUT UNIT 1016 STATUS:REPLACE + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READWRITE + + CSUB COARSE STRAIN CSV WILL BE SAVED TO FILE: csub_sub03a.sk.strain.csv + OPENED ON UNIT: 1016 + + OPENED csub_sub03a.compaction.gridbin + FILE TYPE:DATA(BINARY) UNIT 1017 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + CSUB COMPACTION WILL BE SAVED TO FILE: csub_sub03a.compaction.gridbin + OPENED ON UNIT: 1017 + + OPENED csub_sub03a.csub.obs + FILE TYPE:OBS UNIT 1018 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + END OF CSUB OPTIONS + + + CSUB PACKAGE SETTINGS + NUMBER OF DELAY CELLS = 19 + HEAD-BASED FORMULATION + ELASTIC AND INELASTIC SPECIFIC STORAGE COEFFICIENTS WILL BE + SPECIFIED + THICKNESS AND VOID RATIO WILL NOT BE ADJUSTED DURING THE + SIMULATION + INTERBED THICKNESS WILL BE SPECIFIED AS A THICKNESS + PRECONSOLIDATION HEAD WILL BE SPECIFIED AS ABSOLUTE VALUES + INSTEAD OF RELATIVE TO INITIAL HEAD CONDITIONS + DELAY INTERBED HEADS WILL BE SPECIFIED AS ABSOLUTE VALUES INSTEAD + OF RELATIVE TO INITIAL GWF HEADS + EFFECTIVE_STRESS_LAG HAS BEEN SPECIFIED BUT HAS NO EFFECT WHEN + USING THE HEAD-BASED FORMULATION (HEAD_BASED HAS BEEN SPECIFIED + IN THE OPTIONS BLOCK) + GAMMAW = 9806.6499999999996 + BETA = 0.0000000000000000 + GAMMAW * BETA = 0.0000000000000000 + + PROCESSING CSUB DIMENSIONS + NINTERBEDS = 296 + END OF CSUB DIMENSIONS + +The observation utility is active for "CSUB" + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + +Processing observation options: + +Text output number of digits of precision set to: 10 +The PRINT_INPUT option has been specified. + + + OBSERVATIONS READ FROM FILE "csub_sub03a.csub.obs" + ---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + NAME TYPE TIME LOCATION DATA OUTPUT FILENAME + ---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + TCOMP1 CONTINUOUS INTERBED-COMPACTION ALL TIMES " 01_05_05" csub_obs.csv + TCOMP2 CONTINUOUS INTERBED-COMPACTION ALL TIMES " 02_05_05" csub_obs.csv + TCOMP3 CONTINUOUS INTERBED-COMPACTION ALL TIMES " 03_05_05" csub_obs.csv + ---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + + CG_SKE_CR = 0.3000000E-05 FOR LAYER 1 + + CG_SKE_CR = 0.000000 FOR LAYER 2 + + CG_SKE_CR = 0.3000000E-05 FOR LAYER 3 + + CG_THETA = 0.2000000 + + PROCESSING CSUB PACKAGEDATA + END OF CSUB PACKAGEDATA + + CSUB PACKAGE INTERBED DATA + --------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + INTERBED CELLID CDELAY PCS THICK RNB SSV_CC SSV_CR THETA KV H0 BOUNDNAME + --------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + 1 (1,1,1) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_01_01 + 2 (1,1,2) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_01_02 + 3 (1,1,3) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_01_03 + 4 (1,1,4) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_01_04 + 5 (1,1,5) NODELAY -7.00 15.0 1.00 6.000E-04 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6.000E-04 6.000E-06 0.451 - - 03_07_09 + 266 (3,7,10) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_07_10 + 267 (3,8,1) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_08_01 + 268 (3,8,2) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_08_02 + 269 (3,8,3) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_08_03 + 270 (3,8,4) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_08_04 + 271 (3,8,5) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_08_05 + 272 (3,8,6) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_08_06 + 273 (3,8,7) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_08_07 + 274 (3,8,8) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_08_08 + 275 (3,8,9) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_08_09 + 276 (3,8,10) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_08_10 + 277 (3,9,1) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_09_01 + 278 (3,9,2) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_09_02 + 279 (3,9,3) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_09_03 + 280 (3,9,4) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_09_04 + 281 (3,9,5) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_09_05 + 282 (3,9,6) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_09_06 + 283 (3,9,7) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_09_07 + 284 (3,9,8) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_09_08 + 285 (3,9,9) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_09_09 + 286 (3,9,10) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_09_10 + 287 (3,10,1) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_10_01 + 288 (3,10,2) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_10_02 + 289 (3,10,3) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_10_03 + 290 (3,10,4) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_10_04 + 291 (3,10,5) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_10_05 + 292 (3,10,6) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_10_06 + 293 (3,10,7) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_10_07 + 294 (3,10,8) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_10_08 + 295 (3,10,9) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_10_09 + 296 (3,10,10) NODELAY -7.00 30.0 1.00 6.000E-04 6.000E-06 0.451 - - 03_10_10 + --------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + BINARY GRID INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1020 + FILE NAME: csub_sub03a.dis.grb + + OPENED csub_sub03a.dis.grb + FILE TYPE:DATA(BINARY) UNIT 1020 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1021 + FILE NAME: csub_sub03a.cbc + + OPENED csub_sub03a.cbc + FILE TYPE:DATA(BINARY) UNIT 1021 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + HEAD INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1022 + FILE NAME: csub_sub03a.hds + + OPENED csub_sub03a.hds + FILE TYPE:DATA(BINARY) UNIT 1022 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + THE LAST TIME STEP WILL BE SAVED + THE LAST TIME STEP WILL BE SAVED + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + + + PROCESSING STORAGE PERIOD DATA + END PROCESSING STORAGE PERIOD DATA + + + STRESS PERIOD 1 IS STEADY-STATE + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 1, STRESS PERIOD 1 + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 1, STRESS PERIOD 1 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 23.3472 22.9176 22.1026 21.5778 21.3061 21.2732 21.4818 21.9517 22.7254 23.1326 + 2 22.1173 21.5078 20.9853 20.6053 20.3894 20.3456 20.4763 20.7788 21.2391 21.8118 + 3 20.3714 19.7782 19.3229 18.9998 18.8068 18.7425 18.8062 18.9993 19.3300 19.8267 + 4 18.0364 17.5196 17.1506 16.8921 16.7269 16.6448 16.6362 16.6879 16.7775 16.8637 + 5 14.7956 14.6858 14.5488 14.4231 14.3261 14.2642 14.2366 14.2363 14.2514 14.2662 + 6 12.0049 11.9670 11.9077 11.8441 11.7895 11.7515 11.7319 11.7274 11.7314 11.7361 + 7 9.36303 9.33211 9.28132 9.22661 9.18392 9.16242 9.16376 9.18218 9.20546 9.22131 + 8 6.82995 6.76637 6.66082 6.55119 6.48357 6.47194 6.51724 6.60744 6.69851 6.75434 + 9 4.52424 4.35010 4.03926 3.69007 3.54144 3.53584 3.67338 4.01160 4.31396 4.48353 + 10 2.87723 2.45418 1.54536 0.00000 0.00000 0.00000 0.00000 1.53335 2.43408 2.85302 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 1 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 14.7549 14.8172 14.8599 14.8859 14.8968 14.8937 14.8765 14.8445 14.7961 14.7287 + 2 14.4233 16.7839 16.8848 16.7292 16.6282 16.6066 16.6658 16.7841 16.6645 14.3786 + 3 14.0068 16.0340 16.1191 15.9806 15.8858 15.8533 15.8830 15.9578 15.8338 13.9464 + 4 13.5184 14.9555 14.9959 14.8830 14.8014 14.7600 14.7542 14.7667 14.6364 13.4480 + 5 12.9778 13.6205 13.6488 13.5929 13.5447 13.5135 13.4989 13.4928 13.4254 12.9109 + 6 12.4154 12.3190 12.2767 12.2436 12.2160 12.1967 12.1869 12.1861 12.2093 12.3572 + 7 11.8555 11.0540 10.9137 10.8774 10.8550 10.8440 10.8455 10.8636 10.9925 11.8082 + 8 11.3207 9.82943 9.56404 9.49316 9.45763 9.45168 9.47582 9.53679 9.79493 11.2848 + 9 10.8323 8.75596 8.32734 8.14706 8.07207 8.06918 8.13846 8.31318 8.73696 10.8080 + 10 10.4094 10.3205 10.2495 10.1988 10.1728 10.1714 10.1945 10.2423 10.3105 10.3965 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 1 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 13.0452 13.0463 13.0475 13.0483 13.0486 13.0482 13.0472 13.0458 13.0441 13.0428 + 2 13.0202 13.0247 13.0275 13.0286 13.0288 13.0283 13.0271 13.0251 13.0218 13.0172 + 3 12.9605 12.9647 12.9675 12.9686 12.9687 12.9680 12.9667 12.9645 12.9611 12.9568 + 4 12.8711 12.8742 12.8760 12.8767 12.8765 12.8757 12.8745 12.8727 12.8701 12.8671 + 5 12.7619 12.7632 12.7639 12.7640 12.7636 12.7629 12.7621 12.7610 12.7597 12.7583 + 6 12.6449 12.6445 12.6438 12.6430 12.6424 12.6419 12.6416 12.6415 12.6417 12.6420 + 7 12.5327 12.5304 12.5283 12.5266 12.5256 12.5253 12.5256 12.5267 12.5284 12.5305 + 8 12.4375 12.4336 12.4301 12.4277 12.4263 12.4260 12.4269 12.4290 12.4322 12.4359 + 9 12.3711 12.3665 12.3624 12.3595 12.3580 12.3578 12.3590 12.3616 12.3654 12.3700 + 10 12.3419 12.3404 12.3384 12.3366 12.3356 12.3355 12.3362 12.3377 12.3395 12.3410 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 1, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 27000.0000 RCHA = 27000.0000 RCHA_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL IN = 27000.0000 TOTAL IN = 27000.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 27000.0000 CHD = 27000.0000 CHD_0 + + TOTAL OUT = 27000.0000 TOTAL OUT = 27000.0000 + + IN - OUT = 4.2466E-08 IN - OUT = 4.2466E-08 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + + +end timestep + + +start timestep kper="2" kstp="1" mode="normal" + + + END OF FILE DETECTED IN OUTPUT CONTROL. + CURRENT OUTPUT CONTROL SETTINGS WILL BE + REPEATED UNTIL THE END OF THE SIMULATION. + + OUTPUT CONTROL FOR STRESS PERIOD 2 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + PROCESSING STORAGE PERIOD DATA + END PROCESSING STORAGE PERIOD DATA + + + STRESS PERIOD 2 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + --------------------------------------------------- + WEL NO. LAYER ROW COL STRESS RATE + --------------------------------------------------- + 1 3 3 6 -14000.0000 + 2 3 3 7 -8000.00000 + 3 3 4 6 -5000.00000 + 4 3 4 7 -3000.00000 + --------------------------------------------------- + + + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + + CSUB PACKAGE CALCULATED INITIAL INTERBED STRESSES AT THE CELL BOTTOM + --------------------------------------------------------------------------------------------------------------------------- + INTERBED PRECONSOLIDATION + NUMBER CELLID GEOSTATIC STRESS EFFECTIVE STRESS STRESS BOUNDNAME + --------------------------------------------------------------------------------------------------------------------------- + 1 (1,1,1) 200.000000 76.6527642 107.000000 01_01_01 + 2 (1,1,2) 200.000000 77.0823827 107.000000 01_01_02 + 3 (1,1,3) 200.000000 77.8973923 107.000000 01_01_03 + 4 (1,1,4) 200.000000 78.4222189 107.000000 01_01_04 + 5 (1,1,5) 200.000000 78.6938946 107.000000 01_01_05 + 6 (1,1,6) 200.000000 78.7267832 107.000000 01_01_06 + 7 (1,1,7) 200.000000 78.5182026 107.000000 01_01_07 + 8 (1,1,8) 200.000000 78.0483405 107.000000 01_01_08 + 9 (1,1,9) 200.000000 77.2746145 107.000000 01_01_09 + 10 (1,1,10) 200.000000 76.8674125 107.000000 01_01_10 + 11 (1,2,1) 200.000000 77.8827363 107.000000 01_02_01 + 12 (1,2,2) 200.000000 78.4922156 107.000000 01_02_02 + 13 (1,2,3) 200.000000 79.0146684 107.000000 01_02_03 + 14 (1,2,4) 200.000000 79.3946710 107.000000 01_02_04 + 15 (1,2,5) 200.000000 79.6105876 107.000000 01_02_05 + 16 (1,2,6) 200.000000 79.6543829 107.000000 01_02_06 + 17 (1,2,7) 200.000000 79.5236966 107.000000 01_02_07 + 18 (1,2,8) 200.000000 79.2211531 107.000000 01_02_08 + 19 (1,2,9) 200.000000 78.7609429 107.000000 01_02_09 + 20 (1,2,10) 200.000000 78.1881815 107.000000 01_02_10 + 21 (1,3,1) 200.000000 79.6286274 107.000000 01_03_01 + 22 (1,3,2) 200.000000 80.2218115 107.000000 01_03_02 + 23 (1,3,3) 200.000000 80.6771421 107.000000 01_03_03 + 24 (1,3,4) 200.000000 81.0002097 107.000000 01_03_04 + 25 (1,3,5) 200.000000 81.1931984 107.000000 01_03_05 + 26 (1,3,6) 200.000000 81.2574753 107.000000 01_03_06 + 27 (1,3,7) 200.000000 81.1937565 107.000000 01_03_07 + 28 (1,3,8) 200.000000 81.0006639 107.000000 01_03_08 + 29 (1,3,9) 200.000000 80.6700287 107.000000 01_03_09 + 30 (1,3,10) 200.000000 80.1733056 107.000000 01_03_10 + 31 (1,4,1) 200.000000 81.9635951 107.000000 01_04_01 + 32 (1,4,2) 200.000000 82.4803561 107.000000 01_04_02 + 33 (1,4,3) 200.000000 82.8494453 107.000000 01_04_03 + 34 (1,4,4) 200.000000 83.1079482 107.000000 01_04_04 + 35 (1,4,5) 200.000000 83.2731308 107.000000 01_04_05 + 36 (1,4,6) 200.000000 83.3552153 107.000000 01_04_06 + 37 (1,4,7) 200.000000 83.3637721 107.000000 01_04_07 + 38 (1,4,8) 200.000000 83.3120962 107.000000 01_04_08 + 39 (1,4,9) 200.000000 83.2224889 107.000000 01_04_09 + 40 (1,4,10) 200.000000 83.1362556 107.000000 01_04_10 + 41 (1,5,1) 200.000000 85.2044104 107.000000 01_05_01 + 42 (1,5,2) 200.000000 85.3142039 107.000000 01_05_02 + 43 (1,5,3) 200.000000 85.4511649 107.000000 01_05_03 + 44 (1,5,4) 200.000000 85.5769138 107.000000 01_05_04 + 45 (1,5,5) 200.000000 85.6739033 107.000000 01_05_05 + 46 (1,5,6) 200.000000 85.7357573 107.000000 01_05_06 + 47 (1,5,7) 200.000000 85.7634268 107.000000 01_05_07 + 48 (1,5,8) 200.000000 85.7637263 107.000000 01_05_08 + 49 (1,5,9) 200.000000 85.7486064 107.000000 01_05_09 + 50 (1,5,10) 200.000000 85.7337784 107.000000 01_05_10 + 51 (1,6,1) 200.000000 87.9951453 107.000000 01_06_01 + 52 (1,6,2) 200.000000 88.0329896 107.000000 01_06_02 + 53 (1,6,3) 200.000000 88.0923334 107.000000 01_06_03 + 54 (1,6,4) 200.000000 88.1559357 107.000000 01_06_04 + 55 (1,6,5) 200.000000 88.2105296 107.000000 01_06_05 + 56 (1,6,6) 200.000000 88.2485324 107.000000 01_06_06 + 57 (1,6,7) 200.000000 88.2681357 107.000000 01_06_07 + 58 (1,6,8) 200.000000 88.2725733 107.000000 01_06_08 + 59 (1,6,9) 200.000000 88.2686000 107.000000 01_06_09 + 60 (1,6,10) 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STRESS PERIOD 2 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 2 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 2 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 2 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 20.5417 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................................................................................................................................................................ + 1 3.13069 3.16846 3.18893 3.19542 3.19060 3.17635 3.15352 3.12152 3.07844 3.02127 + 2 2.90436 4.72985 4.55924 4.10273 3.64301 3.30633 3.37366 3.72929 3.96631 2.72988 + 3 2.60721 3.91327 3.54398 2.76848 1.64472 0.106536 0.513895 1.83802 2.65867 2.38747 + 4 2.25632 3.13037 2.82372 2.26170 1.53861 0.709713 0.847720 1.51442 1.98988 2.02187 + 5 1.86727 2.27632 2.14679 1.90781 1.64960 1.44266 1.42029 1.53456 1.65711 1.65076 + 6 1.46151 1.43295 1.35445 1.26058 1.16665 1.09628 1.07023 1.08363 1.13140 1.27720 + 7 1.05490 0.552453 0.441989 0.390350 0.347736 0.318986 0.308740 0.318804 0.403174 0.907111 + 8 0.663376 -0.328154 -0.518328 -0.583504 -0.623184 -0.638114 -0.626597 -0.585044 -0.413958 0.552339 + 9 0.302553 -1.12294 -1.43500 -1.58165 -1.64721 -1.65521 -1.60506 -1.47227 -1.17312 0.227588 + 10 -1.338869E-02 -8.067976E-02 -0.135402 -0.175639 -0.197904 -0.202296 -0.188822 -0.157392 -0.111474 -5.298901E-02 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -8.38867 -8.51522 -8.75351 -9.06787 -9.39479 -9.64156 -9.71429 -9.64059 -9.52190 -9.44131 + 2 -8.63858 -8.85074 -9.27847 -9.90498 -10.6603 -11.3283 -11.3183 -10.8492 -10.3980 -10.1446 + 3 -8.84435 -9.18390 -9.92730 -11.2161 -13.3324 -16.8379 -15.8960 -13.1300 -11.6208 -10.9495 + 4 -8.53148 -8.79967 -9.36566 -10.2778 -11.5971 -13.3662 -13.0183 -11.6151 -10.7026 -10.2578 + 5 -7.92476 -8.05874 -8.32336 -8.70012 -9.13564 -9.50066 -9.51970 -9.28562 -9.03911 -8.89409 + 6 -7.40148 -7.45100 -7.54502 -7.67182 -7.81040 -7.91677 -7.94975 -7.91935 -7.86838 -7.83320 + 7 -7.07186 -7.09069 -7.12441 -7.16747 -7.21166 -7.24661 -7.26466 -7.26669 -7.26027 -7.25386 + 8 -6.83195 -6.84264 -6.85987 -6.88072 -6.90175 -6.91941 -6.93127 -6.93693 -6.93784 -6.93626 + 9 -6.66204 -6.66933 -6.67972 -6.69160 -6.70339 -6.71357 -6.72102 -6.72524 -6.72633 -6.72501 + 10 -6.57170 -6.57538 -6.58165 -6.58934 -6.59730 -6.60452 -6.61027 -6.61419 -6.61631 -6.61702 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 2269979.3710 CSUB-CGELASTIC = 1064.1861 CSUB + CSUB-ELASTIC = 1082355.7075 CSUB-ELASTIC = 373.4821 CSUB + CSUB-INELASTIC = 6106626.8415 CSUB-INELASTIC = 22957.7512 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 9888750.0000 RCHA = 27000.0000 RCHA_0 + CHD = 487.7661 CHD = 4.5880 CHD_0 + + TOTAL IN = 19348199.6861 TOTAL IN = 51400.0073 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 10957500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 8390699.6860 CHD = 21400.0073 CHD_0 + + TOTAL OUT = 19348199.6860 TOTAL OUT = 51400.0073 + + IN - OUT = 9.0245E-05 IN - OUT = 5.7125E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 3.16440E+07 5.27400E+05 8790.0 366.25 1.0027 + + +end timestep + + +start timestep kper="3" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 3 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 3 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="3" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="3" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="3" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="3" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="3" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 3 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 3 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 3 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 3 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 3 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 3 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 3 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 20.0980 19.6674 18.8507 18.3240 18.0504 18.0160 18.2237 18.6933 19.4673 19.8748 + 2 18.9320 18.3205 17.7952 17.4120 17.1930 17.1469 17.2767 17.5797 18.0414 18.6160 + 3 17.3174 16.7218 16.2628 15.9354 15.7379 15.6701 15.7331 15.9278 16.2612 16.7607 + 4 15.1829 14.6642 14.2921 14.0301 13.8612 13.7763 13.7668 13.8193 13.9107 13.9990 + 5 12.2097 12.0991 11.9609 11.8334 11.7345 11.6708 11.6419 11.6409 11.6561 11.6715 + 6 9.74915 9.71231 9.65429 9.59167 9.53711 9.49794 9.47616 9.46906 9.47066 9.47401 + 7 7.49324 7.46695 7.42309 7.37497 7.33586 7.31362 7.30999 7.32070 7.33627 7.34712 + 8 5.38823 5.33888 5.25621 5.16956 5.11464 5.10255 5.13428 5.20076 5.26842 5.30974 + 9 3.51568 3.38249 3.14410 2.87588 2.76079 2.75495 2.85845 3.11520 3.34473 3.47312 + 10 2.20152 1.87781 1.18238 0.00000 0.00000 0.00000 0.00000 1.16977 1.85669 2.17607 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 3 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 1.36921 1.39280 1.40114 1.39771 1.38541 1.36637 1.34169 1.31103 1.27264 1.22366 + 2 1.20748 2.72126 2.46952 1.95465 1.43647 1.04820 1.07694 1.41228 1.70509 0.978982 + 3 0.985304 1.95536 1.49304 0.650152 -0.540384 -2.13586 -1.76759 -0.459396 0.429565 0.700382 + 4 0.720030 1.32761 0.940040 0.314628 -0.471675 -1.35405 -1.25228 -0.600594 -6.848490E-02 0.415846 + 5 0.425015 0.726464 0.547079 0.257613 -5.171481E-02 -0.301899 -0.354992 -0.256537 -0.107778 0.140245 + 6 0.116862 0.178838 8.834121E-02 -3.910342E-02 -0.167546 -0.268168 -0.317208 -0.318990 -0.280620 -0.129282 + 7 -0.194925 -0.426951 -0.514332 -0.582494 -0.645287 -0.692861 -0.718551 -0.721596 -0.675308 -0.394472 + 8 -0.500553 -1.11352 -1.25791 -1.32627 -1.37373 -1.39724 -1.39423 -1.36326 -1.24708 -0.651229 + 9 -0.788193 -1.80266 -2.06021 -2.20145 -2.26797 -2.27956 -2.23527 -2.11379 -1.87442 -0.890133 + 10 -1.04525 -1.10100 -1.14741 -1.18258 -1.20313 -1.20912 -1.20056 -1.17737 -1.14294 -1.09916 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 3 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -11.9638 -12.1278 -12.4347 -12.8380 -13.2608 -13.5980 -13.7465 -13.7292 -13.6466 -13.5833 + 2 -12.1935 -12.4467 -12.9490 -13.6710 -14.5278 -15.2896 -15.3560 -14.9418 -14.5244 -14.2862 + 3 -12.2784 -12.6621 -13.4852 -14.8750 -17.0971 -20.6982 -19.8316 -17.1172 -15.6378 -14.9790 + 4 -11.6557 -11.9671 -12.6101 -13.6196 -15.0402 -16.8996 -16.6215 -15.2650 -14.3782 -13.9438 + 5 -10.5421 -10.7132 -11.0450 -11.5068 -12.0299 -12.4721 -12.5506 -12.3563 -12.1320 -11.9958 + 6 -9.39760 -9.47791 -9.62772 -9.82349 -10.0279 -10.1920 -10.2703 -10.2713 -10.2389 -10.2120 + 7 -8.47090 -8.50720 -8.57328 -8.65778 -8.74536 -8.81981 -8.86946 -8.89368 -8.90075 -8.90073 + 8 -7.82423 -7.84154 -7.87186 -7.91015 -7.95034 -7.98645 -8.01419 -8.03216 -8.04152 -8.04458 + 9 -7.43290 -7.44237 -7.45772 -7.47665 -7.49657 -7.51497 -7.52990 -7.54031 -7.54602 -7.54754 + 10 -7.25060 -7.25539 -7.26391 -7.27483 -7.28665 -7.29794 -7.30754 -7.31475 -7.31930 -7.32135 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 3 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 3 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 2531311.6130 CSUB-CGELASTIC = 680.3885 CSUB + CSUB-ELASTIC = 1134077.0721 CSUB-ELASTIC = 117.3617 CSUB + CSUB-INELASTIC = 14522153.4268 CSUB-INELASTIC = 22832.1687 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 19750500.0000 RCHA = 27000.0000 RCHA_0 + CHD = 7923.1328 CHD = 28.7723 CHD_0 + + TOTAL IN = 37945965.2446 TOTAL IN = 50658.6912 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 21915000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 16030965.2444 CHD = 20658.6912 CHD_0 + + TOTAL OUT = 37945965.2444 TOTAL OUT = 50658.6912 + + IN - OUT = 2.6226E-04 IN - OUT = 6.0689E-08 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 3 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 6.32016E+07 1.05336E+06 17556. 731.50 2.0027 + + +end timestep + + +start timestep kper="4" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 4 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 4 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="4" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="4" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="4" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="4" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="4" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 4 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 4 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 4 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 4 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 4 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 4 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 4 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 19.7503 19.3196 18.5028 17.9759 17.7022 17.6678 17.8755 18.3452 19.1192 19.5267 + 2 18.5917 17.9799 17.4544 17.0709 16.8518 16.8056 16.9354 17.2385 17.7004 18.2753 + 3 16.9928 16.3968 15.9375 15.6098 15.4122 15.3443 15.4073 15.6022 15.9357 16.4356 + 4 14.8817 14.3627 13.9904 13.7282 13.5592 13.4742 13.4647 13.5172 13.6088 13.6974 + 5 11.9393 11.8286 11.6902 11.5627 11.4638 11.4000 11.3709 11.3700 11.3851 11.4006 + 6 9.51591 9.47921 9.42139 9.35893 9.30444 9.26520 9.24322 9.23586 9.23720 9.24040 + 7 7.30250 7.27679 7.23372 7.18632 7.14761 7.12532 7.12118 7.13107 7.14580 7.15607 + 8 5.24337 5.19561 5.11534 5.03103 4.97740 4.96527 4.99562 5.05968 5.12490 5.16462 + 9 3.41589 3.28692 3.05578 2.79556 2.68379 2.67791 2.77804 3.02674 3.24898 3.37314 + 10 2.13538 1.82144 1.14691 0.00000 0.00000 0.00000 0.00000 1.13423 1.80021 2.10981 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 4 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -0.134207 -0.119825 -0.118625 -0.127127 -0.142422 -0.162337 -0.185735 -0.212896 -0.245495 -0.286360 + 2 -0.250907 0.972182 0.673614 0.148001 -0.379257 -0.776527 -0.755802 -0.423799 -8.878220E-02 -0.489284 + 3 -0.418811 0.288829 -0.217599 -1.07105 -2.27063 -3.87513 -3.51493 -2.21027 -1.28188 -0.715719 + 4 -0.621738 -0.205533 -0.626522 -1.26118 -2.05583 -2.94658 -2.85238 -2.20456 -1.64364 -0.938952 + 5 -0.848562 -0.639200 -0.836742 -1.13349 -1.45013 -1.70778 -1.76772 -1.67367 -1.51109 -1.14647 + 6 -1.08576 -0.999142 -1.08968 -1.22202 -1.35651 -1.46350 -1.51857 -1.52544 -1.49093 -1.34434 + 7 -1.32742 -1.41508 -1.48376 -1.55423 -1.62170 -1.67453 -1.70552 -1.71452 -1.69031 -1.53804 + 8 -1.56744 -1.92929 -2.03788 -2.10577 -2.15646 -2.18428 -2.18624 -2.16254 -2.08499 -1.72729 + 9 -1.79727 -2.49293 -2.70358 -2.84058 -2.90848 -2.92358 -2.88460 -2.77295 -2.58283 -1.90604 + 10 -2.00664 -2.05290 -2.09227 -2.12289 -2.14142 -2.14792 -2.14236 -2.12467 -2.09815 -2.06464 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 4 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -15.2863 -15.4557 -15.7727 -16.1896 -16.6283 -16.9820 -17.1459 -17.1414 -17.0681 -17.0096 + 2 -15.4274 -15.6864 -16.1989 -16.9345 -17.8070 -18.5850 -18.6665 -18.2649 -17.8562 -17.6221 + 3 -15.3349 -15.7242 -16.5571 -17.9601 -20.1973 -23.8139 -22.9617 -20.2592 -18.7881 -18.1333 + 4 -14.4527 -14.7691 -15.4212 -16.4428 -17.8774 -19.7512 -19.4864 -18.1410 -17.2621 -16.8314 + 5 -13.0142 -13.1896 -13.5294 -14.0019 -14.5374 -14.9924 -15.0830 -14.8988 -14.6815 -14.5489 + 6 -11.5085 -11.5922 -11.7486 -11.9535 -12.1685 -12.3436 -12.4324 -12.4421 -12.4160 -12.3925 + 7 -10.2215 -10.2604 -10.3317 -10.4236 -10.5200 -10.6037 -10.6621 -10.6939 -10.7065 -10.7096 + 8 -9.25604 -9.27520 -9.30967 -9.35400 -9.40143 -9.44523 -9.48035 -9.50474 -9.51897 -9.52491 + 9 -8.62538 -8.63632 -8.65518 -8.67927 -8.70538 -8.73037 -8.75165 -8.76760 -8.77759 -8.78173 + 10 -8.31448 -8.32108 -8.33314 -8.34894 -8.36650 -8.38382 -8.39918 -8.41132 -8.41953 -8.42356 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 4 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 4 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 2775462.6701 CSUB-CGELASTIC = 660.7663 CSUB + CSUB-ELASTIC = 1175862.4150 CSUB-ELASTIC = 112.7720 CSUB + CSUB-INELASTIC = 22730552.5327 CSUB-INELASTIC = 22234.9897 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 29612250.0000 RCHA = 27000.0000 RCHA_0 + CHD = 23291.8562 CHD = 51.3275 CHD_0 + + TOTAL IN = 56317419.4740 TOTAL IN = 50059.8554 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 32872500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 23444919.4737 CHD = 20059.8554 CHD_0 + + TOTAL OUT = 56317419.4737 TOTAL OUT = 50059.8554 + + IN - OUT = 3.0776E-04 IN - OUT = 1.0918E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 4 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 9.47592E+07 1.57932E+06 26322. 1096.8 3.0027 + + +end timestep + + +start timestep kper="5" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 5 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 5 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="5" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="5" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="5" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="5" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="5" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 5 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 5 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 5 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 5 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 5 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 5 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 5 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -1.68852 -1.68867 -1.68893 -1.68924 -1.68956 -1.68984 -1.69004 -1.69015 -1.69019 -1.69019 + 2 -1.65521 -1.65546 -1.65583 -1.65628 -1.65673 -1.65710 -1.65731 -1.65735 -1.65727 -1.65713 + 3 -1.58830 -1.58863 -1.58910 -1.58968 -1.59031 -1.59086 -1.59104 -1.59092 -1.59069 -1.59042 + 4 -1.48743 -1.48772 -1.48808 -1.48853 -1.48901 -1.48946 -1.48970 -1.48973 -1.48964 -1.48945 + 5 -1.35261 -1.35272 -1.35274 -1.35280 -1.35297 -1.35329 -1.35368 -1.35407 -1.35433 -1.35438 + 6 -1.18438 -1.18397 -1.18312 -1.18228 -1.18188 -1.18213 -1.18302 -1.18426 -1.18539 -1.18597 + 7 -0.984604 -0.982368 -0.978802 -0.975320 -0.973359 -0.973647 -0.976147 -0.980057 -0.983880 -0.986168 + 8 -0.760318 -0.752786 -0.740693 -0.728553 -0.721836 -0.722064 -0.729211 -0.741701 -0.754015 -0.761615 + 9 -0.532267 -0.510458 -0.472078 -0.429265 -0.411538 -0.411679 -0.429682 -0.472760 -0.511327 -0.533214 + 10 -0.357011 -0.304495 -0.191740 0.00000 0.00000 0.00000 0.00000 -0.192066 -0.305038 -0.357663 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 5 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -7.23934 -7.25286 -7.26611 -7.27866 -7.28972 -7.29838 -7.30388 -7.30594 -7.30468 -7.30033 + 2 -7.18438 -7.27735 -7.30990 -7.35410 -7.40635 -7.45279 -7.45767 -7.43361 -7.40651 -7.27072 + 3 -7.12038 -7.27090 -7.32440 -7.40857 -7.55039 -7.78632 -7.73179 -7.55457 -7.45331 -7.21782 + 4 -7.04221 -7.20231 -7.24601 -7.30752 -7.39347 -7.51262 -7.49598 -7.40941 -7.35155 -7.13146 + 5 -6.93163 -7.10633 -7.12788 -7.15223 -7.17992 -7.20759 -7.21316 -7.20218 -7.18377 -7.02210 + 6 -6.78411 -7.02065 -7.02916 -7.03748 -7.04615 -7.05327 -7.05694 -7.05744 -7.05350 -6.87184 + 7 -6.61899 -6.59125 -6.61248 -6.65374 -6.69923 -6.74017 -6.77054 -6.78898 -6.79096 -6.69556 + 8 -6.45419 -5.96376 -5.90066 -5.91118 -5.93138 -5.95395 -5.97627 -6.00058 -6.08006 -6.51495 + 9 -6.30446 -5.52793 -5.40972 -5.39411 -5.39781 -5.41066 -5.43133 -5.46732 -5.59642 -6.34728 + 10 -6.17955 -6.15470 -6.13638 -6.12481 -6.12045 -6.12322 -6.13307 -6.15002 -6.17352 -6.20334 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 5 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -18.4913 -18.6611 -18.9785 -19.3957 -19.8348 -20.1892 -20.3542 -20.3511 -20.2788 -20.2208 + 2 -18.5634 -18.8240 -19.3360 -20.0698 -20.9403 -21.7173 -21.7996 -21.4002 -20.9935 -20.7599 + 3 -18.3344 -18.7241 -19.5549 -20.9538 -23.1863 -26.7996 -25.9483 -23.2498 -21.7829 -21.1304 + 4 -17.2628 -17.5792 -18.2293 -19.2476 -20.6784 -22.5498 -22.2855 -20.9430 -20.0674 -19.6390 + 5 -15.5988 -15.7744 -16.1133 -16.5842 -17.1182 -17.5724 -17.6634 -17.4807 -17.2653 -17.1339 + 6 -13.8500 -13.9341 -14.0903 -14.2948 -14.5096 -14.6850 -14.7746 -14.7855 -14.7606 -14.7377 + 7 -12.3242 -12.3627 -12.4336 -12.5255 -12.6223 -12.7070 -12.7668 -12.8002 -12.8144 -12.8186 + 8 -11.1501 -11.1673 -11.2004 -11.2442 -11.2919 -11.3369 -11.3740 -11.4008 -11.4178 -11.4264 + 9 -10.3670 -10.3750 -10.3917 -10.4148 -10.4411 -10.4673 -10.4908 -10.5098 -10.5233 -10.5310 + 10 -9.97921 -9.98512 -9.99650 -10.0121 -10.0302 -10.0487 -10.0659 -10.0803 -10.0906 -10.0961 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 5 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 5 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 3608098.8177 CSUB-CGELASTIC = 708.2398 CSUB + CSUB-ELASTIC = 1538474.7649 CSUB-ELASTIC = 44.7980 CSUB + CSUB-INELASTIC = 32009739.1470 CSUB-INELASTIC = 25882.5664 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 29612250.0000 RCHA = 0.0000 RCHA_0 + CHD = 881184.8329 CHD = 3364.3958 CHD_0 + + TOTAL IN = 67649747.5625 TOTAL IN = 30000.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 43830000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 23819747.5621 CHD = 0.0000 CHD_0 + + TOTAL OUT = 67649747.5621 TOTAL OUT = 30000.0000 + + IN - OUT = 4.1512E-04 IN - OUT = 2.9270E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 5 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 1.26317E+08 2.10528E+06 35088. 1462.0 4.0027 + + +end timestep + + +start timestep kper="6" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 6 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 6 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="6" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="6" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="6" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="6" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="6" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 6 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 6 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 6 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 6 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 6 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 6 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 6 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -1.82788 -1.82814 -1.82860 -1.82915 -1.82972 -1.83020 -1.83054 -1.83072 -1.83077 -1.83075 + 2 -1.79165 -1.79210 -1.79278 -1.79360 -1.79443 -1.79511 -1.79547 -1.79550 -1.79532 -1.79502 + 3 -1.71881 -1.71939 -1.72024 -1.72132 -1.72249 -1.72349 -1.72380 -1.72353 -1.72306 -1.72253 + 4 -1.60900 -1.60946 -1.61013 -1.61097 -1.61188 -1.61268 -1.61306 -1.61303 -1.61279 -1.61243 + 5 -1.46272 -1.46284 -1.46298 -1.46322 -1.46361 -1.46412 -1.46465 -1.46509 -1.46538 -1.46543 + 6 -1.28124 -1.28066 -1.27972 -1.27885 -1.27846 -1.27879 -1.27979 -1.28116 -1.28245 -1.28320 + 7 -1.06700 -1.06463 -1.06079 -1.05699 -1.05479 -1.05501 -1.05762 -1.06177 -1.06586 -1.06837 + 8 -0.826455 -0.818743 -0.805897 -0.792822 -0.785529 -0.785703 -0.793318 -0.806659 -0.819687 -0.827484 + 9 -0.580091 -0.556749 -0.515193 -0.468639 -0.449348 -0.449462 -0.468977 -0.515744 -0.557451 -0.580849 + 10 -0.389481 -0.332255 -0.209271 0.00000 0.00000 0.00000 0.00000 -0.209533 -0.332691 -0.390002 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 6 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -7.72879 -7.75053 -7.77108 -7.78984 -7.80585 -7.81802 -7.82543 -7.82767 -7.82474 -7.81677 + 2 -7.63743 -7.79320 -7.85821 -7.94557 -8.04901 -8.14118 -8.15091 -8.10331 -8.04801 -7.76485 + 3 -7.53362 -7.77120 -7.87733 -8.04425 -8.31682 -8.75568 -8.65467 -8.32464 -8.13131 -7.68155 + 4 -7.41329 -7.62304 -7.70833 -7.83000 -8.00052 -8.22646 -8.19542 -8.03202 -7.91690 -7.55714 + 5 -7.28302 -7.40443 -7.44859 -7.50134 -7.56122 -7.61563 -7.62658 -7.60475 -7.57095 -7.40417 + 6 -7.15702 -7.18953 -7.20922 -7.23014 -7.25205 -7.27002 -7.27928 -7.28048 -7.27385 -7.24703 + 7 -7.05121 -7.04966 -7.05409 -7.05886 -7.06462 -7.06976 -7.07352 -7.07576 -7.07599 -7.10821 + 8 -6.95723 -6.94357 -6.94605 -6.95998 -6.97932 -6.99994 -7.00120 -7.00224 -7.00322 -7.00247 + 9 -6.86276 -6.46369 -6.39518 -6.38117 -6.38427 -6.39707 -6.41800 -6.45195 -6.52992 -6.89531 + 10 -6.78057 -6.76410 -6.75183 -6.74405 -6.74130 -6.74349 -6.75058 -6.76257 -6.77884 -6.79907 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 6 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -21.3092 -21.4791 -21.7966 -22.2140 -22.6533 -23.0078 -23.1728 -23.1696 -23.0973 -23.0392 + 2 -21.3372 -21.5980 -22.1104 -22.8446 -23.7155 -24.4928 -24.5751 -24.1755 -23.7684 -23.5344 + 3 -21.0240 -21.4141 -22.2453 -23.6449 -25.8781 -29.4919 -28.6405 -25.9416 -24.4740 -23.8209 + 4 -19.8361 -20.1527 -20.8032 -21.8219 -23.2532 -25.1249 -24.8606 -23.5178 -22.6417 -22.2129 + 5 -18.0353 -18.2109 -18.5498 -19.0209 -19.5550 -20.0093 -20.1003 -19.9175 -19.7019 -19.5705 + 6 -16.1433 -16.2271 -16.3833 -16.5877 -16.8024 -16.9778 -17.0673 -17.0781 -17.0533 -17.0306 + 7 -14.4823 -14.5209 -14.5920 -14.6838 -14.7805 -14.8650 -14.9245 -14.9577 -14.9717 -14.9759 + 8 -13.1926 -13.2108 -13.2445 -13.2887 -13.3366 -13.3815 -13.4183 -13.4447 -13.4610 -13.4687 + 9 -12.3234 -12.3323 -12.3497 -12.3732 -12.3997 -12.4260 -12.4493 -12.4680 -12.4809 -12.4878 + 10 -11.8892 -11.8953 -11.9070 -11.9229 -11.9411 -11.9598 -11.9770 -11.9912 -12.0013 -12.0066 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 6 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 6 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 3854231.5961 CSUB-CGELASTIC = 661.1842 CSUB + CSUB-ELASTIC = 1548443.1263 CSUB-ELASTIC = 23.4407 CSUB + CSUB-INELASTIC = 41411441.7706 CSUB-INELASTIC = 25641.8568 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 29612250.0000 RCHA = 0.0000 RCHA_0 + CHD = 2180881.0697 CHD = 3673.5184 CHD_0 + + TOTAL IN = 78607247.5627 TOTAL IN = 30000.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 54787500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 23819747.5621 CHD = 0.0000 CHD_0 + + TOTAL OUT = 78607247.5621 TOTAL OUT = 30000.0000 + + IN - OUT = 5.3102E-04 IN - OUT = 2.8554E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 6 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 1.57874E+08 2.63124E+06 43854. 1827.2 5.0027 + + +end timestep + + +start timestep kper="7" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 7 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 7 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="7" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="7" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="7" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="7" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="7" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 7 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 7 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 7 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 7 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 7 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 7 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 7 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -1.96069 -1.96106 -1.96169 -1.96245 -1.96322 -1.96387 -1.96431 -1.96453 -1.96457 -1.96453 + 2 -1.92137 -1.92200 -1.92296 -1.92410 -1.92527 -1.92620 -1.92667 -1.92668 -1.92638 -1.92592 + 3 -1.84212 -1.84293 -1.84414 -1.84566 -1.84730 -1.84869 -1.84909 -1.84869 -1.84798 -1.84720 + 4 -1.72260 -1.72324 -1.72420 -1.72540 -1.72670 -1.72782 -1.72831 -1.72823 -1.72784 -1.72731 + 5 -1.56372 -1.56389 -1.56417 -1.56461 -1.56522 -1.56594 -1.56660 -1.56711 -1.56741 -1.56745 + 6 -1.36739 -1.36673 -1.36575 -1.36490 -1.36459 -1.36505 -1.36620 -1.36774 -1.36919 -1.37008 + 7 -1.13683 -1.13420 -1.13008 -1.12604 -1.12374 -1.12402 -1.12686 -1.13136 -1.13582 -1.13864 + 8 -0.879430 -0.871155 -0.857478 -0.843567 -0.835800 -0.835971 -0.844068 -0.858269 -0.872175 -0.880599 + 9 -0.617049 -0.592500 -0.548518 -0.499132 -0.478649 -0.478740 -0.499405 -0.548981 -0.593121 -0.617777 + 10 -0.413813 -0.353048 -0.222395 0.00000 0.00000 0.00000 0.00000 -0.222628 -0.353444 -0.414295 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 7 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -8.31428 -8.34242 -8.36820 -8.39101 -8.40985 -8.42358 -8.43124 -8.43237 -8.42695 -8.41509 + 2 -8.19275 -8.42172 -8.51609 -8.64078 -8.78842 -8.92005 -8.93397 -8.86600 -8.78315 -8.34189 + 3 -8.05406 -8.38149 -8.53486 -8.77356 -9.15933 -9.77010 -9.63050 -9.17030 -8.89311 -8.23075 + 4 -7.89419 -8.15873 -8.28091 -8.45478 -8.69856 -9.01561 -8.97269 -8.74354 -8.57611 -8.07162 + 5 -7.71962 -7.82780 -7.89084 -7.96824 -8.05603 -8.13361 -8.14924 -8.11800 -8.07069 -7.87717 + 6 -7.54398 -7.49485 -7.52165 -7.55345 -7.58682 -7.61419 -7.62828 -7.63010 -7.62340 -7.67181 + 7 -7.38166 -7.24196 -7.24830 -7.25835 -7.26968 -7.27982 -7.28727 -7.29174 -7.29598 -7.47759 + 8 -7.24375 -7.08999 -7.08941 -7.09157 -7.09445 -7.09769 -7.10173 -7.10538 -7.11102 -7.30978 + 9 -7.13608 -7.02466 -7.02236 -7.02133 -7.02157 -7.02263 -7.02439 -7.02711 -7.03095 -7.17594 + 10 -7.05779 -7.04326 -7.03304 -7.02675 -7.02458 -7.02624 -7.03189 -7.04190 -7.05627 -7.07554 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 7 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -23.8436 -24.0137 -24.3316 -24.7493 -25.1890 -25.5438 -25.7090 -25.7058 -25.6334 -25.5753 + 2 -23.8448 -24.1060 -24.6188 -25.3537 -26.2252 -27.0030 -27.0855 -26.6858 -26.2785 -26.0441 + 3 -23.4800 -23.8705 -24.7024 -26.1029 -28.3370 -31.9516 -31.1004 -28.4011 -26.9330 -26.2794 + 4 -22.2206 -22.5376 -23.1886 -24.2080 -25.6401 -27.5123 -27.2483 -25.9052 -25.0288 -24.5997 + 5 -20.3357 -20.5114 -20.8506 -21.3221 -21.8567 -22.3113 -22.4025 -22.2197 -22.0041 -21.8726 + 6 -18.3559 -18.4396 -18.5958 -18.8004 -19.0154 -19.1910 -19.2806 -19.2916 -19.2668 -19.2443 + 7 -16.6127 -16.6511 -16.7221 -16.8140 -16.9108 -16.9953 -17.0550 -17.0882 -17.1024 -17.1068 + 8 -15.2548 -15.2729 -15.3066 -15.3508 -15.3987 -15.4436 -15.4803 -15.5066 -15.5229 -15.5308 + 9 -14.3373 -14.3467 -14.3645 -14.3882 -14.4148 -14.4409 -14.4641 -14.4824 -14.4949 -14.5013 + 10 -13.8767 -13.8830 -13.8949 -13.9109 -13.9292 -13.9478 -13.9648 -13.9788 -13.9887 -13.9939 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 7 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 7 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 4089110.6072 CSUB-CGELASTIC = 631.4871 CSUB + CSUB-ELASTIC = 1552211.2667 CSUB-ELASTIC = 4.3058 CSUB + CSUB-INELASTIC = 50736554.0804 CSUB-INELASTIC = 25459.5349 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 29612250.0000 RCHA = 0.0000 RCHA_0 + CHD = 3574621.6084 CHD = 3904.6722 CHD_0 + + TOTAL IN = 89564747.5628 TOTAL IN = 30000.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 65745000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 23819747.5621 CHD = 0.0000 CHD_0 + + TOTAL OUT = 89564747.5621 TOTAL OUT = 30000.0000 + + IN - OUT = 6.7571E-04 IN - OUT = 2.7954E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 7 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 1.89432E+08 3.15720E+06 52620. 2192.5 6.0027 + + +end timestep + + +start timestep kper="8" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 8 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 8 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="8" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="8" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="8" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="8" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="8" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 8 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 8 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 8 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 8 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 8 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 8 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 8 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 18.4489 18.0181 17.2011 16.6740 16.4003 16.3658 16.5736 17.0434 17.8176 18.2254 + 2 17.3166 16.7042 16.1782 15.7945 15.5752 15.5290 15.6589 15.9623 16.4247 17.0001 + 3 15.7713 15.1747 14.7150 14.3871 14.1893 14.1214 14.1845 14.3796 14.7137 15.2140 + 4 13.7410 13.2217 12.8491 12.5867 12.4177 12.3326 12.3232 12.3759 12.4677 12.5566 + 5 10.9056 10.7949 10.6567 10.5293 10.4304 10.3667 10.3375 10.3363 10.3514 10.3669 + 6 8.61418 8.57805 8.52110 8.45951 8.40554 8.36630 8.34377 8.33552 8.33598 8.33861 + 7 6.55515 6.53139 6.49130 6.44681 6.40984 6.38753 6.38164 6.38861 6.40034 6.40865 + 8 4.66739 4.62541 4.55443 4.47947 4.43110 4.41896 4.44403 4.49873 4.55465 4.58859 + 9 3.01324 2.90073 2.69861 2.47081 2.37252 2.36664 2.45327 2.66953 2.86274 2.97045 + 10 1.86572 1.59144 1.00209 0.00000 0.00000 0.00000 0.00000 0.989398 1.57019 1.84012 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 8 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -5.58356 -5.58393 -5.59378 -5.60967 -5.62873 -5.64879 -5.66872 -5.68877 -5.71056 -5.73687 + 2 -5.62656 -4.91920 -5.29374 -5.82630 -6.35521 -6.75358 -6.73361 -6.39711 -5.98736 -5.86667 + 3 -5.70443 -5.45241 -6.02781 -6.88704 -8.08720 -9.69133 -9.33243 -8.02501 -7.02957 -6.00346 + 4 -5.80330 -5.71402 -6.18467 -6.82369 -7.61919 -8.51054 -8.41730 -7.76727 -7.15816 -6.12285 + 5 -5.91601 -5.86694 -6.08912 -6.38840 -6.70603 -6.96467 -7.02565 -6.93092 -6.74477 -6.21632 + 6 -6.03418 -5.92050 -6.00726 -6.13965 -6.27480 -6.38285 -6.43931 -6.44789 -6.41803 -6.29509 + 7 -6.15765 -6.02878 -6.06418 -6.13141 -6.19869 -6.25255 -6.28572 -6.29965 -6.30945 -6.37041 + 8 -6.28612 -6.25942 -6.30578 -6.36504 -6.41346 -6.44228 -6.44839 -6.43491 -6.42021 -6.44780 + 9 -6.41630 -6.60596 -6.73026 -6.84700 -6.90828 -6.92429 -6.89366 -6.80369 -6.70046 -6.52648 + 10 -6.54186 -6.57101 -6.59726 -6.61892 -6.63304 -6.63965 -6.63871 -6.63019 -6.61698 -6.60073 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 8 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -26.0265 -26.1971 -26.5162 -26.9357 -27.3773 -27.7338 -27.9002 -27.8977 -27.8256 -27.7676 + 2 -26.0158 -26.2768 -26.7919 -27.5303 -28.4057 -29.1864 -29.2702 -28.8702 -28.4622 -28.2278 + 3 -25.6301 -26.0214 -26.8568 -28.2625 -30.5024 -34.1216 -33.2716 -30.5707 -29.1001 -28.4450 + 4 -24.3395 -24.6575 -25.3118 -26.3358 -27.7729 -29.6492 -29.3865 -28.0427 -27.1645 -26.7337 + 5 -22.4157 -22.5922 -22.9336 -23.4082 -23.9460 -24.4033 -24.4959 -24.3133 -24.0971 -23.9647 + 6 -20.3941 -20.4785 -20.6360 -20.8425 -21.0594 -21.2367 -21.3275 -21.3390 -21.3142 -21.2914 + 7 -18.6119 -18.6508 -18.7228 -18.8159 -18.9139 -18.9995 -19.0600 -19.0937 -19.1080 -19.1122 + 8 -17.2221 -17.2409 -17.2755 -17.3207 -17.3695 -17.4151 -17.4522 -17.4787 -17.4948 -17.5023 + 9 -16.2823 -16.2926 -16.3115 -16.3363 -16.3637 -16.3904 -16.4136 -16.4315 -16.4435 -16.4493 + 10 -15.8098 -15.8166 -15.8291 -15.8458 -15.8647 -15.8836 -15.9007 -15.9146 -15.9242 -15.9291 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 8 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 8 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 4299806.8137 CSUB-CGELASTIC = 562.8048 CSUB + CSUB-ELASTIC = 1560824.5629 CSUB-ELASTIC = 69.6459 CSUB + CSUB-INELASTIC = 58183141.8088 CSUB-INELASTIC = 19837.7823 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 39474000.0000 RCHA = 27000.0000 RCHA_0 + CHD = 3632089.1605 CHD = 159.1819 CHD_0 + + TOTAL IN = 107149862.3459 TOTAL IN = 47629.4149 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.1672 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 5.9011E-02 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 76702500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 29655188.2128 CHD = 17629.1887 CHD_0 + + TOTAL OUT = 107149862.3450 TOTAL OUT = 47629.4149 + + IN - OUT = 8.1009E-04 IN - OUT = 2.1665E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 8 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 2.20990E+08 3.68316E+06 61386. 2557.8 7.0027 + + +end timestep + + +start timestep kper="9" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 9 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 9 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="9" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="9" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="9" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="9" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="9" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 9 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 9 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 9 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 9 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 9 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 9 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 9 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 18.2370 17.8062 16.9892 16.4622 16.1885 16.1542 16.3621 16.8320 17.6062 18.0140 + 2 17.1087 16.4963 15.9703 15.5867 15.3676 15.3216 15.4516 15.7550 16.2174 16.7930 + 3 15.5719 14.9752 14.5156 14.1879 13.9906 13.9235 13.9867 14.1813 14.5151 15.0155 + 4 13.5544 13.0348 12.6623 12.4001 12.2315 12.1470 12.1377 12.1901 12.2818 12.3708 + 5 10.7360 10.6251 10.4868 10.3595 10.2608 10.1972 10.1681 10.1670 10.1822 10.1979 + 6 8.46597 8.42969 8.37273 8.31123 8.25738 8.21823 8.19576 8.18755 8.18810 8.19092 + 7 6.43261 6.40890 6.36912 6.32504 6.28839 6.26617 6.26014 6.26684 6.27834 6.28664 + 8 4.57391 4.53270 4.46319 4.38980 4.34240 4.33038 4.35473 4.40804 4.46259 4.49572 + 9 2.94919 2.83936 2.64197 2.41944 2.32342 2.31763 2.40216 2.61332 2.80190 2.90692 + 10 1.82360 1.55555 0.979520 0.00000 0.00000 0.00000 0.00000 0.967024 1.53462 1.79838 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 9 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -6.54010 -6.54445 -6.55723 -6.57503 -6.59499 -6.61496 -6.63377 -6.65169 -6.67032 -6.69242 + 2 -6.56306 -5.99817 -6.39017 -6.92414 -7.45208 -7.83787 -7.82087 -7.49371 -7.06732 -6.80119 + 3 -6.61578 -6.52359 -7.11920 -7.97703 -9.12414 -9.90293 -9.72381 -9.07288 -8.09941 -6.91174 + 4 -6.68391 -6.76931 -7.26240 -7.90161 -8.66712 -9.07553 -9.02695 -8.76332 -8.21004 -6.99920 + 5 -6.75979 -6.90235 -7.14933 -7.45062 -7.76794 -8.01953 -8.08129 -7.99109 -7.78088 -7.05451 + 6 -6.83446 -6.93275 -7.04697 -7.18143 -7.31700 -7.42520 -7.48159 -7.48843 -7.43049 -7.08826 + 7 -6.90707 -7.01373 -7.07850 -7.14683 -7.21357 -7.26654 -7.28912 -7.29423 -7.29108 -7.11097 + 8 -6.97646 -7.09684 -7.09985 -7.10492 -7.11064 -7.11607 -7.12033 -7.12262 -7.12595 -7.12727 + 9 -7.03872 -7.06367 -7.07430 -7.08842 -7.09700 -7.10013 -7.09751 -7.08775 -7.08061 -7.13621 + 10 -7.08751 -7.09812 -7.10985 -7.12116 -7.12923 -7.13409 -7.13574 -7.13418 -7.13230 -7.13182 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 9 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -28.0732 -28.2440 -28.5634 -28.9834 -29.4254 -29.7823 -29.9492 -29.9470 -29.8751 -29.8172 + 2 -28.0559 -28.3173 -28.8327 -29.5715 -30.4472 -31.2282 -31.3124 -30.9129 -30.5052 -30.2707 + 3 -27.6570 -28.0487 -28.8844 -30.2903 -32.5299 -36.1483 -35.2989 -32.5994 -31.1296 -30.4745 + 4 -26.3481 -26.6665 -27.3212 -28.3455 -29.7826 -31.6583 -31.3961 -30.0532 -29.1756 -28.7448 + 5 -24.4023 -24.5793 -24.9213 -25.3962 -25.9344 -26.3920 -26.4849 -26.3026 -26.0863 -25.9538 + 6 -22.3571 -22.4420 -22.6000 -22.8070 -23.0243 -23.2019 -23.2929 -23.3045 -23.2796 -23.2564 + 7 -20.5516 -20.5910 -20.6635 -20.7569 -20.8552 -20.9411 -21.0017 -21.0354 -21.0495 -21.0534 + 8 -19.1410 -19.1600 -19.1946 -19.2398 -19.2886 -19.3343 -19.3716 -19.3982 -19.4145 -19.4220 + 9 -18.1852 -18.1952 -18.2136 -18.2380 -18.2652 -18.2920 -18.3154 -18.3339 -18.3463 -18.3527 + 10 -17.7046 -17.7112 -17.7235 -17.7401 -17.7589 -17.7779 -17.7952 -17.8094 -17.8193 -17.8244 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 9 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 9 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 4508328.1406 CSUB-CGELASTIC = 561.9468 CSUB + CSUB-ELASTIC = 1587968.0004 CSUB-ELASTIC = 59.9134 CSUB + CSUB-INELASTIC = 65335740.5163 CSUB-INELASTIC = 19455.8494 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 49335750.0000 RCHA = 27000.0000 RCHA_0 + CHD = 3693556.6946 CHD = 171.1214 CHD_0 + + TOTAL IN = 124461343.3518 TOTAL IN = 47248.8309 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 87660000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 36009169.2187 CHD = 17248.8309 CHD_0 + + TOTAL OUT = 124461343.3509 TOTAL OUT = 47248.8309 + + IN - OUT = 9.1955E-04 IN - OUT = 1.5881E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 9 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 2.52547E+08 4.20912E+06 70152. 2923.0 8.0027 + + +end timestep + + +start timestep kper="10" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 10 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 10 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="10" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="10" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="10" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="10" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="10" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 10 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 10 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 10 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 10 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 10 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 10 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 10 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 18.0900 17.6592 16.8424 16.3156 16.0423 16.0082 16.2164 16.6865 17.4610 17.8689 + 2 16.9655 16.3529 15.8271 15.4439 15.2253 15.1797 15.3101 15.6138 16.0763 16.6522 + 3 15.4364 14.8398 14.3806 14.0539 13.8580 13.7916 13.8552 14.0499 14.3834 14.8837 + 4 13.4303 12.9108 12.5389 12.2780 12.1107 12.0272 12.0184 12.0709 12.1624 12.2511 + 5 10.6263 10.5155 10.3779 10.2517 10.1541 10.0914 10.0629 10.0619 10.0770 10.0924 + 6 8.37327 8.33726 8.28093 8.22024 8.16721 8.12872 8.10664 8.09854 8.09895 8.10152 + 7 6.35856 6.33533 6.29625 6.25293 6.21692 6.19513 6.18922 6.19577 6.20695 6.21485 + 8 4.51893 4.47851 4.41008 4.33778 4.29109 4.27927 4.30330 4.35584 4.40954 4.44203 + 9 2.91197 2.80374 2.60906 2.38954 2.29483 2.28913 2.37253 2.58087 2.76689 2.87041 + 10 1.79932 1.53486 0.966505 0.00000 0.00000 0.00000 0.00000 0.954211 1.51426 1.77451 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 10 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -7.31531 -7.32559 -7.34259 -7.36290 -7.38367 -7.40276 -7.41902 -7.43268 -7.44532 -7.45968 + 2 -7.30769 -7.00188 -7.42915 -7.96141 -8.47767 -8.86264 -8.84464 -8.51627 -8.06371 -7.53049 + 3 -7.32132 -7.52133 -8.14489 -8.79303 -9.27243 -10.1326 -9.92378 -9.27202 -8.91048 -7.59422 + 4 -7.34101 -7.74815 -8.25793 -8.49158 -8.80558 -9.24554 -9.18874 -8.86985 -8.63283 -7.62566 + 5 -7.35810 -7.82906 -7.90694 -8.00401 -8.11761 -8.21997 -8.24214 -8.20199 -8.13251 -7.61605 + 6 -7.36257 -7.51901 -7.55594 -7.59953 -7.64510 -7.68297 -7.70298 -7.70582 -7.69349 -7.57480 + 7 -7.35338 -7.30130 -7.31453 -7.33247 -7.35181 -7.36865 -7.38050 -7.38674 -7.39042 -7.51108 + 8 -7.32874 -7.20602 -7.21444 -7.22674 -7.23812 -7.24667 -7.25122 -7.25146 -7.25479 -7.44691 + 9 -7.32734 -7.22544 -7.24737 -7.27574 -7.29135 -7.29623 -7.28996 -7.26903 -7.25407 -7.40848 + 10 -7.34475 -7.35204 -7.36151 -7.37145 -7.37894 -7.38396 -7.38646 -7.38641 -7.38665 -7.38885 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 10 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -30.0279 -30.1987 -30.5180 -30.9378 -31.3796 -31.7362 -31.9028 -31.9005 -31.8285 -31.7705 + 2 -30.0059 -30.2677 -30.7830 -31.5214 -32.3964 -33.1769 -33.2608 -32.8611 -32.4531 -32.2183 + 3 -29.5972 -29.9891 -30.8242 -32.2284 -34.4659 -38.0831 -37.2332 -34.5339 -33.0651 -32.4102 + 4 -28.2742 -28.5927 -29.2465 -30.2688 -31.7036 -33.5779 -33.3150 -31.9721 -31.0952 -30.6651 + 5 -26.3111 -26.4882 -26.8293 -27.3027 -27.8391 -28.2952 -28.3873 -28.2049 -27.9891 -27.8570 + 6 -24.2465 -24.3312 -24.4885 -24.6944 -24.9106 -25.0872 -25.1776 -25.1889 -25.1643 -25.1415 + 7 -22.4215 -22.4604 -22.5321 -22.6248 -22.7224 -22.8077 -22.8679 -22.9015 -22.9159 -22.9203 + 8 -20.9937 -21.0121 -21.0463 -21.0910 -21.1395 -21.1849 -21.2220 -21.2486 -21.2651 -21.2730 + 9 -20.0257 -20.0353 -20.0535 -20.0777 -20.1048 -20.1313 -20.1548 -20.1732 -20.1858 -20.1923 + 10 -19.5389 -19.5454 -19.5576 -19.5741 -19.5928 -19.6117 -19.6290 -19.6431 -19.6530 -19.6582 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 10 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 10 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 4706210.2996 CSUB-CGELASTIC = 529.8806 CSUB + CSUB-ELASTIC = 1600576.7666 CSUB-ELASTIC = 25.9143 CSUB + CSUB-INELASTIC = 72406010.7668 CSUB-INELASTIC = 19295.9725 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 59197500.0000 RCHA = 27000.0000 RCHA_0 + CHD = 3757296.6778 CHD = 177.1248 CHD_0 + + TOTAL IN = 141667594.5107 TOTAL IN = 47028.8922 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 98617500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 42257920.3775 CHD = 17028.8922 CHD_0 + + TOTAL OUT = 141667594.5097 TOTAL OUT = 47028.8922 + + IN - OUT = 1.0373E-03 IN - OUT = 2.6457E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 10 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 2.84105E+08 4.73508E+06 78918. 3288.2 9.0027 + + +end timestep + + +start timestep kper="11" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 11 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 11 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="11" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="11" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="11" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="11" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="11" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 11 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 11 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 11 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 11 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 11 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 11 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 11 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.9937 17.5630 16.7464 16.2200 15.9470 15.9133 16.1217 16.5919 17.3664 17.7743 + 2 16.8719 16.2594 15.7339 15.3514 15.1336 15.0886 15.2192 15.5227 15.9851 16.5608 + 3 15.3488 14.7523 14.2938 13.9679 13.7724 13.7063 13.7701 13.9649 14.2983 14.7983 + 4 13.3510 12.8318 12.4605 12.1999 12.0329 11.9495 11.9407 11.9933 12.0847 12.1732 + 5 10.5565 10.4461 10.3088 10.1827 10.0852 10.0226 9.99407 9.99308 10.0080 10.0232 + 6 8.31369 8.27794 8.22182 8.16128 8.10834 8.06985 8.04771 8.03949 8.03974 8.04213 + 7 6.30976 6.28679 6.24799 6.20492 6.16904 6.14724 6.14118 6.14748 6.15839 6.16606 + 8 4.48143 4.44146 4.37369 4.30203 4.25568 4.24385 4.26751 4.31941 4.37245 4.40449 + 9 2.88564 2.77852 2.58576 2.36837 2.27454 2.26882 2.35134 2.55753 2.74162 2.84404 + 10 1.78154 1.51970 0.956962 0.00000 0.00000 0.00000 0.00000 0.944651 1.49908 1.75670 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 11 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -7.93497 -7.95265 -7.97482 -7.99809 -8.01971 -8.03761 -8.05070 -8.05918 -8.06455 -8.06942 + 2 -7.88889 -7.91499 -8.36578 -8.65537 -8.84283 -9.01285 -9.02111 -8.91523 -8.79220 -8.09324 + 3 -7.85308 -8.38229 -8.57635 -8.91210 -9.49150 -10.4627 -10.2292 -9.48205 -9.02677 -8.09927 + 4 -7.81131 -8.19165 -8.37198 -8.63839 -9.01773 -9.52273 -9.45911 -9.09332 -8.80691 -8.06332 + 5 -7.75516 -7.92281 -8.02755 -8.15193 -8.29283 -8.41622 -8.44347 -8.39622 -8.31285 -7.97475 + 6 -7.69406 -7.65987 -7.70637 -7.76199 -7.81948 -7.86669 -7.89154 -7.89522 -7.88232 -7.88822 + 7 -7.65781 -7.48240 -7.49831 -7.52294 -7.54864 -7.57040 -7.58509 -7.59235 -7.59969 -7.81697 + 8 -7.64576 -7.42749 -7.43756 -7.45600 -7.47222 -7.48345 -7.48827 -7.48685 -7.49255 -7.76703 + 9 -7.65509 -7.49012 -7.51977 -7.56011 -7.58170 -7.58809 -7.57871 -7.54847 -7.52848 -7.73798 + 10 -7.68003 -7.68864 -7.69898 -7.70944 -7.71718 -7.72221 -7.72450 -7.72401 -7.72351 -7.72460 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 11 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -31.8857 -32.0563 -32.3752 -32.7943 -33.2353 -33.5912 -33.7574 -33.7548 -33.6826 -33.6246 + 2 -31.8589 -32.1207 -32.6354 -33.3723 -34.2457 -35.0249 -35.1083 -34.7088 -34.3013 -34.0665 + 3 -31.4398 -31.8314 -32.6651 -34.0676 -36.3040 -39.9205 -39.0700 -36.3704 -34.9016 -34.2473 + 4 -30.1027 -30.4206 -31.0730 -32.0942 -33.5282 -35.4021 -35.1388 -33.7956 -32.9187 -32.4890 + 5 -28.1243 -28.3006 -28.6408 -29.1135 -29.6494 -30.1051 -30.1970 -30.0145 -29.7988 -29.6670 + 6 -26.0451 -26.1292 -26.2860 -26.4914 -26.7072 -26.8835 -26.9737 -26.9851 -26.9605 -26.9380 + 7 -24.2074 -24.2459 -24.3173 -24.4097 -24.5070 -24.5921 -24.6522 -24.6858 -24.7003 -24.7049 + 8 -22.7697 -22.7878 -22.8218 -22.8663 -22.9147 -22.9599 -22.9970 -23.0236 -23.0402 -23.0482 + 9 -21.7950 -21.8045 -21.8226 -21.8467 -21.8736 -21.9001 -21.9234 -21.9418 -21.9544 -21.9611 + 10 -21.3050 -21.3114 -21.3236 -21.3399 -21.3585 -21.3774 -21.3946 -21.4087 -21.4186 -21.4238 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 11 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 11 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 4893582.1292 CSUB-CGELASTIC = 502.5846 CSUB + CSUB-ELASTIC = 1606468.9727 CSUB-ELASTIC = 12.2468 CSUB + CSUB-INELASTIC = 79426462.6204 CSUB-INELASTIC = 19169.4501 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 69059250.0000 RCHA = 27000.0000 RCHA_0 + CHD = 3823719.3730 CHD = 185.2400 CHD_0 + + TOTAL IN = 158809483.0952 TOTAL IN = 46869.5215 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 109575000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 48442308.9618 CHD = 16869.5215 CHD_0 + + TOTAL OUT = 158809483.0940 TOTAL OUT = 46869.5215 + + IN - OUT = 1.1446E-03 IN - OUT = 2.1601E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 11 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 3.15662E+08 5.26104E+06 87684. 3653.5 10.003 + + +end timestep + + +start timestep kper="12" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 12 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 12 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="12" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="12" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="12" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="12" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="12" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 12 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 12 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 12 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 12 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 12 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 12 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 12 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.9209 17.4903 16.6738 16.1474 15.8745 15.8408 16.0493 16.5195 17.2940 17.7019 + 2 16.8010 16.1884 15.6632 15.2809 15.0631 15.0181 15.1487 15.4522 15.9146 16.4902 + 3 15.2813 14.6849 14.2264 13.9004 13.7047 13.6384 13.7022 13.8971 14.2305 14.7305 + 4 13.2878 12.7687 12.3973 12.1366 11.9694 11.8858 11.8769 11.9296 12.0210 12.1094 + 5 10.4988 10.3884 10.2510 10.1249 10.0273 9.96453 9.93589 9.93484 9.94970 9.96489 + 6 8.26254 8.22688 8.17082 8.11028 8.05729 8.01871 7.99645 7.98810 7.98823 7.99051 + 7 6.26653 6.24373 6.20513 6.16220 6.12638 6.10452 6.09829 6.10435 6.11501 6.12249 + 8 4.44731 4.40773 4.34054 4.26944 4.22338 4.21151 4.23480 4.28608 4.33850 4.37014 + 9 2.86112 2.75503 2.56406 2.34867 2.25566 2.24992 2.33158 2.53573 2.71799 2.81937 + 10 1.76467 1.50530 0.947892 0.00000 0.00000 0.00000 0.00000 0.935534 1.48460 1.73973 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 12 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -8.31749 -8.34324 -8.37029 -8.39552 -8.41656 -8.43165 -8.43984 -8.44139 -8.43781 -8.43193 + 2 -8.22764 -8.44037 -8.58009 -8.77680 -9.01165 -9.21373 -9.21762 -9.07877 -8.90368 -8.40841 + 3 -8.15254 -8.47149 -8.73344 -9.14050 -9.80514 -10.8706 -10.6164 -9.78784 -9.25691 -8.38499 + 4 -8.09428 -8.34223 -8.57189 -8.88865 -9.32447 -9.88507 -9.81585 -9.40983 -9.08306 -8.34667 + 5 -8.05262 -8.12979 -8.25397 -8.40199 -8.56653 -8.70810 -8.73976 -8.68636 -8.59271 -8.29030 + 6 -8.02390 -7.90519 -7.95739 -8.02339 -8.09121 -8.14650 -8.17555 -8.17999 -8.16828 -8.22986 + 7 -8.01126 -7.76086 -7.77703 -7.80738 -7.83857 -7.86459 -7.88175 -7.88996 -7.90209 -8.17857 + 8 -8.01696 -7.73930 -7.74917 -7.77283 -7.79322 -7.80678 -7.81186 -7.80908 -7.81821 -8.14370 + 9 -8.03979 -7.83798 -7.87309 -7.92346 -7.95016 -7.95785 -7.94585 -7.90785 -7.88458 -8.12602 + 10 -8.07510 -8.08572 -8.09755 -8.10902 -8.11733 -8.12252 -8.12455 -8.12339 -8.12177 -8.12124 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 12 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -33.6395 -33.8100 -34.1286 -34.5472 -34.9878 -35.3434 -35.5092 -35.5064 -35.4341 -35.3759 + 2 -33.6086 -33.8703 -34.3842 -35.1204 -35.9934 -36.7724 -36.8555 -36.4558 -36.0482 -35.8136 + 3 -33.1818 -33.5730 -34.4065 -35.8090 -38.0454 -41.6619 -40.8112 -38.1113 -36.6423 -35.9880 + 4 -31.8358 -32.1535 -32.8059 -33.8272 -35.2613 -37.1352 -36.8719 -35.5286 -34.6515 -34.2218 + 5 -29.8484 -30.0245 -30.3647 -30.8374 -31.3734 -31.8292 -31.9211 -31.7385 -31.5228 -31.3911 + 6 -27.7607 -27.8446 -28.0013 -28.2067 -28.4225 -28.5989 -28.6892 -28.7006 -28.6761 -28.6537 + 7 -25.9156 -25.9540 -26.0253 -26.1176 -26.2149 -26.3000 -26.3602 -26.3939 -26.4085 -26.4132 + 8 -24.4723 -24.4903 -24.5241 -24.5686 -24.6169 -24.6622 -24.6993 -24.7260 -24.7426 -24.7508 + 9 -23.4938 -23.5032 -23.5212 -23.5453 -23.5722 -23.5987 -23.6221 -23.6405 -23.6532 -23.6598 + 10 -23.0020 -23.0084 -23.0205 -23.0368 -23.0555 -23.0743 -23.0915 -23.1056 -23.1156 -23.1207 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 12 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 12 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 5071725.5242 CSUB-CGELASTIC = 478.2386 CSUB + CSUB-ELASTIC = 1608978.2632 CSUB-ELASTIC = 4.0209 CSUB + CSUB-INELASTIC = 86400712.6213 CSUB-INELASTIC = 19042.4322 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 78921000.0000 RCHA = 27000.0000 RCHA_0 + CHD = 3893443.1195 CHD = 194.8405 CHD_0 + + TOTAL IN = 175895859.5282 TOTAL IN = 46719.5323 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 120532500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 54571185.3946 CHD = 16719.5323 CHD_0 + + TOTAL OUT = 175895859.5268 TOTAL OUT = 46719.5323 + + IN - OUT = 1.3639E-03 IN - OUT = 6.5316E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 12 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 3.47220E+08 5.78700E+06 96450. 4018.8 11.003 + + +end timestep + + +start timestep kper="13" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 13 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 13 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="13" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="13" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="13" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="13" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="13" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 13 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 13 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 13 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 13 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 13 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 13 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 13 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.8527 17.4219 16.6053 16.0789 15.8058 15.7720 15.9803 16.4505 17.2249 17.6328 + 2 16.7333 16.1207 15.5953 15.2127 14.9947 14.9495 15.0800 15.3835 15.8459 16.4216 + 3 15.2151 14.6186 14.1599 13.8335 13.6375 13.5710 13.6347 13.8296 14.1631 14.6632 + 4 13.2243 12.7052 12.3336 12.0726 11.9052 11.8213 11.8124 11.8650 11.9565 12.0450 + 5 10.4396 10.3292 10.1918 10.0655 9.96773 9.90481 9.87606 9.87493 9.88976 9.90494 + 6 8.20936 8.17374 8.11768 8.05712 8.00406 7.96538 7.94300 7.93453 7.93456 7.93677 + 7 6.22106 6.19839 6.15995 6.11717 6.08140 6.05947 6.05307 6.05888 6.06930 6.07664 + 8 4.41110 4.37189 4.30529 4.23477 4.18902 4.17711 4.20001 4.25063 4.30242 4.33367 + 9 2.83491 2.72989 2.54084 2.32759 2.23545 2.22969 2.31043 2.51239 2.69271 2.79299 + 10 1.74655 1.48985 0.938153 0.00000 0.00000 0.00000 0.00000 0.925742 1.46906 1.72151 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 13 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -8.45967 -8.47642 -8.49801 -8.52092 -8.54228 -8.56000 -8.57303 -8.58171 -8.58778 -8.59416 + 2 -8.41998 -8.56271 -8.75539 -9.00001 -9.27563 -9.50529 -9.50545 -9.33823 -9.12015 -8.62859 + 3 -8.39858 -8.66901 -8.98679 -9.45561 -10.1939 -11.3395 -11.0680 -10.1698 -9.57385 -8.65741 + 4 -8.38753 -8.59147 -8.86179 -9.22222 -9.70691 -10.3151 -10.2413 -9.80073 -9.43899 -8.66302 + 5 -8.38528 -8.42657 -8.56621 -8.73470 -8.91972 -9.07704 -9.11255 -9.05382 -8.95161 -8.64205 + 6 -8.38860 -8.23420 -8.29015 -8.36511 -8.44188 -8.50418 -8.53689 -8.54203 -8.53202 -8.60961 + 7 -8.40167 -8.11756 -8.13292 -8.16817 -8.20410 -8.23382 -8.25315 -8.26226 -8.27928 -8.58028 + 8 -8.42784 -8.12378 -8.13264 -8.16073 -8.18471 -8.20029 -8.20562 -8.20179 -8.21456 -8.56255 + 9 -8.46689 -8.25260 -8.29177 -8.35055 -8.38160 -8.39042 -8.37622 -8.33179 -8.30623 -8.55820 + 10 -8.51504 -8.52819 -8.54193 -8.55472 -8.56382 -8.56927 -8.57104 -8.56909 -8.56612 -8.56367 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 13 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -35.2929 -35.4634 -35.7821 -36.2009 -36.6416 -36.9973 -37.1632 -37.1604 -37.0881 -37.0300 + 2 -35.2610 -35.5227 -36.0368 -36.7734 -37.6468 -38.4260 -38.5092 -38.1094 -37.7017 -37.4670 + 3 -34.8321 -35.2234 -36.0572 -37.4602 -39.6972 -43.3141 -42.4635 -39.7634 -38.2942 -37.6397 + 4 -33.4830 -33.8007 -34.4534 -35.4751 -36.9097 -38.7840 -38.5208 -37.1774 -36.3002 -35.8703 + 5 -31.4917 -31.6678 -32.0082 -32.4812 -33.0174 -33.4734 -33.5655 -33.3830 -33.1673 -33.0356 + 6 -29.4000 -29.4839 -29.6407 -29.8462 -30.0622 -30.2387 -30.3291 -30.3406 -30.3162 -30.2938 + 7 -27.5513 -27.5896 -27.6609 -27.7533 -27.8507 -27.9359 -27.9962 -28.0300 -28.0447 -28.0495 + 8 -26.1051 -26.1230 -26.1569 -26.2015 -26.2498 -26.2952 -26.3323 -26.3591 -26.3758 -26.3840 + 9 -25.1248 -25.1341 -25.1522 -25.1763 -25.2033 -25.2298 -25.2532 -25.2717 -25.2843 -25.2910 + 10 -24.6320 -24.6385 -24.6506 -24.6670 -24.6856 -24.7045 -24.7217 -24.7359 -24.7458 -24.7510 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 13 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 13 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 5241732.1848 CSUB-CGELASTIC = 457.6848 CSUB + CSUB-ELASTIC = 1609867.0187 CSUB-ELASTIC = 2.6735 CSUB + CSUB-INELASTIC = 93324579.9598 CSUB-INELASTIC = 18892.8268 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 88782750.0000 RCHA = 27000.0000 RCHA_0 + CHD = 3966926.3193 CHD = 205.5531 CHD_0 + + TOTAL IN = 192925855.4825 TOTAL IN = 46558.7382 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 131490000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 60643681.3487 CHD = 16558.7382 CHD_0 + + TOTAL OUT = 192925855.4809 TOTAL OUT = 46558.7382 + + IN - OUT = 1.5595E-03 IN - OUT = 4.9604E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 13 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 3.78778E+08 6.31296E+06 1.05216E+05 4384.0 12.003 + + +end timestep + + +start timestep kper="14" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 14 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 14 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="14" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="14" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="14" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="14" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="14" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 14 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 14 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 14 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 14 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 14 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 14 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 14 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.7658 17.3350 16.5184 15.9918 15.7186 15.6847 15.8930 16.3631 17.1375 17.5454 + 2 16.6476 16.0350 15.5095 15.1267 14.9085 14.8632 14.9936 15.2971 15.7595 16.3352 + 3 15.1319 14.5354 14.0765 13.7499 13.5536 13.4869 13.5505 13.7455 14.0791 14.5793 + 4 13.1453 12.6261 12.2544 11.9932 11.8255 11.7415 11.7325 11.7851 11.8766 11.9652 + 5 10.3666 10.2562 10.1186 9.99227 9.89435 9.83131 9.80247 9.80130 9.81611 9.83131 + 6 8.14427 8.10867 8.05262 7.99204 7.93893 7.90016 7.87768 7.86910 7.86905 7.87122 + 7 6.16583 6.14328 6.10503 6.06242 6.02672 6.00474 5.99815 6.00371 6.01389 6.02108 + 8 4.36745 4.32866 4.26274 4.19291 4.14753 4.13559 4.15805 4.20792 4.25898 4.28980 + 9 2.80358 2.69982 2.51303 2.30232 2.21122 2.20544 2.28509 2.48448 2.66251 2.76152 + 10 1.72510 1.47154 0.926614 0.00000 0.00000 0.00000 0.00000 0.914156 1.45067 1.69996 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 14 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -8.73339 -8.74551 -8.76378 -8.78475 -8.80559 -8.82417 -8.83941 -8.85159 -8.86238 -8.87458 + 2 -8.71712 -8.78393 -9.02000 -9.30590 -9.61667 -9.87005 -9.86707 -9.67545 -9.42101 -8.93626 + 3 -8.72237 -8.95399 -9.31870 -9.84103 -10.6429 -11.8568 -11.5708 -10.6131 -9.96039 -8.99408 + 4 -8.73904 -8.92052 -9.22506 -9.62334 -10.1503 -10.7992 -10.7216 -10.2515 -9.85867 -9.02819 + 5 -8.76378 -8.79575 -8.94835 -9.13457 -9.33735 -9.50833 -9.54718 -9.48384 -9.37378 -9.03368 + 6 -8.79207 -8.63055 -8.68943 -8.77212 -8.85665 -8.92505 -8.96094 -8.96672 -8.95811 -9.02476 + 7 -8.82732 -8.53709 -8.55147 -8.59090 -8.63095 -8.66388 -8.68510 -8.69506 -8.71640 -9.01562 + 8 -8.87259 -8.56641 -8.57421 -8.60604 -8.63311 -8.65044 -8.65603 -8.65138 -8.66744 -9.01473 + 9 -8.92768 -8.72026 -8.76280 -8.82857 -8.86332 -8.87312 -8.85709 -8.80738 -8.77995 -9.02403 + 10 -8.98897 -9.00476 -9.02051 -9.03472 -9.04467 -9.05041 -9.05191 -9.04914 -9.04475 -9.04025 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 14 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -36.8645 -37.0351 -37.3539 -37.7729 -38.2138 -38.5697 -38.7358 -38.7331 -38.6609 -38.6028 + 2 -36.8326 -37.0943 -37.6087 -38.3457 -39.2195 -39.9990 -40.0824 -39.6826 -39.2748 -39.0401 + 3 -36.4037 -36.7951 -37.6293 -39.0328 -41.2702 -44.8876 -44.0372 -41.3370 -39.8676 -39.2129 + 4 -35.0541 -35.3719 -36.0249 -37.0471 -38.4821 -40.3568 -40.0937 -38.7503 -37.8730 -37.4430 + 5 -33.0618 -33.2380 -33.5786 -34.0519 -34.5884 -35.0447 -35.1369 -34.9545 -34.7387 -34.6070 + 6 -30.9689 -31.0528 -31.2097 -31.4154 -31.6316 -31.8083 -31.8988 -31.9104 -31.8860 -31.8637 + 7 -29.1191 -29.1574 -29.2288 -29.3213 -29.4188 -29.5041 -29.5645 -29.5984 -29.6131 -29.6179 + 8 -27.6720 -27.6899 -27.7239 -27.7685 -27.8169 -27.8623 -27.8995 -27.9263 -27.9431 -27.9514 + 9 -26.6910 -26.7005 -26.7185 -26.7427 -26.7698 -26.7964 -26.8198 -26.8383 -26.8509 -26.8576 + 10 -26.1980 -26.2045 -26.2167 -26.2331 -26.2518 -26.2707 -26.2880 -26.3021 -26.3121 -26.3172 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 14 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 14 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 5404968.9537 CSUB-CGELASTIC = 439.9502 CSUB + CSUB-ELASTIC = 1610966.7943 CSUB-ELASTIC = 3.2213 CSUB + CSUB-INELASTIC = 100185366.8096 CSUB-INELASTIC = 18706.8793 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 98644500.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4044509.5989 CHD = 217.0902 CHD_0 + + TOTAL IN = 209890312.1565 TOTAL IN = 46367.1410 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 142447500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 66650638.0224 CHD = 16367.1410 CHD_0 + + TOTAL OUT = 209890312.1546 TOTAL OUT = 46367.1410 + + IN - OUT = 1.8084E-03 IN - OUT = 4.6789E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 14 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 4.10335E+08 6.83892E+06 1.13982E+05 4749.2 13.003 + + +end timestep + + +start timestep kper="15" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 15 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 15 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="15" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="15" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="15" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="15" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="15" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 15 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 15 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 15 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 15 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 15 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 15 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 15 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.6637 17.2329 16.4162 15.8895 15.6162 15.5823 15.7904 16.2605 17.0349 17.4428 + 2 16.5471 15.9345 15.4089 15.0260 14.8076 14.7621 14.8924 15.1960 15.6584 16.2341 + 3 15.0348 14.4382 13.9791 13.6523 13.4559 13.3890 13.4525 13.6475 13.9812 14.4814 + 4 13.0534 12.5342 12.1623 11.9010 11.7331 11.6489 11.6398 11.6924 11.7840 11.8726 + 5 10.2820 10.1715 10.0340 9.90747 9.80944 9.74630 9.71738 9.71617 9.73097 9.74619 + 6 8.06918 8.03360 7.97757 7.91699 7.86384 7.82500 7.80242 7.79374 7.79361 7.79575 + 7 6.10241 6.07998 6.04194 5.99953 5.96393 5.94190 5.93513 5.94042 5.95034 5.95739 + 8 4.31756 4.27923 4.21408 4.14504 4.10009 4.08811 4.11009 4.15913 4.20938 4.23973 + 9 2.76797 2.66562 2.48138 2.27354 2.18362 2.17782 2.25626 2.45274 2.62820 2.72579 + 10 1.70085 1.45084 0.913569 0.00000 0.00000 0.00000 0.00000 0.901073 1.42991 1.67563 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 15 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -9.09904 -9.10843 -9.12475 -9.14456 -9.16501 -9.18401 -9.20044 -9.21458 -9.22804 -9.24361 + 2 -9.09650 -9.08701 -9.35832 -9.67975 -10.0208 -10.2946 -10.2890 -10.0764 -9.79135 -9.32133 + 3 -9.11780 -9.31078 -9.71487 -10.2835 -11.1403 -12.4122 -12.1142 -11.1055 -10.4034 -9.39686 + 4 -9.15181 -9.31465 -9.64808 -10.0792 -10.6427 -11.3264 -11.2458 -10.7503 -10.3297 -9.44915 + 5 -9.19423 -9.22360 -9.38728 -9.58885 -9.80703 -9.98983 -10.0316 -9.96428 -9.84675 -9.47240 + 6 -9.23972 -9.08112 -9.14257 -9.23194 -9.32321 -9.39690 -9.43555 -9.44192 -9.43409 -9.48014 + 7 -9.29108 -9.00688 -9.02052 -9.06353 -9.10714 -9.14286 -9.16574 -9.17650 -9.20128 -9.48611 + 8 -9.35092 -9.05522 -9.06227 -9.09724 -9.12696 -9.14581 -9.15167 -9.14642 -9.16508 -9.49843 + 9 -9.41874 -9.22956 -9.27517 -9.34671 -9.38458 -9.39522 -9.37769 -9.32371 -9.29449 -9.51889 + 10 -9.49077 -9.50874 -9.52615 -9.54152 -9.55218 -9.55816 -9.55943 -9.55596 -9.55036 -9.54413 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 15 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -38.3674 -38.5380 -38.8569 -39.2761 -39.7172 -40.0733 -40.2395 -40.2369 -40.1647 -40.1067 + 2 -38.3357 -38.5974 -39.1121 -39.8494 -40.7235 -41.5033 -41.5868 -41.1870 -40.7792 -40.5445 + 3 -37.9074 -38.2990 -39.1334 -40.5373 -42.7753 -46.3930 -45.5427 -42.8425 -41.3729 -40.7181 + 4 -36.5584 -36.8763 -37.5296 -38.5521 -39.9876 -41.8626 -41.5996 -40.2562 -39.3788 -38.9487 + 5 -34.5665 -34.7428 -35.0835 -35.5571 -36.0939 -36.5504 -36.6428 -36.4604 -36.2446 -36.1128 + 6 -32.4738 -32.5578 -32.7148 -32.9206 -33.1370 -33.3139 -33.4045 -33.4161 -33.3918 -33.3694 + 7 -30.6241 -30.6625 -30.7339 -30.8265 -30.9242 -31.0096 -31.0701 -31.1040 -31.1187 -31.1235 + 8 -29.1771 -29.1951 -29.2291 -29.2738 -29.3223 -29.3678 -29.4051 -29.4319 -29.4487 -29.4569 + 9 -28.1963 -28.2058 -28.2240 -28.2482 -28.2753 -28.3020 -28.3254 -28.3439 -28.3566 -28.3632 + 10 -27.7034 -27.7099 -27.7221 -27.7386 -27.7573 -27.7763 -27.7936 -27.8077 -27.8177 -27.8228 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 15 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 15 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 5562094.2345 CSUB-CGELASTIC = 423.8550 CSUB + CSUB-ELASTIC = 1612242.2990 CSUB-ELASTIC = 3.6603 CSUB + CSUB-INELASTIC = 106971958.1497 CSUB-INELASTIC = 18493.0263 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 108506250.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4126450.9013 CHD = 229.2678 CHD_0 + + TOTAL IN = 226778995.5845 TOTAL IN = 46149.8094 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 153405000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 72581821.4502 CHD = 16149.8094 CHD_0 + + TOTAL OUT = 226778995.5824 TOTAL OUT = 46149.8094 + + IN - OUT = 2.0950E-03 IN - OUT = 6.2200E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 15 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 4.41893E+08 7.36488E+06 1.22748E+05 5114.5 14.003 + + +end timestep + + +start timestep kper="16" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 16 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 16 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="16" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="16" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="16" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="16" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="16" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 16 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 16 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 16 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 16 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 16 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 16 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 16 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.5494 17.1186 16.3018 15.7751 15.5018 15.4677 15.6758 16.1459 16.9203 17.3281 + 2 16.4349 15.8223 15.2965 14.9135 14.6949 14.6494 14.7797 15.0832 15.5456 16.1213 + 3 14.9264 14.3298 13.8706 13.5437 13.3470 13.2800 13.3434 13.5384 13.8722 14.3725 + 4 12.9511 12.4319 12.0599 11.7984 11.6304 11.5461 11.5369 11.5896 11.6812 11.7698 + 5 10.1882 10.0777 9.94002 9.81346 9.71534 9.65210 9.62311 9.62187 9.63667 9.65190 + 6 7.98610 7.95053 7.89453 7.83397 7.78080 7.74191 7.71923 7.71045 7.71023 7.71234 + 7 6.03242 6.01013 5.97233 5.93014 5.89466 5.87259 5.86563 5.87063 5.88028 5.88717 + 8 4.26268 4.22484 4.16054 4.09236 4.04788 4.03588 4.05734 4.10548 4.15486 4.18470 + 9 2.72892 2.62810 2.44666 2.24195 2.15333 2.14753 2.22464 2.41796 2.59060 2.68665 + 10 1.67434 1.42822 0.899317 0.00000 0.00000 0.00000 0.00000 0.886790 1.40724 1.64907 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 16 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -9.53333 -9.54101 -9.55610 -9.57518 -9.59540 -9.61465 -9.63182 -9.64716 -9.66230 -9.67999 + 2 -9.53941 -9.45748 -9.75717 -10.1092 -10.4764 -10.7677 -10.7598 -10.5292 -10.2186 -9.76784 + 3 -9.57096 -9.72629 -10.1633 -10.7720 -11.6762 -12.9975 -12.6895 -11.6373 -10.8922 -9.85473 + 4 -9.61622 -9.76163 -10.1194 -10.5790 -11.1741 -11.8877 -11.8046 -11.2873 -10.8420 -9.91887 + 5 -9.67032 -9.69872 -9.87193 -10.0868 -10.3183 -10.5114 -10.5557 -10.4849 -10.3603 -9.95388 + 6 -9.72739 -9.57505 -9.63888 -9.73401 -9.83112 -9.90941 -9.95047 -9.95737 -9.94971 -9.97291 + 7 -9.78980 -9.51651 -9.52978 -9.57583 -9.62253 -9.66067 -9.68501 -9.69651 -9.72383 -9.98931 + 8 -9.85980 -9.58025 -9.58697 -9.62458 -9.65656 -9.67675 -9.68287 -9.67719 -9.69769 -10.0109 + 9 -9.93663 -9.77103 -9.81957 -9.89583 -9.93630 -9.94768 -9.92896 -9.87155 -9.84044 -10.0394 + 10 -10.0163 -10.0358 -10.0544 -10.0706 -10.0818 -10.0879 -10.0890 -10.0850 -10.0786 -10.0711 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 16 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -39.8103 -39.9809 -40.2999 -40.7193 -41.1606 -41.5168 -41.6831 -41.6806 -41.6085 -41.5504 + 2 -39.7790 -40.0407 -40.5556 -41.2932 -42.1676 -42.9476 -43.0312 -42.6314 -42.2236 -41.9889 + 3 -39.3516 -39.7431 -40.5779 -41.9822 -44.2205 -47.8385 -46.9884 -44.2881 -42.8183 -42.1635 + 4 -38.0035 -38.3215 -38.9750 -39.9979 -41.4336 -43.3089 -43.0461 -41.7027 -40.8252 -40.3949 + 5 -36.0124 -36.1888 -36.5298 -37.0035 -37.5406 -37.9973 -38.0897 -37.9074 -37.6916 -37.5597 + 6 -33.9205 -34.0046 -34.1617 -34.3677 -34.5842 -34.7612 -34.8519 -34.8636 -34.8393 -34.8168 + 7 -32.0716 -32.1100 -32.1815 -32.2742 -32.3720 -32.4575 -32.5180 -32.5519 -32.5667 -32.5715 + 8 -30.6252 -30.6433 -30.6773 -30.7221 -30.7707 -30.8162 -30.8535 -30.8804 -30.8971 -30.9054 + 9 -29.6448 -29.6544 -29.6726 -29.6969 -29.7241 -29.7508 -29.7743 -29.7927 -29.8054 -29.8120 + 10 -29.1521 -29.1586 -29.1709 -29.1874 -29.2061 -29.2251 -29.2425 -29.2566 -29.2666 -29.2717 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 16 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 16 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 5713655.3465 CSUB-CGELASTIC = 409.1696 CSUB + CSUB-ELASTIC = 1613657.7675 CSUB-ELASTIC = 4.0084 CSUB + CSUB-INELASTIC = 113675383.6149 CSUB-INELASTIC = 18256.7290 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 118368000.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4212958.7173 CHD = 241.9755 CHD_0 + + TOTAL IN = 243583655.4461 TOTAL IN = 45911.8824 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 164362500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 78428981.3115 CHD = 15911.8824 CHD_0 + + TOTAL OUT = 243583655.4437 TOTAL OUT = 45911.8824 + + IN - OUT = 2.3590E-03 IN - OUT = 6.6833E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 16 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 4.73450E+08 7.89084E+06 1.31514E+05 5479.8 15.003 + + +end timestep + + +start timestep kper="17" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 17 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 17 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="17" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="17" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="17" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="17" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="17" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 17 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 17 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 17 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 17 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 17 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 17 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 17 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.4257 16.9948 16.1780 15.6512 15.3778 15.3437 15.5518 16.0218 16.7962 17.2040 + 2 16.3133 15.7007 15.1749 14.7918 14.5731 14.5275 14.6577 14.9612 15.4237 15.9994 + 3 14.8093 14.2127 13.7534 13.4263 13.2294 13.1623 13.2257 13.4207 13.7546 14.2549 + 4 12.8408 12.3215 11.9494 11.6878 11.5196 11.4352 11.4260 11.4786 11.5703 11.6590 + 5 10.0870 9.97649 9.83881 9.71218 9.61399 9.55067 9.52162 9.52034 9.53513 9.55038 + 6 7.89670 7.86116 7.80520 7.74466 7.69149 7.65255 7.62978 7.62090 7.62060 7.62267 + 7 5.95725 5.93511 5.89756 5.85562 5.82028 5.79817 5.79101 5.79572 5.80508 5.81182 + 8 4.20384 4.16653 4.10314 4.03589 3.99192 3.97990 4.00080 4.04798 4.09644 4.12574 + 9 2.68716 2.58798 2.40951 2.20817 2.12093 2.11511 2.19082 2.38076 2.55041 2.64480 + 10 1.64606 1.40409 0.884110 0.00000 0.00000 0.00000 0.00000 0.871557 1.38306 1.62074 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 17 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -10.0196 -10.0262 -10.0405 -10.0591 -10.0792 -10.0987 -10.1163 -10.1324 -10.1486 -10.1677 + 2 -10.0312 -9.88303 -10.2054 -10.5836 -10.9734 -11.2798 -11.2701 -11.0240 -10.6921 -10.2621 + 3 -10.0693 -10.1895 -10.6539 -11.2973 -12.2425 -13.6058 -13.2893 -12.1999 -11.4176 -10.3564 + 4 -10.1219 -10.2512 -10.6295 -11.1137 -11.7362 -12.4753 -12.3902 -11.8542 -11.3869 -10.4282 + 5 -10.1836 -10.2116 -10.3930 -10.6194 -10.8625 -11.0644 -11.1110 -11.0372 -10.9058 -10.4709 + 6 -10.2482 -10.1033 -10.1693 -10.2694 -10.3716 -10.4539 -10.4971 -10.5044 -10.4964 -10.4972 + 7 -10.3179 -10.0573 -10.0706 -10.1192 -10.1686 -10.2088 -10.2344 -10.2466 -10.2757 -10.5204 + 8 -10.3945 -10.1332 -10.1400 -10.1799 -10.2138 -10.2351 -10.2415 -10.2355 -10.2572 -10.5481 + 9 -10.4772 -10.3368 -10.3882 -10.4683 -10.5109 -10.5229 -10.5033 -10.4432 -10.4101 -10.5817 + 10 -10.5618 -10.5823 -10.6016 -10.6184 -10.6298 -10.6361 -10.6371 -10.6328 -10.6259 -10.6176 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 17 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -41.1999 -41.3706 -41.6897 -42.1092 -42.5506 -42.9070 -43.0734 -43.0709 -42.9988 -42.9408 + 2 -41.1690 -41.4307 -41.9457 -42.6835 -43.5582 -44.3384 -44.4222 -44.0224 -43.6145 -43.3798 + 3 -40.7424 -41.1341 -41.9690 -43.3736 -45.6123 -49.2306 -48.3805 -45.6802 -44.2103 -43.5554 + 4 -39.3954 -39.7135 -40.3672 -41.3903 -42.8264 -44.7019 -44.4392 -43.0957 -42.2182 -41.7878 + 5 -37.4054 -37.5818 -37.9229 -38.3968 -38.9341 -39.3910 -39.4835 -39.3012 -39.0854 -38.9534 + 6 -35.3144 -35.3986 -35.5558 -35.7619 -35.9785 -36.1556 -36.2464 -36.2581 -36.2338 -36.2113 + 7 -33.4663 -33.5048 -33.5764 -33.6692 -33.7670 -33.8526 -33.9132 -33.9472 -33.9619 -33.9667 + 8 -32.0207 -32.0388 -32.0729 -32.1178 -32.1664 -32.2120 -32.2494 -32.2762 -32.2929 -32.3011 + 9 -31.0408 -31.0504 -31.0687 -31.0931 -31.1203 -31.1470 -31.1705 -31.1890 -31.2016 -31.2082 + 10 -30.5482 -30.5548 -30.5671 -30.5836 -30.6025 -30.6215 -30.6388 -30.6530 -30.6629 -30.6680 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 17 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 17 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 5860123.8279 CSUB-CGELASTIC = 395.6999 CSUB + CSUB-ELASTIC = 1615183.4767 CSUB-ELASTIC = 4.2811 CSUB + CSUB-INELASTIC = 120288475.6192 CSUB-INELASTIC = 18002.5909 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 128229750.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4304207.7425 CHD = 255.1282 CHD_0 + + TOTAL IN = 260297740.6664 TOTAL IN = 45657.7001 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 175320000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 84185566.5315 CHD = 15657.7001 CHD_0 + + TOTAL OUT = 260297740.6637 TOTAL OUT = 45657.7001 + + IN - OUT = 2.6455E-03 IN - OUT = 7.8615E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 17 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 5.05008E+08 8.41680E+06 1.40280E+05 5845.0 16.003 + + +end timestep + + +start timestep kper="18" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 18 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 18 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="18" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="18" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="18" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="18" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="18" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 18 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 18 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 18 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 18 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 18 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 18 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 18 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.2945 16.8637 16.0468 15.5200 15.2465 15.2124 15.4204 15.8904 16.6648 17.0726 + 2 16.1846 15.5720 15.0462 14.6629 14.4442 14.3984 14.5286 14.8321 15.2946 15.8703 + 3 14.6853 14.0887 13.6293 13.3021 13.1051 13.0378 13.1012 13.2963 13.6301 14.1305 + 4 12.7241 12.2047 11.8326 11.5709 11.4026 11.3181 11.3088 11.3615 11.4531 11.5419 + 5 9.98017 9.86965 9.73194 9.60526 9.50700 9.44362 9.41452 9.41320 9.42798 9.44323 + 6 7.80239 7.76688 7.71098 7.65049 7.59732 7.55833 7.53548 7.52649 7.52610 7.52814 + 7 5.87805 5.85607 5.81880 5.77712 5.74193 5.71980 5.71244 5.71683 5.72590 5.73246 + 8 4.14195 4.10520 4.04276 3.97648 3.93306 3.92102 3.94134 3.98752 4.03500 4.06374 + 9 2.64329 2.54584 2.37050 2.17267 2.08689 2.08107 2.15529 2.34169 2.50820 2.60087 + 10 1.61640 1.37878 0.868160 0.00000 0.00000 0.00000 0.00000 0.855586 1.35772 1.59103 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 18 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -10.5453 -10.5512 -10.5651 -10.5834 -10.6034 -10.6230 -10.6409 -10.6576 -10.6745 -10.6944 + 2 -10.5602 -10.3532 -10.6935 -11.0944 -11.5036 -11.8230 -11.8116 -11.5522 -11.2027 -10.7930 + 3 -10.6025 -10.6909 -11.1781 -11.8516 -12.8321 -14.2312 -13.9077 -12.7864 -11.9718 -10.8919 + 4 -10.6597 -10.7746 -11.1703 -11.6757 -12.3219 -13.0830 -12.9962 -12.4441 -11.9573 -10.9686 + 5 -10.7261 -10.7542 -10.9427 -11.1790 -11.4322 -11.6418 -11.6903 -11.6139 -11.4761 -11.0161 + 6 -10.7955 -10.6582 -10.7264 -10.8308 -10.9373 -11.0231 -11.0681 -11.0758 -11.0670 -11.0469 + 7 -10.8695 -10.6220 -10.6356 -10.6864 -10.7381 -10.7802 -10.8069 -10.8197 -10.8498 -11.0742 + 8 -10.9501 -10.7073 -10.7145 -10.7562 -10.7917 -10.8141 -10.8207 -10.8146 -10.8367 -11.1055 + 9 -11.0363 -10.9204 -10.9746 -11.0577 -11.1021 -11.1147 -11.0943 -11.0322 -10.9970 -11.1420 + 10 -11.1237 -11.1447 -11.1645 -11.1815 -11.1931 -11.1995 -11.2005 -11.1961 -11.1888 -11.1802 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 18 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -42.5416 -42.7123 -43.0315 -43.4510 -43.8926 -44.2491 -44.4156 -44.4132 -44.3411 -44.2831 + 2 -42.5110 -42.7727 -43.2878 -44.0258 -44.9007 -45.6811 -45.7649 -45.3652 -44.9573 -44.7226 + 3 -42.0852 -42.4769 -43.3120 -44.7168 -46.9558 -50.5743 -49.7244 -47.0240 -45.5541 -44.8991 + 4 -40.7391 -41.0572 -41.7111 -42.7345 -44.1708 -46.0465 -45.7839 -44.4404 -43.5628 -43.1324 + 5 -38.7500 -38.9266 -39.2678 -39.7419 -40.2793 -40.7363 -40.8289 -40.6466 -40.4308 -40.2987 + 6 -36.6600 -36.7442 -36.9015 -37.1077 -37.3245 -37.5017 -37.5925 -37.6043 -37.5799 -37.5574 + 7 -34.8127 -34.8513 -34.9229 -35.0158 -35.1137 -35.1994 -35.2600 -35.2940 -35.3087 -35.3134 + 8 -33.3677 -33.3859 -33.4201 -33.4650 -33.5137 -33.5594 -33.5967 -33.6236 -33.6403 -33.6484 + 9 -32.3883 -32.3980 -32.4163 -32.4408 -32.4681 -32.4948 -32.5183 -32.5368 -32.5494 -32.5559 + 10 -31.8959 -31.9025 -31.9149 -31.9314 -31.9503 -31.9693 -31.9867 -32.0008 -32.0108 -32.0159 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 18 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 18 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6001906.9475 CSUB-CGELASTIC = 383.2814 CSUB + CSUB-ELASTIC = 1616794.7823 CSUB-ELASTIC = 4.4913 CSUB + CSUB-INELASTIC = 126805585.5896 CSUB-INELASTIC = 17734.4892 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 138091500.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4400343.1481 CHD = 268.6469 CHD_0 + + TOTAL IN = 276916130.4675 TOTAL IN = 45390.9088 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 186277500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 89846456.3323 CHD = 15390.9088 CHD_0 + + TOTAL OUT = 276916130.4645 TOTAL OUT = 45390.9088 + + IN - OUT = 2.9830E-03 IN - OUT = 7.3450E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 18 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 5.36566E+08 8.94276E+06 1.49046E+05 6210.2 17.003 + + +end timestep + + +start timestep kper="19" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 19 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 19 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="19" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="19" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="19" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="19" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="19" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 19 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 19 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 19 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 19 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 19 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 19 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 19 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.1578 16.7269 15.9100 15.3832 15.1097 15.0755 15.2835 15.7534 16.5278 16.9356 + 2 16.0504 15.4378 14.9119 14.5286 14.3097 14.2639 14.3941 14.6976 15.1601 15.7358 + 3 14.5561 13.9595 13.5001 13.1727 12.9756 12.9083 12.9716 13.1667 13.5006 14.0009 + 4 12.6025 12.0832 11.7110 11.4492 11.2808 11.1962 11.1869 11.2396 11.3313 11.4201 + 5 9.86902 9.75849 9.62076 9.49404 9.39573 9.33229 9.30314 9.30179 9.31655 9.33182 + 6 7.70435 7.66888 7.61303 7.55259 7.49944 7.46042 7.43748 7.42839 7.42791 7.42991 + 7 5.79580 5.77399 5.73699 5.69561 5.66057 5.63841 5.63085 5.63492 5.64368 5.65008 + 8 4.07773 4.04156 3.98010 3.91484 3.87198 3.85993 3.87966 3.92480 3.97128 3.99943 + 9 2.59782 2.50216 2.33006 2.13588 2.05162 2.04578 2.11848 2.30121 2.46447 2.55534 + 10 1.58569 1.35257 0.851646 0.00000 0.00000 0.00000 0.00000 0.839054 1.33148 1.56028 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 19 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -11.1005 -11.1060 -11.1196 -11.1378 -11.1578 -11.1775 -11.1956 -11.2126 -11.2299 -11.2504 + 2 -11.1174 -10.8591 -11.2136 -11.6338 -12.0598 -12.3903 -12.3776 -12.1068 -11.7427 -11.3515 + 3 -11.1621 -11.2228 -11.7289 -12.4283 -13.4393 -14.8689 -14.5395 -13.3910 -12.5485 -11.4533 + 4 -11.2219 -11.3247 -11.7349 -12.2588 -12.9254 -13.7052 -13.6172 -13.0512 -12.5471 -11.5328 + 5 -11.2911 -11.3197 -11.5144 -11.7593 -12.0212 -12.2375 -12.2876 -12.2089 -12.0653 -11.5829 + 6 -11.3629 -11.2334 -11.3036 -11.4117 -11.5221 -11.6108 -11.6574 -11.6656 -11.6557 -11.6162 + 7 -11.4393 -11.2046 -11.2187 -11.2715 -11.3251 -11.3688 -11.3965 -11.4099 -11.4404 -11.6456 + 8 -11.5219 -11.2966 -11.3046 -11.3478 -11.3847 -11.4079 -11.4149 -11.4087 -11.4308 -11.6786 + 9 -11.6097 -11.5166 -11.5734 -11.6589 -11.7047 -11.7178 -11.6969 -11.6332 -11.5959 -11.7164 + 10 -11.6984 -11.7197 -11.7396 -11.7567 -11.7684 -11.7748 -11.7759 -11.7715 -11.7642 -11.7554 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 19 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -43.8395 -44.0103 -44.3295 -44.7492 -45.1909 -45.5475 -45.7140 -45.7116 -45.6396 -45.5816 + 2 -43.8092 -44.0709 -44.5861 -45.3243 -46.1993 -46.9799 -47.0638 -46.6640 -46.2561 -46.0215 + 3 -43.3841 -43.7758 -44.6110 -46.0161 -48.2553 -51.8741 -51.0241 -48.3237 -46.8537 -46.1987 + 4 -42.0388 -42.3569 -43.0110 -44.0346 -45.4711 -47.3469 -47.0844 -45.7409 -44.8632 -44.4327 + 5 -40.0505 -40.2271 -40.5684 -41.0427 -41.5802 -42.0374 -42.1301 -41.9478 -41.7319 -41.5998 + 6 -37.9613 -38.0455 -38.2029 -38.4092 -38.6261 -38.8034 -38.8943 -38.9060 -38.8816 -38.8591 + 7 -36.1147 -36.1533 -36.2250 -36.3180 -36.4159 -36.5016 -36.5623 -36.5963 -36.6110 -36.6157 + 8 -34.6702 -34.6885 -34.7227 -34.7677 -34.8165 -34.8621 -34.8995 -34.9264 -34.9431 -34.9512 + 9 -33.6912 -33.7009 -33.7193 -33.7438 -33.7711 -33.7979 -33.8214 -33.8398 -33.8524 -33.8589 + 10 -33.1989 -33.2055 -33.2179 -33.2345 -33.2534 -33.2724 -33.2898 -33.3039 -33.3139 -33.3190 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 19 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 19 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6139357.2876 CSUB-CGELASTIC = 371.7738 CSUB + CSUB-ELASTIC = 1618471.2498 CSUB-ELASTIC = 4.6497 CSUB + CSUB-INELASTIC = 133222343.2998 CSUB-INELASTIC = 17455.6846 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 147953250.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4501481.7526 CHD = 282.4550 CHD_0 + + TOTAL IN = 293434903.5897 TOTAL IN = 45114.5631 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 197235000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 95407729.4543 CHD = 15114.5631 CHD_0 + + TOTAL OUT = 293434903.5865 TOTAL OUT = 45114.5631 + + IN - OUT = 3.2824E-03 IN - OUT = 6.9941E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 19 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 5.68123E+08 9.46872E+06 1.57812E+05 6575.5 18.003 + + +end timestep + + +start timestep kper="20" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 20 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 20 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="20" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="20" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="20" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="20" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="20" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 20 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 20 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 20 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 20 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 20 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 20 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 20 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.0168 16.5860 15.7691 15.2422 14.9686 14.9344 15.1423 15.6123 16.3866 16.7945 + 2 15.9121 15.2995 14.7736 14.3902 14.1713 14.1254 14.2555 14.5591 15.0215 15.5972 + 3 14.4231 13.8264 13.3669 13.0395 12.8423 12.7749 12.8382 13.0333 13.3672 13.8676 + 4 12.4774 11.9581 11.5858 11.3240 11.1555 11.0708 11.0615 11.1142 11.2059 11.2947 + 5 9.75466 9.64413 9.50638 9.37964 9.28129 9.21781 9.18861 9.18722 9.20197 9.21723 + 6 7.60356 7.56812 7.51234 7.45196 7.39883 7.35978 7.33676 7.32757 7.32699 7.32895 + 7 5.71129 5.68965 5.65295 5.61186 5.57700 5.55482 5.54704 5.55079 5.55924 5.56545 + 8 4.01179 3.97622 3.91579 3.85156 3.80929 3.79722 3.81635 3.86043 3.90587 3.93342 + 9 2.55117 2.45735 2.28858 2.09815 2.01543 2.00959 2.08073 2.25970 2.41962 2.50865 + 10 1.55420 1.32570 0.834718 0.00000 0.00000 0.00000 0.00000 0.822112 1.30459 1.52877 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 20 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -11.6775 -11.6828 -11.6963 -11.7144 -11.7344 -11.7542 -11.7725 -11.7896 -11.8072 -11.8280 + 2 -11.6953 -11.3932 -11.7589 -12.1957 -12.6361 -12.9762 -12.9624 -12.6818 -12.3056 -11.9304 + 3 -11.7411 -11.7783 -12.3001 -13.0219 -14.0592 -15.5148 -15.1806 -14.0087 -13.1420 -12.0337 + 4 -11.8022 -11.8951 -12.3176 -12.8574 -13.5418 -14.3376 -14.2485 -13.6706 -13.1513 -12.1147 + 5 -11.8725 -11.9026 -12.1025 -12.3550 -12.6244 -12.8464 -12.8981 -12.8174 -12.6682 -12.1660 + 6 -11.9455 -11.8235 -11.8957 -12.0070 -12.1207 -12.2121 -12.2600 -12.2685 -12.2572 -12.2002 + 7 -12.0227 -11.8000 -11.8148 -11.8692 -11.9246 -11.9696 -11.9982 -12.0121 -12.0426 -12.2302 + 8 -12.1059 -11.8965 -11.9055 -11.9499 -11.9880 -12.0120 -12.0192 -12.0130 -12.0348 -12.2635 + 9 -12.1940 -12.1208 -12.1802 -12.2674 -12.3144 -12.3279 -12.3067 -12.2419 -12.2025 -12.3013 + 10 -12.2828 -12.3041 -12.3240 -12.3410 -12.3528 -12.3592 -12.3603 -12.3561 -12.3489 -12.3402 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 20 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -45.0973 -45.2681 -45.5874 -46.0071 -46.4489 -46.8056 -46.9722 -46.9698 -46.8978 -46.8398 + 2 -45.0671 -45.3288 -45.8441 -46.5825 -47.4577 -48.2384 -48.3223 -47.9226 -47.5147 -47.2800 + 3 -44.6426 -45.0343 -45.8697 -47.2750 -49.5144 -53.1333 -52.2834 -49.5830 -48.1129 -47.4578 + 4 -43.2979 -43.6161 -44.2703 -45.2941 -46.7308 -48.6068 -48.3443 -47.0008 -46.1230 -45.6925 + 5 -41.3103 -41.4870 -41.8284 -42.3027 -42.8404 -43.2976 -43.3904 -43.2081 -42.9922 -42.8601 + 6 -39.2217 -39.3060 -39.4634 -39.6698 -39.8868 -40.0641 -40.1550 -40.1668 -40.1424 -40.1198 + 7 -37.3756 -37.4142 -37.4860 -37.5790 -37.6771 -37.7628 -37.8235 -37.8575 -37.8722 -37.8768 + 8 -35.9316 -35.9499 -35.9842 -36.0292 -36.0780 -36.1237 -36.1611 -36.1879 -36.2046 -36.2127 + 9 -34.9528 -34.9625 -34.9810 -35.0055 -35.0329 -35.0597 -35.0832 -35.1016 -35.1141 -35.1206 + 10 -34.4605 -34.4672 -34.4795 -34.4962 -34.5151 -34.5341 -34.5515 -34.5656 -34.5756 -34.5807 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 20 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 20 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6272780.8663 CSUB-CGELASTIC = 361.0577 CSUB + CSUB-ELASTIC = 1620195.9267 CSUB-ELASTIC = 4.7651 CSUB + CSUB-INELASTIC = 139535452.5829 CSUB-INELASTIC = 17168.9150 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 157815000.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4607713.1872 CHD = 296.4797 CHD_0 + + TOTAL IN = 309851142.5631 TOTAL IN = 44831.2175 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 208192500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 100866468.4273 CHD = 14831.2175 CHD_0 + + TOTAL OUT = 309851142.5595 TOTAL OUT = 44831.2175 + + IN - OUT = 3.6362E-03 IN - OUT = 9.1451E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 20 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 5.99681E+08 9.99468E+06 1.66578E+05 6940.8 19.003 + + +end timestep + + +start timestep kper="21" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 21 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 21 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="21" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="21" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="21" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="21" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="21" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 21 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 21 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 21 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 21 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 21 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 21 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 21 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 16.8729 16.4420 15.6251 15.0982 14.8246 14.7903 14.9983 15.4682 16.2425 16.6504 + 2 15.7709 15.1583 14.6324 14.2489 14.0299 13.9840 14.1141 14.4176 14.8801 15.4558 + 3 14.2873 13.6906 13.2311 12.9036 12.7063 12.6388 12.7021 12.8972 13.2311 13.7315 + 4 12.3498 11.8304 11.4581 11.1962 11.0277 10.9430 10.9336 10.9862 11.0780 11.1668 + 5 9.63804 9.52751 9.38975 9.26299 9.16460 9.10108 9.07184 9.07042 9.08515 9.10042 + 6 7.50081 7.46542 7.40971 7.34940 7.29630 7.25721 7.23412 7.22482 7.22415 7.22606 + 7 5.62519 5.60374 5.56734 5.52655 5.49187 5.46967 5.46168 5.46510 5.47323 5.47926 + 8 3.94466 3.90970 3.85030 3.78714 3.74547 3.73339 3.75190 3.79489 3.83929 3.86623 + 9 2.50371 2.41177 2.24637 2.05976 1.97862 1.97277 2.04231 2.21747 2.37400 2.46115 + 10 1.52218 1.29838 0.817502 0.00000 0.00000 0.00000 0.00000 0.804883 1.27724 1.49672 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 21 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -12.2699 -12.2753 -12.2887 -12.3069 -12.3269 -12.3467 -12.3651 -12.3823 -12.4000 -12.4209 + 2 -12.2879 -11.9492 -12.3235 -12.7746 -13.2274 -13.5758 -13.5610 -13.2720 -12.8859 -12.5239 + 3 -12.3340 -12.3518 -12.8867 -13.6278 -14.6879 -16.1656 -15.8272 -14.6354 -13.7479 -12.6277 + 4 -12.3953 -12.4807 -12.9135 -13.4672 -14.1669 -14.9765 -14.8865 -14.2984 -13.7656 -12.7090 + 5 -12.4658 -12.4980 -12.7025 -12.9614 -13.2374 -13.4644 -13.5173 -13.4349 -13.2807 -12.7604 + 6 -12.5386 -12.4242 -12.4982 -12.6123 -12.7288 -12.8225 -12.8716 -12.8803 -12.8676 -12.7944 + 7 -12.6155 -12.4040 -12.4197 -12.4755 -12.5323 -12.5785 -12.6079 -12.6223 -12.6524 -12.8240 + 8 -12.6983 -12.5031 -12.5132 -12.5586 -12.5976 -12.6223 -12.6298 -12.6237 -12.6448 -12.8566 + 9 -12.7858 -12.7296 -12.7913 -12.8798 -12.9276 -12.9415 -12.9201 -12.8547 -12.8133 -12.8936 + 10 -12.8738 -12.8950 -12.9147 -12.9316 -12.9433 -12.9498 -12.9510 -12.9469 -12.9400 -12.9315 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 21 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -46.3179 -46.4887 -46.8080 -47.2278 -47.6697 -48.0264 -48.1931 -48.1908 -48.1188 -48.0608 + 2 -46.2879 -46.5496 -47.0649 -47.8034 -48.6787 -49.4595 -49.5435 -49.1438 -48.7359 -48.5012 + 3 -45.8637 -46.2554 -47.0909 -48.4964 -50.7360 -54.3550 -53.5052 -50.8047 -49.3346 -48.6795 + 4 -44.5195 -44.8378 -45.4921 -46.5160 -47.9528 -49.8290 -49.5665 -48.2230 -47.3452 -46.9146 + 5 -42.5324 -42.7091 -43.0506 -43.5251 -44.0628 -44.5202 -44.6130 -44.4307 -44.2147 -44.0826 + 6 -40.4442 -40.5285 -40.6860 -40.8925 -41.1095 -41.2869 -41.3779 -41.3897 -41.3653 -41.3427 + 7 -38.5985 -38.6372 -38.7090 -38.8020 -38.9001 -38.9859 -39.0466 -39.0806 -39.0953 -39.0999 + 8 -37.1547 -37.1730 -37.2074 -37.2524 -37.3013 -37.3470 -37.3844 -37.4112 -37.4279 -37.4359 + 9 -36.1760 -36.1858 -36.2043 -36.2289 -36.2563 -36.2831 -36.3066 -36.3250 -36.3375 -36.3440 + 10 -35.6838 -35.6904 -35.7029 -35.7195 -35.7384 -35.7575 -35.7749 -35.7890 -35.7989 -35.8041 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 21 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 21 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6402444.0543 CSUB-CGELASTIC = 351.0313 CSUB + CSUB-ELASTIC = 1621954.7449 CSUB-ELASTIC = 4.8448 CSUB + CSUB-INELASTIC = 145742518.0352 CSUB-INELASTIC = 16876.4745 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 167676750.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4719101.6661 CHD = 310.6538 CHD_0 + + TOTAL IN = 326162768.5005 TOTAL IN = 44543.0044 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 219150000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 106220594.3643 CHD = 14543.0044 CHD_0 + + TOTAL OUT = 326162768.4965 TOTAL OUT = 44543.0044 + + IN - OUT = 3.9902E-03 IN - OUT = 8.4918E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 21 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 6.31238E+08 1.05206E+07 1.75344E+05 7306.0 20.003 + + +end timestep + + +start timestep kper="22" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 22 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 22 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="22" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="22" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="22" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="22" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="22" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 22 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 22 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 22 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 22 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 22 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 22 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 22 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 16.7270 16.2961 15.4792 14.9522 14.6786 14.6443 14.8522 15.3222 16.0965 16.5043 + 2 15.6278 15.0152 14.4892 14.1057 13.8867 13.8407 13.9708 14.2743 14.7368 15.3124 + 3 14.1497 13.5530 13.0934 12.7658 12.5685 12.5009 12.5641 12.7593 13.0932 13.5937 + 4 12.2205 11.7011 11.3288 11.0668 10.8982 10.8134 10.8040 10.8567 10.9484 11.0373 + 5 9.51992 9.40939 9.27163 9.14486 9.04645 8.98288 8.95361 8.95216 8.96687 8.98214 + 6 7.39679 7.36144 7.30581 7.24557 7.19250 7.15340 7.13023 7.12082 7.12006 7.12192 + 7 5.53806 5.51679 5.48071 5.44023 5.40572 5.38351 5.37531 5.37840 5.38621 5.39205 + 8 3.87676 3.84242 3.78407 3.72199 3.68092 3.66883 3.68671 3.72862 3.77196 3.79827 + 9 2.45572 2.36568 2.20371 2.02095 1.94141 1.93555 2.00349 2.17478 2.32788 2.41313 + 10 1.48981 1.27076 0.800103 0.00000 0.00000 0.00000 0.00000 0.787473 1.24960 1.46433 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 22 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -12.8729 -12.8783 -12.8918 -12.9101 -12.9302 -12.9500 -12.9684 -12.9857 -13.0034 -13.0243 + 2 -12.8905 -12.5216 -12.9026 -13.3659 -13.8295 -14.1850 -14.1694 -13.8732 -13.4789 -13.1272 + 3 -12.9362 -12.9385 -13.4842 -14.2421 -15.3217 -16.8183 -16.4765 -15.2677 -14.3621 -13.2308 + 4 -12.9970 -13.0772 -13.5187 -14.0843 -14.7972 -15.6186 -15.5280 -14.9310 -14.3864 -13.3117 + 5 -13.0667 -13.1019 -13.3105 -13.5750 -13.8566 -14.0880 -14.1420 -14.0580 -13.8990 -13.3624 + 6 -13.1387 -13.0316 -13.1073 -13.2239 -13.3429 -13.4385 -13.4887 -13.4976 -13.4833 -13.3954 + 7 -13.2145 -13.0131 -13.0298 -13.0867 -13.1448 -13.1921 -13.2222 -13.2369 -13.2665 -13.4238 + 8 -13.2960 -13.1131 -13.1243 -13.1705 -13.2104 -13.2356 -13.2434 -13.2374 -13.2578 -13.4549 + 9 -13.3821 -13.3399 -13.4037 -13.4931 -13.5416 -13.5557 -13.5343 -13.4685 -13.4254 -13.4904 + 10 -13.4689 -13.4897 -13.5092 -13.5259 -13.5375 -13.5440 -13.5454 -13.5415 -13.5349 -13.5267 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 22 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -47.5039 -47.6747 -47.9940 -48.4139 -48.8558 -49.2126 -49.3793 -49.3770 -49.3050 -49.2471 + 2 -47.4739 -47.7356 -48.2510 -48.9896 -49.8650 -50.6459 -50.7300 -50.3302 -49.9223 -49.6877 + 3 -47.0500 -47.4418 -48.2774 -49.6830 -51.9227 -55.5419 -54.6921 -51.9916 -50.5215 -49.8663 + 4 -45.7062 -46.0245 -46.6789 -47.7029 -49.1399 -51.0161 -50.7537 -49.4103 -48.5324 -48.1017 + 5 -43.7194 -43.8961 -44.2377 -44.7122 -45.2501 -45.7075 -45.8004 -45.6181 -45.4021 -45.2699 + 6 -41.6314 -41.7158 -41.8734 -42.0799 -42.2970 -42.4744 -42.5654 -42.5772 -42.5528 -42.5302 + 7 -39.7859 -39.8246 -39.8965 -39.9896 -40.0877 -40.1735 -40.2343 -40.2683 -40.2830 -40.2876 + 8 -38.3423 -38.3606 -38.3950 -38.4401 -38.4890 -38.5347 -38.5722 -38.5990 -38.6156 -38.6236 + 9 -37.3637 -37.3735 -37.3920 -37.4166 -37.4440 -37.4708 -37.4944 -37.5128 -37.5253 -37.5317 + 10 -36.8714 -36.8780 -36.8905 -36.9071 -36.9261 -36.9452 -36.9625 -36.9767 -36.9866 -36.9917 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 22 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 22 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6528579.4686 CSUB-CGELASTIC = 341.6083 CSUB + CSUB-ELASTIC = 1623736.0316 CSUB-ELASTIC = 4.8949 CSUB + CSUB-INELASTIC = 151841898.1638 CSUB-INELASTIC = 16580.2815 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 177538500.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4835688.2421 CHD = 324.9164 CHD_0 + + TOTAL IN = 342368401.9060 TOTAL IN = 44251.7011 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 230107500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 111468727.7695 CHD = 14251.7011 CHD_0 + + TOTAL OUT = 342368401.9017 TOTAL OUT = 44251.7011 + + IN - OUT = 4.2928E-03 IN - OUT = 8.0065E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 22 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 6.62796E+08 1.10466E+07 1.84110E+05 7671.2 21.003 + + +end timestep + + +start timestep kper="23" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 23 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 23 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="23" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="23" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="23" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="23" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="23" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 23 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 23 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 23 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 23 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 23 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 23 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 23 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 16.5799 16.1490 15.3321 14.8051 14.5314 14.4971 14.7050 15.1750 15.9493 16.3571 + 2 15.4835 14.8709 14.3449 13.9614 13.7423 13.6963 13.8263 14.1299 14.5923 15.1680 + 3 14.0109 13.4143 12.9546 12.6270 12.4296 12.3620 12.4252 12.6203 12.9543 13.4548 + 4 12.0902 11.5708 11.1984 10.9364 10.7678 10.6830 10.6736 10.7262 10.8179 10.9068 + 5 9.40095 9.29042 9.15266 9.02588 8.92745 8.86386 8.83455 8.83306 8.84776 8.86302 + 6 7.29205 7.25675 7.20120 7.14104 7.08800 7.04888 7.02563 7.01612 7.01527 7.01708 + 7 5.45036 5.42928 5.39351 5.35335 5.31902 5.29680 5.28839 5.29114 5.29863 5.30428 + 8 3.80844 3.77472 3.71744 3.65644 3.61598 3.60388 3.62114 3.66195 3.70422 3.72990 + 9 2.40746 2.31932 2.16080 1.98192 1.90399 1.89813 1.96445 2.13185 2.28150 2.36484 + 10 1.45727 1.24299 0.782608 0.00000 0.00000 0.00000 0.00000 0.769969 1.22182 1.43177 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 23 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -13.4823 -13.4879 -13.5015 -13.5199 -13.5400 -13.5599 -13.5784 -13.5956 -13.6133 -13.6341 + 2 -13.4991 -13.1059 -13.4922 -13.9660 -14.4387 -14.8004 -14.7840 -14.4817 -14.0806 -13.7364 + 3 -13.5439 -13.5344 -14.0892 -14.8614 -15.9580 -17.4707 -17.1260 -15.9026 -14.9813 -13.8393 + 4 -13.6036 -13.6807 -14.1297 -14.7056 -15.4300 -16.2615 -16.1703 -15.5658 -15.0106 -13.9192 + 5 -13.6722 -13.7109 -13.9231 -14.1925 -14.4789 -14.7141 -14.7691 -14.6838 -14.5204 -13.9686 + 6 -13.7426 -13.6427 -13.7201 -13.8387 -13.9599 -14.0571 -14.1083 -14.1174 -14.1014 -14.0001 + 7 -13.8167 -13.6245 -13.6421 -13.7001 -13.7593 -13.8075 -13.8382 -13.8533 -13.8820 -14.0266 + 8 -13.8963 -13.7239 -13.7362 -13.7831 -13.8236 -13.8493 -13.8574 -13.8516 -13.8710 -14.0558 + 9 -13.9806 -13.9495 -14.0150 -14.1049 -14.1538 -14.1682 -14.1469 -14.0811 -14.0364 -14.0893 + 10 -14.0656 -14.0861 -14.1052 -14.1217 -14.1331 -14.1397 -14.1412 -14.1377 -14.1314 -14.1237 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 23 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -48.6574 -48.8282 -49.1476 -49.5675 -50.0095 -50.3663 -50.5331 -50.5308 -50.4588 -50.4009 + 2 -48.6275 -48.8891 -49.4046 -50.1433 -51.0188 -51.7998 -51.8839 -51.4842 -51.0762 -50.8416 + 3 -48.2038 -48.5955 -49.4312 -50.8370 -53.0768 -56.6961 -55.8464 -53.1459 -51.6756 -51.0204 + 4 -46.8601 -47.1785 -47.8330 -48.8571 -50.2942 -52.1705 -51.9082 -50.5647 -49.6868 -49.2561 + 5 -44.8735 -45.0503 -45.3919 -45.8666 -46.4045 -46.8620 -46.9549 -46.7726 -46.5566 -46.4244 + 6 -42.7857 -42.8701 -43.0277 -43.2343 -43.4514 -43.6289 -43.7200 -43.7318 -43.7073 -43.6847 + 7 -40.9402 -40.9790 -41.0509 -41.1440 -41.2422 -41.3280 -41.3888 -41.4228 -41.4375 -41.4420 + 8 -39.4966 -39.5150 -39.5494 -39.5945 -39.6434 -39.6892 -39.7266 -39.7535 -39.7701 -39.7781 + 9 -38.5179 -38.5278 -38.5464 -38.5710 -38.5984 -38.6252 -38.6488 -38.6672 -38.6797 -38.6860 + 10 -38.0256 -38.0323 -38.0447 -38.0614 -38.0803 -38.0994 -38.1168 -38.1310 -38.1409 -38.1460 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 23 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 23 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6651390.9890 CSUB-CGELASTIC = 332.7149 CSUB + CSUB-ELASTIC = 1625530.1078 CSUB-ELASTIC = 4.9204 CSUB + CSUB-INELASTIC = 157832581.0757 CSUB-INELASTIC = 16281.9366 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 187400250.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4957493.3075 CHD = 339.2139 CHD_0 + + TOTAL IN = 358467245.4800 TOTAL IN = 43958.7858 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 241065000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 116610071.3431 CHD = 13958.7858 CHD_0 + + TOTAL OUT = 358467245.4753 TOTAL OUT = 43958.7858 + + IN - OUT = 4.6439E-03 IN - OUT = 7.8767E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 23 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 6.94354E+08 1.15726E+07 1.92876E+05 8036.5 22.003 + + +end timestep + + +start timestep kper="24" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 24 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 24 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="24" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="24" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="24" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="24" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="24" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 24 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 24 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 24 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 24 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 24 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 24 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 24 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 16.4323 16.0015 15.1845 14.6575 14.3838 14.3495 14.5574 15.0273 15.8016 16.2094 + 2 15.3387 14.7262 14.2001 13.8165 13.5974 13.5514 13.6814 13.9850 14.4474 15.0231 + 3 13.8718 13.2751 12.8155 12.4878 12.2903 12.2226 12.2859 12.4810 12.8150 13.3155 + 4 11.9595 11.4401 11.0677 10.8057 10.6370 10.5521 10.5427 10.5953 10.6871 10.7760 + 5 9.28166 9.17113 9.03338 8.90659 8.80815 8.74453 8.71519 8.71367 8.72835 8.74361 + 6 7.18706 7.15180 7.09633 7.03625 6.98326 6.94412 6.92080 6.91118 6.91023 6.91199 + 7 5.36247 5.34158 5.30613 5.26628 5.23215 5.20991 5.20130 5.20371 5.21087 5.21633 + 8 3.73999 3.70691 3.65068 3.59078 3.55093 3.53882 3.55546 3.59516 3.63636 3.66141 + 9 2.35912 2.27290 2.11784 1.94283 1.86652 1.86065 1.92535 2.08886 2.23505 2.31648 + 10 1.42468 1.21518 0.765090 0.00000 0.00000 0.00000 0.00000 0.752443 1.19400 1.39916 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 24 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -14.0949 -14.1007 -14.1145 -14.1330 -14.1532 -14.1731 -14.1916 -14.2087 -14.2263 -14.2469 + 2 -14.1106 -13.6984 -14.0887 -14.5714 -15.0521 -15.4190 -15.4021 -15.0945 -14.6877 -14.3484 + 3 -14.1542 -14.1361 -14.6984 -15.4832 -16.5943 -18.1207 -17.7737 -16.5377 -15.6029 -14.4503 + 4 -14.2125 -14.2883 -14.7436 -15.3285 -16.0627 -16.9029 -16.8113 -16.2002 -15.6357 -14.5287 + 5 -14.2793 -14.3224 -14.5377 -14.8112 -15.1020 -15.3404 -15.3962 -15.3097 -15.1424 -14.5764 + 6 -14.3478 -14.2548 -14.3338 -14.4542 -14.5772 -14.6760 -14.7280 -14.7372 -14.7195 -14.6058 + 7 -14.4197 -14.2356 -14.2544 -14.3132 -14.3733 -14.4223 -14.4535 -14.4689 -14.4968 -14.6301 + 8 -14.4971 -14.3332 -14.3466 -14.3940 -14.4350 -14.4611 -14.4696 -14.4640 -14.4825 -14.6569 + 9 -14.5791 -14.5562 -14.6232 -14.7133 -14.7625 -14.7771 -14.7560 -14.6904 -14.6444 -14.6880 + 10 -14.6620 -14.6820 -14.7007 -14.7169 -14.7283 -14.7348 -14.7365 -14.7333 -14.7274 -14.7202 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 24 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -49.7803 -49.9512 -50.2706 -50.6906 -51.1326 -51.4895 -51.6562 -51.6540 -51.5820 -51.5241 + 2 -49.7505 -50.0121 -50.5277 -51.2664 -52.1420 -52.9230 -53.0072 -52.6075 -52.1995 -51.9649 + 3 -49.3269 -49.7187 -50.5544 -51.9603 -54.2003 -57.8196 -56.9699 -54.2694 -52.7991 -52.1439 + 4 -47.9833 -48.3017 -48.9563 -49.9805 -51.4177 -53.2941 -53.0318 -51.6883 -50.8103 -50.3796 + 5 -45.9968 -46.1736 -46.5152 -46.9900 -47.5280 -47.9855 -48.0784 -47.8961 -47.6801 -47.5479 + 6 -43.9089 -43.9934 -44.1510 -44.3577 -44.5748 -44.7524 -44.8434 -44.8552 -44.8308 -44.8081 + 7 -42.0634 -42.1022 -42.1741 -42.2673 -42.3655 -42.4514 -42.5121 -42.5461 -42.5608 -42.5653 + 8 -40.6197 -40.6381 -40.6726 -40.7177 -40.7666 -40.8124 -40.8499 -40.8767 -40.8933 -40.9012 + 9 -39.6409 -39.6508 -39.6694 -39.6940 -39.7215 -39.7483 -39.7718 -39.7902 -39.8027 -39.8091 + 10 -39.1485 -39.1552 -39.1676 -39.1843 -39.2032 -39.2224 -39.2397 -39.2539 -39.2638 -39.2689 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 24 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 24 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6771058.0237 CSUB-CGELASTIC = 324.2883 CSUB + CSUB-ELASTIC = 1627328.9586 CSUB-ELASTIC = 4.9256 CSUB + CSUB-INELASTIC = 163714079.3499 CSUB-INELASTIC = 15982.7716 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 197262000.0000 RCHA = 27000.0000 RCHA_0 + CHD = 5084519.1378 CHD = 353.4993 CHD_0 + + TOTAL IN = 374458985.4700 TOTAL IN = 43665.4848 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 252022500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 121644311.3328 CHD = 13665.4848 CHD_0 + + TOTAL OUT = 374458985.4650 TOTAL OUT = 43665.4848 + + IN - OUT = 4.9911E-03 IN - OUT = 7.4513E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 24 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 7.25911E+08 1.20985E+07 2.01642E+05 8401.8 23.003 + + +end timestep + + +start timestep kper="25" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 25 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 25 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="25" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="25" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="25" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="25" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="25" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 25 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 25 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 25 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 25 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 25 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 25 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 25 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 16.2848 15.8540 15.0370 14.5099 14.2363 14.2019 14.4098 14.8797 15.6540 16.0618 + 2 15.1941 14.5815 14.0554 13.6718 13.4527 13.4066 13.5366 13.8402 14.3026 14.8783 + 3 13.7327 13.1360 12.6764 12.3486 12.1511 12.0834 12.1466 12.3418 12.6758 13.1763 + 4 11.8290 11.3095 10.9371 10.6750 10.5063 10.4214 10.4120 10.4646 10.5564 10.6453 + 5 9.16249 9.05197 8.91421 8.78743 8.68898 8.62534 8.59596 8.59442 8.60907 8.62433 + 6 7.08219 7.04699 6.99160 6.93160 6.87865 6.83949 6.81610 6.80639 6.80534 6.80705 + 7 5.27472 5.25401 5.21888 5.17935 5.14541 5.12316 5.11434 5.11642 5.12325 5.12852 + 8 3.67166 3.63921 3.58405 3.52523 3.48599 3.47388 3.48989 3.52850 3.56863 3.59305 + 9 2.31088 2.22658 2.07496 1.90383 1.82912 1.82326 1.88634 2.04597 2.18871 2.26821 + 10 1.39216 1.18744 0.747609 0.00000 0.00000 0.00000 0.00000 0.734955 1.16624 1.36663 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 25 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -14.7080 -14.7140 -14.7281 -14.7467 -14.7670 -14.7869 -14.8053 -14.8224 -14.8398 -14.8603 + 2 -14.7224 -14.2957 -14.6891 -15.1795 -15.6671 -16.0385 -16.0211 -15.7090 -15.2975 -14.9607 + 3 -14.7645 -14.7408 -15.3095 -16.1050 -17.2287 -18.7668 -18.4178 -17.1711 -16.2244 -15.0611 + 4 -14.8210 -14.8973 -15.3581 -15.9507 -16.6935 -17.5411 -17.4491 -16.8325 -16.2596 -15.1379 + 5 -14.8858 -14.9338 -15.1520 -15.4292 -15.7236 -15.9648 -16.0214 -15.9338 -15.7627 -15.1835 + 6 -14.9520 -14.8659 -14.9463 -15.0683 -15.1929 -15.2930 -15.3457 -15.3550 -15.3357 -15.2106 + 7 -15.0215 -14.8447 -14.8644 -14.9240 -14.9849 -15.0346 -15.0663 -15.0820 -15.1089 -15.2323 + 8 -15.0963 -14.9393 -14.9538 -15.0015 -15.0429 -15.0694 -15.0782 -15.0728 -15.0904 -15.2565 + 9 -15.1758 -15.1586 -15.2268 -15.3168 -15.3661 -15.3809 -15.3600 -15.2949 -15.2478 -15.2850 + 10 -15.2563 -15.2758 -15.2942 -15.3100 -15.3213 -15.3278 -15.3297 -15.3268 -15.3214 -15.3147 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 25 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -50.8744 -51.0453 -51.3648 -51.7848 -52.2268 -52.5837 -52.7505 -52.7483 -52.6763 -52.6184 + 2 -50.8446 -51.1062 -51.6218 -52.3606 -53.2363 -54.0174 -54.1015 -53.7018 -53.2939 -53.0592 + 3 -50.4210 -50.8128 -51.6486 -53.0546 -55.2947 -58.9141 -58.0645 -55.3639 -53.8936 -53.2383 + 4 -49.0775 -49.3959 -50.0505 -51.0748 -52.5121 -54.3886 -54.1263 -52.7828 -51.9048 -51.4740 + 5 -47.0909 -47.2677 -47.6094 -48.0842 -48.6223 -49.0799 -49.1728 -48.9905 -48.7745 -48.6422 + 6 -45.0029 -45.0874 -45.2451 -45.4518 -45.6690 -45.8465 -45.9376 -45.9494 -45.9249 -45.9022 + 7 -43.1572 -43.1961 -43.2680 -43.3612 -43.4595 -43.5453 -43.6061 -43.6401 -43.6548 -43.6593 + 8 -41.7133 -41.7318 -41.7663 -41.8114 -41.8604 -41.9062 -41.9436 -41.9704 -41.9871 -41.9950 + 9 -40.7344 -40.7443 -40.7629 -40.7876 -40.8150 -40.8419 -40.8654 -40.8838 -40.8963 -40.9026 + 10 -40.2419 -40.2485 -40.2610 -40.2777 -40.2966 -40.3157 -40.3331 -40.3473 -40.3572 -40.3623 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 25 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 25 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6887739.1316 CSUB-CGELASTIC = 316.2750 CSUB + CSUB-ELASTIC = 1629125.9599 CSUB-ELASTIC = 4.9141 CSUB + CSUB-INELASTIC = 169486341.2125 CSUB-INELASTIC = 15683.8912 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 207123750.0000 RCHA = 27000.0000 RCHA_0 + CHD = 5216752.3440 CHD = 367.7325 CHD_0 + + TOTAL IN = 390343708.6479 TOTAL IN = 43372.8128 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 262980000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 126571534.5104 CHD = 13372.8128 CHD_0 + + TOTAL OUT = 390343708.6426 TOTAL OUT = 43372.8128 + + IN - OUT = 5.3643E-03 IN - OUT = 6.9775E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 25 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 7.57469E+08 1.26245E+07 2.10408E+05 8767.0 24.003 + + +end timestep + + +start timestep kper="26" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 26 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 26 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="26" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="26" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="26" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="26" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="26" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 26 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 26 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 26 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 26 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 26 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 26 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 26 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 16.1379 15.7070 14.8900 14.3629 14.0892 14.0549 14.2628 14.7327 15.5070 15.9148 + 2 15.0499 14.4373 13.9113 13.5276 13.3084 13.2624 13.3924 13.6959 14.1584 14.7341 + 3 13.5942 12.9975 12.5378 12.2100 12.0125 11.9447 12.0079 12.2031 12.5371 13.0376 + 4 11.6989 11.1795 10.8070 10.5449 10.3761 10.2913 10.2818 10.3344 10.4262 10.5151 + 5 9.04380 8.93328 8.79554 8.66876 8.57030 8.50664 8.47724 8.47566 8.49030 8.50555 + 6 6.97777 6.94261 6.88731 6.82739 6.77449 6.73532 6.71186 6.70204 6.70091 6.70256 + 7 5.18734 5.16683 5.13202 5.09281 5.05905 5.03680 5.02777 5.02953 5.03603 5.04110 + 8 3.60365 3.57183 3.51773 3.45999 3.42137 3.40925 3.42464 3.46216 3.50122 3.52501 + 9 2.26288 2.18048 2.03229 1.86502 1.79192 1.78605 1.84752 2.00329 2.14259 2.22019 + 10 1.35980 1.15983 0.730216 0.00000 0.00000 0.00000 0.00000 0.717556 1.13862 1.33426 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 26 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -15.3194 -15.3258 -15.3400 -15.3588 -15.3792 -15.3992 -15.4175 -15.4345 -15.4517 -15.4719 + 2 -15.3325 -14.8952 -15.2911 -15.7881 -16.2816 -16.6569 -16.6391 -16.3231 -15.9075 -15.5710 + 3 -15.3729 -15.3461 -15.9202 -16.7249 -17.8595 -19.4076 -19.0569 -17.8010 -16.8441 -15.6699 + 4 -15.4274 -15.5057 -15.9712 -16.5705 -17.3206 -18.1746 -18.0824 -17.4609 -16.8806 -15.7447 + 5 -15.4899 -15.5434 -15.7641 -16.0444 -16.3420 -16.5857 -16.6429 -16.5544 -16.3799 -15.7881 + 6 -15.5535 -15.4741 -15.5560 -15.6793 -15.8053 -15.9065 -15.9598 -15.9692 -15.9482 -15.8126 + 7 -15.6203 -15.4499 -15.4707 -15.5309 -15.5925 -15.6427 -15.6749 -15.6909 -15.7168 -15.8315 + 8 -15.6923 -15.5407 -15.5561 -15.6041 -15.6458 -15.6726 -15.6817 -15.6766 -15.6933 -15.8528 + 9 -15.7691 -15.7554 -15.8244 -15.9141 -15.9634 -15.9784 -15.9578 -15.8934 -15.8455 -15.8785 + 10 -15.8472 -15.8661 -15.8840 -15.8995 -15.9106 -15.9172 -15.9192 -15.9167 -15.9117 -15.9056 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 26 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -51.9411 -52.1120 -52.4315 -52.8515 -53.2936 -53.6506 -53.8174 -53.8152 -53.7432 -53.6853 + 2 -51.9112 -52.1729 -52.6885 -53.4274 -54.3032 -55.0843 -55.1685 -54.7688 -54.3608 -54.1261 + 3 -51.4877 -51.8795 -52.7154 -54.1214 -56.3616 -59.9811 -59.1315 -56.4309 -54.9605 -54.3052 + 4 -50.1441 -50.4625 -51.1172 -52.1416 -53.5790 -55.4555 -55.1932 -53.8497 -52.9717 -52.5409 + 5 -48.1573 -48.3342 -48.6760 -49.1508 -49.6890 -50.1466 -50.2395 -50.0572 -49.8412 -49.7089 + 6 -46.0692 -46.1537 -46.3114 -46.5181 -46.7354 -46.9130 -47.0041 -47.0159 -46.9914 -46.9686 + 7 -44.2232 -44.2621 -44.3341 -44.4273 -44.5256 -44.6115 -44.6723 -44.7063 -44.7209 -44.7254 + 8 -42.7791 -42.7976 -42.8321 -42.8772 -42.9262 -42.9720 -43.0095 -43.0363 -43.0529 -43.0608 + 9 -41.7999 -41.8099 -41.8285 -41.8531 -41.8806 -41.9074 -41.9310 -41.9494 -41.9619 -41.9682 + 10 -41.3073 -41.3139 -41.3264 -41.3431 -41.3620 -41.3812 -41.3986 -41.4127 -41.4227 -41.4278 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 26 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 26 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 7001575.0963 CSUB-CGELASTIC = 308.6295 CSUB + CSUB-ELASTIC = 1630915.6511 CSUB-ELASTIC = 4.8888 CSUB + CSUB-INELASTIC = 175149675.5442 CSUB-INELASTIC = 15386.2086 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 216985500.0000 RCHA = 27000.0000 RCHA_0 + CHD = 5354166.1556 CHD = 381.8790 CHD_0 + + TOTAL IN = 406121832.4472 TOTAL IN = 43081.6059 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 273937500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 131392158.3093 CHD = 13081.6059 CHD_0 + + TOTAL OUT = 406121832.4415 TOTAL OUT = 43081.6059 + + IN - OUT = 5.7198E-03 IN - OUT = 7.2647E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 26 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 7.89026E+08 1.31504E+07 2.19174E+05 9132.2 25.003 + + +end timestep + + +start timestep kper="27" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 27 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 27 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="27" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="27" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="27" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="27" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="27" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 27 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 27 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 27 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 27 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 27 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 27 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 27 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 15.9918 15.5609 14.7439 14.2169 13.9431 13.9088 14.1166 14.5866 15.3608 15.7687 + 2 14.9067 14.2941 13.7680 13.3843 13.1651 13.1190 13.2490 13.5525 14.0150 14.5907 + 3 13.4565 12.8598 12.4001 12.0723 11.8747 11.8069 11.8701 12.0653 12.3994 12.8999 + 4 11.5697 11.0502 10.6778 10.4156 10.2468 10.1619 10.1525 10.2051 10.2969 10.3858 + 5 8.92589 8.81537 8.67764 8.55087 8.45240 8.38873 8.35930 8.35770 8.37231 8.38756 + 6 6.87404 6.83894 6.78373 6.72389 6.67104 6.63186 6.60833 6.59841 6.59718 6.59879 + 7 5.10058 5.08026 5.04576 5.00687 4.97330 4.95104 4.94181 4.94323 4.94941 4.95430 + 8 3.53612 3.50492 3.45188 3.39522 3.35720 3.34508 3.35986 3.39629 3.43430 3.45745 + 9 2.21522 2.13472 1.98993 1.82650 1.75499 1.74912 1.80899 1.96092 2.09681 2.17251 + 10 1.32768 1.13242 0.712951 0.00000 0.00000 0.00000 0.00000 0.700286 1.11121 1.30213 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 27 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -15.9275 -15.9341 -15.9486 -15.9675 -15.9880 -16.0080 -16.0263 -16.0432 -16.0602 -16.0801 + 2 -15.9390 -15.4947 -15.8926 -16.3951 -16.8937 -17.2724 -17.2542 -16.9349 -16.5159 -16.1779 + 3 -15.9776 -15.9500 -16.5287 -17.3414 -18.4854 -20.0419 -19.6898 -18.4262 -17.4602 -16.2750 + 4 -16.0299 -16.1116 -16.5813 -17.1863 -17.9428 -18.8022 -18.7098 -18.0841 -17.4973 -16.3477 + 5 -16.0900 -16.1495 -16.3725 -16.6556 -16.9559 -17.2017 -17.2595 -17.1702 -16.9924 -16.3886 + 6 -16.1509 -16.0779 -16.1612 -16.2857 -16.4129 -16.5151 -16.5689 -16.5784 -16.5558 -16.4103 + 7 -16.2148 -16.0501 -16.0719 -16.1326 -16.1947 -16.2455 -16.2781 -16.2943 -16.3192 -16.4263 + 8 -16.2839 -16.1362 -16.1525 -16.2006 -16.2425 -16.2697 -16.2791 -16.2743 -16.2902 -16.4446 + 9 -16.3578 -16.3455 -16.4150 -16.5042 -16.5534 -16.5686 -16.5484 -16.4847 -16.4364 -16.4673 + 10 -16.4332 -16.4516 -16.4690 -16.4842 -16.4951 -16.5017 -16.5039 -16.5018 -16.4973 -16.4918 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 27 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -52.9818 -53.1526 -53.4722 -53.8922 -54.3344 -54.6913 -54.8582 -54.8559 -54.7840 -54.7260 + 2 -52.9518 -53.2135 -53.7292 -54.4681 -55.3439 -56.1251 -56.2093 -55.8096 -55.4016 -55.1669 + 3 -52.5282 -52.9201 -53.7560 -55.1621 -57.4024 -61.0219 -60.1723 -57.4717 -56.0013 -55.3460 + 4 -51.1845 -51.5030 -52.1577 -53.1822 -54.6196 -56.4962 -56.2339 -54.8904 -54.0123 -53.5815 + 5 -49.1975 -49.3744 -49.7162 -50.1911 -50.7293 -51.1870 -51.2799 -51.0976 -50.8815 -50.7492 + 6 -47.1091 -47.1936 -47.3514 -47.5581 -47.7754 -47.9530 -48.0441 -48.0559 -48.0314 -48.0086 + 7 -45.2628 -45.3017 -45.3737 -45.4670 -45.5652 -45.6512 -45.7119 -45.7460 -45.7606 -45.7651 + 8 -43.8184 -43.8368 -43.8713 -43.9165 -43.9655 -44.0113 -44.0488 -44.0756 -44.0922 -44.1001 + 9 -42.8389 -42.8489 -42.8675 -42.8922 -42.9196 -42.9465 -42.9700 -42.9885 -43.0009 -43.0072 + 10 -42.3461 -42.3528 -42.3652 -42.3819 -42.4009 -42.4200 -42.4374 -42.4516 -42.4615 -42.4666 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 27 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 27 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 7112691.5335 CSUB-CGELASTIC = 301.3128 CSUB + CSUB-ELASTIC = 1632693.5474 CSUB-ELASTIC = 4.8521 CSUB + CSUB-INELASTIC = 180704688.6154 CSUB-INELASTIC = 15090.4754 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 226847250.0000 RCHA = 27000.0000 RCHA_0 + CHD = 5496722.4933 CHD = 395.9102 CHD_0 + + TOTAL IN = 421794046.1897 TOTAL IN = 42792.5506 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 284895000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 136106872.0515 CHD = 12792.5506 CHD_0 + + TOTAL OUT = 421794046.1837 TOTAL OUT = 42792.5506 + + IN - OUT = 6.0521E-03 IN - OUT = 5.9447E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 27 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 8.20584E+08 1.36764E+07 2.27940E+05 9497.5 26.003 + + +end timestep + + +start timestep kper="28" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 28 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 28 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="28" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="28" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="28" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="28" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="28" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 28 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 28 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 28 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 28 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 28 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 28 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 28 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 15.8470 15.4161 14.5991 14.0720 13.7983 13.7639 13.9718 14.4417 15.2160 15.6238 + 2 14.7646 14.1520 13.6259 13.2422 13.0230 12.9769 13.1069 13.4104 13.8729 14.4486 + 3 13.3200 12.7233 12.2636 11.9357 11.7381 11.6703 11.7335 11.9287 12.2628 12.7633 + 4 11.4415 10.9221 10.5496 10.2875 10.1187 10.0337 10.0242 10.0768 10.1686 10.2576 + 5 8.80900 8.69848 8.56076 8.43400 8.33554 8.27185 8.24240 8.24077 8.25536 8.27061 + 6 6.77124 6.73618 6.68105 6.62131 6.56850 6.52931 6.50572 6.49570 6.49437 6.49593 + 7 5.01459 4.99446 4.96027 4.92170 4.88832 4.86605 4.85663 4.85772 4.86358 4.86827 + 8 3.46920 3.43863 3.38663 3.33105 3.29363 3.28151 3.29567 3.33102 3.36798 3.39052 + 9 2.16800 2.08938 1.94798 1.78834 1.71841 1.71253 1.77083 1.91895 2.05146 2.12528 + 10 1.29586 1.10527 0.695847 0.00000 0.00000 0.00000 0.00000 0.683178 1.08405 1.27030 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 28 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -16.5307 -16.5377 -16.5524 -16.5715 -16.5921 -16.6121 -16.6304 -16.6471 -16.6639 -16.6835 + 2 -16.5406 -16.0923 -16.4918 -16.9991 -17.5021 -17.8836 -17.8652 -17.5431 -17.1210 -16.7797 + 3 -16.5773 -16.5509 -17.1336 -17.9532 -19.1052 -20.6690 -20.3158 -19.0454 -18.0714 -16.8750 + 4 -16.6274 -16.7135 -17.1868 -17.7969 -18.5589 -19.4230 -19.3304 -18.7011 -18.1083 -16.9455 + 5 -16.6848 -16.7507 -16.9759 -17.2613 -17.5641 -17.8116 -17.8699 -17.7799 -17.5992 -16.9838 + 6 -16.7430 -16.6763 -16.7609 -16.8864 -17.0147 -17.1176 -17.1719 -17.1815 -17.1573 -17.0027 + 7 -16.8038 -16.6441 -16.6669 -16.7280 -16.7906 -16.8418 -16.8747 -16.8912 -16.9151 -17.0156 + 8 -16.8699 -16.7249 -16.7419 -16.7900 -16.8322 -16.8595 -16.8692 -16.8648 -16.8800 -17.0308 + 9 -16.9408 -16.9282 -16.9979 -17.0864 -17.1354 -17.1507 -17.1310 -17.0682 -17.0197 -17.0505 + 10 -17.0135 -17.0313 -17.0483 -17.0631 -17.0739 -17.0805 -17.0829 -17.0811 -17.0771 -17.0721 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 28 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -53.9975 -54.1684 -54.4879 -54.9080 -55.3501 -55.7072 -55.8740 -55.8718 -55.7998 -55.7419 + 2 -53.9675 -54.2292 -54.7449 -55.4838 -56.3597 -57.1409 -57.2251 -56.8254 -56.4174 -56.1827 + 3 -53.5437 -53.9356 -54.7716 -56.1778 -58.4181 -62.0377 -61.1881 -58.4875 -57.0171 -56.3617 + 4 -52.1998 -52.5184 -53.1731 -54.1977 -55.6352 -57.5118 -57.2495 -55.9060 -55.0279 -54.5970 + 5 -50.2126 -50.3895 -50.7314 -51.2063 -51.7446 -52.2022 -52.2952 -52.1129 -51.8968 -51.7644 + 6 -48.1238 -48.2083 -48.3662 -48.5729 -48.7903 -48.9679 -49.0590 -49.0708 -49.0463 -49.0235 + 7 -46.2772 -46.3161 -46.3881 -46.4814 -46.5797 -46.6656 -46.7264 -46.7604 -46.7750 -46.7795 + 8 -44.8324 -44.8509 -44.8854 -44.9306 -44.9796 -45.0254 -45.0629 -45.0897 -45.1063 -45.1142 + 9 -43.8527 -43.8626 -43.8812 -43.9059 -43.9333 -43.9602 -43.9838 -44.0022 -44.0147 -44.0210 + 10 -43.3597 -43.3663 -43.3788 -43.3955 -43.4145 -43.4336 -43.4510 -43.4652 -43.4751 -43.4802 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 28 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 28 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 7221201.1005 CSUB-CGELASTIC = 294.2916 CSUB + CSUB-ELASTIC = 1634455.9813 CSUB-ELASTIC = 4.8062 CSUB + CSUB-INELASTIC = 186152230.7530 CSUB-INELASTIC = 14797.3072 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 236709000.0000 RCHA = 27000.0000 RCHA_0 + CHD = 5644373.8196 CHD = 409.8020 CHD_0 + + TOTAL IN = 437361261.6544 TOTAL IN = 42506.2070 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 295852500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 140716587.5158 CHD = 12506.2070 CHD_0 + + TOTAL OUT = 437361261.6480 TOTAL OUT = 42506.2070 + + IN - OUT = 6.4032E-03 IN - OUT = 8.1644E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 28 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 8.52142E+08 1.42024E+07 2.36706E+05 9862.8 27.003 + + +end timestep + + +start timestep kper="29" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 29 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 29 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="29" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="29" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="29" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="29" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="29" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 29 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 29 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 29 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 29 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 29 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 29 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 29 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 15.7037 15.2727 14.4557 13.9286 13.6549 13.6205 13.8284 14.2983 15.0726 15.4804 + 2 14.6240 14.0114 13.4853 13.1016 12.8823 12.8362 12.9662 13.2697 13.7322 14.3079 + 3 13.1850 12.5882 12.1284 11.8006 11.6029 11.5351 11.5983 11.7935 12.1276 12.6281 + 4 11.3147 10.7953 10.4228 10.1606 9.99180 9.90685 9.89735 9.94996 10.0418 10.1307 + 5 8.69333 8.58282 8.44511 8.31836 8.21990 8.15620 8.12672 8.12507 8.13964 8.15488 + 6 6.66951 6.63451 6.57947 6.51981 6.46705 6.42785 6.40420 6.39408 6.39266 6.39417 + 7 4.92951 4.90957 4.87570 4.83744 4.80426 4.78198 4.77236 4.77313 4.77867 4.78317 + 8 3.40301 3.37306 3.32209 3.26757 3.23075 3.21862 3.23218 3.26647 3.30239 3.32431 + 9 2.12130 2.04454 1.90648 1.75060 1.68223 1.67635 1.73308 1.87745 2.00661 2.07857 + 10 1.26438 1.07842 0.678931 0.00000 0.00000 0.00000 0.00000 0.666259 1.05719 1.23882 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 29 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -17.1280 -17.1353 -17.1503 -17.1695 -17.1902 -17.2103 -17.2284 -17.2450 -17.2616 -17.2809 + 2 -17.1362 -16.6864 -17.0873 -17.5987 -18.1055 -18.4895 -18.4708 -18.1462 -17.7215 -17.3756 + 3 -17.1709 -17.1473 -17.7336 -18.5591 -19.7181 -21.2881 -20.9339 -19.6577 -18.6767 -17.4689 + 4 -17.2187 -17.3103 -17.7868 -18.4012 -19.1680 -20.0361 -19.9434 -19.3110 -18.7129 -17.5371 + 5 -17.2735 -17.3461 -17.5732 -17.8607 -18.1655 -18.4147 -18.4734 -18.3827 -18.1992 -17.5727 + 6 -17.3287 -17.2682 -17.3540 -17.4804 -17.6096 -17.7133 -17.7680 -17.7776 -17.7519 -17.5887 + 7 -17.3865 -17.2311 -17.2548 -17.3163 -17.3793 -17.4309 -17.4641 -17.4808 -17.5037 -17.5984 + 8 -17.4493 -17.3060 -17.3236 -17.3717 -17.4139 -17.4415 -17.4516 -17.4474 -17.4621 -17.6104 + 9 -17.5173 -17.5027 -17.5724 -17.6600 -17.7088 -17.7242 -17.7049 -17.6432 -17.5948 -17.6270 + 10 -17.5872 -17.6044 -17.6209 -17.6354 -17.6460 -17.6526 -17.6551 -17.6537 -17.6503 -17.6459 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 29 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -54.9893 -55.1602 -55.4798 -55.8999 -56.3421 -56.6991 -56.8659 -56.8637 -56.7918 -56.7338 + 2 -54.9593 -55.2210 -55.7367 -56.4757 -57.3516 -58.1328 -58.2170 -57.8173 -57.4093 -57.1746 + 3 -54.5354 -54.9273 -55.7633 -57.1695 -59.4099 -63.0296 -62.1800 -59.4793 -58.0089 -57.3535 + 4 -53.1912 -53.5098 -54.1646 -55.1892 -56.6268 -58.5034 -58.2412 -56.8976 -56.0195 -55.5885 + 5 -51.2037 -51.3806 -51.7225 -52.1975 -52.7358 -53.1935 -53.2865 -53.1041 -52.8880 -52.7556 + 6 -49.1145 -49.1990 -49.3569 -49.5637 -49.7810 -49.9587 -50.0498 -50.0616 -50.0370 -50.0143 + 7 -47.2674 -47.3063 -47.3784 -47.4717 -47.5700 -47.6559 -47.7167 -47.7507 -47.7653 -47.7698 + 8 -45.8222 -45.8407 -45.8752 -45.9205 -45.9694 -46.0153 -46.0528 -46.0796 -46.0962 -46.1041 + 9 -44.8422 -44.8521 -44.8707 -44.8954 -44.9229 -44.9498 -44.9733 -44.9918 -45.0042 -45.0106 + 10 -44.3490 -44.3557 -44.3681 -44.3849 -44.4038 -44.4230 -44.4404 -44.4546 -44.4645 -44.4696 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 29 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 29 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 7327205.3687 CSUB-CGELASTIC = 287.5374 CSUB + CSUB-ELASTIC = 1636199.9714 CSUB-ELASTIC = 4.7529 CSUB + CSUB-INELASTIC = 191493351.4117 CSUB-INELASTIC = 14507.2047 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 246570750.0000 RCHA = 27000.0000 RCHA_0 + CHD = 5797064.7683 CHD = 423.5345 CHD_0 + + TOTAL IN = 452824571.5201 TOTAL IN = 42223.0295 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 306810000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 145222397.3811 CHD = 12223.0294 CHD_0 + + TOTAL OUT = 452824571.5133 TOTAL OUT = 42223.0294 + + IN - OUT = 6.7571E-03 IN - OUT = 6.6309E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 29 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 8.83699E+08 1.47283E+07 2.45472E+05 10228. 28.003 + + +end timestep + + +start timestep kper="30" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 30 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 30 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="30" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="30" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="30" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="30" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="30" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 30 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 30 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 30 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 30 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 30 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 30 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 30 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 15.5620 15.1311 14.3140 13.7869 13.5132 13.4788 13.6866 14.1565 14.9308 15.3387 + 2 14.4850 13.8725 13.3463 12.9626 12.7433 12.6972 12.8272 13.1307 13.5932 14.1689 + 3 13.0514 12.4547 11.9949 11.6670 11.4693 11.4015 11.4647 11.6599 11.9940 12.4945 + 4 11.1895 10.6700 10.2975 10.0353 9.86646 9.78149 9.77198 9.82459 9.91639 10.0054 + 5 8.57904 8.46854 8.33084 8.20411 8.10565 8.04193 8.01244 8.01075 8.02531 8.04054 + 6 6.56901 6.53406 6.47911 6.41953 6.36683 6.32762 6.30390 6.29369 6.29218 6.29363 + 7 4.84548 4.82572 4.79216 4.75422 4.72121 4.69893 4.68912 4.68957 4.69480 4.69911 + 8 3.33763 3.30829 3.25835 3.20488 3.16865 3.15652 3.16948 3.20272 3.23761 3.25891 + 9 2.07518 2.00026 1.86550 1.71333 1.64650 1.64063 1.69581 1.83646 1.96232 2.03244 + 10 1.23330 1.05190 0.662227 0.00000 0.00000 0.00000 0.00000 0.649551 1.03067 1.20773 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 30 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -17.7184 -17.7260 -17.7413 -17.7607 -17.7815 -17.8015 -17.8196 -17.8361 -17.8524 -17.8714 + 2 -17.7250 -17.2758 -17.6779 -18.1928 -18.7028 -19.0890 -19.0701 -18.7434 -18.3162 -17.9645 + 3 -17.7576 -17.7383 -18.3276 -19.1583 -20.3233 -21.8986 -21.5436 -20.2624 -19.2752 -18.0558 + 4 -17.8030 -17.9009 -18.3804 -18.9984 -19.7693 -20.6409 -20.5481 -19.9130 -19.3101 -18.1216 + 5 -17.8551 -17.9347 -18.1636 -18.4529 -18.7595 -19.0100 -19.0691 -18.9779 -18.7918 -18.1545 + 6 -17.9073 -17.8528 -17.9399 -18.0670 -18.1970 -18.3013 -18.3563 -18.3660 -18.3388 -18.1675 + 7 -17.9619 -17.8104 -17.8349 -17.8967 -17.9600 -18.0120 -18.0455 -18.0623 -18.0844 -18.1741 + 8 -18.0216 -17.8789 -17.8970 -17.9450 -17.9873 -18.0151 -18.0254 -18.0216 -18.0359 -18.1828 + 9 -18.0864 -18.0687 -18.1380 -18.2247 -18.2731 -18.2886 -18.2699 -18.2092 -18.1612 -18.1963 + 10 -18.1536 -18.1703 -18.1862 -18.2004 -18.2108 -18.2174 -18.2201 -18.2191 -18.2161 -18.2124 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 30 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -55.9582 -56.1291 -56.4487 -56.8688 -57.3110 -57.6681 -57.8349 -57.8327 -57.7608 -57.7028 + 2 -55.9281 -56.1898 -56.7055 -57.4446 -58.3205 -59.1018 -59.1860 -58.7863 -58.3783 -58.1436 + 3 -55.5040 -55.8960 -56.7320 -58.1383 -60.3788 -63.9985 -63.1489 -60.4482 -58.9777 -58.3223 + 4 -54.1596 -54.4782 -55.1331 -56.1577 -57.5953 -59.4720 -59.2098 -57.8662 -56.9880 -56.5571 + 5 -52.1717 -52.3487 -52.6906 -53.1656 -53.7039 -54.1616 -54.2546 -54.0723 -53.8562 -53.7237 + 6 -50.0821 -50.1666 -50.3245 -50.5313 -50.7487 -50.9264 -51.0175 -51.0293 -51.0047 -50.9819 + 7 -48.2346 -48.2735 -48.3455 -48.4389 -48.5372 -48.6231 -48.6839 -48.7179 -48.7325 -48.7370 + 8 -46.7889 -46.8074 -46.8419 -46.8872 -46.9362 -46.9820 -47.0195 -47.0463 -47.0629 -47.0708 + 9 -45.8085 -45.8185 -45.8371 -45.8618 -45.8892 -45.9161 -45.9397 -45.9581 -45.9706 -45.9769 + 10 -45.3152 -45.3218 -45.3343 -45.3510 -45.3700 -45.3891 -45.4065 -45.4207 -45.4307 -45.4358 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 30 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 30 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 7430796.4109 CSUB-CGELASTIC = 281.0257 CSUB + CSUB-ELASTIC = 1637923.1116 CSUB-ELASTIC = 4.6935 CSUB + CSUB-INELASTIC = 196729261.3555 CSUB-INELASTIC = 14220.5722 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 256432500.0000 RCHA = 27000.0000 RCHA_0 + CHD = 5954733.5664 CHD = 437.0917 CHD_0 + + TOTAL IN = 468185214.4443 TOTAL IN = 41943.3831 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 317767500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 149625540.3050 CHD = 11943.3831 CHD_0 + + TOTAL OUT = 468185214.4372 TOTAL OUT = 41943.3831 + + IN - OUT = 7.0949E-03 IN - OUT = 6.9344E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 30 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 9.15257E+08 1.52543E+07 2.54238E+05 10593. 29.003 + + +end timestep + + +start timestep kper="31" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 31 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 31 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + + REUSING WELS FROM LAST STRESS PERIOD + + REUSING RCHS FROM LAST STRESS PERIOD + + REUSING CHDS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="31" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="31" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="31" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="31" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="31" kstp="6" mode="normal" + + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 31 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 31 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 31 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1021 AT TIME STEP 6, STRESS PERIOD 31 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 31 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 31 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 31 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 15.4222 14.9912 14.1742 13.6471 13.3733 13.3389 13.5468 14.0167 14.7910 15.1988 + 2 14.3479 13.7353 13.2092 12.8254 12.6061 12.5600 12.6900 12.9935 13.4560 14.0317 + 3 12.9197 12.3229 11.8631 11.5352 11.3375 11.2697 11.3328 11.5280 11.8621 12.3627 + 4 11.0658 10.5463 10.1738 9.91162 9.74276 9.65778 9.64826 9.70087 9.79268 9.88165 + 5 8.46626 8.35576 8.21808 8.09136 7.99291 7.92918 7.89966 7.89796 7.91249 7.92772 + 6 6.46985 6.43495 6.38008 6.32059 6.26794 6.22872 6.20494 6.19463 6.19304 6.19444 + 7 4.76256 4.74300 4.70974 4.67211 4.63929 4.61700 4.60699 4.60713 4.61205 4.61618 + 8 3.27314 3.24440 3.19547 3.14303 3.10738 3.09525 3.10763 3.13983 3.17371 3.19440 + 9 2.02969 1.95658 1.82508 1.67657 1.61127 1.60539 1.65905 1.79603 1.91864 1.98694 + 10 1.20265 1.02574 0.645749 0.00000 0.00000 0.00000 0.00000 0.633071 1.00451 1.17707 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 31 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -18.3012 -18.3092 -18.3247 -18.3443 -18.3652 -18.3852 -18.4033 -18.4195 -18.4356 -18.4543 + 2 -18.3061 -17.8595 -18.2626 -18.7806 -19.2934 -19.6813 -19.6622 -19.3338 -18.9044 -18.5457 + 3 -18.3366 -18.3229 -18.9150 -19.7501 -20.9202 -22.5001 -22.1443 -20.8590 -19.8662 -18.6351 + 4 -18.3796 -18.4845 -18.9667 -19.5880 -20.3624 -21.2370 -21.1440 -20.5067 -19.8993 -18.6985 + 5 -18.4289 -18.5158 -18.7465 -19.0373 -19.3455 -19.5972 -19.6565 -19.5648 -19.3763 -18.7286 + 6 -18.4781 -18.4296 -18.5178 -18.6456 -18.7762 -18.8811 -18.9364 -18.9461 -18.9175 -18.7385 + 7 -18.5296 -18.3815 -18.4067 -18.4687 -18.5324 -18.5846 -18.6184 -18.6354 -18.6566 -18.7419 + 8 -18.5860 -18.4433 -18.4616 -18.5096 -18.5518 -18.5798 -18.5904 -18.5870 -18.6009 -18.7474 + 9 -18.6478 -18.6256 -18.6943 -18.7800 -18.8280 -18.8436 -18.8255 -18.7659 -18.7186 -18.7578 + 10 -18.7122 -18.7282 -18.7437 -18.7575 -18.7677 -18.7743 -18.7773 -18.7766 -18.7741 -18.7710 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 31 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -56.9050 -57.0759 -57.3955 -57.8157 -58.2579 -58.6150 -58.7818 -58.7796 -58.7077 -58.6497 + 2 -56.8748 -57.1365 -57.6523 -58.3914 -59.2674 -60.0487 -60.1329 -59.7331 -59.3251 -59.0904 + 3 -56.4506 -56.8426 -57.6787 -59.0850 -61.3255 -64.9452 -64.0956 -61.3949 -59.9244 -59.2690 + 4 -55.1059 -55.4245 -56.0794 -57.1041 -58.5417 -60.4184 -60.1562 -58.8126 -57.9344 -57.5034 + 5 -53.1175 -53.2945 -53.6365 -54.1115 -54.6499 -55.1076 -55.2006 -55.0183 -54.8021 -54.6697 + 6 -51.0274 -51.1120 -51.2699 -51.4768 -51.6941 -51.8718 -51.9630 -51.9747 -51.9502 -51.9273 + 7 -49.1794 -49.2183 -49.2904 -49.3838 -49.4821 -49.5680 -49.6289 -49.6629 -49.6774 -49.6819 + 8 -47.7333 -47.7518 -47.7863 -47.8316 -47.8806 -47.9264 -47.9639 -47.9908 -48.0074 -48.0152 + 9 -46.7526 -46.7625 -46.7811 -46.8058 -46.8333 -46.8602 -46.8837 -46.9022 -46.9147 -46.9210 + 10 -46.2591 -46.2657 -46.2782 -46.2949 -46.3138 -46.3330 -46.3504 -46.3646 -46.3745 -46.3797 + + HEAD WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 31 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 31 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 7532058.1446 CSUB-CGELASTIC = 274.7357 CSUB + CSUB-ELASTIC = 1639623.4788 CSUB-ELASTIC = 4.6293 CSUB + CSUB-INELASTIC = 201861300.8484 CSUB-INELASTIC = 13937.7327 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 266294250.0000 RCHA = 27000.0000 RCHA_0 + CHD = 6117313.2641 CHD = 450.4607 CHD_0 + + TOTAL IN = 483444545.7359 TOTAL IN = 41667.5584 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 328725000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 153927371.5963 CHD = 11667.5584 CHD_0 + + TOTAL OUT = 483444545.7285 TOTAL OUT = 41667.5584 + + IN - OUT = 7.4243E-03 IN - OUT = 6.7805E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 31 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 9.46814E+08 1.57802E+07 2.63004E+05 10958. 30.003 + + +end timestep + + + LARGEST 20 OF 296 INTERBED STRAIN VALUES SHOWN + + CSUB PACKAGE INTERBED STRAIN SUMMARY + ---------------------------------------------------------------------------------------------------------------------- + INTERBED INTERBED INITIAL FINAL TOTAL PERCENT + NUMBER TYPE CELLID THICKNESS THICKNESS COMPACTION FINAL STRAIN COMPACTION FLAG + ---------------------------------------------------------------------------------------------------------------------- + 222 no-delay (3,3,6) 30.000 30.000 1.0466 3.48869E-02 3.4887 *>=1% + 223 no-delay (3,3,7) 30.000 30.000 1.0313 3.43772E-02 3.4377 *>=1% + 224 no-delay (3,3,8) 30.000 30.000 0.98270 3.27567E-02 3.2757 *>=1% + 221 no-delay (3,3,5) 30.000 30.000 0.98145 3.27151E-02 3.2715 *>=1% + 232 no-delay (3,4,6) 30.000 30.000 0.96511 3.21703E-02 3.2170 *>=1% + 233 no-delay (3,4,7) 30.000 30.000 0.96039 3.20130E-02 3.2013 *>=1% + 213 no-delay (3,2,7) 30.000 30.000 0.96000 3.19999E-02 3.2000 *>=1% + 212 no-delay (3,2,6) 30.000 30.000 0.95848 3.19494E-02 3.1949 *>=1% + 225 no-delay (3,3,9) 30.000 30.000 0.95623 3.18744E-02 3.1874 *>=1% + 214 no-delay (3,2,8) 30.000 30.000 0.95280 3.17600E-02 3.1760 *>=1% + 215 no-delay (3,2,9) 30.000 30.000 0.94546 3.15152E-02 3.1515 *>=1% + 226 no-delay (3,3,10) 30.000 30.000 0.94443 3.14811E-02 3.1481 *>=1% + 211 no-delay (3,2,5) 30.000 30.000 0.94442 3.14806E-02 3.1481 *>=1% + 216 no-delay (3,2,10) 30.000 30.000 0.94123 3.13743E-02 3.1374 *>=1% + 220 no-delay (3,3,4) 30.000 30.000 0.94112 3.13708E-02 3.1371 *>=1% + 234 no-delay (3,4,8) 30.000 30.000 0.93620 3.12068E-02 3.1207 *>=1% + 203 no-delay (3,1,7) 30.000 30.000 0.93568 3.11894E-02 3.1189 *>=1% + 204 no-delay (3,1,8) 30.000 30.000 0.93564 3.11880E-02 3.1188 *>=1% + 205 no-delay (3,1,9) 30.000 30.000 0.93435 3.11449E-02 3.1145 *>=1% + 206 no-delay (3,1,10) 30.000 30.000 0.93330 3.11101E-02 3.1110 *>=1% + ---------------------------------------------------------------------------------------------------------------------- + + + + PERCENT COMPACTION IS GREATER THAN OR EQUAL TO 1 PERCENT IN 100 OF 296 INTERBED(S). + USE THE STRAIN_CSV_INTERBED OPTION TO OUTPUT A CSV FILE WITH PERCENT COMPACTION + VALUES FOR ALL INTERBEDS. + + COARSE-GRAINED STORAGE PERCENT COMPACTION WAS LESS THAN 1 PERCENT IN ALL CELLS diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.nam b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.nam new file mode 100644 index 000000000..c2e798cd3 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.nam @@ -0,0 +1,16 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. +BEGIN options +END options + +BEGIN packages + DIS6 csub_sub03a.dis dis + IC6 csub_sub03a.ic ic + NPF6 csub_sub03a.npf npf + STO6 csub_sub03a.sto sto + RCH6 csub_sub03a.rcha rcha_0 + WEL6 csub_sub03a.wel wel_0 + CHD6 csub_sub03a.chd chd_0 + CSUB6 csub_sub03a.csub csub + OC6 csub_sub03a.oc oc +END packages + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.npf b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.npf new file mode 100644 index 000000000..693e2d8d6 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.npf @@ -0,0 +1,29 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. +BEGIN options +END options + +BEGIN griddata + icelltype LAYERED + CONSTANT 0 + CONSTANT 0 + CONSTANT 0 + k LAYERED + CONSTANT 20.00000000 + INTERNAL FACTOR 1.0 + 20.00000000 20.00000000 20.00000000 20.00000000 20.00000000 20.00000000 20.00000000 20.00000000 20.00000000 20.00000000 + 20.00000000 0.01000000 0.01000000 0.01000000 0.01000000 0.01000000 0.01000000 0.01000000 0.01000000 20.00000000 + 20.00000000 0.01000000 0.01000000 0.01000000 0.01000000 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--git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.oc b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.oc new file mode 100644 index 000000000..4ae8d2e34 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.oc @@ -0,0 +1,14 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. +BEGIN options + BUDGET FILEOUT csub_sub03a.cbc + HEAD FILEOUT csub_sub03a.hds + HEAD PRINT_FORMAT COLUMNS 10 WIDTH 15 DIGITS 6 GENERAL +END options + +BEGIN period 1 + SAVE HEAD LAST + SAVE BUDGET LAST + PRINT HEAD LAST + PRINT BUDGET LAST +END period 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.rcha b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/mf6_regression/csub_sub03a.rcha new file 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b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/mf6_regression/mfsim.lst new file mode 100644 index 000000000..4f8b05925 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/mf6_regression/mfsim.lst @@ -0,0 +1,3675 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + VERSION 6.4.2 06/28/2023 + ***DEVELOP MODE*** + + MODFLOW 6 compiled Oct 4 2023 09:03:27 with GCC version 11.3.0 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: -fdiagnostics-color=always -cpp -I +src/libmf6core.a.p -I src -I ../mf6.4.2_linux/src -I src/libmf6_external.a.p +-imultiarch x86_64-linux-gnu -D _FILE_OFFSET_BITS=64 -D __linux__ +-mtune=generic -march=x86-64 -O2 -Wall -Wpedantic -Wcharacter-truncation +-Wno-unused-dummy-argument -Wno-intrinsic-shadow -Wno-maybe-uninitialized +-Wno-uninitialized -std=f2008 -fall-intrinsics -ffpe-summary=overflow +-ffpe-trap=overflow,zero,invalid -fPIC -J src/libmf6core.a.p +-fpre-include=/usr/include/finclude/math-vector-fortran.h + +System command used to initiate simulation: +/home/mreno/.clone/usgs/w/netcdf/2/modflow6/bin/rebuilt/mf6 + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + + OPENED mfsim.nam + FILE TYPE:NAM UNIT 1001 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + + OPENED csub_sub03a.nam + FILE TYPE:NAM UNIT 1002 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + + OPENED csub_sub03a.dis + FILE TYPE:DIS6 UNIT 1003 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED csub_sub03a.npf + FILE TYPE:NPF6 UNIT 1004 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED csub_sub03a.sto + FILE TYPE:STO6 UNIT 1005 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED csub_sub03a.ic + FILE TYPE:IC6 UNIT 1006 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED csub_sub03a.oc + FILE TYPE:OC6 UNIT 1007 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED csub_sub03a.wel + FILE TYPE:WEL6 UNIT 1008 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED csub_sub03a.rcha + FILE TYPE:RCH6 UNIT 1009 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED csub_sub03a.chd + FILE TYPE:CHD6 UNIT 1010 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED csub_sub03a.csub + FILE TYPE:CSUB6 UNIT 1011 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + + READING SIMULATION OPTIONS + MAXIMUM NUMBER OF ERRORS THAT WILL BE STORED IS 1000 + END OF SIMULATION OPTIONS + + READING SIMULATION TIMING + + OPENED csub_sub03a.tdis + FILE TYPE:TDIS UNIT 1012 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + TDIS -- TEMPORAL DISCRETIZATION PACKAGE, + VERSION 1 : 11/13/2014 - INPUT READ FROM UNIT 1012 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + PROCESSING TDIS OPTIONS + SIMULATION TIME UNIT IS DAYS + END OF TDIS OPTIONS + PROCESSING TDIS DIMENSIONS + 31 STRESS PERIOD(S) IN SIMULATION + END OF TDIS DIMENSIONS + PROCESSING TDIS PERIODDATA + + + STRESS PERIOD LENGTH TIME STEPS MULTIPLIER FOR DELT + ---------------------------------------------------------------------------- + 1 1.000000 1 1.000 + 2 365.2500 6 1.300 + 3 365.2500 6 1.300 + 4 365.2500 6 1.300 + 5 365.2500 6 1.300 + 6 365.2500 6 1.300 + 7 365.2500 6 1.300 + 8 365.2500 6 1.300 + 9 365.2500 6 1.300 + 10 365.2500 6 1.300 + 11 365.2500 6 1.300 + 12 365.2500 6 1.300 + 13 365.2500 6 1.300 + 14 365.2500 6 1.300 + 15 365.2500 6 1.300 + 16 365.2500 6 1.300 + 17 365.2500 6 1.300 + 18 365.2500 6 1.300 + 19 365.2500 6 1.300 + 20 365.2500 6 1.300 + 21 365.2500 6 1.300 + 22 365.2500 6 1.300 + 23 365.2500 6 1.300 + 24 365.2500 6 1.300 + 25 365.2500 6 1.300 + 26 365.2500 6 1.300 + 27 365.2500 6 1.300 + 28 365.2500 6 1.300 + 29 365.2500 6 1.300 + 30 365.2500 6 1.300 + 31 365.2500 6 1.300 + END OF TDIS PERIODDATA + END OF SIMULATION TIMING + + READING SIMULATION MODELS + GWF6 model 1 will be created + END OF SIMULATION MODELS + + READING SIMULATION EXCHANGES + END OF SIMULATION EXCHANGES + + READING SOLUTIONGROUP + + Creating solution: SLN_1 + + OPENED csub_sub03a.ims + FILE TYPE:IMS UNIT 1014 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + END OF SOLUTIONGROUP + +PROCESSING MODEL CONNECTIONS + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1014 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + + PROCESSING IMS OPTIONS + END OF IMS OPTIONS + + PROCESSING IMS NONLINEAR + END OF IMS NONLINEAR DATA + ***UNDER-RELAXATION WILL NOT BE USED*** + + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + + PROCESSING LINEAR DATA + END OF LINEAR DATA + A symmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-08 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 500 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 0 + LINEAR SOLUTION METHOD (LINMETH) = 1 + + SOLUTION BY THE CONJUGATE-GRADIENT METHOD + ------------------------------------------------------------------ + MAXIMUM OF 500 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 300 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = CG + MATRIX PRECONDITIONING TYPE = MOD. INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-08 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E-05 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.10000E+01 + + + + + Solving: Stress period: 1 Time step: 1 + +1 + STRESS PERIOD NO. 1, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 37 23.347236 1_GWF-(1,1,1) + Model 2 1 1.85327309E-10 * 1_GWF-(2,3,8) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 38 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 1 + +1 + STRESS PERIOD NO. 2, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -14.908780 1_GWF-(3,3,6) + Model 2 1 3.28045147E-10 * 1_GWF-(2,10,6) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 2 + 25 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -8.7562880 1_GWF-(3,1,10) + Model 2 23 1.7046169 1_GWF-(3,3,6) + Model 3 1 -2.00621741E-10 * 1_GWF-(3,1,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 2 + 49 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -7.3644772 1_GWF-(3,1,1) + Model 2 24 3.7344933 1_GWF-(3,3,6) + Model 3 23 1.3269491 1_GWF-(3,5,10) + Model 4 22 0.22866913 1_GWF-(3,4,4) + Model 5 1 1.79380955E-10 * 1_GWF-(2,8,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 2 + 96 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -4.6111552 1_GWF-(3,10,1) + Model 2 25 2.4220311 1_GWF-(3,3,9) + Model 3 22 0.34016768 1_GWF-(3,5,1) + Model 4 19 3.29840198E-02 1_GWF-(3,4,1) + Model 5 2 1.32229427E-09 1_GWF-(2,4,2) + Model 6 1 -1.87965199E-11 * 1_GWF-(2,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 2 + 95 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -4.5842626 1_GWF-(3,3,10) + Model 2 24 3.3719817 1_GWF-(3,2,10) + Model 3 23 0.56604208 1_GWF-(3,8,10) + Model 4 21 4.32066738E-02 1_GWF-(3,6,2) + Model 5 1 -8.04281086E-11 * 1_GWF-(2,6,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 2 + 95 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -3.1357146 1_GWF-(3,4,10) + Model 2 25 1.7600921 1_GWF-(3,2,5) + Model 3 22 0.27644707 1_GWF-(3,10,1) + Model 4 21 4.57737685E-02 1_GWF-(3,8,4) + Model 5 1 -2.75511614E-10 * 1_GWF-(2,2,1) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 2 + 95 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 1 + +1 + STRESS PERIOD NO. 3, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -1.1619016 1_GWF-(3,3,4) + Model 2 21 0.84397110 1_GWF-(3,3,3) + Model 3 18 3.22281115E-02 1_GWF-(3,8,1) + Model 4 15 3.18480990E-03 1_GWF-(3,8,4) + Model 5 1 -2.14516405E-10 * 1_GWF-(2,8,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 3 + 77 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.5781531 1_GWF-(3,1,10) + Model 2 22 3.1265799 1_GWF-(3,1,10) + Model 3 20 7.49094098E-02 1_GWF-(3,9,1) + Model 4 1 3.77415876E-11 * 1_GWF-(2,9,2) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 3 + 66 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -2.7463872 1_GWF-(3,1,10) + Model 2 22 2.1656651 1_GWF-(3,1,10) + Model 3 19 5.42050482E-02 1_GWF-(3,10,1) + Model 4 17 8.33664559E-03 1_GWF-(3,9,1) + Model 5 1 5.82770721E-10 * 1_GWF-(2,9,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 3 + 83 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -3.3944253 1_GWF-(3,1,10) + Model 2 23 2.6603496 1_GWF-(3,1,10) + Model 3 16 3.18736461E-03 1_GWF-(3,10,1) + Model 4 13 2.38742284E-04 1_GWF-(3,10,3) + Model 5 1 6.93885394E-10 * 1_GWF-(2,9,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 3 + 78 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -3.9304970 1_GWF-(3,1,10) + Model 2 24 3.0178575 1_GWF-(3,1,10) + Model 3 1 1.91761274E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 3 + 50 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -3.1083243 1_GWF-(3,1,10) + Model 2 25 1.9907645 1_GWF-(3,1,10) + Model 3 1 3.90714128E-11 * 1_GWF-(2,5,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 3 + 51 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 1 + +1 + STRESS PERIOD NO. 4, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -0.88041739 1_GWF-(3,3,9) + Model 2 21 0.60842876 1_GWF-(3,3,9) + Model 3 1 2.35237385E-11 * 1_GWF-(2,2,7) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 4 + 43 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -0.94581761 1_GWF-(3,3,1) + Model 2 21 0.61738599 1_GWF-(3,3,1) + Model 3 1 -6.69719835E-11 * 1_GWF-(2,3,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 4 + 43 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -1.6694303 1_GWF-(3,1,10) + Model 2 22 1.1924032 1_GWF-(3,1,10) + Model 3 1 9.17208531E-11 * 1_GWF-(2,2,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 4 + 45 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -2.9781281 1_GWF-(3,1,10) + Model 2 23 2.3782335 1_GWF-(3,1,10) + Model 3 1 -8.92031116E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 4 + 49 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -3.2170299 1_GWF-(3,1,10) + Model 2 25 2.4681385 1_GWF-(3,1,10) + Model 3 1 1.77420023E-11 * 1_GWF-(2,4,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 4 + 51 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -1.8996021 1_GWF-(3,3,1) + Model 2 24 1.0544293 1_GWF-(3,3,1) + Model 3 1 5.13722398E-11 * 1_GWF-(2,3,5) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 4 + 50 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 1 + +1 + STRESS PERIOD NO. 5, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -12.654174 1_GWF-(1,1,1) + Model 2 21 0.60292884 1_GWF-(3,1,10) + Model 3 1 3.48596707E-11 * 1_GWF-(2,2,5) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 5 + 45 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -5.3117204 1_GWF-(1,1,1) + Model 2 21 2.2132954 1_GWF-(2,3,6) + Model 3 1 2.13746354E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 5 + 45 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -2.5113809 1_GWF-(2,3,5) + Model 2 22 2.4424599 1_GWF-(2,4,6) + Model 3 19 0.14769630 1_GWF-(2,3,10) + Model 4 18 8.10408430E-03 1_GWF-(2,1,4) + Model 5 16 1.49782346E-03 1_GWF-(2,1,5) + Model 6 1 1.31850086E-10 * 1_GWF-(2,8,2) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 5 + 100 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -5.1534802 1_GWF-(2,3,6) + Model 2 22 5.0037325 1_GWF-(2,3,6) + Model 3 20 0.47953145 1_GWF-(2,6,2) + Model 4 19 0.13589189 1_GWF-(2,4,1) + Model 5 1 -4.34807745E-11 * 1_GWF-(2,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 5 + 87 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -6.0317371 1_GWF-(2,3,6) + Model 2 22 5.8291096 1_GWF-(2,3,6) + Model 3 20 0.35333561 1_GWF-(2,7,1) + Model 4 19 3.36318938E-02 1_GWF-(2,4,1) + Model 5 1 -3.94200228E-11 * 1_GWF-(2,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 5 + 87 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -6.5242317 1_GWF-(2,3,6) + Model 2 22 6.2530679 1_GWF-(2,3,6) + Model 3 21 0.71608724 1_GWF-(2,10,5) + Model 4 19 0.15601508 1_GWF-(2,7,10) + Model 5 18 2.92810251E-02 1_GWF-(2,5,1) + Model 6 1 -8.36708480E-11 * 1_GWF-(2,8,2) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 5 + 107 TOTAL ITERATIONS + + Solving: Stress period: 6 Time step: 1 + +1 + STRESS PERIOD NO. 6, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.8235600 1_GWF-(2,3,6) + Model 2 21 3.7500803 1_GWF-(2,3,6) + Model 3 18 0.14508424 1_GWF-(2,7,10) + Model 4 16 6.79723851E-02 1_GWF-(2,6,10) + Model 5 1 1.23880461E-10 * 1_GWF-(2,8,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 6 + 79 TOTAL ITERATIONS + + Solving: Stress period: 6 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -4.1382910 1_GWF-(2,3,6) + Model 2 21 4.0420051 1_GWF-(2,3,6) + Model 3 19 0.17226899 1_GWF-(2,7,3) + Model 4 11 6.44586868E-04 1_GWF-(2,7,8) + Model 5 1 -2.25822028E-10 * 1_GWF-(2,7,7) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 6 + 74 TOTAL ITERATIONS + + Solving: Stress period: 6 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -5.2945802 1_GWF-(2,3,6) + Model 2 21 5.1682025 1_GWF-(2,3,6) + Model 3 19 0.56716097 1_GWF-(2,10,5) + Model 4 18 0.10852467 1_GWF-(2,7,1) + Model 5 17 4.89896294E-02 1_GWF-(2,6,1) + Model 6 1 -1.12551746E-10 * 1_GWF-(2,8,3) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 6 + 102 TOTAL ITERATIONS + + Solving: Stress period: 6 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -4.9415798 1_GWF-(2,3,6) + Model 2 21 4.7754785 1_GWF-(2,3,6) + Model 3 19 0.21524996 1_GWF-(2,9,10) + Model 4 18 4.49306323E-02 1_GWF-(2,7,10) + Model 5 1 -3.35198536E-11 * 1_GWF-(2,8,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 6 + 83 TOTAL ITERATIONS + + Solving: Stress period: 6 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -5.7043070 1_GWF-(2,3,6) + Model 2 21 5.4855590 1_GWF-(2,3,6) + Model 3 20 0.32747654 1_GWF-(2,8,4) + Model 4 17 2.42288650E-02 1_GWF-(2,7,1) + Model 5 1 -1.37455380E-10 * 1_GWF-(2,9,3) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 6 + 84 TOTAL ITERATIONS + + Solving: Stress period: 6 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -6.4313837 1_GWF-(2,3,6) + Model 2 22 6.1429129 1_GWF-(2,3,6) + Model 3 19 5.44257486E-02 1_GWF-(2,9,1) + Model 4 17 1.76755625E-02 1_GWF-(2,8,1) + Model 5 1 -1.00661701E-10 * 1_GWF-(2,9,3) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 6 + 84 TOTAL ITERATIONS + + Solving: Stress period: 7 Time step: 1 + +1 + STRESS PERIOD NO. 7, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.9306111 1_GWF-(2,3,6) + Model 2 20 3.8526320 1_GWF-(2,3,6) + Model 3 15 1.00932121E-02 1_GWF-(2,8,1) + Model 4 1 -6.86677382E-11 * 1_GWF-(2,9,2) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 7 + 58 TOTAL ITERATIONS + + Solving: Stress period: 7 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -5.0309873 1_GWF-(2,3,6) + Model 2 21 4.9291515 1_GWF-(2,3,6) + Model 3 17 6.56724248E-02 1_GWF-(2,10,10) + Model 4 16 2.81064226E-02 1_GWF-(2,9,10) + Model 5 1 7.54676321E-11 * 1_GWF-(2,9,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 7 + 78 TOTAL ITERATIONS + + Solving: Stress period: 7 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.7400419 1_GWF-(2,4,9) + Model 2 20 2.6557200 1_GWF-(2,4,9) + Model 3 19 0.30124802 1_GWF-(2,9,4) + Model 4 15 1.38884639E-02 1_GWF-(2,9,1) + Model 5 1 8.65210126E-11 * 1_GWF-(2,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 7 + 78 TOTAL ITERATIONS + + Solving: Stress period: 7 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -5.6347462 1_GWF-(2,3,6) + Model 2 21 5.4605505 1_GWF-(2,3,6) + Model 3 19 0.13616951 1_GWF-(2,9,4) + Model 4 16 1.50364965E-02 1_GWF-(2,10,9) + Model 5 1 7.22000237E-11 * 1_GWF-(2,9,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 7 + 82 TOTAL ITERATIONS + + Solving: Stress period: 7 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -5.8171065 1_GWF-(2,3,6) + Model 2 21 5.5889375 1_GWF-(2,3,6) + Model 3 9 1.23798077E-04 1_GWF-(2,10,5) + Model 4 1 -2.26827224E-10 * 1_GWF-(1,8,5) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 7 + 55 TOTAL ITERATIONS + + Solving: Stress period: 7 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -8.3340296 1_GWF-(2,3,6) + Model 2 22 8.0349010 1_GWF-(2,3,6) + Model 3 1 -1.39495526E-10 * 1_GWF-(2,2,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 7 + 49 TOTAL ITERATIONS + + Solving: Stress period: 8 Time step: 1 + +1 + STRESS PERIOD NO. 8, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 12.332188 1_GWF-(1,1,1) + Model 2 21 0.87478778 1_GWF-(2,3,5) + Model 3 19 0.12007257 1_GWF-(2,4,10) + Model 4 17 2.85145705E-02 1_GWF-(2,7,1) + Model 5 16 8.81023119E-03 1_GWF-(2,8,1) + Model 6 1 4.06208400E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 8 + 96 TOTAL ITERATIONS + + Solving: Stress period: 8 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 4.8847675 1_GWF-(1,1,1) + Model 2 22 2.8716281 1_GWF-(3,10,10) + Model 3 21 0.67393301 1_GWF-(2,7,3) + Model 4 20 0.18337074 1_GWF-(2,10,6) + Model 5 1 -3.52917695E-11 * 1_GWF-(2,2,1) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 8 + 88 TOTAL ITERATIONS + + Solving: Stress period: 8 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -2.4144274 1_GWF-(3,1,10) + Model 2 23 2.1178222 1_GWF-(3,1,10) + Model 3 19 0.33243010 1_GWF-(2,3,7) + Model 4 1 -9.19540000E-11 * 1_GWF-(2,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 8 + 69 TOTAL ITERATIONS + + Solving: Stress period: 8 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 27 -8.3627006 1_GWF-(3,1,10) + Model 2 23 7.9618784 1_GWF-(3,1,8) + Model 3 23 2.8675698 1_GWF-(2,2,4) + Model 4 23 0.71838076 1_GWF-(2,10,2) + Model 5 1 -4.01225719E-11 * 1_GWF-(2,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 8 + 97 TOTAL ITERATIONS + + Solving: Stress period: 8 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -3.1665745 1_GWF-(3,10,7) + Model 2 24 2.7297763 1_GWF-(3,10,7) + Model 3 23 0.64531324 1_GWF-(2,9,2) + Model 4 1 -5.04867259E-11 * 1_GWF-(2,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 8 + 74 TOTAL ITERATIONS + + Solving: Stress period: 8 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -4.8343112 1_GWF-(3,10,10) + Model 2 25 4.2682670 1_GWF-(3,10,10) + Model 3 22 1.1677511 1_GWF-(2,6,6) + Model 4 22 0.38448512 1_GWF-(2,10,9) + Model 5 1 -2.38726372E-10 * 1_GWF-(2,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 8 + 96 TOTAL ITERATIONS + + Solving: Stress period: 9 Time step: 1 + +1 + STRESS PERIOD NO. 9, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -1.4493268 1_GWF-(3,10,6) + Model 2 21 1.2990776 1_GWF-(3,10,6) + Model 3 18 0.25091572 1_GWF-(2,9,9) + Model 4 1 1.68338232E-10 * 1_GWF-(2,9,7) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 9 + 61 TOTAL ITERATIONS + + Solving: Stress period: 9 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -4.7174434 1_GWF-(3,1,1) + Model 2 23 4.5034761 1_GWF-(3,1,1) + Model 3 22 1.2057361 1_GWF-(2,4,9) + Model 4 20 0.11383266 1_GWF-(2,10,1) + Model 5 20 0.21014046 1_GWF-(2,10,5) + Model 6 14 3.97730160E-03 1_GWF-(2,9,4) + Model 7 1 2.55489851E-10 * 1_GWF-(2,9,2) + ---------------------------------------------------------------------------------------------------------- + + + 7 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 9 + 123 TOTAL ITERATIONS + + Solving: Stress period: 9 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -4.8654322 1_GWF-(3,1,1) + Model 2 23 4.5891170 1_GWF-(3,1,1) + Model 3 22 1.2709004 1_GWF-(2,4,4) + Model 4 20 8.22489121E-02 1_GWF-(2,10,1) + Model 5 20 3.88070658E-02 1_GWF-(2,10,8) + Model 6 20 5.98968759E-02 1_GWF-(2,10,6) + Model 7 1 2.79927193E-11 * 1_GWF-(2,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 7 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 9 + 131 TOTAL ITERATIONS + + Solving: Stress period: 9 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -2.0317980 1_GWF-(3,1,10) + Model 2 23 1.6766655 1_GWF-(3,1,10) + Model 3 21 0.29270911 1_GWF-(2,8,3) + Model 4 18 9.29010334E-03 1_GWF-(2,10,9) + Model 5 15 7.95566432E-04 1_GWF-(2,10,8) + Model 6 1 5.16645393E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 9 + 103 TOTAL ITERATIONS + + Solving: Stress period: 9 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -2.6717360 1_GWF-(3,3,10) + Model 2 24 2.2180118 1_GWF-(3,3,10) + Model 3 22 0.64313828 1_GWF-(2,4,9) + Model 4 17 5.80042958E-03 1_GWF-(2,8,9) + Model 5 1 -2.55500510E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 9 + 89 TOTAL ITERATIONS + + Solving: Stress period: 9 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -3.2263460 1_GWF-(3,4,10) + Model 2 24 2.6481041 1_GWF-(3,4,10) + Model 3 22 0.75480313 1_GWF-(2,3,9) + Model 4 20 1.94901572E-02 1_GWF-(2,9,10) + Model 5 1 -2.46105358E-11 * 1_GWF-(2,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 9 + 93 TOTAL ITERATIONS + + Solving: Stress period: 10 Time step: 1 + +1 + STRESS PERIOD NO. 10, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -1.3210199 1_GWF-(3,10,10) + Model 2 22 1.1745779 1_GWF-(3,10,10) + Model 3 18 0.21415962 1_GWF-(2,5,9) + Model 4 1 1.92857286E-10 * 1_GWF-(2,6,8) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 10 + 63 TOTAL ITERATIONS + + Solving: Stress period: 10 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.2216627 1_GWF-(3,1,1) + Model 2 22 3.0177442 1_GWF-(3,1,1) + Model 3 21 0.60100976 1_GWF-(2,3,9) + Model 4 19 0.10682261 1_GWF-(2,8,1) + Model 5 18 2.62280243E-02 1_GWF-(2,9,1) + Model 6 1 -6.14148732E-11 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 10 + 105 TOTAL ITERATIONS + + Solving: Stress period: 10 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -1.7827024 1_GWF-(3,5,1) + Model 2 23 1.5256655 1_GWF-(3,5,1) + Model 3 20 0.40500819 1_GWF-(2,5,3) + Model 4 18 4.38040010E-02 1_GWF-(2,8,10) + Model 5 1 -2.93991498E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 10 + 86 TOTAL ITERATIONS + + Solving: Stress period: 10 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -2.5687369 1_GWF-(3,6,10) + Model 2 23 2.2414985 1_GWF-(3,6,10) + Model 3 21 0.49459171 1_GWF-(2,4,3) + Model 4 20 4.11884594E-02 1_GWF-(2,8,1) + Model 5 1 -2.52295962E-11 * 1_GWF-(2,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 10 + 90 TOTAL ITERATIONS + + Solving: Stress period: 10 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -2.8473063 1_GWF-(3,10,10) + Model 2 23 2.4382139 1_GWF-(3,10,10) + Model 3 21 0.28141935 1_GWF-(2,4,3) + Model 4 19 3.03041848E-02 1_GWF-(2,7,10) + Model 5 1 -2.01385575E-11 * 1_GWF-(2,2,6) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 10 + 90 TOTAL ITERATIONS + + Solving: Stress period: 10 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -2.4062470 1_GWF-(3,8,10) + Model 2 23 1.8761592 1_GWF-(3,8,10) + Model 3 22 0.37937378 1_GWF-(2,4,2) + Model 4 20 7.43949149E-02 1_GWF-(2,6,1) + Model 5 19 1.21275189E-02 1_GWF-(2,7,1) + Model 6 1 -3.01056957E-11 * 1_GWF-(2,2,9) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 10 + 111 TOTAL ITERATIONS + + Solving: Stress period: 11 Time step: 1 + +1 + STRESS PERIOD NO. 11, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -1.9491476 1_GWF-(3,10,1) + Model 2 22 1.8078564 1_GWF-(3,10,1) + Model 3 18 0.12791945 1_GWF-(2,5,10) + Model 4 18 4.83433429E-02 1_GWF-(2,6,10) + Model 5 1 2.39781528E-11 * 1_GWF-(2,3,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 11 + 81 TOTAL ITERATIONS + + Solving: Stress period: 11 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.3973408 1_GWF-(3,10,1) + Model 2 22 2.2143739 1_GWF-(3,10,1) + Model 3 20 0.19771858 1_GWF-(2,5,1) + Model 4 1 -3.11182191E-11 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 11 + 66 TOTAL ITERATIONS + + Solving: Stress period: 11 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -3.0625855 1_GWF-(3,10,10) + Model 2 22 2.8260294 1_GWF-(3,10,10) + Model 3 21 0.54005342 1_GWF-(2,3,2) + Model 4 20 0.11093309 1_GWF-(2,5,1) + Model 5 19 3.98566352E-02 1_GWF-(2,6,1) + Model 6 1 7.09015069E-11 * 1_GWF-(2,2,8) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 11 + 108 TOTAL ITERATIONS + + Solving: Stress period: 11 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -2.3783688 1_GWF-(3,8,10) + Model 2 23 2.0711450 1_GWF-(3,8,10) + Model 3 21 0.39535607 1_GWF-(2,3,2) + Model 4 19 3.62978693E-02 1_GWF-(2,5,10) + Model 5 1 -8.11368750E-11 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 11 + 89 TOTAL ITERATIONS + + Solving: Stress period: 11 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -2.0522716 1_GWF-(2,9,5) + Model 2 23 1.9849180 1_GWF-(2,9,5) + Model 3 20 0.28961278 1_GWF-(2,2,1) + Model 4 19 3.02910415E-02 1_GWF-(2,5,1) + Model 5 1 -5.43769474E-11 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 11 + 88 TOTAL ITERATIONS + + Solving: Stress period: 11 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 27 -3.6888978 1_GWF-(3,10,10) + Model 2 22 3.1830270 1_GWF-(3,10,10) + Model 3 20 0.31864927 1_GWF-(2,1,4) + Model 4 20 5.55306675E-02 1_GWF-(2,3,10) + Model 5 17 3.50241438E-03 1_GWF-(2,4,10) + Model 6 1 8.68105587E-11 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 11 + 107 TOTAL ITERATIONS + + Solving: Stress period: 12 Time step: 1 + +1 + STRESS PERIOD NO. 12, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -1.5684083 1_GWF-(2,3,6) + Model 2 21 1.5393476 1_GWF-(2,3,6) + Model 3 18 7.13350406E-02 1_GWF-(2,3,10) + Model 4 1 8.50519655E-11 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 12 + 62 TOTAL ITERATIONS + + Solving: Stress period: 12 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.5822643 1_GWF-(3,10,1) + Model 2 22 2.4064011 1_GWF-(3,10,1) + Model 3 17 1.39539612E-02 1_GWF-(2,4,1) + Model 4 1 1.68476788E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 12 + 63 TOTAL ITERATIONS + + Solving: Stress period: 12 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.0703694 1_GWF-(2,3,6) + Model 2 21 2.0188842 1_GWF-(2,3,6) + Model 3 18 0.23942154 1_GWF-(2,2,2) + Model 4 1 -1.79358750E-10 * 1_GWF-(2,2,10) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 12 + 63 TOTAL ITERATIONS + + Solving: Stress period: 12 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -2.4590177 1_GWF-(2,3,6) + Model 2 21 2.3899070 1_GWF-(2,3,6) + Model 3 18 0.12553376 1_GWF-(2,1,4) + Model 4 19 3.12129142E-02 1_GWF-(2,2,10) + Model 5 1 -5.66977576E-11 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 12 + 83 TOTAL ITERATIONS + + Solving: Stress period: 12 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -2.9116714 1_GWF-(2,9,5) + Model 2 21 2.8272836 1_GWF-(2,9,5) + Model 3 17 4.96918409E-02 1_GWF-(2,1,4) + Model 4 16 1.09911174E-02 1_GWF-(2,2,1) + Model 5 1 2.25448105E-10 * 1_GWF-(1,1,10) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 12 + 80 TOTAL ITERATIONS + + Solving: Stress period: 12 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -3.0741489 1_GWF-(2,3,6) + Model 2 21 2.9475893 1_GWF-(2,3,6) + Model 3 1 -1.28864031E-10 * 1_GWF-(1,1,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 12 + 48 TOTAL ITERATIONS + + Solving: Stress period: 13 Time step: 1 + +1 + STRESS PERIOD NO. 13, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -1.5657614 1_GWF-(2,4,7) + Model 2 20 1.5350045 1_GWF-(2,4,7) + Model 3 1 -2.86437540E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 13 + 42 TOTAL ITERATIONS + + Solving: Stress period: 13 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -1.8507900 1_GWF-(2,3,6) + Model 2 20 1.8053517 1_GWF-(2,3,6) + Model 3 1 -4.58637572E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 13 + 43 TOTAL ITERATIONS + + Solving: Stress period: 13 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.1014494 1_GWF-(2,4,7) + Model 2 21 2.0473818 1_GWF-(2,4,7) + Model 3 1 1.61008984E-11 * 1_GWF-(3,3,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 13 + 45 TOTAL ITERATIONS + + Solving: Stress period: 13 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.2810804 1_GWF-(2,3,6) + Model 2 21 2.2012721 1_GWF-(2,3,6) + Model 3 1 -3.42423867E-11 * 1_GWF-(1,9,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 13 + 44 TOTAL ITERATIONS + + Solving: Stress period: 13 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.5877927 1_GWF-(2,9,5) + Model 2 21 2.4896752 1_GWF-(2,9,5) + Model 3 1 6.38404885E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 13 + 45 TOTAL ITERATIONS + + Solving: Stress period: 13 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.1117934 1_GWF-(2,3,6) + Model 2 21 2.9691485 1_GWF-(2,3,6) + Model 3 1 -9.25695076E-11 * 1_GWF-(3,8,8) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 13 + 46 TOTAL ITERATIONS + + Solving: Stress period: 14 Time step: 1 + +1 + STRESS PERIOD NO. 14, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -1.7985143 1_GWF-(2,4,7) + Model 2 20 1.7629373 1_GWF-(2,4,7) + Model 3 1 -3.06812353E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 14 + 42 TOTAL ITERATIONS + + Solving: Stress period: 14 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -1.9904490 1_GWF-(2,3,6) + Model 2 20 1.9396083 1_GWF-(2,3,6) + Model 3 1 -5.88435967E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 14 + 43 TOTAL ITERATIONS + + Solving: Stress period: 14 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.3188650 1_GWF-(2,4,7) + Model 2 20 2.2570610 1_GWF-(2,4,7) + Model 3 1 8.80344686E-11 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 14 + 43 TOTAL ITERATIONS + + Solving: Stress period: 14 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.6036963 1_GWF-(2,3,6) + Model 2 21 2.5153712 1_GWF-(2,3,6) + Model 3 1 3.78399534E-11 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 14 + 45 TOTAL ITERATIONS + + Solving: Stress period: 14 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.1682650 1_GWF-(2,4,7) + Model 2 21 3.0593875 1_GWF-(2,4,7) + Model 3 1 6.35154151E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 14 + 45 TOTAL ITERATIONS + + Solving: Stress period: 14 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.0822973 1_GWF-(2,3,6) + Model 2 21 2.9268590 1_GWF-(2,3,6) + Model 3 1 8.51425597E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 14 + 45 TOTAL ITERATIONS + + Solving: Stress period: 15 Time step: 1 + +1 + STRESS PERIOD NO. 15, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -2.0039787 1_GWF-(2,4,7) + Model 2 20 1.9645382 1_GWF-(2,4,7) + Model 3 1 -3.64543951E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 15 + 42 TOTAL ITERATIONS + + Solving: Stress period: 15 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.2619459 1_GWF-(2,3,6) + Model 2 20 2.2068123 1_GWF-(2,3,6) + Model 3 1 -7.29389882E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 15 + 43 TOTAL ITERATIONS + + Solving: Stress period: 15 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.5112342 1_GWF-(2,3,7) + Model 2 20 2.4405894 1_GWF-(2,3,7) + Model 3 1 9.75965975E-11 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 15 + 43 TOTAL ITERATIONS + + Solving: Stress period: 15 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.7662398 1_GWF-(2,3,6) + Model 2 21 2.6711651 1_GWF-(2,3,6) + Model 3 1 4.19344559E-11 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 15 + 44 TOTAL ITERATIONS + + Solving: Stress period: 15 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.3109212 1_GWF-(2,4,7) + Model 2 21 3.1924953 1_GWF-(2,4,7) + Model 3 1 6.65139055E-11 * 1_GWF-(3,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 15 + 45 TOTAL ITERATIONS + + Solving: Stress period: 15 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.3246932 1_GWF-(2,3,6) + Model 2 21 3.1591721 1_GWF-(2,3,6) + Model 3 1 1.02581055E-10 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 15 + 45 TOTAL ITERATIONS + + Solving: Stress period: 16 Time step: 1 + +1 + STRESS PERIOD NO. 16, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.0997991 1_GWF-(2,3,7) + Model 2 20 2.0558965 1_GWF-(2,3,7) + Model 3 1 -4.03836964E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 16 + 43 TOTAL ITERATIONS + + Solving: Stress period: 16 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.3810274 1_GWF-(2,3,6) + Model 2 20 2.3225181 1_GWF-(2,3,6) + Model 3 1 -7.05089320E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 16 + 43 TOTAL ITERATIONS + + Solving: Stress period: 16 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.6811114 1_GWF-(2,4,7) + Model 2 21 2.6082195 1_GWF-(2,4,7) + Model 3 1 1.64277481E-11 * 1_GWF-(3,4,3) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 16 + 45 TOTAL ITERATIONS + + Solving: Stress period: 16 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.8503447 1_GWF-(2,3,6) + Model 2 21 2.7509231 1_GWF-(2,8,7) + Model 3 1 -4.41779946E-11 * 1_GWF-(1,9,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 16 + 44 TOTAL ITERATIONS + + Solving: Stress period: 16 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.5442639 1_GWF-(2,4,7) + Model 2 21 3.4183196 1_GWF-(2,4,7) + Model 3 1 7.57154339E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 16 + 46 TOTAL ITERATIONS + + Solving: Stress period: 16 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -3.5333993 1_GWF-(2,3,5) + Model 2 21 3.3735109 1_GWF-(2,3,5) + Model 3 1 1.03018039E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 16 + 47 TOTAL ITERATIONS + + Solving: Stress period: 17 Time step: 1 + +1 + STRESS PERIOD NO. 17, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.2255337 1_GWF-(2,4,7) + Model 2 20 2.1806251 1_GWF-(2,4,7) + Model 3 1 -3.81330523E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 17 + 43 TOTAL ITERATIONS + + Solving: Stress period: 17 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.5493969 1_GWF-(2,3,6) + Model 2 20 2.4882746 1_GWF-(2,3,6) + Model 3 1 -7.92965693E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 17 + 43 TOTAL ITERATIONS + + Solving: Stress period: 17 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.8689321 1_GWF-(2,4,7) + Model 2 21 2.7922190 1_GWF-(2,4,7) + Model 3 1 2.02007300E-11 * 1_GWF-(3,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 17 + 45 TOTAL ITERATIONS + + Solving: Stress period: 17 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.0850688 1_GWF-(2,3,6) + Model 2 21 2.9806427 1_GWF-(2,3,6) + Model 3 1 -4.59055016E-11 * 1_GWF-(1,9,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 17 + 44 TOTAL ITERATIONS + + Solving: Stress period: 17 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.6006332 1_GWF-(2,4,7) + Model 2 21 3.4688669 1_GWF-(2,4,7) + Model 3 1 8.47020232E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 17 + 46 TOTAL ITERATIONS + + Solving: Stress period: 17 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.6611588 1_GWF-(2,3,5) + Model 2 21 3.4933177 1_GWF-(2,3,5) + Model 3 1 1.24032340E-10 * 1_GWF-(3,2,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 17 + 46 TOTAL ITERATIONS + + Solving: Stress period: 18 Time step: 1 + +1 + STRESS PERIOD NO. 18, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.3259575 1_GWF-(2,3,7) + Model 2 20 2.2781609 1_GWF-(2,3,7) + Model 3 1 -4.06270573E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 18 + 43 TOTAL ITERATIONS + + Solving: Stress period: 18 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.5942809 1_GWF-(2,3,6) + Model 2 20 2.5311823 1_GWF-(2,3,6) + Model 3 1 -7.39426298E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 18 + 43 TOTAL ITERATIONS + + Solving: Stress period: 18 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.0261424 1_GWF-(2,4,7) + Model 2 20 2.9465094 1_GWF-(2,4,7) + Model 3 1 -1.12837739E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 18 + 44 TOTAL ITERATIONS + + Solving: Stress period: 18 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.1639280 1_GWF-(2,7,8) + Model 2 21 3.0655574 1_GWF-(2,7,8) + Model 3 1 -5.17554888E-11 * 1_GWF-(1,9,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 18 + 44 TOTAL ITERATIONS + + Solving: Stress period: 18 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.5834738 1_GWF-(2,4,7) + Model 2 21 3.4473047 1_GWF-(2,4,7) + Model 3 1 8.89261997E-11 * 1_GWF-(1,3,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 18 + 46 TOTAL ITERATIONS + + Solving: Stress period: 18 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.7850118 1_GWF-(2,3,5) + Model 2 21 3.6110881 1_GWF-(2,3,5) + Model 3 1 1.05222497E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 18 + 46 TOTAL ITERATIONS + + Solving: Stress period: 19 Time step: 1 + +1 + STRESS PERIOD NO. 19, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.4012831 1_GWF-(2,4,7) + Model 2 20 2.3531493 1_GWF-(2,4,7) + Model 3 1 -3.90265598E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 19 + 43 TOTAL ITERATIONS + + Solving: Stress period: 19 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.6005399 1_GWF-(2,7,8) + Model 2 20 2.5410291 1_GWF-(2,7,8) + Model 3 1 -7.67581554E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 19 + 43 TOTAL ITERATIONS + + Solving: Stress period: 19 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.0712911 1_GWF-(2,4,7) + Model 2 21 2.9894920 1_GWF-(2,4,7) + Model 3 1 1.61506364E-11 * 1_GWF-(3,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 19 + 45 TOTAL ITERATIONS + + Solving: Stress period: 19 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.2140250 1_GWF-(2,7,6) + Model 2 21 3.1128927 1_GWF-(2,7,6) + Model 3 1 -5.69864156E-11 * 1_GWF-(1,9,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 19 + 45 TOTAL ITERATIONS + + Solving: Stress period: 19 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.7754317 1_GWF-(2,4,7) + Model 2 21 3.6360469 1_GWF-(2,4,7) + Model 3 1 7.78062059E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 19 + 46 TOTAL ITERATIONS + + Solving: Stress period: 19 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.8082485 1_GWF-(2,3,5) + Model 2 21 3.6298107 1_GWF-(2,3,5) + Model 3 1 1.09352527E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 19 + 46 TOTAL ITERATIONS + + Solving: Stress period: 20 Time step: 1 + +1 + STRESS PERIOD NO. 20, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -2.4487914 1_GWF-(2,4,7) + Model 2 20 2.3996669 1_GWF-(2,4,7) + Model 3 1 -4.22915036E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 20 + 42 TOTAL ITERATIONS + + Solving: Stress period: 20 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.6770354 1_GWF-(2,3,5) + Model 2 20 2.6143214 1_GWF-(2,3,5) + Model 3 1 -7.77120590E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 20 + 43 TOTAL ITERATIONS + + Solving: Stress period: 20 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.1110782 1_GWF-(2,4,7) + Model 2 20 3.0277436 1_GWF-(2,4,7) + Model 3 1 1.04158460E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 20 + 43 TOTAL ITERATIONS + + Solving: Stress period: 20 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.2382646 1_GWF-(2,9,3) + Model 2 21 3.1338458 1_GWF-(2,9,3) + Model 3 1 5.48343593E-11 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 20 + 45 TOTAL ITERATIONS + + Solving: Stress period: 20 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.8052292 1_GWF-(2,4,7) + Model 2 21 3.6636215 1_GWF-(2,4,7) + Model 3 1 7.79820652E-11 * 1_GWF-(3,4,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 20 + 46 TOTAL ITERATIONS + + Solving: Stress period: 20 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.7747787 1_GWF-(2,3,5) + Model 2 21 3.5931420 1_GWF-(2,3,5) + Model 3 1 9.97317784E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 20 + 46 TOTAL ITERATIONS + + Solving: Stress period: 21 Time step: 1 + +1 + STRESS PERIOD NO. 21, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.5569564 1_GWF-(2,4,7) + Model 2 20 2.5071665 1_GWF-(2,4,7) + Model 3 1 -5.17488274E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 21 + 43 TOTAL ITERATIONS + + Solving: Stress period: 21 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.6797636 1_GWF-(2,7,6) + Model 2 20 2.6179852 1_GWF-(2,7,6) + Model 3 1 -8.40003622E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 21 + 43 TOTAL ITERATIONS + + Solving: Stress period: 21 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.0575875 1_GWF-(2,4,7) + Model 2 20 2.9732445 1_GWF-(2,4,7) + Model 3 1 1.06339826E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 21 + 44 TOTAL ITERATIONS + + Solving: Stress period: 21 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.3484569 1_GWF-(2,7,5) + Model 2 21 3.2438809 1_GWF-(2,7,5) + Model 3 1 -5.63318281E-11 * 1_GWF-(1,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 21 + 45 TOTAL ITERATIONS + + Solving: Stress period: 21 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.8702919 1_GWF-(2,4,7) + Model 2 21 3.7272904 1_GWF-(2,4,7) + Model 3 1 7.69695419E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 21 + 46 TOTAL ITERATIONS + + Solving: Stress period: 21 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.9087306 1_GWF-(2,6,5) + Model 2 21 3.7308731 1_GWF-(2,6,5) + Model 3 1 1.16878951E-10 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 21 + 46 TOTAL ITERATIONS + + Solving: Stress period: 22 Time step: 1 + +1 + STRESS PERIOD NO. 22, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.4223196 1_GWF-(2,4,7) + Model 2 20 2.3721359 1_GWF-(2,4,7) + Model 3 1 -4.03206357E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 22 + 43 TOTAL ITERATIONS + + Solving: Stress period: 22 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -2.7268237 1_GWF-(2,3,5) + Model 2 20 2.6623942 1_GWF-(2,3,5) + Model 3 1 -8.44941894E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 22 + 42 TOTAL ITERATIONS + + Solving: Stress period: 22 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.0736624 1_GWF-(2,4,7) + Model 2 21 2.9887505 1_GWF-(2,4,7) + Model 3 1 1.99733563E-11 * 1_GWF-(3,9,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 22 + 44 TOTAL ITERATIONS + + Solving: Stress period: 22 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.3134768 1_GWF-(2,6,5) + Model 2 21 3.2077756 1_GWF-(2,6,5) + Model 3 1 -5.99293948E-11 * 1_GWF-(1,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 22 + 44 TOTAL ITERATIONS + + Solving: Stress period: 22 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.8756319 1_GWF-(2,4,7) + Model 2 21 3.7319279 1_GWF-(2,4,7) + Model 3 1 8.14601719E-11 * 1_GWF-(1,3,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 22 + 45 TOTAL ITERATIONS + + Solving: Stress period: 22 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.9798234 1_GWF-(2,3,5) + Model 2 21 3.7949155 1_GWF-(2,3,5) + Model 3 1 1.30404132E-10 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 22 + 46 TOTAL ITERATIONS + + Solving: Stress period: 23 Time step: 1 + +1 + STRESS PERIOD NO. 23, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.4898139 1_GWF-(2,3,7) + Model 2 20 2.4388738 1_GWF-(2,3,7) + Model 3 1 -4.47171189E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 23 + 43 TOTAL ITERATIONS + + Solving: Stress period: 23 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.8158604 1_GWF-(2,3,5) + Model 2 20 2.7510724 1_GWF-(2,3,5) + Model 3 1 -9.19193610E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 23 + 43 TOTAL ITERATIONS + + Solving: Stress period: 23 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.1631429 1_GWF-(2,4,7) + Model 2 20 3.0780285 1_GWF-(2,4,7) + Model 3 1 -1.22343025E-10 * 1_GWF-(1,3,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 23 + 44 TOTAL ITERATIONS + + Solving: Stress period: 23 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.4182761 1_GWF-(2,3,5) + Model 2 21 3.3086885 1_GWF-(2,3,5) + Model 3 1 -5.53694868E-11 * 1_GWF-(1,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 23 + 45 TOTAL ITERATIONS + + Solving: Stress period: 23 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.7242638 1_GWF-(2,8,7) + Model 2 21 3.5867855 1_GWF-(2,8,7) + Model 3 1 7.53317408E-11 * 1_GWF-(3,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 23 + 45 TOTAL ITERATIONS + + Solving: Stress period: 23 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -4.0116048 1_GWF-(2,3,5) + Model 2 21 3.8262929 1_GWF-(2,3,5) + Model 3 1 1.38159706E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 23 + 47 TOTAL ITERATIONS + + Solving: Stress period: 24 Time step: 1 + +1 + STRESS PERIOD NO. 24, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.5334187 1_GWF-(2,4,7) + Model 2 20 2.4830881 1_GWF-(2,4,7) + Model 3 1 -4.23616697E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 24 + 43 TOTAL ITERATIONS + + Solving: Stress period: 24 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -2.6930063 1_GWF-(2,3,5) + Model 2 20 2.6281210 1_GWF-(2,3,5) + Model 3 1 -7.95505883E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 24 + 42 TOTAL ITERATIONS + + Solving: Stress period: 24 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.1725113 1_GWF-(2,4,7) + Model 2 20 3.0874983 1_GWF-(2,4,7) + Model 3 1 1.14502186E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 24 + 44 TOTAL ITERATIONS + + Solving: Stress period: 24 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.4954457 1_GWF-(2,3,5) + Model 2 21 3.3858132 1_GWF-(2,3,5) + Model 3 1 5.92539351E-11 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 24 + 45 TOTAL ITERATIONS + + Solving: Stress period: 24 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.6861202 1_GWF-(2,4,7) + Model 2 21 3.5426386 1_GWF-(2,4,7) + Model 3 1 6.73399114E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 24 + 45 TOTAL ITERATIONS + + Solving: Stress period: 24 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.9681368 1_GWF-(2,6,5) + Model 2 21 3.7885408 1_GWF-(2,6,5) + Model 3 1 1.14820153E-10 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 24 + 46 TOTAL ITERATIONS + + Solving: Stress period: 25 Time step: 1 + +1 + STRESS PERIOD NO. 25, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.4146969 1_GWF-(2,2,7) + Model 2 20 2.3661785 1_GWF-(2,2,7) + Model 3 1 -5.00666175E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 25 + 43 TOTAL ITERATIONS + + Solving: Stress period: 25 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.7654425 1_GWF-(2,3,5) + Model 2 20 2.7006770 1_GWF-(2,3,5) + Model 3 1 -8.59152749E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 25 + 43 TOTAL ITERATIONS + + Solving: Stress period: 25 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.1772170 1_GWF-(2,4,7) + Model 2 20 3.0925573 1_GWF-(2,4,7) + Model 3 1 1.27757360E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 25 + 43 TOTAL ITERATIONS + + Solving: Stress period: 25 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.3143171 1_GWF-(2,3,5) + Model 2 21 3.2049866 1_GWF-(2,3,5) + Model 3 1 -5.05919751E-11 * 1_GWF-(1,9,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 25 + 45 TOTAL ITERATIONS + + Solving: Stress period: 25 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.7624663 1_GWF-(2,2,7) + Model 2 21 3.6238481 1_GWF-(2,2,7) + Model 3 1 8.26627655E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 25 + 46 TOTAL ITERATIONS + + Solving: Stress period: 25 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.9587232 1_GWF-(2,3,5) + Model 2 21 3.7744199 1_GWF-(2,3,5) + Model 3 1 1.11795018E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 25 + 46 TOTAL ITERATIONS + + Solving: Stress period: 26 Time step: 1 + +1 + STRESS PERIOD NO. 26, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -2.3996175 1_GWF-(2,4,7) + Model 2 20 2.3497683 1_GWF-(2,4,7) + Model 3 1 -4.25952607E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 26 + 42 TOTAL ITERATIONS + + Solving: Stress period: 26 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.7061500 1_GWF-(2,3,5) + Model 2 20 2.6416848 1_GWF-(2,3,5) + Model 3 1 -8.48761061E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 26 + 43 TOTAL ITERATIONS + + Solving: Stress period: 26 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.0690758 1_GWF-(2,4,7) + Model 2 20 2.9849769 1_GWF-(2,4,7) + Model 3 1 1.18244969E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 26 + 44 TOTAL ITERATIONS + + Solving: Stress period: 26 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.3311685 1_GWF-(2,3,4) + Model 2 21 3.2243253 1_GWF-(2,3,4) + Model 3 1 -5.28559418E-11 * 1_GWF-(1,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 26 + 45 TOTAL ITERATIONS + + Solving: Stress period: 26 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.6437826 1_GWF-(2,4,7) + Model 2 21 3.5050898 1_GWF-(2,2,7) + Model 3 1 8.19184720E-11 * 1_GWF-(3,8,3) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 26 + 46 TOTAL ITERATIONS + + Solving: Stress period: 26 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.9324142 1_GWF-(2,3,5) + Model 2 21 3.7493230 1_GWF-(2,3,5) + Model 3 1 1.11757714E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 26 + 46 TOTAL ITERATIONS + + Solving: Stress period: 27 Time step: 1 + +1 + STRESS PERIOD NO. 27, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.5890438 1_GWF-(2,2,7) + Model 2 20 2.5406849 1_GWF-(2,2,7) + Model 3 1 -5.05391284E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 27 + 43 TOTAL ITERATIONS + + Solving: Stress period: 27 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.7613084 1_GWF-(2,3,5) + Model 2 20 2.6972926 1_GWF-(2,3,5) + Model 3 1 -8.48050519E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 27 + 43 TOTAL ITERATIONS + + Solving: Stress period: 27 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.1693677 1_GWF-(2,4,8) + Model 2 20 3.0872789 1_GWF-(2,2,8) + Model 3 1 1.22900801E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 27 + 44 TOTAL ITERATIONS + + Solving: Stress period: 27 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.4192127 1_GWF-(2,3,5) + Model 2 21 3.3112994 1_GWF-(2,3,5) + Model 3 1 4.37765380E-11 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 27 + 45 TOTAL ITERATIONS + + Solving: Stress period: 27 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.6155770 1_GWF-(2,4,7) + Model 2 21 3.4752429 1_GWF-(2,4,7) + Model 3 1 8.00426392E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 27 + 46 TOTAL ITERATIONS + + Solving: Stress period: 27 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -4.1474476 1_GWF-(2,3,4) + Model 2 21 3.9684943 1_GWF-(2,3,4) + Model 3 1 1.07606368E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 27 + 47 TOTAL ITERATIONS + + Solving: Stress period: 28 Time step: 1 + +1 + STRESS PERIOD NO. 28, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.4802168 1_GWF-(2,4,7) + Model 2 20 2.4312751 1_GWF-(2,4,7) + Model 3 1 -5.24646993E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 28 + 43 TOTAL ITERATIONS + + Solving: Stress period: 28 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.6867024 1_GWF-(2,3,5) + Model 2 20 2.6232588 1_GWF-(2,3,5) + Model 3 1 -9.27098398E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 28 + 44 TOTAL ITERATIONS + + Solving: Stress period: 28 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.0445698 1_GWF-(2,4,7) + Model 2 20 2.9620723 1_GWF-(2,4,7) + Model 3 1 1.04945386E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 28 + 43 TOTAL ITERATIONS + + Solving: Stress period: 28 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.3227887 1_GWF-(2,3,5) + Model 2 21 3.2158979 1_GWF-(2,3,5) + Model 3 1 4.18740598E-11 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 28 + 45 TOTAL ITERATIONS + + Solving: Stress period: 28 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.6968931 1_GWF-(2,4,7) + Model 2 21 3.5581096 1_GWF-(2,4,7) + Model 3 1 7.83249021E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 28 + 46 TOTAL ITERATIONS + + Solving: Stress period: 28 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.8208566 1_GWF-(2,3,4) + Model 2 21 3.6434227 1_GWF-(2,3,4) + Model 3 1 1.04222408E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 28 + 46 TOTAL ITERATIONS + + Solving: Stress period: 29 Time step: 1 + +1 + STRESS PERIOD NO. 29, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.3317426 1_GWF-(2,4,7) + Model 2 20 2.2833679 1_GWF-(2,4,7) + Model 3 1 -3.80131482E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 29 + 43 TOTAL ITERATIONS + + Solving: Stress period: 29 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -2.6603664 1_GWF-(2,3,5) + Model 2 20 2.5975953 1_GWF-(2,3,5) + Model 3 1 -7.56390506E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 29 + 42 TOTAL ITERATIONS + + Solving: Stress period: 29 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.0476674 1_GWF-(2,4,8) + Model 2 20 2.9665814 1_GWF-(2,4,8) + Model 3 1 1.11661791E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 29 + 44 TOTAL ITERATIONS + + Solving: Stress period: 29 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.3152846 1_GWF-(2,6,8) + Model 2 21 3.2124654 1_GWF-(2,6,8) + Model 3 1 6.14477358E-11 * 1_GWF-(3,4,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 29 + 45 TOTAL ITERATIONS + + Solving: Stress period: 29 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.4888254 1_GWF-(2,4,7) + Model 2 21 3.3520420 1_GWF-(2,7,8) + Model 3 1 6.30890895E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 29 + 46 TOTAL ITERATIONS + + Solving: Stress period: 29 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.8259042 1_GWF-(2,3,5) + Model 2 21 3.6483754 1_GWF-(2,3,5) + Model 3 1 1.17546861E-10 * 1_GWF-(1,4,3) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 29 + 46 TOTAL ITERATIONS + + Solving: Stress period: 30 Time step: 1 + +1 + STRESS PERIOD NO. 30, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.3622911 1_GWF-(2,4,7) + Model 2 20 2.3145396 1_GWF-(2,4,7) + Model 3 1 -4.41993109E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 30 + 43 TOTAL ITERATIONS + + Solving: Stress period: 30 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.6608226 1_GWF-(2,3,4) + Model 2 20 2.5994545 1_GWF-(2,3,4) + Model 3 1 -8.39293079E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 30 + 43 TOTAL ITERATIONS + + Solving: Stress period: 30 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.9303394 1_GWF-(2,4,7) + Model 2 20 2.8498972 1_GWF-(2,4,7) + Model 3 1 9.83493287E-11 * 1_GWF-(1,8,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 30 + 43 TOTAL ITERATIONS + + Solving: Stress period: 30 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.1998675 1_GWF-(2,3,5) + Model 2 21 3.0973071 1_GWF-(2,7,5) + Model 3 1 -4.49122961E-11 * 1_GWF-(1,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 30 + 45 TOTAL ITERATIONS + + Solving: Stress period: 30 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.5754842 1_GWF-(2,4,7) + Model 2 21 3.4402900 1_GWF-(2,4,7) + Model 3 1 7.31219529E-11 * 1_GWF-(3,3,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 30 + 46 TOTAL ITERATIONS + + Solving: Stress period: 30 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -3.8018742 1_GWF-(2,6,5) + Model 2 21 3.6318298 1_GWF-(2,6,5) + Model 3 1 1.23755228E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 30 + 47 TOTAL ITERATIONS + + Solving: Stress period: 31 Time step: 1 + +1 + STRESS PERIOD NO. 31, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.2608103 1_GWF-(2,4,7) + Model 2 20 2.2137267 1_GWF-(2,4,7) + Model 3 1 -3.53148621E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 31 + 43 TOTAL ITERATIONS + + Solving: Stress period: 31 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -2.5752392 1_GWF-(2,3,4) + Model 2 20 2.5146008 1_GWF-(2,3,4) + Model 3 1 -7.48716644E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 31 + 42 TOTAL ITERATIONS + + Solving: Stress period: 31 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.9754555 1_GWF-(2,4,7) + Model 2 20 2.8961574 1_GWF-(2,4,7) + Model 3 1 1.21665344E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 31 + 43 TOTAL ITERATIONS + + Solving: Stress period: 31 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.1751955 1_GWF-(2,3,4) + Model 2 21 3.0731145 1_GWF-(2,3,4) + Model 3 1 4.19433377E-11 * 1_GWF-(3,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 31 + 44 TOTAL ITERATIONS + + Solving: Stress period: 31 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.5604290 1_GWF-(2,4,7) + Model 2 21 3.4272085 1_GWF-(2,4,7) + Model 3 1 6.93205493E-11 * 1_GWF-(3,3,5) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 31 + 46 TOTAL ITERATIONS + + Solving: Stress period: 31 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.7117464 1_GWF-(2,3,4) + Model 2 21 3.5404059 1_GWF-(2,3,4) + Model 3 1 9.61559721E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 31 + 46 TOTAL ITERATIONS + + + Solution SLN_1 summary + ---------------------------------------------------------------------- + Total formulate time: 0.43084999999999540E-1 seconds + Total solution time: 0.45217000000000257E-1 seconds + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 7.8850000 + Logical 4.00000000E-02 + Integer 75.612000 + Real 235.59200 + ------------------------------- + Total 319.12900 + ------------------------------- + + + + Run end date and time (yyyy/mm/dd hh:mm:ss): 2023/10/30 9:02:46 + Elapsed run time: 0.155 Seconds + Normal termination of simulation. diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/mf6_regression/mfsim.nam b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/mf6_regression/mfsim.nam new file mode 100644 index 000000000..9727f16d7 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/mf6_regression/mfsim.nam @@ -0,0 +1,19 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. +BEGIN options +END options + +BEGIN timing + TDIS6 csub_sub03a.tdis +END timing + +BEGIN models + gwf6 csub_sub03a.nam csub_sub03a +END models + +BEGIN exchanges +END exchanges + +BEGIN solutiongroup 1 + ims6 csub_sub03a.ims csub_sub03a +END solutiongroup 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/mfsim.lst b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/mfsim.lst new file mode 100644 index 000000000..ef44d5856 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/mfsim.lst @@ -0,0 +1,3692 @@ + MODFLOW 6 PROFESSIONAL + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + VERSION 6.5.0.dev0 (preliminary) 07/13/2023 + ***DEVELOP MODE*** + + MODFLOW 6 compiled Oct 30 2023 08:23:02 with GCC version 11.3.0 + +This software is preliminary or provisional and is subject to +revision. It is being provided to meet the need for timely best +science. The software has not received final approval by the U.S. +Geological Survey (USGS). No warranty, expressed or implied, is made +by the USGS or the U.S. Government as to the functionality of the +software and related material nor shall the fact of release +constitute any such warranty. The software is provided on the +condition that neither the USGS nor the U.S. Government shall be held +liable for any damages resulting from the authorized or unauthorized +use of the software. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +The following 2-clause BSD License library is used in this +USGS product: + + PETSc, the Portable, Extensible Toolkit for Scientific + Computation Library + Copyright (c) 1991-2021, UChicago Argonne, LLC + and the PETSc Development Team All rights reserved. + (https://petsc.org/release/) + +MODFLOW 6 compiler options: -cpp -I src/libmf6core.a.p -I src -I ../src -I +src/libmf6_external.a.p -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/include -I +/home/mreno/.clone/external/petsc/include -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/lib -I +/home/mreno/miniconda3/envs/modflow6/include -I -fdiagnostics-color=always +-imultiarch x86_64-linux-gnu -D _FILE_OFFSET_BITS=64 -D __linux__ -D +__WITH_PETSC__ -D __WITH_MPI__ -D __WITH_NETCDF__ -mtune=generic +-march=x86-64 -g -O2 -Wall -Wpedantic -Wcharacter-truncation +-Wno-unused-dummy-argument -Wno-intrinsic-shadow -Wno-maybe-uninitialized +-Wno-uninitialized -std=f2008 -fall-intrinsics -fbacktrace -fcheck=all +-ffpe-trap=overflow,zero,invalid -ffpe-summary=overflow +-ffpe-trap=overflow,zero,invalid -fPIC -J src/libmf6core.a.p +-fpre-include=/usr/include/finclude/math-vector-fortran.h + +System command used to initiate simulation: +/home/mreno/.clone/usgs/w/netcdf/2/modflow6/bin/mf6 + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + + OPENED mfsim.nam + FILE TYPE:NAM6 UNIT 1001 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + + OPENED csub_sub03a.nam + FILE TYPE:GWF6 UNIT 1002 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + + OPENED csub_sub03a.dis + FILE TYPE:DIS6 UNIT 1003 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + + OPENED csub_sub03a.npf + FILE TYPE:NPF6 UNIT 1004 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + + OPENED csub_sub03a.sto + FILE TYPE:STO6 UNIT 1005 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED csub_sub03a.ic + FILE TYPE:IC6 UNIT 1006 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED csub_sub03a.oc + FILE TYPE:OC6 UNIT 1007 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED csub_sub03a.wel + FILE TYPE:WEL6 UNIT 1008 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + + OPENED csub_sub03a.rcha + FILE TYPE:RCH6 UNIT 1010 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + + OPENED csub_sub03a.chd + FILE TYPE:CHD6 UNIT 1011 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + + OPENED csub_sub03a.csub + FILE TYPE:CSUB6 UNIT 1012 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + READING SIMULATION OPTIONS + MAXIMUM NUMBER OF ERRORS THAT WILL BE STORED IS 1000 + END OF SIMULATION OPTIONS + + READING SIMULATION TIMING + + OPENED csub_sub03a.tdis + FILE TYPE:TDIS UNIT 1013 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + TDIS -- TEMPORAL DISCRETIZATION PACKAGE, + VERSION 1 : 11/13/2014 - INPUT READ FROM UNIT 1013 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + PROCESSING TDIS OPTIONS + SIMULATION TIME UNIT IS DAYS + END OF TDIS OPTIONS + PROCESSING TDIS DIMENSIONS + 31 STRESS PERIOD(S) IN SIMULATION + END OF TDIS DIMENSIONS + PROCESSING TDIS PERIODDATA + + + STRESS PERIOD LENGTH TIME STEPS MULTIPLIER FOR DELT + ---------------------------------------------------------------------------- + 1 1.000000 1 1.000 + 2 365.2500 6 1.300 + 3 365.2500 6 1.300 + 4 365.2500 6 1.300 + 5 365.2500 6 1.300 + 6 365.2500 6 1.300 + 7 365.2500 6 1.300 + 8 365.2500 6 1.300 + 9 365.2500 6 1.300 + 10 365.2500 6 1.300 + 11 365.2500 6 1.300 + 12 365.2500 6 1.300 + 13 365.2500 6 1.300 + 14 365.2500 6 1.300 + 15 365.2500 6 1.300 + 16 365.2500 6 1.300 + 17 365.2500 6 1.300 + 18 365.2500 6 1.300 + 19 365.2500 6 1.300 + 20 365.2500 6 1.300 + 21 365.2500 6 1.300 + 22 365.2500 6 1.300 + 23 365.2500 6 1.300 + 24 365.2500 6 1.300 + 25 365.2500 6 1.300 + 26 365.2500 6 1.300 + 27 365.2500 6 1.300 + 28 365.2500 6 1.300 + 29 365.2500 6 1.300 + 30 365.2500 6 1.300 + 31 365.2500 6 1.300 + END OF TDIS PERIODDATA + END OF SIMULATION TIMING + + READING SIMULATION MODELS + GWF6 model 1 will be created + END OF SIMULATION MODELS + + READING SIMULATION EXCHANGES + END OF SIMULATION EXCHANGES + + READING SOLUTIONGROUP + + Creating solution: SLN_1 + + OPENED csub_sub03a.ims + FILE TYPE:IMS UNIT 1015 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + END OF SOLUTIONGROUP + +PROCESSING MODEL CONNECTIONS + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1015 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:02:45. + + PROCESSING IMS OPTIONS + END OF IMS OPTIONS + + PROCESSING IMS NONLINEAR + END OF IMS NONLINEAR DATA + ***UNDER-RELAXATION WILL NOT BE USED*** + + + PROCESSING LINEAR DATA + END OF LINEAR DATA + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + A symmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-08 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 500 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 0 + LINEAR SOLUTION METHOD (LINMETH) = 1 + + SOLUTION BY THE CONJUGATE-GRADIENT METHOD + ------------------------------------------------------------------ + MAXIMUM OF 500 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 300 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = CG + MATRIX PRECONDITIONING TYPE = MOD. INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-08 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E-05 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.10000E+01 + + + + + Solving: Stress period: 1 Time step: 1 + +1 + STRESS PERIOD NO. 1, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 37 23.347236 1_GWF-(1,1,1) + Model 2 1 1.85327309E-10 * 1_GWF-(2,3,8) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 38 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 1 + +1 + STRESS PERIOD NO. 2, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -14.908780 1_GWF-(3,3,6) + Model 2 1 3.28045147E-10 * 1_GWF-(2,10,6) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 2 + 25 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -8.7562880 1_GWF-(3,1,10) + Model 2 23 1.7046169 1_GWF-(3,3,6) + Model 3 1 -2.00621741E-10 * 1_GWF-(3,1,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 2 + 49 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -7.3644772 1_GWF-(3,1,1) + Model 2 24 3.7344933 1_GWF-(3,3,6) + Model 3 23 1.3269491 1_GWF-(3,5,10) + Model 4 22 0.22866913 1_GWF-(3,4,4) + Model 5 1 1.79380955E-10 * 1_GWF-(2,8,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 2 + 96 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -4.6111552 1_GWF-(3,10,1) + Model 2 25 2.4220311 1_GWF-(3,3,9) + Model 3 22 0.34016768 1_GWF-(3,5,1) + Model 4 19 3.29840198E-02 1_GWF-(3,4,1) + Model 5 2 1.32229427E-09 1_GWF-(2,4,2) + Model 6 1 -1.87965199E-11 * 1_GWF-(2,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 2 + 95 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -4.5842626 1_GWF-(3,3,10) + Model 2 24 3.3719817 1_GWF-(3,2,10) + Model 3 23 0.56604208 1_GWF-(3,8,10) + Model 4 21 4.32066738E-02 1_GWF-(3,6,2) + Model 5 1 -8.04281086E-11 * 1_GWF-(2,6,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 2 + 95 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -3.1357146 1_GWF-(3,4,10) + Model 2 25 1.7600921 1_GWF-(3,2,5) + Model 3 22 0.27644707 1_GWF-(3,10,1) + Model 4 21 4.57737685E-02 1_GWF-(3,8,4) + Model 5 1 -2.75511614E-10 * 1_GWF-(2,2,1) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 2 + 95 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 1 + +1 + STRESS PERIOD NO. 3, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -1.1619016 1_GWF-(3,3,4) + Model 2 21 0.84397110 1_GWF-(3,3,3) + Model 3 18 3.22281115E-02 1_GWF-(3,8,1) + Model 4 15 3.18480990E-03 1_GWF-(3,8,4) + Model 5 1 -2.14516405E-10 * 1_GWF-(2,8,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 3 + 77 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.5781531 1_GWF-(3,1,10) + Model 2 22 3.1265799 1_GWF-(3,1,10) + Model 3 20 7.49094098E-02 1_GWF-(3,9,1) + Model 4 1 3.77415876E-11 * 1_GWF-(2,9,2) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 3 + 66 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -2.7463872 1_GWF-(3,1,10) + Model 2 22 2.1656651 1_GWF-(3,1,10) + Model 3 19 5.42050482E-02 1_GWF-(3,10,1) + Model 4 17 8.33664559E-03 1_GWF-(3,9,1) + Model 5 1 5.82770721E-10 * 1_GWF-(2,9,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 3 + 83 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -3.3944253 1_GWF-(3,1,10) + Model 2 23 2.6603496 1_GWF-(3,1,10) + Model 3 16 3.18736461E-03 1_GWF-(3,10,1) + Model 4 13 2.38742284E-04 1_GWF-(3,10,3) + Model 5 1 6.93885394E-10 * 1_GWF-(2,9,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 3 + 78 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -3.9304970 1_GWF-(3,1,10) + Model 2 24 3.0178575 1_GWF-(3,1,10) + Model 3 1 1.91761274E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 3 + 50 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -3.1083243 1_GWF-(3,1,10) + Model 2 25 1.9907645 1_GWF-(3,1,10) + Model 3 1 3.90714128E-11 * 1_GWF-(2,5,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 3 + 51 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 1 + +1 + STRESS PERIOD NO. 4, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -0.88041739 1_GWF-(3,3,9) + Model 2 21 0.60842876 1_GWF-(3,3,9) + Model 3 1 2.35237385E-11 * 1_GWF-(2,2,7) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 4 + 43 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -0.94581761 1_GWF-(3,3,1) + Model 2 21 0.61738599 1_GWF-(3,3,1) + Model 3 1 -6.69719835E-11 * 1_GWF-(2,3,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 4 + 43 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -1.6694303 1_GWF-(3,1,10) + Model 2 22 1.1924032 1_GWF-(3,1,10) + Model 3 1 9.17208531E-11 * 1_GWF-(2,2,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 4 + 45 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -2.9781281 1_GWF-(3,1,10) + Model 2 23 2.3782335 1_GWF-(3,1,10) + Model 3 1 -8.92031116E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 4 + 49 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -3.2170299 1_GWF-(3,1,10) + Model 2 25 2.4681385 1_GWF-(3,1,10) + Model 3 1 1.77420023E-11 * 1_GWF-(2,4,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 4 + 51 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -1.8996021 1_GWF-(3,3,1) + Model 2 24 1.0544293 1_GWF-(3,3,1) + Model 3 1 5.13722398E-11 * 1_GWF-(2,3,5) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 4 + 50 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 1 + +1 + STRESS PERIOD NO. 5, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -12.654174 1_GWF-(1,1,1) + Model 2 21 0.60292884 1_GWF-(3,1,10) + Model 3 1 3.48596707E-11 * 1_GWF-(2,2,5) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 5 + 45 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -5.3117204 1_GWF-(1,1,1) + Model 2 21 2.2132954 1_GWF-(2,3,6) + Model 3 1 2.13746354E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 5 + 45 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -2.5113809 1_GWF-(2,3,5) + Model 2 22 2.4424599 1_GWF-(2,4,6) + Model 3 19 0.14769630 1_GWF-(2,3,10) + Model 4 18 8.10408430E-03 1_GWF-(2,1,4) + Model 5 16 1.49782346E-03 1_GWF-(2,1,5) + Model 6 1 1.31850086E-10 * 1_GWF-(2,8,2) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 5 + 100 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -5.1534802 1_GWF-(2,3,6) + Model 2 22 5.0037325 1_GWF-(2,3,6) + Model 3 20 0.47953145 1_GWF-(2,6,2) + Model 4 19 0.13589189 1_GWF-(2,4,1) + Model 5 1 -4.34807745E-11 * 1_GWF-(2,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 5 + 87 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -6.0317371 1_GWF-(2,3,6) + Model 2 22 5.8291096 1_GWF-(2,3,6) + Model 3 20 0.35333561 1_GWF-(2,7,1) + Model 4 19 3.36318938E-02 1_GWF-(2,4,1) + Model 5 1 -3.94200228E-11 * 1_GWF-(2,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 5 + 87 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -6.5242317 1_GWF-(2,3,6) + Model 2 22 6.2530679 1_GWF-(2,3,6) + Model 3 21 0.71608724 1_GWF-(2,10,5) + Model 4 19 0.15601508 1_GWF-(2,7,10) + Model 5 18 2.92810251E-02 1_GWF-(2,5,1) + Model 6 1 -8.36708480E-11 * 1_GWF-(2,8,2) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 5 + 107 TOTAL ITERATIONS + + Solving: Stress period: 6 Time step: 1 + +1 + STRESS PERIOD NO. 6, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.8235600 1_GWF-(2,3,6) + Model 2 21 3.7500803 1_GWF-(2,3,6) + Model 3 18 0.14508424 1_GWF-(2,7,10) + Model 4 16 6.79723851E-02 1_GWF-(2,6,10) + Model 5 1 1.23880461E-10 * 1_GWF-(2,8,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 6 + 79 TOTAL ITERATIONS + + Solving: Stress period: 6 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -4.1382910 1_GWF-(2,3,6) + Model 2 21 4.0420051 1_GWF-(2,3,6) + Model 3 19 0.17226899 1_GWF-(2,7,3) + Model 4 11 6.44586868E-04 1_GWF-(2,7,8) + Model 5 1 -2.25822028E-10 * 1_GWF-(2,7,7) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 6 + 74 TOTAL ITERATIONS + + Solving: Stress period: 6 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -5.2945802 1_GWF-(2,3,6) + Model 2 21 5.1682025 1_GWF-(2,3,6) + Model 3 19 0.56716097 1_GWF-(2,10,5) + Model 4 18 0.10852467 1_GWF-(2,7,1) + Model 5 17 4.89896294E-02 1_GWF-(2,6,1) + Model 6 1 -1.12551746E-10 * 1_GWF-(2,8,3) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 6 + 102 TOTAL ITERATIONS + + Solving: Stress period: 6 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -4.9415798 1_GWF-(2,3,6) + Model 2 21 4.7754785 1_GWF-(2,3,6) + Model 3 19 0.21524996 1_GWF-(2,9,10) + Model 4 18 4.49306323E-02 1_GWF-(2,7,10) + Model 5 1 -3.35198536E-11 * 1_GWF-(2,8,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 6 + 83 TOTAL ITERATIONS + + Solving: Stress period: 6 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -5.7043070 1_GWF-(2,3,6) + Model 2 21 5.4855590 1_GWF-(2,3,6) + Model 3 20 0.32747654 1_GWF-(2,8,4) + Model 4 17 2.42288650E-02 1_GWF-(2,7,1) + Model 5 1 -1.37455380E-10 * 1_GWF-(2,9,3) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 6 + 84 TOTAL ITERATIONS + + Solving: Stress period: 6 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -6.4313837 1_GWF-(2,3,6) + Model 2 22 6.1429129 1_GWF-(2,3,6) + Model 3 19 5.44257486E-02 1_GWF-(2,9,1) + Model 4 17 1.76755625E-02 1_GWF-(2,8,1) + Model 5 1 -1.00661701E-10 * 1_GWF-(2,9,3) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 6 + 84 TOTAL ITERATIONS + + Solving: Stress period: 7 Time step: 1 + +1 + STRESS PERIOD NO. 7, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.9306111 1_GWF-(2,3,6) + Model 2 20 3.8526320 1_GWF-(2,3,6) + Model 3 15 1.00932121E-02 1_GWF-(2,8,1) + Model 4 1 -6.86677382E-11 * 1_GWF-(2,9,2) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 7 + 58 TOTAL ITERATIONS + + Solving: Stress period: 7 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -5.0309873 1_GWF-(2,3,6) + Model 2 21 4.9291515 1_GWF-(2,3,6) + Model 3 17 6.56724248E-02 1_GWF-(2,10,10) + Model 4 16 2.81064226E-02 1_GWF-(2,9,10) + Model 5 1 7.54676321E-11 * 1_GWF-(2,9,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 7 + 78 TOTAL ITERATIONS + + Solving: Stress period: 7 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.7400419 1_GWF-(2,4,9) + Model 2 20 2.6557200 1_GWF-(2,4,9) + Model 3 19 0.30124802 1_GWF-(2,9,4) + Model 4 15 1.38884639E-02 1_GWF-(2,9,1) + Model 5 1 8.65210126E-11 * 1_GWF-(2,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 7 + 78 TOTAL ITERATIONS + + Solving: Stress period: 7 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -5.6347462 1_GWF-(2,3,6) + Model 2 21 5.4605505 1_GWF-(2,3,6) + Model 3 19 0.13616951 1_GWF-(2,9,4) + Model 4 16 1.50364965E-02 1_GWF-(2,10,9) + Model 5 1 7.22000237E-11 * 1_GWF-(2,9,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 7 + 82 TOTAL ITERATIONS + + Solving: Stress period: 7 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -5.8171065 1_GWF-(2,3,6) + Model 2 21 5.5889375 1_GWF-(2,3,6) + Model 3 9 1.23798077E-04 1_GWF-(2,10,5) + Model 4 1 -2.26827224E-10 * 1_GWF-(1,8,5) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 7 + 55 TOTAL ITERATIONS + + Solving: Stress period: 7 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -8.3340296 1_GWF-(2,3,6) + Model 2 22 8.0349010 1_GWF-(2,3,6) + Model 3 1 -1.39495526E-10 * 1_GWF-(2,2,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 7 + 49 TOTAL ITERATIONS + + Solving: Stress period: 8 Time step: 1 + +1 + STRESS PERIOD NO. 8, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 12.332188 1_GWF-(1,1,1) + Model 2 21 0.87478778 1_GWF-(2,3,5) + Model 3 19 0.12007257 1_GWF-(2,4,10) + Model 4 17 2.85145705E-02 1_GWF-(2,7,1) + Model 5 16 8.81023119E-03 1_GWF-(2,8,1) + Model 6 1 4.06208400E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 8 + 96 TOTAL ITERATIONS + + Solving: Stress period: 8 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 4.8847675 1_GWF-(1,1,1) + Model 2 22 2.8716281 1_GWF-(3,10,10) + Model 3 21 0.67393301 1_GWF-(2,7,3) + Model 4 20 0.18337074 1_GWF-(2,10,6) + Model 5 1 -3.52917695E-11 * 1_GWF-(2,2,1) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 8 + 88 TOTAL ITERATIONS + + Solving: Stress period: 8 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -2.4144274 1_GWF-(3,1,10) + Model 2 23 2.1178222 1_GWF-(3,1,10) + Model 3 19 0.33243010 1_GWF-(2,3,7) + Model 4 1 -9.19540000E-11 * 1_GWF-(2,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 8 + 69 TOTAL ITERATIONS + + Solving: Stress period: 8 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 27 -8.3627006 1_GWF-(3,1,10) + Model 2 23 7.9618784 1_GWF-(3,1,8) + Model 3 23 2.8675698 1_GWF-(2,2,4) + Model 4 23 0.71838076 1_GWF-(2,10,2) + Model 5 1 -4.01225719E-11 * 1_GWF-(2,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 8 + 97 TOTAL ITERATIONS + + Solving: Stress period: 8 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -3.1665745 1_GWF-(3,10,7) + Model 2 24 2.7297763 1_GWF-(3,10,7) + Model 3 23 0.64531324 1_GWF-(2,9,2) + Model 4 1 -5.04867259E-11 * 1_GWF-(2,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 8 + 74 TOTAL ITERATIONS + + Solving: Stress period: 8 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -4.8343112 1_GWF-(3,10,10) + Model 2 25 4.2682670 1_GWF-(3,10,10) + Model 3 22 1.1677511 1_GWF-(2,6,6) + Model 4 22 0.38448512 1_GWF-(2,10,9) + Model 5 1 -2.38726372E-10 * 1_GWF-(2,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 8 + 96 TOTAL ITERATIONS + + Solving: Stress period: 9 Time step: 1 + +1 + STRESS PERIOD NO. 9, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -1.4493268 1_GWF-(3,10,6) + Model 2 21 1.2990776 1_GWF-(3,10,6) + Model 3 18 0.25091572 1_GWF-(2,9,9) + Model 4 1 1.68338232E-10 * 1_GWF-(2,9,7) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 9 + 61 TOTAL ITERATIONS + + Solving: Stress period: 9 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -4.7174434 1_GWF-(3,1,1) + Model 2 23 4.5034761 1_GWF-(3,1,1) + Model 3 22 1.2057361 1_GWF-(2,4,9) + Model 4 20 0.11383266 1_GWF-(2,10,1) + Model 5 20 0.21014046 1_GWF-(2,10,5) + Model 6 14 3.97730160E-03 1_GWF-(2,9,4) + Model 7 1 2.55489851E-10 * 1_GWF-(2,9,2) + ---------------------------------------------------------------------------------------------------------- + + + 7 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 9 + 123 TOTAL ITERATIONS + + Solving: Stress period: 9 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -4.8654322 1_GWF-(3,1,1) + Model 2 23 4.5891170 1_GWF-(3,1,1) + Model 3 22 1.2709004 1_GWF-(2,4,4) + Model 4 20 8.22489121E-02 1_GWF-(2,10,1) + Model 5 20 3.88070658E-02 1_GWF-(2,10,8) + Model 6 20 5.98968759E-02 1_GWF-(2,10,6) + Model 7 1 2.79927193E-11 * 1_GWF-(2,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 7 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 9 + 131 TOTAL ITERATIONS + + Solving: Stress period: 9 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -2.0317980 1_GWF-(3,1,10) + Model 2 23 1.6766655 1_GWF-(3,1,10) + Model 3 21 0.29270911 1_GWF-(2,8,3) + Model 4 18 9.29010334E-03 1_GWF-(2,10,9) + Model 5 15 7.95566432E-04 1_GWF-(2,10,8) + Model 6 1 5.16645393E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 9 + 103 TOTAL ITERATIONS + + Solving: Stress period: 9 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -2.6717360 1_GWF-(3,3,10) + Model 2 24 2.2180118 1_GWF-(3,3,10) + Model 3 22 0.64313828 1_GWF-(2,4,9) + Model 4 17 5.80042958E-03 1_GWF-(2,8,9) + Model 5 1 -2.55500510E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 9 + 89 TOTAL ITERATIONS + + Solving: Stress period: 9 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -3.2263460 1_GWF-(3,4,10) + Model 2 24 2.6481041 1_GWF-(3,4,10) + Model 3 22 0.75480313 1_GWF-(2,3,9) + Model 4 20 1.94901572E-02 1_GWF-(2,9,10) + Model 5 1 -2.46105358E-11 * 1_GWF-(2,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 9 + 93 TOTAL ITERATIONS + + Solving: Stress period: 10 Time step: 1 + +1 + STRESS PERIOD NO. 10, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -1.3210199 1_GWF-(3,10,10) + Model 2 22 1.1745779 1_GWF-(3,10,10) + Model 3 18 0.21415962 1_GWF-(2,5,9) + Model 4 1 1.92857286E-10 * 1_GWF-(2,6,8) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 10 + 63 TOTAL ITERATIONS + + Solving: Stress period: 10 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.2216627 1_GWF-(3,1,1) + Model 2 22 3.0177442 1_GWF-(3,1,1) + Model 3 21 0.60100976 1_GWF-(2,3,9) + Model 4 19 0.10682261 1_GWF-(2,8,1) + Model 5 18 2.62280243E-02 1_GWF-(2,9,1) + Model 6 1 -6.14148732E-11 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 10 + 105 TOTAL ITERATIONS + + Solving: Stress period: 10 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -1.7827024 1_GWF-(3,5,1) + Model 2 23 1.5256655 1_GWF-(3,5,1) + Model 3 20 0.40500819 1_GWF-(2,5,3) + Model 4 18 4.38040010E-02 1_GWF-(2,8,10) + Model 5 1 -2.93991498E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 10 + 86 TOTAL ITERATIONS + + Solving: Stress period: 10 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -2.5687369 1_GWF-(3,6,10) + Model 2 23 2.2414985 1_GWF-(3,6,10) + Model 3 21 0.49459171 1_GWF-(2,4,3) + Model 4 20 4.11884594E-02 1_GWF-(2,8,1) + Model 5 1 -2.52295962E-11 * 1_GWF-(2,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 10 + 90 TOTAL ITERATIONS + + Solving: Stress period: 10 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -2.8473063 1_GWF-(3,10,10) + Model 2 23 2.4382139 1_GWF-(3,10,10) + Model 3 21 0.28141935 1_GWF-(2,4,3) + Model 4 19 3.03041848E-02 1_GWF-(2,7,10) + Model 5 1 -2.01385575E-11 * 1_GWF-(2,2,6) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 10 + 90 TOTAL ITERATIONS + + Solving: Stress period: 10 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -2.4062470 1_GWF-(3,8,10) + Model 2 23 1.8761592 1_GWF-(3,8,10) + Model 3 22 0.37937378 1_GWF-(2,4,2) + Model 4 20 7.43949149E-02 1_GWF-(2,6,1) + Model 5 19 1.21275189E-02 1_GWF-(2,7,1) + Model 6 1 -3.01056957E-11 * 1_GWF-(2,2,9) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 10 + 111 TOTAL ITERATIONS + + Solving: Stress period: 11 Time step: 1 + +1 + STRESS PERIOD NO. 11, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -1.9491476 1_GWF-(3,10,1) + Model 2 22 1.8078564 1_GWF-(3,10,1) + Model 3 18 0.12791945 1_GWF-(2,5,10) + Model 4 18 4.83433429E-02 1_GWF-(2,6,10) + Model 5 1 2.39781528E-11 * 1_GWF-(2,3,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 11 + 81 TOTAL ITERATIONS + + Solving: Stress period: 11 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.3973408 1_GWF-(3,10,1) + Model 2 22 2.2143739 1_GWF-(3,10,1) + Model 3 20 0.19771858 1_GWF-(2,5,1) + Model 4 1 -3.11182191E-11 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 11 + 66 TOTAL ITERATIONS + + Solving: Stress period: 11 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -3.0625855 1_GWF-(3,10,10) + Model 2 22 2.8260294 1_GWF-(3,10,10) + Model 3 21 0.54005342 1_GWF-(2,3,2) + Model 4 20 0.11093309 1_GWF-(2,5,1) + Model 5 19 3.98566352E-02 1_GWF-(2,6,1) + Model 6 1 7.09015069E-11 * 1_GWF-(2,2,8) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 11 + 108 TOTAL ITERATIONS + + Solving: Stress period: 11 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -2.3783688 1_GWF-(3,8,10) + Model 2 23 2.0711450 1_GWF-(3,8,10) + Model 3 21 0.39535607 1_GWF-(2,3,2) + Model 4 19 3.62978693E-02 1_GWF-(2,5,10) + Model 5 1 -8.11368750E-11 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 11 + 89 TOTAL ITERATIONS + + Solving: Stress period: 11 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -2.0522716 1_GWF-(2,9,5) + Model 2 23 1.9849180 1_GWF-(2,9,5) + Model 3 20 0.28961278 1_GWF-(2,2,1) + Model 4 19 3.02910415E-02 1_GWF-(2,5,1) + Model 5 1 -5.43769474E-11 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 11 + 88 TOTAL ITERATIONS + + Solving: Stress period: 11 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 27 -3.6888978 1_GWF-(3,10,10) + Model 2 22 3.1830270 1_GWF-(3,10,10) + Model 3 20 0.31864927 1_GWF-(2,1,4) + Model 4 20 5.55306675E-02 1_GWF-(2,3,10) + Model 5 17 3.50241438E-03 1_GWF-(2,4,10) + Model 6 1 8.68105587E-11 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 11 + 107 TOTAL ITERATIONS + + Solving: Stress period: 12 Time step: 1 + +1 + STRESS PERIOD NO. 12, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -1.5684083 1_GWF-(2,3,6) + Model 2 21 1.5393476 1_GWF-(2,3,6) + Model 3 18 7.13350406E-02 1_GWF-(2,3,10) + Model 4 1 8.50519655E-11 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 12 + 62 TOTAL ITERATIONS + + Solving: Stress period: 12 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.5822643 1_GWF-(3,10,1) + Model 2 22 2.4064011 1_GWF-(3,10,1) + Model 3 17 1.39539612E-02 1_GWF-(2,4,1) + Model 4 1 1.68476788E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 12 + 63 TOTAL ITERATIONS + + Solving: Stress period: 12 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.0703694 1_GWF-(2,3,6) + Model 2 21 2.0188842 1_GWF-(2,3,6) + Model 3 18 0.23942154 1_GWF-(2,2,2) + Model 4 1 -1.79358750E-10 * 1_GWF-(2,2,10) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 12 + 63 TOTAL ITERATIONS + + Solving: Stress period: 12 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -2.4590177 1_GWF-(2,3,6) + Model 2 21 2.3899070 1_GWF-(2,3,6) + Model 3 18 0.12553376 1_GWF-(2,1,4) + Model 4 19 3.12129142E-02 1_GWF-(2,2,10) + Model 5 1 -5.66977576E-11 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 12 + 83 TOTAL ITERATIONS + + Solving: Stress period: 12 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -2.9116714 1_GWF-(2,9,5) + Model 2 21 2.8272836 1_GWF-(2,9,5) + Model 3 17 4.96918409E-02 1_GWF-(2,1,4) + Model 4 16 1.09911174E-02 1_GWF-(2,2,1) + Model 5 1 2.25448105E-10 * 1_GWF-(1,1,10) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 12 + 80 TOTAL ITERATIONS + + Solving: Stress period: 12 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -3.0741489 1_GWF-(2,3,6) + Model 2 21 2.9475893 1_GWF-(2,3,6) + Model 3 1 -1.28864031E-10 * 1_GWF-(1,1,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 12 + 48 TOTAL ITERATIONS + + Solving: Stress period: 13 Time step: 1 + +1 + STRESS PERIOD NO. 13, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -1.5657614 1_GWF-(2,4,7) + Model 2 20 1.5350045 1_GWF-(2,4,7) + Model 3 1 -2.86437540E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 13 + 42 TOTAL ITERATIONS + + Solving: Stress period: 13 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -1.8507900 1_GWF-(2,3,6) + Model 2 20 1.8053517 1_GWF-(2,3,6) + Model 3 1 -4.58637572E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 13 + 43 TOTAL ITERATIONS + + Solving: Stress period: 13 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.1014494 1_GWF-(2,4,7) + Model 2 21 2.0473818 1_GWF-(2,4,7) + Model 3 1 1.61008984E-11 * 1_GWF-(3,3,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 13 + 45 TOTAL ITERATIONS + + Solving: Stress period: 13 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.2810804 1_GWF-(2,3,6) + Model 2 21 2.2012721 1_GWF-(2,3,6) + Model 3 1 -3.42423867E-11 * 1_GWF-(1,9,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 13 + 44 TOTAL ITERATIONS + + Solving: Stress period: 13 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.5877927 1_GWF-(2,9,5) + Model 2 21 2.4896752 1_GWF-(2,9,5) + Model 3 1 6.38404885E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 13 + 45 TOTAL ITERATIONS + + Solving: Stress period: 13 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.1117934 1_GWF-(2,3,6) + Model 2 21 2.9691485 1_GWF-(2,3,6) + Model 3 1 -9.25695076E-11 * 1_GWF-(3,8,8) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 13 + 46 TOTAL ITERATIONS + + Solving: Stress period: 14 Time step: 1 + +1 + STRESS PERIOD NO. 14, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -1.7985143 1_GWF-(2,4,7) + Model 2 20 1.7629373 1_GWF-(2,4,7) + Model 3 1 -3.06812353E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 14 + 42 TOTAL ITERATIONS + + Solving: Stress period: 14 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -1.9904490 1_GWF-(2,3,6) + Model 2 20 1.9396083 1_GWF-(2,3,6) + Model 3 1 -5.88435967E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 14 + 43 TOTAL ITERATIONS + + Solving: Stress period: 14 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.3188650 1_GWF-(2,4,7) + Model 2 20 2.2570610 1_GWF-(2,4,7) + Model 3 1 8.80344686E-11 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 14 + 43 TOTAL ITERATIONS + + Solving: Stress period: 14 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.6036963 1_GWF-(2,3,6) + Model 2 21 2.5153712 1_GWF-(2,3,6) + Model 3 1 3.78399534E-11 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 14 + 45 TOTAL ITERATIONS + + Solving: Stress period: 14 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.1682650 1_GWF-(2,4,7) + Model 2 21 3.0593875 1_GWF-(2,4,7) + Model 3 1 6.35154151E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 14 + 45 TOTAL ITERATIONS + + Solving: Stress period: 14 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.0822973 1_GWF-(2,3,6) + Model 2 21 2.9268590 1_GWF-(2,3,6) + Model 3 1 8.51425597E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 14 + 45 TOTAL ITERATIONS + + Solving: Stress period: 15 Time step: 1 + +1 + STRESS PERIOD NO. 15, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -2.0039787 1_GWF-(2,4,7) + Model 2 20 1.9645382 1_GWF-(2,4,7) + Model 3 1 -3.64543951E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 15 + 42 TOTAL ITERATIONS + + Solving: Stress period: 15 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.2619459 1_GWF-(2,3,6) + Model 2 20 2.2068123 1_GWF-(2,3,6) + Model 3 1 -7.29389882E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 15 + 43 TOTAL ITERATIONS + + Solving: Stress period: 15 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.5112342 1_GWF-(2,3,7) + Model 2 20 2.4405894 1_GWF-(2,3,7) + Model 3 1 9.75965975E-11 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 15 + 43 TOTAL ITERATIONS + + Solving: Stress period: 15 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.7662398 1_GWF-(2,3,6) + Model 2 21 2.6711651 1_GWF-(2,3,6) + Model 3 1 4.19344559E-11 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 15 + 44 TOTAL ITERATIONS + + Solving: Stress period: 15 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.3109212 1_GWF-(2,4,7) + Model 2 21 3.1924953 1_GWF-(2,4,7) + Model 3 1 6.65139055E-11 * 1_GWF-(3,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 15 + 45 TOTAL ITERATIONS + + Solving: Stress period: 15 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.3246932 1_GWF-(2,3,6) + Model 2 21 3.1591721 1_GWF-(2,3,6) + Model 3 1 1.02581055E-10 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 15 + 45 TOTAL ITERATIONS + + Solving: Stress period: 16 Time step: 1 + +1 + STRESS PERIOD NO. 16, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.0997991 1_GWF-(2,3,7) + Model 2 20 2.0558965 1_GWF-(2,3,7) + Model 3 1 -4.03836964E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 16 + 43 TOTAL ITERATIONS + + Solving: Stress period: 16 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.3810274 1_GWF-(2,3,6) + Model 2 20 2.3225181 1_GWF-(2,3,6) + Model 3 1 -7.05089320E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 16 + 43 TOTAL ITERATIONS + + Solving: Stress period: 16 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.6811114 1_GWF-(2,4,7) + Model 2 21 2.6082195 1_GWF-(2,4,7) + Model 3 1 1.64277481E-11 * 1_GWF-(3,4,3) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 16 + 45 TOTAL ITERATIONS + + Solving: Stress period: 16 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.8503447 1_GWF-(2,3,6) + Model 2 21 2.7509231 1_GWF-(2,8,7) + Model 3 1 -4.41779946E-11 * 1_GWF-(1,9,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 16 + 44 TOTAL ITERATIONS + + Solving: Stress period: 16 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.5442639 1_GWF-(2,4,7) + Model 2 21 3.4183196 1_GWF-(2,4,7) + Model 3 1 7.57154339E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 16 + 46 TOTAL ITERATIONS + + Solving: Stress period: 16 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -3.5333993 1_GWF-(2,3,5) + Model 2 21 3.3735109 1_GWF-(2,3,5) + Model 3 1 1.03018039E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 16 + 47 TOTAL ITERATIONS + + Solving: Stress period: 17 Time step: 1 + +1 + STRESS PERIOD NO. 17, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.2255337 1_GWF-(2,4,7) + Model 2 20 2.1806251 1_GWF-(2,4,7) + Model 3 1 -3.81330523E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 17 + 43 TOTAL ITERATIONS + + Solving: Stress period: 17 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.5493969 1_GWF-(2,3,6) + Model 2 20 2.4882746 1_GWF-(2,3,6) + Model 3 1 -7.92965693E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 17 + 43 TOTAL ITERATIONS + + Solving: Stress period: 17 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.8689321 1_GWF-(2,4,7) + Model 2 21 2.7922190 1_GWF-(2,4,7) + Model 3 1 2.02007300E-11 * 1_GWF-(3,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 17 + 45 TOTAL ITERATIONS + + Solving: Stress period: 17 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.0850688 1_GWF-(2,3,6) + Model 2 21 2.9806427 1_GWF-(2,3,6) + Model 3 1 -4.59055016E-11 * 1_GWF-(1,9,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 17 + 44 TOTAL ITERATIONS + + Solving: Stress period: 17 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.6006332 1_GWF-(2,4,7) + Model 2 21 3.4688669 1_GWF-(2,4,7) + Model 3 1 8.47020232E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 17 + 46 TOTAL ITERATIONS + + Solving: Stress period: 17 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.6611588 1_GWF-(2,3,5) + Model 2 21 3.4933177 1_GWF-(2,3,5) + Model 3 1 1.24032340E-10 * 1_GWF-(3,2,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 17 + 46 TOTAL ITERATIONS + + Solving: Stress period: 18 Time step: 1 + +1 + STRESS PERIOD NO. 18, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.3259575 1_GWF-(2,3,7) + Model 2 20 2.2781609 1_GWF-(2,3,7) + Model 3 1 -4.06270573E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 18 + 43 TOTAL ITERATIONS + + Solving: Stress period: 18 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.5942809 1_GWF-(2,3,6) + Model 2 20 2.5311823 1_GWF-(2,3,6) + Model 3 1 -7.39426298E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 18 + 43 TOTAL ITERATIONS + + Solving: Stress period: 18 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.0261424 1_GWF-(2,4,7) + Model 2 20 2.9465094 1_GWF-(2,4,7) + Model 3 1 -1.12837739E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 18 + 44 TOTAL ITERATIONS + + Solving: Stress period: 18 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.1639280 1_GWF-(2,7,8) + Model 2 21 3.0655574 1_GWF-(2,7,8) + Model 3 1 -5.17554888E-11 * 1_GWF-(1,9,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 18 + 44 TOTAL ITERATIONS + + Solving: Stress period: 18 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.5834738 1_GWF-(2,4,7) + Model 2 21 3.4473047 1_GWF-(2,4,7) + Model 3 1 8.89261997E-11 * 1_GWF-(1,3,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 18 + 46 TOTAL ITERATIONS + + Solving: Stress period: 18 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.7850118 1_GWF-(2,3,5) + Model 2 21 3.6110881 1_GWF-(2,3,5) + Model 3 1 1.05222497E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 18 + 46 TOTAL ITERATIONS + + Solving: Stress period: 19 Time step: 1 + +1 + STRESS PERIOD NO. 19, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.4012831 1_GWF-(2,4,7) + Model 2 20 2.3531493 1_GWF-(2,4,7) + Model 3 1 -3.90265598E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 19 + 43 TOTAL ITERATIONS + + Solving: Stress period: 19 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.6005399 1_GWF-(2,7,8) + Model 2 20 2.5410291 1_GWF-(2,7,8) + Model 3 1 -7.67581554E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 19 + 43 TOTAL ITERATIONS + + Solving: Stress period: 19 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.0712911 1_GWF-(2,4,7) + Model 2 21 2.9894920 1_GWF-(2,4,7) + Model 3 1 1.61506364E-11 * 1_GWF-(3,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 19 + 45 TOTAL ITERATIONS + + Solving: Stress period: 19 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.2140250 1_GWF-(2,7,6) + Model 2 21 3.1128927 1_GWF-(2,7,6) + Model 3 1 -5.69864156E-11 * 1_GWF-(1,9,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 19 + 45 TOTAL ITERATIONS + + Solving: Stress period: 19 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.7754317 1_GWF-(2,4,7) + Model 2 21 3.6360469 1_GWF-(2,4,7) + Model 3 1 7.78062059E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 19 + 46 TOTAL ITERATIONS + + Solving: Stress period: 19 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.8082485 1_GWF-(2,3,5) + Model 2 21 3.6298107 1_GWF-(2,3,5) + Model 3 1 1.09352527E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 19 + 46 TOTAL ITERATIONS + + Solving: Stress period: 20 Time step: 1 + +1 + STRESS PERIOD NO. 20, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -2.4487914 1_GWF-(2,4,7) + Model 2 20 2.3996669 1_GWF-(2,4,7) + Model 3 1 -4.22915036E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 20 + 42 TOTAL ITERATIONS + + Solving: Stress period: 20 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.6770354 1_GWF-(2,3,5) + Model 2 20 2.6143214 1_GWF-(2,3,5) + Model 3 1 -7.77120590E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 20 + 43 TOTAL ITERATIONS + + Solving: Stress period: 20 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.1110782 1_GWF-(2,4,7) + Model 2 20 3.0277436 1_GWF-(2,4,7) + Model 3 1 1.04158460E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 20 + 43 TOTAL ITERATIONS + + Solving: Stress period: 20 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.2382646 1_GWF-(2,9,3) + Model 2 21 3.1338458 1_GWF-(2,9,3) + Model 3 1 5.48343593E-11 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 20 + 45 TOTAL ITERATIONS + + Solving: Stress period: 20 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.8052292 1_GWF-(2,4,7) + Model 2 21 3.6636215 1_GWF-(2,4,7) + Model 3 1 7.79820652E-11 * 1_GWF-(3,4,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 20 + 46 TOTAL ITERATIONS + + Solving: Stress period: 20 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.7747787 1_GWF-(2,3,5) + Model 2 21 3.5931420 1_GWF-(2,3,5) + Model 3 1 9.97317784E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 20 + 46 TOTAL ITERATIONS + + Solving: Stress period: 21 Time step: 1 + +1 + STRESS PERIOD NO. 21, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.5569564 1_GWF-(2,4,7) + Model 2 20 2.5071665 1_GWF-(2,4,7) + Model 3 1 -5.17488274E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 21 + 43 TOTAL ITERATIONS + + Solving: Stress period: 21 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.6797636 1_GWF-(2,7,6) + Model 2 20 2.6179852 1_GWF-(2,7,6) + Model 3 1 -8.40003622E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 21 + 43 TOTAL ITERATIONS + + Solving: Stress period: 21 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.0575875 1_GWF-(2,4,7) + Model 2 20 2.9732445 1_GWF-(2,4,7) + Model 3 1 1.06339826E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 21 + 44 TOTAL ITERATIONS + + Solving: Stress period: 21 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.3484569 1_GWF-(2,7,5) + Model 2 21 3.2438809 1_GWF-(2,7,5) + Model 3 1 -5.63318281E-11 * 1_GWF-(1,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 21 + 45 TOTAL ITERATIONS + + Solving: Stress period: 21 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.8702919 1_GWF-(2,4,7) + Model 2 21 3.7272904 1_GWF-(2,4,7) + Model 3 1 7.69695419E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 21 + 46 TOTAL ITERATIONS + + Solving: Stress period: 21 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.9087306 1_GWF-(2,6,5) + Model 2 21 3.7308731 1_GWF-(2,6,5) + Model 3 1 1.16878951E-10 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 21 + 46 TOTAL ITERATIONS + + Solving: Stress period: 22 Time step: 1 + +1 + STRESS PERIOD NO. 22, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.4223196 1_GWF-(2,4,7) + Model 2 20 2.3721359 1_GWF-(2,4,7) + Model 3 1 -4.03206357E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 22 + 43 TOTAL ITERATIONS + + Solving: Stress period: 22 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -2.7268237 1_GWF-(2,3,5) + Model 2 20 2.6623942 1_GWF-(2,3,5) + Model 3 1 -8.44941894E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 22 + 42 TOTAL ITERATIONS + + Solving: Stress period: 22 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.0736624 1_GWF-(2,4,7) + Model 2 21 2.9887505 1_GWF-(2,4,7) + Model 3 1 1.99733563E-11 * 1_GWF-(3,9,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 22 + 44 TOTAL ITERATIONS + + Solving: Stress period: 22 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.3134768 1_GWF-(2,6,5) + Model 2 21 3.2077756 1_GWF-(2,6,5) + Model 3 1 -5.99293948E-11 * 1_GWF-(1,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 22 + 44 TOTAL ITERATIONS + + Solving: Stress period: 22 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.8756319 1_GWF-(2,4,7) + Model 2 21 3.7319279 1_GWF-(2,4,7) + Model 3 1 8.14601719E-11 * 1_GWF-(1,3,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 22 + 45 TOTAL ITERATIONS + + Solving: Stress period: 22 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.9798234 1_GWF-(2,3,5) + Model 2 21 3.7949155 1_GWF-(2,3,5) + Model 3 1 1.30404132E-10 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 22 + 46 TOTAL ITERATIONS + + Solving: Stress period: 23 Time step: 1 + +1 + STRESS PERIOD NO. 23, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.4898139 1_GWF-(2,3,7) + Model 2 20 2.4388738 1_GWF-(2,3,7) + Model 3 1 -4.47171189E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 23 + 43 TOTAL ITERATIONS + + Solving: Stress period: 23 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.8158604 1_GWF-(2,3,5) + Model 2 20 2.7510724 1_GWF-(2,3,5) + Model 3 1 -9.19193610E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 23 + 43 TOTAL ITERATIONS + + Solving: Stress period: 23 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.1631429 1_GWF-(2,4,7) + Model 2 20 3.0780285 1_GWF-(2,4,7) + Model 3 1 -1.22343025E-10 * 1_GWF-(1,3,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 23 + 44 TOTAL ITERATIONS + + Solving: Stress period: 23 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.4182761 1_GWF-(2,3,5) + Model 2 21 3.3086885 1_GWF-(2,3,5) + Model 3 1 -5.53694868E-11 * 1_GWF-(1,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 23 + 45 TOTAL ITERATIONS + + Solving: Stress period: 23 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.7242638 1_GWF-(2,8,7) + Model 2 21 3.5867855 1_GWF-(2,8,7) + Model 3 1 7.53317408E-11 * 1_GWF-(3,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 23 + 45 TOTAL ITERATIONS + + Solving: Stress period: 23 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -4.0116048 1_GWF-(2,3,5) + Model 2 21 3.8262929 1_GWF-(2,3,5) + Model 3 1 1.38159706E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 23 + 47 TOTAL ITERATIONS + + Solving: Stress period: 24 Time step: 1 + +1 + STRESS PERIOD NO. 24, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.5334187 1_GWF-(2,4,7) + Model 2 20 2.4830881 1_GWF-(2,4,7) + Model 3 1 -4.23616697E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 24 + 43 TOTAL ITERATIONS + + Solving: Stress period: 24 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -2.6930063 1_GWF-(2,3,5) + Model 2 20 2.6281210 1_GWF-(2,3,5) + Model 3 1 -7.95505883E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 24 + 42 TOTAL ITERATIONS + + Solving: Stress period: 24 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.1725113 1_GWF-(2,4,7) + Model 2 20 3.0874983 1_GWF-(2,4,7) + Model 3 1 1.14502186E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 24 + 44 TOTAL ITERATIONS + + Solving: Stress period: 24 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.4954457 1_GWF-(2,3,5) + Model 2 21 3.3858132 1_GWF-(2,3,5) + Model 3 1 5.92539351E-11 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 24 + 45 TOTAL ITERATIONS + + Solving: Stress period: 24 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.6861202 1_GWF-(2,4,7) + Model 2 21 3.5426386 1_GWF-(2,4,7) + Model 3 1 6.73399114E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 24 + 45 TOTAL ITERATIONS + + Solving: Stress period: 24 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.9681368 1_GWF-(2,6,5) + Model 2 21 3.7885408 1_GWF-(2,6,5) + Model 3 1 1.14820153E-10 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 24 + 46 TOTAL ITERATIONS + + Solving: Stress period: 25 Time step: 1 + +1 + STRESS PERIOD NO. 25, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.4146969 1_GWF-(2,2,7) + Model 2 20 2.3661785 1_GWF-(2,2,7) + Model 3 1 -5.00666175E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 25 + 43 TOTAL ITERATIONS + + Solving: Stress period: 25 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.7654425 1_GWF-(2,3,5) + Model 2 20 2.7006770 1_GWF-(2,3,5) + Model 3 1 -8.59152749E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 25 + 43 TOTAL ITERATIONS + + Solving: Stress period: 25 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.1772170 1_GWF-(2,4,7) + Model 2 20 3.0925573 1_GWF-(2,4,7) + Model 3 1 1.27757360E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 25 + 43 TOTAL ITERATIONS + + Solving: Stress period: 25 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.3143171 1_GWF-(2,3,5) + Model 2 21 3.2049866 1_GWF-(2,3,5) + Model 3 1 -5.05919751E-11 * 1_GWF-(1,9,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 25 + 45 TOTAL ITERATIONS + + Solving: Stress period: 25 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.7624663 1_GWF-(2,2,7) + Model 2 21 3.6238481 1_GWF-(2,2,7) + Model 3 1 8.26627655E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 25 + 46 TOTAL ITERATIONS + + Solving: Stress period: 25 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.9587232 1_GWF-(2,3,5) + Model 2 21 3.7744199 1_GWF-(2,3,5) + Model 3 1 1.11795018E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 25 + 46 TOTAL ITERATIONS + + Solving: Stress period: 26 Time step: 1 + +1 + STRESS PERIOD NO. 26, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -2.3996175 1_GWF-(2,4,7) + Model 2 20 2.3497683 1_GWF-(2,4,7) + Model 3 1 -4.25952607E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 26 + 42 TOTAL ITERATIONS + + Solving: Stress period: 26 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.7061500 1_GWF-(2,3,5) + Model 2 20 2.6416848 1_GWF-(2,3,5) + Model 3 1 -8.48761061E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 26 + 43 TOTAL ITERATIONS + + Solving: Stress period: 26 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.0690758 1_GWF-(2,4,7) + Model 2 20 2.9849769 1_GWF-(2,4,7) + Model 3 1 1.18244969E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 26 + 44 TOTAL ITERATIONS + + Solving: Stress period: 26 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.3311685 1_GWF-(2,3,4) + Model 2 21 3.2243253 1_GWF-(2,3,4) + Model 3 1 -5.28559418E-11 * 1_GWF-(1,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 26 + 45 TOTAL ITERATIONS + + Solving: Stress period: 26 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.6437826 1_GWF-(2,4,7) + Model 2 21 3.5050898 1_GWF-(2,2,7) + Model 3 1 8.19184720E-11 * 1_GWF-(3,8,3) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 26 + 46 TOTAL ITERATIONS + + Solving: Stress period: 26 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.9324142 1_GWF-(2,3,5) + Model 2 21 3.7493230 1_GWF-(2,3,5) + Model 3 1 1.11757714E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 26 + 46 TOTAL ITERATIONS + + Solving: Stress period: 27 Time step: 1 + +1 + STRESS PERIOD NO. 27, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.5890438 1_GWF-(2,2,7) + Model 2 20 2.5406849 1_GWF-(2,2,7) + Model 3 1 -5.05391284E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 27 + 43 TOTAL ITERATIONS + + Solving: Stress period: 27 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.7613084 1_GWF-(2,3,5) + Model 2 20 2.6972926 1_GWF-(2,3,5) + Model 3 1 -8.48050519E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 27 + 43 TOTAL ITERATIONS + + Solving: Stress period: 27 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.1693677 1_GWF-(2,4,8) + Model 2 20 3.0872789 1_GWF-(2,2,8) + Model 3 1 1.22900801E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 27 + 44 TOTAL ITERATIONS + + Solving: Stress period: 27 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.4192127 1_GWF-(2,3,5) + Model 2 21 3.3112994 1_GWF-(2,3,5) + Model 3 1 4.37765380E-11 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 27 + 45 TOTAL ITERATIONS + + Solving: Stress period: 27 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.6155770 1_GWF-(2,4,7) + Model 2 21 3.4752429 1_GWF-(2,4,7) + Model 3 1 8.00426392E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 27 + 46 TOTAL ITERATIONS + + Solving: Stress period: 27 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -4.1474476 1_GWF-(2,3,4) + Model 2 21 3.9684943 1_GWF-(2,3,4) + Model 3 1 1.07606368E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 27 + 47 TOTAL ITERATIONS + + Solving: Stress period: 28 Time step: 1 + +1 + STRESS PERIOD NO. 28, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.4802168 1_GWF-(2,4,7) + Model 2 20 2.4312751 1_GWF-(2,4,7) + Model 3 1 -5.24646993E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 28 + 43 TOTAL ITERATIONS + + Solving: Stress period: 28 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.6867024 1_GWF-(2,3,5) + Model 2 20 2.6232588 1_GWF-(2,3,5) + Model 3 1 -9.27098398E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 28 + 44 TOTAL ITERATIONS + + Solving: Stress period: 28 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.0445698 1_GWF-(2,4,7) + Model 2 20 2.9620723 1_GWF-(2,4,7) + Model 3 1 1.04945386E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 28 + 43 TOTAL ITERATIONS + + Solving: Stress period: 28 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.3227887 1_GWF-(2,3,5) + Model 2 21 3.2158979 1_GWF-(2,3,5) + Model 3 1 4.18740598E-11 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 28 + 45 TOTAL ITERATIONS + + Solving: Stress period: 28 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.6968931 1_GWF-(2,4,7) + Model 2 21 3.5581096 1_GWF-(2,4,7) + Model 3 1 7.83249021E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 28 + 46 TOTAL ITERATIONS + + Solving: Stress period: 28 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.8208566 1_GWF-(2,3,4) + Model 2 21 3.6434227 1_GWF-(2,3,4) + Model 3 1 1.04222408E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 28 + 46 TOTAL ITERATIONS + + Solving: Stress period: 29 Time step: 1 + +1 + STRESS PERIOD NO. 29, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.3317426 1_GWF-(2,4,7) + Model 2 20 2.2833679 1_GWF-(2,4,7) + Model 3 1 -3.80131482E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 29 + 43 TOTAL ITERATIONS + + Solving: Stress period: 29 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -2.6603664 1_GWF-(2,3,5) + Model 2 20 2.5975953 1_GWF-(2,3,5) + Model 3 1 -7.56390506E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 29 + 42 TOTAL ITERATIONS + + Solving: Stress period: 29 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.0476674 1_GWF-(2,4,8) + Model 2 20 2.9665814 1_GWF-(2,4,8) + Model 3 1 1.11661791E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 29 + 44 TOTAL ITERATIONS + + Solving: Stress period: 29 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.3152846 1_GWF-(2,6,8) + Model 2 21 3.2124654 1_GWF-(2,6,8) + Model 3 1 6.14477358E-11 * 1_GWF-(3,4,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 29 + 45 TOTAL ITERATIONS + + Solving: Stress period: 29 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.4888254 1_GWF-(2,4,7) + Model 2 21 3.3520420 1_GWF-(2,7,8) + Model 3 1 6.30890895E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 29 + 46 TOTAL ITERATIONS + + Solving: Stress period: 29 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.8259042 1_GWF-(2,3,5) + Model 2 21 3.6483754 1_GWF-(2,3,5) + Model 3 1 1.17546861E-10 * 1_GWF-(1,4,3) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 29 + 46 TOTAL ITERATIONS + + Solving: Stress period: 30 Time step: 1 + +1 + STRESS PERIOD NO. 30, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.3622911 1_GWF-(2,4,7) + Model 2 20 2.3145396 1_GWF-(2,4,7) + Model 3 1 -4.41993109E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 30 + 43 TOTAL ITERATIONS + + Solving: Stress period: 30 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.6608226 1_GWF-(2,3,4) + Model 2 20 2.5994545 1_GWF-(2,3,4) + Model 3 1 -8.39293079E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 30 + 43 TOTAL ITERATIONS + + Solving: Stress period: 30 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.9303394 1_GWF-(2,4,7) + Model 2 20 2.8498972 1_GWF-(2,4,7) + Model 3 1 9.83493287E-11 * 1_GWF-(1,8,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 30 + 43 TOTAL ITERATIONS + + Solving: Stress period: 30 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.1998675 1_GWF-(2,3,5) + Model 2 21 3.0973071 1_GWF-(2,7,5) + Model 3 1 -4.49122961E-11 * 1_GWF-(1,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 30 + 45 TOTAL ITERATIONS + + Solving: Stress period: 30 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.5754842 1_GWF-(2,4,7) + Model 2 21 3.4402900 1_GWF-(2,4,7) + Model 3 1 7.31219529E-11 * 1_GWF-(3,3,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 30 + 46 TOTAL ITERATIONS + + Solving: Stress period: 30 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -3.8018742 1_GWF-(2,6,5) + Model 2 21 3.6318298 1_GWF-(2,6,5) + Model 3 1 1.23755228E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 30 + 47 TOTAL ITERATIONS + + Solving: Stress period: 31 Time step: 1 + +1 + STRESS PERIOD NO. 31, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.2608103 1_GWF-(2,4,7) + Model 2 20 2.2137267 1_GWF-(2,4,7) + Model 3 1 -3.53148621E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 31 + 43 TOTAL ITERATIONS + + Solving: Stress period: 31 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -2.5752392 1_GWF-(2,3,4) + Model 2 20 2.5146008 1_GWF-(2,3,4) + Model 3 1 -7.48716644E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 31 + 42 TOTAL ITERATIONS + + Solving: Stress period: 31 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.9754555 1_GWF-(2,4,7) + Model 2 20 2.8961574 1_GWF-(2,4,7) + Model 3 1 1.21665344E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 31 + 43 TOTAL ITERATIONS + + Solving: Stress period: 31 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.1751955 1_GWF-(2,3,4) + Model 2 21 3.0731145 1_GWF-(2,3,4) + Model 3 1 4.19433377E-11 * 1_GWF-(3,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 31 + 44 TOTAL ITERATIONS + + Solving: Stress period: 31 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.5604290 1_GWF-(2,4,7) + Model 2 21 3.4272085 1_GWF-(2,4,7) + Model 3 1 6.93205493E-11 * 1_GWF-(3,3,5) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 31 + 46 TOTAL ITERATIONS + + Solving: Stress period: 31 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.7117464 1_GWF-(2,3,4) + Model 2 21 3.5404059 1_GWF-(2,3,4) + Model 3 1 9.61559721E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 31 + 46 TOTAL ITERATIONS + + + Solution SLN_1 summary + ---------------------------------------------------------------------- + Total formulate time: 0.57565999999999728E-1 seconds + Total solution time: 0.58958000000000205E-1 seconds + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 8.1850000 + Logical 4.00000000E-02 + Integer 76.208000 + Real 236.45600 + ------------------------------- + Total 320.88900 + Virtual 0.0000000 + ------------------------------- + + + + Run end date and time (yyyy/mm/dd hh:mm:ss): 2023/10/30 9:02:46 + Elapsed run time: 0.191 Seconds + Normal termination of simulation. diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/mfsim.nam b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model[0-csub_sub03a]0/mfsim.nam new file mode 100644 index 000000000..9727f16d7 --- /dev/null +++ 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b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.cbc differ diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.compaction.gridbin b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.compaction.gridbin new file mode 100644 index 000000000..a86241c6b Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.compaction.gridbin differ diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.csub b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.csub new file mode 100644 index 000000000..4acd83e79 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.csub @@ -0,0 +1,328 @@ +# File generated by Flopy version 3.5.0.dev0 on 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a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.csub.obs b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.csub.obs new file mode 100644 index 000000000..3058db7ca --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.csub.obs @@ -0,0 +1,12 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. +BEGIN options + DIGITS 10 + PRINT_INPUT +END options + +BEGIN continuous FILEOUT csub_obs.csv + tcomp1 interbed-compaction 01_05_05 + tcomp2 interbed-compaction 02_05_05 + tcomp3 interbed-compaction 03_05_05 +END continuous FILEOUT csub_obs.csv + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.hds b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.hds new file mode 100644 index 000000000..0d2a14e2c Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.hds differ diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.ib.strain.csv b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.ib.strain.csv new file mode 100644 index 000000000..a42da1062 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.ib.strain.csv @@ -0,0 +1,297 @@ + INTERBED_NUMBER,INTERBED_TYPE,NODE,LAYER,ROW,COLUMN,INITIAL_THICKNESS,FINAL_THICKNESS,TOTAL_COMPACTION,TOTAL_STRAIN,PERCENT_COMPACTION + 1,no-delay,1,1,1,1,15.000000000000000,15.000000000000000,0.71325660910213917E-3,0.47550440606809281E-4,0.47550440606809281E-2 + 2,no-delay,2,1,1,2,15.000000000000000,15.000000000000000,0.71337332775608855E-3,0.47558221850405906E-4,0.47558221850405903E-2 + 3,no-delay,3,1,1,3,15.000000000000000,15.000000000000000,0.71355659714945029E-3,0.47570439809963351E-4,0.47570439809963352E-2 + 4,no-delay,4,1,1,4,15.000000000000000,15.000000000000000,0.71376145469985875E-3,0.47584096979990584E-4,0.47584096979990586E-2 + 5,no-delay,5,1,1,5,15.000000000000000,15.000000000000000,0.71394886952262735E-3,0.47596591301508492E-4,0.47596591301508496E-2 + 6,no-delay,6,1,1,6,15.000000000000000,15.000000000000000,0.71408596778644012E-3,0.47605731185762676E-4,0.47605731185762674E-2 + 7,no-delay,7,1,1,7,15.000000000000000,15.000000000000000,0.71415202016022073E-3,0.47610134677348050E-4,0.47610134677348046E-2 + 8,no-delay,8,1,1,8,15.000000000000000,15.000000000000000,0.71414775442348727E-3,0.47609850294899152E-4,0.47609850294899154E-2 + 9,no-delay,9,1,1,9,15.000000000000000,15.000000000000000,0.71409630950706408E-3,0.47606420633804275E-4,0.47606420633804275E-2 + 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294,no-delay,298,3,10,8,30.000000000000000,30.000000000000000,0.71204349066532080,0.23734783022177360E-1,2.3734783022177361 + 295,no-delay,299,3,10,9,30.000000000000000,30.000000000000000,0.71222297595262640,0.23740765865087547E-1,2.3740765865087545 + 296,no-delay,300,3,10,10,30.000000000000000,30.000000000000000,0.71231532913505524,0.23743844304501840E-1,2.3743844304501840 diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.ic b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.ic new file mode 100644 index 000000000..201b2a04f --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.ic @@ -0,0 +1,6 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. +BEGIN griddata + strt + CONSTANT 0.00000000 +END griddata + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.ims b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.ims new file mode 100644 index 000000000..904118b6d --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.ims @@ -0,0 +1,21 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. +BEGIN options + PRINT_OPTION summary +END options + +BEGIN nonlinear + OUTER_DVCLOSE 1.00000000E-09 + OUTER_MAXIMUM 500 + UNDER_RELAXATION none +END nonlinear + +BEGIN linear + INNER_MAXIMUM 300 + INNER_DVCLOSE 1.00000000E-09 + inner_rclose 1.00000000E-06 + LINEAR_ACCELERATION cg + RELAXATION_FACTOR 1.00000000 + SCALING_METHOD none + REORDERING_METHOD none +END linear + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.lst b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.lst new file mode 100644 index 000000000..72bcc7d75 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.lst @@ -0,0 +1,6047 @@ + MODFLOW 6 PROFESSIONAL + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + GROUNDWATER FLOW MODEL (GWF) + VERSION 6.5.0.dev0 (preliminary) 07/13/2023 + ***DEVELOP MODE*** + + MODFLOW 6 compiled Oct 30 2023 08:23:02 with GCC version 11.3.0 + +This software is preliminary or provisional and is subject to +revision. It is being provided to meet the need for timely best +science. The software has not received final approval by the U.S. +Geological Survey (USGS). No warranty, expressed or implied, is made +by the USGS or the U.S. Government as to the functionality of the +software and related material nor shall the fact of release +constitute any such warranty. The software is provided on the +condition that neither the USGS nor the U.S. Government shall be held +liable for any damages resulting from the authorized or unauthorized +use of the software. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +The following 2-clause BSD License library is used in this +USGS product: + + PETSc, the Portable, Extensible Toolkit for Scientific + Computation Library + Copyright (c) 1991-2021, UChicago Argonne, LLC + and the PETSc Development Team All rights reserved. + (https://petsc.org/release/) + +MODFLOW 6 compiler options: -cpp -I src/libmf6core.a.p -I src -I ../src -I +src/libmf6_external.a.p -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/include -I +/home/mreno/.clone/external/petsc/include -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/lib -I +/home/mreno/miniconda3/envs/modflow6/include -I -fdiagnostics-color=always +-imultiarch x86_64-linux-gnu -D _FILE_OFFSET_BITS=64 -D __linux__ -D +__WITH_PETSC__ -D __WITH_MPI__ -D __WITH_NETCDF__ -mtune=generic +-march=x86-64 -g -O2 -Wall -Wpedantic -Wcharacter-truncation +-Wno-unused-dummy-argument -Wno-intrinsic-shadow -Wno-maybe-uninitialized +-Wno-uninitialized -std=f2008 -fall-intrinsics -fbacktrace -fcheck=all +-ffpe-trap=overflow,zero,invalid -ffpe-summary=overflow +-ffpe-trap=overflow,zero,invalid -fPIC -J src/libmf6core.a.p +-fpre-include=/usr/include/finclude/math-vector-fortran.h + +System command used to initiate simulation: +/home/mreno/.clone/usgs/w/netcdf/2/modflow6/bin/mf6 + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/CSUB_SUB03A/DIS + + + NPF -- NODE PROPERTY FLOW PACKAGE, VERSION 1, 3/30/2015 INPUT READ FROM MEMPATH: __INPUT__/CSUB_SUB03A/NPF + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 3 + NROW = 10 + NCOL = 10 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + End Setting Discretization Griddata + + Setting NPF Options + Cell-by-cell flow information will be saved to binary file whenever ICBCFL is not zero. + End Setting NPF Options + + Setting NPF Griddata + ICELLTYPE set from input file + K set from input file + K33 set from input file + K22 not provided. Setting K22 = K. + End Setting NPF Griddata + + + WEL -- WEL PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/CSUB_SUB03A/WEL_0 + + PROCESSING WEL BASE OPTIONS + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + LISTS OF WEL CELLS WILL BE PRINTED. + WEL FLOWS WILL BE PRINTED TO LISTING FILE. + END OF WEL BASE OPTIONS + + PROCESSING WEL OPTIONS + END OF WEL OPTIONS + + PROCESSING WEL BASE DIMENSIONS + MAXBOUND = 4 + END OF WEL BASE DIMENSIONS + + RCH -- RCH PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/CSUB_SUB03A/RCHA_0 + + PROCESSING RCH BASE OPTIONS + END OF RCH BASE OPTIONS + + PROCESSING RCHA OPTIONS + RECHARGE INPUT WILL BE READ AS ARRAY(S). + END OF RCHA OPTIONS + + CHD -- CHD PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/CSUB_SUB03A/CHD_0 + + PROCESSING CHD BASE OPTIONS + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END OF CHD BASE OPTIONS + + PROCESSING CHD BASE DIMENSIONS + MAXBOUND = 4 + END OF CHD BASE DIMENSIONS + + IC -- INITIAL CONDITIONS PACKAGE, VERSION 8, 3/28/2015 INPUT READ FROM UNIT 1004 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. + PROCESSING GRIDDATA + + INITIAL HEAD = 0.000000 + END PROCESSING GRIDDATA + + STO -- STORAGE PACKAGE, VERSION 1, 5/19/2014 INPUT READ FROM UNIT 1003 + + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. + PROCESSING STORAGE OPTIONS + STORAGECOEFFICIENT OPTION: + Read storage coefficient rather than specific storage + END OF STORAGE OPTIONS + PROCESSING GRIDDATA + + ICONVERT = 0 FOR LAYER 1 + + ICONVERT = 0 FOR LAYER 2 + + ICONVERT = 0 FOR LAYER 3 + + SPECIFIC STORAGE = 0.000000 + + SPECIFIC YIELD = 0.1000000 FOR LAYER 1 + + SPECIFIC YIELD = 0.000000 FOR LAYER 2 + + SPECIFIC YIELD = 0.000000 FOR LAYER 3 + END PROCESSING GRIDDATA + + CSUB -- COMPACTION PACKAGE, VERSION 1, 12/15/2019 INPUT READ FROM UNIT 1006 + + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. + PROCESSING CSUB OPTIONS + CSUB BOUNDARIES HAVE NAMES IN LAST COLUMN. + LISTS OF CSUB CELLS WILL BE PRINTED. + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + + OPENED csub_sub03a.ib.strain.csv + FILE TYPE:CSV_OUTPUT UNIT 1010 STATUS:REPLACE + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READWRITE + + CSUB INTERBED STRAIN CSV WILL BE SAVED TO FILE: csub_sub03a.ib.strain.csv + OPENED ON UNIT: 1010 + + OPENED csub_sub03a.sk.strain.csv + FILE TYPE:CSV_OUTPUT UNIT 1011 STATUS:REPLACE + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READWRITE + + CSUB COARSE STRAIN CSV WILL BE SAVED TO FILE: csub_sub03a.sk.strain.csv + OPENED ON UNIT: 1011 + + OPENED csub_sub03a.compaction.gridbin + FILE TYPE:DATA(BINARY) UNIT 1012 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + CSUB COMPACTION WILL BE SAVED TO FILE: csub_sub03a.compaction.gridbin + OPENED ON UNIT: 1012 + + OPENED csub_sub03a.csub.obs + FILE TYPE:OBS UNIT 1013 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + END OF CSUB OPTIONS + + + CSUB PACKAGE SETTINGS + NUMBER OF DELAY CELLS = 19 + HEAD-BASED FORMULATION + ELASTIC AND INELASTIC SPECIFIC STORAGE COEFFICIENTS WILL BE + SPECIFIED + THICKNESS AND VOID RATIO WILL NOT BE ADJUSTED DURING THE + SIMULATION + INTERBED THICKNESS WILL BE SPECIFIED AS A THICKNESS + PRECONSOLIDATION HEAD WILL BE SPECIFIED AS ABSOLUTE VALUES + INSTEAD OF RELATIVE TO INITIAL HEAD CONDITIONS + DELAY INTERBED HEADS WILL BE SPECIFIED AS ABSOLUTE VALUES INSTEAD + OF RELATIVE TO INITIAL GWF HEADS + EFFECTIVE_STRESS_LAG HAS BEEN SPECIFIED BUT HAS NO EFFECT WHEN + USING THE HEAD-BASED FORMULATION (HEAD_BASED HAS BEEN SPECIFIED + IN THE OPTIONS BLOCK) + GAMMAW = 9806.6499999999996 + BETA = 0.0000000000000000 + GAMMAW * BETA = 0.0000000000000000 + + PROCESSING CSUB DIMENSIONS + NINTERBEDS = 296 + END OF CSUB DIMENSIONS + +The observation utility is active for "CSUB" + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. + +Processing observation options: + +Text output number of digits of precision set to: 10 +The PRINT_INPUT option has been specified. + + + OBSERVATIONS READ FROM FILE "csub_sub03a.csub.obs" + ---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + NAME TYPE TIME LOCATION DATA OUTPUT FILENAME + ---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + TCOMP1 CONTINUOUS INTERBED-COMPACTION ALL TIMES " 01_05_05" csub_obs.csv + TCOMP2 CONTINUOUS INTERBED-COMPACTION ALL TIMES " 02_05_05" csub_obs.csv + TCOMP3 CONTINUOUS INTERBED-COMPACTION ALL TIMES " 03_05_05" csub_obs.csv + ---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + + CG_SKE_CR = 0.3000000E-05 FOR LAYER 1 + + CG_SKE_CR = 0.000000 FOR LAYER 2 + + CG_SKE_CR = 0.3000000E-05 FOR LAYER 3 + + CG_THETA = 0.2000000 + + PROCESSING CSUB PACKAGEDATA + END OF CSUB PACKAGEDATA + + CSUB PACKAGE INTERBED DATA + --------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + INTERBED CELLID CDELAY PCS THICK RNB SSV_CC SSV_CR THETA KV H0 BOUNDNAME + --------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + 1 (1,1,1) NODELAY -7.00 15.0 1.00 6.000E-04 6.000E-06 0.451 - - 01_01_01 + 2 (1,1,2) NODELAY -7.00 15.0 1.00 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12.9605 12.9647 12.9675 12.9686 12.9687 12.9680 12.9667 12.9645 12.9611 12.9568 + 4 12.8711 12.8742 12.8760 12.8767 12.8765 12.8757 12.8745 12.8727 12.8701 12.8671 + 5 12.7619 12.7632 12.7639 12.7640 12.7636 12.7629 12.7621 12.7610 12.7597 12.7583 + 6 12.6449 12.6445 12.6438 12.6430 12.6424 12.6419 12.6416 12.6415 12.6417 12.6420 + 7 12.5327 12.5304 12.5283 12.5266 12.5256 12.5253 12.5256 12.5267 12.5284 12.5305 + 8 12.4375 12.4336 12.4301 12.4277 12.4263 12.4260 12.4269 12.4290 12.4322 12.4359 + 9 12.3711 12.3665 12.3624 12.3595 12.3580 12.3578 12.3590 12.3616 12.3654 12.3700 + 10 12.3419 12.3404 12.3384 12.3366 12.3356 12.3355 12.3362 12.3377 12.3395 12.3410 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 1, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 27000.0000 RCHA = 27000.0000 RCHA_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL IN = 27000.0000 TOTAL IN = 27000.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 27000.0000 CHD = 27000.0000 CHD_0 + + TOTAL OUT = 27000.0000 TOTAL OUT = 27000.0000 + + IN - OUT = 4.2466E-08 IN - OUT = 4.2466E-08 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + + +end timestep + + +start timestep kper="2" kstp="1" mode="normal" + + + END OF FILE DETECTED IN OUTPUT CONTROL. + CURRENT OUTPUT CONTROL SETTINGS WILL BE + REPEATED UNTIL THE END OF THE SIMULATION. + + OUTPUT CONTROL FOR STRESS PERIOD 2 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + PROCESSING STORAGE PERIOD DATA + END PROCESSING STORAGE PERIOD DATA + + + STRESS PERIOD 2 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + --------------------------------------------------- + WEL NO. LAYER ROW COL STRESS RATE + --------------------------------------------------- + 1 3 3 6 -14000.0000 + 2 3 3 7 -8000.00000 + 3 3 4 6 -5000.00000 + 4 3 4 7 -3000.00000 + --------------------------------------------------- + + + + CSUB PACKAGE CALCULATED INITIAL INTERBED STRESSES AT THE CELL BOTTOM + --------------------------------------------------------------------------------------------------------------------------- + INTERBED PRECONSOLIDATION + NUMBER CELLID GEOSTATIC STRESS EFFECTIVE STRESS STRESS BOUNDNAME + --------------------------------------------------------------------------------------------------------------------------- + 1 (1,1,1) 200.000000 76.6527642 107.000000 01_01_01 + 2 (1,1,2) 200.000000 77.0823827 107.000000 01_01_02 + 3 (1,1,3) 200.000000 77.8973923 107.000000 01_01_03 + 4 (1,1,4) 200.000000 78.4222189 107.000000 01_01_04 + 5 (1,1,5) 200.000000 78.6938946 107.000000 01_01_05 + 6 (1,1,6) 200.000000 78.7267832 107.000000 01_01_06 + 7 (1,1,7) 200.000000 78.5182026 107.000000 01_01_07 + 8 (1,1,8) 200.000000 78.0483405 107.000000 01_01_08 + 9 (1,1,9) 200.000000 77.2746145 107.000000 01_01_09 + 10 (1,1,10) 200.000000 76.8674125 107.000000 01_01_10 + 11 (1,2,1) 200.000000 77.8827363 107.000000 01_02_01 + 12 (1,2,2) 200.000000 78.4922156 107.000000 01_02_02 + 13 (1,2,3) 200.000000 79.0146684 107.000000 01_02_03 + 14 (1,2,4) 200.000000 79.3946710 107.000000 01_02_04 + 15 (1,2,5) 200.000000 79.6105876 107.000000 01_02_05 + 16 (1,2,6) 200.000000 79.6543829 107.000000 01_02_06 + 17 (1,2,7) 200.000000 79.5236966 107.000000 01_02_07 + 18 (1,2,8) 200.000000 79.2211531 107.000000 01_02_08 + 19 (1,2,9) 200.000000 78.7609429 107.000000 01_02_09 + 20 (1,2,10) 200.000000 78.1881815 107.000000 01_02_10 + 21 (1,3,1) 200.000000 79.6286274 107.000000 01_03_01 + 22 (1,3,2) 200.000000 80.2218115 107.000000 01_03_02 + 23 (1,3,3) 200.000000 80.6771421 107.000000 01_03_03 + 24 (1,3,4) 200.000000 81.0002097 107.000000 01_03_04 + 25 (1,3,5) 200.000000 81.1931984 107.000000 01_03_05 + 26 (1,3,6) 200.000000 81.2574753 107.000000 01_03_06 + 27 (1,3,7) 200.000000 81.1937565 107.000000 01_03_07 + 28 (1,3,8) 200.000000 81.0006639 107.000000 01_03_08 + 29 (1,3,9) 200.000000 80.6700287 107.000000 01_03_09 + 30 (1,3,10) 200.000000 80.1733056 107.000000 01_03_10 + 31 (1,4,1) 200.000000 81.9635951 107.000000 01_04_01 + 32 (1,4,2) 200.000000 82.4803561 107.000000 01_04_02 + 33 (1,4,3) 200.000000 82.8494453 107.000000 01_04_03 + 34 (1,4,4) 200.000000 83.1079482 107.000000 01_04_04 + 35 (1,4,5) 200.000000 83.2731308 107.000000 01_04_05 + 36 (1,4,6) 200.000000 83.3552153 107.000000 01_04_06 + 37 (1,4,7) 200.000000 83.3637721 107.000000 01_04_07 + 38 (1,4,8) 200.000000 83.3120962 107.000000 01_04_08 + 39 (1,4,9) 200.000000 83.2224889 107.000000 01_04_09 + 40 (1,4,10) 200.000000 83.1362556 107.000000 01_04_10 + 41 (1,5,1) 200.000000 85.2044104 107.000000 01_05_01 + 42 (1,5,2) 200.000000 85.3142039 107.000000 01_05_02 + 43 (1,5,3) 200.000000 85.4511649 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03_05_03 + 240 (3,5,4) 700.000000 337.236035 357.000000 03_05_04 + 241 (3,5,5) 700.000000 337.236424 357.000000 03_05_05 + 242 (3,5,6) 700.000000 337.237086 357.000000 03_05_06 + 243 (3,5,7) 700.000000 337.237945 357.000000 03_05_07 + 244 (3,5,8) 700.000000 337.239004 357.000000 03_05_08 + 245 (3,5,9) 700.000000 337.240308 357.000000 03_05_09 + 246 (3,5,10) 700.000000 337.241715 357.000000 03_05_10 + 247 (3,6,1) 700.000000 337.355050 357.000000 03_06_01 + 248 (3,6,2) 700.000000 337.355533 357.000000 03_06_02 + 249 (3,6,3) 700.000000 337.356217 357.000000 03_06_03 + 250 (3,6,4) 700.000000 337.356956 357.000000 03_06_04 + 251 (3,6,5) 700.000000 337.357629 357.000000 03_06_05 + 252 (3,6,6) 700.000000 337.358136 357.000000 03_06_06 + 253 (3,6,7) 700.000000 337.358419 357.000000 03_06_07 + 254 (3,6,8) 700.000000 337.358461 357.000000 03_06_08 + 255 (3,6,9) 700.000000 337.358279 357.000000 03_06_09 + 256 (3,6,10) 700.000000 337.357963 357.000000 03_06_10 + 257 (3,7,1) 700.000000 337.467347 357.000000 03_07_01 + 258 (3,7,2) 700.000000 337.469593 357.000000 03_07_02 + 259 (3,7,3) 700.000000 337.471723 357.000000 03_07_03 + 260 (3,7,4) 700.000000 337.473350 357.000000 03_07_04 + 261 (3,7,5) 700.000000 337.474379 357.000000 03_07_05 + 262 (3,7,6) 700.000000 337.474743 357.000000 03_07_06 + 263 (3,7,7) 700.000000 337.474402 357.000000 03_07_07 + 264 (3,7,8) 700.000000 337.473345 357.000000 03_07_08 + 265 (3,7,9) 700.000000 337.471602 357.000000 03_07_09 + 266 (3,7,10) 700.000000 337.469526 357.000000 03_07_10 + 267 (3,8,1) 700.000000 337.562534 357.000000 03_08_01 + 268 (3,8,2) 700.000000 337.566398 357.000000 03_08_02 + 269 (3,8,3) 700.000000 337.569869 357.000000 03_08_03 + 270 (3,8,4) 700.000000 337.572348 357.000000 03_08_04 + 271 (3,8,5) 700.000000 337.573741 357.000000 03_08_05 + 272 (3,8,6) 700.000000 337.573995 357.000000 03_08_06 + 273 (3,8,7) 700.000000 337.573085 357.000000 03_08_07 + 274 (3,8,8) 700.000000 337.571013 357.000000 03_08_08 + 275 (3,8,9) 700.000000 337.567832 357.000000 03_08_09 + 276 (3,8,10) 700.000000 337.564115 357.000000 03_08_10 + 277 (3,9,1) 700.000000 337.628868 357.000000 03_09_01 + 278 (3,9,2) 700.000000 337.633520 357.000000 03_09_02 + 279 (3,9,3) 700.000000 337.637590 357.000000 03_09_03 + 280 (3,9,4) 700.000000 337.640475 357.000000 03_09_04 + 281 (3,9,5) 700.000000 337.642033 357.000000 03_09_05 + 282 (3,9,6) 700.000000 337.642215 357.000000 03_09_06 + 283 (3,9,7) 700.000000 337.641002 357.000000 03_09_07 + 284 (3,9,8) 700.000000 337.638412 357.000000 03_09_08 + 285 (3,9,9) 700.000000 337.634559 357.000000 03_09_09 + 286 (3,9,10) 700.000000 337.630024 357.000000 03_09_10 + 287 (3,10,1) 700.000000 337.658126 357.000000 03_10_01 + 288 (3,10,2) 700.000000 337.659643 357.000000 03_10_02 + 289 (3,10,3) 700.000000 337.661631 357.000000 03_10_03 + 290 (3,10,4) 700.000000 337.663363 357.000000 03_10_04 + 291 (3,10,5) 700.000000 337.664402 357.000000 03_10_05 + 292 (3,10,6) 700.000000 337.664546 357.000000 03_10_06 + 293 (3,10,7) 700.000000 337.663781 357.000000 03_10_07 + 294 (3,10,8) 700.000000 337.662285 357.000000 03_10_08 + 295 (3,10,9) 700.000000 337.660471 357.000000 03_10_09 + 296 (3,10,10) 700.000000 337.659048 357.000000 03_10_10 + --------------------------------------------------------------------------------------------------------------------------- + + + +end timestep + + +start timestep kper="2" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 2 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 2 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 2 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 20.5417 20.1113 19.2951 18.7687 18.4955 18.4614 18.6693 19.1390 19.9129 20.3203 + 2 19.3660 18.7550 18.2303 17.8477 17.6293 17.5836 17.7136 18.0167 18.4781 19.0522 + 3 17.7312 17.1361 16.6778 16.3511 16.1542 16.0868 16.1501 16.3449 16.6779 17.1769 + 4 15.5660 15.0477 14.6762 14.4148 14.2465 14.1620 14.1528 14.2054 14.2967 14.3845 + 5 12.5525 12.4421 12.3042 12.1771 12.0787 12.0154 11.9867 11.9860 12.0012 12.0164 + 6 10.0433 10.0063 9.94820 9.88557 9.83117 9.79233 9.77101 9.76441 9.76642 9.77000 + 7 7.73245 7.70541 7.66062 7.61170 7.57226 7.55026 7.54742 7.55928 7.57602 7.58771 + 8 5.56884 5.51748 5.43186 5.34236 5.28594 5.27401 5.30754 5.37711 5.44790 5.49130 + 9 3.63935 3.50094 3.25363 2.97556 2.85642 2.85066 2.95838 3.22515 3.46373 3.59742 + 10 2.28299 1.94726 1.22607 0.00000 0.00000 0.00000 0.00000 1.21367 1.92648 2.25797 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 3.13069 3.16846 3.18893 3.19542 3.19060 3.17635 3.15352 3.12152 3.07844 3.02127 + 2 2.90436 4.72985 4.55924 4.10273 3.64301 3.30633 3.37366 3.72929 3.96631 2.72988 + 3 2.60721 3.91327 3.54398 2.76848 1.64472 0.106536 0.513895 1.83802 2.65867 2.38747 + 4 2.25632 3.13037 2.82372 2.26170 1.53861 0.709713 0.847720 1.51442 1.98988 2.02187 + 5 1.86727 2.27632 2.14679 1.90781 1.64960 1.44266 1.42029 1.53456 1.65711 1.65076 + 6 1.46151 1.43295 1.35445 1.26058 1.16665 1.09628 1.07023 1.08363 1.13140 1.27720 + 7 1.05490 0.552453 0.441989 0.390350 0.347736 0.318986 0.308740 0.318804 0.403174 0.907111 + 8 0.663376 -0.328154 -0.518328 -0.583504 -0.623184 -0.638114 -0.626597 -0.585044 -0.413958 0.552339 + 9 0.302553 -1.12294 -1.43500 -1.58165 -1.64721 -1.65521 -1.60506 -1.47227 -1.17312 0.227588 + 10 -1.338869E-02 -8.067976E-02 -0.135402 -0.175639 -0.197904 -0.202296 -0.188822 -0.157392 -0.111474 -5.298901E-02 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -8.38867 -8.51522 -8.75351 -9.06787 -9.39479 -9.64156 -9.71429 -9.64059 -9.52190 -9.44131 + 2 -8.63858 -8.85074 -9.27847 -9.90498 -10.6603 -11.3283 -11.3183 -10.8492 -10.3980 -10.1446 + 3 -8.84435 -9.18390 -9.92730 -11.2161 -13.3324 -16.8379 -15.8960 -13.1300 -11.6208 -10.9495 + 4 -8.53148 -8.79967 -9.36566 -10.2778 -11.5971 -13.3662 -13.0183 -11.6151 -10.7026 -10.2578 + 5 -7.92476 -8.05874 -8.32336 -8.70012 -9.13564 -9.50066 -9.51970 -9.28562 -9.03911 -8.89409 + 6 -7.40148 -7.45100 -7.54502 -7.67182 -7.81040 -7.91677 -7.94975 -7.91935 -7.86838 -7.83320 + 7 -7.07186 -7.09069 -7.12441 -7.16747 -7.21166 -7.24661 -7.26466 -7.26669 -7.26027 -7.25386 + 8 -6.83195 -6.84264 -6.85987 -6.88072 -6.90175 -6.91941 -6.93127 -6.93693 -6.93784 -6.93626 + 9 -6.66204 -6.66933 -6.67972 -6.69160 -6.70339 -6.71357 -6.72102 -6.72524 -6.72633 -6.72501 + 10 -6.57170 -6.57538 -6.58165 -6.58934 -6.59730 -6.60452 -6.61027 -6.61419 -6.61631 -6.61702 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 2269979.3710 CSUB-CGELASTIC = 1064.1861 CSUB + CSUB-ELASTIC = 1082355.7075 CSUB-ELASTIC = 373.4821 CSUB + CSUB-INELASTIC = 6106626.8415 CSUB-INELASTIC = 22957.7512 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 9888750.0000 RCHA = 27000.0000 RCHA_0 + CHD = 487.7661 CHD = 4.5880 CHD_0 + + TOTAL IN = 19348199.6861 TOTAL IN = 51400.0073 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 10957500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 8390699.6860 CHD = 21400.0073 CHD_0 + + TOTAL OUT = 19348199.6860 TOTAL OUT = 51400.0073 + + IN - OUT = 9.0245E-05 IN - OUT = 5.7125E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 3.16440E+07 5.27400E+05 8790.0 366.25 1.0027 + + +end timestep + + +start timestep kper="3" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 3 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 3 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="3" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="3" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="3" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="3" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="3" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 3 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 3 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 3 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 3 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 3 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 3 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 3 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 3 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 3 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 3 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 20.0980 19.6674 18.8507 18.3240 18.0504 18.0160 18.2237 18.6933 19.4673 19.8748 + 2 18.9320 18.3205 17.7952 17.4120 17.1930 17.1469 17.2767 17.5797 18.0414 18.6160 + 3 17.3174 16.7218 16.2628 15.9354 15.7379 15.6701 15.7331 15.9278 16.2612 16.7607 + 4 15.1829 14.6642 14.2921 14.0301 13.8612 13.7763 13.7668 13.8193 13.9107 13.9990 + 5 12.2097 12.0991 11.9609 11.8334 11.7345 11.6708 11.6419 11.6409 11.6561 11.6715 + 6 9.74915 9.71231 9.65429 9.59167 9.53711 9.49794 9.47616 9.46906 9.47066 9.47401 + 7 7.49324 7.46695 7.42309 7.37497 7.33586 7.31362 7.30999 7.32070 7.33627 7.34712 + 8 5.38823 5.33888 5.25621 5.16956 5.11464 5.10255 5.13428 5.20076 5.26842 5.30974 + 9 3.51568 3.38249 3.14410 2.87588 2.76079 2.75495 2.85845 3.11520 3.34473 3.47312 + 10 2.20152 1.87781 1.18238 0.00000 0.00000 0.00000 0.00000 1.16977 1.85669 2.17607 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 3 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 1.36921 1.39280 1.40114 1.39771 1.38541 1.36637 1.34169 1.31103 1.27264 1.22366 + 2 1.20748 2.72126 2.46952 1.95465 1.43647 1.04820 1.07694 1.41228 1.70509 0.978982 + 3 0.985304 1.95536 1.49304 0.650152 -0.540384 -2.13586 -1.76759 -0.459396 0.429565 0.700382 + 4 0.720030 1.32761 0.940040 0.314628 -0.471675 -1.35405 -1.25228 -0.600594 -6.848490E-02 0.415846 + 5 0.425015 0.726464 0.547079 0.257613 -5.171481E-02 -0.301899 -0.354992 -0.256537 -0.107778 0.140245 + 6 0.116862 0.178838 8.834121E-02 -3.910342E-02 -0.167546 -0.268168 -0.317208 -0.318990 -0.280620 -0.129282 + 7 -0.194925 -0.426951 -0.514332 -0.582494 -0.645287 -0.692861 -0.718551 -0.721596 -0.675308 -0.394472 + 8 -0.500553 -1.11352 -1.25791 -1.32627 -1.37373 -1.39724 -1.39423 -1.36326 -1.24708 -0.651229 + 9 -0.788193 -1.80266 -2.06021 -2.20145 -2.26797 -2.27956 -2.23527 -2.11379 -1.87442 -0.890133 + 10 -1.04525 -1.10100 -1.14741 -1.18258 -1.20313 -1.20912 -1.20056 -1.17737 -1.14294 -1.09916 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 3 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -11.9638 -12.1278 -12.4347 -12.8380 -13.2608 -13.5980 -13.7465 -13.7292 -13.6466 -13.5833 + 2 -12.1935 -12.4467 -12.9490 -13.6710 -14.5278 -15.2896 -15.3560 -14.9418 -14.5244 -14.2862 + 3 -12.2784 -12.6621 -13.4852 -14.8750 -17.0971 -20.6982 -19.8316 -17.1172 -15.6378 -14.9790 + 4 -11.6557 -11.9671 -12.6101 -13.6196 -15.0402 -16.8996 -16.6215 -15.2650 -14.3782 -13.9438 + 5 -10.5421 -10.7132 -11.0450 -11.5068 -12.0299 -12.4721 -12.5506 -12.3563 -12.1320 -11.9958 + 6 -9.39760 -9.47791 -9.62772 -9.82349 -10.0279 -10.1920 -10.2703 -10.2713 -10.2389 -10.2120 + 7 -8.47090 -8.50720 -8.57328 -8.65778 -8.74536 -8.81981 -8.86946 -8.89368 -8.90075 -8.90073 + 8 -7.82423 -7.84154 -7.87186 -7.91015 -7.95034 -7.98645 -8.01419 -8.03216 -8.04152 -8.04458 + 9 -7.43290 -7.44237 -7.45772 -7.47665 -7.49657 -7.51497 -7.52990 -7.54031 -7.54602 -7.54754 + 10 -7.25060 -7.25539 -7.26391 -7.27483 -7.28665 -7.29794 -7.30754 -7.31475 -7.31930 -7.32135 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 3 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 3 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 2531311.6130 CSUB-CGELASTIC = 680.3885 CSUB + CSUB-ELASTIC = 1134077.0721 CSUB-ELASTIC = 117.3617 CSUB + CSUB-INELASTIC = 14522153.4268 CSUB-INELASTIC = 22832.1687 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 19750500.0000 RCHA = 27000.0000 RCHA_0 + CHD = 7923.1328 CHD = 28.7723 CHD_0 + + TOTAL IN = 37945965.2446 TOTAL IN = 50658.6912 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 21915000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 16030965.2444 CHD = 20658.6912 CHD_0 + + TOTAL OUT = 37945965.2444 TOTAL OUT = 50658.6912 + + IN - OUT = 2.6226E-04 IN - OUT = 6.0689E-08 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 3 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 6.32016E+07 1.05336E+06 17556. 731.50 2.0027 + + +end timestep + + +start timestep kper="4" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 4 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 4 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="4" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="4" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="4" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="4" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="4" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 4 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 4 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 4 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 4 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 4 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 4 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 4 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 4 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 4 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 4 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 19.7503 19.3196 18.5028 17.9759 17.7022 17.6678 17.8755 18.3452 19.1192 19.5267 + 2 18.5917 17.9799 17.4544 17.0709 16.8518 16.8056 16.9354 17.2385 17.7004 18.2753 + 3 16.9928 16.3968 15.9375 15.6098 15.4122 15.3443 15.4073 15.6022 15.9357 16.4356 + 4 14.8817 14.3627 13.9904 13.7282 13.5592 13.4742 13.4647 13.5172 13.6088 13.6974 + 5 11.9393 11.8286 11.6902 11.5627 11.4638 11.4000 11.3709 11.3700 11.3851 11.4006 + 6 9.51591 9.47921 9.42139 9.35893 9.30444 9.26520 9.24322 9.23586 9.23720 9.24040 + 7 7.30250 7.27679 7.23372 7.18632 7.14761 7.12532 7.12118 7.13107 7.14580 7.15607 + 8 5.24337 5.19561 5.11534 5.03103 4.97740 4.96527 4.99562 5.05968 5.12490 5.16462 + 9 3.41589 3.28692 3.05578 2.79556 2.68379 2.67791 2.77804 3.02674 3.24898 3.37314 + 10 2.13538 1.82144 1.14691 0.00000 0.00000 0.00000 0.00000 1.13423 1.80021 2.10981 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 4 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -0.134207 -0.119825 -0.118625 -0.127127 -0.142422 -0.162337 -0.185735 -0.212896 -0.245495 -0.286360 + 2 -0.250907 0.972182 0.673614 0.148001 -0.379257 -0.776527 -0.755802 -0.423799 -8.878220E-02 -0.489284 + 3 -0.418811 0.288829 -0.217599 -1.07105 -2.27063 -3.87513 -3.51493 -2.21027 -1.28188 -0.715719 + 4 -0.621738 -0.205533 -0.626522 -1.26118 -2.05583 -2.94658 -2.85238 -2.20456 -1.64364 -0.938952 + 5 -0.848562 -0.639200 -0.836742 -1.13349 -1.45013 -1.70778 -1.76772 -1.67367 -1.51109 -1.14647 + 6 -1.08576 -0.999142 -1.08968 -1.22202 -1.35651 -1.46350 -1.51857 -1.52544 -1.49093 -1.34434 + 7 -1.32742 -1.41508 -1.48376 -1.55423 -1.62170 -1.67453 -1.70552 -1.71452 -1.69031 -1.53804 + 8 -1.56744 -1.92929 -2.03788 -2.10577 -2.15646 -2.18428 -2.18624 -2.16254 -2.08499 -1.72729 + 9 -1.79727 -2.49293 -2.70358 -2.84058 -2.90848 -2.92358 -2.88460 -2.77295 -2.58283 -1.90604 + 10 -2.00664 -2.05290 -2.09227 -2.12289 -2.14142 -2.14792 -2.14236 -2.12467 -2.09815 -2.06464 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 4 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -15.2863 -15.4557 -15.7727 -16.1896 -16.6283 -16.9820 -17.1459 -17.1414 -17.0681 -17.0096 + 2 -15.4274 -15.6864 -16.1989 -16.9345 -17.8070 -18.5850 -18.6665 -18.2649 -17.8562 -17.6221 + 3 -15.3349 -15.7242 -16.5571 -17.9601 -20.1973 -23.8139 -22.9617 -20.2592 -18.7881 -18.1333 + 4 -14.4527 -14.7691 -15.4212 -16.4428 -17.8774 -19.7512 -19.4864 -18.1410 -17.2621 -16.8314 + 5 -13.0142 -13.1896 -13.5294 -14.0019 -14.5374 -14.9924 -15.0830 -14.8988 -14.6815 -14.5489 + 6 -11.5085 -11.5922 -11.7486 -11.9535 -12.1685 -12.3436 -12.4324 -12.4421 -12.4160 -12.3925 + 7 -10.2215 -10.2604 -10.3317 -10.4236 -10.5200 -10.6037 -10.6621 -10.6939 -10.7065 -10.7096 + 8 -9.25604 -9.27520 -9.30967 -9.35400 -9.40143 -9.44523 -9.48035 -9.50474 -9.51897 -9.52491 + 9 -8.62538 -8.63632 -8.65518 -8.67927 -8.70538 -8.73037 -8.75165 -8.76760 -8.77759 -8.78173 + 10 -8.31448 -8.32108 -8.33314 -8.34894 -8.36650 -8.38382 -8.39918 -8.41132 -8.41953 -8.42356 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 4 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 4 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 2775462.6701 CSUB-CGELASTIC = 660.7663 CSUB + CSUB-ELASTIC = 1175862.4150 CSUB-ELASTIC = 112.7720 CSUB + CSUB-INELASTIC = 22730552.5327 CSUB-INELASTIC = 22234.9897 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 29612250.0000 RCHA = 27000.0000 RCHA_0 + CHD = 23291.8562 CHD = 51.3275 CHD_0 + + TOTAL IN = 56317419.4740 TOTAL IN = 50059.8554 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 32872500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 23444919.4737 CHD = 20059.8554 CHD_0 + + TOTAL OUT = 56317419.4737 TOTAL OUT = 50059.8554 + + IN - OUT = 3.0776E-04 IN - OUT = 1.0918E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 4 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 9.47592E+07 1.57932E+06 26322. 1096.8 3.0027 + + +end timestep + + +start timestep kper="5" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 5 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 5 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="5" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="5" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="5" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="5" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="5" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 5 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 5 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 5 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 5 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 5 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 5 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 5 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 5 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 5 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 5 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -1.68852 -1.68867 -1.68893 -1.68924 -1.68956 -1.68984 -1.69004 -1.69015 -1.69019 -1.69019 + 2 -1.65521 -1.65546 -1.65583 -1.65628 -1.65673 -1.65710 -1.65731 -1.65735 -1.65727 -1.65713 + 3 -1.58830 -1.58863 -1.58910 -1.58968 -1.59031 -1.59086 -1.59104 -1.59092 -1.59069 -1.59042 + 4 -1.48743 -1.48772 -1.48808 -1.48853 -1.48901 -1.48946 -1.48970 -1.48973 -1.48964 -1.48945 + 5 -1.35261 -1.35272 -1.35274 -1.35280 -1.35297 -1.35329 -1.35368 -1.35407 -1.35433 -1.35438 + 6 -1.18438 -1.18397 -1.18312 -1.18228 -1.18188 -1.18213 -1.18302 -1.18426 -1.18539 -1.18597 + 7 -0.984604 -0.982368 -0.978802 -0.975320 -0.973359 -0.973647 -0.976147 -0.980057 -0.983880 -0.986168 + 8 -0.760318 -0.752786 -0.740693 -0.728553 -0.721836 -0.722064 -0.729211 -0.741701 -0.754015 -0.761615 + 9 -0.532267 -0.510458 -0.472078 -0.429265 -0.411538 -0.411679 -0.429682 -0.472760 -0.511327 -0.533214 + 10 -0.357011 -0.304495 -0.191740 0.00000 0.00000 0.00000 0.00000 -0.192066 -0.305038 -0.357663 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 5 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -7.23934 -7.25286 -7.26611 -7.27866 -7.28972 -7.29838 -7.30388 -7.30594 -7.30468 -7.30033 + 2 -7.18438 -7.27735 -7.30990 -7.35410 -7.40635 -7.45279 -7.45767 -7.43361 -7.40651 -7.27072 + 3 -7.12038 -7.27090 -7.32440 -7.40857 -7.55039 -7.78632 -7.73179 -7.55457 -7.45331 -7.21782 + 4 -7.04221 -7.20231 -7.24601 -7.30752 -7.39347 -7.51262 -7.49598 -7.40941 -7.35155 -7.13146 + 5 -6.93163 -7.10633 -7.12788 -7.15223 -7.17992 -7.20759 -7.21316 -7.20218 -7.18377 -7.02210 + 6 -6.78411 -7.02065 -7.02916 -7.03748 -7.04615 -7.05327 -7.05694 -7.05744 -7.05350 -6.87184 + 7 -6.61899 -6.59125 -6.61248 -6.65374 -6.69923 -6.74017 -6.77054 -6.78898 -6.79096 -6.69556 + 8 -6.45419 -5.96376 -5.90066 -5.91118 -5.93138 -5.95395 -5.97627 -6.00058 -6.08006 -6.51495 + 9 -6.30446 -5.52793 -5.40972 -5.39411 -5.39781 -5.41066 -5.43133 -5.46732 -5.59642 -6.34728 + 10 -6.17955 -6.15470 -6.13638 -6.12481 -6.12045 -6.12322 -6.13307 -6.15002 -6.17352 -6.20334 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 5 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -18.4913 -18.6611 -18.9785 -19.3957 -19.8348 -20.1892 -20.3542 -20.3511 -20.2788 -20.2208 + 2 -18.5634 -18.8240 -19.3360 -20.0698 -20.9403 -21.7173 -21.7996 -21.4002 -20.9935 -20.7599 + 3 -18.3344 -18.7241 -19.5549 -20.9538 -23.1863 -26.7996 -25.9483 -23.2498 -21.7829 -21.1304 + 4 -17.2628 -17.5792 -18.2293 -19.2476 -20.6784 -22.5498 -22.2855 -20.9430 -20.0674 -19.6390 + 5 -15.5988 -15.7744 -16.1133 -16.5842 -17.1182 -17.5724 -17.6634 -17.4807 -17.2653 -17.1339 + 6 -13.8500 -13.9341 -14.0903 -14.2948 -14.5096 -14.6850 -14.7746 -14.7855 -14.7606 -14.7377 + 7 -12.3242 -12.3627 -12.4336 -12.5255 -12.6223 -12.7070 -12.7668 -12.8002 -12.8144 -12.8186 + 8 -11.1501 -11.1673 -11.2004 -11.2442 -11.2919 -11.3369 -11.3740 -11.4008 -11.4178 -11.4264 + 9 -10.3670 -10.3750 -10.3917 -10.4148 -10.4411 -10.4673 -10.4908 -10.5098 -10.5233 -10.5310 + 10 -9.97921 -9.98512 -9.99650 -10.0121 -10.0302 -10.0487 -10.0659 -10.0803 -10.0906 -10.0961 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 5 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 5 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 3608098.8177 CSUB-CGELASTIC = 708.2398 CSUB + CSUB-ELASTIC = 1538474.7649 CSUB-ELASTIC = 44.7980 CSUB + CSUB-INELASTIC = 32009739.1470 CSUB-INELASTIC = 25882.5664 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 29612250.0000 RCHA = 0.0000 RCHA_0 + CHD = 881184.8329 CHD = 3364.3958 CHD_0 + + TOTAL IN = 67649747.5625 TOTAL IN = 30000.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 43830000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 23819747.5621 CHD = 0.0000 CHD_0 + + TOTAL OUT = 67649747.5621 TOTAL OUT = 30000.0000 + + IN - OUT = 4.1512E-04 IN - OUT = 2.9270E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 5 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 1.26317E+08 2.10528E+06 35088. 1462.0 4.0027 + + +end timestep + + +start timestep kper="6" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 6 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 6 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="6" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="6" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="6" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="6" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="6" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 6 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 6 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 6 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 6 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 6 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 6 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 6 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 6 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 6 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 6 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -1.82788 -1.82814 -1.82860 -1.82915 -1.82972 -1.83020 -1.83054 -1.83072 -1.83077 -1.83075 + 2 -1.79165 -1.79210 -1.79278 -1.79360 -1.79443 -1.79511 -1.79547 -1.79550 -1.79532 -1.79502 + 3 -1.71881 -1.71939 -1.72024 -1.72132 -1.72249 -1.72349 -1.72380 -1.72353 -1.72306 -1.72253 + 4 -1.60900 -1.60946 -1.61013 -1.61097 -1.61188 -1.61268 -1.61306 -1.61303 -1.61279 -1.61243 + 5 -1.46272 -1.46284 -1.46298 -1.46322 -1.46361 -1.46412 -1.46465 -1.46509 -1.46538 -1.46543 + 6 -1.28124 -1.28066 -1.27972 -1.27885 -1.27846 -1.27879 -1.27979 -1.28116 -1.28245 -1.28320 + 7 -1.06700 -1.06463 -1.06079 -1.05699 -1.05479 -1.05501 -1.05762 -1.06177 -1.06586 -1.06837 + 8 -0.826455 -0.818743 -0.805897 -0.792822 -0.785529 -0.785703 -0.793318 -0.806659 -0.819687 -0.827484 + 9 -0.580091 -0.556749 -0.515193 -0.468639 -0.449348 -0.449462 -0.468977 -0.515744 -0.557451 -0.580849 + 10 -0.389481 -0.332255 -0.209271 0.00000 0.00000 0.00000 0.00000 -0.209533 -0.332691 -0.390002 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 6 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -7.72879 -7.75053 -7.77108 -7.78984 -7.80585 -7.81802 -7.82543 -7.82767 -7.82474 -7.81677 + 2 -7.63743 -7.79320 -7.85821 -7.94557 -8.04901 -8.14118 -8.15091 -8.10331 -8.04801 -7.76485 + 3 -7.53362 -7.77120 -7.87733 -8.04425 -8.31682 -8.75568 -8.65467 -8.32464 -8.13131 -7.68155 + 4 -7.41329 -7.62304 -7.70833 -7.83000 -8.00052 -8.22646 -8.19542 -8.03202 -7.91690 -7.55714 + 5 -7.28302 -7.40443 -7.44859 -7.50134 -7.56122 -7.61563 -7.62658 -7.60475 -7.57095 -7.40417 + 6 -7.15702 -7.18953 -7.20922 -7.23014 -7.25205 -7.27002 -7.27928 -7.28048 -7.27385 -7.24703 + 7 -7.05121 -7.04966 -7.05409 -7.05886 -7.06462 -7.06976 -7.07352 -7.07576 -7.07599 -7.10821 + 8 -6.95723 -6.94357 -6.94605 -6.95998 -6.97932 -6.99994 -7.00120 -7.00224 -7.00322 -7.00247 + 9 -6.86276 -6.46369 -6.39518 -6.38117 -6.38427 -6.39707 -6.41800 -6.45195 -6.52992 -6.89531 + 10 -6.78057 -6.76410 -6.75183 -6.74405 -6.74130 -6.74349 -6.75058 -6.76257 -6.77884 -6.79907 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 6 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -21.3092 -21.4791 -21.7966 -22.2140 -22.6533 -23.0078 -23.1728 -23.1696 -23.0973 -23.0392 + 2 -21.3372 -21.5980 -22.1104 -22.8446 -23.7155 -24.4928 -24.5751 -24.1755 -23.7684 -23.5344 + 3 -21.0240 -21.4141 -22.2453 -23.6449 -25.8781 -29.4919 -28.6405 -25.9416 -24.4740 -23.8209 + 4 -19.8361 -20.1527 -20.8032 -21.8219 -23.2532 -25.1249 -24.8606 -23.5178 -22.6417 -22.2129 + 5 -18.0353 -18.2109 -18.5498 -19.0209 -19.5550 -20.0093 -20.1003 -19.9175 -19.7019 -19.5705 + 6 -16.1433 -16.2271 -16.3833 -16.5877 -16.8024 -16.9778 -17.0673 -17.0781 -17.0533 -17.0306 + 7 -14.4823 -14.5209 -14.5920 -14.6838 -14.7805 -14.8650 -14.9245 -14.9577 -14.9717 -14.9759 + 8 -13.1926 -13.2108 -13.2445 -13.2887 -13.3366 -13.3815 -13.4183 -13.4447 -13.4610 -13.4687 + 9 -12.3234 -12.3323 -12.3497 -12.3732 -12.3997 -12.4260 -12.4493 -12.4680 -12.4809 -12.4878 + 10 -11.8892 -11.8953 -11.9070 -11.9229 -11.9411 -11.9598 -11.9770 -11.9912 -12.0013 -12.0066 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 6 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 6 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 3854231.5961 CSUB-CGELASTIC = 661.1842 CSUB + CSUB-ELASTIC = 1548443.1263 CSUB-ELASTIC = 23.4407 CSUB + CSUB-INELASTIC = 41411441.7706 CSUB-INELASTIC = 25641.8568 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 29612250.0000 RCHA = 0.0000 RCHA_0 + CHD = 2180881.0697 CHD = 3673.5184 CHD_0 + + TOTAL IN = 78607247.5627 TOTAL IN = 30000.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 54787500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 23819747.5621 CHD = 0.0000 CHD_0 + + TOTAL OUT = 78607247.5621 TOTAL OUT = 30000.0000 + + IN - OUT = 5.3102E-04 IN - OUT = 2.8554E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 6 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 1.57874E+08 2.63124E+06 43854. 1827.2 5.0027 + + +end timestep + + +start timestep kper="7" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 7 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 7 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="7" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="7" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="7" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="7" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="7" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 7 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 7 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 7 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 7 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 7 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 7 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 7 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 7 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 7 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 7 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -1.96069 -1.96106 -1.96169 -1.96245 -1.96322 -1.96387 -1.96431 -1.96453 -1.96457 -1.96453 + 2 -1.92137 -1.92200 -1.92296 -1.92410 -1.92527 -1.92620 -1.92667 -1.92668 -1.92638 -1.92592 + 3 -1.84212 -1.84293 -1.84414 -1.84566 -1.84730 -1.84869 -1.84909 -1.84869 -1.84798 -1.84720 + 4 -1.72260 -1.72324 -1.72420 -1.72540 -1.72670 -1.72782 -1.72831 -1.72823 -1.72784 -1.72731 + 5 -1.56372 -1.56389 -1.56417 -1.56461 -1.56522 -1.56594 -1.56660 -1.56711 -1.56741 -1.56745 + 6 -1.36739 -1.36673 -1.36575 -1.36490 -1.36459 -1.36505 -1.36620 -1.36774 -1.36919 -1.37008 + 7 -1.13683 -1.13420 -1.13008 -1.12604 -1.12374 -1.12402 -1.12686 -1.13136 -1.13582 -1.13864 + 8 -0.879430 -0.871155 -0.857478 -0.843567 -0.835800 -0.835971 -0.844068 -0.858269 -0.872175 -0.880599 + 9 -0.617049 -0.592500 -0.548518 -0.499132 -0.478649 -0.478740 -0.499405 -0.548981 -0.593121 -0.617777 + 10 -0.413813 -0.353048 -0.222395 0.00000 0.00000 0.00000 0.00000 -0.222628 -0.353444 -0.414295 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 7 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -8.31428 -8.34242 -8.36820 -8.39101 -8.40985 -8.42358 -8.43124 -8.43237 -8.42695 -8.41509 + 2 -8.19275 -8.42172 -8.51609 -8.64078 -8.78842 -8.92005 -8.93397 -8.86600 -8.78315 -8.34189 + 3 -8.05406 -8.38149 -8.53486 -8.77356 -9.15933 -9.77010 -9.63050 -9.17030 -8.89311 -8.23075 + 4 -7.89419 -8.15873 -8.28091 -8.45478 -8.69856 -9.01561 -8.97269 -8.74354 -8.57611 -8.07162 + 5 -7.71962 -7.82780 -7.89084 -7.96824 -8.05603 -8.13361 -8.14924 -8.11800 -8.07069 -7.87717 + 6 -7.54398 -7.49485 -7.52165 -7.55345 -7.58682 -7.61419 -7.62828 -7.63010 -7.62340 -7.67181 + 7 -7.38166 -7.24196 -7.24830 -7.25835 -7.26968 -7.27982 -7.28727 -7.29174 -7.29598 -7.47759 + 8 -7.24375 -7.08999 -7.08941 -7.09157 -7.09445 -7.09769 -7.10173 -7.10538 -7.11102 -7.30978 + 9 -7.13608 -7.02466 -7.02236 -7.02133 -7.02157 -7.02263 -7.02439 -7.02711 -7.03095 -7.17594 + 10 -7.05779 -7.04326 -7.03304 -7.02675 -7.02458 -7.02624 -7.03189 -7.04190 -7.05627 -7.07554 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 7 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -23.8436 -24.0137 -24.3316 -24.7493 -25.1890 -25.5438 -25.7090 -25.7058 -25.6334 -25.5753 + 2 -23.8448 -24.1060 -24.6188 -25.3537 -26.2252 -27.0030 -27.0855 -26.6858 -26.2785 -26.0441 + 3 -23.4800 -23.8705 -24.7024 -26.1029 -28.3370 -31.9516 -31.1004 -28.4011 -26.9330 -26.2794 + 4 -22.2206 -22.5376 -23.1886 -24.2080 -25.6401 -27.5123 -27.2483 -25.9052 -25.0288 -24.5997 + 5 -20.3357 -20.5114 -20.8506 -21.3221 -21.8567 -22.3113 -22.4025 -22.2197 -22.0041 -21.8726 + 6 -18.3559 -18.4396 -18.5958 -18.8004 -19.0154 -19.1910 -19.2806 -19.2916 -19.2668 -19.2443 + 7 -16.6127 -16.6511 -16.7221 -16.8140 -16.9108 -16.9953 -17.0550 -17.0882 -17.1024 -17.1068 + 8 -15.2548 -15.2729 -15.3066 -15.3508 -15.3987 -15.4436 -15.4803 -15.5066 -15.5229 -15.5308 + 9 -14.3373 -14.3467 -14.3645 -14.3882 -14.4148 -14.4409 -14.4641 -14.4824 -14.4949 -14.5013 + 10 -13.8767 -13.8830 -13.8949 -13.9109 -13.9292 -13.9478 -13.9648 -13.9788 -13.9887 -13.9939 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 7 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 7 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 4089110.6072 CSUB-CGELASTIC = 631.4871 CSUB + CSUB-ELASTIC = 1552211.2667 CSUB-ELASTIC = 4.3058 CSUB + CSUB-INELASTIC = 50736554.0804 CSUB-INELASTIC = 25459.5349 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 29612250.0000 RCHA = 0.0000 RCHA_0 + CHD = 3574621.6084 CHD = 3904.6722 CHD_0 + + TOTAL IN = 89564747.5628 TOTAL IN = 30000.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 0.0000 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 0.0000 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 65745000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 23819747.5621 CHD = 0.0000 CHD_0 + + TOTAL OUT = 89564747.5621 TOTAL OUT = 30000.0000 + + IN - OUT = 6.7571E-04 IN - OUT = 2.7954E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 7 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 1.89432E+08 3.15720E+06 52620. 2192.5 6.0027 + + +end timestep + + +start timestep kper="8" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 8 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 8 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="8" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="8" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="8" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="8" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="8" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 8 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 8 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 8 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 8 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 8 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 8 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 8 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 8 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 8 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 8 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 18.4489 18.0181 17.2011 16.6740 16.4003 16.3658 16.5736 17.0434 17.8176 18.2254 + 2 17.3166 16.7042 16.1782 15.7945 15.5752 15.5290 15.6589 15.9623 16.4247 17.0001 + 3 15.7713 15.1747 14.7150 14.3871 14.1893 14.1214 14.1845 14.3796 14.7137 15.2140 + 4 13.7410 13.2217 12.8491 12.5867 12.4177 12.3326 12.3232 12.3759 12.4677 12.5566 + 5 10.9056 10.7949 10.6567 10.5293 10.4304 10.3667 10.3375 10.3363 10.3514 10.3669 + 6 8.61418 8.57805 8.52110 8.45951 8.40554 8.36630 8.34377 8.33552 8.33598 8.33861 + 7 6.55515 6.53139 6.49130 6.44681 6.40984 6.38753 6.38164 6.38861 6.40034 6.40865 + 8 4.66739 4.62541 4.55443 4.47947 4.43110 4.41896 4.44403 4.49873 4.55465 4.58859 + 9 3.01324 2.90073 2.69861 2.47081 2.37252 2.36664 2.45327 2.66953 2.86274 2.97045 + 10 1.86572 1.59144 1.00209 0.00000 0.00000 0.00000 0.00000 0.989398 1.57019 1.84012 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 8 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -5.58356 -5.58393 -5.59378 -5.60967 -5.62873 -5.64879 -5.66872 -5.68877 -5.71056 -5.73687 + 2 -5.62656 -4.91920 -5.29374 -5.82630 -6.35521 -6.75358 -6.73361 -6.39711 -5.98736 -5.86667 + 3 -5.70443 -5.45241 -6.02781 -6.88704 -8.08720 -9.69133 -9.33243 -8.02501 -7.02957 -6.00346 + 4 -5.80330 -5.71402 -6.18467 -6.82369 -7.61919 -8.51054 -8.41730 -7.76727 -7.15816 -6.12285 + 5 -5.91601 -5.86694 -6.08912 -6.38840 -6.70603 -6.96467 -7.02565 -6.93092 -6.74477 -6.21632 + 6 -6.03418 -5.92050 -6.00726 -6.13965 -6.27480 -6.38285 -6.43931 -6.44789 -6.41803 -6.29509 + 7 -6.15765 -6.02878 -6.06418 -6.13141 -6.19869 -6.25255 -6.28572 -6.29965 -6.30945 -6.37041 + 8 -6.28612 -6.25942 -6.30578 -6.36504 -6.41346 -6.44228 -6.44839 -6.43491 -6.42021 -6.44780 + 9 -6.41630 -6.60596 -6.73026 -6.84700 -6.90828 -6.92429 -6.89366 -6.80369 -6.70046 -6.52648 + 10 -6.54186 -6.57101 -6.59726 -6.61892 -6.63304 -6.63965 -6.63871 -6.63019 -6.61698 -6.60073 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 8 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -26.0265 -26.1971 -26.5162 -26.9357 -27.3773 -27.7338 -27.9002 -27.8977 -27.8256 -27.7676 + 2 -26.0158 -26.2768 -26.7919 -27.5303 -28.4057 -29.1864 -29.2702 -28.8702 -28.4622 -28.2278 + 3 -25.6301 -26.0214 -26.8568 -28.2625 -30.5024 -34.1216 -33.2716 -30.5707 -29.1001 -28.4450 + 4 -24.3395 -24.6575 -25.3118 -26.3358 -27.7729 -29.6492 -29.3865 -28.0427 -27.1645 -26.7337 + 5 -22.4157 -22.5922 -22.9336 -23.4082 -23.9460 -24.4033 -24.4959 -24.3133 -24.0971 -23.9647 + 6 -20.3941 -20.4785 -20.6360 -20.8425 -21.0594 -21.2367 -21.3275 -21.3390 -21.3142 -21.2914 + 7 -18.6119 -18.6508 -18.7228 -18.8159 -18.9139 -18.9995 -19.0600 -19.0937 -19.1080 -19.1122 + 8 -17.2221 -17.2409 -17.2755 -17.3207 -17.3695 -17.4151 -17.4522 -17.4787 -17.4948 -17.5023 + 9 -16.2823 -16.2926 -16.3115 -16.3363 -16.3637 -16.3904 -16.4136 -16.4315 -16.4435 -16.4493 + 10 -15.8098 -15.8166 -15.8291 -15.8458 -15.8647 -15.8836 -15.9007 -15.9146 -15.9242 -15.9291 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 8 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 8 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 4299806.8137 CSUB-CGELASTIC = 562.8048 CSUB + CSUB-ELASTIC = 1560824.5629 CSUB-ELASTIC = 69.6459 CSUB + CSUB-INELASTIC = 58183141.8088 CSUB-INELASTIC = 19837.7823 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 39474000.0000 RCHA = 27000.0000 RCHA_0 + CHD = 3632089.1605 CHD = 159.1819 CHD_0 + + TOTAL IN = 107149862.3459 TOTAL IN = 47629.4149 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.1672 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 5.9011E-02 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 76702500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 29655188.2128 CHD = 17629.1887 CHD_0 + + TOTAL OUT = 107149862.3450 TOTAL OUT = 47629.4149 + + IN - OUT = 8.1009E-04 IN - OUT = 2.1665E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 8 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 2.20990E+08 3.68316E+06 61386. 2557.8 7.0027 + + +end timestep + + +start timestep kper="9" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 9 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 9 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="9" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="9" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="9" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="9" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="9" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 9 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 9 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 9 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 9 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 9 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 9 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 9 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 9 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 9 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 9 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 18.2370 17.8062 16.9892 16.4622 16.1885 16.1542 16.3621 16.8320 17.6062 18.0140 + 2 17.1087 16.4963 15.9703 15.5867 15.3676 15.3216 15.4516 15.7550 16.2174 16.7930 + 3 15.5719 14.9752 14.5156 14.1879 13.9906 13.9235 13.9867 14.1813 14.5151 15.0155 + 4 13.5544 13.0348 12.6623 12.4001 12.2315 12.1470 12.1377 12.1901 12.2818 12.3708 + 5 10.7360 10.6251 10.4868 10.3595 10.2608 10.1972 10.1681 10.1670 10.1822 10.1979 + 6 8.46597 8.42969 8.37273 8.31123 8.25738 8.21823 8.19576 8.18755 8.18810 8.19092 + 7 6.43261 6.40890 6.36912 6.32504 6.28839 6.26617 6.26014 6.26684 6.27834 6.28664 + 8 4.57391 4.53270 4.46319 4.38980 4.34240 4.33038 4.35473 4.40804 4.46259 4.49572 + 9 2.94919 2.83936 2.64197 2.41944 2.32342 2.31763 2.40216 2.61332 2.80190 2.90692 + 10 1.82360 1.55555 0.979520 0.00000 0.00000 0.00000 0.00000 0.967024 1.53462 1.79838 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 9 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -6.54010 -6.54445 -6.55723 -6.57503 -6.59499 -6.61496 -6.63377 -6.65169 -6.67032 -6.69242 + 2 -6.56306 -5.99817 -6.39017 -6.92414 -7.45208 -7.83787 -7.82087 -7.49371 -7.06732 -6.80119 + 3 -6.61578 -6.52359 -7.11920 -7.97703 -9.12414 -9.90293 -9.72381 -9.07288 -8.09941 -6.91174 + 4 -6.68391 -6.76931 -7.26240 -7.90161 -8.66712 -9.07553 -9.02695 -8.76332 -8.21004 -6.99920 + 5 -6.75979 -6.90235 -7.14933 -7.45062 -7.76794 -8.01953 -8.08129 -7.99109 -7.78088 -7.05451 + 6 -6.83446 -6.93275 -7.04697 -7.18143 -7.31700 -7.42520 -7.48159 -7.48843 -7.43049 -7.08826 + 7 -6.90707 -7.01373 -7.07850 -7.14683 -7.21357 -7.26654 -7.28912 -7.29423 -7.29108 -7.11097 + 8 -6.97646 -7.09684 -7.09985 -7.10492 -7.11064 -7.11607 -7.12033 -7.12262 -7.12595 -7.12727 + 9 -7.03872 -7.06367 -7.07430 -7.08842 -7.09700 -7.10013 -7.09751 -7.08775 -7.08061 -7.13621 + 10 -7.08751 -7.09812 -7.10985 -7.12116 -7.12923 -7.13409 -7.13574 -7.13418 -7.13230 -7.13182 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 9 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -28.0732 -28.2440 -28.5634 -28.9834 -29.4254 -29.7823 -29.9492 -29.9470 -29.8751 -29.8172 + 2 -28.0559 -28.3173 -28.8327 -29.5715 -30.4472 -31.2282 -31.3124 -30.9129 -30.5052 -30.2707 + 3 -27.6570 -28.0487 -28.8844 -30.2903 -32.5299 -36.1483 -35.2989 -32.5994 -31.1296 -30.4745 + 4 -26.3481 -26.6665 -27.3212 -28.3455 -29.7826 -31.6583 -31.3961 -30.0532 -29.1756 -28.7448 + 5 -24.4023 -24.5793 -24.9213 -25.3962 -25.9344 -26.3920 -26.4849 -26.3026 -26.0863 -25.9538 + 6 -22.3571 -22.4420 -22.6000 -22.8070 -23.0243 -23.2019 -23.2929 -23.3045 -23.2796 -23.2564 + 7 -20.5516 -20.5910 -20.6635 -20.7569 -20.8552 -20.9411 -21.0017 -21.0354 -21.0495 -21.0534 + 8 -19.1410 -19.1600 -19.1946 -19.2398 -19.2886 -19.3343 -19.3716 -19.3982 -19.4145 -19.4220 + 9 -18.1852 -18.1952 -18.2136 -18.2380 -18.2652 -18.2920 -18.3154 -18.3339 -18.3463 -18.3527 + 10 -17.7046 -17.7112 -17.7235 -17.7401 -17.7589 -17.7779 -17.7952 -17.8094 -17.8193 -17.8244 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 9 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 9 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 4508328.1406 CSUB-CGELASTIC = 561.9468 CSUB + CSUB-ELASTIC = 1587968.0004 CSUB-ELASTIC = 59.9134 CSUB + CSUB-INELASTIC = 65335740.5163 CSUB-INELASTIC = 19455.8494 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 49335750.0000 RCHA = 27000.0000 RCHA_0 + CHD = 3693556.6946 CHD = 171.1214 CHD_0 + + TOTAL IN = 124461343.3518 TOTAL IN = 47248.8309 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 87660000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 36009169.2187 CHD = 17248.8309 CHD_0 + + TOTAL OUT = 124461343.3509 TOTAL OUT = 47248.8309 + + IN - OUT = 9.1955E-04 IN - OUT = 1.5881E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 9 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 2.52547E+08 4.20912E+06 70152. 2923.0 8.0027 + + +end timestep + + +start timestep kper="10" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 10 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 10 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="10" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="10" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="10" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="10" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="10" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 10 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 10 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 10 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 10 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 10 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 10 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 10 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 10 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 10 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 10 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 18.0900 17.6592 16.8424 16.3156 16.0423 16.0082 16.2164 16.6865 17.4610 17.8689 + 2 16.9655 16.3529 15.8271 15.4439 15.2253 15.1797 15.3101 15.6138 16.0763 16.6522 + 3 15.4364 14.8398 14.3806 14.0539 13.8580 13.7916 13.8552 14.0499 14.3834 14.8837 + 4 13.4303 12.9108 12.5389 12.2780 12.1107 12.0272 12.0184 12.0709 12.1624 12.2511 + 5 10.6263 10.5155 10.3779 10.2517 10.1541 10.0914 10.0629 10.0619 10.0770 10.0924 + 6 8.37327 8.33726 8.28093 8.22024 8.16721 8.12872 8.10664 8.09854 8.09895 8.10152 + 7 6.35856 6.33533 6.29625 6.25293 6.21692 6.19513 6.18922 6.19577 6.20695 6.21485 + 8 4.51893 4.47851 4.41008 4.33778 4.29109 4.27927 4.30330 4.35584 4.40954 4.44203 + 9 2.91197 2.80374 2.60906 2.38954 2.29483 2.28913 2.37253 2.58087 2.76689 2.87041 + 10 1.79932 1.53486 0.966505 0.00000 0.00000 0.00000 0.00000 0.954211 1.51426 1.77451 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 10 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -7.31531 -7.32559 -7.34259 -7.36290 -7.38367 -7.40276 -7.41902 -7.43268 -7.44532 -7.45968 + 2 -7.30769 -7.00188 -7.42915 -7.96141 -8.47767 -8.86264 -8.84464 -8.51627 -8.06371 -7.53049 + 3 -7.32132 -7.52133 -8.14489 -8.79303 -9.27243 -10.1326 -9.92378 -9.27202 -8.91048 -7.59422 + 4 -7.34101 -7.74815 -8.25793 -8.49158 -8.80558 -9.24554 -9.18874 -8.86985 -8.63283 -7.62566 + 5 -7.35810 -7.82906 -7.90694 -8.00401 -8.11761 -8.21997 -8.24214 -8.20199 -8.13251 -7.61605 + 6 -7.36257 -7.51901 -7.55594 -7.59953 -7.64510 -7.68297 -7.70298 -7.70582 -7.69349 -7.57480 + 7 -7.35338 -7.30130 -7.31453 -7.33247 -7.35181 -7.36865 -7.38050 -7.38674 -7.39042 -7.51108 + 8 -7.32874 -7.20602 -7.21444 -7.22674 -7.23812 -7.24667 -7.25122 -7.25146 -7.25479 -7.44691 + 9 -7.32734 -7.22544 -7.24737 -7.27574 -7.29135 -7.29623 -7.28996 -7.26903 -7.25407 -7.40848 + 10 -7.34475 -7.35204 -7.36151 -7.37145 -7.37894 -7.38396 -7.38646 -7.38641 -7.38665 -7.38885 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 10 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -30.0279 -30.1987 -30.5180 -30.9378 -31.3796 -31.7362 -31.9028 -31.9005 -31.8285 -31.7705 + 2 -30.0059 -30.2677 -30.7830 -31.5214 -32.3964 -33.1769 -33.2608 -32.8611 -32.4531 -32.2183 + 3 -29.5972 -29.9891 -30.8242 -32.2284 -34.4659 -38.0831 -37.2332 -34.5339 -33.0651 -32.4102 + 4 -28.2742 -28.5927 -29.2465 -30.2688 -31.7036 -33.5779 -33.3150 -31.9721 -31.0952 -30.6651 + 5 -26.3111 -26.4882 -26.8293 -27.3027 -27.8391 -28.2952 -28.3873 -28.2049 -27.9891 -27.8570 + 6 -24.2465 -24.3312 -24.4885 -24.6944 -24.9106 -25.0872 -25.1776 -25.1889 -25.1643 -25.1415 + 7 -22.4215 -22.4604 -22.5321 -22.6248 -22.7224 -22.8077 -22.8679 -22.9015 -22.9159 -22.9203 + 8 -20.9937 -21.0121 -21.0463 -21.0910 -21.1395 -21.1849 -21.2220 -21.2486 -21.2651 -21.2730 + 9 -20.0257 -20.0353 -20.0535 -20.0777 -20.1048 -20.1313 -20.1548 -20.1732 -20.1858 -20.1923 + 10 -19.5389 -19.5454 -19.5576 -19.5741 -19.5928 -19.6117 -19.6290 -19.6431 -19.6530 -19.6582 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 10 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 10 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 4706210.2996 CSUB-CGELASTIC = 529.8806 CSUB + CSUB-ELASTIC = 1600576.7666 CSUB-ELASTIC = 25.9143 CSUB + CSUB-INELASTIC = 72406010.7668 CSUB-INELASTIC = 19295.9725 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 59197500.0000 RCHA = 27000.0000 RCHA_0 + CHD = 3757296.6778 CHD = 177.1248 CHD_0 + + TOTAL IN = 141667594.5107 TOTAL IN = 47028.8922 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 98617500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 42257920.3775 CHD = 17028.8922 CHD_0 + + TOTAL OUT = 141667594.5097 TOTAL OUT = 47028.8922 + + IN - OUT = 1.0373E-03 IN - OUT = 2.6457E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 10 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 2.84105E+08 4.73508E+06 78918. 3288.2 9.0027 + + +end timestep + + +start timestep kper="11" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 11 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 11 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="11" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="11" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="11" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="11" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="11" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 11 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 11 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 11 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 11 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 11 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 11 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 11 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 11 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 11 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 11 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.9937 17.5630 16.7464 16.2200 15.9470 15.9133 16.1217 16.5919 17.3664 17.7743 + 2 16.8719 16.2594 15.7339 15.3514 15.1336 15.0886 15.2192 15.5227 15.9851 16.5608 + 3 15.3488 14.7523 14.2938 13.9679 13.7724 13.7063 13.7701 13.9649 14.2983 14.7983 + 4 13.3510 12.8318 12.4605 12.1999 12.0329 11.9495 11.9407 11.9933 12.0847 12.1732 + 5 10.5565 10.4461 10.3088 10.1827 10.0852 10.0226 9.99407 9.99308 10.0080 10.0232 + 6 8.31369 8.27794 8.22182 8.16128 8.10834 8.06985 8.04771 8.03949 8.03974 8.04213 + 7 6.30976 6.28679 6.24799 6.20492 6.16904 6.14724 6.14118 6.14748 6.15839 6.16606 + 8 4.48143 4.44146 4.37369 4.30203 4.25568 4.24385 4.26751 4.31941 4.37245 4.40449 + 9 2.88564 2.77852 2.58576 2.36837 2.27454 2.26882 2.35134 2.55753 2.74162 2.84404 + 10 1.78154 1.51970 0.956962 0.00000 0.00000 0.00000 0.00000 0.944651 1.49908 1.75670 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 11 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -7.93497 -7.95265 -7.97482 -7.99809 -8.01971 -8.03761 -8.05070 -8.05918 -8.06455 -8.06942 + 2 -7.88889 -7.91499 -8.36578 -8.65537 -8.84283 -9.01285 -9.02111 -8.91523 -8.79220 -8.09324 + 3 -7.85308 -8.38229 -8.57635 -8.91210 -9.49150 -10.4627 -10.2292 -9.48205 -9.02677 -8.09927 + 4 -7.81131 -8.19165 -8.37198 -8.63839 -9.01773 -9.52273 -9.45911 -9.09332 -8.80691 -8.06332 + 5 -7.75516 -7.92281 -8.02755 -8.15193 -8.29283 -8.41622 -8.44347 -8.39622 -8.31285 -7.97475 + 6 -7.69406 -7.65987 -7.70637 -7.76199 -7.81948 -7.86669 -7.89154 -7.89522 -7.88232 -7.88822 + 7 -7.65781 -7.48240 -7.49831 -7.52294 -7.54864 -7.57040 -7.58509 -7.59235 -7.59969 -7.81697 + 8 -7.64576 -7.42749 -7.43756 -7.45600 -7.47222 -7.48345 -7.48827 -7.48685 -7.49255 -7.76703 + 9 -7.65509 -7.49012 -7.51977 -7.56011 -7.58170 -7.58809 -7.57871 -7.54847 -7.52848 -7.73798 + 10 -7.68003 -7.68864 -7.69898 -7.70944 -7.71718 -7.72221 -7.72450 -7.72401 -7.72351 -7.72460 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 11 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -31.8857 -32.0563 -32.3752 -32.7943 -33.2353 -33.5912 -33.7574 -33.7548 -33.6826 -33.6246 + 2 -31.8589 -32.1207 -32.6354 -33.3723 -34.2457 -35.0249 -35.1083 -34.7088 -34.3013 -34.0665 + 3 -31.4398 -31.8314 -32.6651 -34.0676 -36.3040 -39.9205 -39.0700 -36.3704 -34.9016 -34.2473 + 4 -30.1027 -30.4206 -31.0730 -32.0942 -33.5282 -35.4021 -35.1388 -33.7956 -32.9187 -32.4890 + 5 -28.1243 -28.3006 -28.6408 -29.1135 -29.6494 -30.1051 -30.1970 -30.0145 -29.7988 -29.6670 + 6 -26.0451 -26.1292 -26.2860 -26.4914 -26.7072 -26.8835 -26.9737 -26.9851 -26.9605 -26.9380 + 7 -24.2074 -24.2459 -24.3173 -24.4097 -24.5070 -24.5921 -24.6522 -24.6858 -24.7003 -24.7049 + 8 -22.7697 -22.7878 -22.8218 -22.8663 -22.9147 -22.9599 -22.9970 -23.0236 -23.0402 -23.0482 + 9 -21.7950 -21.8045 -21.8226 -21.8467 -21.8736 -21.9001 -21.9234 -21.9418 -21.9544 -21.9611 + 10 -21.3050 -21.3114 -21.3236 -21.3399 -21.3585 -21.3774 -21.3946 -21.4087 -21.4186 -21.4238 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 11 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 11 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 4893582.1292 CSUB-CGELASTIC = 502.5846 CSUB + CSUB-ELASTIC = 1606468.9727 CSUB-ELASTIC = 12.2468 CSUB + CSUB-INELASTIC = 79426462.6204 CSUB-INELASTIC = 19169.4501 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 69059250.0000 RCHA = 27000.0000 RCHA_0 + CHD = 3823719.3730 CHD = 185.2400 CHD_0 + + TOTAL IN = 158809483.0952 TOTAL IN = 46869.5215 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 109575000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 48442308.9618 CHD = 16869.5215 CHD_0 + + TOTAL OUT = 158809483.0940 TOTAL OUT = 46869.5215 + + IN - OUT = 1.1446E-03 IN - OUT = 2.1601E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 11 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 3.15662E+08 5.26104E+06 87684. 3653.5 10.003 + + +end timestep + + +start timestep kper="12" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 12 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 12 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="12" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="12" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="12" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="12" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="12" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 12 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 12 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 12 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 12 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 12 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 12 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 12 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 12 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 12 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 12 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.9209 17.4903 16.6738 16.1474 15.8745 15.8408 16.0493 16.5195 17.2940 17.7019 + 2 16.8010 16.1884 15.6632 15.2809 15.0631 15.0181 15.1487 15.4522 15.9146 16.4902 + 3 15.2813 14.6849 14.2264 13.9004 13.7047 13.6384 13.7022 13.8971 14.2305 14.7305 + 4 13.2878 12.7687 12.3973 12.1366 11.9694 11.8858 11.8769 11.9296 12.0210 12.1094 + 5 10.4988 10.3884 10.2510 10.1249 10.0273 9.96453 9.93589 9.93484 9.94970 9.96489 + 6 8.26254 8.22688 8.17082 8.11028 8.05729 8.01871 7.99645 7.98810 7.98823 7.99051 + 7 6.26653 6.24373 6.20513 6.16220 6.12638 6.10452 6.09829 6.10435 6.11501 6.12249 + 8 4.44731 4.40773 4.34054 4.26944 4.22338 4.21151 4.23480 4.28608 4.33850 4.37014 + 9 2.86112 2.75503 2.56406 2.34867 2.25566 2.24992 2.33158 2.53573 2.71799 2.81937 + 10 1.76467 1.50530 0.947892 0.00000 0.00000 0.00000 0.00000 0.935534 1.48460 1.73973 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 12 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -8.31749 -8.34324 -8.37029 -8.39552 -8.41656 -8.43165 -8.43984 -8.44139 -8.43781 -8.43193 + 2 -8.22764 -8.44037 -8.58009 -8.77680 -9.01165 -9.21373 -9.21762 -9.07877 -8.90368 -8.40841 + 3 -8.15254 -8.47149 -8.73344 -9.14050 -9.80514 -10.8706 -10.6164 -9.78784 -9.25691 -8.38499 + 4 -8.09428 -8.34223 -8.57189 -8.88865 -9.32447 -9.88507 -9.81585 -9.40983 -9.08306 -8.34667 + 5 -8.05262 -8.12979 -8.25397 -8.40199 -8.56653 -8.70810 -8.73976 -8.68636 -8.59271 -8.29030 + 6 -8.02390 -7.90519 -7.95739 -8.02339 -8.09121 -8.14650 -8.17555 -8.17999 -8.16828 -8.22986 + 7 -8.01126 -7.76086 -7.77703 -7.80738 -7.83857 -7.86459 -7.88175 -7.88996 -7.90209 -8.17857 + 8 -8.01696 -7.73930 -7.74917 -7.77283 -7.79322 -7.80678 -7.81186 -7.80908 -7.81821 -8.14370 + 9 -8.03979 -7.83798 -7.87309 -7.92346 -7.95016 -7.95785 -7.94585 -7.90785 -7.88458 -8.12602 + 10 -8.07510 -8.08572 -8.09755 -8.10902 -8.11733 -8.12252 -8.12455 -8.12339 -8.12177 -8.12124 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 12 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -33.6395 -33.8100 -34.1286 -34.5472 -34.9878 -35.3434 -35.5092 -35.5064 -35.4341 -35.3759 + 2 -33.6086 -33.8703 -34.3842 -35.1204 -35.9934 -36.7724 -36.8555 -36.4558 -36.0482 -35.8136 + 3 -33.1818 -33.5730 -34.4065 -35.8090 -38.0454 -41.6619 -40.8112 -38.1113 -36.6423 -35.9880 + 4 -31.8358 -32.1535 -32.8059 -33.8272 -35.2613 -37.1352 -36.8719 -35.5286 -34.6515 -34.2218 + 5 -29.8484 -30.0245 -30.3647 -30.8374 -31.3734 -31.8292 -31.9211 -31.7385 -31.5228 -31.3911 + 6 -27.7607 -27.8446 -28.0013 -28.2067 -28.4225 -28.5989 -28.6892 -28.7006 -28.6761 -28.6537 + 7 -25.9156 -25.9540 -26.0253 -26.1176 -26.2149 -26.3000 -26.3602 -26.3939 -26.4085 -26.4132 + 8 -24.4723 -24.4903 -24.5241 -24.5686 -24.6169 -24.6622 -24.6993 -24.7260 -24.7426 -24.7508 + 9 -23.4938 -23.5032 -23.5212 -23.5453 -23.5722 -23.5987 -23.6221 -23.6405 -23.6532 -23.6598 + 10 -23.0020 -23.0084 -23.0205 -23.0368 -23.0555 -23.0743 -23.0915 -23.1056 -23.1156 -23.1207 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 12 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 12 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 5071725.5242 CSUB-CGELASTIC = 478.2386 CSUB + CSUB-ELASTIC = 1608978.2632 CSUB-ELASTIC = 4.0209 CSUB + CSUB-INELASTIC = 86400712.6213 CSUB-INELASTIC = 19042.4322 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 78921000.0000 RCHA = 27000.0000 RCHA_0 + CHD = 3893443.1195 CHD = 194.8405 CHD_0 + + TOTAL IN = 175895859.5282 TOTAL IN = 46719.5323 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 120532500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 54571185.3946 CHD = 16719.5323 CHD_0 + + TOTAL OUT = 175895859.5268 TOTAL OUT = 46719.5323 + + IN - OUT = 1.3639E-03 IN - OUT = 6.5316E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 12 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 3.47220E+08 5.78700E+06 96450. 4018.8 11.003 + + +end timestep + + +start timestep kper="13" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 13 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 13 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="13" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="13" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="13" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="13" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="13" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 13 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 13 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 13 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 13 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 13 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 13 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 13 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 13 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 13 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 13 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.8527 17.4219 16.6053 16.0789 15.8058 15.7720 15.9803 16.4505 17.2249 17.6328 + 2 16.7333 16.1207 15.5953 15.2127 14.9947 14.9495 15.0800 15.3835 15.8459 16.4216 + 3 15.2151 14.6186 14.1599 13.8335 13.6375 13.5710 13.6347 13.8296 14.1631 14.6632 + 4 13.2243 12.7052 12.3336 12.0726 11.9052 11.8213 11.8124 11.8650 11.9565 12.0450 + 5 10.4396 10.3292 10.1918 10.0655 9.96773 9.90481 9.87606 9.87493 9.88976 9.90494 + 6 8.20936 8.17374 8.11768 8.05712 8.00406 7.96538 7.94300 7.93453 7.93456 7.93677 + 7 6.22106 6.19839 6.15995 6.11717 6.08140 6.05947 6.05307 6.05888 6.06930 6.07664 + 8 4.41110 4.37189 4.30529 4.23477 4.18902 4.17711 4.20001 4.25063 4.30242 4.33367 + 9 2.83491 2.72989 2.54084 2.32759 2.23545 2.22969 2.31043 2.51239 2.69271 2.79299 + 10 1.74655 1.48985 0.938153 0.00000 0.00000 0.00000 0.00000 0.925742 1.46906 1.72151 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 13 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -8.45967 -8.47642 -8.49801 -8.52092 -8.54228 -8.56000 -8.57303 -8.58171 -8.58778 -8.59416 + 2 -8.41998 -8.56271 -8.75539 -9.00001 -9.27563 -9.50529 -9.50545 -9.33823 -9.12015 -8.62859 + 3 -8.39858 -8.66901 -8.98679 -9.45561 -10.1939 -11.3395 -11.0680 -10.1698 -9.57385 -8.65741 + 4 -8.38753 -8.59147 -8.86179 -9.22222 -9.70691 -10.3151 -10.2413 -9.80073 -9.43899 -8.66302 + 5 -8.38528 -8.42657 -8.56621 -8.73470 -8.91972 -9.07704 -9.11255 -9.05382 -8.95161 -8.64205 + 6 -8.38860 -8.23420 -8.29015 -8.36511 -8.44188 -8.50418 -8.53689 -8.54203 -8.53202 -8.60961 + 7 -8.40167 -8.11756 -8.13292 -8.16817 -8.20410 -8.23382 -8.25315 -8.26226 -8.27928 -8.58028 + 8 -8.42784 -8.12378 -8.13264 -8.16073 -8.18471 -8.20029 -8.20562 -8.20179 -8.21456 -8.56255 + 9 -8.46689 -8.25260 -8.29177 -8.35055 -8.38160 -8.39042 -8.37622 -8.33179 -8.30623 -8.55820 + 10 -8.51504 -8.52819 -8.54193 -8.55472 -8.56382 -8.56927 -8.57104 -8.56909 -8.56612 -8.56367 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 13 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -35.2929 -35.4634 -35.7821 -36.2009 -36.6416 -36.9973 -37.1632 -37.1604 -37.0881 -37.0300 + 2 -35.2610 -35.5227 -36.0368 -36.7734 -37.6468 -38.4260 -38.5092 -38.1094 -37.7017 -37.4670 + 3 -34.8321 -35.2234 -36.0572 -37.4602 -39.6972 -43.3141 -42.4635 -39.7634 -38.2942 -37.6397 + 4 -33.4830 -33.8007 -34.4534 -35.4751 -36.9097 -38.7840 -38.5208 -37.1774 -36.3002 -35.8703 + 5 -31.4917 -31.6678 -32.0082 -32.4812 -33.0174 -33.4734 -33.5655 -33.3830 -33.1673 -33.0356 + 6 -29.4000 -29.4839 -29.6407 -29.8462 -30.0622 -30.2387 -30.3291 -30.3406 -30.3162 -30.2938 + 7 -27.5513 -27.5896 -27.6609 -27.7533 -27.8507 -27.9359 -27.9962 -28.0300 -28.0447 -28.0495 + 8 -26.1051 -26.1230 -26.1569 -26.2015 -26.2498 -26.2952 -26.3323 -26.3591 -26.3758 -26.3840 + 9 -25.1248 -25.1341 -25.1522 -25.1763 -25.2033 -25.2298 -25.2532 -25.2717 -25.2843 -25.2910 + 10 -24.6320 -24.6385 -24.6506 -24.6670 -24.6856 -24.7045 -24.7217 -24.7359 -24.7458 -24.7510 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 13 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 13 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 5241732.1848 CSUB-CGELASTIC = 457.6848 CSUB + CSUB-ELASTIC = 1609867.0187 CSUB-ELASTIC = 2.6735 CSUB + CSUB-INELASTIC = 93324579.9598 CSUB-INELASTIC = 18892.8268 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 88782750.0000 RCHA = 27000.0000 RCHA_0 + CHD = 3966926.3193 CHD = 205.5531 CHD_0 + + TOTAL IN = 192925855.4825 TOTAL IN = 46558.7382 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 131490000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 60643681.3487 CHD = 16558.7382 CHD_0 + + TOTAL OUT = 192925855.4809 TOTAL OUT = 46558.7382 + + IN - OUT = 1.5595E-03 IN - OUT = 4.9604E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 13 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 3.78778E+08 6.31296E+06 1.05216E+05 4384.0 12.003 + + +end timestep + + +start timestep kper="14" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 14 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 14 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="14" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="14" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="14" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="14" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="14" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 14 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 14 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 14 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 14 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 14 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 14 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 14 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 14 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 14 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 14 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.7658 17.3350 16.5184 15.9918 15.7186 15.6847 15.8930 16.3631 17.1375 17.5454 + 2 16.6476 16.0350 15.5095 15.1267 14.9085 14.8632 14.9936 15.2971 15.7595 16.3352 + 3 15.1319 14.5354 14.0765 13.7499 13.5536 13.4869 13.5505 13.7455 14.0791 14.5793 + 4 13.1453 12.6261 12.2544 11.9932 11.8255 11.7415 11.7325 11.7851 11.8766 11.9652 + 5 10.3666 10.2562 10.1186 9.99227 9.89435 9.83131 9.80247 9.80130 9.81611 9.83131 + 6 8.14427 8.10867 8.05262 7.99204 7.93893 7.90016 7.87768 7.86910 7.86905 7.87122 + 7 6.16583 6.14328 6.10503 6.06242 6.02672 6.00474 5.99815 6.00371 6.01389 6.02108 + 8 4.36745 4.32866 4.26274 4.19291 4.14753 4.13559 4.15805 4.20792 4.25898 4.28980 + 9 2.80358 2.69982 2.51303 2.30232 2.21122 2.20544 2.28509 2.48448 2.66251 2.76152 + 10 1.72510 1.47154 0.926614 0.00000 0.00000 0.00000 0.00000 0.914156 1.45067 1.69996 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 14 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -8.73339 -8.74551 -8.76378 -8.78475 -8.80559 -8.82417 -8.83941 -8.85159 -8.86238 -8.87458 + 2 -8.71712 -8.78393 -9.02000 -9.30590 -9.61667 -9.87005 -9.86707 -9.67545 -9.42101 -8.93626 + 3 -8.72237 -8.95399 -9.31870 -9.84103 -10.6429 -11.8568 -11.5708 -10.6131 -9.96039 -8.99408 + 4 -8.73904 -8.92052 -9.22506 -9.62334 -10.1503 -10.7992 -10.7216 -10.2515 -9.85867 -9.02819 + 5 -8.76378 -8.79575 -8.94835 -9.13457 -9.33735 -9.50833 -9.54718 -9.48384 -9.37378 -9.03368 + 6 -8.79207 -8.63055 -8.68943 -8.77212 -8.85665 -8.92505 -8.96094 -8.96672 -8.95811 -9.02476 + 7 -8.82732 -8.53709 -8.55147 -8.59090 -8.63095 -8.66388 -8.68510 -8.69506 -8.71640 -9.01562 + 8 -8.87259 -8.56641 -8.57421 -8.60604 -8.63311 -8.65044 -8.65603 -8.65138 -8.66744 -9.01473 + 9 -8.92768 -8.72026 -8.76280 -8.82857 -8.86332 -8.87312 -8.85709 -8.80738 -8.77995 -9.02403 + 10 -8.98897 -9.00476 -9.02051 -9.03472 -9.04467 -9.05041 -9.05191 -9.04914 -9.04475 -9.04025 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 14 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -36.8645 -37.0351 -37.3539 -37.7729 -38.2138 -38.5697 -38.7358 -38.7331 -38.6609 -38.6028 + 2 -36.8326 -37.0943 -37.6087 -38.3457 -39.2195 -39.9990 -40.0824 -39.6826 -39.2748 -39.0401 + 3 -36.4037 -36.7951 -37.6293 -39.0328 -41.2702 -44.8876 -44.0372 -41.3370 -39.8676 -39.2129 + 4 -35.0541 -35.3719 -36.0249 -37.0471 -38.4821 -40.3568 -40.0937 -38.7503 -37.8730 -37.4430 + 5 -33.0618 -33.2380 -33.5786 -34.0519 -34.5884 -35.0447 -35.1369 -34.9545 -34.7387 -34.6070 + 6 -30.9689 -31.0528 -31.2097 -31.4154 -31.6316 -31.8083 -31.8988 -31.9104 -31.8860 -31.8637 + 7 -29.1191 -29.1574 -29.2288 -29.3213 -29.4188 -29.5041 -29.5645 -29.5984 -29.6131 -29.6179 + 8 -27.6720 -27.6899 -27.7239 -27.7685 -27.8169 -27.8623 -27.8995 -27.9263 -27.9431 -27.9514 + 9 -26.6910 -26.7005 -26.7185 -26.7427 -26.7698 -26.7964 -26.8198 -26.8383 -26.8509 -26.8576 + 10 -26.1980 -26.2045 -26.2167 -26.2331 -26.2518 -26.2707 -26.2880 -26.3021 -26.3121 -26.3172 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 14 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 14 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 5404968.9537 CSUB-CGELASTIC = 439.9502 CSUB + CSUB-ELASTIC = 1610966.7943 CSUB-ELASTIC = 3.2213 CSUB + CSUB-INELASTIC = 100185366.8096 CSUB-INELASTIC = 18706.8793 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 98644500.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4044509.5989 CHD = 217.0902 CHD_0 + + TOTAL IN = 209890312.1565 TOTAL IN = 46367.1410 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 142447500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 66650638.0224 CHD = 16367.1410 CHD_0 + + TOTAL OUT = 209890312.1546 TOTAL OUT = 46367.1410 + + IN - OUT = 1.8084E-03 IN - OUT = 4.6789E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 14 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 4.10335E+08 6.83892E+06 1.13982E+05 4749.2 13.003 + + +end timestep + + +start timestep kper="15" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 15 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 15 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="15" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="15" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="15" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="15" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="15" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 15 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 15 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 15 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 15 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 15 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 15 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 15 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 15 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 15 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 15 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.6637 17.2329 16.4162 15.8895 15.6162 15.5823 15.7904 16.2605 17.0349 17.4428 + 2 16.5471 15.9345 15.4089 15.0260 14.8076 14.7621 14.8924 15.1960 15.6584 16.2341 + 3 15.0348 14.4382 13.9791 13.6523 13.4559 13.3890 13.4525 13.6475 13.9812 14.4814 + 4 13.0534 12.5342 12.1623 11.9010 11.7331 11.6489 11.6398 11.6924 11.7840 11.8726 + 5 10.2820 10.1715 10.0340 9.90747 9.80944 9.74630 9.71738 9.71617 9.73097 9.74619 + 6 8.06918 8.03360 7.97757 7.91699 7.86384 7.82500 7.80242 7.79374 7.79361 7.79575 + 7 6.10241 6.07998 6.04194 5.99953 5.96393 5.94190 5.93513 5.94042 5.95034 5.95739 + 8 4.31756 4.27923 4.21408 4.14504 4.10009 4.08811 4.11009 4.15913 4.20938 4.23973 + 9 2.76797 2.66562 2.48138 2.27354 2.18362 2.17782 2.25626 2.45274 2.62820 2.72579 + 10 1.70085 1.45084 0.913569 0.00000 0.00000 0.00000 0.00000 0.901073 1.42991 1.67563 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 15 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -9.09904 -9.10843 -9.12475 -9.14456 -9.16501 -9.18401 -9.20044 -9.21458 -9.22804 -9.24361 + 2 -9.09650 -9.08701 -9.35832 -9.67975 -10.0208 -10.2946 -10.2890 -10.0764 -9.79135 -9.32133 + 3 -9.11780 -9.31078 -9.71487 -10.2835 -11.1403 -12.4122 -12.1142 -11.1055 -10.4034 -9.39686 + 4 -9.15181 -9.31465 -9.64808 -10.0792 -10.6427 -11.3264 -11.2458 -10.7503 -10.3297 -9.44915 + 5 -9.19423 -9.22360 -9.38728 -9.58885 -9.80703 -9.98983 -10.0316 -9.96428 -9.84675 -9.47240 + 6 -9.23972 -9.08112 -9.14257 -9.23194 -9.32321 -9.39690 -9.43555 -9.44192 -9.43409 -9.48014 + 7 -9.29108 -9.00688 -9.02052 -9.06353 -9.10714 -9.14286 -9.16574 -9.17650 -9.20128 -9.48611 + 8 -9.35092 -9.05522 -9.06227 -9.09724 -9.12696 -9.14581 -9.15167 -9.14642 -9.16508 -9.49843 + 9 -9.41874 -9.22956 -9.27517 -9.34671 -9.38458 -9.39522 -9.37769 -9.32371 -9.29449 -9.51889 + 10 -9.49077 -9.50874 -9.52615 -9.54152 -9.55218 -9.55816 -9.55943 -9.55596 -9.55036 -9.54413 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 15 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -38.3674 -38.5380 -38.8569 -39.2761 -39.7172 -40.0733 -40.2395 -40.2369 -40.1647 -40.1067 + 2 -38.3357 -38.5974 -39.1121 -39.8494 -40.7235 -41.5033 -41.5868 -41.1870 -40.7792 -40.5445 + 3 -37.9074 -38.2990 -39.1334 -40.5373 -42.7753 -46.3930 -45.5427 -42.8425 -41.3729 -40.7181 + 4 -36.5584 -36.8763 -37.5296 -38.5521 -39.9876 -41.8626 -41.5996 -40.2562 -39.3788 -38.9487 + 5 -34.5665 -34.7428 -35.0835 -35.5571 -36.0939 -36.5504 -36.6428 -36.4604 -36.2446 -36.1128 + 6 -32.4738 -32.5578 -32.7148 -32.9206 -33.1370 -33.3139 -33.4045 -33.4161 -33.3918 -33.3694 + 7 -30.6241 -30.6625 -30.7339 -30.8265 -30.9242 -31.0096 -31.0701 -31.1040 -31.1187 -31.1235 + 8 -29.1771 -29.1951 -29.2291 -29.2738 -29.3223 -29.3678 -29.4051 -29.4319 -29.4487 -29.4569 + 9 -28.1963 -28.2058 -28.2240 -28.2482 -28.2753 -28.3020 -28.3254 -28.3439 -28.3566 -28.3632 + 10 -27.7034 -27.7099 -27.7221 -27.7386 -27.7573 -27.7763 -27.7936 -27.8077 -27.8177 -27.8228 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 15 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 15 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 5562094.2345 CSUB-CGELASTIC = 423.8550 CSUB + CSUB-ELASTIC = 1612242.2990 CSUB-ELASTIC = 3.6603 CSUB + CSUB-INELASTIC = 106971958.1497 CSUB-INELASTIC = 18493.0263 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 108506250.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4126450.9013 CHD = 229.2678 CHD_0 + + TOTAL IN = 226778995.5845 TOTAL IN = 46149.8094 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 153405000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 72581821.4502 CHD = 16149.8094 CHD_0 + + TOTAL OUT = 226778995.5824 TOTAL OUT = 46149.8094 + + IN - OUT = 2.0950E-03 IN - OUT = 6.2200E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 15 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 4.41893E+08 7.36488E+06 1.22748E+05 5114.5 14.003 + + +end timestep + + +start timestep kper="16" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 16 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 16 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="16" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="16" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="16" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="16" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="16" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 16 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 16 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 16 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 16 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 16 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 16 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 16 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 16 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 16 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 16 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.5494 17.1186 16.3018 15.7751 15.5018 15.4677 15.6758 16.1459 16.9203 17.3281 + 2 16.4349 15.8223 15.2965 14.9135 14.6949 14.6494 14.7797 15.0832 15.5456 16.1213 + 3 14.9264 14.3298 13.8706 13.5437 13.3470 13.2800 13.3434 13.5384 13.8722 14.3725 + 4 12.9511 12.4319 12.0599 11.7984 11.6304 11.5461 11.5369 11.5896 11.6812 11.7698 + 5 10.1882 10.0777 9.94002 9.81346 9.71534 9.65210 9.62311 9.62187 9.63667 9.65190 + 6 7.98610 7.95053 7.89453 7.83397 7.78080 7.74191 7.71923 7.71045 7.71023 7.71234 + 7 6.03242 6.01013 5.97233 5.93014 5.89466 5.87259 5.86563 5.87063 5.88028 5.88717 + 8 4.26268 4.22484 4.16054 4.09236 4.04788 4.03588 4.05734 4.10548 4.15486 4.18470 + 9 2.72892 2.62810 2.44666 2.24195 2.15333 2.14753 2.22464 2.41796 2.59060 2.68665 + 10 1.67434 1.42822 0.899317 0.00000 0.00000 0.00000 0.00000 0.886790 1.40724 1.64907 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 16 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -9.53333 -9.54101 -9.55610 -9.57518 -9.59540 -9.61465 -9.63182 -9.64716 -9.66230 -9.67999 + 2 -9.53941 -9.45748 -9.75717 -10.1092 -10.4764 -10.7677 -10.7598 -10.5292 -10.2186 -9.76784 + 3 -9.57096 -9.72629 -10.1633 -10.7720 -11.6762 -12.9975 -12.6895 -11.6373 -10.8922 -9.85473 + 4 -9.61622 -9.76163 -10.1194 -10.5790 -11.1741 -11.8877 -11.8046 -11.2873 -10.8420 -9.91887 + 5 -9.67032 -9.69872 -9.87193 -10.0868 -10.3183 -10.5114 -10.5557 -10.4849 -10.3603 -9.95388 + 6 -9.72739 -9.57505 -9.63888 -9.73401 -9.83112 -9.90941 -9.95047 -9.95737 -9.94971 -9.97291 + 7 -9.78980 -9.51651 -9.52978 -9.57583 -9.62253 -9.66067 -9.68501 -9.69651 -9.72383 -9.98931 + 8 -9.85980 -9.58025 -9.58697 -9.62458 -9.65656 -9.67675 -9.68287 -9.67719 -9.69769 -10.0109 + 9 -9.93663 -9.77103 -9.81957 -9.89583 -9.93630 -9.94768 -9.92896 -9.87155 -9.84044 -10.0394 + 10 -10.0163 -10.0358 -10.0544 -10.0706 -10.0818 -10.0879 -10.0890 -10.0850 -10.0786 -10.0711 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 16 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -39.8103 -39.9809 -40.2999 -40.7193 -41.1606 -41.5168 -41.6831 -41.6806 -41.6085 -41.5504 + 2 -39.7790 -40.0407 -40.5556 -41.2932 -42.1676 -42.9476 -43.0312 -42.6314 -42.2236 -41.9889 + 3 -39.3516 -39.7431 -40.5779 -41.9822 -44.2205 -47.8385 -46.9884 -44.2881 -42.8183 -42.1635 + 4 -38.0035 -38.3215 -38.9750 -39.9979 -41.4336 -43.3089 -43.0461 -41.7027 -40.8252 -40.3949 + 5 -36.0124 -36.1888 -36.5298 -37.0035 -37.5406 -37.9973 -38.0897 -37.9074 -37.6916 -37.5597 + 6 -33.9205 -34.0046 -34.1617 -34.3677 -34.5842 -34.7612 -34.8519 -34.8636 -34.8393 -34.8168 + 7 -32.0716 -32.1100 -32.1815 -32.2742 -32.3720 -32.4575 -32.5180 -32.5519 -32.5667 -32.5715 + 8 -30.6252 -30.6433 -30.6773 -30.7221 -30.7707 -30.8162 -30.8535 -30.8804 -30.8971 -30.9054 + 9 -29.6448 -29.6544 -29.6726 -29.6969 -29.7241 -29.7508 -29.7743 -29.7927 -29.8054 -29.8120 + 10 -29.1521 -29.1586 -29.1709 -29.1874 -29.2061 -29.2251 -29.2425 -29.2566 -29.2666 -29.2717 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 16 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 16 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 5713655.3465 CSUB-CGELASTIC = 409.1696 CSUB + CSUB-ELASTIC = 1613657.7675 CSUB-ELASTIC = 4.0084 CSUB + CSUB-INELASTIC = 113675383.6149 CSUB-INELASTIC = 18256.7290 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 118368000.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4212958.7173 CHD = 241.9755 CHD_0 + + TOTAL IN = 243583655.4461 TOTAL IN = 45911.8824 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 164362500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 78428981.3115 CHD = 15911.8824 CHD_0 + + TOTAL OUT = 243583655.4437 TOTAL OUT = 45911.8824 + + IN - OUT = 2.3590E-03 IN - OUT = 6.6833E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 16 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 4.73450E+08 7.89084E+06 1.31514E+05 5479.8 15.003 + + +end timestep + + +start timestep kper="17" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 17 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 17 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="17" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="17" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="17" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="17" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="17" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 17 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 17 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 17 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 17 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 17 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 17 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 17 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 17 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 17 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 17 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.4257 16.9948 16.1780 15.6512 15.3778 15.3437 15.5518 16.0218 16.7962 17.2040 + 2 16.3133 15.7007 15.1749 14.7918 14.5731 14.5275 14.6577 14.9612 15.4237 15.9994 + 3 14.8093 14.2127 13.7534 13.4263 13.2294 13.1623 13.2257 13.4207 13.7546 14.2549 + 4 12.8408 12.3215 11.9494 11.6878 11.5196 11.4352 11.4260 11.4786 11.5703 11.6590 + 5 10.0870 9.97649 9.83881 9.71218 9.61399 9.55067 9.52162 9.52034 9.53513 9.55038 + 6 7.89670 7.86116 7.80520 7.74466 7.69149 7.65255 7.62978 7.62090 7.62060 7.62267 + 7 5.95725 5.93511 5.89756 5.85562 5.82028 5.79817 5.79101 5.79572 5.80508 5.81182 + 8 4.20384 4.16653 4.10314 4.03589 3.99192 3.97990 4.00080 4.04798 4.09644 4.12574 + 9 2.68716 2.58798 2.40951 2.20817 2.12093 2.11511 2.19082 2.38076 2.55041 2.64480 + 10 1.64606 1.40409 0.884110 0.00000 0.00000 0.00000 0.00000 0.871557 1.38306 1.62074 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 17 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -10.0196 -10.0262 -10.0405 -10.0591 -10.0792 -10.0987 -10.1163 -10.1324 -10.1486 -10.1677 + 2 -10.0312 -9.88303 -10.2054 -10.5836 -10.9734 -11.2798 -11.2701 -11.0240 -10.6921 -10.2621 + 3 -10.0693 -10.1895 -10.6539 -11.2973 -12.2425 -13.6058 -13.2893 -12.1999 -11.4176 -10.3564 + 4 -10.1219 -10.2512 -10.6295 -11.1137 -11.7362 -12.4753 -12.3902 -11.8542 -11.3869 -10.4282 + 5 -10.1836 -10.2116 -10.3930 -10.6194 -10.8625 -11.0644 -11.1110 -11.0372 -10.9058 -10.4709 + 6 -10.2482 -10.1033 -10.1693 -10.2694 -10.3716 -10.4539 -10.4971 -10.5044 -10.4964 -10.4972 + 7 -10.3179 -10.0573 -10.0706 -10.1192 -10.1686 -10.2088 -10.2344 -10.2466 -10.2757 -10.5204 + 8 -10.3945 -10.1332 -10.1400 -10.1799 -10.2138 -10.2351 -10.2415 -10.2355 -10.2572 -10.5481 + 9 -10.4772 -10.3368 -10.3882 -10.4683 -10.5109 -10.5229 -10.5033 -10.4432 -10.4101 -10.5817 + 10 -10.5618 -10.5823 -10.6016 -10.6184 -10.6298 -10.6361 -10.6371 -10.6328 -10.6259 -10.6176 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 17 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -41.1999 -41.3706 -41.6897 -42.1092 -42.5506 -42.9070 -43.0734 -43.0709 -42.9988 -42.9408 + 2 -41.1690 -41.4307 -41.9457 -42.6835 -43.5582 -44.3384 -44.4222 -44.0224 -43.6145 -43.3798 + 3 -40.7424 -41.1341 -41.9690 -43.3736 -45.6123 -49.2306 -48.3805 -45.6802 -44.2103 -43.5554 + 4 -39.3954 -39.7135 -40.3672 -41.3903 -42.8264 -44.7019 -44.4392 -43.0957 -42.2182 -41.7878 + 5 -37.4054 -37.5818 -37.9229 -38.3968 -38.9341 -39.3910 -39.4835 -39.3012 -39.0854 -38.9534 + 6 -35.3144 -35.3986 -35.5558 -35.7619 -35.9785 -36.1556 -36.2464 -36.2581 -36.2338 -36.2113 + 7 -33.4663 -33.5048 -33.5764 -33.6692 -33.7670 -33.8526 -33.9132 -33.9472 -33.9619 -33.9667 + 8 -32.0207 -32.0388 -32.0729 -32.1178 -32.1664 -32.2120 -32.2494 -32.2762 -32.2929 -32.3011 + 9 -31.0408 -31.0504 -31.0687 -31.0931 -31.1203 -31.1470 -31.1705 -31.1890 -31.2016 -31.2082 + 10 -30.5482 -30.5548 -30.5671 -30.5836 -30.6025 -30.6215 -30.6388 -30.6530 -30.6629 -30.6680 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 17 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 17 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 5860123.8279 CSUB-CGELASTIC = 395.6999 CSUB + CSUB-ELASTIC = 1615183.4767 CSUB-ELASTIC = 4.2811 CSUB + CSUB-INELASTIC = 120288475.6192 CSUB-INELASTIC = 18002.5909 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 128229750.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4304207.7425 CHD = 255.1282 CHD_0 + + TOTAL IN = 260297740.6664 TOTAL IN = 45657.7001 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 175320000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 84185566.5315 CHD = 15657.7001 CHD_0 + + TOTAL OUT = 260297740.6637 TOTAL OUT = 45657.7001 + + IN - OUT = 2.6455E-03 IN - OUT = 7.8615E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 17 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 5.05008E+08 8.41680E+06 1.40280E+05 5845.0 16.003 + + +end timestep + + +start timestep kper="18" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 18 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 18 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="18" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="18" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="18" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="18" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="18" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 18 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 18 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 18 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 18 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 18 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 18 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 18 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 18 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 18 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 18 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.2945 16.8637 16.0468 15.5200 15.2465 15.2124 15.4204 15.8904 16.6648 17.0726 + 2 16.1846 15.5720 15.0462 14.6629 14.4442 14.3984 14.5286 14.8321 15.2946 15.8703 + 3 14.6853 14.0887 13.6293 13.3021 13.1051 13.0378 13.1012 13.2963 13.6301 14.1305 + 4 12.7241 12.2047 11.8326 11.5709 11.4026 11.3181 11.3088 11.3615 11.4531 11.5419 + 5 9.98017 9.86965 9.73194 9.60526 9.50700 9.44362 9.41452 9.41320 9.42798 9.44323 + 6 7.80239 7.76688 7.71098 7.65049 7.59732 7.55833 7.53548 7.52649 7.52610 7.52814 + 7 5.87805 5.85607 5.81880 5.77712 5.74193 5.71980 5.71244 5.71683 5.72590 5.73246 + 8 4.14195 4.10520 4.04276 3.97648 3.93306 3.92102 3.94134 3.98752 4.03500 4.06374 + 9 2.64329 2.54584 2.37050 2.17267 2.08689 2.08107 2.15529 2.34169 2.50820 2.60087 + 10 1.61640 1.37878 0.868160 0.00000 0.00000 0.00000 0.00000 0.855586 1.35772 1.59103 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 18 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -10.5453 -10.5512 -10.5651 -10.5834 -10.6034 -10.6230 -10.6409 -10.6576 -10.6745 -10.6944 + 2 -10.5602 -10.3532 -10.6935 -11.0944 -11.5036 -11.8230 -11.8116 -11.5522 -11.2027 -10.7930 + 3 -10.6025 -10.6909 -11.1781 -11.8516 -12.8321 -14.2312 -13.9077 -12.7864 -11.9718 -10.8919 + 4 -10.6597 -10.7746 -11.1703 -11.6757 -12.3219 -13.0830 -12.9962 -12.4441 -11.9573 -10.9686 + 5 -10.7261 -10.7542 -10.9427 -11.1790 -11.4322 -11.6418 -11.6903 -11.6139 -11.4761 -11.0161 + 6 -10.7955 -10.6582 -10.7264 -10.8308 -10.9373 -11.0231 -11.0681 -11.0758 -11.0670 -11.0469 + 7 -10.8695 -10.6220 -10.6356 -10.6864 -10.7381 -10.7802 -10.8069 -10.8197 -10.8498 -11.0742 + 8 -10.9501 -10.7073 -10.7145 -10.7562 -10.7917 -10.8141 -10.8207 -10.8146 -10.8367 -11.1055 + 9 -11.0363 -10.9204 -10.9746 -11.0577 -11.1021 -11.1147 -11.0943 -11.0322 -10.9970 -11.1420 + 10 -11.1237 -11.1447 -11.1645 -11.1815 -11.1931 -11.1995 -11.2005 -11.1961 -11.1888 -11.1802 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 18 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -42.5416 -42.7123 -43.0315 -43.4510 -43.8926 -44.2491 -44.4156 -44.4132 -44.3411 -44.2831 + 2 -42.5110 -42.7727 -43.2878 -44.0258 -44.9007 -45.6811 -45.7649 -45.3652 -44.9573 -44.7226 + 3 -42.0852 -42.4769 -43.3120 -44.7168 -46.9558 -50.5743 -49.7244 -47.0240 -45.5541 -44.8991 + 4 -40.7391 -41.0572 -41.7111 -42.7345 -44.1708 -46.0465 -45.7839 -44.4404 -43.5628 -43.1324 + 5 -38.7500 -38.9266 -39.2678 -39.7419 -40.2793 -40.7363 -40.8289 -40.6466 -40.4308 -40.2987 + 6 -36.6600 -36.7442 -36.9015 -37.1077 -37.3245 -37.5017 -37.5925 -37.6043 -37.5799 -37.5574 + 7 -34.8127 -34.8513 -34.9229 -35.0158 -35.1137 -35.1994 -35.2600 -35.2940 -35.3087 -35.3134 + 8 -33.3677 -33.3859 -33.4201 -33.4650 -33.5137 -33.5594 -33.5967 -33.6236 -33.6403 -33.6484 + 9 -32.3883 -32.3980 -32.4163 -32.4408 -32.4681 -32.4948 -32.5183 -32.5368 -32.5494 -32.5559 + 10 -31.8959 -31.9025 -31.9149 -31.9314 -31.9503 -31.9693 -31.9867 -32.0008 -32.0108 -32.0159 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 18 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 18 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6001906.9475 CSUB-CGELASTIC = 383.2814 CSUB + CSUB-ELASTIC = 1616794.7823 CSUB-ELASTIC = 4.4913 CSUB + CSUB-INELASTIC = 126805585.5896 CSUB-INELASTIC = 17734.4892 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 138091500.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4400343.1481 CHD = 268.6469 CHD_0 + + TOTAL IN = 276916130.4675 TOTAL IN = 45390.9088 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 186277500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 89846456.3323 CHD = 15390.9088 CHD_0 + + TOTAL OUT = 276916130.4645 TOTAL OUT = 45390.9088 + + IN - OUT = 2.9830E-03 IN - OUT = 7.3450E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 18 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 5.36566E+08 8.94276E+06 1.49046E+05 6210.2 17.003 + + +end timestep + + +start timestep kper="19" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 19 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 19 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="19" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="19" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="19" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="19" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="19" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 19 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 19 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 19 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 19 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 19 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 19 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 19 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 19 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 19 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 19 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.1578 16.7269 15.9100 15.3832 15.1097 15.0755 15.2835 15.7534 16.5278 16.9356 + 2 16.0504 15.4378 14.9119 14.5286 14.3097 14.2639 14.3941 14.6976 15.1601 15.7358 + 3 14.5561 13.9595 13.5001 13.1727 12.9756 12.9083 12.9716 13.1667 13.5006 14.0009 + 4 12.6025 12.0832 11.7110 11.4492 11.2808 11.1962 11.1869 11.2396 11.3313 11.4201 + 5 9.86902 9.75849 9.62076 9.49404 9.39573 9.33229 9.30314 9.30179 9.31655 9.33182 + 6 7.70435 7.66888 7.61303 7.55259 7.49944 7.46042 7.43748 7.42839 7.42791 7.42991 + 7 5.79580 5.77399 5.73699 5.69561 5.66057 5.63841 5.63085 5.63492 5.64368 5.65008 + 8 4.07773 4.04156 3.98010 3.91484 3.87198 3.85993 3.87966 3.92480 3.97128 3.99943 + 9 2.59782 2.50216 2.33006 2.13588 2.05162 2.04578 2.11848 2.30121 2.46447 2.55534 + 10 1.58569 1.35257 0.851646 0.00000 0.00000 0.00000 0.00000 0.839054 1.33148 1.56028 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 19 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -11.1005 -11.1060 -11.1196 -11.1378 -11.1578 -11.1775 -11.1956 -11.2126 -11.2299 -11.2504 + 2 -11.1174 -10.8591 -11.2136 -11.6338 -12.0598 -12.3903 -12.3776 -12.1068 -11.7427 -11.3515 + 3 -11.1621 -11.2228 -11.7289 -12.4283 -13.4393 -14.8689 -14.5395 -13.3910 -12.5485 -11.4533 + 4 -11.2219 -11.3247 -11.7349 -12.2588 -12.9254 -13.7052 -13.6172 -13.0512 -12.5471 -11.5328 + 5 -11.2911 -11.3197 -11.5144 -11.7593 -12.0212 -12.2375 -12.2876 -12.2089 -12.0653 -11.5829 + 6 -11.3629 -11.2334 -11.3036 -11.4117 -11.5221 -11.6108 -11.6574 -11.6656 -11.6557 -11.6162 + 7 -11.4393 -11.2046 -11.2187 -11.2715 -11.3251 -11.3688 -11.3965 -11.4099 -11.4404 -11.6456 + 8 -11.5219 -11.2966 -11.3046 -11.3478 -11.3847 -11.4079 -11.4149 -11.4087 -11.4308 -11.6786 + 9 -11.6097 -11.5166 -11.5734 -11.6589 -11.7047 -11.7178 -11.6969 -11.6332 -11.5959 -11.7164 + 10 -11.6984 -11.7197 -11.7396 -11.7567 -11.7684 -11.7748 -11.7759 -11.7715 -11.7642 -11.7554 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 19 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -43.8395 -44.0103 -44.3295 -44.7492 -45.1909 -45.5475 -45.7140 -45.7116 -45.6396 -45.5816 + 2 -43.8092 -44.0709 -44.5861 -45.3243 -46.1993 -46.9799 -47.0638 -46.6640 -46.2561 -46.0215 + 3 -43.3841 -43.7758 -44.6110 -46.0161 -48.2553 -51.8741 -51.0241 -48.3237 -46.8537 -46.1987 + 4 -42.0388 -42.3569 -43.0110 -44.0346 -45.4711 -47.3469 -47.0844 -45.7409 -44.8632 -44.4327 + 5 -40.0505 -40.2271 -40.5684 -41.0427 -41.5802 -42.0374 -42.1301 -41.9478 -41.7319 -41.5998 + 6 -37.9613 -38.0455 -38.2029 -38.4092 -38.6261 -38.8034 -38.8943 -38.9060 -38.8816 -38.8591 + 7 -36.1147 -36.1533 -36.2250 -36.3180 -36.4159 -36.5016 -36.5623 -36.5963 -36.6110 -36.6157 + 8 -34.6702 -34.6885 -34.7227 -34.7677 -34.8165 -34.8621 -34.8995 -34.9264 -34.9431 -34.9512 + 9 -33.6912 -33.7009 -33.7193 -33.7438 -33.7711 -33.7979 -33.8214 -33.8398 -33.8524 -33.8589 + 10 -33.1989 -33.2055 -33.2179 -33.2345 -33.2534 -33.2724 -33.2898 -33.3039 -33.3139 -33.3190 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 19 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 19 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6139357.2876 CSUB-CGELASTIC = 371.7738 CSUB + CSUB-ELASTIC = 1618471.2498 CSUB-ELASTIC = 4.6497 CSUB + CSUB-INELASTIC = 133222343.2998 CSUB-INELASTIC = 17455.6846 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 147953250.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4501481.7526 CHD = 282.4550 CHD_0 + + TOTAL IN = 293434903.5897 TOTAL IN = 45114.5631 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 197235000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 95407729.4543 CHD = 15114.5631 CHD_0 + + TOTAL OUT = 293434903.5865 TOTAL OUT = 45114.5631 + + IN - OUT = 3.2824E-03 IN - OUT = 6.9941E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 19 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 5.68123E+08 9.46872E+06 1.57812E+05 6575.5 18.003 + + +end timestep + + +start timestep kper="20" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 20 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 20 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="20" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="20" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="20" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="20" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="20" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 20 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 20 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 20 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 20 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 20 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 20 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 20 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 20 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 20 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 20 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 17.0168 16.5860 15.7691 15.2422 14.9686 14.9344 15.1423 15.6123 16.3866 16.7945 + 2 15.9121 15.2995 14.7736 14.3902 14.1713 14.1254 14.2555 14.5591 15.0215 15.5972 + 3 14.4231 13.8264 13.3669 13.0395 12.8423 12.7749 12.8382 13.0333 13.3672 13.8676 + 4 12.4774 11.9581 11.5858 11.3240 11.1555 11.0708 11.0615 11.1142 11.2059 11.2947 + 5 9.75466 9.64413 9.50638 9.37964 9.28129 9.21781 9.18861 9.18722 9.20197 9.21723 + 6 7.60356 7.56812 7.51234 7.45196 7.39883 7.35978 7.33676 7.32757 7.32699 7.32895 + 7 5.71129 5.68965 5.65295 5.61186 5.57700 5.55482 5.54704 5.55079 5.55924 5.56545 + 8 4.01179 3.97622 3.91579 3.85156 3.80929 3.79722 3.81635 3.86043 3.90587 3.93342 + 9 2.55117 2.45735 2.28858 2.09815 2.01543 2.00959 2.08073 2.25970 2.41962 2.50865 + 10 1.55420 1.32570 0.834718 0.00000 0.00000 0.00000 0.00000 0.822112 1.30459 1.52877 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 20 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -11.6775 -11.6828 -11.6963 -11.7144 -11.7344 -11.7542 -11.7725 -11.7896 -11.8072 -11.8280 + 2 -11.6953 -11.3932 -11.7589 -12.1957 -12.6361 -12.9762 -12.9624 -12.6818 -12.3056 -11.9304 + 3 -11.7411 -11.7783 -12.3001 -13.0219 -14.0592 -15.5148 -15.1806 -14.0087 -13.1420 -12.0337 + 4 -11.8022 -11.8951 -12.3176 -12.8574 -13.5418 -14.3376 -14.2485 -13.6706 -13.1513 -12.1147 + 5 -11.8725 -11.9026 -12.1025 -12.3550 -12.6244 -12.8464 -12.8981 -12.8174 -12.6682 -12.1660 + 6 -11.9455 -11.8235 -11.8957 -12.0070 -12.1207 -12.2121 -12.2600 -12.2685 -12.2572 -12.2002 + 7 -12.0227 -11.8000 -11.8148 -11.8692 -11.9246 -11.9696 -11.9982 -12.0121 -12.0426 -12.2302 + 8 -12.1059 -11.8965 -11.9055 -11.9499 -11.9880 -12.0120 -12.0192 -12.0130 -12.0348 -12.2635 + 9 -12.1940 -12.1208 -12.1802 -12.2674 -12.3144 -12.3279 -12.3067 -12.2419 -12.2025 -12.3013 + 10 -12.2828 -12.3041 -12.3240 -12.3410 -12.3528 -12.3592 -12.3603 -12.3561 -12.3489 -12.3402 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 20 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -45.0973 -45.2681 -45.5874 -46.0071 -46.4489 -46.8056 -46.9722 -46.9698 -46.8978 -46.8398 + 2 -45.0671 -45.3288 -45.8441 -46.5825 -47.4577 -48.2384 -48.3223 -47.9226 -47.5147 -47.2800 + 3 -44.6426 -45.0343 -45.8697 -47.2750 -49.5144 -53.1333 -52.2834 -49.5830 -48.1129 -47.4578 + 4 -43.2979 -43.6161 -44.2703 -45.2941 -46.7308 -48.6068 -48.3443 -47.0008 -46.1230 -45.6925 + 5 -41.3103 -41.4870 -41.8284 -42.3027 -42.8404 -43.2976 -43.3904 -43.2081 -42.9922 -42.8601 + 6 -39.2217 -39.3060 -39.4634 -39.6698 -39.8868 -40.0641 -40.1550 -40.1668 -40.1424 -40.1198 + 7 -37.3756 -37.4142 -37.4860 -37.5790 -37.6771 -37.7628 -37.8235 -37.8575 -37.8722 -37.8768 + 8 -35.9316 -35.9499 -35.9842 -36.0292 -36.0780 -36.1237 -36.1611 -36.1879 -36.2046 -36.2127 + 9 -34.9528 -34.9625 -34.9810 -35.0055 -35.0329 -35.0597 -35.0832 -35.1016 -35.1141 -35.1206 + 10 -34.4605 -34.4672 -34.4795 -34.4962 -34.5151 -34.5341 -34.5515 -34.5656 -34.5756 -34.5807 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 20 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 20 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6272780.8663 CSUB-CGELASTIC = 361.0577 CSUB + CSUB-ELASTIC = 1620195.9267 CSUB-ELASTIC = 4.7651 CSUB + CSUB-INELASTIC = 139535452.5829 CSUB-INELASTIC = 17168.9150 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 157815000.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4607713.1872 CHD = 296.4797 CHD_0 + + TOTAL IN = 309851142.5631 TOTAL IN = 44831.2175 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 208192500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 100866468.4273 CHD = 14831.2175 CHD_0 + + TOTAL OUT = 309851142.5595 TOTAL OUT = 44831.2175 + + IN - OUT = 3.6362E-03 IN - OUT = 9.1451E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 20 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 5.99681E+08 9.99468E+06 1.66578E+05 6940.8 19.003 + + +end timestep + + +start timestep kper="21" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 21 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 21 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="21" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="21" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="21" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="21" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="21" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 21 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 21 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 21 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 21 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 21 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 21 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 21 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 21 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 21 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 21 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 16.8729 16.4420 15.6251 15.0982 14.8246 14.7903 14.9983 15.4682 16.2425 16.6504 + 2 15.7709 15.1583 14.6324 14.2489 14.0299 13.9840 14.1141 14.4176 14.8801 15.4558 + 3 14.2873 13.6906 13.2311 12.9036 12.7063 12.6388 12.7021 12.8972 13.2311 13.7315 + 4 12.3498 11.8304 11.4581 11.1962 11.0277 10.9430 10.9336 10.9862 11.0780 11.1668 + 5 9.63804 9.52751 9.38975 9.26299 9.16460 9.10108 9.07184 9.07042 9.08515 9.10042 + 6 7.50081 7.46542 7.40971 7.34940 7.29630 7.25721 7.23412 7.22482 7.22415 7.22606 + 7 5.62519 5.60374 5.56734 5.52655 5.49187 5.46967 5.46168 5.46510 5.47323 5.47926 + 8 3.94466 3.90970 3.85030 3.78714 3.74547 3.73339 3.75190 3.79489 3.83929 3.86623 + 9 2.50371 2.41177 2.24637 2.05976 1.97862 1.97277 2.04231 2.21747 2.37400 2.46115 + 10 1.52218 1.29838 0.817502 0.00000 0.00000 0.00000 0.00000 0.804883 1.27724 1.49672 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 21 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -12.2699 -12.2753 -12.2887 -12.3069 -12.3269 -12.3467 -12.3651 -12.3823 -12.4000 -12.4209 + 2 -12.2879 -11.9492 -12.3235 -12.7746 -13.2274 -13.5758 -13.5610 -13.2720 -12.8859 -12.5239 + 3 -12.3340 -12.3518 -12.8867 -13.6278 -14.6879 -16.1656 -15.8272 -14.6354 -13.7479 -12.6277 + 4 -12.3953 -12.4807 -12.9135 -13.4672 -14.1669 -14.9765 -14.8865 -14.2984 -13.7656 -12.7090 + 5 -12.4658 -12.4980 -12.7025 -12.9614 -13.2374 -13.4644 -13.5173 -13.4349 -13.2807 -12.7604 + 6 -12.5386 -12.4242 -12.4982 -12.6123 -12.7288 -12.8225 -12.8716 -12.8803 -12.8676 -12.7944 + 7 -12.6155 -12.4040 -12.4197 -12.4755 -12.5323 -12.5785 -12.6079 -12.6223 -12.6524 -12.8240 + 8 -12.6983 -12.5031 -12.5132 -12.5586 -12.5976 -12.6223 -12.6298 -12.6237 -12.6448 -12.8566 + 9 -12.7858 -12.7296 -12.7913 -12.8798 -12.9276 -12.9415 -12.9201 -12.8547 -12.8133 -12.8936 + 10 -12.8738 -12.8950 -12.9147 -12.9316 -12.9433 -12.9498 -12.9510 -12.9469 -12.9400 -12.9315 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 21 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -46.3179 -46.4887 -46.8080 -47.2278 -47.6697 -48.0264 -48.1931 -48.1908 -48.1188 -48.0608 + 2 -46.2879 -46.5496 -47.0649 -47.8034 -48.6787 -49.4595 -49.5435 -49.1438 -48.7359 -48.5012 + 3 -45.8637 -46.2554 -47.0909 -48.4964 -50.7360 -54.3550 -53.5052 -50.8047 -49.3346 -48.6795 + 4 -44.5195 -44.8378 -45.4921 -46.5160 -47.9528 -49.8290 -49.5665 -48.2230 -47.3452 -46.9146 + 5 -42.5324 -42.7091 -43.0506 -43.5251 -44.0628 -44.5202 -44.6130 -44.4307 -44.2147 -44.0826 + 6 -40.4442 -40.5285 -40.6860 -40.8925 -41.1095 -41.2869 -41.3779 -41.3897 -41.3653 -41.3427 + 7 -38.5985 -38.6372 -38.7090 -38.8020 -38.9001 -38.9859 -39.0466 -39.0806 -39.0953 -39.0999 + 8 -37.1547 -37.1730 -37.2074 -37.2524 -37.3013 -37.3470 -37.3844 -37.4112 -37.4279 -37.4359 + 9 -36.1760 -36.1858 -36.2043 -36.2289 -36.2563 -36.2831 -36.3066 -36.3250 -36.3375 -36.3440 + 10 -35.6838 -35.6904 -35.7029 -35.7195 -35.7384 -35.7575 -35.7749 -35.7890 -35.7989 -35.8041 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 21 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 21 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6402444.0543 CSUB-CGELASTIC = 351.0313 CSUB + CSUB-ELASTIC = 1621954.7449 CSUB-ELASTIC = 4.8448 CSUB + CSUB-INELASTIC = 145742518.0352 CSUB-INELASTIC = 16876.4745 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 167676750.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4719101.6661 CHD = 310.6538 CHD_0 + + TOTAL IN = 326162768.5005 TOTAL IN = 44543.0044 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 219150000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 106220594.3643 CHD = 14543.0044 CHD_0 + + TOTAL OUT = 326162768.4965 TOTAL OUT = 44543.0044 + + IN - OUT = 3.9902E-03 IN - OUT = 8.4918E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 21 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 6.31238E+08 1.05206E+07 1.75344E+05 7306.0 20.003 + + +end timestep + + +start timestep kper="22" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 22 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 22 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="22" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="22" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="22" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="22" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="22" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 22 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 22 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 22 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 22 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 22 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 22 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 22 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 22 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 22 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 22 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 16.7270 16.2961 15.4792 14.9522 14.6786 14.6443 14.8522 15.3222 16.0965 16.5043 + 2 15.6278 15.0152 14.4892 14.1057 13.8867 13.8407 13.9708 14.2743 14.7368 15.3124 + 3 14.1497 13.5530 13.0934 12.7658 12.5685 12.5009 12.5641 12.7593 13.0932 13.5937 + 4 12.2205 11.7011 11.3288 11.0668 10.8982 10.8134 10.8040 10.8567 10.9484 11.0373 + 5 9.51992 9.40939 9.27163 9.14486 9.04645 8.98288 8.95361 8.95216 8.96687 8.98214 + 6 7.39679 7.36144 7.30581 7.24557 7.19250 7.15340 7.13023 7.12082 7.12006 7.12192 + 7 5.53806 5.51679 5.48071 5.44023 5.40572 5.38351 5.37531 5.37840 5.38621 5.39205 + 8 3.87676 3.84242 3.78407 3.72199 3.68092 3.66883 3.68671 3.72862 3.77196 3.79827 + 9 2.45572 2.36568 2.20371 2.02095 1.94141 1.93555 2.00349 2.17478 2.32788 2.41313 + 10 1.48981 1.27076 0.800103 0.00000 0.00000 0.00000 0.00000 0.787473 1.24960 1.46433 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 22 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -12.8729 -12.8783 -12.8918 -12.9101 -12.9302 -12.9500 -12.9684 -12.9857 -13.0034 -13.0243 + 2 -12.8905 -12.5216 -12.9026 -13.3659 -13.8295 -14.1850 -14.1694 -13.8732 -13.4789 -13.1272 + 3 -12.9362 -12.9385 -13.4842 -14.2421 -15.3217 -16.8183 -16.4765 -15.2677 -14.3621 -13.2308 + 4 -12.9970 -13.0772 -13.5187 -14.0843 -14.7972 -15.6186 -15.5280 -14.9310 -14.3864 -13.3117 + 5 -13.0667 -13.1019 -13.3105 -13.5750 -13.8566 -14.0880 -14.1420 -14.0580 -13.8990 -13.3624 + 6 -13.1387 -13.0316 -13.1073 -13.2239 -13.3429 -13.4385 -13.4887 -13.4976 -13.4833 -13.3954 + 7 -13.2145 -13.0131 -13.0298 -13.0867 -13.1448 -13.1921 -13.2222 -13.2369 -13.2665 -13.4238 + 8 -13.2960 -13.1131 -13.1243 -13.1705 -13.2104 -13.2356 -13.2434 -13.2374 -13.2578 -13.4549 + 9 -13.3821 -13.3399 -13.4037 -13.4931 -13.5416 -13.5557 -13.5343 -13.4685 -13.4254 -13.4904 + 10 -13.4689 -13.4897 -13.5092 -13.5259 -13.5375 -13.5440 -13.5454 -13.5415 -13.5349 -13.5267 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 22 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -47.5039 -47.6747 -47.9940 -48.4139 -48.8558 -49.2126 -49.3793 -49.3770 -49.3050 -49.2471 + 2 -47.4739 -47.7356 -48.2510 -48.9896 -49.8650 -50.6459 -50.7300 -50.3302 -49.9223 -49.6877 + 3 -47.0500 -47.4418 -48.2774 -49.6830 -51.9227 -55.5419 -54.6921 -51.9916 -50.5215 -49.8663 + 4 -45.7062 -46.0245 -46.6789 -47.7029 -49.1399 -51.0161 -50.7537 -49.4103 -48.5324 -48.1017 + 5 -43.7194 -43.8961 -44.2377 -44.7122 -45.2501 -45.7075 -45.8004 -45.6181 -45.4021 -45.2699 + 6 -41.6314 -41.7158 -41.8734 -42.0799 -42.2970 -42.4744 -42.5654 -42.5772 -42.5528 -42.5302 + 7 -39.7859 -39.8246 -39.8965 -39.9896 -40.0877 -40.1735 -40.2343 -40.2683 -40.2830 -40.2876 + 8 -38.3423 -38.3606 -38.3950 -38.4401 -38.4890 -38.5347 -38.5722 -38.5990 -38.6156 -38.6236 + 9 -37.3637 -37.3735 -37.3920 -37.4166 -37.4440 -37.4708 -37.4944 -37.5128 -37.5253 -37.5317 + 10 -36.8714 -36.8780 -36.8905 -36.9071 -36.9261 -36.9452 -36.9625 -36.9767 -36.9866 -36.9917 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 22 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 22 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6528579.4686 CSUB-CGELASTIC = 341.6083 CSUB + CSUB-ELASTIC = 1623736.0316 CSUB-ELASTIC = 4.8949 CSUB + CSUB-INELASTIC = 151841898.1638 CSUB-INELASTIC = 16580.2815 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 177538500.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4835688.2421 CHD = 324.9164 CHD_0 + + TOTAL IN = 342368401.9060 TOTAL IN = 44251.7011 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 230107500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 111468727.7695 CHD = 14251.7011 CHD_0 + + TOTAL OUT = 342368401.9017 TOTAL OUT = 44251.7011 + + IN - OUT = 4.2928E-03 IN - OUT = 8.0065E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 22 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 6.62796E+08 1.10466E+07 1.84110E+05 7671.2 21.003 + + +end timestep + + +start timestep kper="23" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 23 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 23 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="23" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="23" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="23" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="23" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="23" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 23 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 23 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 23 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 23 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 23 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 23 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 23 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 23 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 23 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 23 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 16.5799 16.1490 15.3321 14.8051 14.5314 14.4971 14.7050 15.1750 15.9493 16.3571 + 2 15.4835 14.8709 14.3449 13.9614 13.7423 13.6963 13.8263 14.1299 14.5923 15.1680 + 3 14.0109 13.4143 12.9546 12.6270 12.4296 12.3620 12.4252 12.6203 12.9543 13.4548 + 4 12.0902 11.5708 11.1984 10.9364 10.7678 10.6830 10.6736 10.7262 10.8179 10.9068 + 5 9.40095 9.29042 9.15266 9.02588 8.92745 8.86386 8.83455 8.83306 8.84776 8.86302 + 6 7.29205 7.25675 7.20120 7.14104 7.08800 7.04888 7.02563 7.01612 7.01527 7.01708 + 7 5.45036 5.42928 5.39351 5.35335 5.31902 5.29680 5.28839 5.29114 5.29863 5.30428 + 8 3.80844 3.77472 3.71744 3.65644 3.61598 3.60388 3.62114 3.66195 3.70422 3.72990 + 9 2.40746 2.31932 2.16080 1.98192 1.90399 1.89813 1.96445 2.13185 2.28150 2.36484 + 10 1.45727 1.24299 0.782608 0.00000 0.00000 0.00000 0.00000 0.769969 1.22182 1.43177 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 23 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -13.4823 -13.4879 -13.5015 -13.5199 -13.5400 -13.5599 -13.5784 -13.5956 -13.6133 -13.6341 + 2 -13.4991 -13.1059 -13.4922 -13.9660 -14.4387 -14.8004 -14.7840 -14.4817 -14.0806 -13.7364 + 3 -13.5439 -13.5344 -14.0892 -14.8614 -15.9580 -17.4707 -17.1260 -15.9026 -14.9813 -13.8393 + 4 -13.6036 -13.6807 -14.1297 -14.7056 -15.4300 -16.2615 -16.1703 -15.5658 -15.0106 -13.9192 + 5 -13.6722 -13.7109 -13.9231 -14.1925 -14.4789 -14.7141 -14.7691 -14.6838 -14.5204 -13.9686 + 6 -13.7426 -13.6427 -13.7201 -13.8387 -13.9599 -14.0571 -14.1083 -14.1174 -14.1014 -14.0001 + 7 -13.8167 -13.6245 -13.6421 -13.7001 -13.7593 -13.8075 -13.8382 -13.8533 -13.8820 -14.0266 + 8 -13.8963 -13.7239 -13.7362 -13.7831 -13.8236 -13.8493 -13.8574 -13.8516 -13.8710 -14.0558 + 9 -13.9806 -13.9495 -14.0150 -14.1049 -14.1538 -14.1682 -14.1469 -14.0811 -14.0364 -14.0893 + 10 -14.0656 -14.0861 -14.1052 -14.1217 -14.1331 -14.1397 -14.1412 -14.1377 -14.1314 -14.1237 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 23 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -48.6574 -48.8282 -49.1476 -49.5675 -50.0095 -50.3663 -50.5331 -50.5308 -50.4588 -50.4009 + 2 -48.6275 -48.8891 -49.4046 -50.1433 -51.0188 -51.7998 -51.8839 -51.4842 -51.0762 -50.8416 + 3 -48.2038 -48.5955 -49.4312 -50.8370 -53.0768 -56.6961 -55.8464 -53.1459 -51.6756 -51.0204 + 4 -46.8601 -47.1785 -47.8330 -48.8571 -50.2942 -52.1705 -51.9082 -50.5647 -49.6868 -49.2561 + 5 -44.8735 -45.0503 -45.3919 -45.8666 -46.4045 -46.8620 -46.9549 -46.7726 -46.5566 -46.4244 + 6 -42.7857 -42.8701 -43.0277 -43.2343 -43.4514 -43.6289 -43.7200 -43.7318 -43.7073 -43.6847 + 7 -40.9402 -40.9790 -41.0509 -41.1440 -41.2422 -41.3280 -41.3888 -41.4228 -41.4375 -41.4420 + 8 -39.4966 -39.5150 -39.5494 -39.5945 -39.6434 -39.6892 -39.7266 -39.7535 -39.7701 -39.7781 + 9 -38.5179 -38.5278 -38.5464 -38.5710 -38.5984 -38.6252 -38.6488 -38.6672 -38.6797 -38.6860 + 10 -38.0256 -38.0323 -38.0447 -38.0614 -38.0803 -38.0994 -38.1168 -38.1310 -38.1409 -38.1460 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 23 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 23 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6651390.9890 CSUB-CGELASTIC = 332.7149 CSUB + CSUB-ELASTIC = 1625530.1078 CSUB-ELASTIC = 4.9204 CSUB + CSUB-INELASTIC = 157832581.0757 CSUB-INELASTIC = 16281.9366 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 187400250.0000 RCHA = 27000.0000 RCHA_0 + CHD = 4957493.3075 CHD = 339.2139 CHD_0 + + TOTAL IN = 358467245.4800 TOTAL IN = 43958.7858 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 241065000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 116610071.3431 CHD = 13958.7858 CHD_0 + + TOTAL OUT = 358467245.4753 TOTAL OUT = 43958.7858 + + IN - OUT = 4.6439E-03 IN - OUT = 7.8767E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 23 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 6.94354E+08 1.15726E+07 1.92876E+05 8036.5 22.003 + + +end timestep + + +start timestep kper="24" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 24 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 24 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="24" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="24" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="24" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="24" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="24" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 24 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 24 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 24 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 24 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 24 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 24 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 24 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 24 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 24 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 24 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 16.4323 16.0015 15.1845 14.6575 14.3838 14.3495 14.5574 15.0273 15.8016 16.2094 + 2 15.3387 14.7262 14.2001 13.8165 13.5974 13.5514 13.6814 13.9850 14.4474 15.0231 + 3 13.8718 13.2751 12.8155 12.4878 12.2903 12.2226 12.2859 12.4810 12.8150 13.3155 + 4 11.9595 11.4401 11.0677 10.8057 10.6370 10.5521 10.5427 10.5953 10.6871 10.7760 + 5 9.28166 9.17113 9.03338 8.90659 8.80815 8.74453 8.71519 8.71367 8.72835 8.74361 + 6 7.18706 7.15180 7.09633 7.03625 6.98326 6.94412 6.92080 6.91118 6.91023 6.91199 + 7 5.36247 5.34158 5.30613 5.26628 5.23215 5.20991 5.20130 5.20371 5.21087 5.21633 + 8 3.73999 3.70691 3.65068 3.59078 3.55093 3.53882 3.55546 3.59516 3.63636 3.66141 + 9 2.35912 2.27290 2.11784 1.94283 1.86652 1.86065 1.92535 2.08886 2.23505 2.31648 + 10 1.42468 1.21518 0.765090 0.00000 0.00000 0.00000 0.00000 0.752443 1.19400 1.39916 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 24 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -14.0949 -14.1007 -14.1145 -14.1330 -14.1532 -14.1731 -14.1916 -14.2087 -14.2263 -14.2469 + 2 -14.1106 -13.6984 -14.0887 -14.5714 -15.0521 -15.4190 -15.4021 -15.0945 -14.6877 -14.3484 + 3 -14.1542 -14.1361 -14.6984 -15.4832 -16.5943 -18.1207 -17.7737 -16.5377 -15.6029 -14.4503 + 4 -14.2125 -14.2883 -14.7436 -15.3285 -16.0627 -16.9029 -16.8113 -16.2002 -15.6357 -14.5287 + 5 -14.2793 -14.3224 -14.5377 -14.8112 -15.1020 -15.3404 -15.3962 -15.3097 -15.1424 -14.5764 + 6 -14.3478 -14.2548 -14.3338 -14.4542 -14.5772 -14.6760 -14.7280 -14.7372 -14.7195 -14.6058 + 7 -14.4197 -14.2356 -14.2544 -14.3132 -14.3733 -14.4223 -14.4535 -14.4689 -14.4968 -14.6301 + 8 -14.4971 -14.3332 -14.3466 -14.3940 -14.4350 -14.4611 -14.4696 -14.4640 -14.4825 -14.6569 + 9 -14.5791 -14.5562 -14.6232 -14.7133 -14.7625 -14.7771 -14.7560 -14.6904 -14.6444 -14.6880 + 10 -14.6620 -14.6820 -14.7007 -14.7169 -14.7283 -14.7348 -14.7365 -14.7333 -14.7274 -14.7202 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 24 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -49.7803 -49.9512 -50.2706 -50.6906 -51.1326 -51.4895 -51.6562 -51.6540 -51.5820 -51.5241 + 2 -49.7505 -50.0121 -50.5277 -51.2664 -52.1420 -52.9230 -53.0072 -52.6075 -52.1995 -51.9649 + 3 -49.3269 -49.7187 -50.5544 -51.9603 -54.2003 -57.8196 -56.9699 -54.2694 -52.7991 -52.1439 + 4 -47.9833 -48.3017 -48.9563 -49.9805 -51.4177 -53.2941 -53.0318 -51.6883 -50.8103 -50.3796 + 5 -45.9968 -46.1736 -46.5152 -46.9900 -47.5280 -47.9855 -48.0784 -47.8961 -47.6801 -47.5479 + 6 -43.9089 -43.9934 -44.1510 -44.3577 -44.5748 -44.7524 -44.8434 -44.8552 -44.8308 -44.8081 + 7 -42.0634 -42.1022 -42.1741 -42.2673 -42.3655 -42.4514 -42.5121 -42.5461 -42.5608 -42.5653 + 8 -40.6197 -40.6381 -40.6726 -40.7177 -40.7666 -40.8124 -40.8499 -40.8767 -40.8933 -40.9012 + 9 -39.6409 -39.6508 -39.6694 -39.6940 -39.7215 -39.7483 -39.7718 -39.7902 -39.8027 -39.8091 + 10 -39.1485 -39.1552 -39.1676 -39.1843 -39.2032 -39.2224 -39.2397 -39.2539 -39.2638 -39.2689 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 24 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 24 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6771058.0237 CSUB-CGELASTIC = 324.2883 CSUB + CSUB-ELASTIC = 1627328.9586 CSUB-ELASTIC = 4.9256 CSUB + CSUB-INELASTIC = 163714079.3499 CSUB-INELASTIC = 15982.7716 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 197262000.0000 RCHA = 27000.0000 RCHA_0 + CHD = 5084519.1378 CHD = 353.4993 CHD_0 + + TOTAL IN = 374458985.4700 TOTAL IN = 43665.4848 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 252022500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 121644311.3328 CHD = 13665.4848 CHD_0 + + TOTAL OUT = 374458985.4650 TOTAL OUT = 43665.4848 + + IN - OUT = 4.9911E-03 IN - OUT = 7.4513E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 24 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 7.25911E+08 1.20985E+07 2.01642E+05 8401.8 23.003 + + +end timestep + + +start timestep kper="25" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 25 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 25 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="25" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="25" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="25" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="25" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="25" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 25 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 25 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 25 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 25 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 25 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 25 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 25 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 25 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 25 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 25 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 16.2848 15.8540 15.0370 14.5099 14.2363 14.2019 14.4098 14.8797 15.6540 16.0618 + 2 15.1941 14.5815 14.0554 13.6718 13.4527 13.4066 13.5366 13.8402 14.3026 14.8783 + 3 13.7327 13.1360 12.6764 12.3486 12.1511 12.0834 12.1466 12.3418 12.6758 13.1763 + 4 11.8290 11.3095 10.9371 10.6750 10.5063 10.4214 10.4120 10.4646 10.5564 10.6453 + 5 9.16249 9.05197 8.91421 8.78743 8.68898 8.62534 8.59596 8.59442 8.60907 8.62433 + 6 7.08219 7.04699 6.99160 6.93160 6.87865 6.83949 6.81610 6.80639 6.80534 6.80705 + 7 5.27472 5.25401 5.21888 5.17935 5.14541 5.12316 5.11434 5.11642 5.12325 5.12852 + 8 3.67166 3.63921 3.58405 3.52523 3.48599 3.47388 3.48989 3.52850 3.56863 3.59305 + 9 2.31088 2.22658 2.07496 1.90383 1.82912 1.82326 1.88634 2.04597 2.18871 2.26821 + 10 1.39216 1.18744 0.747609 0.00000 0.00000 0.00000 0.00000 0.734955 1.16624 1.36663 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 25 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -14.7080 -14.7140 -14.7281 -14.7467 -14.7670 -14.7869 -14.8053 -14.8224 -14.8398 -14.8603 + 2 -14.7224 -14.2957 -14.6891 -15.1795 -15.6671 -16.0385 -16.0211 -15.7090 -15.2975 -14.9607 + 3 -14.7645 -14.7408 -15.3095 -16.1050 -17.2287 -18.7668 -18.4178 -17.1711 -16.2244 -15.0611 + 4 -14.8210 -14.8973 -15.3581 -15.9507 -16.6935 -17.5411 -17.4491 -16.8325 -16.2596 -15.1379 + 5 -14.8858 -14.9338 -15.1520 -15.4292 -15.7236 -15.9648 -16.0214 -15.9338 -15.7627 -15.1835 + 6 -14.9520 -14.8659 -14.9463 -15.0683 -15.1929 -15.2930 -15.3457 -15.3550 -15.3357 -15.2106 + 7 -15.0215 -14.8447 -14.8644 -14.9240 -14.9849 -15.0346 -15.0663 -15.0820 -15.1089 -15.2323 + 8 -15.0963 -14.9393 -14.9538 -15.0015 -15.0429 -15.0694 -15.0782 -15.0728 -15.0904 -15.2565 + 9 -15.1758 -15.1586 -15.2268 -15.3168 -15.3661 -15.3809 -15.3600 -15.2949 -15.2478 -15.2850 + 10 -15.2563 -15.2758 -15.2942 -15.3100 -15.3213 -15.3278 -15.3297 -15.3268 -15.3214 -15.3147 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 25 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -50.8744 -51.0453 -51.3648 -51.7848 -52.2268 -52.5837 -52.7505 -52.7483 -52.6763 -52.6184 + 2 -50.8446 -51.1062 -51.6218 -52.3606 -53.2363 -54.0174 -54.1015 -53.7018 -53.2939 -53.0592 + 3 -50.4210 -50.8128 -51.6486 -53.0546 -55.2947 -58.9141 -58.0645 -55.3639 -53.8936 -53.2383 + 4 -49.0775 -49.3959 -50.0505 -51.0748 -52.5121 -54.3886 -54.1263 -52.7828 -51.9048 -51.4740 + 5 -47.0909 -47.2677 -47.6094 -48.0842 -48.6223 -49.0799 -49.1728 -48.9905 -48.7745 -48.6422 + 6 -45.0029 -45.0874 -45.2451 -45.4518 -45.6690 -45.8465 -45.9376 -45.9494 -45.9249 -45.9022 + 7 -43.1572 -43.1961 -43.2680 -43.3612 -43.4595 -43.5453 -43.6061 -43.6401 -43.6548 -43.6593 + 8 -41.7133 -41.7318 -41.7663 -41.8114 -41.8604 -41.9062 -41.9436 -41.9704 -41.9871 -41.9950 + 9 -40.7344 -40.7443 -40.7629 -40.7876 -40.8150 -40.8419 -40.8654 -40.8838 -40.8963 -40.9026 + 10 -40.2419 -40.2485 -40.2610 -40.2777 -40.2966 -40.3157 -40.3331 -40.3473 -40.3572 -40.3623 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 25 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 25 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 6887739.1316 CSUB-CGELASTIC = 316.2750 CSUB + CSUB-ELASTIC = 1629125.9599 CSUB-ELASTIC = 4.9141 CSUB + CSUB-INELASTIC = 169486341.2125 CSUB-INELASTIC = 15683.8912 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 207123750.0000 RCHA = 27000.0000 RCHA_0 + CHD = 5216752.3440 CHD = 367.7325 CHD_0 + + TOTAL IN = 390343708.6479 TOTAL IN = 43372.8128 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 262980000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 126571534.5104 CHD = 13372.8128 CHD_0 + + TOTAL OUT = 390343708.6426 TOTAL OUT = 43372.8128 + + IN - OUT = 5.3643E-03 IN - OUT = 6.9775E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 25 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 7.57469E+08 1.26245E+07 2.10408E+05 8767.0 24.003 + + +end timestep + + +start timestep kper="26" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 26 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 26 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="26" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="26" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="26" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="26" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="26" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 26 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 26 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 26 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 26 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 26 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 26 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 26 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 26 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 26 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 26 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 16.1379 15.7070 14.8900 14.3629 14.0892 14.0549 14.2628 14.7327 15.5070 15.9148 + 2 15.0499 14.4373 13.9113 13.5276 13.3084 13.2624 13.3924 13.6959 14.1584 14.7341 + 3 13.5942 12.9975 12.5378 12.2100 12.0125 11.9447 12.0079 12.2031 12.5371 13.0376 + 4 11.6989 11.1795 10.8070 10.5449 10.3761 10.2913 10.2818 10.3344 10.4262 10.5151 + 5 9.04380 8.93328 8.79554 8.66876 8.57030 8.50664 8.47724 8.47566 8.49030 8.50555 + 6 6.97777 6.94261 6.88731 6.82739 6.77449 6.73532 6.71186 6.70204 6.70091 6.70256 + 7 5.18734 5.16683 5.13202 5.09281 5.05905 5.03680 5.02777 5.02953 5.03603 5.04110 + 8 3.60365 3.57183 3.51773 3.45999 3.42137 3.40925 3.42464 3.46216 3.50122 3.52501 + 9 2.26288 2.18048 2.03229 1.86502 1.79192 1.78605 1.84752 2.00329 2.14259 2.22019 + 10 1.35980 1.15983 0.730216 0.00000 0.00000 0.00000 0.00000 0.717556 1.13862 1.33426 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 26 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -15.3194 -15.3258 -15.3400 -15.3588 -15.3792 -15.3992 -15.4175 -15.4345 -15.4517 -15.4719 + 2 -15.3325 -14.8952 -15.2911 -15.7881 -16.2816 -16.6569 -16.6391 -16.3231 -15.9075 -15.5710 + 3 -15.3729 -15.3461 -15.9202 -16.7249 -17.8595 -19.4076 -19.0569 -17.8010 -16.8441 -15.6699 + 4 -15.4274 -15.5057 -15.9712 -16.5705 -17.3206 -18.1746 -18.0824 -17.4609 -16.8806 -15.7447 + 5 -15.4899 -15.5434 -15.7641 -16.0444 -16.3420 -16.5857 -16.6429 -16.5544 -16.3799 -15.7881 + 6 -15.5535 -15.4741 -15.5560 -15.6793 -15.8053 -15.9065 -15.9598 -15.9692 -15.9482 -15.8126 + 7 -15.6203 -15.4499 -15.4707 -15.5309 -15.5925 -15.6427 -15.6749 -15.6909 -15.7168 -15.8315 + 8 -15.6923 -15.5407 -15.5561 -15.6041 -15.6458 -15.6726 -15.6817 -15.6766 -15.6933 -15.8528 + 9 -15.7691 -15.7554 -15.8244 -15.9141 -15.9634 -15.9784 -15.9578 -15.8934 -15.8455 -15.8785 + 10 -15.8472 -15.8661 -15.8840 -15.8995 -15.9106 -15.9172 -15.9192 -15.9167 -15.9117 -15.9056 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 26 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -51.9411 -52.1120 -52.4315 -52.8515 -53.2936 -53.6506 -53.8174 -53.8152 -53.7432 -53.6853 + 2 -51.9112 -52.1729 -52.6885 -53.4274 -54.3032 -55.0843 -55.1685 -54.7688 -54.3608 -54.1261 + 3 -51.4877 -51.8795 -52.7154 -54.1214 -56.3616 -59.9811 -59.1315 -56.4309 -54.9605 -54.3052 + 4 -50.1441 -50.4625 -51.1172 -52.1416 -53.5790 -55.4555 -55.1932 -53.8497 -52.9717 -52.5409 + 5 -48.1573 -48.3342 -48.6760 -49.1508 -49.6890 -50.1466 -50.2395 -50.0572 -49.8412 -49.7089 + 6 -46.0692 -46.1537 -46.3114 -46.5181 -46.7354 -46.9130 -47.0041 -47.0159 -46.9914 -46.9686 + 7 -44.2232 -44.2621 -44.3341 -44.4273 -44.5256 -44.6115 -44.6723 -44.7063 -44.7209 -44.7254 + 8 -42.7791 -42.7976 -42.8321 -42.8772 -42.9262 -42.9720 -43.0095 -43.0363 -43.0529 -43.0608 + 9 -41.7999 -41.8099 -41.8285 -41.8531 -41.8806 -41.9074 -41.9310 -41.9494 -41.9619 -41.9682 + 10 -41.3073 -41.3139 -41.3264 -41.3431 -41.3620 -41.3812 -41.3986 -41.4127 -41.4227 -41.4278 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 26 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 26 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 7001575.0963 CSUB-CGELASTIC = 308.6295 CSUB + CSUB-ELASTIC = 1630915.6511 CSUB-ELASTIC = 4.8888 CSUB + CSUB-INELASTIC = 175149675.5442 CSUB-INELASTIC = 15386.2086 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 216985500.0000 RCHA = 27000.0000 RCHA_0 + CHD = 5354166.1556 CHD = 381.8790 CHD_0 + + TOTAL IN = 406121832.4472 TOTAL IN = 43081.6059 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 273937500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 131392158.3093 CHD = 13081.6059 CHD_0 + + TOTAL OUT = 406121832.4415 TOTAL OUT = 43081.6059 + + IN - OUT = 5.7198E-03 IN - OUT = 7.2647E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 26 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 7.89026E+08 1.31504E+07 2.19174E+05 9132.2 25.003 + + +end timestep + + +start timestep kper="27" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 27 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 27 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="27" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="27" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="27" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="27" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="27" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 27 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 27 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 27 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 27 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 27 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 27 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 27 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 27 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 27 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 27 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 15.9918 15.5609 14.7439 14.2169 13.9431 13.9088 14.1166 14.5866 15.3608 15.7687 + 2 14.9067 14.2941 13.7680 13.3843 13.1651 13.1190 13.2490 13.5525 14.0150 14.5907 + 3 13.4565 12.8598 12.4001 12.0723 11.8747 11.8069 11.8701 12.0653 12.3994 12.8999 + 4 11.5697 11.0502 10.6778 10.4156 10.2468 10.1619 10.1525 10.2051 10.2969 10.3858 + 5 8.92589 8.81537 8.67764 8.55087 8.45240 8.38873 8.35930 8.35770 8.37231 8.38756 + 6 6.87404 6.83894 6.78373 6.72389 6.67104 6.63186 6.60833 6.59841 6.59718 6.59879 + 7 5.10058 5.08026 5.04576 5.00687 4.97330 4.95104 4.94181 4.94323 4.94941 4.95430 + 8 3.53612 3.50492 3.45188 3.39522 3.35720 3.34508 3.35986 3.39629 3.43430 3.45745 + 9 2.21522 2.13472 1.98993 1.82650 1.75499 1.74912 1.80899 1.96092 2.09681 2.17251 + 10 1.32768 1.13242 0.712951 0.00000 0.00000 0.00000 0.00000 0.700286 1.11121 1.30213 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 27 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -15.9275 -15.9341 -15.9486 -15.9675 -15.9880 -16.0080 -16.0263 -16.0432 -16.0602 -16.0801 + 2 -15.9390 -15.4947 -15.8926 -16.3951 -16.8937 -17.2724 -17.2542 -16.9349 -16.5159 -16.1779 + 3 -15.9776 -15.9500 -16.5287 -17.3414 -18.4854 -20.0419 -19.6898 -18.4262 -17.4602 -16.2750 + 4 -16.0299 -16.1116 -16.5813 -17.1863 -17.9428 -18.8022 -18.7098 -18.0841 -17.4973 -16.3477 + 5 -16.0900 -16.1495 -16.3725 -16.6556 -16.9559 -17.2017 -17.2595 -17.1702 -16.9924 -16.3886 + 6 -16.1509 -16.0779 -16.1612 -16.2857 -16.4129 -16.5151 -16.5689 -16.5784 -16.5558 -16.4103 + 7 -16.2148 -16.0501 -16.0719 -16.1326 -16.1947 -16.2455 -16.2781 -16.2943 -16.3192 -16.4263 + 8 -16.2839 -16.1362 -16.1525 -16.2006 -16.2425 -16.2697 -16.2791 -16.2743 -16.2902 -16.4446 + 9 -16.3578 -16.3455 -16.4150 -16.5042 -16.5534 -16.5686 -16.5484 -16.4847 -16.4364 -16.4673 + 10 -16.4332 -16.4516 -16.4690 -16.4842 -16.4951 -16.5017 -16.5039 -16.5018 -16.4973 -16.4918 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 27 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -52.9818 -53.1526 -53.4722 -53.8922 -54.3344 -54.6913 -54.8582 -54.8559 -54.7840 -54.7260 + 2 -52.9518 -53.2135 -53.7292 -54.4681 -55.3439 -56.1251 -56.2093 -55.8096 -55.4016 -55.1669 + 3 -52.5282 -52.9201 -53.7560 -55.1621 -57.4024 -61.0219 -60.1723 -57.4717 -56.0013 -55.3460 + 4 -51.1845 -51.5030 -52.1577 -53.1822 -54.6196 -56.4962 -56.2339 -54.8904 -54.0123 -53.5815 + 5 -49.1975 -49.3744 -49.7162 -50.1911 -50.7293 -51.1870 -51.2799 -51.0976 -50.8815 -50.7492 + 6 -47.1091 -47.1936 -47.3514 -47.5581 -47.7754 -47.9530 -48.0441 -48.0559 -48.0314 -48.0086 + 7 -45.2628 -45.3017 -45.3737 -45.4670 -45.5652 -45.6512 -45.7119 -45.7460 -45.7606 -45.7651 + 8 -43.8184 -43.8368 -43.8713 -43.9165 -43.9655 -44.0113 -44.0488 -44.0756 -44.0922 -44.1001 + 9 -42.8389 -42.8489 -42.8675 -42.8922 -42.9196 -42.9465 -42.9700 -42.9885 -43.0009 -43.0072 + 10 -42.3461 -42.3528 -42.3652 -42.3819 -42.4009 -42.4200 -42.4374 -42.4516 -42.4615 -42.4666 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 27 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 27 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 7112691.5335 CSUB-CGELASTIC = 301.3128 CSUB + CSUB-ELASTIC = 1632693.5474 CSUB-ELASTIC = 4.8521 CSUB + CSUB-INELASTIC = 180704688.6154 CSUB-INELASTIC = 15090.4754 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 226847250.0000 RCHA = 27000.0000 RCHA_0 + CHD = 5496722.4933 CHD = 395.9102 CHD_0 + + TOTAL IN = 421794046.1897 TOTAL IN = 42792.5506 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 284895000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 136106872.0515 CHD = 12792.5506 CHD_0 + + TOTAL OUT = 421794046.1837 TOTAL OUT = 42792.5506 + + IN - OUT = 6.0521E-03 IN - OUT = 5.9447E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 27 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 8.20584E+08 1.36764E+07 2.27940E+05 9497.5 26.003 + + +end timestep + + +start timestep kper="28" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 28 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 28 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="28" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="28" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="28" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="28" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="28" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 28 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 28 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 28 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 28 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 28 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 28 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 28 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 28 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 28 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 28 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 15.8470 15.4161 14.5991 14.0720 13.7983 13.7639 13.9718 14.4417 15.2160 15.6238 + 2 14.7646 14.1520 13.6259 13.2422 13.0230 12.9769 13.1069 13.4104 13.8729 14.4486 + 3 13.3200 12.7233 12.2636 11.9357 11.7381 11.6703 11.7335 11.9287 12.2628 12.7633 + 4 11.4415 10.9221 10.5496 10.2875 10.1187 10.0337 10.0242 10.0768 10.1686 10.2576 + 5 8.80900 8.69848 8.56076 8.43400 8.33554 8.27185 8.24240 8.24077 8.25536 8.27061 + 6 6.77124 6.73618 6.68105 6.62131 6.56850 6.52931 6.50572 6.49570 6.49437 6.49593 + 7 5.01459 4.99446 4.96027 4.92170 4.88832 4.86605 4.85663 4.85772 4.86358 4.86827 + 8 3.46920 3.43863 3.38663 3.33105 3.29363 3.28151 3.29567 3.33102 3.36798 3.39052 + 9 2.16800 2.08938 1.94798 1.78834 1.71841 1.71253 1.77083 1.91895 2.05146 2.12528 + 10 1.29586 1.10527 0.695847 0.00000 0.00000 0.00000 0.00000 0.683178 1.08405 1.27030 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 28 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -16.5307 -16.5377 -16.5524 -16.5715 -16.5921 -16.6121 -16.6304 -16.6471 -16.6639 -16.6835 + 2 -16.5406 -16.0923 -16.4918 -16.9991 -17.5021 -17.8836 -17.8652 -17.5431 -17.1210 -16.7797 + 3 -16.5773 -16.5509 -17.1336 -17.9532 -19.1052 -20.6690 -20.3158 -19.0454 -18.0714 -16.8750 + 4 -16.6274 -16.7135 -17.1868 -17.7969 -18.5589 -19.4230 -19.3304 -18.7011 -18.1083 -16.9455 + 5 -16.6848 -16.7507 -16.9759 -17.2613 -17.5641 -17.8116 -17.8699 -17.7799 -17.5992 -16.9838 + 6 -16.7430 -16.6763 -16.7609 -16.8864 -17.0147 -17.1176 -17.1719 -17.1815 -17.1573 -17.0027 + 7 -16.8038 -16.6441 -16.6669 -16.7280 -16.7906 -16.8418 -16.8747 -16.8912 -16.9151 -17.0156 + 8 -16.8699 -16.7249 -16.7419 -16.7900 -16.8322 -16.8595 -16.8692 -16.8648 -16.8800 -17.0308 + 9 -16.9408 -16.9282 -16.9979 -17.0864 -17.1354 -17.1507 -17.1310 -17.0682 -17.0197 -17.0505 + 10 -17.0135 -17.0313 -17.0483 -17.0631 -17.0739 -17.0805 -17.0829 -17.0811 -17.0771 -17.0721 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 28 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -53.9975 -54.1684 -54.4879 -54.9080 -55.3501 -55.7072 -55.8740 -55.8718 -55.7998 -55.7419 + 2 -53.9675 -54.2292 -54.7449 -55.4838 -56.3597 -57.1409 -57.2251 -56.8254 -56.4174 -56.1827 + 3 -53.5437 -53.9356 -54.7716 -56.1778 -58.4181 -62.0377 -61.1881 -58.4875 -57.0171 -56.3617 + 4 -52.1998 -52.5184 -53.1731 -54.1977 -55.6352 -57.5118 -57.2495 -55.9060 -55.0279 -54.5970 + 5 -50.2126 -50.3895 -50.7314 -51.2063 -51.7446 -52.2022 -52.2952 -52.1129 -51.8968 -51.7644 + 6 -48.1238 -48.2083 -48.3662 -48.5729 -48.7903 -48.9679 -49.0590 -49.0708 -49.0463 -49.0235 + 7 -46.2772 -46.3161 -46.3881 -46.4814 -46.5797 -46.6656 -46.7264 -46.7604 -46.7750 -46.7795 + 8 -44.8324 -44.8509 -44.8854 -44.9306 -44.9796 -45.0254 -45.0629 -45.0897 -45.1063 -45.1142 + 9 -43.8527 -43.8626 -43.8812 -43.9059 -43.9333 -43.9602 -43.9838 -44.0022 -44.0147 -44.0210 + 10 -43.3597 -43.3663 -43.3788 -43.3955 -43.4145 -43.4336 -43.4510 -43.4652 -43.4751 -43.4802 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 28 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 28 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 7221201.1005 CSUB-CGELASTIC = 294.2916 CSUB + CSUB-ELASTIC = 1634455.9813 CSUB-ELASTIC = 4.8062 CSUB + CSUB-INELASTIC = 186152230.7530 CSUB-INELASTIC = 14797.3072 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 236709000.0000 RCHA = 27000.0000 RCHA_0 + CHD = 5644373.8196 CHD = 409.8020 CHD_0 + + TOTAL IN = 437361261.6544 TOTAL IN = 42506.2070 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 295852500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 140716587.5158 CHD = 12506.2070 CHD_0 + + TOTAL OUT = 437361261.6480 TOTAL OUT = 42506.2070 + + IN - OUT = 6.4032E-03 IN - OUT = 8.1644E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 28 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 8.52142E+08 1.42024E+07 2.36706E+05 9862.8 27.003 + + +end timestep + + +start timestep kper="29" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 29 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 29 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="29" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="29" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="29" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="29" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="29" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 29 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 29 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 29 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 29 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 29 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 29 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 29 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 29 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 29 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 29 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 15.7037 15.2727 14.4557 13.9286 13.6549 13.6205 13.8284 14.2983 15.0726 15.4804 + 2 14.6240 14.0114 13.4853 13.1016 12.8823 12.8362 12.9662 13.2697 13.7322 14.3079 + 3 13.1850 12.5882 12.1284 11.8006 11.6029 11.5351 11.5983 11.7935 12.1276 12.6281 + 4 11.3147 10.7953 10.4228 10.1606 9.99180 9.90685 9.89735 9.94996 10.0418 10.1307 + 5 8.69333 8.58282 8.44511 8.31836 8.21990 8.15620 8.12672 8.12507 8.13964 8.15488 + 6 6.66951 6.63451 6.57947 6.51981 6.46705 6.42785 6.40420 6.39408 6.39266 6.39417 + 7 4.92951 4.90957 4.87570 4.83744 4.80426 4.78198 4.77236 4.77313 4.77867 4.78317 + 8 3.40301 3.37306 3.32209 3.26757 3.23075 3.21862 3.23218 3.26647 3.30239 3.32431 + 9 2.12130 2.04454 1.90648 1.75060 1.68223 1.67635 1.73308 1.87745 2.00661 2.07857 + 10 1.26438 1.07842 0.678931 0.00000 0.00000 0.00000 0.00000 0.666259 1.05719 1.23882 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 29 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -17.1280 -17.1353 -17.1503 -17.1695 -17.1902 -17.2103 -17.2284 -17.2450 -17.2616 -17.2809 + 2 -17.1362 -16.6864 -17.0873 -17.5987 -18.1055 -18.4895 -18.4708 -18.1462 -17.7215 -17.3756 + 3 -17.1709 -17.1473 -17.7336 -18.5591 -19.7181 -21.2881 -20.9339 -19.6577 -18.6767 -17.4689 + 4 -17.2187 -17.3103 -17.7868 -18.4012 -19.1680 -20.0361 -19.9434 -19.3110 -18.7129 -17.5371 + 5 -17.2735 -17.3461 -17.5732 -17.8607 -18.1655 -18.4147 -18.4734 -18.3827 -18.1992 -17.5727 + 6 -17.3287 -17.2682 -17.3540 -17.4804 -17.6096 -17.7133 -17.7680 -17.7776 -17.7519 -17.5887 + 7 -17.3865 -17.2311 -17.2548 -17.3163 -17.3793 -17.4309 -17.4641 -17.4808 -17.5037 -17.5984 + 8 -17.4493 -17.3060 -17.3236 -17.3717 -17.4139 -17.4415 -17.4516 -17.4474 -17.4621 -17.6104 + 9 -17.5173 -17.5027 -17.5724 -17.6600 -17.7088 -17.7242 -17.7049 -17.6432 -17.5948 -17.6270 + 10 -17.5872 -17.6044 -17.6209 -17.6354 -17.6460 -17.6526 -17.6551 -17.6537 -17.6503 -17.6459 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 29 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -54.9893 -55.1602 -55.4798 -55.8999 -56.3421 -56.6991 -56.8659 -56.8637 -56.7918 -56.7338 + 2 -54.9593 -55.2210 -55.7367 -56.4757 -57.3516 -58.1328 -58.2170 -57.8173 -57.4093 -57.1746 + 3 -54.5354 -54.9273 -55.7633 -57.1695 -59.4099 -63.0296 -62.1800 -59.4793 -58.0089 -57.3535 + 4 -53.1912 -53.5098 -54.1646 -55.1892 -56.6268 -58.5034 -58.2412 -56.8976 -56.0195 -55.5885 + 5 -51.2037 -51.3806 -51.7225 -52.1975 -52.7358 -53.1935 -53.2865 -53.1041 -52.8880 -52.7556 + 6 -49.1145 -49.1990 -49.3569 -49.5637 -49.7810 -49.9587 -50.0498 -50.0616 -50.0370 -50.0143 + 7 -47.2674 -47.3063 -47.3784 -47.4717 -47.5700 -47.6559 -47.7167 -47.7507 -47.7653 -47.7698 + 8 -45.8222 -45.8407 -45.8752 -45.9205 -45.9694 -46.0153 -46.0528 -46.0796 -46.0962 -46.1041 + 9 -44.8422 -44.8521 -44.8707 -44.8954 -44.9229 -44.9498 -44.9733 -44.9918 -45.0042 -45.0106 + 10 -44.3490 -44.3557 -44.3681 -44.3849 -44.4038 -44.4230 -44.4404 -44.4546 -44.4645 -44.4696 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 29 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 29 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 7327205.3687 CSUB-CGELASTIC = 287.5374 CSUB + CSUB-ELASTIC = 1636199.9714 CSUB-ELASTIC = 4.7529 CSUB + CSUB-INELASTIC = 191493351.4117 CSUB-INELASTIC = 14507.2047 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 246570750.0000 RCHA = 27000.0000 RCHA_0 + CHD = 5797064.7683 CHD = 423.5345 CHD_0 + + TOTAL IN = 452824571.5201 TOTAL IN = 42223.0295 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 306810000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 145222397.3811 CHD = 12223.0294 CHD_0 + + TOTAL OUT = 452824571.5133 TOTAL OUT = 42223.0294 + + IN - OUT = 6.7571E-03 IN - OUT = 6.6309E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 29 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 8.83699E+08 1.47283E+07 2.45472E+05 10228. 28.003 + + +end timestep + + +start timestep kper="30" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 30 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 30 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="30" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="30" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="30" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="30" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="30" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 30 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 30 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 30 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 30 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 30 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 30 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 30 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 30 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 30 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 30 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 15.5620 15.1311 14.3140 13.7869 13.5132 13.4788 13.6866 14.1565 14.9308 15.3387 + 2 14.4850 13.8725 13.3463 12.9626 12.7433 12.6972 12.8272 13.1307 13.5932 14.1689 + 3 13.0514 12.4547 11.9949 11.6670 11.4693 11.4015 11.4647 11.6599 11.9940 12.4945 + 4 11.1895 10.6700 10.2975 10.0353 9.86646 9.78149 9.77198 9.82459 9.91639 10.0054 + 5 8.57904 8.46854 8.33084 8.20411 8.10565 8.04193 8.01244 8.01075 8.02531 8.04054 + 6 6.56901 6.53406 6.47911 6.41953 6.36683 6.32762 6.30390 6.29369 6.29218 6.29363 + 7 4.84548 4.82572 4.79216 4.75422 4.72121 4.69893 4.68912 4.68957 4.69480 4.69911 + 8 3.33763 3.30829 3.25835 3.20488 3.16865 3.15652 3.16948 3.20272 3.23761 3.25891 + 9 2.07518 2.00026 1.86550 1.71333 1.64650 1.64063 1.69581 1.83646 1.96232 2.03244 + 10 1.23330 1.05190 0.662227 0.00000 0.00000 0.00000 0.00000 0.649551 1.03067 1.20773 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 30 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -17.7184 -17.7260 -17.7413 -17.7607 -17.7815 -17.8015 -17.8196 -17.8361 -17.8524 -17.8714 + 2 -17.7250 -17.2758 -17.6779 -18.1928 -18.7028 -19.0890 -19.0701 -18.7434 -18.3162 -17.9645 + 3 -17.7576 -17.7383 -18.3276 -19.1583 -20.3233 -21.8986 -21.5436 -20.2624 -19.2752 -18.0558 + 4 -17.8030 -17.9009 -18.3804 -18.9984 -19.7693 -20.6409 -20.5481 -19.9130 -19.3101 -18.1216 + 5 -17.8551 -17.9347 -18.1636 -18.4529 -18.7595 -19.0100 -19.0691 -18.9779 -18.7918 -18.1545 + 6 -17.9073 -17.8528 -17.9399 -18.0670 -18.1970 -18.3013 -18.3563 -18.3660 -18.3388 -18.1675 + 7 -17.9619 -17.8104 -17.8349 -17.8967 -17.9600 -18.0120 -18.0455 -18.0623 -18.0844 -18.1741 + 8 -18.0216 -17.8789 -17.8970 -17.9450 -17.9873 -18.0151 -18.0254 -18.0216 -18.0359 -18.1828 + 9 -18.0864 -18.0687 -18.1380 -18.2247 -18.2731 -18.2886 -18.2699 -18.2092 -18.1612 -18.1963 + 10 -18.1536 -18.1703 -18.1862 -18.2004 -18.2108 -18.2174 -18.2201 -18.2191 -18.2161 -18.2124 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 30 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -55.9582 -56.1291 -56.4487 -56.8688 -57.3110 -57.6681 -57.8349 -57.8327 -57.7608 -57.7028 + 2 -55.9281 -56.1898 -56.7055 -57.4446 -58.3205 -59.1018 -59.1860 -58.7863 -58.3783 -58.1436 + 3 -55.5040 -55.8960 -56.7320 -58.1383 -60.3788 -63.9985 -63.1489 -60.4482 -58.9777 -58.3223 + 4 -54.1596 -54.4782 -55.1331 -56.1577 -57.5953 -59.4720 -59.2098 -57.8662 -56.9880 -56.5571 + 5 -52.1717 -52.3487 -52.6906 -53.1656 -53.7039 -54.1616 -54.2546 -54.0723 -53.8562 -53.7237 + 6 -50.0821 -50.1666 -50.3245 -50.5313 -50.7487 -50.9264 -51.0175 -51.0293 -51.0047 -50.9819 + 7 -48.2346 -48.2735 -48.3455 -48.4389 -48.5372 -48.6231 -48.6839 -48.7179 -48.7325 -48.7370 + 8 -46.7889 -46.8074 -46.8419 -46.8872 -46.9362 -46.9820 -47.0195 -47.0463 -47.0629 -47.0708 + 9 -45.8085 -45.8185 -45.8371 -45.8618 -45.8892 -45.9161 -45.9397 -45.9581 -45.9706 -45.9769 + 10 -45.3152 -45.3218 -45.3343 -45.3510 -45.3700 -45.3891 -45.4065 -45.4207 -45.4307 -45.4358 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 30 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 30 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 7430796.4109 CSUB-CGELASTIC = 281.0257 CSUB + CSUB-ELASTIC = 1637923.1116 CSUB-ELASTIC = 4.6935 CSUB + CSUB-INELASTIC = 196729261.3555 CSUB-INELASTIC = 14220.5722 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 256432500.0000 RCHA = 27000.0000 RCHA_0 + CHD = 5954733.5664 CHD = 437.0917 CHD_0 + + TOTAL IN = 468185214.4443 TOTAL IN = 41943.3831 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 317767500.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 149625540.3050 CHD = 11943.3831 CHD_0 + + TOTAL OUT = 468185214.4372 TOTAL OUT = 41943.3831 + + IN - OUT = 7.0949E-03 IN - OUT = 6.9344E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 30 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 9.15257E+08 1.52543E+07 2.54238E+05 10593. 29.003 + + +end timestep + + +start timestep kper="31" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 31 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 31 IS TRANSIENT + + + REUSING CSUBS FROM LAST STRESS PERIOD + +end timestep + + +start timestep kper="31" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="31" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="31" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="31" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="31" kstp="6" mode="normal" + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 31 + UBDSV1 SAVING CSUB-CGELASTIC ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 31 + UBDSV06 SAVING CSUB-ELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 31 + UBDSV06 SAVING CSUB-INELASTIC IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CSUB ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 31 + UBDSV1 SAVING CSUB-WATERCOMP ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 31 + UBDSV06 SAVING WEL IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE WEL_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 31 + UBDSV06 SAVING CHD IN MODEL CSUB_SUB03A PACKAGE CSUB_SUB03A CONNECTED TO MODEL CSUB_SUB03A PACKAGE CHD_0 ON UNIT 1016 AT TIME STEP 6, STRESS PERIOD 31 + + WEL PACKAGE (WEL_0) FLOW RATES PERIOD 31 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (3,3,6) -14000.000 + 2 (3,3,7) -8000.0000 + 3 (3,4,6) -5000.0000 + 4 (3,4,7) -3000.0000 + ----------------------------------------------- + + + + + CSUB-COMPACTION WILL BE SAVED ON UNIT 1012 AT END OF TIME STEP 6, STRESS PERIOD 31 +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 31 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 15.4222 14.9912 14.1742 13.6471 13.3733 13.3389 13.5468 14.0167 14.7910 15.1988 + 2 14.3479 13.7353 13.2092 12.8254 12.6061 12.5600 12.6900 12.9935 13.4560 14.0317 + 3 12.9197 12.3229 11.8631 11.5352 11.3375 11.2697 11.3328 11.5280 11.8621 12.3627 + 4 11.0658 10.5463 10.1738 9.91162 9.74276 9.65778 9.64826 9.70087 9.79268 9.88165 + 5 8.46626 8.35576 8.21808 8.09136 7.99291 7.92918 7.89966 7.89796 7.91249 7.92772 + 6 6.46985 6.43495 6.38008 6.32059 6.26794 6.22872 6.20494 6.19463 6.19304 6.19444 + 7 4.76256 4.74300 4.70974 4.67211 4.63929 4.61700 4.60699 4.60713 4.61205 4.61618 + 8 3.27314 3.24440 3.19547 3.14303 3.10738 3.09525 3.10763 3.13983 3.17371 3.19440 + 9 2.02969 1.95658 1.82508 1.67657 1.61127 1.60539 1.65905 1.79603 1.91864 1.98694 + 10 1.20265 1.02574 0.645749 0.00000 0.00000 0.00000 0.00000 0.633071 1.00451 1.17707 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 6 IN STRESS PERIOD 31 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -18.3012 -18.3092 -18.3247 -18.3443 -18.3652 -18.3852 -18.4033 -18.4195 -18.4356 -18.4543 + 2 -18.3061 -17.8595 -18.2626 -18.7806 -19.2934 -19.6813 -19.6622 -19.3338 -18.9044 -18.5457 + 3 -18.3366 -18.3229 -18.9150 -19.7501 -20.9202 -22.5001 -22.1443 -20.8590 -19.8662 -18.6351 + 4 -18.3796 -18.4845 -18.9667 -19.5880 -20.3624 -21.2370 -21.1440 -20.5067 -19.8993 -18.6985 + 5 -18.4289 -18.5158 -18.7465 -19.0373 -19.3455 -19.5972 -19.6565 -19.5648 -19.3763 -18.7286 + 6 -18.4781 -18.4296 -18.5178 -18.6456 -18.7762 -18.8811 -18.9364 -18.9461 -18.9175 -18.7385 + 7 -18.5296 -18.3815 -18.4067 -18.4687 -18.5324 -18.5846 -18.6184 -18.6354 -18.6566 -18.7419 + 8 -18.5860 -18.4433 -18.4616 -18.5096 -18.5518 -18.5798 -18.5904 -18.5870 -18.6009 -18.7474 + 9 -18.6478 -18.6256 -18.6943 -18.7800 -18.8280 -18.8436 -18.8255 -18.7659 -18.7186 -18.7578 + 10 -18.7122 -18.7282 -18.7437 -18.7575 -18.7677 -18.7743 -18.7773 -18.7766 -18.7741 -18.7710 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 6 IN STRESS PERIOD 31 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + ................................................................................................................................................................ + 1 -56.9050 -57.0759 -57.3955 -57.8157 -58.2579 -58.6150 -58.7818 -58.7796 -58.7077 -58.6497 + 2 -56.8748 -57.1365 -57.6523 -58.3914 -59.2674 -60.0487 -60.1329 -59.7331 -59.3251 -59.0904 + 3 -56.4506 -56.8426 -57.6787 -59.0850 -61.3255 -64.9452 -64.0956 -61.3949 -59.9244 -59.2690 + 4 -55.1059 -55.4245 -56.0794 -57.1041 -58.5417 -60.4184 -60.1562 -58.8126 -57.9344 -57.5034 + 5 -53.1175 -53.2945 -53.6365 -54.1115 -54.6499 -55.1076 -55.2006 -55.0183 -54.8021 -54.6697 + 6 -51.0274 -51.1120 -51.2699 -51.4768 -51.6941 -51.8718 -51.9630 -51.9747 -51.9502 -51.9273 + 7 -49.1794 -49.2183 -49.2904 -49.3838 -49.4821 -49.5680 -49.6289 -49.6629 -49.6774 -49.6819 + 8 -47.7333 -47.7518 -47.7863 -47.8316 -47.8806 -47.9264 -47.9639 -47.9908 -48.0074 -48.0152 + 9 -46.7526 -46.7625 -46.7811 -46.8058 -46.8333 -46.8602 -46.8837 -46.9022 -46.9147 -46.9210 + 10 -46.2591 -46.2657 -46.2782 -46.2949 -46.3138 -46.3330 -46.3504 -46.3646 -46.3745 -46.3797 + + HEAD WILL BE SAVED ON UNIT 1017 AT END OF TIME STEP 6, STRESS PERIOD 31 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 31 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 7532058.1446 CSUB-CGELASTIC = 274.7357 CSUB + CSUB-ELASTIC = 1639623.4788 CSUB-ELASTIC = 4.6293 CSUB + CSUB-INELASTIC = 201861300.8484 CSUB-INELASTIC = 13937.7327 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 0.0000 WEL = 0.0000 WEL_0 + RCHA = 266294250.0000 RCHA = 27000.0000 RCHA_0 + CHD = 6117313.2641 CHD = 450.4607 CHD_0 + + TOTAL IN = 483444545.7359 TOTAL IN = 41667.5584 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + CSUB-CGELASTIC = 548112.8185 CSUB-CGELASTIC = 0.0000 CSUB + CSUB-ELASTIC = 244061.3137 CSUB-ELASTIC = 0.0000 CSUB + CSUB-INELASTIC = 0.0000 CSUB-INELASTIC = 0.0000 CSUB + CSUB-WATERCOMP = 0.0000 CSUB-WATERCOMP = 0.0000 CSUB + WEL = 328725000.0000 WEL = 30000.0000 WEL_0 + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 153927371.5963 CHD = 11667.5584 CHD_0 + + TOTAL OUT = 483444545.7285 TOTAL OUT = 41667.5584 + + IN - OUT = 7.4243E-03 IN - OUT = 6.7805E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 31 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 9.18555E+06 1.53093E+05 2551.5 106.31 0.29107 + STRESS PERIOD TIME 3.15576E+07 5.25960E+05 8766.0 365.25 1.0000 + TOTAL TIME 9.46814E+08 1.57802E+07 2.63004E+05 10958. 30.003 + + +end timestep + + + LARGEST 20 OF 296 INTERBED STRAIN VALUES SHOWN + + CSUB PACKAGE INTERBED STRAIN SUMMARY + ---------------------------------------------------------------------------------------------------------------------- + INTERBED INTERBED INITIAL FINAL TOTAL PERCENT + NUMBER TYPE CELLID THICKNESS THICKNESS COMPACTION FINAL STRAIN COMPACTION FLAG + ---------------------------------------------------------------------------------------------------------------------- + 222 no-delay (3,3,6) 30.000 30.000 1.0466 3.48869E-02 3.4887 *>=1% + 223 no-delay (3,3,7) 30.000 30.000 1.0313 3.43772E-02 3.4377 *>=1% + 224 no-delay (3,3,8) 30.000 30.000 0.98270 3.27567E-02 3.2757 *>=1% + 221 no-delay (3,3,5) 30.000 30.000 0.98145 3.27151E-02 3.2715 *>=1% + 232 no-delay (3,4,6) 30.000 30.000 0.96511 3.21703E-02 3.2170 *>=1% + 233 no-delay (3,4,7) 30.000 30.000 0.96039 3.20130E-02 3.2013 *>=1% + 213 no-delay (3,2,7) 30.000 30.000 0.96000 3.19999E-02 3.2000 *>=1% + 212 no-delay (3,2,6) 30.000 30.000 0.95848 3.19494E-02 3.1949 *>=1% + 225 no-delay (3,3,9) 30.000 30.000 0.95623 3.18744E-02 3.1874 *>=1% + 214 no-delay (3,2,8) 30.000 30.000 0.95280 3.17600E-02 3.1760 *>=1% + 215 no-delay (3,2,9) 30.000 30.000 0.94546 3.15152E-02 3.1515 *>=1% + 226 no-delay (3,3,10) 30.000 30.000 0.94443 3.14811E-02 3.1481 *>=1% + 211 no-delay (3,2,5) 30.000 30.000 0.94442 3.14806E-02 3.1481 *>=1% + 216 no-delay (3,2,10) 30.000 30.000 0.94123 3.13743E-02 3.1374 *>=1% + 220 no-delay (3,3,4) 30.000 30.000 0.94112 3.13708E-02 3.1371 *>=1% + 234 no-delay (3,4,8) 30.000 30.000 0.93620 3.12068E-02 3.1207 *>=1% + 203 no-delay (3,1,7) 30.000 30.000 0.93568 3.11894E-02 3.1189 *>=1% + 204 no-delay (3,1,8) 30.000 30.000 0.93564 3.11880E-02 3.1188 *>=1% + 205 no-delay (3,1,9) 30.000 30.000 0.93435 3.11449E-02 3.1145 *>=1% + 206 no-delay (3,1,10) 30.000 30.000 0.93330 3.11101E-02 3.1110 *>=1% + ---------------------------------------------------------------------------------------------------------------------- + + + + PERCENT COMPACTION IS GREATER THAN OR EQUAL TO 1 PERCENT IN 100 OF 296 INTERBED(S). + USE THE STRAIN_CSV_INTERBED OPTION TO OUTPUT A CSV FILE WITH PERCENT COMPACTION + VALUES FOR ALL INTERBEDS. + + COARSE-GRAINED STORAGE PERCENT COMPACTION WAS LESS THAN 1 PERCENT IN ALL CELLS diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.nam b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.nam new file mode 100644 index 000000000..349a6ad42 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.nam @@ -0,0 +1,16 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. +BEGIN options +END options + +BEGIN packages + DIS6 csub_sub03a.nc dis + IC6 csub_sub03a.ic ic + NPF6 csub_sub03a.nc npf + STO6 csub_sub03a.sto sto + RCH6 csub_sub03a.nc rcha_0 + WEL6 csub_sub03a.nc wel_0 + CHD6 csub_sub03a.nc chd_0 + CSUB6 csub_sub03a.csub csub + OC6 csub_sub03a.oc oc +END packages + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.nc b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.nc new file mode 100644 index 000000000..28ce170a7 Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.nc differ diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.nc.grb b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.nc.grb new file mode 100644 index 000000000..b53cb1cd4 Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.nc.grb differ diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.nc.out b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.nc.out new file mode 100644 index 000000000..ebfa9507f --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.nc.out @@ -0,0 +1,914 @@ +netcdf csub_sub03a { +dimensions: + LINELENGTH = 300 ; + LENAUXNAME = 16 ; + LENBOUNDNAME = 40 ; + NPER = 31 ; + NLAY = 3 ; + NROW = 10 ; + NCOL = 10 ; + NCPL = 100 ; + NCELLDIM = 3 ; + dim_rcha_0_niper = 3 ; + dim_wel_0_maxbound = 4 ; + dim_wel_0_niper = 1 ; + dim_chd_0_maxbound = 4 ; + dim_chd_0_niper = 1 ; + dim_drn_0_naux = 2 ; + dim_drn_0_maxbound = 5 ; + dim_drn_0_niper = 31 ; +variables: + int dis_nlay ; + dis_nlay:mf6_input = "DIS6:CSUB_SUB03A/DIS/NLAY" ; + dis_nlay:_Endianness = "little" ; + int dis_nrow ; + dis_nrow:mf6_input = "DIS6:CSUB_SUB03A/DIS/NROW" ; + dis_nrow:_Endianness = "little" ; + int dis_ncol ; + dis_ncol:mf6_input = "DIS6:CSUB_SUB03A/DIS/NCOL" ; + dis_ncol:_Endianness = "little" ; + double dis_delr(NCOL) ; + dis_delr:_FillValue = 3.e+30 ; + dis_delr:mf6_input = "DIS6:CSUB_SUB03A/DIS/DELR" ; + dis_delr:_Storage = "chunked" ; + dis_delr:_ChunkSizes = 10 ; + dis_delr:_DeflateLevel = 4 ; + dis_delr:_Shuffle = "true" ; + dis_delr:_Endianness = "little" ; + double dis_delc(NROW) ; + dis_delc:_FillValue = 3.e+30 ; + dis_delc:mf6_input = "DIS6:CSUB_SUB03A/DIS/DELC" ; + dis_delc:_Storage = "chunked" ; + dis_delc:_ChunkSizes = 10 ; + dis_delc:_DeflateLevel = 4 ; + dis_delc:_Shuffle = "true" ; + dis_delc:_Endianness = "little" ; + double dis_top(NROW, NCOL) ; + dis_top:_FillValue = 3.e+30 ; + dis_top:mf6_input = "DIS6:CSUB_SUB03A/DIS/TOP" ; + dis_top:_Storage = "chunked" ; + dis_top:_ChunkSizes = 10, 10 ; + dis_top:_DeflateLevel = 4 ; + dis_top:_Shuffle = "true" ; + dis_top:_Endianness = "little" ; + double dis_botm(NLAY, NROW, NCOL) ; + dis_botm:_FillValue = 3.e+30 ; + dis_botm:mf6_input = "DIS6:CSUB_SUB03A/DIS/BOTM" ; + dis_botm:_Storage = "chunked" ; + dis_botm:_ChunkSizes = 3, 10, 10 ; + dis_botm:_DeflateLevel = 4 ; + dis_botm:_Shuffle = "true" ; + dis_botm:_Endianness = "little" ; + double ic_strt(NLAY, NROW, NCOL) ; + ic_strt:_FillValue = 3.e+30 ; + ic_strt:mf6_input = "IC6:CSUB_SUB03A/IC/STRT" ; + ic_strt:_Storage = "chunked" ; + ic_strt:_ChunkSizes = 3, 10, 10 ; + ic_strt:_DeflateLevel = 4 ; + ic_strt:_Shuffle = "true" ; + ic_strt:_Endianness = "little" ; + int npf_icelltype(NLAY, NROW, NCOL) ; + npf_icelltype:_FillValue = -2147483647 ; + npf_icelltype:mf6_input = "NPF6:CSUB_SUB03A/NPF/ICELLTYPE" ; + npf_icelltype:_Storage = "chunked" ; + npf_icelltype:_ChunkSizes = 3, 10, 10 ; + npf_icelltype:_DeflateLevel = 4 ; + npf_icelltype:_Shuffle = "true" ; + npf_icelltype:_Endianness = "little" ; + double npf_k(NLAY, NROW, NCOL) ; + npf_k:_FillValue = 3.e+30 ; + npf_k:mf6_input = "NPF6:CSUB_SUB03A/NPF/K" ; + npf_k:_Storage = "chunked" ; + npf_k:_ChunkSizes = 3, 10, 10 ; + npf_k:_DeflateLevel = 4 ; + npf_k:_Shuffle = "true" ; + npf_k:_Endianness = "little" ; + double npf_k33(NLAY, NROW, NCOL) ; + npf_k33:_FillValue = 3.e+30 ; + npf_k33:mf6_input = "NPF6:CSUB_SUB03A/NPF/K33" ; + npf_k33:_Storage = "chunked" ; + npf_k33:_ChunkSizes = 3, 10, 10 ; + npf_k33:_DeflateLevel = 4 ; + npf_k33:_Shuffle = "true" ; + npf_k33:_Endianness = "little" ; + int rcha_0_readasarrays ; + rcha_0_readasarrays:mf6_input = "RCHA6:CSUB_SUB03A/RCHA_0/READASARRAYS" ; + rcha_0_readasarrays:_Endianness = "little" ; + double rcha_0_recharge(dim_rcha_0_niper, NROW, NCOL) ; + rcha_0_recharge:_FillValue = 3.e+30 ; + rcha_0_recharge:mf6_iper = 1, 5, 8 ; + rcha_0_recharge:mf6_input = "RCHA6:CSUB_SUB03A/RCHA_0/RECHARGE" ; + rcha_0_recharge:_Storage = "chunked" ; + rcha_0_recharge:_ChunkSizes = 3, 10, 10 ; + rcha_0_recharge:_DeflateLevel = 4 ; + rcha_0_recharge:_Shuffle = "true" ; + rcha_0_recharge:_Endianness = "little" ; + int rcha_0_iper(dim_rcha_0_niper) ; + rcha_0_iper:_FillValue = -2147483647 ; + rcha_0_iper:mf6_input = "RCHA6:CSUB_SUB03A/RCHA_0/IPER" ; + rcha_0_iper:_Storage = "chunked" ; + rcha_0_iper:_ChunkSizes = 3 ; + rcha_0_iper:_DeflateLevel = 4 ; + rcha_0_iper:_Shuffle = "true" ; + rcha_0_iper:_Endianness = "little" ; + int wel_0_print_input ; + wel_0_print_input:mf6_input = "WEL6:CSUB_SUB03A/WEL_0/PRINT_INPUT" ; + wel_0_print_input:_Endianness = "little" ; + int wel_0_print_flows ; + wel_0_print_flows:mf6_input = "WEL6:CSUB_SUB03A/WEL_0/PRINT_FLOWS" ; + wel_0_print_flows:_Endianness = "little" ; + int wel_0_maxbound ; + wel_0_maxbound:mf6_input = "WEL6:CSUB_SUB03A/WEL_0/MAXBOUND" ; + wel_0_maxbound:_Endianness = "little" ; + int wel_0_cellid(dim_wel_0_niper, dim_wel_0_maxbound, NCELLDIM) ; + wel_0_cellid:_FillValue = -2147483647 ; + wel_0_cellid:mf6_input = "WEL6:CSUB_SUB03A/WEL_0/CELLID" ; + wel_0_cellid:_Storage = "chunked" ; + wel_0_cellid:_ChunkSizes = 1, 4, 3 ; + wel_0_cellid:_DeflateLevel = 4 ; + wel_0_cellid:_Shuffle = "true" ; + wel_0_cellid:_Endianness = "little" ; + double wel_0_q(dim_wel_0_niper, dim_wel_0_maxbound) ; + wel_0_q:_FillValue = 3.e+30 ; + wel_0_q:mf6_input = "WEL6:CSUB_SUB03A/WEL_0/Q" ; + wel_0_q:_Storage = "chunked" ; + wel_0_q:_ChunkSizes = 1, 4 ; + wel_0_q:_DeflateLevel = 4 ; + wel_0_q:_Shuffle = "true" ; + wel_0_q:_Endianness = "little" ; + int wel_0_iper(dim_wel_0_niper) ; + wel_0_iper:_FillValue = -2147483647 ; + wel_0_iper:mf6_input = "WEL6:CSUB_SUB03A/WEL_0/IPER" ; + wel_0_iper:_Storage = "chunked" ; + wel_0_iper:_ChunkSizes = 1 ; + wel_0_iper:_DeflateLevel = 4 ; + wel_0_iper:_Shuffle = "true" ; + wel_0_iper:_Endianness = "little" ; + int chd_0_maxbound ; + chd_0_maxbound:mf6_input = "CHD6:CSUB_SUB03A/CHD_0/MAXBOUND" ; + chd_0_maxbound:_Endianness = "little" ; + int chd_0_cellid(dim_chd_0_niper, dim_chd_0_maxbound, NCELLDIM) ; + chd_0_cellid:_FillValue = -2147483647 ; + chd_0_cellid:mf6_input = "CHD6:CSUB_SUB03A/CHD_0/CELLID" ; + chd_0_cellid:_Storage = "chunked" ; + chd_0_cellid:_ChunkSizes = 1, 4, 3 ; + chd_0_cellid:_DeflateLevel = 4 ; + chd_0_cellid:_Shuffle = "true" ; + chd_0_cellid:_Endianness = "little" ; + double chd_0_head(dim_chd_0_niper, dim_chd_0_maxbound) ; + chd_0_head:_FillValue = 3.e+30 ; + chd_0_head:mf6_input = "CHD6:CSUB_SUB03A/CHD_0/HEAD" ; + chd_0_head:_Storage = "chunked" ; + chd_0_head:_ChunkSizes = 1, 4 ; + chd_0_head:_DeflateLevel = 4 ; + chd_0_head:_Shuffle = "true" ; + chd_0_head:_Endianness = "little" ; + int chd_0_iper(dim_chd_0_niper) ; + chd_0_iper:_FillValue = -2147483647 ; + chd_0_iper:mf6_input = "CHD6:CSUB_SUB03A/CHD_0/IPER" ; + chd_0_iper:_Storage = "chunked" ; + chd_0_iper:_ChunkSizes = 1 ; + chd_0_iper:_DeflateLevel = 4 ; + chd_0_iper:_Shuffle = "true" ; + chd_0_iper:_Endianness = "little" ; + char drn_0_auxiliary(dim_drn_0_naux, LENAUXNAME) ; + drn_0_auxiliary:_Encoding = "ascii" ; + drn_0_auxiliary:mf6_input = "DRN6:CSUB_SUB03A/DRN_0/AUXILIARY" ; + drn_0_auxiliary:_Storage = "chunked" ; + drn_0_auxiliary:_ChunkSizes = 2, 16 ; + drn_0_auxiliary:_DeflateLevel = 4 ; + drn_0_auxiliary:_Shuffle = "true" ; + int drn_0_print_input ; + drn_0_print_input:mf6_input = "DRN6:CSUB_SUB03A/DRN_0/PRINT_INPUT" ; + drn_0_print_input:_Endianness = "little" ; + int drn_0_print_flows ; + drn_0_print_flows:mf6_input = "DRN6:CSUB_SUB03A/DRN_0/PRINT_FLOWS" ; + drn_0_print_flows:_Endianness = "little" ; + int drn_0_maxbound ; + drn_0_maxbound:mf6_input = "DRN6:CSUB_SUB03A/DRN_0/MAXBOUND" ; + drn_0_maxbound:_Endianness = "little" ; + int drn_0_cellid(dim_drn_0_niper, dim_drn_0_maxbound, NCELLDIM) ; + drn_0_cellid:_FillValue = -2147483647 ; + drn_0_cellid:mf6_input = "DRN6:CSUB_SUB03A/DRN_0/CELLID" ; + drn_0_cellid:_Storage = "chunked" ; + drn_0_cellid:_ChunkSizes = 31, 5, 3 ; + drn_0_cellid:_DeflateLevel = 4 ; + drn_0_cellid:_Shuffle = "true" ; + drn_0_cellid:_Endianness = "little" ; + double drn_0_elev(dim_drn_0_niper, dim_drn_0_maxbound) ; + drn_0_elev:_FillValue = 3.e+30 ; + drn_0_elev:mf6_input = "DRN6:CSUB_SUB03A/DRN_0/ELEV" ; + drn_0_elev:_Storage = "chunked" ; + drn_0_elev:_ChunkSizes = 31, 5 ; + drn_0_elev:_DeflateLevel = 4 ; + drn_0_elev:_Shuffle = "true" ; + drn_0_elev:_Endianness = "little" ; + double drn_0_cond(dim_drn_0_niper, dim_drn_0_maxbound) ; + drn_0_cond:_FillValue = 3.e+30 ; + drn_0_cond:mf6_input = "DRN6:CSUB_SUB03A/DRN_0/COND" ; + drn_0_cond:_Storage = "chunked" ; + drn_0_cond:_ChunkSizes = 31, 5 ; + drn_0_cond:_DeflateLevel = 4 ; + drn_0_cond:_Shuffle = "true" ; + drn_0_cond:_Endianness = "little" ; + double drn_0_aux(dim_drn_0_niper, dim_drn_0_maxbound, dim_drn_0_naux) ; + drn_0_aux:_FillValue = 3.e+30 ; + drn_0_aux:mf6_input = "DRN6:CSUB_SUB03A/DRN_0/AUX" ; + drn_0_aux:_Storage = "chunked" ; + drn_0_aux:_ChunkSizes = 31, 5, 2 ; + drn_0_aux:_DeflateLevel = 4 ; + drn_0_aux:_Shuffle = "true" ; + drn_0_aux:_Endianness = "little" ; + int drn_0_iper(dim_drn_0_niper) ; + drn_0_iper:_FillValue = -2147483647 ; + drn_0_iper:mf6_input = "DRN6:CSUB_SUB03A/DRN_0/IPER" ; + drn_0_iper:_Storage = "chunked" ; + drn_0_iper:_ChunkSizes = 31 ; + drn_0_iper:_DeflateLevel = 4 ; + drn_0_iper:_Shuffle = "true" ; + drn_0_iper:_Endianness = "little" ; + +// global attributes: + :description = "MODFLOW 6 NetCDF4 file prototype" ; + :history = "Created Thu Mar 7 13:10:27 2024" ; + :source = "flopy v3.5.0.dev0" ; + :mf6_modeltype = "GWF6" ; + :mf6_modelname = "CSUB_SUB03A" ; + :Conventions = "" ; + :_NCProperties = "version=1|netcdflibversion=4.6.1|hdf5libversion=1.10.6" ; + :_SuperblockVersion = 0 ; + :_IsNetcdf4 = 1 ; + :_Format = "netCDF-4" ; +data: + + dis_nlay = 3 ; + + dis_nrow = 10 ; + + dis_ncol = 10 ; + + dis_delr = 1000, 1000, 1000, 1000, 1000, 1000, 1000, 1000, 1000, 1000 ; + + dis_delc = 2000, 2000, 2000, 2000, 2000, 2000, 2000, 2000, 2000, 2000 ; + + dis_top = + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0 ; + + dis_botm = + -100, -100, -100, -100, -100, -100, -100, -100, -100, -100, + -100, -100, -100, -100, -100, -100, -100, -100, -100, -100, + -100, -100, -100, -100, -100, -100, -100, -100, -100, -100, + -100, -100, -100, -100, -100, -100, -100, -100, -100, -100, + -100, -100, -100, -100, -100, -100, -100, -100, -100, -100, + -100, -100, -100, -100, -100, -100, -100, -100, -100, -100, + -100, -100, -100, -100, -100, -100, -100, -100, -100, -100, + -100, -100, -100, -100, -100, -100, -100, -100, -100, -100, + -100, -100, -100, -100, -100, -100, -100, -100, -100, -100, + -100, -100, -100, -100, -100, -100, -100, -100, -100, -100, + -150, -150, -150, -150, -150, -150, -150, -150, -150, -150, + -150, -150, -150, -150, -150, -150, -150, -150, -150, -150, + -150, -150, -150, -150, -150, -150, -150, -150, -150, -150, + -150, -150, -150, -150, -150, -150, -150, -150, -150, -150, + -150, -150, -150, -150, -150, -150, -150, -150, -150, -150, + -150, -150, -150, -150, -150, -150, -150, -150, -150, -150, + -150, -150, -150, -150, -150, -150, -150, -150, -150, -150, + -150, -150, -150, -150, -150, -150, -150, -150, -150, -150, + -150, -150, -150, -150, -150, -150, -150, -150, -150, -150, + -150, -150, -150, -150, -150, -150, -150, -150, -150, -150, + -350, -350, -350, -350, -350, -350, -350, -350, -350, -350, + -350, -350, -350, -350, -350, -350, -350, -350, -350, -350, + -350, -350, -350, -350, -350, -350, -350, -350, -350, -350, + -350, -350, -350, -350, -350, -350, -350, -350, -350, -350, + -350, -350, -350, -350, -350, -350, -350, -350, -350, -350, + -350, -350, -350, -350, -350, -350, -350, -350, -350, -350, + -350, -350, -350, -350, -350, -350, -350, -350, -350, -350, + -350, -350, -350, -350, -350, -350, -350, -350, -350, -350, + -350, -350, -350, -350, -350, -350, -350, -350, -350, -350, + -350, -350, -350, -350, -350, -350, -350, -350, -350, -350 ; + + ic_strt = + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0 ; + + npf_icelltype = + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0 ; + + npf_k = + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 20, + 20, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 20, + 20, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 20, + 20, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 20, + 20, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 20, + 20, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 20, + 20, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 20, + 20, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, + 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, + 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, + 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, + 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, + 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, + 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, + 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, + 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, + 5, 5, 5, 5, 5, 5, 5, 5, 5, 5 ; + + npf_k33 = + 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, + 1000000, 1000000, + 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, + 1000000, 1000000, + 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, + 1000000, 1000000, + 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, + 1000000, 1000000, + 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, + 1000000, 1000000, + 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, + 1000000, 1000000, + 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, + 1000000, 1000000, + 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, + 1000000, 1000000, + 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, + 1000000, 1000000, + 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, + 1000000, 1000000, + 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, + 7.5e-05, 7.5e-05, + 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, + 7.5e-05, 7.5e-05, + 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, + 7.5e-05, 7.5e-05, + 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, + 7.5e-05, 7.5e-05, + 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, + 7.5e-05, 7.5e-05, + 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, + 7.5e-05, 7.5e-05, + 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, + 7.5e-05, 7.5e-05, + 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, + 7.5e-05, 7.5e-05, + 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, + 7.5e-05, 7.5e-05, + 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, 7.5e-05, + 7.5e-05, 7.5e-05, + 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, + 1000000, 1000000, + 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, + 1000000, 1000000, + 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, + 1000000, 1000000, + 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, + 1000000, 1000000, + 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, + 1000000, 1000000, + 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, + 1000000, 1000000, + 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, + 1000000, 1000000, + 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, + 1000000, 1000000, + 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, + 1000000, 1000000, + 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, 1000000, + 1000000, 1000000 ; + + rcha_0_readasarrays = 1 ; + + rcha_0_recharge = + 0.0015, 0.0015, 0, 0, 0, 0, 0, 0, 0.0015, 0.0015, + 0.0015, 0, 0, 0, 0, 0, 0, 0, 0, 0.0015, + 0.0015, 0, 0, 0, 0, 0, 0, 0, 0, 0.0015, + 0.0015, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0.0015, 0.0015, 0, 0, 0, 0, 0, 0, 0.0015, 0.0015, + 0.0015, 0, 0, 0, 0, 0, 0, 0, 0, 0.0015, + 0.0015, 0, 0, 0, 0, 0, 0, 0, 0, 0.0015, + 0.0015, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0 ; + + rcha_0_iper = 1, 5, 8 ; + + wel_0_print_input = 1 ; + + wel_0_print_flows = 1 ; + + wel_0_maxbound = 4 ; + + wel_0_cellid = + 3, 3, 6, + 3, 3, 7, + 3, 4, 6, + 3, 4, 7 ; + + wel_0_q = + -14000, -8000, -5000, -3000 ; + + wel_0_iper = 2 ; + + chd_0_maxbound = 4 ; + + chd_0_cellid = + 1, 10, 4, + 1, 10, 5, + 1, 10, 6, + 1, 10, 7 ; + + chd_0_head = + 0, 0, 0, 0 ; + + chd_0_iper = 1 ; + + drn_0_auxiliary = + "concentration, ", + "mass " ; + + drn_0_print_input = 1 ; + + drn_0_print_flows = 1 ; + + drn_0_maxbound = 5 ; + + drn_0_cellid = + 1, 1, 1, + 2, 1, 2, + 2, 1, 3, + 3, 1, 4, + 3, 1, 5, + 1, 1, 1, + 1, 1, 2, + 2, 1, 3, + 3, 1, 4, + 3, 1, 5, + 1, 1, 1, + 1, 1, 2, + 2, 1, 3, + 3, 1, 4, + 3, 1, 5, + 1, 1, 1, + 1, 1, 2, + 2, 1, 3, + 3, 1, 4, + 3, 1, 5, + 1, 1, 1, + 1, 1, 2, + 2, 1, 3, + 3, 1, 4, + 3, 1, 5, + 1, 1, 1, + 1, 1, 2, + 2, 1, 3, + 3, 1, 4, + 3, 1, 5, + 1, 1, 1, + 1, 1, 2, + 2, 1, 3, + 3, 1, 4, + 3, 1, 5, + 1, 1, 1, + 1, 1, 2, + 2, 1, 3, + 3, 1, 4, + 3, 1, 5, + 1, 1, 1, + 1, 1, 2, + 2, 1, 3, + _, _, _, + _, _, _, + 1, 1, 1, + 1, 1, 2, + 2, 1, 3, + _, _, _, + _, _, _, + 1, 1, 1, + 1, 1, 2, + 2, 1, 3, + _, _, _, + _, _, _, + 1, 1, 1, + 1, 1, 2, + 2, 1, 3, + _, _, _, + _, _, _, + 1, 1, 1, + 1, 1, 2, + 2, 1, 3, + _, _, _, + _, _, _, + 1, 1, 1, + 1, 1, 2, + 2, 1, 3, + _, _, _, + _, _, _, + 1, 1, 1, + 1, 1, 2, + 2, 1, 3, + _, _, _, + _, _, _, + 1, 1, 1, + 1, 1, 2, + 2, 1, 3, + _, _, _, + _, _, _, + 1, 1, 1, + 1, 1, 2, + 2, 1, 3, + _, _, _, + _, _, _, + 1, 1, 1, + 1, 1, 2, + 2, 1, 3, + _, _, _, + _, _, _, + 1, 1, 1, + 1, 1, 2, + 2, 1, 3, + _, _, _, + _, _, _, + 1, 1, 1, + 1, 1, 2, + 2, 1, 3, + _, _, _, + _, _, _, + 1, 1, 1, + 1, 1, 2, + 2, 1, 3, + _, _, _, + _, _, _, + 1, 1, 1, + 1, 1, 2, + 2, 1, 3, + _, _, _, + _, _, _, + 1, 1, 1, + 1, 1, 2, + 2, 1, 3, + _, _, _, + _, _, _, + 1, 1, 1, + _, _, _, + _, _, _, + _, _, _, + _, _, _, + 1, 1, 1, + _, _, _, + _, _, _, + _, _, _, + _, _, _, + 1, 1, 1, + _, _, _, + _, _, _, + _, _, _, + _, _, _, + 1, 1, 1, + _, _, _, + _, _, _, + _, _, _, + _, _, _, + 1, 1, 1, + _, _, _, + _, _, _, + _, _, _, + _, _, _, + 1, 1, 1, + _, _, _, + _, _, _, + _, _, _, + _, _, _, + 1, 1, 1, + _, _, _, + _, _, _, + _, _, _, + _, _, _, + 1, 1, 1, + _, _, _, + _, _, _, + _, _, _, + _, _, _ ; + + drn_0_elev = + 0.975, 0.925, 0.925, 0.875, 0.875, + 0.975, 0.925, 0.925, 0.875, 0.875, + 0.975, 0.925, 0.925, 0.875, 0.875, + 0.975, 0.925, 0.925, 0.875, 0.875, + 0.975, 0.925, 0.925, 0.875, 0.875, + 0.975, 0.925, 0.925, 0.875, 0.875, + 0.975, 0.925, 0.925, 0.875, 0.875, + 0.975, 0.925, 0.925, 0.875, 0.875, + 0.975, 0.925, 0.925, _, _, + 0.975, 0.925, 0.925, _, _, + 0.975, 0.925, 0.925, _, _, + 0.975, 0.925, 0.925, _, _, + 0.975, 0.925, 0.925, _, _, + 0.975, 0.925, 0.925, _, _, + 0.975, 0.925, 0.925, _, _, + 0.975, 0.925, 0.925, _, _, + 0.975, 0.925, 0.925, _, _, + 0.975, 0.925, 0.925, _, _, + 0.975, 0.925, 0.925, _, _, + 0.975, 0.925, 0.925, _, _, + 0.975, 0.925, 0.925, _, _, + 0.975, 0.925, 0.925, _, _, + 0.975, 0.925, 0.925, _, _, + 0.975, _, _, _, _, + 0.975, _, _, _, _, + 0.975, _, _, _, _, + 0.975, _, _, _, _, + 0.975, _, _, _, _, + 0.975, _, _, _, _, + 0.975, _, _, _, _, + 0.975, _, _, _, _ ; + + drn_0_cond = + 864, 864, 864, 864, 864, + 864, 864, 864, 864, 864, + 864, 864, 864, 864, 864, + 864, 864, 864, 864, 864, + 864, 864, 864, 864, 864, + 864, 864, 864, 864, 864, + 864, 864, 864, 864, 864, + 864, 864, 864, 864, 864, + 864, 864, 864, _, _, + 864, 864, 864, _, _, + 864, 864, 864, _, _, + 864, 864, 864, _, _, + 864, 864, 864, _, _, + 864, 864, 864, _, _, + 864, 864, 864, _, _, + 864, 864, 864, _, _, + 864, 864, 864, _, _, + 864, 864, 864, _, _, + 864, 864, 864, _, _, + 864, 864, 864, _, _, + 864, 864, 864, _, _, + 864, 864, 864, _, _, + 864, 864, 864, _, _, + 864, _, _, _, _, + 864, _, _, _, _, + 864, _, _, _, _, + 864, _, _, _, _, + 864, _, _, _, _, + 864, _, _, _, _, + 864, _, _, _, _, + 864, _, _, _, _ ; + + drn_0_aux = + 1, 23, + 0, 0, + 1, 23, + 1, 23, + 0, 0, + 0, 0, + 1, 23, + 1, 23, + 0, 0, + 0, 0, + 0, 0, + 0, 0, + 1, 23, + 1, 23, + 0, 0, + 0, 0, + 0, 0, + 0, 0, + 1, 23, + 0, 0, + 0, 0, + 0, 0, + 0, 0, + 0, 0, + 0, 0, + 0, 0, + 0, 0, + 0, 0, + 0, 0, + 0, 0, + 0, 0, + 0, 0, + 0, 0, + 0, 0, + 0, 0, + 0, 0, + 0, 0, + 0, 0, + 0, 0, + 0, 0, + 0, 0, + 0, 0, + 0, 0, + _, _, + _, _, + 0, 0, + 0, 0, + 0, 0, + _, _, + _, _, + 0, 0, + 0, 0, + 0, 0, + _, _, + _, _, + 0, 0, + 0, 0, + 0, 0, + _, _, + _, _, + 0, 0, + 0, 0, + 0, 0, + _, _, + _, _, + 0, 0, + 0, 0, + 0, 0, + _, _, + _, _, + 0, 0, + 0, 0, + 0, 0, + _, _, + _, _, + 0, 0, + 0, 0, + 0, 0, + _, _, + _, _, + 0, 0, + 0, 0, + 0, 0, + _, _, + _, _, + 0, 0, + 0, 0, + 0, 0, + _, _, + _, _, + 0, 0, + 0, 0, + 0, 0, + _, _, + _, _, + 0, 0, + 0, 0, + 0, 0, + _, _, + _, _, + 0, 0, + 0, 0, + 0, 0, + _, _, + _, _, + 0, 0, + 0, 0, + 0, 0, + _, _, + _, _, + 0, 0, + 0, 0, + 0, 0, + _, _, + _, _, + 0, 0, + _, _, + _, _, + _, _, + _, _, + 0, 0, + _, _, + _, _, + _, _, + _, _, + 0, 0, + _, _, + _, _, + _, _, + _, _, + 0, 0, + _, _, + _, _, + _, _, + _, _, + 0, 0, + _, _, + _, _, + _, _, + _, _, + 0, 0, + _, _, + _, _, + _, _, + _, _, + 0, 0, + _, _, + _, _, + _, _, + _, _, + 0, 0, + _, _, + _, _, + _, _, + _, _ ; + + drn_0_iper = 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, + 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31 ; +} diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.oc b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.oc new file mode 100644 index 000000000..44d0a4f9c --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.oc @@ -0,0 +1,14 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. +BEGIN options + BUDGET FILEOUT csub_sub03a.cbc + HEAD FILEOUT csub_sub03a.hds + HEAD PRINT_FORMAT COLUMNS 10 WIDTH 15 DIGITS 6 GENERAL +END options + +BEGIN period 1 + SAVE HEAD LAST + SAVE BUDGET LAST + PRINT HEAD LAST + PRINT BUDGET LAST +END period 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.sk.strain.csv b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.sk.strain.csv new file mode 100644 index 000000000..f316ba8b9 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.sk.strain.csv @@ -0,0 +1,301 @@ + NODE,LAYER,ROW,COLUMN,INITIAL_THICKNESS,FINAL_THICKNESS,TOTAL_COMPACTION,TOTAL_STRAIN,PERCENT_COMPACTION + 1,1,1,1,85.000000000000000,85.000000000000000,0.20208937253790222E-2,0.23775220298576732E-4,0.23775220298576732E-2 + 2,1,1,2,85.000000000000000,85.000000000000000,0.20212244283326279E-2,0.23779110921560328E-4,0.23779110921560327E-2 + 3,1,1,3,85.000000000000000,85.000000000000000,0.20217436913394300E-2,0.23785219898110941E-4,0.23785219898110940E-2 + 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b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.sto @@ -0,0 +1,26 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. +BEGIN options + STORAGECOEFFICIENT +END options + +BEGIN griddata + iconvert LAYERED + CONSTANT 0 + CONSTANT 0 + CONSTANT 0 + ss + CONSTANT 0.00000000 + sy LAYERED + CONSTANT 0.10000000 + CONSTANT 0.00000000 + CONSTANT 0.00000000 +END griddata + +BEGIN period 1 + STEADY-STATE +END period 1 + +BEGIN period 2 + TRANSIENT +END period 2 + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.tdis b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.tdis new file mode 100644 index 000000000..981d718e1 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/csub_sub03a.tdis @@ -0,0 +1,43 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. +BEGIN options + TIME_UNITS days +END options + +BEGIN dimensions + NPER 31 +END dimensions + +BEGIN perioddata + 1.00000000 1 1.00000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 +END perioddata + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/csub_sub03a.chd b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/csub_sub03a.chd new file mode 100644 index 000000000..d40bc6c36 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/csub_sub03a.chd @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. +BEGIN options +END options + +BEGIN dimensions + MAXBOUND 4 +END dimensions + +BEGIN period 1 + 1 10 4 0.00000000E+00 + 1 10 5 0.00000000E+00 + 1 10 6 0.00000000E+00 + 1 10 7 0.00000000E+00 +END period 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/csub_sub03a.csub b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/csub_sub03a.csub new file mode 100644 index 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1.00000000 6.00000000E-04 6.00000000E-06 0.45054945 999.00000000 -999.00000000 03_10_10 +END packagedata + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/csub_sub03a.csub.obs b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/csub_sub03a.csub.obs new file mode 100644 index 000000000..3058db7ca --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/csub_sub03a.csub.obs @@ -0,0 +1,12 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. +BEGIN options + DIGITS 10 + PRINT_INPUT +END options + +BEGIN continuous FILEOUT csub_obs.csv + tcomp1 interbed-compaction 01_05_05 + tcomp2 interbed-compaction 02_05_05 + tcomp3 interbed-compaction 03_05_05 +END continuous FILEOUT csub_obs.csv + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/csub_sub03a.dis b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/csub_sub03a.dis new file mode 100644 index 000000000..10a203976 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/csub_sub03a.dis @@ -0,0 +1,23 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. +BEGIN options +END options + +BEGIN dimensions + NLAY 3 + NROW 10 + NCOL 10 +END dimensions + +BEGIN griddata + delr + CONSTANT 1000.00000000 + delc + CONSTANT 2000.00000000 + top + CONSTANT 0.00000000 + botm LAYERED + CONSTANT -100.00000000 + CONSTANT -150.00000000 + CONSTANT -350.00000000 +END griddata + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/csub_sub03a.ic b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/csub_sub03a.ic new file mode 100644 index 000000000..201b2a04f --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/csub_sub03a.ic @@ -0,0 +1,6 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. +BEGIN griddata + strt + CONSTANT 0.00000000 +END griddata + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/csub_sub03a.ims b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/csub_sub03a.ims new file mode 100644 index 000000000..904118b6d --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/csub_sub03a.ims @@ -0,0 +1,21 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. +BEGIN options + PRINT_OPTION summary +END options + +BEGIN nonlinear + OUTER_DVCLOSE 1.00000000E-09 + OUTER_MAXIMUM 500 + UNDER_RELAXATION none +END nonlinear + +BEGIN linear + INNER_MAXIMUM 300 + INNER_DVCLOSE 1.00000000E-09 + inner_rclose 1.00000000E-06 + LINEAR_ACCELERATION cg + RELAXATION_FACTOR 1.00000000 + SCALING_METHOD none + REORDERING_METHOD none +END linear + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/csub_sub03a.nam b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/csub_sub03a.nam new file mode 100644 index 000000000..b7628a642 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/csub_sub03a.nam @@ -0,0 +1,16 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. +BEGIN options +END options + +BEGIN packages + DIS6 csub_sub03a.dis dis + IC6 csub_sub03a.ic ic + NPF6 csub_sub03a.npf npf + STO6 csub_sub03a.sto sto + RCH6 csub_sub03a.rcha rcha_0 + WEL6 csub_sub03a.wel wel_0 + CHD6 csub_sub03a.chd chd_0 + CSUB6 csub_sub03a.csub csub + OC6 csub_sub03a.oc oc +END packages + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/csub_sub03a.npf b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/csub_sub03a.npf new file mode 100644 index 000000000..4fadec053 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/csub_sub03a.npf @@ -0,0 +1,29 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. +BEGIN options +END options + +BEGIN griddata + icelltype LAYERED + CONSTANT 0 + CONSTANT 0 + CONSTANT 0 + k LAYERED + CONSTANT 20.00000000 + INTERNAL FACTOR 1.0 + 20.00000000 20.00000000 20.00000000 20.00000000 20.00000000 20.00000000 20.00000000 20.00000000 20.00000000 20.00000000 + 20.00000000 0.01000000 0.01000000 0.01000000 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5.00000000 + k33 LAYERED + CONSTANT 1.00000000E+06 + CONSTANT 7.50000000E-05 + CONSTANT 1.00000000E+06 +END griddata + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/csub_sub03a.oc b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/csub_sub03a.oc new file mode 100644 index 000000000..44d0a4f9c --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/csub_sub03a.oc @@ -0,0 +1,14 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. +BEGIN options + BUDGET FILEOUT csub_sub03a.cbc + HEAD FILEOUT csub_sub03a.hds + HEAD PRINT_FORMAT COLUMNS 10 WIDTH 15 DIGITS 6 GENERAL +END options + +BEGIN period 1 + SAVE HEAD LAST + SAVE BUDGET LAST + PRINT HEAD LAST + PRINT BUDGET LAST +END period 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/csub_sub03a.rcha b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/csub_sub03a.rcha new file mode 100644 index 000000000..b543ea152 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/csub_sub03a.rcha @@ -0,0 +1,50 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. +BEGIN options + READASARRAYS +END options + +BEGIN period 1 + recharge + INTERNAL FACTOR 1.0 + 0.00150000 0.00150000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00150000 0.00150000 + 0.00150000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00150000 + 0.00150000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00150000 + 0.00150000 0.00000000 0.00000000 0.00000000 0.00000000 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0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 +END period 8 + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/csub_sub03a.sto b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/csub_sub03a.sto new file mode 100644 index 000000000..b24e41eaa --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/csub_sub03a.sto @@ -0,0 +1,26 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. +BEGIN options + STORAGECOEFFICIENT +END options + +BEGIN griddata + iconvert LAYERED + CONSTANT 0 + CONSTANT 0 + CONSTANT 0 + ss + CONSTANT 0.00000000 + sy LAYERED + CONSTANT 0.10000000 + CONSTANT 0.00000000 + CONSTANT 0.00000000 +END griddata + +BEGIN period 1 + STEADY-STATE +END period 1 + +BEGIN period 2 + TRANSIENT +END period 2 + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/csub_sub03a.tdis b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/csub_sub03a.tdis new file mode 100644 index 000000000..981d718e1 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/csub_sub03a.tdis @@ -0,0 +1,43 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. +BEGIN options + TIME_UNITS days +END options + +BEGIN dimensions + NPER 31 +END dimensions + +BEGIN perioddata + 1.00000000 1 1.00000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 1.30000000 + 365.25000000 6 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10/30/2023 at 09:03:35. +BEGIN options + PRINT_INPUT + PRINT_FLOWS +END options + +BEGIN dimensions + MAXBOUND 4 +END dimensions + +BEGIN period 2 + 3 3 6 -1.40000000E+04 + 3 3 7 -8.00000000E+03 + 3 4 6 -5.00000000E+03 + 3 4 7 -3.00000000E+03 +END period 2 + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/mfsim.nam b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/mfsim.nam new file mode 100644 index 000000000..10077f689 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/mf6_regression/mfsim.nam @@ -0,0 +1,19 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. +BEGIN options +END options + +BEGIN timing + TDIS6 csub_sub03a.tdis +END timing + +BEGIN models + gwf6 csub_sub03a.nam csub_sub03a +END models + +BEGIN exchanges +END exchanges + +BEGIN solutiongroup 1 + ims6 csub_sub03a.ims csub_sub03a +END solutiongroup 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/mfsim.lst b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/mfsim.lst new file mode 100644 index 000000000..10a65a70c --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/mfsim.lst @@ -0,0 +1,5064 @@ + MODFLOW 6 PROFESSIONAL + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + VERSION 6.5.0.dev0 (preliminary) 07/13/2023 + ***DEVELOP MODE*** + + MODFLOW 6 compiled Oct 30 2023 08:23:02 with GCC version 11.3.0 + +This software is preliminary or provisional and is subject to +revision. It is being provided to meet the need for timely best +science. The software has not received final approval by the U.S. +Geological Survey (USGS). No warranty, expressed or implied, is made +by the USGS or the U.S. Government as to the functionality of the +software and related material nor shall the fact of release +constitute any such warranty. The software is provided on the +condition that neither the USGS nor the U.S. Government shall be held +liable for any damages resulting from the authorized or unauthorized +use of the software. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +The following 2-clause BSD License library is used in this +USGS product: + + PETSc, the Portable, Extensible Toolkit for Scientific + Computation Library + Copyright (c) 1991-2021, UChicago Argonne, LLC + and the PETSc Development Team All rights reserved. + (https://petsc.org/release/) + +MODFLOW 6 compiler options: -cpp -I src/libmf6core.a.p -I src -I ../src -I +src/libmf6_external.a.p -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/include -I +/home/mreno/.clone/external/petsc/include -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/lib -I +/home/mreno/miniconda3/envs/modflow6/include -I -fdiagnostics-color=always +-imultiarch x86_64-linux-gnu -D _FILE_OFFSET_BITS=64 -D __linux__ -D +__WITH_PETSC__ -D __WITH_MPI__ -D __WITH_NETCDF__ -mtune=generic +-march=x86-64 -g -O2 -Wall -Wpedantic -Wcharacter-truncation +-Wno-unused-dummy-argument -Wno-intrinsic-shadow -Wno-maybe-uninitialized +-Wno-uninitialized -std=f2008 -fall-intrinsics -fbacktrace -fcheck=all +-ffpe-trap=overflow,zero,invalid -ffpe-summary=overflow +-ffpe-trap=overflow,zero,invalid -fPIC -J src/libmf6core.a.p +-fpre-include=/usr/include/finclude/math-vector-fortran.h + +System command used to initiate simulation: +/home/mreno/.clone/usgs/w/netcdf/2/modflow6/bin/mf6 + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + + OPENED mfsim.nam + FILE TYPE:NAM6 UNIT 1001 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. + + OPENED csub_sub03a.nam + FILE TYPE:GWF6 UNIT 1002 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. +Model NetCDF4 Input "csub_sub03a.nc" opened NF90_NOWRITE, ncid=65536 +IDM nc modeltype=GWF6 +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "NLAY" discovered for package "CSUB_SUB03A/DIS". +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "NROW" discovered for package "CSUB_SUB03A/DIS". +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "NCOL" discovered for package "CSUB_SUB03A/DIS". +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "DELR" discovered for package "CSUB_SUB03A/DIS". +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "DELC" discovered for package "CSUB_SUB03A/DIS". +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "TOP" discovered for package "CSUB_SUB03A/DIS". +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "BOTM" discovered for package "CSUB_SUB03A/DIS". +IDM load netcdf var model=GWF6, ptype=NPF6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM nc4_context pkg cname=CSUB_SUB03A, scname=NPF +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=NPF6, sctype=NPF +Input parameter "SAVE_FLOWS" discovered for package "CSUB_SUB03A/NPF". +IDM load netcdf var model=GWF6, ptype=NPF6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM nc4_context pkg cname=CSUB_SUB03A, scname=NPF +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=NPF6, sctype=NPF +Input parameter "ICELLTYPE" discovered for package "CSUB_SUB03A/NPF". +IDM load netcdf var model=GWF6, ptype=NPF6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM nc4_context pkg cname=CSUB_SUB03A, scname=NPF +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=NPF6, sctype=NPF +Input parameter "K" discovered for package "CSUB_SUB03A/NPF". +IDM load netcdf var model=GWF6, ptype=NPF6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM nc4_context pkg cname=CSUB_SUB03A, scname=NPF +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=NPF6, sctype=NPF +Input parameter "K33" discovered for package "CSUB_SUB03A/NPF". +IDM load netcdf var model=GWF6, ptype=RCHA6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM nc4_context pkg cname=CSUB_SUB03A, scname=NPF +IDM nc4_context pkg cname=CSUB_SUB03A, scname=WEL_0 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=RCHA_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=RCHA6, sctype=RCHA +Input parameter "READASARRAYS" discovered for package "CSUB_SUB03A/RCHA_0". +IDM load netcdf var model=GWF6, ptype=RCHA6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM nc4_context pkg cname=CSUB_SUB03A, scname=NPF +IDM nc4_context pkg cname=CSUB_SUB03A, scname=WEL_0 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=RCHA_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=RCHA6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM nc4_context pkg cname=CSUB_SUB03A, scname=NPF +IDM nc4_context pkg cname=CSUB_SUB03A, scname=WEL_0 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=RCHA_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=RCHA6, sctype=RCHA +IDM checking griddata parameter=RECHARGE +Input parameter "RECHARGE" discovered for package "CSUB_SUB03A/RCHA_0". +IDM load netcdf var model=GWF6, ptype=WEL6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM nc4_context pkg cname=CSUB_SUB03A, scname=NPF +IDM nc4_context pkg cname=CSUB_SUB03A, scname=WEL_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=WEL6, sctype=WEL +Input parameter "PRINT_INPUT" discovered for package "CSUB_SUB03A/WEL_0". +IDM load netcdf var model=GWF6, ptype=WEL6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM nc4_context pkg cname=CSUB_SUB03A, scname=NPF +IDM nc4_context pkg cname=CSUB_SUB03A, scname=WEL_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=WEL6, sctype=WEL +Input parameter "PRINT_FLOWS" discovered for package "CSUB_SUB03A/WEL_0". +IDM load netcdf var model=GWF6, ptype=WEL6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM nc4_context pkg cname=CSUB_SUB03A, scname=NPF +IDM nc4_context pkg cname=CSUB_SUB03A, scname=WEL_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=WEL6, sctype=WEL +Input parameter "SAVE_FLOWS" discovered for package "CSUB_SUB03A/WEL_0". +IDM load netcdf var model=GWF6, ptype=WEL6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM nc4_context pkg cname=CSUB_SUB03A, scname=NPF +IDM nc4_context pkg cname=CSUB_SUB03A, scname=WEL_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=WEL6, sctype=WEL +Input parameter "MAXBOUND" discovered for package "CSUB_SUB03A/WEL_0". +IDM load netcdf var model=GWF6, ptype=WEL6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM nc4_context pkg cname=CSUB_SUB03A, scname=NPF +IDM nc4_context pkg cname=CSUB_SUB03A, scname=WEL_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=WEL6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM nc4_context pkg cname=CSUB_SUB03A, scname=NPF +IDM nc4_context pkg cname=CSUB_SUB03A, scname=WEL_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=WEL6, sctype=WEL +Input parameter "CELLID" discovered for package "CSUB_SUB03A/WEL_0". +IDM load netcdf var model=GWF6, ptype=WEL6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM nc4_context pkg cname=CSUB_SUB03A, scname=NPF +IDM nc4_context pkg cname=CSUB_SUB03A, scname=WEL_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=WEL6, sctype=WEL +Input parameter "Q" discovered for package "CSUB_SUB03A/WEL_0". +IDM load netcdf var model=GWF6, ptype=CHD6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM nc4_context pkg cname=CSUB_SUB03A, scname=NPF +IDM nc4_context pkg cname=CSUB_SUB03A, scname=WEL_0 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=RCHA_0 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=CHD_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=CHD6, sctype=CHD +Input parameter "SAVE_FLOWS" discovered for package "CSUB_SUB03A/CHD_0". +IDM load netcdf var model=GWF6, ptype=CHD6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM nc4_context pkg cname=CSUB_SUB03A, scname=NPF +IDM nc4_context pkg cname=CSUB_SUB03A, scname=WEL_0 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=RCHA_0 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=CHD_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=CHD6, sctype=CHD +Input parameter "MAXBOUND" discovered for package "CSUB_SUB03A/CHD_0". +IDM load netcdf var model=GWF6, ptype=CHD6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM nc4_context pkg cname=CSUB_SUB03A, scname=NPF +IDM nc4_context pkg cname=CSUB_SUB03A, scname=WEL_0 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=RCHA_0 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=CHD_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=CHD6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM nc4_context pkg cname=CSUB_SUB03A, scname=NPF +IDM nc4_context pkg cname=CSUB_SUB03A, scname=WEL_0 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=RCHA_0 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=CHD_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=CHD6, sctype=CHD +Input parameter "CELLID" discovered for package "CSUB_SUB03A/CHD_0". +IDM load netcdf var model=GWF6, ptype=CHD6 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=DIS +IDM nc4_context pkg cname=CSUB_SUB03A, scname=NPF +IDM nc4_context pkg cname=CSUB_SUB03A, scname=WEL_0 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=RCHA_0 +IDM nc4_context pkg cname=CSUB_SUB03A, scname=CHD_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=CHD6, sctype=CHD +Input parameter "HEAD" discovered for package "CSUB_SUB03A/CHD_0". +IDM input_load pkg=DIS +IDM NF90_MAX_DIMS=1024 +IDM NF90_MAX_VAR_DIMS=1024 +varname=NLAY, type=INTEGER +varname=NROW, type=INTEGER +varname=NCOL, type=INTEGER +varname=DELR, type=DOUBLE1D +varname=DELC, type=DOUBLE1D +varname=TOP, type=DOUBLE2D +varname=BOTM, type=DOUBLE3D + ALL SIMULATION MEMORY INFORMATION WILL BE WRITTEN. + + DETAILED INFORMATION ON VARIABLES STORED IN THE MEMORY MANAGER + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + ORIGIN VARIABLE NAME DATA TYPE NUMBER OF ITEMS ASSOCIATED VARIABLE + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + __INPUT__/SIM/NAM TDIS6 STRING LEN=300 1 -- + __INPUT__/SIM/NAM MTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM MFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM MNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM EXGTYPE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGFILE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEA STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEB STRING LEN=300 0 -- + __INPUT__/SIM/NAM SOLUTIONGROUPNUM INTEGER 1 -- + __INPUT__/SIM/NAM SLNTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNMNAMES STRING LEN=300 1 -- + __INPUT__/SIM/NAM CONTINUE INTEGER 1 -- + __INPUT__/SIM/NAM NOCHECK INTEGER 1 -- + __INPUT__/SIM/NAM PRMEM STRING LEN=300 1 -- + __INPUT__/SIM/NAM MAXERRORS INTEGER 1 -- + __INPUT__/SIM/NAM PRINT_INPUT INTEGER 1 -- + __INPUT__/SIM/NAM MXITER INTEGER 1 -- + __INPUT__/SIM NUMMODELS INTEGER 1 -- + __INPUT__/SIM NUMEXCHANGES INTEGER 1 -- + __INPUT__/CSUB_SUB03A/NAM FTYPE STRING LEN=300 9 -- + __INPUT__/CSUB_SUB03A/NAM FNAME STRING LEN=300 9 -- + __INPUT__/CSUB_SUB03A/NAM PNAME STRING LEN=300 9 -- + __INPUT__/CSUB_SUB03A PKGTYPES STRING LEN=7 0 -- + __INPUT__/CSUB_SUB03A PKGNAMES STRING LEN=16 0 -- + __INPUT__/CSUB_SUB03A MEMPATHS STRING LEN=50 0 -- + __INPUT__/CSUB_SUB03A INUNITS INTEGER 0 -- + __INPUT__/CSUB_SUB03A/DIS INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/NPF INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/CHD_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/DIS NLAY INTEGER 1 -- + __INPUT__/CSUB_SUB03A/DIS NROW INTEGER 1 -- + __INPUT__/CSUB_SUB03A/DIS NCOL INTEGER 1 -- + __INPUT__/CSUB_SUB03A MODEL_SHAPE INTEGER 3 -- + __INPUT__/CSUB_SUB03A NCELLDIM INTEGER 1 -- + __INPUT__/CSUB_SUB03A/DIS DELR DOUBLE 10 -- + __INPUT__/CSUB_SUB03A/DIS DELC DOUBLE 10 -- + __INPUT__/CSUB_SUB03A/DIS TOP DOUBLE 100 -- + __INPUT__/CSUB_SUB03A/DIS BOTM DOUBLE 300 -- + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 2.1330000 + Logical 0.0000000 + Integer 6.00000000E-02 + Real 3.3600000 + ------------------------------- + Total 5.5530000 + Virtual 0.0000000 + ------------------------------- + + +IDM input_load pkg=NPF +IDM NF90_MAX_DIMS=1024 +IDM NF90_MAX_VAR_DIMS=1024 +varname=IPAKCB, type=KEYWORD +varname=ICELLTYPE, type=INTEGER1D +varname=K, type=DOUBLE1D +varname=K33, type=DOUBLE1D + ALL SIMULATION MEMORY INFORMATION WILL BE WRITTEN. + + DETAILED INFORMATION ON VARIABLES STORED IN THE MEMORY MANAGER + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + ORIGIN VARIABLE NAME DATA TYPE NUMBER OF ITEMS ASSOCIATED VARIABLE + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + __INPUT__/SIM/NAM TDIS6 STRING LEN=300 1 -- + __INPUT__/SIM/NAM MTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM MFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM MNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM EXGTYPE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGFILE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEA STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEB STRING LEN=300 0 -- + __INPUT__/SIM/NAM SOLUTIONGROUPNUM INTEGER 1 -- + __INPUT__/SIM/NAM SLNTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNMNAMES STRING LEN=300 1 -- + __INPUT__/SIM/NAM CONTINUE INTEGER 1 -- + __INPUT__/SIM/NAM NOCHECK INTEGER 1 -- + __INPUT__/SIM/NAM PRMEM STRING LEN=300 1 -- + __INPUT__/SIM/NAM MAXERRORS INTEGER 1 -- + __INPUT__/SIM/NAM PRINT_INPUT INTEGER 1 -- + __INPUT__/SIM/NAM MXITER INTEGER 1 -- + __INPUT__/SIM NUMMODELS INTEGER 1 -- + __INPUT__/SIM NUMEXCHANGES INTEGER 1 -- + __INPUT__/CSUB_SUB03A/NAM FTYPE STRING LEN=300 9 -- + __INPUT__/CSUB_SUB03A/NAM FNAME STRING LEN=300 9 -- + __INPUT__/CSUB_SUB03A/NAM PNAME STRING LEN=300 9 -- + __INPUT__/CSUB_SUB03A PKGTYPES STRING LEN=7 0 -- + __INPUT__/CSUB_SUB03A PKGNAMES STRING LEN=16 0 -- + __INPUT__/CSUB_SUB03A MEMPATHS STRING LEN=50 0 -- + __INPUT__/CSUB_SUB03A INUNITS INTEGER 0 -- + __INPUT__/CSUB_SUB03A/DIS INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/NPF INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/CHD_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/DIS NLAY INTEGER 1 -- + __INPUT__/CSUB_SUB03A/DIS NROW INTEGER 1 -- + __INPUT__/CSUB_SUB03A/DIS NCOL INTEGER 1 -- + __INPUT__/CSUB_SUB03A MODEL_SHAPE INTEGER 3 -- + __INPUT__/CSUB_SUB03A NCELLDIM INTEGER 1 -- + __INPUT__/CSUB_SUB03A/DIS DELR DOUBLE 10 -- + __INPUT__/CSUB_SUB03A/DIS DELC DOUBLE 10 -- + __INPUT__/CSUB_SUB03A/DIS TOP DOUBLE 100 -- + __INPUT__/CSUB_SUB03A/DIS BOTM DOUBLE 300 -- + __INPUT__/CSUB_SUB03A/NPF IPAKCB INTEGER 1 -- + __INPUT__/CSUB_SUB03A/NPF ICELLTYPE INTEGER 300 -- + __INPUT__/CSUB_SUB03A/NPF K DOUBLE 300 -- + __INPUT__/CSUB_SUB03A/NPF K33 DOUBLE 300 -- + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 2.1330000 + Logical 0.0000000 + Integer 1.2640000 + Real 8.1600000 + ------------------------------- + Total 11.557000 + Virtual 0.0000000 + ------------------------------- + + + + OPENED csub_sub03a.sto + FILE TYPE:STO6 UNIT 1003 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED csub_sub03a.ic + FILE TYPE:IC6 UNIT 1004 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED csub_sub03a.oc + FILE TYPE:OC6 UNIT 1005 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + +IDM input_load pkg=WEL_0 +IDM NF90_MAX_DIMS=1024 +IDM NF90_MAX_VAR_DIMS=1024 +varname=IPRPAK, type=KEYWORD +varname=IPRFLOW, type=KEYWORD +varname=IPAKCB, type=KEYWORD +varname=MAXBOUND, type=INTEGER + ALL SIMULATION MEMORY INFORMATION WILL BE WRITTEN. + + DETAILED INFORMATION ON VARIABLES STORED IN THE MEMORY MANAGER + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + ORIGIN VARIABLE NAME DATA TYPE NUMBER OF ITEMS ASSOCIATED VARIABLE + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + __INPUT__/SIM/NAM TDIS6 STRING LEN=300 1 -- + __INPUT__/SIM/NAM MTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM MFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM MNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM EXGTYPE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGFILE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEA STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEB STRING LEN=300 0 -- + __INPUT__/SIM/NAM SOLUTIONGROUPNUM INTEGER 1 -- + __INPUT__/SIM/NAM SLNTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNMNAMES STRING LEN=300 1 -- + __INPUT__/SIM/NAM CONTINUE INTEGER 1 -- + __INPUT__/SIM/NAM NOCHECK INTEGER 1 -- + __INPUT__/SIM/NAM PRMEM STRING LEN=300 1 -- + __INPUT__/SIM/NAM MAXERRORS INTEGER 1 -- + __INPUT__/SIM/NAM PRINT_INPUT INTEGER 1 -- + __INPUT__/SIM/NAM MXITER INTEGER 1 -- + __INPUT__/SIM NUMMODELS INTEGER 1 -- + __INPUT__/SIM NUMEXCHANGES INTEGER 1 -- + __INPUT__/CSUB_SUB03A/NAM FTYPE STRING LEN=300 9 -- + __INPUT__/CSUB_SUB03A/NAM FNAME STRING LEN=300 9 -- + __INPUT__/CSUB_SUB03A/NAM PNAME STRING LEN=300 9 -- + __INPUT__/CSUB_SUB03A PKGTYPES STRING LEN=7 0 -- + __INPUT__/CSUB_SUB03A PKGNAMES STRING LEN=16 0 -- + __INPUT__/CSUB_SUB03A MEMPATHS STRING LEN=50 0 -- + __INPUT__/CSUB_SUB03A INUNITS INTEGER 0 -- + __INPUT__/CSUB_SUB03A/DIS INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/NPF INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/CHD_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/DIS NLAY INTEGER 1 -- + __INPUT__/CSUB_SUB03A/DIS NROW INTEGER 1 -- + __INPUT__/CSUB_SUB03A/DIS NCOL INTEGER 1 -- + __INPUT__/CSUB_SUB03A MODEL_SHAPE INTEGER 3 -- + __INPUT__/CSUB_SUB03A NCELLDIM INTEGER 1 -- + __INPUT__/CSUB_SUB03A/DIS DELR DOUBLE 10 -- + __INPUT__/CSUB_SUB03A/DIS DELC DOUBLE 10 -- + __INPUT__/CSUB_SUB03A/DIS TOP DOUBLE 100 -- + __INPUT__/CSUB_SUB03A/DIS BOTM DOUBLE 300 -- + __INPUT__/CSUB_SUB03A/NPF IPAKCB INTEGER 1 -- + __INPUT__/CSUB_SUB03A/NPF ICELLTYPE INTEGER 300 -- + __INPUT__/CSUB_SUB03A/NPF K DOUBLE 300 -- + __INPUT__/CSUB_SUB03A/NPF K33 DOUBLE 300 -- + __INPUT__/CSUB_SUB03A/WEL_0 IPRPAK INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 IPRFLOW INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 IPAKCB INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 NAUX INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 MAXBOUND INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 IPER INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 IONPER INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 NBOUND INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 NCPL INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 AUXILIARY STRING LEN=16 0 -- + __INPUT__/CSUB_SUB03A/WEL_0 CELLID INTEGER 12 -- + __INPUT__/CSUB_SUB03A/WEL_0 Q DOUBLE 4 -- + __INPUT__/CSUB_SUB03A/WEL_0 BOUNDNAME STRING LEN=40 0 -- + __INPUT__/CSUB_SUB03A/WEL_0 AUXVAR DOUBLE 0 -- + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 2.1330000 + Logical 0.0000000 + Integer 1.3480000 + Real 8.1920000 + ------------------------------- + Total 11.673000 + Virtual 0.0000000 + ------------------------------- + + +IDM input_load pkg=RCHA_0 +IDM NF90_MAX_DIMS=1024 +IDM NF90_MAX_VAR_DIMS=1024 +varname=READASARRAYS, type=KEYWORD + ALL SIMULATION MEMORY INFORMATION WILL BE WRITTEN. + + DETAILED INFORMATION ON VARIABLES STORED IN THE MEMORY MANAGER + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + ORIGIN VARIABLE NAME DATA TYPE NUMBER OF ITEMS ASSOCIATED VARIABLE + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + __INPUT__/SIM/NAM TDIS6 STRING LEN=300 1 -- + __INPUT__/SIM/NAM MTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM MFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM MNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM EXGTYPE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGFILE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEA STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEB STRING LEN=300 0 -- + __INPUT__/SIM/NAM SOLUTIONGROUPNUM INTEGER 1 -- + __INPUT__/SIM/NAM SLNTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNMNAMES STRING LEN=300 1 -- + __INPUT__/SIM/NAM CONTINUE INTEGER 1 -- + __INPUT__/SIM/NAM NOCHECK INTEGER 1 -- + __INPUT__/SIM/NAM PRMEM STRING LEN=300 1 -- + __INPUT__/SIM/NAM MAXERRORS INTEGER 1 -- + __INPUT__/SIM/NAM PRINT_INPUT INTEGER 1 -- + __INPUT__/SIM/NAM MXITER INTEGER 1 -- + __INPUT__/SIM NUMMODELS INTEGER 1 -- + __INPUT__/SIM NUMEXCHANGES INTEGER 1 -- + __INPUT__/CSUB_SUB03A/NAM FTYPE STRING LEN=300 9 -- + __INPUT__/CSUB_SUB03A/NAM FNAME STRING LEN=300 9 -- + __INPUT__/CSUB_SUB03A/NAM PNAME STRING LEN=300 9 -- + __INPUT__/CSUB_SUB03A PKGTYPES STRING LEN=7 0 -- + __INPUT__/CSUB_SUB03A PKGNAMES STRING LEN=16 0 -- + __INPUT__/CSUB_SUB03A MEMPATHS STRING LEN=50 0 -- + __INPUT__/CSUB_SUB03A INUNITS INTEGER 0 -- + __INPUT__/CSUB_SUB03A/DIS INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/NPF INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/CHD_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/DIS NLAY INTEGER 1 -- + __INPUT__/CSUB_SUB03A/DIS NROW INTEGER 1 -- + __INPUT__/CSUB_SUB03A/DIS NCOL INTEGER 1 -- + __INPUT__/CSUB_SUB03A MODEL_SHAPE INTEGER 3 -- + __INPUT__/CSUB_SUB03A NCELLDIM INTEGER 1 -- + __INPUT__/CSUB_SUB03A/DIS DELR DOUBLE 10 -- + __INPUT__/CSUB_SUB03A/DIS DELC DOUBLE 10 -- + __INPUT__/CSUB_SUB03A/DIS TOP DOUBLE 100 -- + __INPUT__/CSUB_SUB03A/DIS BOTM DOUBLE 300 -- + __INPUT__/CSUB_SUB03A/NPF IPAKCB INTEGER 1 -- + __INPUT__/CSUB_SUB03A/NPF ICELLTYPE INTEGER 300 -- + __INPUT__/CSUB_SUB03A/NPF K DOUBLE 300 -- + __INPUT__/CSUB_SUB03A/NPF K33 DOUBLE 300 -- + __INPUT__/CSUB_SUB03A/WEL_0 IPRPAK INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 IPRFLOW INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 IPAKCB INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 NAUX INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 MAXBOUND INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 IPER INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 IONPER INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 NBOUND INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 NCPL INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 AUXILIARY STRING LEN=16 0 -- + __INPUT__/CSUB_SUB03A/WEL_0 CELLID INTEGER 12 -- + __INPUT__/CSUB_SUB03A/WEL_0 Q DOUBLE 4 -- + __INPUT__/CSUB_SUB03A/WEL_0 BOUNDNAME STRING LEN=40 0 -- + __INPUT__/CSUB_SUB03A/WEL_0 AUXVAR DOUBLE 0 -- + __INPUT__/CSUB_SUB03A/RCHA_0 READASARRAYS INTEGER 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 NAUX INTEGER 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 IPER INTEGER 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 IONPER INTEGER 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 NBOUND INTEGER 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 NCPL INTEGER 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 AUXILIARY STRING LEN=16 0 -- + __INPUT__/CSUB_SUB03A/RCHA_0 CELLID INTEGER 0 -- + __INPUT__/CSUB_SUB03A/RCHA_0 IRCH INTEGER 100 -- + __INPUT__/CSUB_SUB03A/RCHA_0 RECHARGE DOUBLE 100 -- + __INPUT__/CSUB_SUB03A/RCHA_0 BOUNDNAME STRING LEN=40 0 -- + __INPUT__/CSUB_SUB03A/RCHA_0 AUXVAR DOUBLE 0 -- + __INPUT__/CSUB_SUB03A/RCHA_0 INIRCH INTEGER 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 INRECHARGE INTEGER 1 -- + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 2.1330000 + Logical 0.0000000 + Integer 1.7800000 + Real 8.9920000 + ------------------------------- + Total 12.905000 + Virtual 0.0000000 + ------------------------------- + + +IDM input_load pkg=CHD_0 +IDM NF90_MAX_DIMS=1024 +IDM NF90_MAX_VAR_DIMS=1024 +varname=IPAKCB, type=KEYWORD +varname=MAXBOUND, type=INTEGER + ALL SIMULATION MEMORY INFORMATION WILL BE WRITTEN. + + DETAILED INFORMATION ON VARIABLES STORED IN THE MEMORY MANAGER + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + ORIGIN VARIABLE NAME DATA TYPE NUMBER OF ITEMS ASSOCIATED VARIABLE + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + __INPUT__/SIM/NAM TDIS6 STRING LEN=300 1 -- + __INPUT__/SIM/NAM MTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM MFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM MNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM EXGTYPE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGFILE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEA STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEB STRING LEN=300 0 -- + __INPUT__/SIM/NAM SOLUTIONGROUPNUM INTEGER 1 -- + __INPUT__/SIM/NAM SLNTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNMNAMES STRING LEN=300 1 -- + __INPUT__/SIM/NAM CONTINUE INTEGER 1 -- + __INPUT__/SIM/NAM NOCHECK INTEGER 1 -- + __INPUT__/SIM/NAM PRMEM STRING LEN=300 1 -- + __INPUT__/SIM/NAM MAXERRORS INTEGER 1 -- + __INPUT__/SIM/NAM PRINT_INPUT INTEGER 1 -- + __INPUT__/SIM/NAM MXITER INTEGER 1 -- + __INPUT__/SIM NUMMODELS INTEGER 1 -- + __INPUT__/SIM NUMEXCHANGES INTEGER 1 -- + __INPUT__/CSUB_SUB03A/NAM FTYPE STRING LEN=300 9 -- + __INPUT__/CSUB_SUB03A/NAM FNAME STRING LEN=300 9 -- + __INPUT__/CSUB_SUB03A/NAM PNAME STRING LEN=300 9 -- + __INPUT__/CSUB_SUB03A PKGTYPES STRING LEN=7 0 -- + __INPUT__/CSUB_SUB03A PKGNAMES STRING LEN=16 0 -- + __INPUT__/CSUB_SUB03A MEMPATHS STRING LEN=50 0 -- + __INPUT__/CSUB_SUB03A INUNITS INTEGER 0 -- + __INPUT__/CSUB_SUB03A/DIS INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/NPF INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/CHD_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/DIS NLAY INTEGER 1 -- + __INPUT__/CSUB_SUB03A/DIS NROW INTEGER 1 -- + __INPUT__/CSUB_SUB03A/DIS NCOL INTEGER 1 -- + __INPUT__/CSUB_SUB03A MODEL_SHAPE INTEGER 3 -- + __INPUT__/CSUB_SUB03A NCELLDIM INTEGER 1 -- + __INPUT__/CSUB_SUB03A/DIS DELR DOUBLE 10 -- + __INPUT__/CSUB_SUB03A/DIS DELC DOUBLE 10 -- + __INPUT__/CSUB_SUB03A/DIS TOP DOUBLE 100 -- + __INPUT__/CSUB_SUB03A/DIS BOTM DOUBLE 300 -- + __INPUT__/CSUB_SUB03A/NPF IPAKCB INTEGER 1 -- + __INPUT__/CSUB_SUB03A/NPF ICELLTYPE INTEGER 300 -- + __INPUT__/CSUB_SUB03A/NPF K DOUBLE 300 -- + __INPUT__/CSUB_SUB03A/NPF K33 DOUBLE 300 -- + __INPUT__/CSUB_SUB03A/WEL_0 IPRPAK INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 IPRFLOW INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 IPAKCB INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 NAUX INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 MAXBOUND INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 IPER INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 IONPER INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 NBOUND INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 NCPL INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 AUXILIARY STRING LEN=16 0 -- + __INPUT__/CSUB_SUB03A/WEL_0 CELLID INTEGER 12 -- + __INPUT__/CSUB_SUB03A/WEL_0 Q DOUBLE 4 -- + __INPUT__/CSUB_SUB03A/WEL_0 BOUNDNAME STRING LEN=40 0 -- + __INPUT__/CSUB_SUB03A/WEL_0 AUXVAR DOUBLE 0 -- + __INPUT__/CSUB_SUB03A/RCHA_0 READASARRAYS INTEGER 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 NAUX INTEGER 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 IPER INTEGER 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 IONPER INTEGER 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 NBOUND INTEGER 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 NCPL INTEGER 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 AUXILIARY STRING LEN=16 0 -- + __INPUT__/CSUB_SUB03A/RCHA_0 CELLID INTEGER 0 -- + __INPUT__/CSUB_SUB03A/RCHA_0 IRCH INTEGER 100 -- + __INPUT__/CSUB_SUB03A/RCHA_0 RECHARGE DOUBLE 100 -- + __INPUT__/CSUB_SUB03A/RCHA_0 BOUNDNAME STRING LEN=40 0 -- + __INPUT__/CSUB_SUB03A/RCHA_0 AUXVAR DOUBLE 0 -- + __INPUT__/CSUB_SUB03A/RCHA_0 INIRCH INTEGER 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 INRECHARGE INTEGER 1 -- + __INPUT__/CSUB_SUB03A/CHD_0 IPAKCB INTEGER 1 -- + __INPUT__/CSUB_SUB03A/CHD_0 NAUX INTEGER 1 -- + __INPUT__/CSUB_SUB03A/CHD_0 MAXBOUND INTEGER 1 -- + __INPUT__/CSUB_SUB03A/CHD_0 IPER INTEGER 1 -- + __INPUT__/CSUB_SUB03A/CHD_0 IONPER INTEGER 1 -- + __INPUT__/CSUB_SUB03A/CHD_0 NBOUND INTEGER 1 -- + __INPUT__/CSUB_SUB03A/CHD_0 NCPL INTEGER 1 -- + __INPUT__/CSUB_SUB03A/CHD_0 AUXILIARY STRING LEN=16 0 -- + __INPUT__/CSUB_SUB03A/CHD_0 CELLID INTEGER 12 -- + __INPUT__/CSUB_SUB03A/CHD_0 HEAD DOUBLE 4 -- + __INPUT__/CSUB_SUB03A/CHD_0 BOUNDNAME STRING LEN=40 0 -- + __INPUT__/CSUB_SUB03A/CHD_0 AUXVAR DOUBLE 0 -- + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 2.1330000 + Logical 0.0000000 + Integer 1.8560000 + Real 9.0240000 + ------------------------------- + Total 13.013000 + Virtual 0.0000000 + ------------------------------- + + + + OPENED csub_sub03a.csub + FILE TYPE:CSUB6 UNIT 1006 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + READING SIMULATION OPTIONS + MAXIMUM NUMBER OF ERRORS THAT WILL BE STORED IS 1000 + END OF SIMULATION OPTIONS + + READING SIMULATION TIMING + + OPENED csub_sub03a.tdis + FILE TYPE:TDIS UNIT 1007 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + TDIS -- TEMPORAL DISCRETIZATION PACKAGE, + VERSION 1 : 11/13/2014 - INPUT READ FROM UNIT 1007 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. + PROCESSING TDIS OPTIONS + SIMULATION TIME UNIT IS DAYS + END OF TDIS OPTIONS + PROCESSING TDIS DIMENSIONS + 31 STRESS PERIOD(S) IN SIMULATION + END OF TDIS DIMENSIONS + PROCESSING TDIS PERIODDATA + + + STRESS PERIOD LENGTH TIME STEPS MULTIPLIER FOR DELT + ---------------------------------------------------------------------------- + 1 1.000000 1 1.000 + 2 365.2500 6 1.300 + 3 365.2500 6 1.300 + 4 365.2500 6 1.300 + 5 365.2500 6 1.300 + 6 365.2500 6 1.300 + 7 365.2500 6 1.300 + 8 365.2500 6 1.300 + 9 365.2500 6 1.300 + 10 365.2500 6 1.300 + 11 365.2500 6 1.300 + 12 365.2500 6 1.300 + 13 365.2500 6 1.300 + 14 365.2500 6 1.300 + 15 365.2500 6 1.300 + 16 365.2500 6 1.300 + 17 365.2500 6 1.300 + 18 365.2500 6 1.300 + 19 365.2500 6 1.300 + 20 365.2500 6 1.300 + 21 365.2500 6 1.300 + 22 365.2500 6 1.300 + 23 365.2500 6 1.300 + 24 365.2500 6 1.300 + 25 365.2500 6 1.300 + 26 365.2500 6 1.300 + 27 365.2500 6 1.300 + 28 365.2500 6 1.300 + 29 365.2500 6 1.300 + 30 365.2500 6 1.300 + 31 365.2500 6 1.300 + END OF TDIS PERIODDATA + END OF SIMULATION TIMING + + READING SIMULATION MODELS + GWF6 model 1 will be created + END OF SIMULATION MODELS + + READING SIMULATION EXCHANGES + END OF SIMULATION EXCHANGES + + READING SOLUTIONGROUP + + Creating solution: SLN_1 + + OPENED csub_sub03a.ims + FILE TYPE:IMS UNIT 1009 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + END OF SOLUTIONGROUP + +PROCESSING MODEL CONNECTIONS + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1009 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. + + PROCESSING IMS OPTIONS + END OF IMS OPTIONS + + PROCESSING IMS NONLINEAR + END OF IMS NONLINEAR DATA + ***UNDER-RELAXATION WILL NOT BE USED*** + + + PROCESSING LINEAR DATA + END OF LINEAR DATA + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + A symmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-08 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 500 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 0 + LINEAR SOLUTION METHOD (LINMETH) = 1 + + SOLUTION BY THE CONJUGATE-GRADIENT METHOD + ------------------------------------------------------------------ + MAXIMUM OF 500 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 300 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = CG + MATRIX PRECONDITIONING TYPE = MOD. INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-08 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E-05 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.10000E+01 + + + + + Solving: Stress period: 1 Time step: 1 + +1 + STRESS PERIOD NO. 1, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=1 +IDM RP LIST kper=1 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=4 +CELLID FIRST SET nbound=4 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 37 23.347236 1_GWF-(1,1,1) + Model 2 1 1.85327309E-10 * 1_GWF-(2,3,8) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 38 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 1 + +1 + STRESS PERIOD NO. 2, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 +IDM inlist_rp iiper=1 +IDM RP LIST kper=2 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=4 +CELLID FIRST SET nbound=4 +IDM RP LIST varname=Q, type=DOUBLE + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -14.908780 1_GWF-(3,3,6) + Model 2 1 3.28045147E-10 * 1_GWF-(2,10,6) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 2 + 25 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -8.7562880 1_GWF-(3,1,10) + Model 2 23 1.7046169 1_GWF-(3,3,6) + Model 3 1 -2.00621741E-10 * 1_GWF-(3,1,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 2 + 49 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -7.3644772 1_GWF-(3,1,1) + Model 2 24 3.7344933 1_GWF-(3,3,6) + Model 3 23 1.3269491 1_GWF-(3,5,10) + Model 4 22 0.22866913 1_GWF-(3,4,4) + Model 5 1 1.79380955E-10 * 1_GWF-(2,8,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 2 + 96 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -4.6111552 1_GWF-(3,10,1) + Model 2 25 2.4220311 1_GWF-(3,3,9) + Model 3 22 0.34016768 1_GWF-(3,5,1) + Model 4 19 3.29840198E-02 1_GWF-(3,4,1) + Model 5 2 1.32229427E-09 1_GWF-(2,4,2) + Model 6 1 -1.87965199E-11 * 1_GWF-(2,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 2 + 95 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -4.5842626 1_GWF-(3,3,10) + Model 2 24 3.3719817 1_GWF-(3,2,10) + Model 3 23 0.56604208 1_GWF-(3,8,10) + Model 4 21 4.32066738E-02 1_GWF-(3,6,2) + Model 5 1 -8.04281086E-11 * 1_GWF-(2,6,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 2 + 95 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -3.1357146 1_GWF-(3,4,10) + Model 2 25 1.7600921 1_GWF-(3,2,5) + Model 3 22 0.27644707 1_GWF-(3,10,1) + Model 4 21 4.57737685E-02 1_GWF-(3,8,4) + Model 5 1 -2.75511614E-10 * 1_GWF-(2,2,1) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 2 + 95 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 1 + +1 + STRESS PERIOD NO. 3, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -1.1619016 1_GWF-(3,3,4) + Model 2 21 0.84397110 1_GWF-(3,3,3) + Model 3 18 3.22281115E-02 1_GWF-(3,8,1) + Model 4 15 3.18480990E-03 1_GWF-(3,8,4) + Model 5 1 -2.14516405E-10 * 1_GWF-(2,8,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 3 + 77 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.5781531 1_GWF-(3,1,10) + Model 2 22 3.1265799 1_GWF-(3,1,10) + Model 3 20 7.49094098E-02 1_GWF-(3,9,1) + Model 4 1 3.77415876E-11 * 1_GWF-(2,9,2) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 3 + 66 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -2.7463872 1_GWF-(3,1,10) + Model 2 22 2.1656651 1_GWF-(3,1,10) + Model 3 19 5.42050482E-02 1_GWF-(3,10,1) + Model 4 17 8.33664559E-03 1_GWF-(3,9,1) + Model 5 1 5.82770721E-10 * 1_GWF-(2,9,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 3 + 83 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -3.3944253 1_GWF-(3,1,10) + Model 2 23 2.6603496 1_GWF-(3,1,10) + Model 3 16 3.18736461E-03 1_GWF-(3,10,1) + Model 4 13 2.38742284E-04 1_GWF-(3,10,3) + Model 5 1 6.93885394E-10 * 1_GWF-(2,9,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 3 + 78 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -3.9304970 1_GWF-(3,1,10) + Model 2 24 3.0178575 1_GWF-(3,1,10) + Model 3 1 1.91761274E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 3 + 50 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -3.1083243 1_GWF-(3,1,10) + Model 2 25 1.9907645 1_GWF-(3,1,10) + Model 3 1 3.90714128E-11 * 1_GWF-(2,5,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 3 + 51 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 1 + +1 + STRESS PERIOD NO. 4, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -0.88041739 1_GWF-(3,3,9) + Model 2 21 0.60842876 1_GWF-(3,3,9) + Model 3 1 2.35237385E-11 * 1_GWF-(2,2,7) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 4 + 43 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -0.94581761 1_GWF-(3,3,1) + Model 2 21 0.61738599 1_GWF-(3,3,1) + Model 3 1 -6.69719835E-11 * 1_GWF-(2,3,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 4 + 43 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -1.6694303 1_GWF-(3,1,10) + Model 2 22 1.1924032 1_GWF-(3,1,10) + Model 3 1 9.17208531E-11 * 1_GWF-(2,2,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 4 + 45 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -2.9781281 1_GWF-(3,1,10) + Model 2 23 2.3782335 1_GWF-(3,1,10) + Model 3 1 -8.92031116E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 4 + 49 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -3.2170299 1_GWF-(3,1,10) + Model 2 25 2.4681385 1_GWF-(3,1,10) + Model 3 1 1.77420023E-11 * 1_GWF-(2,4,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 4 + 51 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -1.8996021 1_GWF-(3,3,1) + Model 2 24 1.0544293 1_GWF-(3,3,1) + Model 3 1 5.13722398E-11 * 1_GWF-(2,3,5) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 4 + 50 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 1 + +1 + STRESS PERIOD NO. 5, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -12.654174 1_GWF-(1,1,1) + Model 2 21 0.60292884 1_GWF-(3,1,10) + Model 3 1 3.48596707E-11 * 1_GWF-(2,2,5) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 5 + 45 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -5.3117204 1_GWF-(1,1,1) + Model 2 21 2.2132954 1_GWF-(2,3,6) + Model 3 1 2.13746354E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 5 + 45 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -2.5113809 1_GWF-(2,3,5) + Model 2 22 2.4424599 1_GWF-(2,4,6) + Model 3 19 0.14769630 1_GWF-(2,3,10) + Model 4 18 8.10408430E-03 1_GWF-(2,1,4) + Model 5 16 1.49782346E-03 1_GWF-(2,1,5) + Model 6 1 1.31850086E-10 * 1_GWF-(2,8,2) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 5 + 100 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -5.1534802 1_GWF-(2,3,6) + Model 2 22 5.0037325 1_GWF-(2,3,6) + Model 3 20 0.47953145 1_GWF-(2,6,2) + Model 4 19 0.13589189 1_GWF-(2,4,1) + Model 5 1 -4.34807745E-11 * 1_GWF-(2,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 5 + 87 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -6.0317371 1_GWF-(2,3,6) + Model 2 22 5.8291096 1_GWF-(2,3,6) + Model 3 20 0.35333561 1_GWF-(2,7,1) + Model 4 19 3.36318938E-02 1_GWF-(2,4,1) + Model 5 1 -3.94200228E-11 * 1_GWF-(2,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 5 + 87 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -6.5242317 1_GWF-(2,3,6) + Model 2 22 6.2530679 1_GWF-(2,3,6) + Model 3 21 0.71608724 1_GWF-(2,10,5) + Model 4 19 0.15601508 1_GWF-(2,7,10) + Model 5 18 2.92810251E-02 1_GWF-(2,5,1) + Model 6 1 -8.36708480E-11 * 1_GWF-(2,8,2) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 5 + 107 TOTAL ITERATIONS + + Solving: Stress period: 6 Time step: 1 + +1 + STRESS PERIOD NO. 6, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.8235600 1_GWF-(2,3,6) + Model 2 21 3.7500803 1_GWF-(2,3,6) + Model 3 18 0.14508424 1_GWF-(2,7,10) + Model 4 16 6.79723851E-02 1_GWF-(2,6,10) + Model 5 1 1.23880461E-10 * 1_GWF-(2,8,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 6 + 79 TOTAL ITERATIONS + + Solving: Stress period: 6 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -4.1382910 1_GWF-(2,3,6) + Model 2 21 4.0420051 1_GWF-(2,3,6) + Model 3 19 0.17226899 1_GWF-(2,7,3) + Model 4 11 6.44586868E-04 1_GWF-(2,7,8) + Model 5 1 -2.25822028E-10 * 1_GWF-(2,7,7) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 6 + 74 TOTAL ITERATIONS + + Solving: Stress period: 6 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -5.2945802 1_GWF-(2,3,6) + Model 2 21 5.1682025 1_GWF-(2,3,6) + Model 3 19 0.56716097 1_GWF-(2,10,5) + Model 4 18 0.10852467 1_GWF-(2,7,1) + Model 5 17 4.89896294E-02 1_GWF-(2,6,1) + Model 6 1 -1.12551746E-10 * 1_GWF-(2,8,3) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 6 + 102 TOTAL ITERATIONS + + Solving: Stress period: 6 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -4.9415798 1_GWF-(2,3,6) + Model 2 21 4.7754785 1_GWF-(2,3,6) + Model 3 19 0.21524996 1_GWF-(2,9,10) + Model 4 18 4.49306323E-02 1_GWF-(2,7,10) + Model 5 1 -3.35198536E-11 * 1_GWF-(2,8,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 6 + 83 TOTAL ITERATIONS + + Solving: Stress period: 6 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -5.7043070 1_GWF-(2,3,6) + Model 2 21 5.4855590 1_GWF-(2,3,6) + Model 3 20 0.32747654 1_GWF-(2,8,4) + Model 4 17 2.42288650E-02 1_GWF-(2,7,1) + Model 5 1 -1.37455380E-10 * 1_GWF-(2,9,3) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 6 + 84 TOTAL ITERATIONS + + Solving: Stress period: 6 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -6.4313837 1_GWF-(2,3,6) + Model 2 22 6.1429129 1_GWF-(2,3,6) + Model 3 19 5.44257486E-02 1_GWF-(2,9,1) + Model 4 17 1.76755625E-02 1_GWF-(2,8,1) + Model 5 1 -1.00661701E-10 * 1_GWF-(2,9,3) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 6 + 84 TOTAL ITERATIONS + + Solving: Stress period: 7 Time step: 1 + +1 + STRESS PERIOD NO. 7, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.9306111 1_GWF-(2,3,6) + Model 2 20 3.8526320 1_GWF-(2,3,6) + Model 3 15 1.00932121E-02 1_GWF-(2,8,1) + Model 4 1 -6.86677382E-11 * 1_GWF-(2,9,2) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 7 + 58 TOTAL ITERATIONS + + Solving: Stress period: 7 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -5.0309873 1_GWF-(2,3,6) + Model 2 21 4.9291515 1_GWF-(2,3,6) + Model 3 17 6.56724248E-02 1_GWF-(2,10,10) + Model 4 16 2.81064226E-02 1_GWF-(2,9,10) + Model 5 1 7.54676321E-11 * 1_GWF-(2,9,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 7 + 78 TOTAL ITERATIONS + + Solving: Stress period: 7 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.7400419 1_GWF-(2,4,9) + Model 2 20 2.6557200 1_GWF-(2,4,9) + Model 3 19 0.30124802 1_GWF-(2,9,4) + Model 4 15 1.38884639E-02 1_GWF-(2,9,1) + Model 5 1 8.65210126E-11 * 1_GWF-(2,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 7 + 78 TOTAL ITERATIONS + + Solving: Stress period: 7 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -5.6347462 1_GWF-(2,3,6) + Model 2 21 5.4605505 1_GWF-(2,3,6) + Model 3 19 0.13616951 1_GWF-(2,9,4) + Model 4 16 1.50364965E-02 1_GWF-(2,10,9) + Model 5 1 7.22000237E-11 * 1_GWF-(2,9,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 7 + 82 TOTAL ITERATIONS + + Solving: Stress period: 7 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -5.8171065 1_GWF-(2,3,6) + Model 2 21 5.5889375 1_GWF-(2,3,6) + Model 3 9 1.23798077E-04 1_GWF-(2,10,5) + Model 4 1 -2.26827224E-10 * 1_GWF-(1,8,5) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 7 + 55 TOTAL ITERATIONS + + Solving: Stress period: 7 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -8.3340296 1_GWF-(2,3,6) + Model 2 22 8.0349010 1_GWF-(2,3,6) + Model 3 1 -1.39495526E-10 * 1_GWF-(2,2,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 7 + 49 TOTAL ITERATIONS + + Solving: Stress period: 8 Time step: 1 + +1 + STRESS PERIOD NO. 8, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 12.332188 1_GWF-(1,1,1) + Model 2 21 0.87478778 1_GWF-(2,3,5) + Model 3 19 0.12007257 1_GWF-(2,4,10) + Model 4 17 2.85145705E-02 1_GWF-(2,7,1) + Model 5 16 8.81023119E-03 1_GWF-(2,8,1) + Model 6 1 4.06208400E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 8 + 96 TOTAL ITERATIONS + + Solving: Stress period: 8 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 4.8847675 1_GWF-(1,1,1) + Model 2 22 2.8716281 1_GWF-(3,10,10) + Model 3 21 0.67393301 1_GWF-(2,7,3) + Model 4 20 0.18337074 1_GWF-(2,10,6) + Model 5 1 -3.52917695E-11 * 1_GWF-(2,2,1) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 8 + 88 TOTAL ITERATIONS + + Solving: Stress period: 8 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -2.4144274 1_GWF-(3,1,10) + Model 2 23 2.1178222 1_GWF-(3,1,10) + Model 3 19 0.33243010 1_GWF-(2,3,7) + Model 4 1 -9.19540000E-11 * 1_GWF-(2,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 8 + 69 TOTAL ITERATIONS + + Solving: Stress period: 8 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 27 -8.3627006 1_GWF-(3,1,10) + Model 2 23 7.9618784 1_GWF-(3,1,8) + Model 3 23 2.8675698 1_GWF-(2,2,4) + Model 4 23 0.71838076 1_GWF-(2,10,2) + Model 5 1 -4.01225719E-11 * 1_GWF-(2,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 8 + 97 TOTAL ITERATIONS + + Solving: Stress period: 8 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -3.1665745 1_GWF-(3,10,7) + Model 2 24 2.7297763 1_GWF-(3,10,7) + Model 3 23 0.64531324 1_GWF-(2,9,2) + Model 4 1 -5.04867259E-11 * 1_GWF-(2,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 8 + 74 TOTAL ITERATIONS + + Solving: Stress period: 8 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -4.8343112 1_GWF-(3,10,10) + Model 2 25 4.2682670 1_GWF-(3,10,10) + Model 3 22 1.1677511 1_GWF-(2,6,6) + Model 4 22 0.38448512 1_GWF-(2,10,9) + Model 5 1 -2.38726372E-10 * 1_GWF-(2,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 8 + 96 TOTAL ITERATIONS + + Solving: Stress period: 9 Time step: 1 + +1 + STRESS PERIOD NO. 9, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -1.4493268 1_GWF-(3,10,6) + Model 2 21 1.2990776 1_GWF-(3,10,6) + Model 3 18 0.25091572 1_GWF-(2,9,9) + Model 4 1 1.68338232E-10 * 1_GWF-(2,9,7) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 9 + 61 TOTAL ITERATIONS + + Solving: Stress period: 9 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -4.7174434 1_GWF-(3,1,1) + Model 2 23 4.5034761 1_GWF-(3,1,1) + Model 3 22 1.2057361 1_GWF-(2,4,9) + Model 4 20 0.11383266 1_GWF-(2,10,1) + Model 5 20 0.21014046 1_GWF-(2,10,5) + Model 6 14 3.97730160E-03 1_GWF-(2,9,4) + Model 7 1 2.55489851E-10 * 1_GWF-(2,9,2) + ---------------------------------------------------------------------------------------------------------- + + + 7 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 9 + 123 TOTAL ITERATIONS + + Solving: Stress period: 9 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -4.8654322 1_GWF-(3,1,1) + Model 2 23 4.5891170 1_GWF-(3,1,1) + Model 3 22 1.2709004 1_GWF-(2,4,4) + Model 4 20 8.22489121E-02 1_GWF-(2,10,1) + Model 5 20 3.88070658E-02 1_GWF-(2,10,8) + Model 6 20 5.98968759E-02 1_GWF-(2,10,6) + Model 7 1 2.79927193E-11 * 1_GWF-(2,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 7 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 9 + 131 TOTAL ITERATIONS + + Solving: Stress period: 9 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -2.0317980 1_GWF-(3,1,10) + Model 2 23 1.6766655 1_GWF-(3,1,10) + Model 3 21 0.29270911 1_GWF-(2,8,3) + Model 4 18 9.29010334E-03 1_GWF-(2,10,9) + Model 5 15 7.95566432E-04 1_GWF-(2,10,8) + Model 6 1 5.16645393E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 9 + 103 TOTAL ITERATIONS + + Solving: Stress period: 9 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -2.6717360 1_GWF-(3,3,10) + Model 2 24 2.2180118 1_GWF-(3,3,10) + Model 3 22 0.64313828 1_GWF-(2,4,9) + Model 4 17 5.80042958E-03 1_GWF-(2,8,9) + Model 5 1 -2.55500510E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 9 + 89 TOTAL ITERATIONS + + Solving: Stress period: 9 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -3.2263460 1_GWF-(3,4,10) + Model 2 24 2.6481041 1_GWF-(3,4,10) + Model 3 22 0.75480313 1_GWF-(2,3,9) + Model 4 20 1.94901572E-02 1_GWF-(2,9,10) + Model 5 1 -2.46105358E-11 * 1_GWF-(2,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 9 + 93 TOTAL ITERATIONS + + Solving: Stress period: 10 Time step: 1 + +1 + STRESS PERIOD NO. 10, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -1.3210199 1_GWF-(3,10,10) + Model 2 22 1.1745779 1_GWF-(3,10,10) + Model 3 18 0.21415962 1_GWF-(2,5,9) + Model 4 1 1.92857286E-10 * 1_GWF-(2,6,8) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 10 + 63 TOTAL ITERATIONS + + Solving: Stress period: 10 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.2216627 1_GWF-(3,1,1) + Model 2 22 3.0177442 1_GWF-(3,1,1) + Model 3 21 0.60100976 1_GWF-(2,3,9) + Model 4 19 0.10682261 1_GWF-(2,8,1) + Model 5 18 2.62280243E-02 1_GWF-(2,9,1) + Model 6 1 -6.14148732E-11 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 10 + 105 TOTAL ITERATIONS + + Solving: Stress period: 10 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -1.7827024 1_GWF-(3,5,1) + Model 2 23 1.5256655 1_GWF-(3,5,1) + Model 3 20 0.40500819 1_GWF-(2,5,3) + Model 4 18 4.38040010E-02 1_GWF-(2,8,10) + Model 5 1 -2.93991498E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 10 + 86 TOTAL ITERATIONS + + Solving: Stress period: 10 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -2.5687369 1_GWF-(3,6,10) + Model 2 23 2.2414985 1_GWF-(3,6,10) + Model 3 21 0.49459171 1_GWF-(2,4,3) + Model 4 20 4.11884594E-02 1_GWF-(2,8,1) + Model 5 1 -2.52295962E-11 * 1_GWF-(2,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 10 + 90 TOTAL ITERATIONS + + Solving: Stress period: 10 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -2.8473063 1_GWF-(3,10,10) + Model 2 23 2.4382139 1_GWF-(3,10,10) + Model 3 21 0.28141935 1_GWF-(2,4,3) + Model 4 19 3.03041848E-02 1_GWF-(2,7,10) + Model 5 1 -2.01385575E-11 * 1_GWF-(2,2,6) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 10 + 90 TOTAL ITERATIONS + + Solving: Stress period: 10 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -2.4062470 1_GWF-(3,8,10) + Model 2 23 1.8761592 1_GWF-(3,8,10) + Model 3 22 0.37937378 1_GWF-(2,4,2) + Model 4 20 7.43949149E-02 1_GWF-(2,6,1) + Model 5 19 1.21275189E-02 1_GWF-(2,7,1) + Model 6 1 -3.01056957E-11 * 1_GWF-(2,2,9) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 10 + 111 TOTAL ITERATIONS + + Solving: Stress period: 11 Time step: 1 + +1 + STRESS PERIOD NO. 11, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -1.9491476 1_GWF-(3,10,1) + Model 2 22 1.8078564 1_GWF-(3,10,1) + Model 3 18 0.12791945 1_GWF-(2,5,10) + Model 4 18 4.83433429E-02 1_GWF-(2,6,10) + Model 5 1 2.39781528E-11 * 1_GWF-(2,3,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 11 + 81 TOTAL ITERATIONS + + Solving: Stress period: 11 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.3973408 1_GWF-(3,10,1) + Model 2 22 2.2143739 1_GWF-(3,10,1) + Model 3 20 0.19771858 1_GWF-(2,5,1) + Model 4 1 -3.11182191E-11 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 11 + 66 TOTAL ITERATIONS + + Solving: Stress period: 11 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -3.0625855 1_GWF-(3,10,10) + Model 2 22 2.8260294 1_GWF-(3,10,10) + Model 3 21 0.54005342 1_GWF-(2,3,2) + Model 4 20 0.11093309 1_GWF-(2,5,1) + Model 5 19 3.98566352E-02 1_GWF-(2,6,1) + Model 6 1 7.09015069E-11 * 1_GWF-(2,2,8) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 11 + 108 TOTAL ITERATIONS + + Solving: Stress period: 11 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -2.3783688 1_GWF-(3,8,10) + Model 2 23 2.0711450 1_GWF-(3,8,10) + Model 3 21 0.39535607 1_GWF-(2,3,2) + Model 4 19 3.62978693E-02 1_GWF-(2,5,10) + Model 5 1 -8.11368750E-11 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 11 + 89 TOTAL ITERATIONS + + Solving: Stress period: 11 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -2.0522716 1_GWF-(2,9,5) + Model 2 23 1.9849180 1_GWF-(2,9,5) + Model 3 20 0.28961278 1_GWF-(2,2,1) + Model 4 19 3.02910415E-02 1_GWF-(2,5,1) + Model 5 1 -5.43769474E-11 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 11 + 88 TOTAL ITERATIONS + + Solving: Stress period: 11 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 27 -3.6888978 1_GWF-(3,10,10) + Model 2 22 3.1830270 1_GWF-(3,10,10) + Model 3 20 0.31864927 1_GWF-(2,1,4) + Model 4 20 5.55306675E-02 1_GWF-(2,3,10) + Model 5 17 3.50241438E-03 1_GWF-(2,4,10) + Model 6 1 8.68105587E-11 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 11 + 107 TOTAL ITERATIONS + + Solving: Stress period: 12 Time step: 1 + +1 + STRESS PERIOD NO. 12, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -1.5684083 1_GWF-(2,3,6) + Model 2 21 1.5393476 1_GWF-(2,3,6) + Model 3 18 7.13350406E-02 1_GWF-(2,3,10) + Model 4 1 8.50519655E-11 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 12 + 62 TOTAL ITERATIONS + + Solving: Stress period: 12 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.5822643 1_GWF-(3,10,1) + Model 2 22 2.4064011 1_GWF-(3,10,1) + Model 3 17 1.39539612E-02 1_GWF-(2,4,1) + Model 4 1 1.68476788E-10 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 12 + 63 TOTAL ITERATIONS + + Solving: Stress period: 12 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.0703694 1_GWF-(2,3,6) + Model 2 21 2.0188842 1_GWF-(2,3,6) + Model 3 18 0.23942154 1_GWF-(2,2,2) + Model 4 1 -1.79358750E-10 * 1_GWF-(2,2,10) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 12 + 63 TOTAL ITERATIONS + + Solving: Stress period: 12 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -2.4590177 1_GWF-(2,3,6) + Model 2 21 2.3899070 1_GWF-(2,3,6) + Model 3 18 0.12553376 1_GWF-(2,1,4) + Model 4 19 3.12129142E-02 1_GWF-(2,2,10) + Model 5 1 -5.66977576E-11 * 1_GWF-(2,2,2) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 12 + 83 TOTAL ITERATIONS + + Solving: Stress period: 12 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -2.9116714 1_GWF-(2,9,5) + Model 2 21 2.8272836 1_GWF-(2,9,5) + Model 3 17 4.96918409E-02 1_GWF-(2,1,4) + Model 4 16 1.09911174E-02 1_GWF-(2,2,1) + Model 5 1 2.25448105E-10 * 1_GWF-(1,1,10) + ---------------------------------------------------------------------------------------------------------- + + + 5 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 12 + 80 TOTAL ITERATIONS + + Solving: Stress period: 12 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 26 -3.0741489 1_GWF-(2,3,6) + Model 2 21 2.9475893 1_GWF-(2,3,6) + Model 3 1 -1.28864031E-10 * 1_GWF-(1,1,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 12 + 48 TOTAL ITERATIONS + + Solving: Stress period: 13 Time step: 1 + +1 + STRESS PERIOD NO. 13, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -1.5657614 1_GWF-(2,4,7) + Model 2 20 1.5350045 1_GWF-(2,4,7) + Model 3 1 -2.86437540E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 13 + 42 TOTAL ITERATIONS + + Solving: Stress period: 13 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -1.8507900 1_GWF-(2,3,6) + Model 2 20 1.8053517 1_GWF-(2,3,6) + Model 3 1 -4.58637572E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 13 + 43 TOTAL ITERATIONS + + Solving: Stress period: 13 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.1014494 1_GWF-(2,4,7) + Model 2 21 2.0473818 1_GWF-(2,4,7) + Model 3 1 1.61008984E-11 * 1_GWF-(3,3,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 13 + 45 TOTAL ITERATIONS + + Solving: Stress period: 13 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.2810804 1_GWF-(2,3,6) + Model 2 21 2.2012721 1_GWF-(2,3,6) + Model 3 1 -3.42423867E-11 * 1_GWF-(1,9,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 13 + 44 TOTAL ITERATIONS + + Solving: Stress period: 13 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.5877927 1_GWF-(2,9,5) + Model 2 21 2.4896752 1_GWF-(2,9,5) + Model 3 1 6.38404885E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 13 + 45 TOTAL ITERATIONS + + Solving: Stress period: 13 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.1117934 1_GWF-(2,3,6) + Model 2 21 2.9691485 1_GWF-(2,3,6) + Model 3 1 -9.25695076E-11 * 1_GWF-(3,8,8) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 13 + 46 TOTAL ITERATIONS + + Solving: Stress period: 14 Time step: 1 + +1 + STRESS PERIOD NO. 14, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -1.7985143 1_GWF-(2,4,7) + Model 2 20 1.7629373 1_GWF-(2,4,7) + Model 3 1 -3.06812353E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 14 + 42 TOTAL ITERATIONS + + Solving: Stress period: 14 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -1.9904490 1_GWF-(2,3,6) + Model 2 20 1.9396083 1_GWF-(2,3,6) + Model 3 1 -5.88435967E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 14 + 43 TOTAL ITERATIONS + + Solving: Stress period: 14 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.3188650 1_GWF-(2,4,7) + Model 2 20 2.2570610 1_GWF-(2,4,7) + Model 3 1 8.80344686E-11 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 14 + 43 TOTAL ITERATIONS + + Solving: Stress period: 14 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.6036963 1_GWF-(2,3,6) + Model 2 21 2.5153712 1_GWF-(2,3,6) + Model 3 1 3.78399534E-11 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 14 + 45 TOTAL ITERATIONS + + Solving: Stress period: 14 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.1682650 1_GWF-(2,4,7) + Model 2 21 3.0593875 1_GWF-(2,4,7) + Model 3 1 6.35154151E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 14 + 45 TOTAL ITERATIONS + + Solving: Stress period: 14 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.0822973 1_GWF-(2,3,6) + Model 2 21 2.9268590 1_GWF-(2,3,6) + Model 3 1 8.51425597E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 14 + 45 TOTAL ITERATIONS + + Solving: Stress period: 15 Time step: 1 + +1 + STRESS PERIOD NO. 15, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -2.0039787 1_GWF-(2,4,7) + Model 2 20 1.9645382 1_GWF-(2,4,7) + Model 3 1 -3.64543951E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 15 + 42 TOTAL ITERATIONS + + Solving: Stress period: 15 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.2619459 1_GWF-(2,3,6) + Model 2 20 2.2068123 1_GWF-(2,3,6) + Model 3 1 -7.29389882E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 15 + 43 TOTAL ITERATIONS + + Solving: Stress period: 15 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.5112342 1_GWF-(2,3,7) + Model 2 20 2.4405894 1_GWF-(2,3,7) + Model 3 1 9.75965975E-11 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 15 + 43 TOTAL ITERATIONS + + Solving: Stress period: 15 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.7662398 1_GWF-(2,3,6) + Model 2 21 2.6711651 1_GWF-(2,3,6) + Model 3 1 4.19344559E-11 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 15 + 44 TOTAL ITERATIONS + + Solving: Stress period: 15 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.3109212 1_GWF-(2,4,7) + Model 2 21 3.1924953 1_GWF-(2,4,7) + Model 3 1 6.65139055E-11 * 1_GWF-(3,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 15 + 45 TOTAL ITERATIONS + + Solving: Stress period: 15 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.3246932 1_GWF-(2,3,6) + Model 2 21 3.1591721 1_GWF-(2,3,6) + Model 3 1 1.02581055E-10 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 15 + 45 TOTAL ITERATIONS + + Solving: Stress period: 16 Time step: 1 + +1 + STRESS PERIOD NO. 16, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.0997991 1_GWF-(2,3,7) + Model 2 20 2.0558965 1_GWF-(2,3,7) + Model 3 1 -4.03836964E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 16 + 43 TOTAL ITERATIONS + + Solving: Stress period: 16 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.3810274 1_GWF-(2,3,6) + Model 2 20 2.3225181 1_GWF-(2,3,6) + Model 3 1 -7.05089320E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 16 + 43 TOTAL ITERATIONS + + Solving: Stress period: 16 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.6811114 1_GWF-(2,4,7) + Model 2 21 2.6082195 1_GWF-(2,4,7) + Model 3 1 1.64277481E-11 * 1_GWF-(3,4,3) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 16 + 45 TOTAL ITERATIONS + + Solving: Stress period: 16 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.8503447 1_GWF-(2,3,6) + Model 2 21 2.7509231 1_GWF-(2,8,7) + Model 3 1 -4.41779946E-11 * 1_GWF-(1,9,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 16 + 44 TOTAL ITERATIONS + + Solving: Stress period: 16 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.5442639 1_GWF-(2,4,7) + Model 2 21 3.4183196 1_GWF-(2,4,7) + Model 3 1 7.57154339E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 16 + 46 TOTAL ITERATIONS + + Solving: Stress period: 16 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -3.5333993 1_GWF-(2,3,5) + Model 2 21 3.3735109 1_GWF-(2,3,5) + Model 3 1 1.03018039E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 16 + 47 TOTAL ITERATIONS + + Solving: Stress period: 17 Time step: 1 + +1 + STRESS PERIOD NO. 17, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.2255337 1_GWF-(2,4,7) + Model 2 20 2.1806251 1_GWF-(2,4,7) + Model 3 1 -3.81330523E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 17 + 43 TOTAL ITERATIONS + + Solving: Stress period: 17 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.5493969 1_GWF-(2,3,6) + Model 2 20 2.4882746 1_GWF-(2,3,6) + Model 3 1 -7.92965693E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 17 + 43 TOTAL ITERATIONS + + Solving: Stress period: 17 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.8689321 1_GWF-(2,4,7) + Model 2 21 2.7922190 1_GWF-(2,4,7) + Model 3 1 2.02007300E-11 * 1_GWF-(3,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 17 + 45 TOTAL ITERATIONS + + Solving: Stress period: 17 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.0850688 1_GWF-(2,3,6) + Model 2 21 2.9806427 1_GWF-(2,3,6) + Model 3 1 -4.59055016E-11 * 1_GWF-(1,9,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 17 + 44 TOTAL ITERATIONS + + Solving: Stress period: 17 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.6006332 1_GWF-(2,4,7) + Model 2 21 3.4688669 1_GWF-(2,4,7) + Model 3 1 8.47020232E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 17 + 46 TOTAL ITERATIONS + + Solving: Stress period: 17 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.6611588 1_GWF-(2,3,5) + Model 2 21 3.4933177 1_GWF-(2,3,5) + Model 3 1 1.24032340E-10 * 1_GWF-(3,2,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 17 + 46 TOTAL ITERATIONS + + Solving: Stress period: 18 Time step: 1 + +1 + STRESS PERIOD NO. 18, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.3259575 1_GWF-(2,3,7) + Model 2 20 2.2781609 1_GWF-(2,3,7) + Model 3 1 -4.06270573E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 18 + 43 TOTAL ITERATIONS + + Solving: Stress period: 18 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.5942809 1_GWF-(2,3,6) + Model 2 20 2.5311823 1_GWF-(2,3,6) + Model 3 1 -7.39426298E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 18 + 43 TOTAL ITERATIONS + + Solving: Stress period: 18 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.0261424 1_GWF-(2,4,7) + Model 2 20 2.9465094 1_GWF-(2,4,7) + Model 3 1 -1.12837739E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 18 + 44 TOTAL ITERATIONS + + Solving: Stress period: 18 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.1639280 1_GWF-(2,7,8) + Model 2 21 3.0655574 1_GWF-(2,7,8) + Model 3 1 -5.17554888E-11 * 1_GWF-(1,9,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 18 + 44 TOTAL ITERATIONS + + Solving: Stress period: 18 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.5834738 1_GWF-(2,4,7) + Model 2 21 3.4473047 1_GWF-(2,4,7) + Model 3 1 8.89261997E-11 * 1_GWF-(1,3,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 18 + 46 TOTAL ITERATIONS + + Solving: Stress period: 18 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.7850118 1_GWF-(2,3,5) + Model 2 21 3.6110881 1_GWF-(2,3,5) + Model 3 1 1.05222497E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 18 + 46 TOTAL ITERATIONS + + Solving: Stress period: 19 Time step: 1 + +1 + STRESS PERIOD NO. 19, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.4012831 1_GWF-(2,4,7) + Model 2 20 2.3531493 1_GWF-(2,4,7) + Model 3 1 -3.90265598E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 19 + 43 TOTAL ITERATIONS + + Solving: Stress period: 19 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.6005399 1_GWF-(2,7,8) + Model 2 20 2.5410291 1_GWF-(2,7,8) + Model 3 1 -7.67581554E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 19 + 43 TOTAL ITERATIONS + + Solving: Stress period: 19 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.0712911 1_GWF-(2,4,7) + Model 2 21 2.9894920 1_GWF-(2,4,7) + Model 3 1 1.61506364E-11 * 1_GWF-(3,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 19 + 45 TOTAL ITERATIONS + + Solving: Stress period: 19 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.2140250 1_GWF-(2,7,6) + Model 2 21 3.1128927 1_GWF-(2,7,6) + Model 3 1 -5.69864156E-11 * 1_GWF-(1,9,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 19 + 45 TOTAL ITERATIONS + + Solving: Stress period: 19 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.7754317 1_GWF-(2,4,7) + Model 2 21 3.6360469 1_GWF-(2,4,7) + Model 3 1 7.78062059E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 19 + 46 TOTAL ITERATIONS + + Solving: Stress period: 19 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.8082485 1_GWF-(2,3,5) + Model 2 21 3.6298107 1_GWF-(2,3,5) + Model 3 1 1.09352527E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 19 + 46 TOTAL ITERATIONS + + Solving: Stress period: 20 Time step: 1 + +1 + STRESS PERIOD NO. 20, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -2.4487914 1_GWF-(2,4,7) + Model 2 20 2.3996669 1_GWF-(2,4,7) + Model 3 1 -4.22915036E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 20 + 42 TOTAL ITERATIONS + + Solving: Stress period: 20 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.6770354 1_GWF-(2,3,5) + Model 2 20 2.6143214 1_GWF-(2,3,5) + Model 3 1 -7.77120590E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 20 + 43 TOTAL ITERATIONS + + Solving: Stress period: 20 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.1110782 1_GWF-(2,4,7) + Model 2 20 3.0277436 1_GWF-(2,4,7) + Model 3 1 1.04158460E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 20 + 43 TOTAL ITERATIONS + + Solving: Stress period: 20 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.2382646 1_GWF-(2,9,3) + Model 2 21 3.1338458 1_GWF-(2,9,3) + Model 3 1 5.48343593E-11 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 20 + 45 TOTAL ITERATIONS + + Solving: Stress period: 20 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.8052292 1_GWF-(2,4,7) + Model 2 21 3.6636215 1_GWF-(2,4,7) + Model 3 1 7.79820652E-11 * 1_GWF-(3,4,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 20 + 46 TOTAL ITERATIONS + + Solving: Stress period: 20 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.7747787 1_GWF-(2,3,5) + Model 2 21 3.5931420 1_GWF-(2,3,5) + Model 3 1 9.97317784E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 20 + 46 TOTAL ITERATIONS + + Solving: Stress period: 21 Time step: 1 + +1 + STRESS PERIOD NO. 21, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.5569564 1_GWF-(2,4,7) + Model 2 20 2.5071665 1_GWF-(2,4,7) + Model 3 1 -5.17488274E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 21 + 43 TOTAL ITERATIONS + + Solving: Stress period: 21 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.6797636 1_GWF-(2,7,6) + Model 2 20 2.6179852 1_GWF-(2,7,6) + Model 3 1 -8.40003622E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 21 + 43 TOTAL ITERATIONS + + Solving: Stress period: 21 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.0575875 1_GWF-(2,4,7) + Model 2 20 2.9732445 1_GWF-(2,4,7) + Model 3 1 1.06339826E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 21 + 44 TOTAL ITERATIONS + + Solving: Stress period: 21 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.3484569 1_GWF-(2,7,5) + Model 2 21 3.2438809 1_GWF-(2,7,5) + Model 3 1 -5.63318281E-11 * 1_GWF-(1,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 21 + 45 TOTAL ITERATIONS + + Solving: Stress period: 21 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.8702919 1_GWF-(2,4,7) + Model 2 21 3.7272904 1_GWF-(2,4,7) + Model 3 1 7.69695419E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 21 + 46 TOTAL ITERATIONS + + Solving: Stress period: 21 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.9087306 1_GWF-(2,6,5) + Model 2 21 3.7308731 1_GWF-(2,6,5) + Model 3 1 1.16878951E-10 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 21 + 46 TOTAL ITERATIONS + + Solving: Stress period: 22 Time step: 1 + +1 + STRESS PERIOD NO. 22, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.4223196 1_GWF-(2,4,7) + Model 2 20 2.3721359 1_GWF-(2,4,7) + Model 3 1 -4.03206357E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 22 + 43 TOTAL ITERATIONS + + Solving: Stress period: 22 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -2.7268237 1_GWF-(2,3,5) + Model 2 20 2.6623942 1_GWF-(2,3,5) + Model 3 1 -8.44941894E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 22 + 42 TOTAL ITERATIONS + + Solving: Stress period: 22 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.0736624 1_GWF-(2,4,7) + Model 2 21 2.9887505 1_GWF-(2,4,7) + Model 3 1 1.99733563E-11 * 1_GWF-(3,9,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 22 + 44 TOTAL ITERATIONS + + Solving: Stress period: 22 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.3134768 1_GWF-(2,6,5) + Model 2 21 3.2077756 1_GWF-(2,6,5) + Model 3 1 -5.99293948E-11 * 1_GWF-(1,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 22 + 44 TOTAL ITERATIONS + + Solving: Stress period: 22 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.8756319 1_GWF-(2,4,7) + Model 2 21 3.7319279 1_GWF-(2,4,7) + Model 3 1 8.14601719E-11 * 1_GWF-(1,3,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 22 + 45 TOTAL ITERATIONS + + Solving: Stress period: 22 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.9798234 1_GWF-(2,3,5) + Model 2 21 3.7949155 1_GWF-(2,3,5) + Model 3 1 1.30404132E-10 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 22 + 46 TOTAL ITERATIONS + + Solving: Stress period: 23 Time step: 1 + +1 + STRESS PERIOD NO. 23, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.4898139 1_GWF-(2,3,7) + Model 2 20 2.4388738 1_GWF-(2,3,7) + Model 3 1 -4.47171189E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 23 + 43 TOTAL ITERATIONS + + Solving: Stress period: 23 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.8158604 1_GWF-(2,3,5) + Model 2 20 2.7510724 1_GWF-(2,3,5) + Model 3 1 -9.19193610E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 23 + 43 TOTAL ITERATIONS + + Solving: Stress period: 23 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.1631429 1_GWF-(2,4,7) + Model 2 20 3.0780285 1_GWF-(2,4,7) + Model 3 1 -1.22343025E-10 * 1_GWF-(1,3,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 23 + 44 TOTAL ITERATIONS + + Solving: Stress period: 23 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.4182761 1_GWF-(2,3,5) + Model 2 21 3.3086885 1_GWF-(2,3,5) + Model 3 1 -5.53694868E-11 * 1_GWF-(1,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 23 + 45 TOTAL ITERATIONS + + Solving: Stress period: 23 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.7242638 1_GWF-(2,8,7) + Model 2 21 3.5867855 1_GWF-(2,8,7) + Model 3 1 7.53317408E-11 * 1_GWF-(3,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 23 + 45 TOTAL ITERATIONS + + Solving: Stress period: 23 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -4.0116048 1_GWF-(2,3,5) + Model 2 21 3.8262929 1_GWF-(2,3,5) + Model 3 1 1.38159706E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 23 + 47 TOTAL ITERATIONS + + Solving: Stress period: 24 Time step: 1 + +1 + STRESS PERIOD NO. 24, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.5334187 1_GWF-(2,4,7) + Model 2 20 2.4830881 1_GWF-(2,4,7) + Model 3 1 -4.23616697E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 24 + 43 TOTAL ITERATIONS + + Solving: Stress period: 24 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -2.6930063 1_GWF-(2,3,5) + Model 2 20 2.6281210 1_GWF-(2,3,5) + Model 3 1 -7.95505883E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 24 + 42 TOTAL ITERATIONS + + Solving: Stress period: 24 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.1725113 1_GWF-(2,4,7) + Model 2 20 3.0874983 1_GWF-(2,4,7) + Model 3 1 1.14502186E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 24 + 44 TOTAL ITERATIONS + + Solving: Stress period: 24 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.4954457 1_GWF-(2,3,5) + Model 2 21 3.3858132 1_GWF-(2,3,5) + Model 3 1 5.92539351E-11 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 24 + 45 TOTAL ITERATIONS + + Solving: Stress period: 24 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.6861202 1_GWF-(2,4,7) + Model 2 21 3.5426386 1_GWF-(2,4,7) + Model 3 1 6.73399114E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 24 + 45 TOTAL ITERATIONS + + Solving: Stress period: 24 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.9681368 1_GWF-(2,6,5) + Model 2 21 3.7885408 1_GWF-(2,6,5) + Model 3 1 1.14820153E-10 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 24 + 46 TOTAL ITERATIONS + + Solving: Stress period: 25 Time step: 1 + +1 + STRESS PERIOD NO. 25, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.4146969 1_GWF-(2,2,7) + Model 2 20 2.3661785 1_GWF-(2,2,7) + Model 3 1 -5.00666175E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 25 + 43 TOTAL ITERATIONS + + Solving: Stress period: 25 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.7654425 1_GWF-(2,3,5) + Model 2 20 2.7006770 1_GWF-(2,3,5) + Model 3 1 -8.59152749E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 25 + 43 TOTAL ITERATIONS + + Solving: Stress period: 25 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.1772170 1_GWF-(2,4,7) + Model 2 20 3.0925573 1_GWF-(2,4,7) + Model 3 1 1.27757360E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 25 + 43 TOTAL ITERATIONS + + Solving: Stress period: 25 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.3143171 1_GWF-(2,3,5) + Model 2 21 3.2049866 1_GWF-(2,3,5) + Model 3 1 -5.05919751E-11 * 1_GWF-(1,9,10) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 25 + 45 TOTAL ITERATIONS + + Solving: Stress period: 25 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.7624663 1_GWF-(2,2,7) + Model 2 21 3.6238481 1_GWF-(2,2,7) + Model 3 1 8.26627655E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 25 + 46 TOTAL ITERATIONS + + Solving: Stress period: 25 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.9587232 1_GWF-(2,3,5) + Model 2 21 3.7744199 1_GWF-(2,3,5) + Model 3 1 1.11795018E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 25 + 46 TOTAL ITERATIONS + + Solving: Stress period: 26 Time step: 1 + +1 + STRESS PERIOD NO. 26, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -2.3996175 1_GWF-(2,4,7) + Model 2 20 2.3497683 1_GWF-(2,4,7) + Model 3 1 -4.25952607E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 26 + 42 TOTAL ITERATIONS + + Solving: Stress period: 26 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.7061500 1_GWF-(2,3,5) + Model 2 20 2.6416848 1_GWF-(2,3,5) + Model 3 1 -8.48761061E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 26 + 43 TOTAL ITERATIONS + + Solving: Stress period: 26 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.0690758 1_GWF-(2,4,7) + Model 2 20 2.9849769 1_GWF-(2,4,7) + Model 3 1 1.18244969E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 26 + 44 TOTAL ITERATIONS + + Solving: Stress period: 26 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.3311685 1_GWF-(2,3,4) + Model 2 21 3.2243253 1_GWF-(2,3,4) + Model 3 1 -5.28559418E-11 * 1_GWF-(1,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 26 + 45 TOTAL ITERATIONS + + Solving: Stress period: 26 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.6437826 1_GWF-(2,4,7) + Model 2 21 3.5050898 1_GWF-(2,2,7) + Model 3 1 8.19184720E-11 * 1_GWF-(3,8,3) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 26 + 46 TOTAL ITERATIONS + + Solving: Stress period: 26 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.9324142 1_GWF-(2,3,5) + Model 2 21 3.7493230 1_GWF-(2,3,5) + Model 3 1 1.11757714E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 26 + 46 TOTAL ITERATIONS + + Solving: Stress period: 27 Time step: 1 + +1 + STRESS PERIOD NO. 27, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.5890438 1_GWF-(2,2,7) + Model 2 20 2.5406849 1_GWF-(2,2,7) + Model 3 1 -5.05391284E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 27 + 43 TOTAL ITERATIONS + + Solving: Stress period: 27 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.7613084 1_GWF-(2,3,5) + Model 2 20 2.6972926 1_GWF-(2,3,5) + Model 3 1 -8.48050519E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 27 + 43 TOTAL ITERATIONS + + Solving: Stress period: 27 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.1693677 1_GWF-(2,4,8) + Model 2 20 3.0872789 1_GWF-(2,2,8) + Model 3 1 1.22900801E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 27 + 44 TOTAL ITERATIONS + + Solving: Stress period: 27 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.4192127 1_GWF-(2,3,5) + Model 2 21 3.3112994 1_GWF-(2,3,5) + Model 3 1 4.37765380E-11 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 27 + 45 TOTAL ITERATIONS + + Solving: Stress period: 27 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.6155770 1_GWF-(2,4,7) + Model 2 21 3.4752429 1_GWF-(2,4,7) + Model 3 1 8.00426392E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 27 + 46 TOTAL ITERATIONS + + Solving: Stress period: 27 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -4.1474476 1_GWF-(2,3,4) + Model 2 21 3.9684943 1_GWF-(2,3,4) + Model 3 1 1.07606368E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 27 + 47 TOTAL ITERATIONS + + Solving: Stress period: 28 Time step: 1 + +1 + STRESS PERIOD NO. 28, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.4802168 1_GWF-(2,4,7) + Model 2 20 2.4312751 1_GWF-(2,4,7) + Model 3 1 -5.24646993E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 28 + 43 TOTAL ITERATIONS + + Solving: Stress period: 28 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -2.6867024 1_GWF-(2,3,5) + Model 2 20 2.6232588 1_GWF-(2,3,5) + Model 3 1 -9.27098398E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 28 + 44 TOTAL ITERATIONS + + Solving: Stress period: 28 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.0445698 1_GWF-(2,4,7) + Model 2 20 2.9620723 1_GWF-(2,4,7) + Model 3 1 1.04945386E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 28 + 43 TOTAL ITERATIONS + + Solving: Stress period: 28 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.3227887 1_GWF-(2,3,5) + Model 2 21 3.2158979 1_GWF-(2,3,5) + Model 3 1 4.18740598E-11 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 28 + 45 TOTAL ITERATIONS + + Solving: Stress period: 28 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.6968931 1_GWF-(2,4,7) + Model 2 21 3.5581096 1_GWF-(2,4,7) + Model 3 1 7.83249021E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 28 + 46 TOTAL ITERATIONS + + Solving: Stress period: 28 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.8208566 1_GWF-(2,3,4) + Model 2 21 3.6434227 1_GWF-(2,3,4) + Model 3 1 1.04222408E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 28 + 46 TOTAL ITERATIONS + + Solving: Stress period: 29 Time step: 1 + +1 + STRESS PERIOD NO. 29, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.3317426 1_GWF-(2,4,7) + Model 2 20 2.2833679 1_GWF-(2,4,7) + Model 3 1 -3.80131482E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 29 + 43 TOTAL ITERATIONS + + Solving: Stress period: 29 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -2.6603664 1_GWF-(2,3,5) + Model 2 20 2.5975953 1_GWF-(2,3,5) + Model 3 1 -7.56390506E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 29 + 42 TOTAL ITERATIONS + + Solving: Stress period: 29 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.0476674 1_GWF-(2,4,8) + Model 2 20 2.9665814 1_GWF-(2,4,8) + Model 3 1 1.11661791E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 29 + 44 TOTAL ITERATIONS + + Solving: Stress period: 29 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.3152846 1_GWF-(2,6,8) + Model 2 21 3.2124654 1_GWF-(2,6,8) + Model 3 1 6.14477358E-11 * 1_GWF-(3,4,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 29 + 45 TOTAL ITERATIONS + + Solving: Stress period: 29 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.4888254 1_GWF-(2,4,7) + Model 2 21 3.3520420 1_GWF-(2,7,8) + Model 3 1 6.30890895E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 29 + 46 TOTAL ITERATIONS + + Solving: Stress period: 29 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.8259042 1_GWF-(2,3,5) + Model 2 21 3.6483754 1_GWF-(2,3,5) + Model 3 1 1.17546861E-10 * 1_GWF-(1,4,3) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 29 + 46 TOTAL ITERATIONS + + Solving: Stress period: 30 Time step: 1 + +1 + STRESS PERIOD NO. 30, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.3622911 1_GWF-(2,4,7) + Model 2 20 2.3145396 1_GWF-(2,4,7) + Model 3 1 -4.41993109E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 30 + 43 TOTAL ITERATIONS + + Solving: Stress period: 30 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.6608226 1_GWF-(2,3,4) + Model 2 20 2.5994545 1_GWF-(2,3,4) + Model 3 1 -8.39293079E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 30 + 43 TOTAL ITERATIONS + + Solving: Stress period: 30 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.9303394 1_GWF-(2,4,7) + Model 2 20 2.8498972 1_GWF-(2,4,7) + Model 3 1 9.83493287E-11 * 1_GWF-(1,8,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 30 + 43 TOTAL ITERATIONS + + Solving: Stress period: 30 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 23 -3.1998675 1_GWF-(2,3,5) + Model 2 21 3.0973071 1_GWF-(2,7,5) + Model 3 1 -4.49122961E-11 * 1_GWF-(1,9,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 30 + 45 TOTAL ITERATIONS + + Solving: Stress period: 30 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.5754842 1_GWF-(2,4,7) + Model 2 21 3.4402900 1_GWF-(2,4,7) + Model 3 1 7.31219529E-11 * 1_GWF-(3,3,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 30 + 46 TOTAL ITERATIONS + + Solving: Stress period: 30 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 25 -3.8018742 1_GWF-(2,6,5) + Model 2 21 3.6318298 1_GWF-(2,6,5) + Model 3 1 1.23755228E-10 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 30 + 47 TOTAL ITERATIONS + + Solving: Stress period: 31 Time step: 1 + +1 + STRESS PERIOD NO. 31, LENGTH = 365.2500 + ----------------------------------------------- + NUMBER OF TIME STEPS = 6 + MULTIPLIER FOR DELT = 1.300 + INITIAL TIME STEP SIZE = 28.63352 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.2608103 1_GWF-(2,4,7) + Model 2 20 2.2137267 1_GWF-(2,4,7) + Model 3 1 -3.53148621E-11 * 1_GWF-(1,6,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 31 + 43 TOTAL ITERATIONS + + Solving: Stress period: 31 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -2.5752392 1_GWF-(2,3,4) + Model 2 20 2.5146008 1_GWF-(2,3,4) + Model 3 1 -7.48716644E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 31 + 42 TOTAL ITERATIONS + + Solving: Stress period: 31 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -2.9754555 1_GWF-(2,4,7) + Model 2 20 2.8961574 1_GWF-(2,4,7) + Model 3 1 1.21665344E-10 * 1_GWF-(1,5,9) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 31 + 43 TOTAL ITERATIONS + + Solving: Stress period: 31 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 22 -3.1751955 1_GWF-(2,3,4) + Model 2 21 3.0731145 1_GWF-(2,3,4) + Model 3 1 4.19433377E-11 * 1_GWF-(3,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 31 + 44 TOTAL ITERATIONS + + Solving: Stress period: 31 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.5604290 1_GWF-(2,4,7) + Model 2 21 3.4272085 1_GWF-(2,4,7) + Model 3 1 6.93205493E-11 * 1_GWF-(3,3,5) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 31 + 46 TOTAL ITERATIONS + + Solving: Stress period: 31 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 24 -3.7117464 1_GWF-(2,3,4) + Model 2 21 3.5404059 1_GWF-(2,3,4) + Model 3 1 9.61559721E-11 * 1_GWF-(1,3,1) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 31 + 46 TOTAL ITERATIONS + + + Solution SLN_1 summary + ---------------------------------------------------------------------- + Total formulate time: 0.57905999999999624E-1 seconds + Total solution time: 0.60576000000000019E-1 seconds + + + DETAILED INFORMATION ON VARIABLES STORED IN THE MEMORY MANAGER + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + ORIGIN VARIABLE NAME DATA TYPE NUMBER OF ITEMS ASSOCIATED VARIABLE + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + __INPUT__/SIM/NAM TDIS6 STRING LEN=300 1 -- + __INPUT__/SIM/NAM MTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM MFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM MNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM EXGTYPE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGFILE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEA STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEB STRING LEN=300 0 -- + __INPUT__/SIM/NAM SOLUTIONGROUPNUM INTEGER 1 -- + __INPUT__/SIM/NAM SLNTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNMNAMES STRING LEN=300 1 -- + __INPUT__/SIM/NAM CONTINUE INTEGER 1 -- + __INPUT__/SIM/NAM NOCHECK INTEGER 1 -- + __INPUT__/SIM/NAM PRMEM STRING LEN=300 1 -- + __INPUT__/SIM/NAM MAXERRORS INTEGER 1 -- + __INPUT__/SIM/NAM PRINT_INPUT INTEGER 1 -- + __INPUT__/SIM/NAM MXITER INTEGER 1 -- + __INPUT__/SIM NUMMODELS INTEGER 1 -- + __INPUT__/SIM NUMEXCHANGES INTEGER 1 -- + __INPUT__/CSUB_SUB03A/NAM FTYPE STRING LEN=300 9 -- + __INPUT__/CSUB_SUB03A/NAM FNAME STRING LEN=300 9 -- + __INPUT__/CSUB_SUB03A/NAM PNAME STRING LEN=300 9 -- + __INPUT__/CSUB_SUB03A PKGTYPES STRING LEN=7 9 -- + __INPUT__/CSUB_SUB03A PKGNAMES STRING LEN=16 9 -- + __INPUT__/CSUB_SUB03A MEMPATHS STRING LEN=50 9 -- + __INPUT__/CSUB_SUB03A INUNITS INTEGER 9 -- + __INPUT__/CSUB_SUB03A/DIS INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/NPF INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/CHD_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/CSUB_SUB03A/DIS NLAY INTEGER 1 -- + __INPUT__/CSUB_SUB03A/DIS NROW INTEGER 1 -- + __INPUT__/CSUB_SUB03A/DIS NCOL INTEGER 1 -- + __INPUT__/CSUB_SUB03A MODEL_SHAPE INTEGER 3 -- + __INPUT__/CSUB_SUB03A NCELLDIM INTEGER 1 -- + __INPUT__/CSUB_SUB03A/DIS DELR DOUBLE 10 -- + __INPUT__/CSUB_SUB03A/DIS DELC DOUBLE 10 -- + __INPUT__/CSUB_SUB03A/DIS TOP DOUBLE 100 -- + __INPUT__/CSUB_SUB03A/DIS BOTM DOUBLE 300 -- + __INPUT__/CSUB_SUB03A/NPF IPAKCB INTEGER 1 -- + __INPUT__/CSUB_SUB03A/NPF ICELLTYPE INTEGER 300 -- + __INPUT__/CSUB_SUB03A/NPF K DOUBLE 300 -- + __INPUT__/CSUB_SUB03A/NPF K33 DOUBLE 300 -- + __INPUT__/CSUB_SUB03A/WEL_0 IPRPAK INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 IPRFLOW INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 IPAKCB INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 NAUX INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 MAXBOUND INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 IPER INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 IONPER INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 NBOUND INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 NCPL INTEGER 1 -- + __INPUT__/CSUB_SUB03A/WEL_0 AUXILIARY STRING LEN=16 0 -- + __INPUT__/CSUB_SUB03A/WEL_0 CELLID INTEGER 12 -- + __INPUT__/CSUB_SUB03A/WEL_0 Q DOUBLE 4 -- + __INPUT__/CSUB_SUB03A/WEL_0 BOUNDNAME STRING LEN=40 0 -- + __INPUT__/CSUB_SUB03A/WEL_0 AUXVAR DOUBLE 0 -- + __INPUT__/CSUB_SUB03A/RCHA_0 READASARRAYS INTEGER 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 NAUX INTEGER 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 IPER INTEGER 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 IONPER INTEGER 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 NBOUND INTEGER 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 NCPL INTEGER 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 AUXILIARY STRING LEN=16 0 -- + __INPUT__/CSUB_SUB03A/RCHA_0 CELLID INTEGER 0 -- + __INPUT__/CSUB_SUB03A/RCHA_0 IRCH INTEGER 100 -- + __INPUT__/CSUB_SUB03A/RCHA_0 RECHARGE DOUBLE 100 -- + __INPUT__/CSUB_SUB03A/RCHA_0 BOUNDNAME STRING LEN=40 0 -- + __INPUT__/CSUB_SUB03A/RCHA_0 AUXVAR DOUBLE 0 -- + __INPUT__/CSUB_SUB03A/RCHA_0 INIRCH INTEGER 1 -- + __INPUT__/CSUB_SUB03A/RCHA_0 INRECHARGE INTEGER 1 -- + __INPUT__/CSUB_SUB03A/CHD_0 IPAKCB INTEGER 1 -- + __INPUT__/CSUB_SUB03A/CHD_0 NAUX INTEGER 1 -- + __INPUT__/CSUB_SUB03A/CHD_0 MAXBOUND INTEGER 1 -- + __INPUT__/CSUB_SUB03A/CHD_0 IPER INTEGER 1 -- + __INPUT__/CSUB_SUB03A/CHD_0 IONPER INTEGER 1 -- + __INPUT__/CSUB_SUB03A/CHD_0 NBOUND INTEGER 1 -- + __INPUT__/CSUB_SUB03A/CHD_0 NCPL INTEGER 1 -- + __INPUT__/CSUB_SUB03A/CHD_0 AUXILIARY STRING LEN=16 0 -- + __INPUT__/CSUB_SUB03A/CHD_0 CELLID INTEGER 12 -- + __INPUT__/CSUB_SUB03A/CHD_0 HEAD DOUBLE 4 -- + __INPUT__/CSUB_SUB03A/CHD_0 BOUNDNAME STRING LEN=40 0 -- + __INPUT__/CSUB_SUB03A/CHD_0 AUXVAR DOUBLE 0 -- + TDIS NPER INTEGER 1 -- + TDIS ITMUNI INTEGER 1 -- + TDIS KPER INTEGER 1 -- + TDIS KSTP INTEGER 1 -- + TDIS INATS INTEGER 1 -- + TDIS READNEWDATA LOGICAL 1 -- + TDIS ENDOFPERIOD LOGICAL 1 -- + TDIS ENDOFSIMULATION LOGICAL 1 -- + TDIS DELT DOUBLE 1 -- + TDIS PERTIM DOUBLE 1 -- + TDIS TOPERTIM DOUBLE 1 -- + TDIS TOTIM DOUBLE 1 -- + TDIS TOTIMC DOUBLE 1 -- + TDIS DELTSAV DOUBLE 1 -- + TDIS TOTIMSAV DOUBLE 1 -- + TDIS PERTIMSAV DOUBLE 1 -- + TDIS TOTALSIMTIME DOUBLE 1 -- + TDIS PERLEN DOUBLE 31 -- + TDIS NSTP INTEGER 31 -- + TDIS TSMULT DOUBLE 31 -- + __INPUT__/SIM/NAM MRANKS INTEGER 1 -- + CSUB_SUB03A NAME STRING LEN=16 1 -- + CSUB_SUB03A MACRONYM STRING LEN=3 1 -- + CSUB_SUB03A ID INTEGER 1 -- + CSUB_SUB03A IOUT INTEGER 1 -- + CSUB_SUB03A INEWTON INTEGER 1 -- + CSUB_SUB03A IPRPAK INTEGER 1 -- + CSUB_SUB03A IPRFLOW INTEGER 1 -- + CSUB_SUB03A IPAKCB INTEGER 1 -- + CSUB_SUB03A IDSOLN INTEGER 1 -- + CSUB_SUB03A NEQ INTEGER 1 -- + CSUB_SUB03A NJA INTEGER 1 -- + CSUB_SUB03A ICNVG INTEGER 1 -- + CSUB_SUB03A MOFFSET INTEGER 1 -- + CSUB_SUB03A INIC INTEGER 1 -- + CSUB_SUB03A INOC INTEGER 1 -- + CSUB_SUB03A INNPF INTEGER 1 -- + CSUB_SUB03A INBUY INTEGER 1 -- + CSUB_SUB03A INVSC INTEGER 1 -- + CSUB_SUB03A INSTO INTEGER 1 -- + CSUB_SUB03A INCSUB INTEGER 1 -- + CSUB_SUB03A INMVR INTEGER 1 -- + CSUB_SUB03A INHFB INTEGER 1 -- + CSUB_SUB03A INGNC INTEGER 1 -- + CSUB_SUB03A INOBS INTEGER 1 -- + CSUB_SUB03A ISS INTEGER 1 -- + CSUB_SUB03A INEWTONUR INTEGER 1 -- + CSUB_SUB03A/DIS INUNIT INTEGER 1 -- + CSUB_SUB03A/DIS IOUT INTEGER 1 -- + CSUB_SUB03A/DIS NODES INTEGER 1 -- + CSUB_SUB03A/DIS NODESUSER INTEGER 1 -- + CSUB_SUB03A/DIS NDIM INTEGER 1 -- + CSUB_SUB03A/DIS ICONDIR INTEGER 1 -- + CSUB_SUB03A/DIS NOGRB INTEGER 1 -- + CSUB_SUB03A/DIS XORIGIN DOUBLE 1 -- + CSUB_SUB03A/DIS YORIGIN DOUBLE 1 -- + CSUB_SUB03A/DIS ANGROT DOUBLE 1 -- + CSUB_SUB03A/DIS NJA INTEGER 1 -- + CSUB_SUB03A/DIS NJAS INTEGER 1 -- + CSUB_SUB03A/DIS LENUNI INTEGER 1 -- + CSUB_SUB03A/DIS NLAY INTEGER 1 -- + CSUB_SUB03A/DIS NROW INTEGER 1 -- + CSUB_SUB03A/DIS NCOL INTEGER 1 -- + CSUB_SUB03A/NPF INPUT_FNAME STRING LEN=300 1 -- + CSUB_SUB03A/NPF PACKAGE_TYPE STRING LEN=5 1 -- + CSUB_SUB03A/NPF ID INTEGER 1 -- + CSUB_SUB03A/NPF INUNIT INTEGER 1 -- + CSUB_SUB03A/NPF IOUT INTEGER 1 -- + CSUB_SUB03A/NPF INEWTON INTEGER 1 -- + CSUB_SUB03A/NPF IASYM INTEGER 1 -- + CSUB_SUB03A/NPF IPRPAK INTEGER 1 -- + CSUB_SUB03A/NPF IPRFLOW INTEGER 1 -- + CSUB_SUB03A/NPF IPAKCB INTEGER 1 -- + CSUB_SUB03A/NPF IONPER INTEGER 1 -- + CSUB_SUB03A/NPF LASTONPER INTEGER 1 -- + CSUB_SUB03A/NPF INAME INTEGER 1 -- + CSUB_SUB03A/NPF IXT3D INTEGER 1 -- + CSUB_SUB03A/NPF IXT3DRHS INTEGER 1 -- + CSUB_SUB03A/NPF SATOMEGA DOUBLE 1 -- + CSUB_SUB03A/NPF HNOFLO DOUBLE 1 -- + CSUB_SUB03A/NPF HDRY DOUBLE 1 -- + CSUB_SUB03A/NPF ICELLAVG INTEGER 1 -- + CSUB_SUB03A/NPF IAVGKEFF INTEGER 1 -- + CSUB_SUB03A/NPF IK22 INTEGER 1 -- + CSUB_SUB03A/NPF IK33 INTEGER 1 -- + CSUB_SUB03A/NPF IK22OVERK INTEGER 1 -- + CSUB_SUB03A/NPF IK33OVERK INTEGER 1 -- + CSUB_SUB03A/NPF IPERCHED INTEGER 1 -- + CSUB_SUB03A/NPF IVARCV INTEGER 1 -- + CSUB_SUB03A/NPF IDEWATCV INTEGER 1 -- + CSUB_SUB03A/NPF ITHICKSTRT INTEGER 1 -- + CSUB_SUB03A/NPF IUSGNRHC INTEGER 1 -- + CSUB_SUB03A/NPF INWTUPW INTEGER 1 -- + CSUB_SUB03A/NPF ICALCSPDIS INTEGER 1 -- + CSUB_SUB03A/NPF ISAVSPDIS INTEGER 1 -- + CSUB_SUB03A/NPF ISAVSAT INTEGER 1 -- + CSUB_SUB03A/NPF IREWET INTEGER 1 -- + CSUB_SUB03A/NPF WETFCT DOUBLE 1 -- + CSUB_SUB03A/NPF IWETIT INTEGER 1 -- + CSUB_SUB03A/NPF IHDWET INTEGER 1 -- + CSUB_SUB03A/NPF SATMIN DOUBLE 1 -- + CSUB_SUB03A/NPF IANGLE1 INTEGER 1 -- + CSUB_SUB03A/NPF IANGLE2 INTEGER 1 -- + CSUB_SUB03A/NPF IANGLE3 INTEGER 1 -- + CSUB_SUB03A/NPF IWETDRY INTEGER 1 -- + CSUB_SUB03A/NPF NEDGES INTEGER 1 -- + CSUB_SUB03A/NPF LASTEDGE INTEGER 1 -- + CSUB_SUB03A/NPF INTVK INTEGER 1 -- + CSUB_SUB03A/NPF INVSC INTEGER 1 -- + CSUB_SUB03A/NPF KCHANGEPER INTEGER 1 -- + CSUB_SUB03A/NPF KCHANGESTP INTEGER 1 -- + CSUB_SUB03A/XT3D IXT3D INTEGER 1 -- + CSUB_SUB03A/XT3D NBRMAX INTEGER 1 -- + CSUB_SUB03A/XT3D INUNIT INTEGER 1 -- + CSUB_SUB03A/XT3D IOUT INTEGER 1 -- + CSUB_SUB03A/XT3D INEWTON INTEGER 1 -- + CSUB_SUB03A/XT3D NUMEXTNBRS INTEGER 1 -- + CSUB_SUB03A/XT3D NOZEE LOGICAL 1 -- + CSUB_SUB03A/XT3D VCTHRESH DOUBLE 1 -- + CSUB_SUB03A/XT3D LAMATSAVED LOGICAL 1 -- + CSUB_SUB03A/XT3D LDISPERSION LOGICAL 1 -- + CSUB_SUB03A/BUY INPUT_FNAME STRING LEN=300 1 -- + CSUB_SUB03A/BUY PACKAGE_TYPE STRING LEN=5 1 -- + CSUB_SUB03A/BUY ID INTEGER 1 -- + CSUB_SUB03A/BUY INUNIT INTEGER 1 -- + CSUB_SUB03A/BUY IOUT INTEGER 1 -- + CSUB_SUB03A/BUY INEWTON INTEGER 1 -- + CSUB_SUB03A/BUY IASYM INTEGER 1 -- + CSUB_SUB03A/BUY IPRPAK INTEGER 1 -- + CSUB_SUB03A/BUY IPRFLOW INTEGER 1 -- + CSUB_SUB03A/BUY IPAKCB INTEGER 1 -- + CSUB_SUB03A/BUY IONPER INTEGER 1 -- + CSUB_SUB03A/BUY LASTONPER INTEGER 1 -- + CSUB_SUB03A/BUY IOUTDENSE INTEGER 1 -- + CSUB_SUB03A/BUY IFORM INTEGER 1 -- + CSUB_SUB03A/BUY IREADELEV INTEGER 1 -- + CSUB_SUB03A/BUY IREADCONCBUY INTEGER 1 -- + CSUB_SUB03A/BUY ICONCSET INTEGER 1 -- + CSUB_SUB03A/BUY DENSEREF DOUBLE 1 -- + CSUB_SUB03A/BUY NRHOSPECIES INTEGER 1 -- + CSUB_SUB03A/VSC INPUT_FNAME STRING LEN=300 1 -- + CSUB_SUB03A/VSC PACKAGE_TYPE STRING LEN=5 1 -- + CSUB_SUB03A/VSC ID INTEGER 1 -- + CSUB_SUB03A/VSC INUNIT INTEGER 1 -- + CSUB_SUB03A/VSC IOUT INTEGER 1 -- + CSUB_SUB03A/VSC INEWTON INTEGER 1 -- + CSUB_SUB03A/VSC IASYM INTEGER 1 -- + CSUB_SUB03A/VSC IPRPAK INTEGER 1 -- + CSUB_SUB03A/VSC IPRFLOW INTEGER 1 -- + CSUB_SUB03A/VSC IPAKCB INTEGER 1 -- + CSUB_SUB03A/VSC IONPER INTEGER 1 -- + CSUB_SUB03A/VSC LASTONPER INTEGER 1 -- + CSUB_SUB03A/VSC THERMIVISC INTEGER 1 -- + CSUB_SUB03A/VSC IDXTMPR INTEGER 1 -- + CSUB_SUB03A/VSC IOUTVISC INTEGER 1 -- + CSUB_SUB03A/VSC IREADELEV INTEGER 1 -- + CSUB_SUB03A/VSC ICONCSET INTEGER 1 -- + CSUB_SUB03A/VSC VISCREF DOUBLE 1 -- + CSUB_SUB03A/VSC A2 DOUBLE 1 -- + CSUB_SUB03A/VSC A3 DOUBLE 1 -- + CSUB_SUB03A/VSC A4 DOUBLE 1 -- + CSUB_SUB03A/VSC NVISCSPECIES INTEGER 1 -- + CSUB_SUB03A/GNC INPUT_FNAME STRING LEN=300 1 -- + CSUB_SUB03A/GNC PACKAGE_TYPE STRING LEN=5 1 -- + CSUB_SUB03A/GNC ID INTEGER 1 -- + CSUB_SUB03A/GNC INUNIT INTEGER 1 -- + CSUB_SUB03A/GNC IOUT INTEGER 1 -- + CSUB_SUB03A/GNC INEWTON INTEGER 1 -- + CSUB_SUB03A/GNC IASYM INTEGER 1 -- + CSUB_SUB03A/GNC IPRPAK INTEGER 1 -- + CSUB_SUB03A/GNC IPRFLOW INTEGER 1 -- + CSUB_SUB03A/GNC IPAKCB INTEGER 1 -- + CSUB_SUB03A/GNC IONPER INTEGER 1 -- + CSUB_SUB03A/GNC LASTONPER INTEGER 1 -- + CSUB_SUB03A/GNC SMGNC LOGICAL 1 -- + CSUB_SUB03A/GNC IMPLICIT LOGICAL 1 -- + CSUB_SUB03A/GNC I2KN LOGICAL 1 -- + CSUB_SUB03A/GNC NEXG INTEGER 1 -- + CSUB_SUB03A/GNC NUMJS INTEGER 1 -- + CSUB_SUB03A/HFB INPUT_FNAME STRING LEN=300 1 -- + CSUB_SUB03A/HFB PACKAGE_TYPE STRING LEN=5 1 -- + CSUB_SUB03A/HFB ID INTEGER 1 -- + CSUB_SUB03A/HFB INUNIT INTEGER 1 -- + CSUB_SUB03A/HFB IOUT INTEGER 1 -- + CSUB_SUB03A/HFB INEWTON INTEGER 1 -- + CSUB_SUB03A/HFB IASYM INTEGER 1 -- + CSUB_SUB03A/HFB IPRPAK INTEGER 1 -- + CSUB_SUB03A/HFB IPRFLOW INTEGER 1 -- + CSUB_SUB03A/HFB IPAKCB INTEGER 1 -- + CSUB_SUB03A/HFB IONPER INTEGER 1 -- + CSUB_SUB03A/HFB LASTONPER INTEGER 1 -- + CSUB_SUB03A/HFB MAXHFB INTEGER 1 -- + CSUB_SUB03A/HFB NHFB INTEGER 1 -- + CSUB_SUB03A/HFB IVSC INTEGER 1 -- + CSUB_SUB03A/STO INPUT_FNAME STRING LEN=300 1 -- + CSUB_SUB03A/STO PACKAGE_TYPE STRING LEN=5 1 -- + CSUB_SUB03A/STO ID INTEGER 1 -- + CSUB_SUB03A/STO INUNIT INTEGER 1 -- + CSUB_SUB03A/STO IOUT INTEGER 1 -- + CSUB_SUB03A/STO INEWTON INTEGER 1 -- + CSUB_SUB03A/STO IASYM INTEGER 1 -- + CSUB_SUB03A/STO IPRPAK INTEGER 1 -- + CSUB_SUB03A/STO IPRFLOW INTEGER 1 -- + CSUB_SUB03A/STO IPAKCB INTEGER 1 -- + CSUB_SUB03A/STO IONPER INTEGER 1 -- + CSUB_SUB03A/STO LASTONPER INTEGER 1 -- + CSUB_SUB03A/STO ISTOR_COEF INTEGER 1 -- + CSUB_SUB03A/STO ICONF_SS INTEGER 1 -- + CSUB_SUB03A/STO IORIG_SS INTEGER 1 -- + CSUB_SUB03A/STO IUSESY INTEGER 1 -- + CSUB_SUB03A/STO SATOMEGA DOUBLE 1 -- + CSUB_SUB03A/STO INTEGRATECHANGES INTEGER 1 -- + CSUB_SUB03A/STO INTVS INTEGER 1 -- + CSUB_SUB03A/CSUB INPUT_FNAME STRING LEN=300 1 -- + CSUB_SUB03A/CSUB PACKAGE_TYPE STRING LEN=5 1 -- + CSUB_SUB03A/CSUB ID INTEGER 1 -- + CSUB_SUB03A/CSUB INUNIT INTEGER 1 -- + CSUB_SUB03A/CSUB IOUT INTEGER 1 -- + CSUB_SUB03A/CSUB INEWTON INTEGER 1 -- + CSUB_SUB03A/CSUB IASYM INTEGER 1 -- + CSUB_SUB03A/CSUB IPRPAK INTEGER 1 -- + CSUB_SUB03A/CSUB IPRFLOW INTEGER 1 -- + CSUB_SUB03A/CSUB IPAKCB INTEGER 1 -- + CSUB_SUB03A/CSUB IONPER INTEGER 1 -- + CSUB_SUB03A/CSUB LASTONPER INTEGER 1 -- + CSUB_SUB03A/CSUB LISTLABEL STRING LEN=500 1 -- + CSUB_SUB03A/CSUB STONAME STRING LEN=50 1 -- + CSUB_SUB03A/CSUB ISTOUNIT INTEGER 1 -- + CSUB_SUB03A/CSUB INOBSPKG INTEGER 1 -- + CSUB_SUB03A/CSUB NINTERBEDS INTEGER 1 -- + CSUB_SUB03A/CSUB MAXSIG0 INTEGER 1 -- + CSUB_SUB03A/CSUB NBOUND INTEGER 1 -- + CSUB_SUB03A/CSUB ISCLOC INTEGER 1 -- + CSUB_SUB03A/CSUB IAUXMULTCOL INTEGER 1 -- + CSUB_SUB03A/CSUB NDELAYCELLS INTEGER 1 -- + CSUB_SUB03A/CSUB NDELAYBEDS INTEGER 1 -- + CSUB_SUB03A/CSUB INITIALIZED INTEGER 1 -- + CSUB_SUB03A/CSUB IESLAG INTEGER 1 -- + CSUB_SUB03A/CSUB IPCH INTEGER 1 -- + CSUB_SUB03A/CSUB LHEAD_BASED LOGICAL 1 -- + CSUB_SUB03A/CSUB IUPDATESTRESS INTEGER 1 -- + CSUB_SUB03A/CSUB ISPECIFIED_PCS INTEGER 1 -- + CSUB_SUB03A/CSUB ISPECIFIED_DBH INTEGER 1 -- + CSUB_SUB03A/CSUB INAMEDBOUND INTEGER 1 -- + CSUB_SUB03A/CSUB ICONVCHK INTEGER 1 -- + CSUB_SUB03A/CSUB NAUX INTEGER 1 -- + CSUB_SUB03A/CSUB ISTORAGEC INTEGER 1 -- + CSUB_SUB03A/CSUB ISTRAINIB INTEGER 1 -- + CSUB_SUB03A/CSUB ISTRAINSK INTEGER 1 -- + CSUB_SUB03A/CSUB IOUTCOMP INTEGER 1 -- + CSUB_SUB03A/CSUB IOUTCOMPI INTEGER 1 -- + CSUB_SUB03A/CSUB IOUTCOMPE INTEGER 1 -- + CSUB_SUB03A/CSUB IOUTCOMPIB INTEGER 1 -- + CSUB_SUB03A/CSUB IOUTCOMPS INTEGER 1 -- + CSUB_SUB03A/CSUB IOUTZDISP INTEGER 1 -- + CSUB_SUB03A/CSUB IPAKCSV INTEGER 1 -- + CSUB_SUB03A/CSUB IUPDATEMATPROP INTEGER 1 -- + CSUB_SUB03A/CSUB EPSILON DOUBLE 1 -- + CSUB_SUB03A/CSUB CC_CRIT DOUBLE 1 -- + CSUB_SUB03A/CSUB GAMMAW DOUBLE 1 -- + CSUB_SUB03A/CSUB BETA DOUBLE 1 -- + CSUB_SUB03A/CSUB BRG DOUBLE 1 -- + CSUB_SUB03A/CSUB SATOMEGA DOUBLE 1 -- + CSUB_SUB03A/CSUB ICELLF INTEGER 1 -- + CSUB_SUB03A/CSUB GWFISS0 INTEGER 1 -- + CSUB_SUB03A/CSUB AUXNAME STRING LEN=16 0 -- + CSUB_SUB03A/IC INPUT_FNAME STRING LEN=300 1 -- + CSUB_SUB03A/IC PACKAGE_TYPE STRING LEN=5 1 -- + CSUB_SUB03A/IC ID INTEGER 1 -- + CSUB_SUB03A/IC INUNIT INTEGER 1 -- + CSUB_SUB03A/IC IOUT INTEGER 1 -- + CSUB_SUB03A/IC INEWTON INTEGER 1 -- + CSUB_SUB03A/IC IASYM INTEGER 1 -- + CSUB_SUB03A/IC IPRPAK INTEGER 1 -- + CSUB_SUB03A/IC IPRFLOW INTEGER 1 -- + CSUB_SUB03A/IC IPAKCB INTEGER 1 -- + CSUB_SUB03A/IC IONPER INTEGER 1 -- + CSUB_SUB03A/IC LASTONPER INTEGER 1 -- + CSUB_SUB03A/MVR INPUT_FNAME STRING LEN=300 1 -- + CSUB_SUB03A/MVR PACKAGE_TYPE STRING LEN=5 1 -- + CSUB_SUB03A/MVR ID INTEGER 1 -- + CSUB_SUB03A/MVR INUNIT INTEGER 1 -- + CSUB_SUB03A/MVR IOUT INTEGER 1 -- + CSUB_SUB03A/MVR INEWTON INTEGER 1 -- + CSUB_SUB03A/MVR IASYM INTEGER 1 -- + CSUB_SUB03A/MVR IPRPAK INTEGER 1 -- + CSUB_SUB03A/MVR IPRFLOW INTEGER 1 -- + CSUB_SUB03A/MVR IPAKCB INTEGER 1 -- + CSUB_SUB03A/MVR IONPER INTEGER 1 -- + CSUB_SUB03A/MVR LASTONPER INTEGER 1 -- + CSUB_SUB03A/MVR IBUDGETOUT INTEGER 1 -- + CSUB_SUB03A/MVR IBUDCSV INTEGER 1 -- + CSUB_SUB03A/MVR MAXMVR INTEGER 1 -- + CSUB_SUB03A/MVR MAXPACKAGES INTEGER 1 -- + CSUB_SUB03A/MVR MAXCOMB INTEGER 1 -- + CSUB_SUB03A/MVR NMVR INTEGER 1 -- + CSUB_SUB03A/MVR IEXGMVR INTEGER 1 -- + CSUB_SUB03A/MVR IMODELNAMES INTEGER 1 -- + CSUB_SUB03A/OC INUNIT INTEGER 1 -- + CSUB_SUB03A/OC IOUT INTEGER 1 -- + CSUB_SUB03A/OC IBUDCSV INTEGER 1 -- + CSUB_SUB03A/OC IPEROC INTEGER 1 -- + CSUB_SUB03A/OC IOCREP INTEGER 1 -- + CSUB_SUB03A/WEL_0 INPUT_FNAME STRING LEN=300 1 -- + CSUB_SUB03A/WEL_0 PACKAGE_TYPE STRING LEN=5 1 -- + CSUB_SUB03A/WEL_0 ID INTEGER 1 -- + CSUB_SUB03A/WEL_0 INUNIT INTEGER 1 -- + CSUB_SUB03A/WEL_0 IOUT INTEGER 1 -- + CSUB_SUB03A/WEL_0 INEWTON INTEGER 1 -- + CSUB_SUB03A/WEL_0 IASYM INTEGER 1 -- + CSUB_SUB03A/WEL_0 IPRPAK INTEGER 1 -- + CSUB_SUB03A/WEL_0 IPRFLOW INTEGER 1 -- + CSUB_SUB03A/WEL_0 IPAKCB INTEGER 1 -- + CSUB_SUB03A/WEL_0 IONPER INTEGER 1 -- + CSUB_SUB03A/WEL_0 LASTONPER INTEGER 1 -- + CSUB_SUB03A/WEL_0 LISTLABEL STRING LEN=500 1 -- + CSUB_SUB03A/WEL_0 ISADVPAK INTEGER 1 -- + CSUB_SUB03A/WEL_0 IBCNUM INTEGER 1 -- + CSUB_SUB03A/WEL_0 MAXBOUND INTEGER 1 -- + CSUB_SUB03A/WEL_0 NBOUND INTEGER 1 -- + CSUB_SUB03A/WEL_0 NCOLBND INTEGER 1 -- + CSUB_SUB03A/WEL_0 ISCLOC INTEGER 1 -- + CSUB_SUB03A/WEL_0 NAUX INTEGER 1 -- + CSUB_SUB03A/WEL_0 INAMEDBOUND INTEGER 1 -- + CSUB_SUB03A/WEL_0 IAUXMULTCOL INTEGER 1 -- + CSUB_SUB03A/WEL_0 INOBSPKG INTEGER 1 -- + CSUB_SUB03A/WEL_0 IMOVER INTEGER 1 -- + CSUB_SUB03A/WEL_0 IVSC INTEGER 1 -- + CSUB_SUB03A/WEL_0 NPAKEQ INTEGER 1 -- + CSUB_SUB03A/WEL_0 IOFFSET INTEGER 1 -- + CSUB_SUB03A/WEL_0 AUXNAME STRING LEN=16 0 -- + CSUB_SUB03A/WEL_0 AUXNAME_CST STRING LEN=16 0 -- + CSUB_SUB03A/WEL_0 IFLOWRED INTEGER 1 -- + CSUB_SUB03A/WEL_0 FLOWRED DOUBLE 1 -- + CSUB_SUB03A/WEL_0 IOUTAFRCSV INTEGER 1 -- + CSUB_SUB03A/RCHA_0 INPUT_FNAME STRING LEN=300 1 -- + CSUB_SUB03A/RCHA_0 PACKAGE_TYPE STRING LEN=5 1 -- + CSUB_SUB03A/RCHA_0 ID INTEGER 1 -- + CSUB_SUB03A/RCHA_0 INUNIT INTEGER 1 -- + CSUB_SUB03A/RCHA_0 IOUT INTEGER 1 -- + CSUB_SUB03A/RCHA_0 INEWTON INTEGER 1 -- + CSUB_SUB03A/RCHA_0 IASYM INTEGER 1 -- + CSUB_SUB03A/RCHA_0 IPRPAK INTEGER 1 -- + CSUB_SUB03A/RCHA_0 IPRFLOW INTEGER 1 -- + CSUB_SUB03A/RCHA_0 IPAKCB INTEGER 1 -- + CSUB_SUB03A/RCHA_0 IONPER INTEGER 1 -- + CSUB_SUB03A/RCHA_0 LASTONPER INTEGER 1 -- + CSUB_SUB03A/RCHA_0 LISTLABEL STRING LEN=500 1 -- + CSUB_SUB03A/RCHA_0 ISADVPAK INTEGER 1 -- + CSUB_SUB03A/RCHA_0 IBCNUM INTEGER 1 -- + CSUB_SUB03A/RCHA_0 MAXBOUND INTEGER 1 -- + CSUB_SUB03A/RCHA_0 NBOUND INTEGER 1 -- + CSUB_SUB03A/RCHA_0 NCOLBND INTEGER 1 -- + CSUB_SUB03A/RCHA_0 ISCLOC INTEGER 1 -- + CSUB_SUB03A/RCHA_0 NAUX INTEGER 1 -- + CSUB_SUB03A/RCHA_0 INAMEDBOUND INTEGER 1 -- + CSUB_SUB03A/RCHA_0 IAUXMULTCOL INTEGER 1 -- + CSUB_SUB03A/RCHA_0 INOBSPKG INTEGER 1 -- + CSUB_SUB03A/RCHA_0 IMOVER INTEGER 1 -- + CSUB_SUB03A/RCHA_0 IVSC INTEGER 1 -- + CSUB_SUB03A/RCHA_0 NPAKEQ INTEGER 1 -- + CSUB_SUB03A/RCHA_0 IOFFSET INTEGER 1 -- + CSUB_SUB03A/RCHA_0 AUXNAME STRING LEN=16 0 -- + CSUB_SUB03A/RCHA_0 AUXNAME_CST STRING LEN=16 0 -- + CSUB_SUB03A/CHD_0 INPUT_FNAME STRING LEN=300 1 -- + CSUB_SUB03A/CHD_0 PACKAGE_TYPE STRING LEN=5 1 -- + CSUB_SUB03A/CHD_0 ID INTEGER 1 -- + CSUB_SUB03A/CHD_0 INUNIT INTEGER 1 -- + CSUB_SUB03A/CHD_0 IOUT INTEGER 1 -- + CSUB_SUB03A/CHD_0 INEWTON INTEGER 1 -- + CSUB_SUB03A/CHD_0 IASYM INTEGER 1 -- + CSUB_SUB03A/CHD_0 IPRPAK INTEGER 1 -- + CSUB_SUB03A/CHD_0 IPRFLOW INTEGER 1 -- + CSUB_SUB03A/CHD_0 IPAKCB INTEGER 1 -- + CSUB_SUB03A/CHD_0 IONPER INTEGER 1 -- + CSUB_SUB03A/CHD_0 LASTONPER INTEGER 1 -- + CSUB_SUB03A/CHD_0 LISTLABEL STRING LEN=500 1 -- + CSUB_SUB03A/CHD_0 ISADVPAK INTEGER 1 -- + CSUB_SUB03A/CHD_0 IBCNUM INTEGER 1 -- + CSUB_SUB03A/CHD_0 MAXBOUND INTEGER 1 -- + CSUB_SUB03A/CHD_0 NBOUND INTEGER 1 -- + CSUB_SUB03A/CHD_0 NCOLBND INTEGER 1 -- + CSUB_SUB03A/CHD_0 ISCLOC INTEGER 1 -- + CSUB_SUB03A/CHD_0 NAUX INTEGER 1 -- + CSUB_SUB03A/CHD_0 INAMEDBOUND INTEGER 1 -- + CSUB_SUB03A/CHD_0 IAUXMULTCOL INTEGER 1 -- + CSUB_SUB03A/CHD_0 INOBSPKG INTEGER 1 -- + CSUB_SUB03A/CHD_0 IMOVER INTEGER 1 -- + CSUB_SUB03A/CHD_0 IVSC INTEGER 1 -- + CSUB_SUB03A/CHD_0 NPAKEQ INTEGER 1 -- + CSUB_SUB03A/CHD_0 IOFFSET INTEGER 1 -- + CSUB_SUB03A/CHD_0 AUXNAME STRING LEN=16 0 -- + CSUB_SUB03A/CHD_0 AUXNAME_CST STRING LEN=16 0 -- + SLN_1 ID INTEGER 1 -- + SLN_1 IU INTEGER 1 -- + SLN_1 TTFORM DOUBLE 1 -- + SLN_1 TTSOLN DOUBLE 1 -- + SLN_1 ISYMMETRIC INTEGER 1 -- + SLN_1 NEQ INTEGER 1 -- + SLN_1 MATRIX_OFFSET INTEGER 1 -- + SLN_1 DVCLOSE DOUBLE 1 -- + SLN_1 BIGCHOLD DOUBLE 1 -- + SLN_1 BIGCH DOUBLE 1 -- + SLN_1 RELAXOLD DOUBLE 1 -- + SLN_1 RES_PREV DOUBLE 1 -- + SLN_1 RES_NEW DOUBLE 1 -- + SLN_1 ICNVG INTEGER 1 -- + SLN_1 ITERTOT_TIMESTEP INTEGER 1 -- + SLN_1 IOUTTOT_TIMESTEP INTEGER 1 -- + SLN_1 INNERTOT_SIM INTEGER 1 -- + SLN_1 MXITER INTEGER 1 -- + SLN_1 LINSOLVER INTEGER 1 -- + SLN_1 NONMETH INTEGER 1 -- + SLN_1 IPRIMS INTEGER 1 -- + SLN_1 THETA DOUBLE 1 -- + SLN_1 AKAPPA DOUBLE 1 -- + SLN_1 GAMMA DOUBLE 1 -- + SLN_1 AMOMENTUM DOUBLE 1 -- + SLN_1 BREDUC DOUBLE 1 -- + SLN_1 BTOL DOUBLE 1 -- + SLN_1 RES_LIM DOUBLE 1 -- + SLN_1 NUMTRACK INTEGER 1 -- + SLN_1 IBFLAG INTEGER 1 -- + SLN_1 ICSVOUTEROUT INTEGER 1 -- + SLN_1 ICSVINNEROUT INTEGER 1 -- + SLN_1 NITERMAX INTEGER 1 -- + SLN_1 CONVNMOD INTEGER 1 -- + SLN_1 IALLOWPTC INTEGER 1 -- + SLN_1 IPTCOPT INTEGER 1 -- + SLN_1 IPTCOUT INTEGER 1 -- + SLN_1 L2NORM0 DOUBLE 1 -- + SLN_1 PTCDEL DOUBLE 1 -- + SLN_1 PTCDEL0 DOUBLE 1 -- + SLN_1 PTCEXP DOUBLE 1 -- + SLN_1 ATSFRAC DOUBLE 1 -- + CSUB_SUB03A/DIS DELR DOUBLE 10 -- + CSUB_SUB03A/DIS DELC DOUBLE 10 -- + CSUB_SUB03A/DIS IDOMAIN INTEGER 300 -- + CSUB_SUB03A/DIS TOP2D DOUBLE 100 -- + CSUB_SUB03A/DIS BOT3D DOUBLE 300 -- + CSUB_SUB03A/DIS CELLX DOUBLE 10 -- + CSUB_SUB03A/DIS CELLY DOUBLE 10 -- + CSUB_SUB03A/DIS MSHAPE INTEGER 3 -- + CSUB_SUB03A/DIS XC DOUBLE 300 -- + CSUB_SUB03A/DIS YC DOUBLE 300 -- + CSUB_SUB03A/DIS TOP DOUBLE 300 -- + CSUB_SUB03A/DIS BOT DOUBLE 300 -- + CSUB_SUB03A/DIS AREA DOUBLE 300 -- + CSUB_SUB03A DBUFF DOUBLE 300 -- + CSUB_SUB03A IBUFF INTEGER 300 -- + CSUB_SUB03A/DIS NODEUSER INTEGER 1 -- + CSUB_SUB03A/DIS NODEREDUCED INTEGER 1 -- + CSUB_SUB03A/CON NODES INTEGER 1 -- + CSUB_SUB03A/CON NJA INTEGER 1 -- + CSUB_SUB03A/CON NJAS INTEGER 1 -- + CSUB_SUB03A/CON IANGLEX INTEGER 1 -- + CSUB_SUB03A/CON IA INTEGER 301 -- + CSUB_SUB03A/CON JA INTEGER 1780 -- + CSUB_SUB03A/CON ISYM INTEGER 1780 -- + CSUB_SUB03A/CON JAS INTEGER 1780 -- + CSUB_SUB03A/CON HWVA DOUBLE 740 -- + CSUB_SUB03A/CON ANGLEX DOUBLE 740 -- + CSUB_SUB03A/CON IHC INTEGER 740 -- + CSUB_SUB03A/CON CL1 DOUBLE 740 -- + CSUB_SUB03A/CON CL2 DOUBLE 740 -- + CSUB_SUB03A/CON IAUSR INTEGER 1 -- + CSUB_SUB03A/CON JAUSR INTEGER 1 -- + CSUB_SUB03A/NPF ITHICKSTARTFLAG INTEGER 300 -- + CSUB_SUB03A/NPF ICELLTYPE INTEGER 300 -- + CSUB_SUB03A/NPF K11 DOUBLE 300 -- + CSUB_SUB03A/NPF SAT DOUBLE 300 -- + CSUB_SUB03A/NPF CONDSAT DOUBLE 740 -- + CSUB_SUB03A/NPF K22 DOUBLE 300 -- + CSUB_SUB03A/NPF K33 DOUBLE 300 -- + CSUB_SUB03A/NPF WETDRY DOUBLE 1 -- + CSUB_SUB03A/NPF ANGLE1 DOUBLE 0 -- + CSUB_SUB03A/NPF ANGLE2 DOUBLE 0 -- + CSUB_SUB03A/NPF ANGLE3 DOUBLE 0 -- + CSUB_SUB03A/NPF IBOTNODE INTEGER 0 -- + CSUB_SUB03A/NPF NODEDGE INTEGER 0 -- + CSUB_SUB03A/NPF IHCEDGE INTEGER 0 -- + CSUB_SUB03A/NPF PROPSEDGE DOUBLE 0 -- + CSUB_SUB03A/NPF K11INPUT DOUBLE 0 -- + CSUB_SUB03A/NPF K22INPUT DOUBLE 0 -- + CSUB_SUB03A/NPF K33INPUT DOUBLE 0 -- + CSUB_SUB03A/NPF SPDIS DOUBLE 0 -- + CSUB_SUB03A/NPF NODEKCHANGE INTEGER 300 -- + CSUB_SUB03A XOLD DOUBLE 300 -- + CSUB_SUB03A FLOWJA DOUBLE 1780 -- + CSUB_SUB03A IDXGLO INTEGER 1780 -- + SLN_1 X DOUBLE 300 -- + SLN_1 RHS DOUBLE 300 -- + SLN_1 IACTIVE INTEGER 300 -- + SLN_1 XTEMP DOUBLE 300 -- + SLN_1 DXOLD DOUBLE 300 -- + SLN_1 HNCG DOUBLE 500 -- + SLN_1 LRCH INTEGER 1500 -- + SLN_1 WSAVE DOUBLE 0 -- + SLN_1 HCHOLD DOUBLE 0 -- + SLN_1 DEOLD DOUBLE 0 -- + SLN_1 CONVMODSTART INTEGER 2 -- + TMPSLN_1 CONVNMOD INTEGER 1 -- + TMPSLN_1 NITERMAX INTEGER 1 -- + TMPSLN_1 ITINNER INTEGER 1 -- + TMPSLN_1 LOCDV INTEGER 1 -- + TMPSLN_1 DVMAX DOUBLE 1 -- + TMPSLN_1 LOCDR INTEGER 1 -- + TMPSLN_1 DRMAX DOUBLE 1 -- + TMPSLN_1 CONVDVMAX DOUBLE 1 -- + TMPSLN_1 CONVLOCDV INTEGER 1 -- + TMPSLN_1 CONVDRMAX DOUBLE 1 -- + TMPSLN_1 CONVLOCDR INTEGER 1 -- + CSUB_SUB03A X DOUBLE 300 SLN_1/X + CSUB_SUB03A RHS DOUBLE 300 SLN_1/RHS + CSUB_SUB03A IBOUND INTEGER 300 SLN_1/IBOUND + SLN_1 NROW INTEGER 1 -- + SLN_1 NCOL INTEGER 1 -- + SLN_1 NJA INTEGER 1 -- + SLN_1 IA INTEGER 301 -- + SLN_1 JA INTEGER 1780 -- + SLN_1 AMAT DOUBLE 1780 -- + CSUB_SUB03A/IC STRT DOUBLE 300 -- + CSUB_SUB03A/STO ICONVERT INTEGER 300 -- + CSUB_SUB03A/STO SS DOUBLE 300 -- + CSUB_SUB03A/STO SY DOUBLE 300 -- + CSUB_SUB03A/STO STRGSS DOUBLE 300 -- + CSUB_SUB03A/STO STRGSY DOUBLE 300 -- + CSUB_SUB03A/CSUB BUFF DOUBLE 300 -- + CSUB_SUB03A/CSUB BUFFUSR DOUBLE 300 -- + CSUB_SUB03A/CSUB SGM DOUBLE 300 -- + CSUB_SUB03A/CSUB SGS DOUBLE 300 -- + CSUB_SUB03A/CSUB CG_SKE_CR DOUBLE 300 -- + CSUB_SUB03A/CSUB CG_ES DOUBLE 300 -- + CSUB_SUB03A/CSUB CG_ES0 DOUBLE 300 -- + CSUB_SUB03A/CSUB CG_PCS DOUBLE 300 -- + CSUB_SUB03A/CSUB CG_COMP DOUBLE 300 -- + CSUB_SUB03A/CSUB CG_TCOMP DOUBLE 300 -- + CSUB_SUB03A/CSUB CG_STOR DOUBLE 300 -- + CSUB_SUB03A/CSUB CG_SKE DOUBLE 300 -- + CSUB_SUB03A/CSUB CG_SK DOUBLE 300 -- + CSUB_SUB03A/CSUB CG_THICKINI DOUBLE 300 -- + CSUB_SUB03A/CSUB CG_THETAINI DOUBLE 300 -- + CSUB_SUB03A/CSUB CELL_WCSTOR DOUBLE 300 -- + CSUB_SUB03A/CSUB CELL_THICK DOUBLE 300 -- + CSUB_SUB03A/CSUB AUXVAR DOUBLE 296 -- + CSUB_SUB03A/CSUB UNODELIST INTEGER 296 -- + CSUB_SUB03A/CSUB NODELIST INTEGER 296 -- + CSUB_SUB03A/CSUB CG_GS DOUBLE 300 -- + CSUB_SUB03A/CSUB PCS DOUBLE 296 -- + CSUB_SUB03A/CSUB RNB DOUBLE 296 -- + CSUB_SUB03A/CSUB KV DOUBLE 296 -- + CSUB_SUB03A/CSUB H0 DOUBLE 296 -- + CSUB_SUB03A/CSUB CI DOUBLE 296 -- + CSUB_SUB03A/CSUB RCI DOUBLE 296 -- + CSUB_SUB03A/CSUB IDELAY INTEGER 296 -- + CSUB_SUB03A/CSUB IELASTIC INTEGER 296 -- + CSUB_SUB03A/CSUB ICONVERT INTEGER 296 -- + CSUB_SUB03A/CSUB COMP DOUBLE 296 -- + CSUB_SUB03A/CSUB TCOMP DOUBLE 296 -- + CSUB_SUB03A/CSUB TCOMPI DOUBLE 296 -- + CSUB_SUB03A/CSUB TCOMPE DOUBLE 296 -- + CSUB_SUB03A/CSUB STORAGEE DOUBLE 296 -- + CSUB_SUB03A/CSUB STORAGEI DOUBLE 296 -- + CSUB_SUB03A/CSUB SKE DOUBLE 296 -- + CSUB_SUB03A/CSUB SK DOUBLE 296 -- + CSUB_SUB03A/CSUB THICKINI DOUBLE 296 -- + CSUB_SUB03A/CSUB THETAINI DOUBLE 296 -- + CSUB_SUB03A/CSUB BOUNDNAME STRING LEN=40 296 -- + CSUB_SUB03A/CSUB NODELISTSIG0 INTEGER 1 -- + CSUB_SUB03A/CSUB SIG0 DOUBLE 1 -- + CSUB_SUB03A/WEL_0 NODELIST INTEGER 4 -- + CSUB_SUB03A/WEL_0 NOUPDATEAUXVAR INTEGER 0 -- + CSUB_SUB03A/WEL_0 BOUND DOUBLE 4 -- + CSUB_SUB03A/WEL_0 CONDINPUT DOUBLE 0 -- + CSUB_SUB03A/WEL_0 HCOF DOUBLE 4 -- + CSUB_SUB03A/WEL_0 RHS DOUBLE 4 -- + CSUB_SUB03A/WEL_0 SIMVALS DOUBLE 4 -- + CSUB_SUB03A/WEL_0 SIMTOMVR DOUBLE 0 -- + CSUB_SUB03A/WEL_0 AUXVAR DOUBLE 0 -- + CSUB_SUB03A/WEL_0 BOUNDNAME STRING LEN=40 0 -- + CSUB_SUB03A/WEL_0 BOUNDNAME_CST STRING LEN=40 0 -- + CSUB_SUB03A/WEL_0 CELLID INTEGER 12 __INPUT__/CSUB_SUB03A/WEL_0/CELLID + CSUB_SUB03A/WEL_0 BOUNDNAME_IDM STRING LEN=40 0 __INPUT__/CSUB_SUB03A/WEL_0/BOUNDNAME + CSUB_SUB03A/WEL_0 AUXVAR_IDM DOUBLE 0 __INPUT__/CSUB_SUB03A/WEL_0/AUXVAR + CSUB_SUB03A/WEL_0 Q DOUBLE 4 __INPUT__/CSUB_SUB03A/WEL_0/Q + CSUB_SUB03A/RCHA_0 NODELIST INTEGER 100 -- + CSUB_SUB03A/RCHA_0 NOUPDATEAUXVAR INTEGER 0 -- + CSUB_SUB03A/RCHA_0 BOUND DOUBLE 100 -- + CSUB_SUB03A/RCHA_0 CONDINPUT DOUBLE 0 -- + CSUB_SUB03A/RCHA_0 HCOF DOUBLE 100 -- + CSUB_SUB03A/RCHA_0 RHS DOUBLE 100 -- + CSUB_SUB03A/RCHA_0 SIMVALS DOUBLE 100 -- + CSUB_SUB03A/RCHA_0 SIMTOMVR DOUBLE 0 -- + CSUB_SUB03A/RCHA_0 AUXVAR DOUBLE 0 -- + CSUB_SUB03A/RCHA_0 BOUNDNAME STRING LEN=40 0 -- + CSUB_SUB03A/RCHA_0 BOUNDNAME_CST STRING LEN=40 0 -- + CSUB_SUB03A/RCHA_0 CELLID INTEGER 0 __INPUT__/CSUB_SUB03A/RCHA_0/CELLID + CSUB_SUB03A/RCHA_0 BOUNDNAME_IDM STRING LEN=40 0 __INPUT__/CSUB_SUB03A/RCHA_0/BOUNDNAME + CSUB_SUB03A/RCHA_0 AUXVAR_IDM DOUBLE 0 __INPUT__/CSUB_SUB03A/RCHA_0/AUXVAR + CSUB_SUB03A/RCHA_0 RECHARGE DOUBLE 100 __INPUT__/CSUB_SUB03A/RCHA_0/RECHARGE + CSUB_SUB03A/CHD_0 NODELIST INTEGER 4 -- + CSUB_SUB03A/CHD_0 NOUPDATEAUXVAR INTEGER 0 -- + CSUB_SUB03A/CHD_0 BOUND DOUBLE 4 -- + CSUB_SUB03A/CHD_0 CONDINPUT DOUBLE 0 -- + CSUB_SUB03A/CHD_0 HCOF DOUBLE 4 -- + CSUB_SUB03A/CHD_0 RHS DOUBLE 4 -- + CSUB_SUB03A/CHD_0 SIMVALS DOUBLE 4 -- + CSUB_SUB03A/CHD_0 SIMTOMVR DOUBLE 0 -- + CSUB_SUB03A/CHD_0 AUXVAR DOUBLE 0 -- + CSUB_SUB03A/CHD_0 BOUNDNAME STRING LEN=40 0 -- + CSUB_SUB03A/CHD_0 BOUNDNAME_CST STRING LEN=40 0 -- + CSUB_SUB03A/CHD_0 CELLID INTEGER 12 __INPUT__/CSUB_SUB03A/CHD_0/CELLID + CSUB_SUB03A/CHD_0 BOUNDNAME_IDM STRING LEN=40 0 __INPUT__/CSUB_SUB03A/CHD_0/BOUNDNAME + CSUB_SUB03A/CHD_0 AUXVAR_IDM DOUBLE 0 __INPUT__/CSUB_SUB03A/CHD_0/AUXVAR + CSUB_SUB03A/CHD_0 RATECHDIN DOUBLE 4 -- + CSUB_SUB03A/CHD_0 RATECHDOUT DOUBLE 4 -- + CSUB_SUB03A/CHD_0 HEAD DOUBLE 4 __INPUT__/CSUB_SUB03A/CHD_0/HEAD + SLN_1/IMSLINEAR DVCLOSE DOUBLE 1 -- + SLN_1/IMSLINEAR RCLOSE DOUBLE 1 -- + SLN_1/IMSLINEAR ICNVGOPT INTEGER 1 -- + SLN_1/IMSLINEAR ITER1 INTEGER 1 -- + SLN_1/IMSLINEAR ILINMETH INTEGER 1 -- + SLN_1/IMSLINEAR ISCL INTEGER 1 -- + SLN_1/IMSLINEAR IORD INTEGER 1 -- + SLN_1/IMSLINEAR NORTH INTEGER 1 -- + SLN_1/IMSLINEAR RELAX DOUBLE 1 -- + SLN_1/IMSLINEAR LEVEL INTEGER 1 -- + SLN_1/IMSLINEAR DROPTOL DOUBLE 1 -- + SLN_1/IMSLINEAR IDFPARAM INTEGER 1 -- + SLN_1/IMSLINEAR NJA INTEGER 1 -- + SLN_1/IMSLINEAR IOUT INTEGER 1 -- + SLN_1/IMSLINEAR IPC INTEGER 1 -- + SLN_1/IMSLINEAR IACPC INTEGER 1 -- + SLN_1/IMSLINEAR NITERC INTEGER 1 -- + SLN_1/IMSLINEAR NIABCGS INTEGER 1 -- + SLN_1/IMSLINEAR NIAPC INTEGER 1 -- + SLN_1/IMSLINEAR NJAPC INTEGER 1 -- + SLN_1/IMSLINEAR EPFACT DOUBLE 1 -- + SLN_1/IMSLINEAR L2NORM0 DOUBLE 1 -- + SLN_1/IMSLINEAR NJLU INTEGER 1 -- + SLN_1/IMSLINEAR NJW INTEGER 1 -- + SLN_1/IMSLINEAR NWLU INTEGER 1 -- + SLN_1/IMSLINEAR DSCALE DOUBLE 1 -- + SLN_1/IMSLINEAR DSCALE2 DOUBLE 1 -- + SLN_1/IMSLINEAR IAPC INTEGER 301 -- + SLN_1/IMSLINEAR JAPC INTEGER 1780 -- + SLN_1/IMSLINEAR APC DOUBLE 1780 -- + SLN_1/IMSLINEAR IW INTEGER 300 -- + SLN_1/IMSLINEAR W DOUBLE 300 -- + SLN_1/IMSLINEAR JLU INTEGER 1 -- + SLN_1/IMSLINEAR JW INTEGER 1 -- + SLN_1/IMSLINEAR WLU DOUBLE 1 -- + SLN_1/IMSLINEAR LORDER INTEGER 1 -- + SLN_1/IMSLINEAR IORDER INTEGER 1 -- + SLN_1/IMSLINEAR IARO INTEGER 2 -- + SLN_1/IMSLINEAR JARO INTEGER 1 -- + SLN_1/IMSLINEAR ARO DOUBLE 1 -- + SLN_1/IMSLINEAR ID INTEGER 300 -- + SLN_1/IMSLINEAR D DOUBLE 300 -- + SLN_1/IMSLINEAR P DOUBLE 300 -- + SLN_1/IMSLINEAR Q DOUBLE 300 -- + SLN_1/IMSLINEAR Z DOUBLE 300 -- + SLN_1/IMSLINEAR T DOUBLE 1 -- + SLN_1/IMSLINEAR V DOUBLE 1 -- + SLN_1/IMSLINEAR DHAT DOUBLE 1 -- + SLN_1/IMSLINEAR PHAT DOUBLE 1 -- + SLN_1/IMSLINEAR QHAT DOUBLE 1 -- + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 8.1850000 + Logical 4.00000000E-02 + Integer 76.220000 + Real 236.45600 + ------------------------------- + Total 320.90100 + Virtual 0.0000000 + ------------------------------- + + + + Run end date and time (yyyy/mm/dd hh:mm:ss): 2023/10/30 9:03:35 + Elapsed run time: 0.208 Seconds + Normal termination of simulation. diff --git a/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/mfsim.nam b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/mfsim.nam new file mode 100644 index 000000000..10077f689 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_csub_sub03_spd/test_mf6model_nc[0-csub_sub03a]0/mfsim.nam @@ -0,0 +1,19 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:03:35. +BEGIN options +END options + +BEGIN timing + TDIS6 csub_sub03a.tdis +END timing + +BEGIN models + gwf6 csub_sub03a.nam csub_sub03a +END models + +BEGIN exchanges +END exchanges + +BEGIN solutiongroup 1 + ims6 csub_sub03a.ims csub_sub03a +END solutiongroup 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_disu01a_ascii/disu01a/disu01a.ims b/examples/data/mf6/netcdf/test_gwf_disu01a_ascii/disu01a/disu01a.ims new file mode 100644 index 000000000..e91fa1f96 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_disu01a_ascii/disu01a/disu01a.ims @@ -0,0 +1,5 @@ +# File generated by Flopy version 3.5.0.dev0 on 02/20/2024 at 08:30:12. +BEGIN options + PRINT_OPTION summary +END options + diff --git a/examples/data/mf6/netcdf/test_gwf_disu01a_ascii/disu01a/disu01a.lst b/examples/data/mf6/netcdf/test_gwf_disu01a_ascii/disu01a/disu01a.lst new file mode 100644 index 000000000..4ca942ecb --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_disu01a_ascii/disu01a/disu01a.lst @@ -0,0 +1,224 @@ + MODFLOW 6 EXTENDED + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + GROUNDWATER FLOW MODEL (GWF) + VERSION 6.5.0.dev2 (preliminary) 02/13/2024 + ***DEVELOP MODE*** + + MODFLOW 6 compiled Feb 20 2024 15:55:58 with GCC version 11.4.0 + +This software is preliminary or provisional and is subject to +revision. It is being provided to meet the need for timely best +science. The software has not received final approval by the U.S. +Geological Survey (USGS). No warranty, expressed or implied, is made +by the USGS or the U.S. Government as to the functionality of the +software and related material nor shall the fact of release +constitute any such warranty. The software is provided on the +condition that neither the USGS nor the U.S. Government shall be held +liable for any damages resulting from the authorized or unauthorized +use of the software. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +The following library is used in this USGS product: + + NetCDF, network Common Data Form software library + Copyright (c) 1993-2014 University Corporation for Atmospheric + Research/Unidata. Redistribution and use in source and binary + forms, with or without modification, are permitted provided that + the conditions in the NetCDF copyright are met + (https://www.unidata.ucar.edu/software/netcdf/copyright.html) + +The following 2-clause BSD License library is used in this +USGS product: + + PETSc, the Portable, Extensible Toolkit for Scientific + Computation Library + Copyright (c) 1991-2021, UChicago Argonne, LLC + and the PETSc Development Team All rights reserved. + (https://petsc.org/release/) + +MODFLOW 6 compiler options: -fdiagnostics-color=always -cpp -I +src/libmf6core.a.p -I src -I ../src -I src/libmf6_external.a.p -I +/home/mjreno/.clone/external/petsc/arch-linux-c-debug/include -I +/home/mjreno/.clone/external/petsc/include -I +/home/mjreno/.clone/external/petsc/arch-linux-c-debug/lib -I /usr/include -I +/usr/include/hdf5/serial -imultiarch x86_64-linux-gnu -D _FILE_OFFSET_BITS=64 +-D __linux__ -D __WITH_PETSC__ -D __WITH_MPI__ -D __WITH_NETCDF__ +-mtune=generic -march=x86-64 -O2 -Wall -Wpedantic -Wcharacter-truncation +-Wno-unused-dummy-argument -Wno-intrinsic-shadow -Wno-maybe-uninitialized +-Wno-uninitialized -std=f2008 -fall-intrinsics -ffpe-summary=overflow +-ffpe-trap=overflow,zero,invalid -fPIC -J src/libmf6core.a.p +-fpre-include=/usr/include/finclude/math-vector-fortran.h + +System command used to initiate simulation: +../../../bin/mf6 + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + END NAMEFILE OPTIONS: + + DISU -- UNSTRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/DISU01A/DISU + + + Setting Discretization Options + VERTICAL_OFFSET_TOLERANCE = 0.0000000000000000 + End Setting Discretization Options + + Setting Discretization Dimensions + NODES = 27 + NJA = 135 + End Setting Discretization Dimensions + + Setting Discretization Griddata + TOP set from input file + BOT set from input file + AREA set from input file + End Setting Discretization Griddata + + Setting Discretization Connectivity + IAC set from input file + JA set from input file + IHC set from input file + CL12 set from input file + HWVA set from input file + End Setting Discretization Connectivity + + + NPF -- NODE PROPERTY FLOW PACKAGE, VERSION 1, 3/30/2015 INPUT READ FROM MEMPATH: __INPUT__/DISU01A/NPF + + + IC -- Initial Conditions Package, Version 8, 3/28/2015 input read from mempath: __INPUT__/DISU01A/IC + + + Setting NPF Options + End Setting NPF Options + + Setting NPF Griddata + ICELLTYPE set from input file + K set from input file + K33 not provided. Setting K33 = K. + K22 not provided. Setting K22 = K. + End Setting NPF Griddata + + + CHD -- CHD PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/DISU01A/CHD_0 + + PROCESSING CHD BASE OPTIONS + END OF CHD BASE OPTIONS + + PROCESSING CHD BASE DIMENSIONS + MAXBOUND = 2 + END OF CHD BASE DIMENSIONS + STRT set from input file + BINARY GRID INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1006 + FILE NAME: disu01a.nc.grb + + OPENED disu01a.nc.grb + FILE TYPE:DATA(BINARY) UNIT 1006 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + +start timestep kper="1" kstp="1" mode="normal" + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + 11 12 13 14 15 16 17 18 19 20 + 21 22 23 24 25 26 27 + .................................................................................................................................................................................................................................................................................................................................... + 1 1.000 0.6434 0.5000 0.6434 0.5000 0.3566 0.5000 0.3566 0.000 0.6838 + 0.5735 0.5000 0.5735 0.5000 0.4265 0.5000 0.4265 0.3162 0.5882 0.5404 + 0.5000 0.5404 0.5000 0.4596 0.5000 0.4596 0.4118 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + CHD = 10.2941 CHD = 10.2941 CHD_0 + + TOTAL IN = 10.2941 TOTAL IN = 10.2941 + + OUT: OUT: + ---- ---- + CHD = 10.2941 CHD = 10.2941 CHD_0 + + TOTAL OUT = 10.2941 TOTAL OUT = 10.2941 + + IN - OUT = 6.3459E-06 IN - OUT = 6.3459E-06 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 1 + TIME STEP LENGTH = 1.00000 + STRESS PERIOD TIME = 1.00000 + TOTAL SIMULATION TIME = 1.00000 + +end timestep + diff --git a/examples/data/mf6/netcdf/test_gwf_disu01a_ascii/disu01a/disu01a.nam b/examples/data/mf6/netcdf/test_gwf_disu01a_ascii/disu01a/disu01a.nam new file mode 100644 index 000000000..572f59107 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_disu01a_ascii/disu01a/disu01a.nam @@ -0,0 +1,11 @@ +# File generated by Flopy version 3.5.0.dev0 on 02/20/2024 at 08:30:13. +BEGIN options +END options + +BEGIN packages + DISU6 disu01a.nc disu + IC6 disu01a.nc ic + NPF6 disu01a.nc npf + CHD6 disu01a.nc chd_0 +END packages + diff --git a/examples/data/mf6/netcdf/test_gwf_disu01a_ascii/disu01a/disu01a.nc b/examples/data/mf6/netcdf/test_gwf_disu01a_ascii/disu01a/disu01a.nc new file mode 100644 index 000000000..fe1be4c5b Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_disu01a_ascii/disu01a/disu01a.nc differ diff --git a/examples/data/mf6/netcdf/test_gwf_disu01a_ascii/disu01a/disu01a.nc.grb b/examples/data/mf6/netcdf/test_gwf_disu01a_ascii/disu01a/disu01a.nc.grb new file mode 100644 index 000000000..5d4a69240 Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_disu01a_ascii/disu01a/disu01a.nc.grb differ diff --git a/examples/data/mf6/netcdf/test_gwf_disu01a_ascii/disu01a/disu01a.nc.out b/examples/data/mf6/netcdf/test_gwf_disu01a_ascii/disu01a/disu01a.nc.out new file mode 100644 index 000000000..510997c17 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_disu01a_ascii/disu01a/disu01a.nc.out @@ -0,0 +1,141 @@ +netcdf disu01a { +dimensions: + LINELENGTH = 300 ; + LENAUXNAME = 16 ; + LENBOUNDNAME = 40 ; + NPER = 1 ; + NODES = 27 ; + NJA = 135 ; + NCELLDIM = 1 ; + dim_chd_0_maxbound = 2 ; + dim_chd_0_niper = 1 ; +variables: + double disu_vertical_offset_tolerance ; + disu_vertical_offset_tolerance:mf6_input = "DISU6:DISU01A/DISU/VERTICAL_OFFSET_TOLERANCE" ; + int disu_nodes ; + disu_nodes:mf6_input = "DISU6:DISU01A/DISU/NODES" ; + int disu_nja ; + disu_nja:mf6_input = "DISU6:DISU01A/DISU/NJA" ; + double disu_top(NODES) ; + disu_top:_FillValue = 3.e+30 ; + disu_top:mf6_input = "DISU6:DISU01A/DISU/TOP" ; + double disu_bot(NODES) ; + disu_bot:_FillValue = 3.e+30 ; + disu_bot:mf6_input = "DISU6:DISU01A/DISU/BOT" ; + double disu_area(NODES) ; + disu_area:_FillValue = 3.e+30 ; + disu_area:mf6_input = "DISU6:DISU01A/DISU/AREA" ; + int disu_iac(NODES) ; + disu_iac:_FillValue = -2147483647 ; + disu_iac:mf6_input = "DISU6:DISU01A/DISU/IAC" ; + int disu_ja(NJA) ; + disu_ja:_FillValue = -2147483647 ; + disu_ja:mf6_input = "DISU6:DISU01A/DISU/JA" ; + int disu_ihc(NJA) ; + disu_ihc:_FillValue = -2147483647 ; + disu_ihc:mf6_input = "DISU6:DISU01A/DISU/IHC" ; + double disu_cl12(NJA) ; + disu_cl12:_FillValue = 3.e+30 ; + disu_cl12:mf6_input = "DISU6:DISU01A/DISU/CL12" ; + double disu_hwva(NJA) ; + disu_hwva:_FillValue = 3.e+30 ; + disu_hwva:mf6_input = "DISU6:DISU01A/DISU/HWVA" ; + double ic_strt(NODES) ; + ic_strt:_FillValue = 3.e+30 ; + ic_strt:mf6_input = "IC6:DISU01A/IC/STRT" ; + int npf_icelltype(NODES) ; + npf_icelltype:_FillValue = -2147483647 ; + npf_icelltype:mf6_input = "NPF6:DISU01A/NPF/ICELLTYPE" ; + double npf_k(NODES) ; + npf_k:_FillValue = 3.e+30 ; + npf_k:mf6_input = "NPF6:DISU01A/NPF/K" ; + int chd_0_maxbound ; + chd_0_maxbound:mf6_input = "CHD6:DISU01A/CHD_0/MAXBOUND" ; + int chd_0_cellid(dim_chd_0_niper, dim_chd_0_maxbound, NCELLDIM) ; + chd_0_cellid:_FillValue = -2147483647 ; + chd_0_cellid:mf6_input = "CHD6:DISU01A/CHD_0/CELLID" ; + double chd_0_head(dim_chd_0_niper, dim_chd_0_maxbound) ; + chd_0_head:_FillValue = 3.e+30 ; + chd_0_head:mf6_input = "CHD6:DISU01A/CHD_0/HEAD" ; + int chd_0_iper(dim_chd_0_niper) ; + chd_0_iper:_FillValue = -2147483647 ; + chd_0_iper:mf6_input = "CHD6:DISU01A/CHD_0/IPER" ; + +// global attributes: + :description = "MODFLOW 6 NetCDF4 file prototype" ; + :history = "Created Tue Feb 20 08:30:12 2024" ; + :source = "flopy v3.5.0.dev0" ; + :mf6_modeltype = "GWF6" ; + :mf6_modelname = "DISU01A" ; + :Conventions = "" ; +data: + + disu_vertical_offset_tolerance = 0 ; + + disu_nodes = 27 ; + + disu_nja = 135 ; + + disu_top = 0, 0, 0, 0, 0, 0, 0, 0, 0, -10, -10, -10, -10, -10, -10, -10, + -10, -10, -20, -20, -20, -20, -20, -20, -20, -20, -20 ; + + disu_bot = -10, -10, -10, -10, -10, -10, -10, -10, -10, -20, -20, -20, -20, + -20, -20, -20, -20, -20, -30, -30, -30, -30, -30, -30, -30, -30, -30 ; + + disu_area = 100, 100, 100, 100, 100, 100, 100, 100, 100, 100, 100, 100, 100, + 100, 100, 100, 100, 100, 100, 100, 100, 100, 100, 100, 100, 100, 100 ; + + disu_iac = 4, 5, 4, 5, 6, 5, 4, 5, 4, 5, 6, 5, 6, 7, 6, 5, 6, 5, 4, 5, 4, 5, + 6, 5, 4, 5, 4 ; + + disu_ja = 1, 2, 4, 10, 2, 1, 3, 5, 11, 3, 2, 6, 12, 4, 1, 5, 7, 13, 5, 2, 4, + 6, 8, 14, 6, 3, 5, 9, 15, 7, 4, 8, 16, 8, 5, 7, 9, 17, 9, 6, 8, 18, 10, + 1, 11, 13, 19, 11, 2, 10, 12, 14, 20, 12, 3, 11, 15, 21, 13, 4, 10, 14, + 16, 22, 14, 5, 11, 13, 15, 17, 23, 15, 6, 12, 14, 18, 24, 16, 7, 13, 17, + 25, 17, 8, 14, 16, 18, 26, 18, 9, 15, 17, 27, 19, 10, 20, 22, 20, 11, 19, + 21, 23, 21, 12, 20, 24, 22, 13, 19, 23, 25, 23, 14, 20, 22, 24, 26, 24, + 15, 21, 23, 27, 25, 16, 22, 26, 26, 17, 23, 25, 27, 27, 18, 24, 26 ; + + disu_ihc = 1, 1, 1, 0, 2, 1, 1, 1, 0, 3, 1, 1, 0, 4, 1, 1, 1, 0, 5, 1, 1, 1, + 1, 0, 6, 1, 1, 1, 0, 7, 1, 1, 0, 8, 1, 1, 1, 0, 9, 1, 1, 0, 10, 0, 1, 1, + 0, 11, 0, 1, 1, 1, 0, 12, 0, 1, 1, 0, 13, 0, 1, 1, 1, 0, 14, 0, 1, 1, 1, + 1, 0, 15, 0, 1, 1, 1, 0, 16, 0, 1, 1, 0, 17, 0, 1, 1, 1, 0, 18, 0, 1, 1, + 0, 19, 0, 1, 1, 20, 0, 1, 1, 1, 21, 0, 1, 1, 22, 0, 1, 1, 1, 23, 0, 1, 1, + 1, 1, 24, 0, 1, 1, 1, 25, 0, 1, 1, 26, 0, 1, 1, 1, 27, 0, 1, 1 ; + + disu_cl12 = 1, 5, 5, 5, 2, 5, 5, 5, 5, 3, 5, 5, 5, 4, 5, 5, 5, 5, 5, 5, 5, + 5, 5, 5, 6, 5, 5, 5, 5, 7, 5, 5, 5, 8, 5, 5, 5, 5, 9, 5, 5, 5, 10, 5, 5, + 5, 5, 11, 5, 5, 5, 5, 5, 12, 5, 5, 5, 5, 13, 5, 5, 5, 5, 5, 14, 5, 5, 5, + 5, 5, 5, 15, 5, 5, 5, 5, 5, 16, 5, 5, 5, 5, 17, 5, 5, 5, 5, 5, 18, 5, 5, + 5, 5, 19, 5, 5, 5, 20, 5, 5, 5, 5, 21, 5, 5, 5, 22, 5, 5, 5, 5, 23, 5, 5, + 5, 5, 5, 24, 5, 5, 5, 5, 25, 5, 5, 5, 26, 5, 5, 5, 5, 27, 5, 5, 5 ; + + disu_hwva = 1, 10, 10, 100, 2, 10, 10, 10, 100, 3, 10, 10, 100, 4, 10, 10, + 10, 100, 5, 10, 10, 10, 10, 100, 6, 10, 10, 10, 100, 7, 10, 10, 100, 8, + 10, 10, 10, 100, 9, 10, 10, 100, 10, 100, 10, 10, 100, 11, 100, 10, 10, + 10, 100, 12, 100, 10, 10, 100, 13, 100, 10, 10, 10, 100, 14, 100, 10, 10, + 10, 10, 100, 15, 100, 10, 10, 10, 100, 16, 100, 10, 10, 100, 17, 100, 10, + 10, 10, 100, 18, 100, 10, 10, 100, 19, 100, 10, 10, 20, 100, 10, 10, 10, + 21, 100, 10, 10, 22, 100, 10, 10, 10, 23, 100, 10, 10, 10, 10, 24, 100, + 10, 10, 10, 25, 100, 10, 10, 26, 100, 10, 10, 10, 27, 100, 10, 10 ; + + ic_strt = 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0 ; + + npf_icelltype = 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0 ; + + npf_k = 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1 ; + + chd_0_maxbound = 2 ; + + chd_0_cellid = + 1, + 9 ; + + chd_0_head = + 1, 0 ; + + chd_0_iper = 1 ; +} diff --git a/examples/data/mf6/netcdf/test_gwf_disu01a_ascii/disu01a/disu01a.tdis b/examples/data/mf6/netcdf/test_gwf_disu01a_ascii/disu01a/disu01a.tdis new file mode 100644 index 000000000..dbb55854b --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_disu01a_ascii/disu01a/disu01a.tdis @@ -0,0 +1,12 @@ +# File generated by Flopy version 3.5.0.dev0 on 02/20/2024 at 08:30:12. +BEGIN options +END options + +BEGIN dimensions + NPER 1 +END dimensions + +BEGIN perioddata + 1.00000000 1 1.00000000 +END perioddata + diff --git a/examples/data/mf6/netcdf/test_gwf_disu01a_ascii/disu01a/mfsim.lst b/examples/data/mf6/netcdf/test_gwf_disu01a_ascii/disu01a/mfsim.lst new file mode 100644 index 000000000..ea11667ab --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_disu01a_ascii/disu01a/mfsim.lst @@ -0,0 +1,258 @@ + MODFLOW 6 EXTENDED + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + VERSION 6.5.0.dev2 (preliminary) 02/13/2024 + ***DEVELOP MODE*** + + MODFLOW 6 compiled Feb 20 2024 15:55:58 with GCC version 11.4.0 + +This software is preliminary or provisional and is subject to +revision. It is being provided to meet the need for timely best +science. The software has not received final approval by the U.S. +Geological Survey (USGS). No warranty, expressed or implied, is made +by the USGS or the U.S. Government as to the functionality of the +software and related material nor shall the fact of release +constitute any such warranty. The software is provided on the +condition that neither the USGS nor the U.S. Government shall be held +liable for any damages resulting from the authorized or unauthorized +use of the software. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +The following library is used in this USGS product: + + NetCDF, network Common Data Form software library + Copyright (c) 1993-2014 University Corporation for Atmospheric + Research/Unidata. Redistribution and use in source and binary + forms, with or without modification, are permitted provided that + the conditions in the NetCDF copyright are met + (https://www.unidata.ucar.edu/software/netcdf/copyright.html) + +The following 2-clause BSD License library is used in this +USGS product: + + PETSc, the Portable, Extensible Toolkit for Scientific + Computation Library + Copyright (c) 1991-2021, UChicago Argonne, LLC + and the PETSc Development Team All rights reserved. + (https://petsc.org/release/) + +MODFLOW 6 compiler options: -fdiagnostics-color=always -cpp -I +src/libmf6core.a.p -I src -I ../src -I src/libmf6_external.a.p -I +/home/mjreno/.clone/external/petsc/arch-linux-c-debug/include -I +/home/mjreno/.clone/external/petsc/include -I +/home/mjreno/.clone/external/petsc/arch-linux-c-debug/lib -I /usr/include -I +/usr/include/hdf5/serial -imultiarch x86_64-linux-gnu -D _FILE_OFFSET_BITS=64 +-D __linux__ -D __WITH_PETSC__ -D __WITH_MPI__ -D __WITH_NETCDF__ +-mtune=generic -march=x86-64 -O2 -Wall -Wpedantic -Wcharacter-truncation +-Wno-unused-dummy-argument -Wno-intrinsic-shadow -Wno-maybe-uninitialized +-Wno-uninitialized -std=f2008 -fall-intrinsics -ffpe-summary=overflow +-ffpe-trap=overflow,zero,invalid -fPIC -J src/libmf6core.a.p +-fpre-include=/usr/include/finclude/math-vector-fortran.h + +System command used to initiate simulation: +../../../bin/mf6 + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + + OPENED mfsim.nam + FILE TYPE:NAM6 UNIT 1001 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 02/20/2024 at 08:30:13. + + OPENED disu01a.tdis + FILE TYPE:TDIS6 UNIT 1002 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 02/20/2024 at 08:30:12. + + OPENED disu01a.nam + FILE TYPE:GWF6 UNIT 1003 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 02/20/2024 at 08:30:13. + + READING SIMULATION OPTIONS + MAXIMUM NUMBER OF ERRORS THAT WILL BE STORED IS 1000 + END OF SIMULATION OPTIONS + + READING SIMULATION TIMING + + TDIS -- TEMPORAL DISCRETIZATION PACKAGE, + VERSION 1 : 11/13/2014 - INPUT READ FROM MEMPATH: __INPUT__/SIM/TDIS + PROCESSING TDIS OPTIONS + SIMULATION TIME UNIT IS UNDEFINED + END OF TDIS OPTIONS + PROCESSING TDIS DIMENSIONS + 1 STRESS PERIOD(S) IN SIMULATION + END OF TDIS DIMENSIONS + PROCESSING TDIS PERIODDATA + + + STRESS PERIOD LENGTH TIME STEPS MULTIPLIER FOR DELT + ---------------------------------------------------------------------------- + 1 1.000000 1 1.000 + END OF TDIS PERIODDATA + END OF SIMULATION TIMING + + READING SIMULATION MODELS + GWF6 model 1 will be created + END OF SIMULATION MODELS + + READING SIMULATION EXCHANGES + END OF SIMULATION EXCHANGES + + READING SOLUTIONGROUP + + Creating solution: SLN_1 + + OPENED disu01a.ims + FILE TYPE:IMS UNIT 1005 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + END OF SOLUTIONGROUP + +PROCESSING MODEL CONNECTIONS + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1005 + # File generated by Flopy version 3.5.0.dev0 on 02/20/2024 at 08:30:12. + + PROCESSING IMS OPTIONS + END OF IMS OPTIONS + ***UNDER-RELAXATION WILL NOT BE USED*** + + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + A symmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-02 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 25 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 0 + LINEAR SOLUTION METHOD (LINMETH) = 1 + + SOLUTION BY THE CONJUGATE-GRADIENT METHOD + ------------------------------------------------------------------ + MAXIMUM OF 25 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 50 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = CG + MATRIX PRECONDITIONING TYPE = INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-02 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E+00 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.00000E+00 + + + + + Solving: Stress period: 1 Time step: 1 + +1 + STRESS PERIOD NO. 1, LENGTH = 1.000000 + ------------------------------------------ + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 5 0.68382334 1_GWF-(10) + Model 2 1 -6.85437959E-06 * 1_GWF-(23) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 6 TOTAL ITERATIONS + + + Solution SLN_1 summary + ---------------------------------------------------------------------- + Total formulate time: 0.69999999999998883E-4 seconds + Total solution time: 0.22000000000001185E-4 seconds + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 5.9490000 + Logical 4.40000000E-02 + Integer 9.1120000 + Real 17.072000 + ------------------------------- + Total 32.177000 + Virtual 0.0000000 + ------------------------------- + + + + Run end date and time (yyyy/mm/dd hh:mm:ss): 2024/02/20 17:01:53 + Elapsed run time: 0.008 Seconds + Normal termination of simulation. diff --git a/examples/data/mf6/netcdf/test_gwf_disu01a_ascii/disu01a/mfsim.nam b/examples/data/mf6/netcdf/test_gwf_disu01a_ascii/disu01a/mfsim.nam new file mode 100644 index 000000000..6dc6c82b5 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_disu01a_ascii/disu01a/mfsim.nam @@ -0,0 +1,19 @@ +# File generated by Flopy version 3.5.0.dev0 on 02/20/2024 at 08:30:13. +BEGIN options +END options + +BEGIN timing + TDIS6 disu01a.tdis +END timing + +BEGIN models + gwf6 disu01a.nam disu01a +END models + +BEGIN exchanges +END exchanges + +BEGIN solutiongroup 1 + ims6 disu01a.ims disu01a +END solutiongroup 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_disu01a_ascii/disu01a_ascii/disu01a.chd b/examples/data/mf6/netcdf/test_gwf_disu01a_ascii/disu01a_ascii/disu01a.chd new file mode 100644 index 000000000..941d7c979 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_disu01a_ascii/disu01a_ascii/disu01a.chd @@ -0,0 +1,13 @@ +# File generated by Flopy version 3.5.0.dev0 on 02/20/2024 at 08:30:12. +BEGIN options +END options + +BEGIN dimensions + MAXBOUND 2 +END dimensions + +BEGIN period 1 + 1 1.00000000E+00 + 9 0.00000000E+00 +END period 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_disu01a_ascii/disu01a_ascii/disu01a.disu b/examples/data/mf6/netcdf/test_gwf_disu01a_ascii/disu01a_ascii/disu01a.disu new file mode 100644 index 000000000..e6bb86dde --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_disu01a_ascii/disu01a_ascii/disu01a.disu @@ -0,0 +1,148 @@ +# File generated by Flopy version 3.5.0.dev0 on 02/20/2024 at 08:30:12. +BEGIN options + VERTICAL_OFFSET_TOLERANCE 0.00000000 +END options + 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66 77 76 + 61 0.50000000 3.50000000 4 67 68 79 78 + 62 1.50000000 3.50000000 4 68 69 80 79 + 63 2.50000000 3.50000000 4 69 70 81 80 + 64 3.50000000 3.50000000 4 70 71 82 81 + 65 4.50000000 3.50000000 4 71 72 83 82 + 66 5.50000000 3.50000000 4 72 73 84 83 + 67 6.50000000 3.50000000 4 73 74 85 84 + 68 7.50000000 3.50000000 4 74 75 86 85 + 69 8.50000000 3.50000000 4 75 76 87 86 + 70 9.50000000 3.50000000 4 76 77 88 87 + 71 0.50000000 2.50000000 4 78 79 90 89 + 72 1.50000000 2.50000000 4 79 80 91 90 + 73 2.50000000 2.50000000 4 80 81 92 91 + 74 3.50000000 2.50000000 4 81 82 93 92 + 75 4.50000000 2.50000000 4 82 83 94 93 + 76 5.50000000 2.50000000 4 83 84 95 94 + 77 6.50000000 2.50000000 4 84 85 96 95 + 78 7.50000000 2.50000000 4 85 86 97 96 + 79 8.50000000 2.50000000 4 86 87 98 97 + 80 9.50000000 2.50000000 4 87 88 99 98 + 81 0.50000000 1.50000000 4 89 90 101 100 + 82 1.50000000 1.50000000 4 90 91 102 101 + 83 2.50000000 1.50000000 4 91 92 103 102 + 84 3.50000000 1.50000000 4 92 93 104 103 + 85 4.50000000 1.50000000 4 93 94 105 104 + 86 5.50000000 1.50000000 4 94 95 106 105 + 87 6.50000000 1.50000000 4 95 96 107 106 + 88 7.50000000 1.50000000 4 96 97 108 107 + 89 8.50000000 1.50000000 4 97 98 109 108 + 90 9.50000000 1.50000000 4 98 99 110 109 + 91 0.50000000 0.50000000 4 100 101 112 111 + 92 1.50000000 0.50000000 4 101 102 113 112 + 93 2.50000000 0.50000000 4 102 103 114 113 + 94 3.50000000 0.50000000 4 103 104 115 114 + 95 4.50000000 0.50000000 4 104 105 116 115 + 96 5.50000000 0.50000000 4 105 106 117 116 + 97 6.50000000 0.50000000 4 106 107 118 117 + 98 7.50000000 0.50000000 4 107 108 119 118 + 99 8.50000000 0.50000000 4 108 109 120 119 + 100 9.50000000 0.50000000 4 109 110 121 120 +END cell2d + diff --git a/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model[disv_with_uzf]0/disv_with_uzf.disv.grb b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model[disv_with_uzf]0/disv_with_uzf.disv.grb new file mode 100644 index 000000000..6c5e4a03a Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model[disv_with_uzf]0/disv_with_uzf.disv.grb differ diff --git a/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model[disv_with_uzf]0/disv_with_uzf.ghb b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model[disv_with_uzf]0/disv_with_uzf.ghb new file mode 100644 index 000000000..fdcee9d39 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model[disv_with_uzf]0/disv_with_uzf.ghb @@ -0,0 +1,32 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:06:41. +BEGIN options + PRINT_FLOWS +END options + +BEGIN dimensions + MAXBOUND 20 +END dimensions + +BEGIN period 1 + 4 10 1.40000000E+01 1.00000000E+04 + 4 20 1.40000000E+01 1.00000000E+04 + 4 30 1.40000000E+01 1.00000000E+04 + 4 40 1.40000000E+01 1.00000000E+04 + 4 50 1.40000000E+01 1.00000000E+04 + 4 60 1.40000000E+01 1.00000000E+04 + 4 70 1.40000000E+01 1.00000000E+04 + 4 80 1.40000000E+01 1.00000000E+04 + 4 90 1.40000000E+01 1.00000000E+04 + 4 100 1.40000000E+01 1.00000000E+04 + 5 10 1.40000000E+01 1.00000000E+04 + 5 20 1.40000000E+01 1.00000000E+04 + 5 30 1.40000000E+01 1.00000000E+04 + 5 40 1.40000000E+01 1.00000000E+04 + 5 50 1.40000000E+01 1.00000000E+04 + 5 60 1.40000000E+01 1.00000000E+04 + 5 70 1.40000000E+01 1.00000000E+04 + 5 80 1.40000000E+01 1.00000000E+04 + 5 90 1.40000000E+01 1.00000000E+04 + 5 100 1.40000000E+01 1.00000000E+04 +END period 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model[disv_with_uzf]0/disv_with_uzf.hds b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model[disv_with_uzf]0/disv_with_uzf.hds new file mode 100644 index 000000000..e8056d901 Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model[disv_with_uzf]0/disv_with_uzf.hds differ diff --git a/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model[disv_with_uzf]0/disv_with_uzf.ic b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model[disv_with_uzf]0/disv_with_uzf.ic new file mode 100644 index 000000000..3542e84d6 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model[disv_with_uzf]0/disv_with_uzf.ic @@ -0,0 +1,6 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:06:41. +BEGIN griddata + strt + CONSTANT 20.00000000 +END griddata + diff --git a/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model[disv_with_uzf]0/disv_with_uzf.ims b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model[disv_with_uzf]0/disv_with_uzf.ims new file mode 100644 index 000000000..ed280286e --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model[disv_with_uzf]0/disv_with_uzf.ims @@ -0,0 +1,22 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:06:41. +BEGIN options + PRINT_OPTION summary + COMPLEXITY moderate +END options + +BEGIN nonlinear + OUTER_DVCLOSE 1.00000000E-09 + OUTER_MAXIMUM 100 + UNDER_RELAXATION dbd +END nonlinear + +BEGIN linear + INNER_MAXIMUM 300 + INNER_DVCLOSE 1.00000000E-09 + inner_rclose 0.00100000 + LINEAR_ACCELERATION bicgstab + RELAXATION_FACTOR 0.97000000 + SCALING_METHOD none + REORDERING_METHOD none +END linear + diff --git a/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model[disv_with_uzf]0/disv_with_uzf.lst b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model[disv_with_uzf]0/disv_with_uzf.lst new file mode 100644 index 000000000..d4ac6aad3 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model[disv_with_uzf]0/disv_with_uzf.lst @@ -0,0 +1,57477 @@ + MODFLOW 6 PROFESSIONAL + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + GROUNDWATER FLOW MODEL (GWF) + VERSION 6.5.0.dev0 (preliminary) 07/13/2023 + ***DEVELOP MODE*** + + MODFLOW 6 compiled Oct 30 2023 08:23:02 with GCC version 11.3.0 + +This software is preliminary or provisional and is subject to +revision. It is being provided to meet the need for timely best +science. The software has not received final approval by the U.S. +Geological Survey (USGS). No warranty, expressed or implied, is made +by the USGS or the U.S. Government as to the functionality of the +software and related material nor shall the fact of release +constitute any such warranty. The software is provided on the +condition that neither the USGS nor the U.S. Government shall be held +liable for any damages resulting from the authorized or unauthorized +use of the software. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +The following 2-clause BSD License library is used in this +USGS product: + + PETSc, the Portable, Extensible Toolkit for Scientific + Computation Library + Copyright (c) 1991-2021, UChicago Argonne, LLC + and the PETSc Development Team All rights reserved. + (https://petsc.org/release/) + +MODFLOW 6 compiler options: -cpp -I src/libmf6core.a.p -I src -I ../src -I +src/libmf6_external.a.p -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/include -I +/home/mreno/.clone/external/petsc/include -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/lib -I +/home/mreno/miniconda3/envs/modflow6/include -I -fdiagnostics-color=always +-imultiarch x86_64-linux-gnu -D _FILE_OFFSET_BITS=64 -D __linux__ -D +__WITH_PETSC__ -D __WITH_MPI__ -D __WITH_NETCDF__ -mtune=generic +-march=x86-64 -g -O2 -Wall -Wpedantic -Wcharacter-truncation +-Wno-unused-dummy-argument -Wno-intrinsic-shadow -Wno-maybe-uninitialized +-Wno-uninitialized -std=f2008 -fall-intrinsics -fbacktrace -fcheck=all +-ffpe-trap=overflow,zero,invalid -ffpe-summary=overflow +-ffpe-trap=overflow,zero,invalid -fPIC -J src/libmf6core.a.p +-fpre-include=/usr/include/finclude/math-vector-fortran.h + +System command used to initiate simulation: +/home/mreno/.clone/usgs/w/netcdf/2/modflow6/bin/mf6 + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + NEWTON-RAPHSON method enabled for the model. + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END NAMEFILE OPTIONS: + + DISV -- VERTEX GRID DISCRETIZATION PACKAGE, VERSION 1 : 12/23/2015 - INPUT READ FROM MEMPATH: __INPUT__/DISV_WITH_UZF/DISV + + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 5 + NCPL = 100 + NVERT = 121 + End Setting Discretization Dimensions + + Setting Discretization Griddata + TOP set from input file + BOTM set from input file + End Setting Discretization Griddata + + Discretization Vertex data loaded + Discretization Cell2d data loaded + + NPF -- NODE PROPERTY FLOW PACKAGE, VERSION 1, 3/30/2015 INPUT READ FROM MEMPATH: __INPUT__/DISV_WITH_UZF/NPF + + Setting NPF Options + Cell-by-cell flow information will be saved to binary file whenever ICBCFL is not zero. + End Setting NPF Options + + Setting NPF Griddata + ICELLTYPE set from input file + K set from input file + K33 set from input file + K22 not provided. Setting K22 = K. + End Setting NPF Griddata + + + GHB -- GHB PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/DISV_WITH_UZF/GHB_0 + + PROCESSING GHB BASE OPTIONS + GHB FLOWS WILL BE PRINTED TO LISTING FILE. + END OF GHB BASE OPTIONS + + PROCESSING GHB OPTIONS + END OF GHB OPTIONS + + PROCESSING GHB BASE DIMENSIONS + MAXBOUND = 20 + END OF GHB BASE DIMENSIONS + + UZF -- UZF CELLS PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM UNIT 1010 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:06:41. + + PROCESSING UZF CELLS OPTIONS + UZF CELLS BOUNDARIES HAVE NAMES IN LAST COLUMN. + UZF CELLS FLOWS WILL BE PRINTED TO LISTING FILE. + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + + OPENED disv_with_uzf.uzf.bud + FILE TYPE:DATA(BINARY) UNIT 1014 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + UZF BUDGET WILL BE SAVED TO FILE: disv_with_uzf.uzf.bud + OPENED ON UNIT: 1014 + + OPENED disv_with_uzf.uzf.obs + FILE TYPE:OBS UNIT 1015 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + ET WILL BE SIMULATED WITHIN UZ AND GW ZONES, WITH LINEAR GWET IF OPTION NOT SPECIFIED OTHERWISE. + GROUNDWATER ET FUNCTION WILL BE LINEAR. + GROUNDWATER DISCHARGE TO LAND SURFACE WILL BE SIMULATED. + END OF UZF CELLS OPTIONS + + PROCESSING UZF CELLS DIMENSIONS + NUZFCELLS = 500 + NTRAILWAVES = 15 + NTRAILSETS = 40 + END OF UZF CELLS DIMENSIONS + + PROCESSING UZF CELLS PACKAGEDATA + + IC -- INITIAL CONDITIONS PACKAGE, VERSION 8, 3/28/2015 INPUT READ FROM UNIT 1006 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:06:41. + PROCESSING GRIDDATA + + INITIAL HEAD = 20.00000 + END PROCESSING GRIDDATA + + STO -- STORAGE PACKAGE, VERSION 1, 5/19/2014 INPUT READ FROM UNIT 1005 + + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:06:41. + PROCESSING STORAGE OPTIONS + END OF STORAGE OPTIONS + PROCESSING GRIDDATA + + ICONVERT = 1 + + SPECIFIC STORAGE = 0.1000000E-04 + + SPECIFIC YIELD = 0.2000000 + END PROCESSING GRIDDATA + +The observation utility is active for "DISV_WITH_UZF" + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:06:41. + +Processing observation options: + +Text output number of digits of precision set to: 16 + + BINARY GRID INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1017 + FILE NAME: disv_with_uzf.disv.grb + + OPENED disv_with_uzf.disv.grb + FILE TYPE:DATA(BINARY) UNIT 1017 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:06:41. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1018 + FILE NAME: disv_with_uzf.cbc + + OPENED disv_with_uzf.cbc + FILE TYPE:DATA(BINARY) UNIT 1018 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + HEAD INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1019 + FILE NAME: disv_with_uzf.hds + + OPENED disv_with_uzf.hds + FILE TYPE:DATA(BINARY) UNIT 1019 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +The observation utility is active for "UZF_0" + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:06:41. + +Processing observation options: + + + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + ALL TIME STEPS WILL BE SAVED + ALL TIME STEPS WILL BE SAVED + ALL TIME STEPS WILL BE PRINTED + ALL TIME STEPS WILL BE PRINTED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + + + PROCESSING STORAGE PERIOD DATA + END PROCESSING STORAGE PERIOD DATA + + + STRESS PERIOD 1 IS TRANSIENT + + UBDSV1 SAVING STO-SS ON UNIT 1018 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV1 SAVING STO-SY ON UNIT 1018 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1018 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1018 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 1 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 1 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.4055077 + 2 (4,20) -1.4055077 + 3 (4,30) -1.4055077 + 4 (4,40) -1.4055077 + 5 (4,50) -1.4055077 + 6 (4,60) -1.4055077 + 7 (4,70) -1.4055077 + 8 (4,80) -1.4055077 + 9 (4,90) -1.4055077 + 10 (4,100) -1.4055077 + 11 (5,10) -0.60090960 + 12 (5,20) -0.60090960 + 13 (5,30) -0.60090960 + 14 (5,40) -0.60090960 + 15 (5,50) -0.60090960 + 16 (5,60) -0.60090960 + 17 (5,70) -0.60090960 + 18 (5,80) -0.60090960 + 19 (5,90) -0.60090960 + 20 (5,100) -0.60090960 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 1 STEP 1 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.25071131 UZF001 + 2 (1,2) 0.24941695 UZF002 + 3 (1,3) 0.24688172 UZF003 + 4 (1,4) 0.24321174 UZF004 + 5 (1,5) 0.23859159 UZF005 + 6 (1,6) 0.23313905 UZF006 + 7 (1,7) 0.22659316 UZF007 + 8 (1,8) 0.21755323 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.25071131 UZF011 + 12 (1,12) 0.24941695 UZF012 + 13 (1,13) 0.24688172 UZF013 + 14 (1,14) 0.24321174 UZF014 + 15 (1,15) 0.23859159 UZF015 + 16 (1,16) 0.23313905 UZF016 + 17 (1,17) 0.22659316 UZF017 + 18 (1,18) 0.21755323 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.25071131 UZF021 + 22 (1,22) 0.24941695 UZF022 + 23 (1,23) 0.24688172 UZF023 + 24 (1,24) 0.24321174 UZF024 + 25 (1,25) 0.23859159 UZF025 + 26 (1,26) 0.23313905 UZF026 + 27 (1,27) 0.22659316 UZF027 + 28 (1,28) 0.21755323 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.25071131 UZF031 + 32 (1,32) 0.24941695 UZF032 + 33 (1,33) 0.24688172 UZF033 + 34 (1,34) 0.24321174 UZF034 + 35 (1,35) 0.23859159 UZF035 + 36 (1,36) 0.23313905 UZF036 + 37 (1,37) 0.22659316 UZF037 + 38 (1,38) 0.21755323 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.25071131 UZF041 + 42 (1,42) 0.24941695 UZF042 + 43 (1,43) 0.24688172 UZF043 + 44 (1,44) 0.24321174 UZF044 + 45 (1,45) 0.23859159 UZF045 + 46 (1,46) 0.23313905 UZF046 + 47 (1,47) 0.22659316 UZF047 + 48 (1,48) 0.21755323 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.25071131 UZF051 + 52 (1,52) 0.24941695 UZF052 + 53 (1,53) 0.24688172 UZF053 + 54 (1,54) 0.24321174 UZF054 + 55 (1,55) 0.23859159 UZF055 + 56 (1,56) 0.23313905 UZF056 + 57 (1,57) 0.22659316 UZF057 + 58 (1,58) 0.21755323 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.25071131 UZF061 + 62 (1,62) 0.24941695 UZF062 + 63 (1,63) 0.24688172 UZF063 + 64 (1,64) 0.24321174 UZF064 + 65 (1,65) 0.23859159 UZF065 + 66 (1,66) 0.23313905 UZF066 + 67 (1,67) 0.22659316 UZF067 + 68 (1,68) 0.21755323 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.25071131 UZF071 + 72 (1,72) 0.24941695 UZF072 + 73 (1,73) 0.24688172 UZF073 + 74 (1,74) 0.24321174 UZF074 + 75 (1,75) 0.23859159 UZF075 + 76 (1,76) 0.23313905 UZF076 + 77 (1,77) 0.22659316 UZF077 + 78 (1,78) 0.21755323 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.25071131 UZF081 + 82 (1,82) 0.24941695 UZF082 + 83 (1,83) 0.24688172 UZF083 + 84 (1,84) 0.24321174 UZF084 + 85 (1,85) 0.23859159 UZF085 + 86 (1,86) 0.23313905 UZF086 + 87 (1,87) 0.22659316 UZF087 + 88 (1,88) 0.21755323 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.25071131 UZF091 + 92 (1,92) 0.24941695 UZF092 + 93 (1,93) 0.24688172 UZF093 + 94 (1,94) 0.24321174 UZF094 + 95 (1,95) 0.23859159 UZF095 + 96 (1,96) 0.23313905 UZF096 + 97 (1,97) 0.22659316 UZF097 + 98 (1,98) 0.21755323 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.0000000 UZF004 + 105 (2,5) 0.0000000 UZF005 + 106 (2,6) 0.0000000 UZF006 + 107 (2,7) 0.0000000 UZF007 + 108 (2,8) 0.0000000 UZF008 + 109 (2,9) 0.16863982 UZF009 + 110 (2,10) 0.15984556 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.0000000 UZF014 + 115 (2,15) 0.0000000 UZF015 + 116 (2,16) 0.0000000 UZF016 + 117 (2,17) 0.0000000 UZF017 + 118 (2,18) 0.0000000 UZF018 + 119 (2,19) 0.16863982 UZF019 + 120 (2,20) 0.15984556 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.0000000 UZF024 + 125 (2,25) 0.0000000 UZF025 + 126 (2,26) 0.0000000 UZF026 + 127 (2,27) 0.0000000 UZF027 + 128 (2,28) 0.0000000 UZF028 + 129 (2,29) 0.16863982 UZF029 + 130 (2,30) 0.15984556 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.0000000 UZF034 + 135 (2,35) 0.0000000 UZF035 + 136 (2,36) 0.0000000 UZF036 + 137 (2,37) 0.0000000 UZF037 + 138 (2,38) 0.0000000 UZF038 + 139 (2,39) 0.16863982 UZF039 + 140 (2,40) 0.15984556 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.0000000 UZF044 + 145 (2,45) 0.0000000 UZF045 + 146 (2,46) 0.0000000 UZF046 + 147 (2,47) 0.0000000 UZF047 + 148 (2,48) 0.0000000 UZF048 + 149 (2,49) 0.16863982 UZF049 + 150 (2,50) 0.15984556 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.0000000 UZF054 + 155 (2,55) 0.0000000 UZF055 + 156 (2,56) 0.0000000 UZF056 + 157 (2,57) 0.0000000 UZF057 + 158 (2,58) 0.0000000 UZF058 + 159 (2,59) 0.16863982 UZF059 + 160 (2,60) 0.15984556 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.0000000 UZF064 + 165 (2,65) 0.0000000 UZF065 + 166 (2,66) 0.0000000 UZF066 + 167 (2,67) 0.0000000 UZF067 + 168 (2,68) 0.0000000 UZF068 + 169 (2,69) 0.16863982 UZF069 + 170 (2,70) 0.15984556 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.0000000 UZF074 + 175 (2,75) 0.0000000 UZF075 + 176 (2,76) 0.0000000 UZF076 + 177 (2,77) 0.0000000 UZF077 + 178 (2,78) 0.0000000 UZF078 + 179 (2,79) 0.16863982 UZF079 + 180 (2,80) 0.15984556 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.0000000 UZF084 + 185 (2,85) 0.0000000 UZF085 + 186 (2,86) 0.0000000 UZF086 + 187 (2,87) 0.0000000 UZF087 + 188 (2,88) 0.0000000 UZF088 + 189 (2,89) 0.16863982 UZF089 + 190 (2,90) 0.15984556 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.0000000 UZF094 + 195 (2,95) 0.0000000 UZF095 + 196 (2,96) 0.0000000 UZF096 + 197 (2,97) 0.0000000 UZF097 + 198 (2,98) 0.0000000 UZF098 + 199 (2,99) 0.16863982 UZF099 + 200 (2,100) 0.15984556 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 0.0000000 UZF076 + 277 (3,77) 0.0000000 UZF077 + 278 (3,78) 0.0000000 UZF078 + 279 (3,79) 0.0000000 UZF079 + 280 (3,80) 0.0000000 UZF080 + 281 (3,81) 0.0000000 UZF081 + 282 (3,82) 0.0000000 UZF082 + 283 (3,83) 0.0000000 UZF083 + 284 (3,84) 0.0000000 UZF084 + 285 (3,85) 0.0000000 UZF085 + 286 (3,86) 0.0000000 UZF086 + 287 (3,87) 0.0000000 UZF087 + 288 (3,88) 0.0000000 UZF088 + 289 (3,89) 0.0000000 UZF089 + 290 (3,90) 0.0000000 UZF090 + 291 (3,91) 0.0000000 UZF091 + 292 (3,92) 0.0000000 UZF092 + 293 (3,93) 0.0000000 UZF093 + 294 (3,94) 0.0000000 UZF094 + 295 (3,95) 0.0000000 UZF095 + 296 (3,96) 0.0000000 UZF096 + 297 (3,97) 0.0000000 UZF097 + 298 (3,98) 0.0000000 UZF098 + 299 (3,99) 0.0000000 UZF099 + 300 (3,100) 0.0000000 UZF100 + 301 (4,1) 0.0000000 UZF001 + 302 (4,2) 0.0000000 UZF002 + 303 (4,3) 0.0000000 UZF003 + 304 (4,4) 0.0000000 UZF004 + 305 (4,5) 0.0000000 UZF005 + 306 (4,6) 0.0000000 UZF006 + 307 (4,7) 0.0000000 UZF007 + 308 (4,8) 0.0000000 UZF008 + 309 (4,9) 0.0000000 UZF009 + 310 (4,10) 0.0000000 UZF010 + 311 (4,11) 0.0000000 UZF011 + 312 (4,12) 0.0000000 UZF012 + 313 (4,13) 0.0000000 UZF013 + 314 (4,14) 0.0000000 UZF014 + 315 (4,15) 0.0000000 UZF015 + 316 (4,16) 0.0000000 UZF016 + 317 (4,17) 0.0000000 UZF017 + 318 (4,18) 0.0000000 UZF018 + 319 (4,19) 0.0000000 UZF019 + 320 (4,20) 0.0000000 UZF020 + 321 (4,21) 0.0000000 UZF021 + 322 (4,22) 0.0000000 UZF022 + 323 (4,23) 0.0000000 UZF023 + 324 (4,24) 0.0000000 UZF024 + 325 (4,25) 0.0000000 UZF025 + 326 (4,26) 0.0000000 UZF026 + 327 (4,27) 0.0000000 UZF027 + 328 (4,28) 0.0000000 UZF028 + 329 (4,29) 0.0000000 UZF029 + 330 (4,30) 0.0000000 UZF030 + 331 (4,31) 0.0000000 UZF031 + 332 (4,32) 0.0000000 UZF032 + 333 (4,33) 0.0000000 UZF033 + 334 (4,34) 0.0000000 UZF034 + 335 (4,35) 0.0000000 UZF035 + 336 (4,36) 0.0000000 UZF036 + 337 (4,37) 0.0000000 UZF037 + 338 (4,38) 0.0000000 UZF038 + 339 (4,39) 0.0000000 UZF039 + 340 (4,40) 0.0000000 UZF040 + 341 (4,41) 0.0000000 UZF041 + 342 (4,42) 0.0000000 UZF042 + 343 (4,43) 0.0000000 UZF043 + 344 (4,44) 0.0000000 UZF044 + 345 (4,45) 0.0000000 UZF045 + 346 (4,46) 0.0000000 UZF046 + 347 (4,47) 0.0000000 UZF047 + 348 (4,48) 0.0000000 UZF048 + 349 (4,49) 0.0000000 UZF049 + 350 (4,50) 0.0000000 UZF050 + 351 (4,51) 0.0000000 UZF051 + 352 (4,52) 0.0000000 UZF052 + 353 (4,53) 0.0000000 UZF053 + 354 (4,54) 0.0000000 UZF054 + 355 (4,55) 0.0000000 UZF055 + 356 (4,56) 0.0000000 UZF056 + 357 (4,57) 0.0000000 UZF057 + 358 (4,58) 0.0000000 UZF058 + 359 (4,59) 0.0000000 UZF059 + 360 (4,60) 0.0000000 UZF060 + 361 (4,61) 0.0000000 UZF061 + 362 (4,62) 0.0000000 UZF062 + 363 (4,63) 0.0000000 UZF063 + 364 (4,64) 0.0000000 UZF064 + 365 (4,65) 0.0000000 UZF065 + 366 (4,66) 0.0000000 UZF066 + 367 (4,67) 0.0000000 UZF067 + 368 (4,68) 0.0000000 UZF068 + 369 (4,69) 0.0000000 UZF069 + 370 (4,70) 0.0000000 UZF070 + 371 (4,71) 0.0000000 UZF071 + 372 (4,72) 0.0000000 UZF072 + 373 (4,73) 0.0000000 UZF073 + 374 (4,74) 0.0000000 UZF074 + 375 (4,75) 0.0000000 UZF075 + 376 (4,76) 0.0000000 UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 (5,23) 0.0000000 UZF023 + 424 (5,24) 0.0000000 UZF024 + 425 (5,25) 0.0000000 UZF025 + 426 (5,26) 0.0000000 UZF026 + 427 (5,27) 0.0000000 UZF027 + 428 (5,28) 0.0000000 UZF028 + 429 (5,29) 0.0000000 UZF029 + 430 (5,30) 0.0000000 UZF030 + 431 (5,31) 0.0000000 UZF031 + 432 (5,32) 0.0000000 UZF032 + 433 (5,33) 0.0000000 UZF033 + 434 (5,34) 0.0000000 UZF034 + 435 (5,35) 0.0000000 UZF035 + 436 (5,36) 0.0000000 UZF036 + 437 (5,37) 0.0000000 UZF037 + 438 (5,38) 0.0000000 UZF038 + 439 (5,39) 0.0000000 UZF039 + 440 (5,40) 0.0000000 UZF040 + 441 (5,41) 0.0000000 UZF041 + 442 (5,42) 0.0000000 UZF042 + 443 (5,43) 0.0000000 UZF043 + 444 (5,44) 0.0000000 UZF044 + 445 (5,45) 0.0000000 UZF045 + 446 (5,46) 0.0000000 UZF046 + 447 (5,47) 0.0000000 UZF047 + 448 (5,48) 0.0000000 UZF048 + 449 (5,49) 0.0000000 UZF049 + 450 (5,50) 0.0000000 UZF050 + 451 (5,51) 0.0000000 UZF051 + 452 (5,52) 0.0000000 UZF052 + 453 (5,53) 0.0000000 UZF053 + 454 (5,54) 0.0000000 UZF054 + 455 (5,55) 0.0000000 UZF055 + 456 (5,56) 0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 1 STEP 1 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 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UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 UZF081 + 82 (1,82) 0.0000000 UZF082 + 83 (1,83) 0.0000000 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.0000000 UZF091 + 92 (1,92) 0.0000000 UZF092 + 93 (1,93) 0.0000000 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) -0.0000000 UZF001 + 102 (2,2) -0.0000000 UZF002 + 103 (2,3) -0.0000000 UZF003 + 104 (2,4) -0.0000000 UZF004 + 105 (2,5) -0.0000000 UZF005 + 106 (2,6) -0.0000000 UZF006 + 107 (2,7) -0.0000000 UZF007 + 108 (2,8) -0.0000000 UZF008 + 109 (2,9) -0.0000000 UZF009 + 110 (2,10) -0.0000000 UZF010 + 111 (2,11) -0.0000000 UZF011 + 112 (2,12) -0.0000000 UZF012 + 113 (2,13) -0.0000000 UZF013 + 114 (2,14) -0.0000000 UZF014 + 115 (2,15) -0.0000000 UZF015 + 116 (2,16) -0.0000000 UZF016 + 117 (2,17) -0.0000000 UZF017 + 118 (2,18) -0.0000000 UZF018 + 119 (2,19) -0.0000000 UZF019 + 120 (2,20) -0.0000000 UZF020 + 121 (2,21) -0.0000000 UZF021 + 122 (2,22) -0.0000000 UZF022 + 123 (2,23) -0.0000000 UZF023 + 124 (2,24) -0.0000000 UZF024 + 125 (2,25) -0.0000000 UZF025 + 126 (2,26) -0.0000000 UZF026 + 127 (2,27) -0.0000000 UZF027 + 128 (2,28) -0.0000000 UZF028 + 129 (2,29) -0.0000000 UZF029 + 130 (2,30) -0.0000000 UZF030 + 131 (2,31) -0.0000000 UZF031 + 132 (2,32) -0.0000000 UZF032 + 133 (2,33) -0.0000000 UZF033 + 134 (2,34) -0.0000000 UZF034 + 135 (2,35) -0.0000000 UZF035 + 136 (2,36) -0.0000000 UZF036 + 137 (2,37) -0.0000000 UZF037 + 138 (2,38) -0.0000000 UZF038 + 139 (2,39) -0.0000000 UZF039 + 140 (2,40) -0.0000000 UZF040 + 141 (2,41) -0.0000000 UZF041 + 142 (2,42) -0.0000000 UZF042 + 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16.9569 +1 + HEAD IN LAYER 4 AT END OF TIME STEP 1 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + 11 12 13 14 15 16 17 18 19 20 + 21 22 23 24 25 26 27 28 29 30 + 31 32 33 34 35 36 37 38 39 40 + 41 42 43 44 45 46 47 48 49 50 + 51 52 53 54 55 56 57 58 59 60 + 61 62 63 64 65 66 67 68 69 70 + 71 72 73 74 75 76 77 78 79 80 + 81 82 83 84 85 86 87 88 89 90 + 91 92 93 94 95 96 97 98 99 100 + ................................................................................................................................................................ + 1 19.3938 19.3150 19.1547 18.9073 18.5629 18.1050 17.5057 16.7147 15.6282 14.0001 + 19.3938 19.3150 19.1547 18.9073 18.5629 18.1050 17.5057 16.7147 15.6282 14.0001 + 19.3938 19.3150 19.1547 18.9073 18.5629 18.1050 17.5057 16.7147 15.6282 14.0001 + 19.3938 19.3150 19.1547 18.9073 18.5629 18.1050 17.5057 16.7147 15.6282 14.0001 + 19.3938 19.3150 19.1547 18.9073 18.5629 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................................................................................................................................................................ + 1 19.1752 19.0877 18.9092 18.6325 18.2459 17.7323 17.0695 16.2321 15.2015 14.0001 + 19.1752 19.0877 18.9092 18.6325 18.2459 17.7323 17.0695 16.2321 15.2015 14.0001 + 19.1752 19.0877 18.9092 18.6325 18.2459 17.7323 17.0695 16.2321 15.2015 14.0001 + 19.1752 19.0877 18.9092 18.6325 18.2459 17.7323 17.0695 16.2321 15.2015 14.0001 + 19.1752 19.0877 18.9092 18.6325 18.2459 17.7323 17.0695 16.2321 15.2015 14.0001 + 19.1752 19.0877 18.9092 18.6325 18.2459 17.7323 17.0695 16.2321 15.2015 14.0001 + 19.1752 19.0877 18.9092 18.6325 18.2459 17.7323 17.0695 16.2321 15.2015 14.0001 + 19.1752 19.0877 18.9092 18.6325 18.2459 17.7323 17.0695 16.2321 15.2015 14.0001 + 19.1752 19.0877 18.9092 18.6325 18.2459 17.7323 17.0695 16.2321 15.2015 14.0001 + 19.1752 19.0877 18.9092 18.6325 18.2459 17.7323 17.0695 16.2321 15.2015 14.0001 + + HEAD WILL BE SAVED ON UNIT 1019 AT END OF TIME STEP 1, STRESS PERIOD 1 + + + UZF_0 BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + ------------------------------------------------------------------------------ + + CUMULATIVE UZF_0 L**3 RATES FOR THIS TIME STEP L**3/T + ------------------ ------------------------ + + IN: IN: + --- --- + GWF = 0.0000 GWF = 0.0000 + INFILTRATION = 30.0000 INFILTRATION = 15.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.0000 UZET = 0.0000 + STORAGE = 16.5994 STORAGE = 8.2997 + + TOTAL IN = 46.5994 TOTAL IN = 23.2997 + + OUT: OUT: + ---- ---- + GWF = 44.6917 GWF = 22.3458 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 7.1707E-02 UZET = 3.5853E-02 + STORAGE = 1.8360 STORAGE = 0.9180 + + TOTAL OUT = 46.5994 TOTAL OUT = 23.2997 + + IN - OUT = 1.4106E-06 IN - OUT = 7.0530E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 3.2259E-02 STO-SS = 1.6129E-02 STORAGE + STO-SY = 7.4732 STO-SY = 3.7366 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 44.6917 UZF-GWRCH = 22.3458 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 52.1971 TOTAL IN = 26.0985 + + OUT: OUT: + ---- ---- + STO-SS = 7.9608E-04 STO-SS = 3.9804E-04 STORAGE + STO-SY = 11.9499 STO-SY = 5.9749 STORAGE + GHB = 40.1283 GHB = 20.0642 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.1181 UZF-GWET = 5.9052E-02 UZF_0 + + TOTAL OUT = 52.1971 TOTAL OUT = 26.0985 + + IN - OUT = -7.5082E-08 IN - OUT = -3.7541E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + TOTAL TIME 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + + +end timestep + + +start timestep kper="1" kstp="2" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1018 AT TIME STEP 2, STRESS PERIOD 1 + UBDSV1 SAVING STO-SY ON UNIT 1018 AT TIME STEP 2, STRESS PERIOD 1 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1018 AT TIME STEP 2, STRESS PERIOD 1 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1018 AT TIME STEP 2, STRESS PERIOD 1 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 2, STRESS PERIOD 1 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 2, STRESS PERIOD 1 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 2, STRESS PERIOD 1 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 2, STRESS PERIOD 1 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1014 AT TIME STEP 2, STRESS PERIOD 1 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 2, STRESS PERIOD 1 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 2, STRESS PERIOD 1 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 2, STRESS PERIOD 1 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 2, STRESS PERIOD 1 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 1 STEP 2 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.2533825 + 2 (4,20) -1.2533825 + 3 (4,30) -1.2533825 + 4 (4,40) -1.2533825 + 5 (4,50) -1.2533825 + 6 (4,60) -1.2533825 + 7 (4,70) -1.2533825 + 8 (4,80) -1.2533825 + 9 (4,90) -1.2533825 + 10 (4,100) -1.2533825 + 11 (5,10) -0.55825109 + 12 (5,20) -0.55825109 + 13 (5,30) -0.55825109 + 14 (5,40) -0.55825109 + 15 (5,50) -0.55825109 + 16 (5,60) -0.55825109 + 17 (5,70) -0.55825109 + 18 (5,80) -0.55825109 + 19 (5,90) -0.55825109 + 20 (5,100) -0.55825109 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 1 STEP 2 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14660272 UZF001 + 2 (1,2) 0.14607661 UZF002 + 3 (1,3) 0.14505687 UZF003 + 4 (1,4) 0.14356260 UZF004 + 5 (1,5) 0.14136746 UZF005 + 6 (1,6) 0.13804537 UZF006 + 7 (1,7) 0.13357287 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14660272 UZF011 + 12 (1,12) 0.14607661 UZF012 + 13 (1,13) 0.14505687 UZF013 + 14 (1,14) 0.14356260 UZF014 + 15 (1,15) 0.14136746 UZF015 + 16 (1,16) 0.13804537 UZF016 + 17 (1,17) 0.13357287 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14660272 UZF021 + 22 (1,22) 0.14607661 UZF022 + 23 (1,23) 0.14505687 UZF023 + 24 (1,24) 0.14356260 UZF024 + 25 (1,25) 0.14136746 UZF025 + 26 (1,26) 0.13804537 UZF026 + 27 (1,27) 0.13357287 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14660272 UZF031 + 32 (1,32) 0.14607661 UZF032 + 33 (1,33) 0.14505687 UZF033 + 34 (1,34) 0.14356260 UZF034 + 35 (1,35) 0.14136746 UZF035 + 36 (1,36) 0.13804537 UZF036 + 37 (1,37) 0.13357287 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14660272 UZF041 + 42 (1,42) 0.14607661 UZF042 + 43 (1,43) 0.14505687 UZF043 + 44 (1,44) 0.14356260 UZF044 + 45 (1,45) 0.14136746 UZF045 + 46 (1,46) 0.13804537 UZF046 + 47 (1,47) 0.13357287 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14660272 UZF051 + 52 (1,52) 0.14607661 UZF052 + 53 (1,53) 0.14505687 UZF053 + 54 (1,54) 0.14356260 UZF054 + 55 (1,55) 0.14136746 UZF055 + 56 (1,56) 0.13804537 UZF056 + 57 (1,57) 0.13357287 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14660272 UZF061 + 62 (1,62) 0.14607661 UZF062 + 63 (1,63) 0.14505687 UZF063 + 64 (1,64) 0.14356260 UZF064 + 65 (1,65) 0.14136746 UZF065 + 66 (1,66) 0.13804537 UZF066 + 67 (1,67) 0.13357287 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14660272 UZF071 + 72 (1,72) 0.14607661 UZF072 + 73 (1,73) 0.14505687 UZF073 + 74 (1,74) 0.14356260 UZF074 + 75 (1,75) 0.14136746 UZF075 + 76 (1,76) 0.13804537 UZF076 + 77 (1,77) 0.13357287 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14660272 UZF081 + 82 (1,82) 0.14607661 UZF082 + 83 (1,83) 0.14505687 UZF083 + 84 (1,84) 0.14356260 UZF084 + 85 (1,85) 0.14136746 UZF085 + 86 (1,86) 0.13804537 UZF086 + 87 (1,87) 0.13357287 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14660272 UZF091 + 92 (1,92) 0.14607661 UZF092 + 93 (1,93) 0.14505687 UZF093 + 94 (1,94) 0.14356260 UZF094 + 95 (1,95) 0.14136746 UZF095 + 96 (1,96) 0.13804537 UZF096 + 97 (1,97) 0.13357287 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.0000000 UZF004 + 105 (2,5) 0.0000000 UZF005 + 106 (2,6) 0.0000000 UZF006 + 107 (2,7) 0.0000000 UZF007 + 108 (2,8) 9.20115822E-02 UZF008 + 109 (2,9) 0.12583136 UZF009 + 110 (2,10) 0.12473494 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.0000000 UZF014 + 115 (2,15) 0.0000000 UZF015 + 116 (2,16) 0.0000000 UZF016 + 117 (2,17) 0.0000000 UZF017 + 118 (2,18) 9.20115821E-02 UZF018 + 119 (2,19) 0.12583136 UZF019 + 120 (2,20) 0.12473494 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.0000000 UZF024 + 125 (2,25) 0.0000000 UZF025 + 126 (2,26) 0.0000000 UZF026 + 127 (2,27) 0.0000000 UZF027 + 128 (2,28) 9.20115821E-02 UZF028 + 129 (2,29) 0.12583136 UZF029 + 130 (2,30) 0.12473494 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.0000000 UZF034 + 135 (2,35) 0.0000000 UZF035 + 136 (2,36) 0.0000000 UZF036 + 137 (2,37) 0.0000000 UZF037 + 138 (2,38) 9.20115821E-02 UZF038 + 139 (2,39) 0.12583136 UZF039 + 140 (2,40) 0.12473494 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.0000000 UZF044 + 145 (2,45) 0.0000000 UZF045 + 146 (2,46) 0.0000000 UZF046 + 147 (2,47) 0.0000000 UZF047 + 148 (2,48) 9.20115821E-02 UZF048 + 149 (2,49) 0.12583136 UZF049 + 150 (2,50) 0.12473494 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.0000000 UZF054 + 155 (2,55) 0.0000000 UZF055 + 156 (2,56) 0.0000000 UZF056 + 157 (2,57) 0.0000000 UZF057 + 158 (2,58) 9.20115821E-02 UZF058 + 159 (2,59) 0.12583136 UZF059 + 160 (2,60) 0.12473494 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.0000000 UZF064 + 165 (2,65) 0.0000000 UZF065 + 166 (2,66) 0.0000000 UZF066 + 167 (2,67) 0.0000000 UZF067 + 168 (2,68) 9.20115821E-02 UZF068 + 169 (2,69) 0.12583136 UZF069 + 170 (2,70) 0.12473494 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.0000000 UZF074 + 175 (2,75) 0.0000000 UZF075 + 176 (2,76) 0.0000000 UZF076 + 177 (2,77) 0.0000000 UZF077 + 178 (2,78) 9.20115821E-02 UZF078 + 179 (2,79) 0.12583136 UZF079 + 180 (2,80) 0.12473494 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.0000000 UZF084 + 185 (2,85) 0.0000000 UZF085 + 186 (2,86) 0.0000000 UZF086 + 187 (2,87) 0.0000000 UZF087 + 188 (2,88) 9.20115821E-02 UZF088 + 189 (2,89) 0.12583136 UZF089 + 190 (2,90) 0.12473494 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.0000000 UZF094 + 195 (2,95) 0.0000000 UZF095 + 196 (2,96) 0.0000000 UZF096 + 197 (2,97) 0.0000000 UZF097 + 198 (2,98) 9.20115821E-02 UZF098 + 199 (2,99) 0.12583136 UZF099 + 200 (2,100) 0.12473494 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 0.0000000 UZF076 + 277 (3,77) 0.0000000 UZF077 + 278 (3,78) 0.0000000 UZF078 + 279 (3,79) 0.0000000 UZF079 + 280 (3,80) 0.0000000 UZF080 + 281 (3,81) 0.0000000 UZF081 + 282 (3,82) 0.0000000 UZF082 + 283 (3,83) 0.0000000 UZF083 + 284 (3,84) 0.0000000 UZF084 + 285 (3,85) 0.0000000 UZF085 + 286 (3,86) 0.0000000 UZF086 + 287 (3,87) 0.0000000 UZF087 + 288 (3,88) 0.0000000 UZF088 + 289 (3,89) 0.0000000 UZF089 + 290 (3,90) 0.0000000 UZF090 + 291 (3,91) 0.0000000 UZF091 + 292 (3,92) 0.0000000 UZF092 + 293 (3,93) 0.0000000 UZF093 + 294 (3,94) 0.0000000 UZF094 + 295 (3,95) 0.0000000 UZF095 + 296 (3,96) 0.0000000 UZF096 + 297 (3,97) 0.0000000 UZF097 + 298 (3,98) 0.0000000 UZF098 + 299 (3,99) 0.0000000 UZF099 + 300 (3,100) 0.0000000 UZF100 + 301 (4,1) 0.0000000 UZF001 + 302 (4,2) 0.0000000 UZF002 + 303 (4,3) 0.0000000 UZF003 + 304 (4,4) 0.0000000 UZF004 + 305 (4,5) 0.0000000 UZF005 + 306 (4,6) 0.0000000 UZF006 + 307 (4,7) 0.0000000 UZF007 + 308 (4,8) 0.0000000 UZF008 + 309 (4,9) 0.0000000 UZF009 + 310 (4,10) 0.0000000 UZF010 + 311 (4,11) 0.0000000 UZF011 + 312 (4,12) 0.0000000 UZF012 + 313 (4,13) 0.0000000 UZF013 + 314 (4,14) 0.0000000 UZF014 + 315 (4,15) 0.0000000 UZF015 + 316 (4,16) 0.0000000 UZF016 + 317 (4,17) 0.0000000 UZF017 + 318 (4,18) 0.0000000 UZF018 + 319 (4,19) 0.0000000 UZF019 + 320 (4,20) 0.0000000 UZF020 + 321 (4,21) 0.0000000 UZF021 + 322 (4,22) 0.0000000 UZF022 + 323 (4,23) 0.0000000 UZF023 + 324 (4,24) 0.0000000 UZF024 + 325 (4,25) 0.0000000 UZF025 + 326 (4,26) 0.0000000 UZF026 + 327 (4,27) 0.0000000 UZF027 + 328 (4,28) 0.0000000 UZF028 + 329 (4,29) 0.0000000 UZF029 + 330 (4,30) 0.0000000 UZF030 + 331 (4,31) 0.0000000 UZF031 + 332 (4,32) 0.0000000 UZF032 + 333 (4,33) 0.0000000 UZF033 + 334 (4,34) 0.0000000 UZF034 + 335 (4,35) 0.0000000 UZF035 + 336 (4,36) 0.0000000 UZF036 + 337 (4,37) 0.0000000 UZF037 + 338 (4,38) 0.0000000 UZF038 + 339 (4,39) 0.0000000 UZF039 + 340 (4,40) 0.0000000 UZF040 + 341 (4,41) 0.0000000 UZF041 + 342 (4,42) 0.0000000 UZF042 + 343 (4,43) 0.0000000 UZF043 + 344 (4,44) 0.0000000 UZF044 + 345 (4,45) 0.0000000 UZF045 + 346 (4,46) 0.0000000 UZF046 + 347 (4,47) 0.0000000 UZF047 + 348 (4,48) 0.0000000 UZF048 + 349 (4,49) 0.0000000 UZF049 + 350 (4,50) 0.0000000 UZF050 + 351 (4,51) 0.0000000 UZF051 + 352 (4,52) 0.0000000 UZF052 + 353 (4,53) 0.0000000 UZF053 + 354 (4,54) 0.0000000 UZF054 + 355 (4,55) 0.0000000 UZF055 + 356 (4,56) 0.0000000 UZF056 + 357 (4,57) 0.0000000 UZF057 + 358 (4,58) 0.0000000 UZF058 + 359 (4,59) 0.0000000 UZF059 + 360 (4,60) 0.0000000 UZF060 + 361 (4,61) 0.0000000 UZF061 + 362 (4,62) 0.0000000 UZF062 + 363 (4,63) 0.0000000 UZF063 + 364 (4,64) 0.0000000 UZF064 + 365 (4,65) 0.0000000 UZF065 + 366 (4,66) 0.0000000 UZF066 + 367 (4,67) 0.0000000 UZF067 + 368 (4,68) 0.0000000 UZF068 + 369 (4,69) 0.0000000 UZF069 + 370 (4,70) 0.0000000 UZF070 + 371 (4,71) 0.0000000 UZF071 + 372 (4,72) 0.0000000 UZF072 + 373 (4,73) 0.0000000 UZF073 + 374 (4,74) 0.0000000 UZF074 + 375 (4,75) 0.0000000 UZF075 + 376 (4,76) 0.0000000 UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 (5,23) 0.0000000 UZF023 + 424 (5,24) 0.0000000 UZF024 + 425 (5,25) 0.0000000 UZF025 + 426 (5,26) 0.0000000 UZF026 + 427 (5,27) 0.0000000 UZF027 + 428 (5,28) 0.0000000 UZF028 + 429 (5,29) 0.0000000 UZF029 + 430 (5,30) 0.0000000 UZF030 + 431 (5,31) 0.0000000 UZF031 + 432 (5,32) 0.0000000 UZF032 + 433 (5,33) 0.0000000 UZF033 + 434 (5,34) 0.0000000 UZF034 + 435 (5,35) 0.0000000 UZF035 + 436 (5,36) 0.0000000 UZF036 + 437 (5,37) 0.0000000 UZF037 + 438 (5,38) 0.0000000 UZF038 + 439 (5,39) 0.0000000 UZF039 + 440 (5,40) 0.0000000 UZF040 + 441 (5,41) 0.0000000 UZF041 + 442 (5,42) 0.0000000 UZF042 + 443 (5,43) 0.0000000 UZF043 + 444 (5,44) 0.0000000 UZF044 + 445 (5,45) 0.0000000 UZF045 + 446 (5,46) 0.0000000 UZF046 + 447 (5,47) 0.0000000 UZF047 + 448 (5,48) 0.0000000 UZF048 + 449 (5,49) 0.0000000 UZF049 + 450 (5,50) 0.0000000 UZF050 + 451 (5,51) 0.0000000 UZF051 + 452 (5,52) 0.0000000 UZF052 + 453 (5,53) 0.0000000 UZF053 + 454 (5,54) 0.0000000 UZF054 + 455 (5,55) 0.0000000 UZF055 + 456 (5,56) 0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 1 STEP 2 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 0.0000000 UZF042 + 43 (1,43) 0.0000000 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.0000000 UZF051 + 52 (1,52) 0.0000000 UZF052 + 53 (1,53) 0.0000000 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.0000000 UZF061 + 62 (1,62) 0.0000000 UZF062 + 63 (1,63) 0.0000000 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.0000000 UZF071 + 72 (1,72) 0.0000000 UZF072 + 73 (1,73) 0.0000000 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 UZF081 + 82 (1,82) 0.0000000 UZF082 + 83 (1,83) 0.0000000 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.0000000 UZF091 + 92 (1,92) 0.0000000 UZF092 + 93 (1,93) 0.0000000 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) -0.0000000 UZF001 + 102 (2,2) -0.0000000 UZF002 + 103 (2,3) -0.0000000 UZF003 + 104 (2,4) -0.0000000 UZF004 + 105 (2,5) -0.0000000 UZF005 + 106 (2,6) -0.0000000 UZF006 + 107 (2,7) -0.0000000 UZF007 + 108 (2,8) -0.0000000 UZF008 + 109 (2,9) -0.0000000 UZF009 + 110 (2,10) -0.0000000 UZF010 + 111 (2,11) -0.0000000 UZF011 + 112 (2,12) -0.0000000 UZF012 + 113 (2,13) -0.0000000 UZF013 + 114 (2,14) -0.0000000 UZF014 + 115 (2,15) -0.0000000 UZF015 + 116 (2,16) -0.0000000 UZF016 + 117 (2,17) -0.0000000 UZF017 + 118 (2,18) -0.0000000 UZF018 + 119 (2,19) -0.0000000 UZF019 + 120 (2,20) -0.0000000 UZF020 + 121 (2,21) -0.0000000 UZF021 + 122 (2,22) -0.0000000 UZF022 + 123 (2,23) -0.0000000 UZF023 + 124 (2,24) -0.0000000 UZF024 + 125 (2,25) -0.0000000 UZF025 + 126 (2,26) -0.0000000 UZF026 + 127 (2,27) -0.0000000 UZF027 + 128 (2,28) -0.0000000 UZF028 + 129 (2,29) -0.0000000 UZF029 + 130 (2,30) -0.0000000 UZF030 + 131 (2,31) -0.0000000 UZF031 + 132 (2,32) -0.0000000 UZF032 + 133 (2,33) -0.0000000 UZF033 + 134 (2,34) -0.0000000 UZF034 + 135 (2,35) -0.0000000 UZF035 + 136 (2,36) -0.0000000 UZF036 + 137 (2,37) -0.0000000 UZF037 + 138 (2,38) -0.0000000 UZF038 + 139 (2,39) -0.0000000 UZF039 + 140 (2,40) -0.0000000 UZF040 + 141 (2,41) -0.0000000 UZF041 + 142 (2,42) -0.0000000 UZF042 + 143 (2,43) -0.0000000 UZF043 + 144 (2,44) -0.0000000 UZF044 + 145 (2,45) -0.0000000 UZF045 + 146 (2,46) -0.0000000 UZF046 + 147 (2,47) -0.0000000 UZF047 + 148 (2,48) -0.0000000 UZF048 + 149 (2,49) -0.0000000 UZF049 + 150 (2,50) 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UZF-GWET PACKAGE (UZF_0) FLOW RATES PERIOD 1 STEP 2 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) -5.22532743E-04 UZF001 + 2 (1,2) -5.17551813E-04 UZF002 + 3 (1,3) -5.07893957E-04 UZF003 + 4 (1,4) -4.94026176E-04 UZF004 + 5 (1,5) -4.76018589E-04 UZF005 + 6 (1,6) -4.53326258E-04 UZF006 + 7 (1,7) -4.25616184E-04 UZF007 + 8 (1,8) -0.0000000 UZF008 + 9 (1,9) -0.0000000 UZF009 + 10 (1,10) -0.0000000 UZF010 + 11 (1,11) -5.22532743E-04 UZF011 + 12 (1,12) -5.17551813E-04 UZF012 + 13 (1,13) -5.07893957E-04 UZF013 + 14 (1,14) -4.94026176E-04 UZF014 + 15 (1,15) -4.76018589E-04 UZF015 + 16 (1,16) -4.53326258E-04 UZF016 + 17 (1,17) -4.25616184E-04 UZF017 + 18 (1,18) -0.0000000 UZF018 + 19 (1,19) -0.0000000 UZF019 + 20 (1,20) -0.0000000 UZF020 + 21 (1,21) -5.22532743E-04 UZF021 + 22 (1,22) -5.17551813E-04 UZF022 + 23 (1,23) 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16.5581 + 19.6403 19.5702 19.4293 19.2160 18.9254 18.5508 18.0902 17.5551 17.0043 16.5581 + 19.6403 19.5702 19.4293 19.2160 18.9254 18.5508 18.0902 17.5551 17.0043 16.5581 + 19.6403 19.5702 19.4293 19.2160 18.9254 18.5508 18.0902 17.5551 17.0043 16.5581 + 19.6403 19.5702 19.4293 19.2160 18.9254 18.5508 18.0902 17.5551 17.0043 16.5581 + 19.6403 19.5702 19.4293 19.2160 18.9254 18.5508 18.0902 17.5551 17.0043 16.5581 + 19.6403 19.5702 19.4293 19.2160 18.9254 18.5508 18.0902 17.5551 17.0043 16.5581 + 19.6403 19.5702 19.4293 19.2160 18.9254 18.5508 18.0902 17.5551 17.0043 16.5581 +1 + HEAD IN LAYER 4 AT END OF TIME STEP 2 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + 11 12 13 14 15 16 17 18 19 20 + 21 22 23 24 25 26 27 28 29 30 + 31 32 33 34 35 36 37 38 39 40 + 41 42 43 44 45 46 47 48 49 50 + 51 52 53 54 55 56 57 58 59 60 + 61 62 63 64 65 66 67 68 69 70 + 71 72 73 74 75 76 77 78 79 80 + 81 82 83 84 85 86 87 88 89 90 + 91 92 93 94 95 96 97 98 99 100 + ................................................................................................................................................................ + 1 19.2090 19.1262 18.9584 18.7007 18.3446 17.8768 17.2764 16.5059 15.4837 14.0001 + 19.2090 19.1262 18.9584 18.7007 18.3446 17.8768 17.2764 16.5059 15.4837 14.0001 + 19.2090 19.1262 18.9584 18.7007 18.3446 17.8768 17.2764 16.5059 15.4837 14.0001 + 19.2090 19.1262 18.9584 18.7007 18.3446 17.8768 17.2764 16.5059 15.4837 14.0001 + 19.2090 19.1262 18.9584 18.7007 18.3446 17.8768 17.2764 16.5059 15.4837 14.0001 + 19.2090 19.1262 18.9584 18.7007 18.3446 17.8768 17.2764 16.5059 15.4837 14.0001 + 19.2090 19.1262 18.9584 18.7007 18.3446 17.8768 17.2764 16.5059 15.4837 14.0001 + 19.2090 19.1262 18.9584 18.7007 18.3446 17.8768 17.2764 16.5059 15.4837 14.0001 + 19.2090 19.1262 18.9584 18.7007 18.3446 17.8768 17.2764 16.5059 15.4837 14.0001 + 19.2090 19.1262 18.9584 18.7007 18.3446 17.8768 17.2764 16.5059 15.4837 14.0001 +1 + HEAD IN LAYER 5 AT END OF TIME STEP 2 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + 11 12 13 14 15 16 17 18 19 20 + 21 22 23 24 25 26 27 28 29 30 + 31 32 33 34 35 36 37 38 39 40 + 41 42 43 44 45 46 47 48 49 50 + 51 52 53 54 55 56 57 58 59 60 + 61 62 63 64 65 66 67 68 69 70 + 71 72 73 74 75 76 77 78 79 80 + 81 82 83 84 85 86 87 88 89 90 + 91 92 93 94 95 96 97 98 99 100 + ................................................................................................................................................................ + 1 18.9846 18.8948 18.7124 18.4316 18.0431 17.5340 16.8878 16.0861 15.1165 14.0001 + 18.9846 18.8948 18.7124 18.4316 18.0431 17.5340 16.8878 16.0861 15.1165 14.0001 + 18.9846 18.8948 18.7124 18.4316 18.0431 17.5340 16.8878 16.0861 15.1165 14.0001 + 18.9846 18.8948 18.7124 18.4316 18.0431 17.5340 16.8878 16.0861 15.1165 14.0001 + 18.9846 18.8948 18.7124 18.4316 18.0431 17.5340 16.8878 16.0861 15.1165 14.0001 + 18.9846 18.8948 18.7124 18.4316 18.0431 17.5340 16.8878 16.0861 15.1165 14.0001 + 18.9846 18.8948 18.7124 18.4316 18.0431 17.5340 16.8878 16.0861 15.1165 14.0001 + 18.9846 18.8948 18.7124 18.4316 18.0431 17.5340 16.8878 16.0861 15.1165 14.0001 + 18.9846 18.8948 18.7124 18.4316 18.0431 17.5340 16.8878 16.0861 15.1165 14.0001 + 18.9846 18.8948 18.7124 18.4316 18.0431 17.5340 16.8878 16.0861 15.1165 14.0001 + + HEAD WILL BE SAVED ON UNIT 1019 AT END OF TIME STEP 2, STRESS PERIOD 1 + + + UZF_0 BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 2, STRESS PERIOD 1 + ------------------------------------------------------------------------------ + + CUMULATIVE UZF_0 L**3 RATES FOR THIS TIME STEP L**3/T + ------------------ ------------------------ + + IN: IN: + --- --- + GWF = 0.0000 GWF = 0.0000 + INFILTRATION = 60.0000 INFILTRATION = 15.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.0000 UZET = 0.0000 + STORAGE = 16.5994 STORAGE = 0.0000 + + TOTAL IN = 76.5994 TOTAL IN = 15.0000 + + OUT: OUT: + ---- ---- + GWF = 71.4289 GWF = 13.3686 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.1399 UZET = 3.4082E-02 + STORAGE = 5.0306 STORAGE = 1.5973 + + TOTAL OUT = 76.5994 TOTAL OUT = 15.0000 + + IN - OUT = 1.6900E-06 IN - OUT = 1.3970E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 2, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 3.6961E-02 STO-SS = 2.3509E-03 STORAGE + STO-SY = 17.0822 STO-SY = 4.8045 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 71.4289 UZF-GWRCH = 13.3686 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 88.5481 TOTAL IN = 18.1755 + + OUT: OUT: + ---- ---- + STO-SS = 7.9608E-04 STO-SS = 0.0000 STORAGE + STO-SY = 11.9499 STO-SY = 0.0000 STORAGE + GHB = 76.3610 GHB = 18.1163 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.2364 UZF-GWET = 5.9153E-02 UZF_0 + + TOTAL OUT = 88.5481 TOTAL OUT = 18.1755 + + IN - OUT = -1.1467E-07 IN - OUT = -1.9793E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 2 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 3.45600E+05 5760.0 96.000 4.0000 1.09514E-02 + TOTAL TIME 3.45600E+05 5760.0 96.000 4.0000 1.09514E-02 + + +end timestep + + +start timestep kper="1" kstp="3" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1018 AT TIME STEP 3, STRESS PERIOD 1 + UBDSV1 SAVING STO-SY ON UNIT 1018 AT TIME STEP 3, STRESS PERIOD 1 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1018 AT TIME STEP 3, STRESS PERIOD 1 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1018 AT TIME STEP 3, STRESS PERIOD 1 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 3, STRESS PERIOD 1 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 3, STRESS PERIOD 1 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 3, STRESS PERIOD 1 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 3, STRESS PERIOD 1 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1014 AT TIME STEP 3, STRESS PERIOD 1 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 3, STRESS PERIOD 1 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 3, STRESS PERIOD 1 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 3, STRESS PERIOD 1 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 3, STRESS PERIOD 1 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 1 STEP 3 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.1648231 + 2 (4,20) -1.1648231 + 3 (4,30) -1.1648231 + 4 (4,40) -1.1648231 + 5 (4,50) -1.1648231 + 6 (4,60) -1.1648231 + 7 (4,70) -1.1648231 + 8 (4,80) -1.1648231 + 9 (4,90) -1.1648231 + 10 (4,100) -1.1648231 + 11 (5,10) -0.52847806 + 12 (5,20) -0.52847806 + 13 (5,30) -0.52847806 + 14 (5,40) -0.52847806 + 15 (5,50) -0.52847806 + 16 (5,60) -0.52847806 + 17 (5,70) -0.52847806 + 18 (5,80) -0.52847806 + 19 (5,90) -0.52847806 + 20 (5,100) -0.52847806 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 1 STEP 3 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14464066 UZF001 + 2 (1,2) 0.14445283 UZF002 + 3 (1,3) 0.14406670 UZF003 + 4 (1,4) 0.14322260 UZF004 + 5 (1,5) 0.14165813 UZF005 + 6 (1,6) 0.13921492 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14464066 UZF011 + 12 (1,12) 0.14445283 UZF012 + 13 (1,13) 0.14406670 UZF013 + 14 (1,14) 0.14322260 UZF014 + 15 (1,15) 0.14165813 UZF015 + 16 (1,16) 0.13921492 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14464066 UZF021 + 22 (1,22) 0.14445283 UZF022 + 23 (1,23) 0.14406670 UZF023 + 24 (1,24) 0.14322260 UZF024 + 25 (1,25) 0.14165813 UZF025 + 26 (1,26) 0.13921492 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14464066 UZF031 + 32 (1,32) 0.14445283 UZF032 + 33 (1,33) 0.14406670 UZF033 + 34 (1,34) 0.14322260 UZF034 + 35 (1,35) 0.14165813 UZF035 + 36 (1,36) 0.13921492 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14464066 UZF041 + 42 (1,42) 0.14445283 UZF042 + 43 (1,43) 0.14406670 UZF043 + 44 (1,44) 0.14322260 UZF044 + 45 (1,45) 0.14165813 UZF045 + 46 (1,46) 0.13921492 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14464066 UZF051 + 52 (1,52) 0.14445283 UZF052 + 53 (1,53) 0.14406670 UZF053 + 54 (1,54) 0.14322260 UZF054 + 55 (1,55) 0.14165813 UZF055 + 56 (1,56) 0.13921492 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14464066 UZF061 + 62 (1,62) 0.14445283 UZF062 + 63 (1,63) 0.14406670 UZF063 + 64 (1,64) 0.14322260 UZF064 + 65 (1,65) 0.14165813 UZF065 + 66 (1,66) 0.13921492 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14464066 UZF071 + 72 (1,72) 0.14445283 UZF072 + 73 (1,73) 0.14406670 UZF073 + 74 (1,74) 0.14322260 UZF074 + 75 (1,75) 0.14165813 UZF075 + 76 (1,76) 0.13921492 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14464066 UZF081 + 82 (1,82) 0.14445283 UZF082 + 83 (1,83) 0.14406670 UZF083 + 84 (1,84) 0.14322260 UZF084 + 85 (1,85) 0.14165813 UZF085 + 86 (1,86) 0.13921492 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14464066 UZF091 + 92 (1,92) 0.14445283 UZF092 + 93 (1,93) 0.14406670 UZF093 + 94 (1,94) 0.14322260 UZF094 + 95 (1,95) 0.14165813 UZF095 + 96 (1,96) 0.13921492 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.0000000 UZF004 + 105 (2,5) 0.0000000 UZF005 + 106 (2,6) 0.0000000 UZF006 + 107 (2,7) 0.10082520 UZF007 + 108 (2,8) 0.13555524 UZF008 + 109 (2,9) 0.13559643 UZF009 + 110 (2,10) 0.13501048 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.0000000 UZF014 + 115 (2,15) 0.0000000 UZF015 + 116 (2,16) 0.0000000 UZF016 + 117 (2,17) 0.10082520 UZF017 + 118 (2,18) 0.13555524 UZF018 + 119 (2,19) 0.13559643 UZF019 + 120 (2,20) 0.13501048 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.0000000 UZF024 + 125 (2,25) 0.0000000 UZF025 + 126 (2,26) 0.0000000 UZF026 + 127 (2,27) 0.10082520 UZF027 + 128 (2,28) 0.13555524 UZF028 + 129 (2,29) 0.13559643 UZF029 + 130 (2,30) 0.13501048 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.0000000 UZF034 + 135 (2,35) 0.0000000 UZF035 + 136 (2,36) 0.0000000 UZF036 + 137 (2,37) 0.10082520 UZF037 + 138 (2,38) 0.13555524 UZF038 + 139 (2,39) 0.13559643 UZF039 + 140 (2,40) 0.13501048 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.0000000 UZF044 + 145 (2,45) 0.0000000 UZF045 + 146 (2,46) 0.0000000 UZF046 + 147 (2,47) 0.10082520 UZF047 + 148 (2,48) 0.13555524 UZF048 + 149 (2,49) 0.13559643 UZF049 + 150 (2,50) 0.13501048 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.0000000 UZF054 + 155 (2,55) 0.0000000 UZF055 + 156 (2,56) 0.0000000 UZF056 + 157 (2,57) 0.10082520 UZF057 + 158 (2,58) 0.13555524 UZF058 + 159 (2,59) 0.13559643 UZF059 + 160 (2,60) 0.13501048 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.0000000 UZF064 + 165 (2,65) 0.0000000 UZF065 + 166 (2,66) 0.0000000 UZF066 + 167 (2,67) 0.10082520 UZF067 + 168 (2,68) 0.13555524 UZF068 + 169 (2,69) 0.13559643 UZF069 + 170 (2,70) 0.13501048 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.0000000 UZF074 + 175 (2,75) 0.0000000 UZF075 + 176 (2,76) 0.0000000 UZF076 + 177 (2,77) 0.10082520 UZF077 + 178 (2,78) 0.13555524 UZF078 + 179 (2,79) 0.13559643 UZF079 + 180 (2,80) 0.13501048 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.0000000 UZF084 + 185 (2,85) 0.0000000 UZF085 + 186 (2,86) 0.0000000 UZF086 + 187 (2,87) 0.10082520 UZF087 + 188 (2,88) 0.13555524 UZF088 + 189 (2,89) 0.13559643 UZF089 + 190 (2,90) 0.13501048 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.0000000 UZF094 + 195 (2,95) 0.0000000 UZF095 + 196 (2,96) 0.0000000 UZF096 + 197 (2,97) 0.10082520 UZF097 + 198 (2,98) 0.13555524 UZF098 + 199 (2,99) 0.13559643 UZF099 + 200 (2,100) 0.13501048 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 0.0000000 UZF076 + 277 (3,77) 0.0000000 UZF077 + 278 (3,78) 0.0000000 UZF078 + 279 (3,79) 0.0000000 UZF079 + 280 (3,80) 0.0000000 UZF080 + 281 (3,81) 0.0000000 UZF081 + 282 (3,82) 0.0000000 UZF082 + 283 (3,83) 0.0000000 UZF083 + 284 (3,84) 0.0000000 UZF084 + 285 (3,85) 0.0000000 UZF085 + 286 (3,86) 0.0000000 UZF086 + 287 (3,87) 0.0000000 UZF087 + 288 (3,88) 0.0000000 UZF088 + 289 (3,89) 0.0000000 UZF089 + 290 (3,90) 0.0000000 UZF090 + 291 (3,91) 0.0000000 UZF091 + 292 (3,92) 0.0000000 UZF092 + 293 (3,93) 0.0000000 UZF093 + 294 (3,94) 0.0000000 UZF094 + 295 (3,95) 0.0000000 UZF095 + 296 (3,96) 0.0000000 UZF096 + 297 (3,97) 0.0000000 UZF097 + 298 (3,98) 0.0000000 UZF098 + 299 (3,99) 0.0000000 UZF099 + 300 (3,100) 0.0000000 UZF100 + 301 (4,1) 0.0000000 UZF001 + 302 (4,2) 0.0000000 UZF002 + 303 (4,3) 0.0000000 UZF003 + 304 (4,4) 0.0000000 UZF004 + 305 (4,5) 0.0000000 UZF005 + 306 (4,6) 0.0000000 UZF006 + 307 (4,7) 0.0000000 UZF007 + 308 (4,8) 0.0000000 UZF008 + 309 (4,9) 0.0000000 UZF009 + 310 (4,10) 0.0000000 UZF010 + 311 (4,11) 0.0000000 UZF011 + 312 (4,12) 0.0000000 UZF012 + 313 (4,13) 0.0000000 UZF013 + 314 (4,14) 0.0000000 UZF014 + 315 (4,15) 0.0000000 UZF015 + 316 (4,16) 0.0000000 UZF016 + 317 (4,17) 0.0000000 UZF017 + 318 (4,18) 0.0000000 UZF018 + 319 (4,19) 0.0000000 UZF019 + 320 (4,20) 0.0000000 UZF020 + 321 (4,21) 0.0000000 UZF021 + 322 (4,22) 0.0000000 UZF022 + 323 (4,23) 0.0000000 UZF023 + 324 (4,24) 0.0000000 UZF024 + 325 (4,25) 0.0000000 UZF025 + 326 (4,26) 0.0000000 UZF026 + 327 (4,27) 0.0000000 UZF027 + 328 (4,28) 0.0000000 UZF028 + 329 (4,29) 0.0000000 UZF029 + 330 (4,30) 0.0000000 UZF030 + 331 (4,31) 0.0000000 UZF031 + 332 (4,32) 0.0000000 UZF032 + 333 (4,33) 0.0000000 UZF033 + 334 (4,34) 0.0000000 UZF034 + 335 (4,35) 0.0000000 UZF035 + 336 (4,36) 0.0000000 UZF036 + 337 (4,37) 0.0000000 UZF037 + 338 (4,38) 0.0000000 UZF038 + 339 (4,39) 0.0000000 UZF039 + 340 (4,40) 0.0000000 UZF040 + 341 (4,41) 0.0000000 UZF041 + 342 (4,42) 0.0000000 UZF042 + 343 (4,43) 0.0000000 UZF043 + 344 (4,44) 0.0000000 UZF044 + 345 (4,45) 0.0000000 UZF045 + 346 (4,46) 0.0000000 UZF046 + 347 (4,47) 0.0000000 UZF047 + 348 (4,48) 0.0000000 UZF048 + 349 (4,49) 0.0000000 UZF049 + 350 (4,50) 0.0000000 UZF050 + 351 (4,51) 0.0000000 UZF051 + 352 (4,52) 0.0000000 UZF052 + 353 (4,53) 0.0000000 UZF053 + 354 (4,54) 0.0000000 UZF054 + 355 (4,55) 0.0000000 UZF055 + 356 (4,56) 0.0000000 UZF056 + 357 (4,57) 0.0000000 UZF057 + 358 (4,58) 0.0000000 UZF058 + 359 (4,59) 0.0000000 UZF059 + 360 (4,60) 0.0000000 UZF060 + 361 (4,61) 0.0000000 UZF061 + 362 (4,62) 0.0000000 UZF062 + 363 (4,63) 0.0000000 UZF063 + 364 (4,64) 0.0000000 UZF064 + 365 (4,65) 0.0000000 UZF065 + 366 (4,66) 0.0000000 UZF066 + 367 (4,67) 0.0000000 UZF067 + 368 (4,68) 0.0000000 UZF068 + 369 (4,69) 0.0000000 UZF069 + 370 (4,70) 0.0000000 UZF070 + 371 (4,71) 0.0000000 UZF071 + 372 (4,72) 0.0000000 UZF072 + 373 (4,73) 0.0000000 UZF073 + 374 (4,74) 0.0000000 UZF074 + 375 (4,75) 0.0000000 UZF075 + 376 (4,76) 0.0000000 UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 (5,23) 0.0000000 UZF023 + 424 (5,24) 0.0000000 UZF024 + 425 (5,25) 0.0000000 UZF025 + 426 (5,26) 0.0000000 UZF026 + 427 (5,27) 0.0000000 UZF027 + 428 (5,28) 0.0000000 UZF028 + 429 (5,29) 0.0000000 UZF029 + 430 (5,30) 0.0000000 UZF030 + 431 (5,31) 0.0000000 UZF031 + 432 (5,32) 0.0000000 UZF032 + 433 (5,33) 0.0000000 UZF033 + 434 (5,34) 0.0000000 UZF034 + 435 (5,35) 0.0000000 UZF035 + 436 (5,36) 0.0000000 UZF036 + 437 (5,37) 0.0000000 UZF037 + 438 (5,38) 0.0000000 UZF038 + 439 (5,39) 0.0000000 UZF039 + 440 (5,40) 0.0000000 UZF040 + 441 (5,41) 0.0000000 UZF041 + 442 (5,42) 0.0000000 UZF042 + 443 (5,43) 0.0000000 UZF043 + 444 (5,44) 0.0000000 UZF044 + 445 (5,45) 0.0000000 UZF045 + 446 (5,46) 0.0000000 UZF046 + 447 (5,47) 0.0000000 UZF047 + 448 (5,48) 0.0000000 UZF048 + 449 (5,49) 0.0000000 UZF049 + 450 (5,50) 0.0000000 UZF050 + 451 (5,51) 0.0000000 UZF051 + 452 (5,52) 0.0000000 UZF052 + 453 (5,53) 0.0000000 UZF053 + 454 (5,54) 0.0000000 UZF054 + 455 (5,55) 0.0000000 UZF055 + 456 (5,56) 0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 1 STEP 3 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 0.0000000 UZF042 + 43 (1,43) 0.0000000 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.0000000 UZF051 + 52 (1,52) 0.0000000 UZF052 + 53 (1,53) 0.0000000 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.0000000 UZF061 + 62 (1,62) 0.0000000 UZF062 + 63 (1,63) 0.0000000 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.0000000 UZF071 + 72 (1,72) 0.0000000 UZF072 + 73 (1,73) 0.0000000 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 UZF081 + 82 (1,82) 0.0000000 UZF082 + 83 (1,83) 0.0000000 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.0000000 UZF091 + 92 (1,92) 0.0000000 UZF092 + 93 (1,93) 0.0000000 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) -0.0000000 UZF001 + 102 (2,2) -0.0000000 UZF002 + 103 (2,3) -0.0000000 UZF003 + 104 (2,4) -0.0000000 UZF004 + 105 (2,5) -0.0000000 UZF005 + 106 (2,6) -0.0000000 UZF006 + 107 (2,7) -0.0000000 UZF007 + 108 (2,8) -0.0000000 UZF008 + 109 (2,9) -0.0000000 UZF009 + 110 (2,10) -0.0000000 UZF010 + 111 (2,11) -0.0000000 UZF011 + 112 (2,12) -0.0000000 UZF012 + 113 (2,13) -0.0000000 UZF013 + 114 (2,14) -0.0000000 UZF014 + 115 (2,15) -0.0000000 UZF015 + 116 (2,16) -0.0000000 UZF016 + 117 (2,17) -0.0000000 UZF017 + 118 (2,18) -0.0000000 UZF018 + 119 (2,19) -0.0000000 UZF019 + 120 (2,20) -0.0000000 UZF020 + 121 (2,21) -0.0000000 UZF021 + 122 (2,22) -0.0000000 UZF022 + 123 (2,23) -0.0000000 UZF023 + 124 (2,24) -0.0000000 UZF024 + 125 (2,25) -0.0000000 UZF025 + 126 (2,26) -0.0000000 UZF026 + 127 (2,27) -0.0000000 UZF027 + 128 (2,28) -0.0000000 UZF028 + 129 (2,29) -0.0000000 UZF029 + 130 (2,30) -0.0000000 UZF030 + 131 (2,31) -0.0000000 UZF031 + 132 (2,32) -0.0000000 UZF032 + 133 (2,33) -0.0000000 UZF033 + 134 (2,34) -0.0000000 UZF034 + 135 (2,35) -0.0000000 UZF035 + 136 (2,36) -0.0000000 UZF036 + 137 (2,37) -0.0000000 UZF037 + 138 (2,38) -0.0000000 UZF038 + 139 (2,39) -0.0000000 UZF039 + 140 (2,40) -0.0000000 UZF040 + 141 (2,41) -0.0000000 UZF041 + 142 (2,42) -0.0000000 UZF042 + 143 (2,43) -0.0000000 UZF043 + 144 (2,44) -0.0000000 UZF044 + 145 (2,45) -0.0000000 UZF045 + 146 (2,46) -0.0000000 UZF046 + 147 (2,47) -0.0000000 UZF047 + 148 (2,48) -0.0000000 UZF048 + 149 (2,49) -0.0000000 UZF049 + 150 (2,50) -0.0000000 UZF050 + 151 (2,51) -0.0000000 UZF051 + 152 (2,52) -0.0000000 UZF052 + 153 (2,53) -0.0000000 UZF053 + 154 (2,54) -0.0000000 UZF054 + 155 (2,55) -0.0000000 UZF055 + 156 (2,56) -0.0000000 UZF056 + 157 (2,57) -0.0000000 UZF057 + 158 (2,58) -0.0000000 UZF058 + 159 (2,59) -0.0000000 UZF059 + 160 (2,60) -0.0000000 UZF060 + 161 (2,61) -0.0000000 UZF061 + 162 (2,62) -0.0000000 UZF062 + 163 (2,63) -0.0000000 UZF063 + 164 (2,64) -0.0000000 UZF064 + 165 (2,65) -0.0000000 UZF065 + 166 (2,66) -0.0000000 UZF066 + 167 (2,67) -0.0000000 UZF067 + 168 (2,68) -0.0000000 UZF068 + 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................................................................................................................................................................ + 1 18.8149 18.7248 18.5421 18.2620 17.8772 17.3775 16.7500 15.9801 15.0570 14.0001 + 18.8149 18.7248 18.5421 18.2620 17.8772 17.3775 16.7500 15.9801 15.0570 14.0001 + 18.8149 18.7248 18.5421 18.2620 17.8772 17.3775 16.7500 15.9801 15.0570 14.0001 + 18.8149 18.7248 18.5421 18.2620 17.8772 17.3775 16.7500 15.9801 15.0570 14.0001 + 18.8149 18.7248 18.5421 18.2620 17.8772 17.3775 16.7500 15.9801 15.0570 14.0001 + 18.8149 18.7248 18.5421 18.2620 17.8772 17.3775 16.7500 15.9801 15.0570 14.0001 + 18.8149 18.7248 18.5421 18.2620 17.8772 17.3775 16.7500 15.9801 15.0570 14.0001 + 18.8149 18.7248 18.5421 18.2620 17.8772 17.3775 16.7500 15.9801 15.0570 14.0001 + 18.8149 18.7248 18.5421 18.2620 17.8772 17.3775 16.7500 15.9801 15.0570 14.0001 + 18.8149 18.7248 18.5421 18.2620 17.8772 17.3775 16.7500 15.9801 15.0570 14.0001 + + HEAD WILL BE SAVED ON UNIT 1019 AT END OF TIME STEP 3, STRESS PERIOD 1 + + + UZF_0 BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 3, STRESS PERIOD 1 + ------------------------------------------------------------------------------ + + CUMULATIVE UZF_0 L**3 RATES FOR THIS TIME STEP L**3/T + ------------------ ------------------------ + + IN: IN: + --- --- + GWF = 0.0000 GWF = 0.0000 + INFILTRATION = 90.0000 INFILTRATION = 15.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.0000 UZET = 0.0000 + STORAGE = 16.5994 STORAGE = 0.0000 + + TOTAL IN = 106.5994 TOTAL IN = 15.0000 + + OUT: OUT: + ---- ---- + GWF = 98.7138 GWF = 13.6424 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.2118 UZET = 3.5983E-02 + STORAGE = 7.6738 STORAGE = 1.3216 + + TOTAL OUT = 106.5994 TOTAL OUT = 15.0000 + + IN - OUT = 1.6900E-06 IN - OUT = 2.3093E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 3, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.0459E-02 STO-SS = 1.7490E-03 STORAGE + STO-SY = 23.7718 STO-SY = 3.3448 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 98.7138 UZF-GWRCH = 13.6424 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 122.5260 TOTAL IN = 16.9890 + + OUT: OUT: + ---- ---- + STO-SS = 7.9608E-04 STO-SS = 0.0000 STORAGE + STO-SY = 11.9499 STO-SY = 0.0000 STORAGE + GHB = 110.2270 GHB = 16.9330 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.3484 UZF-GWET = 5.5974E-02 UZF_0 + + TOTAL OUT = 122.5260 TOTAL OUT = 16.9890 + + IN - OUT = -1.5402E-07 IN - OUT = -1.9677E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 3 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 5.18400E+05 8640.0 144.00 6.0000 1.64271E-02 + TOTAL TIME 5.18400E+05 8640.0 144.00 6.0000 1.64271E-02 + + +end timestep + + +start timestep kper="1" kstp="4" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1018 AT TIME STEP 4, STRESS PERIOD 1 + UBDSV1 SAVING STO-SY ON UNIT 1018 AT TIME STEP 4, STRESS PERIOD 1 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1018 AT TIME STEP 4, STRESS PERIOD 1 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1018 AT TIME STEP 4, STRESS PERIOD 1 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 4, STRESS PERIOD 1 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 4, STRESS PERIOD 1 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 4, STRESS PERIOD 1 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 4, STRESS PERIOD 1 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1014 AT TIME STEP 4, STRESS PERIOD 1 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 4, STRESS PERIOD 1 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 4, STRESS PERIOD 1 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 4, STRESS PERIOD 1 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 4, STRESS PERIOD 1 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 1 STEP 4 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.1161836 + 2 (4,20) -1.1161836 + 3 (4,30) -1.1161836 + 4 (4,40) -1.1161836 + 5 (4,50) -1.1161836 + 6 (4,60) -1.1161836 + 7 (4,70) -1.1161836 + 8 (4,80) -1.1161836 + 9 (4,90) -1.1161836 + 10 (4,100) -1.1161836 + 11 (5,10) -0.50995553 + 12 (5,20) -0.50995553 + 13 (5,30) -0.50995553 + 14 (5,40) -0.50995553 + 15 (5,50) -0.50995553 + 16 (5,60) -0.50995553 + 17 (5,70) -0.50995553 + 18 (5,80) -0.50995553 + 19 (5,90) -0.50995553 + 20 (5,100) -0.50995553 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 1 STEP 4 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14519033 UZF001 + 2 (1,2) 0.14507270 UZF002 + 3 (1,3) 0.14462878 UZF003 + 4 (1,4) 0.14373334 UZF004 + 5 (1,5) 0.14173912 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14519033 UZF011 + 12 (1,12) 0.14507270 UZF012 + 13 (1,13) 0.14462878 UZF013 + 14 (1,14) 0.14373334 UZF014 + 15 (1,15) 0.14173912 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14519033 UZF021 + 22 (1,22) 0.14507270 UZF022 + 23 (1,23) 0.14462878 UZF023 + 24 (1,24) 0.14373334 UZF024 + 25 (1,25) 0.14173912 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14519033 UZF031 + 32 (1,32) 0.14507270 UZF032 + 33 (1,33) 0.14462878 UZF033 + 34 (1,34) 0.14373334 UZF034 + 35 (1,35) 0.14173912 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14519033 UZF041 + 42 (1,42) 0.14507270 UZF042 + 43 (1,43) 0.14462878 UZF043 + 44 (1,44) 0.14373334 UZF044 + 45 (1,45) 0.14173912 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14519033 UZF051 + 52 (1,52) 0.14507270 UZF052 + 53 (1,53) 0.14462878 UZF053 + 54 (1,54) 0.14373334 UZF054 + 55 (1,55) 0.14173912 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14519033 UZF061 + 62 (1,62) 0.14507270 UZF062 + 63 (1,63) 0.14462878 UZF063 + 64 (1,64) 0.14373334 UZF064 + 65 (1,65) 0.14173912 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14519033 UZF071 + 72 (1,72) 0.14507270 UZF072 + 73 (1,73) 0.14462878 UZF073 + 74 (1,74) 0.14373334 UZF074 + 75 (1,75) 0.14173912 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14519033 UZF081 + 82 (1,82) 0.14507270 UZF082 + 83 (1,83) 0.14462878 UZF083 + 84 (1,84) 0.14373334 UZF084 + 85 (1,85) 0.14173912 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14519033 UZF091 + 92 (1,92) 0.14507270 UZF092 + 93 (1,93) 0.14462878 UZF093 + 94 (1,94) 0.14373334 UZF094 + 95 (1,95) 0.14173912 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.0000000 UZF004 + 105 (2,5) 0.0000000 UZF005 + 106 (2,6) 0.10854924 UZF006 + 107 (2,7) 0.14288224 UZF007 + 108 (2,8) 0.14270882 UZF008 + 109 (2,9) 0.14251288 UZF009 + 110 (2,10) 0.14234602 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.0000000 UZF014 + 115 (2,15) 0.0000000 UZF015 + 116 (2,16) 0.10854924 UZF016 + 117 (2,17) 0.14288224 UZF017 + 118 (2,18) 0.14270882 UZF018 + 119 (2,19) 0.14251288 UZF019 + 120 (2,20) 0.14234602 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.0000000 UZF024 + 125 (2,25) 0.0000000 UZF025 + 126 (2,26) 0.10854924 UZF026 + 127 (2,27) 0.14288224 UZF027 + 128 (2,28) 0.14270882 UZF028 + 129 (2,29) 0.14251288 UZF029 + 130 (2,30) 0.14234602 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.0000000 UZF034 + 135 (2,35) 0.0000000 UZF035 + 136 (2,36) 0.10854924 UZF036 + 137 (2,37) 0.14288224 UZF037 + 138 (2,38) 0.14270882 UZF038 + 139 (2,39) 0.14251288 UZF039 + 140 (2,40) 0.14234602 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.0000000 UZF044 + 145 (2,45) 0.0000000 UZF045 + 146 (2,46) 0.10854924 UZF046 + 147 (2,47) 0.14288224 UZF047 + 148 (2,48) 0.14270882 UZF048 + 149 (2,49) 0.14251288 UZF049 + 150 (2,50) 0.14234602 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.0000000 UZF054 + 155 (2,55) 0.0000000 UZF055 + 156 (2,56) 0.10854924 UZF056 + 157 (2,57) 0.14288224 UZF057 + 158 (2,58) 0.14270882 UZF058 + 159 (2,59) 0.14251288 UZF059 + 160 (2,60) 0.14234602 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.0000000 UZF064 + 165 (2,65) 0.0000000 UZF065 + 166 (2,66) 0.10854924 UZF066 + 167 (2,67) 0.14288224 UZF067 + 168 (2,68) 0.14270882 UZF068 + 169 (2,69) 0.14251288 UZF069 + 170 (2,70) 0.14234602 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.0000000 UZF074 + 175 (2,75) 0.0000000 UZF075 + 176 (2,76) 0.10854924 UZF076 + 177 (2,77) 0.14288224 UZF077 + 178 (2,78) 0.14270882 UZF078 + 179 (2,79) 0.14251288 UZF079 + 180 (2,80) 0.14234602 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.0000000 UZF084 + 185 (2,85) 0.0000000 UZF085 + 186 (2,86) 0.10854924 UZF086 + 187 (2,87) 0.14288224 UZF087 + 188 (2,88) 0.14270882 UZF088 + 189 (2,89) 0.14251288 UZF089 + 190 (2,90) 0.14234602 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.0000000 UZF094 + 195 (2,95) 0.0000000 UZF095 + 196 (2,96) 0.10854924 UZF096 + 197 (2,97) 0.14288224 UZF097 + 198 (2,98) 0.14270882 UZF098 + 199 (2,99) 0.14251288 UZF099 + 200 (2,100) 0.14234602 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 0.0000000 UZF076 + 277 (3,77) 0.0000000 UZF077 + 278 (3,78) 0.0000000 UZF078 + 279 (3,79) 0.0000000 UZF079 + 280 (3,80) 0.0000000 UZF080 + 281 (3,81) 0.0000000 UZF081 + 282 (3,82) 0.0000000 UZF082 + 283 (3,83) 0.0000000 UZF083 + 284 (3,84) 0.0000000 UZF084 + 285 (3,85) 0.0000000 UZF085 + 286 (3,86) 0.0000000 UZF086 + 287 (3,87) 0.0000000 UZF087 + 288 (3,88) 0.0000000 UZF088 + 289 (3,89) 0.0000000 UZF089 + 290 (3,90) 0.0000000 UZF090 + 291 (3,91) 0.0000000 UZF091 + 292 (3,92) 0.0000000 UZF092 + 293 (3,93) 0.0000000 UZF093 + 294 (3,94) 0.0000000 UZF094 + 295 (3,95) 0.0000000 UZF095 + 296 (3,96) 0.0000000 UZF096 + 297 (3,97) 0.0000000 UZF097 + 298 (3,98) 0.0000000 UZF098 + 299 (3,99) 0.0000000 UZF099 + 300 (3,100) 0.0000000 UZF100 + 301 (4,1) 0.0000000 UZF001 + 302 (4,2) 0.0000000 UZF002 + 303 (4,3) 0.0000000 UZF003 + 304 (4,4) 0.0000000 UZF004 + 305 (4,5) 0.0000000 UZF005 + 306 (4,6) 0.0000000 UZF006 + 307 (4,7) 0.0000000 UZF007 + 308 (4,8) 0.0000000 UZF008 + 309 (4,9) 0.0000000 UZF009 + 310 (4,10) 0.0000000 UZF010 + 311 (4,11) 0.0000000 UZF011 + 312 (4,12) 0.0000000 UZF012 + 313 (4,13) 0.0000000 UZF013 + 314 (4,14) 0.0000000 UZF014 + 315 (4,15) 0.0000000 UZF015 + 316 (4,16) 0.0000000 UZF016 + 317 (4,17) 0.0000000 UZF017 + 318 (4,18) 0.0000000 UZF018 + 319 (4,19) 0.0000000 UZF019 + 320 (4,20) 0.0000000 UZF020 + 321 (4,21) 0.0000000 UZF021 + 322 (4,22) 0.0000000 UZF022 + 323 (4,23) 0.0000000 UZF023 + 324 (4,24) 0.0000000 UZF024 + 325 (4,25) 0.0000000 UZF025 + 326 (4,26) 0.0000000 UZF026 + 327 (4,27) 0.0000000 UZF027 + 328 (4,28) 0.0000000 UZF028 + 329 (4,29) 0.0000000 UZF029 + 330 (4,30) 0.0000000 UZF030 + 331 (4,31) 0.0000000 UZF031 + 332 (4,32) 0.0000000 UZF032 + 333 (4,33) 0.0000000 UZF033 + 334 (4,34) 0.0000000 UZF034 + 335 (4,35) 0.0000000 UZF035 + 336 (4,36) 0.0000000 UZF036 + 337 (4,37) 0.0000000 UZF037 + 338 (4,38) 0.0000000 UZF038 + 339 (4,39) 0.0000000 UZF039 + 340 (4,40) 0.0000000 UZF040 + 341 (4,41) 0.0000000 UZF041 + 342 (4,42) 0.0000000 UZF042 + 343 (4,43) 0.0000000 UZF043 + 344 (4,44) 0.0000000 UZF044 + 345 (4,45) 0.0000000 UZF045 + 346 (4,46) 0.0000000 UZF046 + 347 (4,47) 0.0000000 UZF047 + 348 (4,48) 0.0000000 UZF048 + 349 (4,49) 0.0000000 UZF049 + 350 (4,50) 0.0000000 UZF050 + 351 (4,51) 0.0000000 UZF051 + 352 (4,52) 0.0000000 UZF052 + 353 (4,53) 0.0000000 UZF053 + 354 (4,54) 0.0000000 UZF054 + 355 (4,55) 0.0000000 UZF055 + 356 (4,56) 0.0000000 UZF056 + 357 (4,57) 0.0000000 UZF057 + 358 (4,58) 0.0000000 UZF058 + 359 (4,59) 0.0000000 UZF059 + 360 (4,60) 0.0000000 UZF060 + 361 (4,61) 0.0000000 UZF061 + 362 (4,62) 0.0000000 UZF062 + 363 (4,63) 0.0000000 UZF063 + 364 (4,64) 0.0000000 UZF064 + 365 (4,65) 0.0000000 UZF065 + 366 (4,66) 0.0000000 UZF066 + 367 (4,67) 0.0000000 UZF067 + 368 (4,68) 0.0000000 UZF068 + 369 (4,69) 0.0000000 UZF069 + 370 (4,70) 0.0000000 UZF070 + 371 (4,71) 0.0000000 UZF071 + 372 (4,72) 0.0000000 UZF072 + 373 (4,73) 0.0000000 UZF073 + 374 (4,74) 0.0000000 UZF074 + 375 (4,75) 0.0000000 UZF075 + 376 (4,76) 0.0000000 UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 (5,23) 0.0000000 UZF023 + 424 (5,24) 0.0000000 UZF024 + 425 (5,25) 0.0000000 UZF025 + 426 (5,26) 0.0000000 UZF026 + 427 (5,27) 0.0000000 UZF027 + 428 (5,28) 0.0000000 UZF028 + 429 (5,29) 0.0000000 UZF029 + 430 (5,30) 0.0000000 UZF030 + 431 (5,31) 0.0000000 UZF031 + 432 (5,32) 0.0000000 UZF032 + 433 (5,33) 0.0000000 UZF033 + 434 (5,34) 0.0000000 UZF034 + 435 (5,35) 0.0000000 UZF035 + 436 (5,36) 0.0000000 UZF036 + 437 (5,37) 0.0000000 UZF037 + 438 (5,38) 0.0000000 UZF038 + 439 (5,39) 0.0000000 UZF039 + 440 (5,40) 0.0000000 UZF040 + 441 (5,41) 0.0000000 UZF041 + 442 (5,42) 0.0000000 UZF042 + 443 (5,43) 0.0000000 UZF043 + 444 (5,44) 0.0000000 UZF044 + 445 (5,45) 0.0000000 UZF045 + 446 (5,46) 0.0000000 UZF046 + 447 (5,47) 0.0000000 UZF047 + 448 (5,48) 0.0000000 UZF048 + 449 (5,49) 0.0000000 UZF049 + 450 (5,50) 0.0000000 UZF050 + 451 (5,51) 0.0000000 UZF051 + 452 (5,52) 0.0000000 UZF052 + 453 (5,53) 0.0000000 UZF053 + 454 (5,54) 0.0000000 UZF054 + 455 (5,55) 0.0000000 UZF055 + 456 (5,56) 0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 1 STEP 4 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 0.0000000 UZF042 + 43 (1,43) 0.0000000 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.0000000 UZF051 + 52 (1,52) 0.0000000 UZF052 + 53 (1,53) 0.0000000 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.0000000 UZF061 + 62 (1,62) 0.0000000 UZF062 + 63 (1,63) 0.0000000 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.0000000 UZF071 + 72 (1,72) 0.0000000 UZF072 + 73 (1,73) 0.0000000 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 UZF081 + 82 (1,82) 0.0000000 UZF082 + 83 (1,83) 0.0000000 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.0000000 UZF091 + 92 (1,92) 0.0000000 UZF092 + 93 (1,93) 0.0000000 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) -0.0000000 UZF001 + 102 (2,2) -0.0000000 UZF002 + 103 (2,3) -0.0000000 UZF003 + 104 (2,4) -0.0000000 UZF004 + 105 (2,5) -0.0000000 UZF005 + 106 (2,6) -0.0000000 UZF006 + 107 (2,7) -0.0000000 UZF007 + 108 (2,8) -0.0000000 UZF008 + 109 (2,9) -0.0000000 UZF009 + 110 (2,10) -0.0000000 UZF010 + 111 (2,11) -0.0000000 UZF011 + 112 (2,12) -0.0000000 UZF012 + 113 (2,13) -0.0000000 UZF013 + 114 (2,14) -0.0000000 UZF014 + 115 (2,15) -0.0000000 UZF015 + 116 (2,16) -0.0000000 UZF016 + 117 (2,17) -0.0000000 UZF017 + 118 (2,18) -0.0000000 UZF018 + 119 (2,19) -0.0000000 UZF019 + 120 (2,20) -0.0000000 UZF020 + 121 (2,21) -0.0000000 UZF021 + 122 (2,22) -0.0000000 UZF022 + 123 (2,23) -0.0000000 UZF023 + 124 (2,24) -0.0000000 UZF024 + 125 (2,25) -0.0000000 UZF025 + 126 (2,26) -0.0000000 UZF026 + 127 (2,27) -0.0000000 UZF027 + 128 (2,28) -0.0000000 UZF028 + 129 (2,29) -0.0000000 UZF029 + 130 (2,30) -0.0000000 UZF030 + 131 (2,31) -0.0000000 UZF031 + 132 (2,32) -0.0000000 UZF032 + 133 (2,33) -0.0000000 UZF033 + 134 (2,34) -0.0000000 UZF034 + 135 (2,35) -0.0000000 UZF035 + 136 (2,36) -0.0000000 UZF036 + 137 (2,37) -0.0000000 UZF037 + 138 (2,38) -0.0000000 UZF038 + 139 (2,39) -0.0000000 UZF039 + 140 (2,40) -0.0000000 UZF040 + 141 (2,41) -0.0000000 UZF041 + 142 (2,42) -0.0000000 UZF042 + 143 (2,43) -0.0000000 UZF043 + 144 (2,44) -0.0000000 UZF044 + 145 (2,45) -0.0000000 UZF045 + 146 (2,46) -0.0000000 UZF046 + 147 (2,47) -0.0000000 UZF047 + 148 (2,48) -0.0000000 UZF048 + 149 (2,49) -0.0000000 UZF049 + 150 (2,50) -0.0000000 UZF050 + 151 (2,51) 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UZF015 + 216 (3,16) -0.0000000 UZF016 + 217 (3,17) -0.0000000 UZF017 + 218 (3,18) -0.0000000 UZF018 + 219 (3,19) -0.0000000 UZF019 + 220 (3,20) -0.0000000 UZF020 + 221 (3,21) -0.0000000 UZF021 + 222 (3,22) -0.0000000 UZF022 + 223 (3,23) -0.0000000 UZF023 + 224 (3,24) -0.0000000 UZF024 + 225 (3,25) -0.0000000 UZF025 + 226 (3,26) -0.0000000 UZF026 + 227 (3,27) -0.0000000 UZF027 + 228 (3,28) -0.0000000 UZF028 + 229 (3,29) -0.0000000 UZF029 + 230 (3,30) -0.0000000 UZF030 + 231 (3,31) -0.0000000 UZF031 + 232 (3,32) -0.0000000 UZF032 + 233 (3,33) -0.0000000 UZF033 + 234 (3,34) -0.0000000 UZF034 + 235 (3,35) -0.0000000 UZF035 + 236 (3,36) -0.0000000 UZF036 + 237 (3,37) -0.0000000 UZF037 + 238 (3,38) -0.0000000 UZF038 + 239 (3,39) -0.0000000 UZF039 + 240 (3,40) -0.0000000 UZF040 + 241 (3,41) -0.0000000 UZF041 + 242 (3,42) -0.0000000 UZF042 + 243 (3,43) -0.0000000 UZF043 + 244 (3,44) -0.0000000 UZF044 + 245 (3,45) -0.0000000 UZF045 + 246 (3,46) -0.0000000 UZF046 + 247 (3,47) -0.0000000 UZF047 + 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(3,80) -0.0000000 UZF080 + 281 (3,81) -0.0000000 UZF081 + 282 (3,82) -0.0000000 UZF082 + 283 (3,83) -0.0000000 UZF083 + 284 (3,84) -0.0000000 UZF084 + 285 (3,85) -0.0000000 UZF085 + 286 (3,86) -0.0000000 UZF086 + 287 (3,87) -0.0000000 UZF087 + 288 (3,88) -0.0000000 UZF088 + 289 (3,89) -0.0000000 UZF089 + 290 (3,90) -0.0000000 UZF090 + 291 (3,91) -0.0000000 UZF091 + 292 (3,92) -0.0000000 UZF092 + 293 (3,93) -0.0000000 UZF093 + 294 (3,94) -0.0000000 UZF094 + 295 (3,95) -0.0000000 UZF095 + 296 (3,96) -0.0000000 UZF096 + 297 (3,97) -0.0000000 UZF097 + 298 (3,98) -0.0000000 UZF098 + 299 (3,99) -0.0000000 UZF099 + 300 (3,100) -0.0000000 UZF100 + 301 (4,1) -0.0000000 UZF001 + 302 (4,2) -0.0000000 UZF002 + 303 (4,3) -0.0000000 UZF003 + 304 (4,4) -0.0000000 UZF004 + 305 (4,5) -0.0000000 UZF005 + 306 (4,6) -0.0000000 UZF006 + 307 (4,7) -0.0000000 UZF007 + 308 (4,8) -0.0000000 UZF008 + 309 (4,9) -0.0000000 UZF009 + 310 (4,10) -0.0000000 UZF010 + 311 (4,11) -0.0000000 UZF011 + 312 (4,12) -0.0000000 UZF012 + 313 (4,13) -0.0000000 UZF013 + 314 (4,14) -0.0000000 UZF014 + 315 (4,15) -0.0000000 UZF015 + 316 (4,16) -0.0000000 UZF016 + 317 (4,17) -0.0000000 UZF017 + 318 (4,18) -0.0000000 UZF018 + 319 (4,19) -0.0000000 UZF019 + 320 (4,20) -0.0000000 UZF020 + 321 (4,21) -0.0000000 UZF021 + 322 (4,22) -0.0000000 UZF022 + 323 (4,23) -0.0000000 UZF023 + 324 (4,24) -0.0000000 UZF024 + 325 (4,25) -0.0000000 UZF025 + 326 (4,26) -0.0000000 UZF026 + 327 (4,27) -0.0000000 UZF027 + 328 (4,28) -0.0000000 UZF028 + 329 (4,29) -0.0000000 UZF029 + 330 (4,30) -0.0000000 UZF030 + 331 (4,31) -0.0000000 UZF031 + 332 (4,32) -0.0000000 UZF032 + 333 (4,33) -0.0000000 UZF033 + 334 (4,34) -0.0000000 UZF034 + 335 (4,35) -0.0000000 UZF035 + 336 (4,36) -0.0000000 UZF036 + 337 (4,37) -0.0000000 UZF037 + 338 (4,38) -0.0000000 UZF038 + 339 (4,39) -0.0000000 UZF039 + 340 (4,40) -0.0000000 UZF040 + 341 (4,41) -0.0000000 UZF041 + 342 (4,42) -0.0000000 UZF042 + 343 (4,43) -0.0000000 UZF043 + 344 (4,44) -0.0000000 UZF044 + 345 (4,45) -0.0000000 UZF045 + 346 (4,46) -0.0000000 UZF046 + 347 (4,47) -0.0000000 UZF047 + 348 (4,48) -0.0000000 UZF048 + 349 (4,49) -0.0000000 UZF049 + 350 (4,50) -0.0000000 UZF050 + 351 (4,51) -0.0000000 UZF051 + 352 (4,52) -0.0000000 UZF052 + 353 (4,53) -0.0000000 UZF053 + 354 (4,54) -0.0000000 UZF054 + 355 (4,55) -0.0000000 UZF055 + 356 (4,56) -0.0000000 UZF056 + 357 (4,57) -0.0000000 UZF057 + 358 (4,58) -0.0000000 UZF058 + 359 (4,59) -0.0000000 UZF059 + 360 (4,60) -0.0000000 UZF060 + 361 (4,61) -0.0000000 UZF061 + 362 (4,62) -0.0000000 UZF062 + 363 (4,63) -0.0000000 UZF063 + 364 (4,64) -0.0000000 UZF064 + 365 (4,65) -0.0000000 UZF065 + 366 (4,66) -0.0000000 UZF066 + 367 (4,67) -0.0000000 UZF067 + 368 (4,68) -0.0000000 UZF068 + 369 (4,69) -0.0000000 UZF069 + 370 (4,70) -0.0000000 UZF070 + 371 (4,71) -0.0000000 UZF071 + 372 (4,72) -0.0000000 UZF072 + 373 (4,73) -0.0000000 UZF073 + 374 (4,74) -0.0000000 UZF074 + 375 (4,75) -0.0000000 UZF075 + 376 (4,76) -0.0000000 UZF076 + 377 (4,77) -0.0000000 UZF077 + 378 (4,78) -0.0000000 UZF078 + 379 (4,79) -0.0000000 UZF079 + 380 (4,80) -0.0000000 UZF080 + 381 (4,81) -0.0000000 UZF081 + 382 (4,82) -0.0000000 UZF082 + 383 (4,83) -0.0000000 UZF083 + 384 (4,84) -0.0000000 UZF084 + 385 (4,85) -0.0000000 UZF085 + 386 (4,86) -0.0000000 UZF086 + 387 (4,87) -0.0000000 UZF087 + 388 (4,88) -0.0000000 UZF088 + 389 (4,89) -0.0000000 UZF089 + 390 (4,90) -0.0000000 UZF090 + 391 (4,91) -0.0000000 UZF091 + 392 (4,92) -0.0000000 UZF092 + 393 (4,93) -0.0000000 UZF093 + 394 (4,94) -0.0000000 UZF094 + 395 (4,95) -0.0000000 UZF095 + 396 (4,96) -0.0000000 UZF096 + 397 (4,97) -0.0000000 UZF097 + 398 (4,98) -0.0000000 UZF098 + 399 (4,99) -0.0000000 UZF099 + 400 (4,100) -0.0000000 UZF100 + 401 (5,1) -0.0000000 UZF001 + 402 (5,2) -0.0000000 UZF002 + 403 (5,3) -0.0000000 UZF003 + 404 (5,4) -0.0000000 UZF004 + 405 (5,5) -0.0000000 UZF005 + 406 (5,6) -0.0000000 UZF006 + 407 (5,7) -0.0000000 UZF007 + 408 (5,8) -0.0000000 UZF008 + 409 (5,9) -0.0000000 UZF009 + 410 (5,10) -0.0000000 UZF010 + 411 (5,11) -0.0000000 UZF011 + 412 (5,12) -0.0000000 UZF012 + 413 (5,13) -0.0000000 UZF013 + 414 (5,14) -0.0000000 UZF014 + 415 (5,15) -0.0000000 UZF015 + 416 (5,16) -0.0000000 UZF016 + 417 (5,17) -0.0000000 UZF017 + 418 (5,18) -0.0000000 UZF018 + 419 (5,19) -0.0000000 UZF019 + 420 (5,20) -0.0000000 UZF020 + 421 (5,21) -0.0000000 UZF021 + 422 (5,22) -0.0000000 UZF022 + 423 (5,23) -0.0000000 UZF023 + 424 (5,24) -0.0000000 UZF024 + 425 (5,25) -0.0000000 UZF025 + 426 (5,26) -0.0000000 UZF026 + 427 (5,27) -0.0000000 UZF027 + 428 (5,28) -0.0000000 UZF028 + 429 (5,29) -0.0000000 UZF029 + 430 (5,30) -0.0000000 UZF030 + 431 (5,31) -0.0000000 UZF031 + 432 (5,32) -0.0000000 UZF032 + 433 (5,33) -0.0000000 UZF033 + 434 (5,34) -0.0000000 UZF034 + 435 (5,35) -0.0000000 UZF035 + 436 (5,36) -0.0000000 UZF036 + 437 (5,37) -0.0000000 UZF037 + 438 (5,38) -0.0000000 UZF038 + 439 (5,39) -0.0000000 UZF039 + 440 (5,40) -0.0000000 UZF040 + 441 (5,41) -0.0000000 UZF041 + 442 (5,42) -0.0000000 UZF042 + 443 (5,43) -0.0000000 UZF043 + 444 (5,44) -0.0000000 UZF044 + 445 (5,45) -0.0000000 UZF045 + 446 (5,46) -0.0000000 UZF046 + 447 (5,47) -0.0000000 UZF047 + 448 (5,48) -0.0000000 UZF048 + 449 (5,49) -0.0000000 UZF049 + 450 (5,50) -0.0000000 UZF050 + 451 (5,51) -0.0000000 UZF051 + 452 (5,52) -0.0000000 UZF052 + 453 (5,53) -0.0000000 UZF053 + 454 (5,54) -0.0000000 UZF054 + 455 (5,55) -0.0000000 UZF055 + 456 (5,56) -0.0000000 UZF056 + 457 (5,57) -0.0000000 UZF057 + 458 (5,58) -0.0000000 UZF058 + 459 (5,59) -0.0000000 UZF059 + 460 (5,60) -0.0000000 UZF060 + 461 (5,61) -0.0000000 UZF061 + 462 (5,62) -0.0000000 UZF062 + 463 (5,63) -0.0000000 UZF063 + 464 (5,64) -0.0000000 UZF064 + 465 (5,65) -0.0000000 UZF065 + 466 (5,66) -0.0000000 UZF066 + 467 (5,67) -0.0000000 UZF067 + 468 (5,68) -0.0000000 UZF068 + 469 (5,69) -0.0000000 UZF069 + 470 (5,70) -0.0000000 UZF070 + 471 (5,71) -0.0000000 UZF071 + 472 (5,72) -0.0000000 UZF072 + 473 (5,73) -0.0000000 UZF073 + 474 (5,74) -0.0000000 UZF074 + 475 (5,75) -0.0000000 UZF075 + 476 (5,76) -0.0000000 UZF076 + 477 (5,77) -0.0000000 UZF077 + 478 (5,78) -0.0000000 UZF078 + 479 (5,79) -0.0000000 UZF079 + 480 (5,80) -0.0000000 UZF080 + 481 (5,81) -0.0000000 UZF081 + 482 (5,82) -0.0000000 UZF082 + 483 (5,83) -0.0000000 UZF083 + 484 (5,84) -0.0000000 UZF084 + 485 (5,85) -0.0000000 UZF085 + 486 (5,86) -0.0000000 UZF086 + 487 (5,87) -0.0000000 UZF087 + 488 (5,88) -0.0000000 UZF088 + 489 (5,89) -0.0000000 UZF089 + 490 (5,90) -0.0000000 UZF090 + 491 (5,91) -0.0000000 UZF091 + 492 (5,92) -0.0000000 UZF092 + 493 (5,93) -0.0000000 UZF093 + 494 (5,94) -0.0000000 UZF094 + 495 (5,95) -0.0000000 UZF095 + 496 (5,96) -0.0000000 UZF096 + 497 (5,97) -0.0000000 UZF097 + 498 (5,98) -0.0000000 UZF098 + 499 (5,99) -0.0000000 UZF099 + 500 (5,100) -0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWET PACKAGE (UZF_0) FLOW RATES PERIOD 1 STEP 4 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) -4.96521623E-04 UZF001 + 2 (1,2) -4.90873557E-04 UZF002 + 3 (1,3) -4.79323677E-04 UZF003 + 4 (1,4) -4.61415047E-04 UZF004 + 5 (1,5) -4.35138182E-04 UZF005 + 6 (1,6) -0.0000000 UZF006 + 7 (1,7) -0.0000000 UZF007 + 8 (1,8) -0.0000000 UZF008 + 9 (1,9) -0.0000000 UZF009 + 10 (1,10) -0.0000000 UZF010 + 11 (1,11) -4.96521623E-04 UZF011 + 12 (1,12) -4.90873557E-04 UZF012 + 13 (1,13) -4.79323677E-04 UZF013 + 14 (1,14) -4.61415047E-04 UZF014 + 15 (1,15) -4.35138182E-04 UZF015 + 16 (1,16) -0.0000000 UZF016 + 17 (1,17) -0.0000000 UZF017 + 18 (1,18) -0.0000000 UZF018 + 19 (1,19) -0.0000000 UZF019 + 20 (1,20) -0.0000000 UZF020 + 21 (1,21) -4.96521623E-04 UZF021 + 22 (1,22) -4.90873557E-04 UZF022 + 23 (1,23) -4.79323677E-04 UZF023 + 24 (1,24) -4.61415047E-04 UZF024 + 25 (1,25) -4.35138182E-04 UZF025 + 26 (1,26) -0.0000000 UZF026 + 27 (1,27) -0.0000000 UZF027 + 28 (1,28) -0.0000000 UZF028 + 29 (1,29) -0.0000000 UZF029 + 30 (1,30) -0.0000000 UZF030 + 31 (1,31) -4.96521623E-04 UZF031 + 32 (1,32) -4.90873557E-04 UZF032 + 33 (1,33) -4.79323677E-04 UZF033 + 34 (1,34) -4.61415047E-04 UZF034 + 35 (1,35) -4.35138182E-04 UZF035 + 36 (1,36) -0.0000000 UZF036 + 37 (1,37) -0.0000000 UZF037 + 38 (1,38) -0.0000000 UZF038 + 39 (1,39) -0.0000000 UZF039 + 40 (1,40) -0.0000000 UZF040 + 41 (1,41) -4.96521623E-04 UZF041 + 42 (1,42) -4.90873557E-04 UZF042 + 43 (1,43) -4.79323677E-04 UZF043 + 44 (1,44) -4.61415047E-04 UZF044 + 45 (1,45) -4.35138182E-04 UZF045 + 46 (1,46) -0.0000000 UZF046 + 47 (1,47) -0.0000000 UZF047 + 48 (1,48) -0.0000000 UZF048 + 49 (1,49) -0.0000000 UZF049 + 50 (1,50) -0.0000000 UZF050 + 51 (1,51) -4.96521623E-04 UZF051 + 52 (1,52) -4.90873557E-04 UZF052 + 53 (1,53) -4.79323677E-04 UZF053 + 54 (1,54) -4.61415047E-04 UZF054 + 55 (1,55) -4.35138182E-04 UZF055 + 56 (1,56) -0.0000000 UZF056 + 57 (1,57) -0.0000000 UZF057 + 58 (1,58) -0.0000000 UZF058 + 59 (1,59) -0.0000000 UZF059 + 60 (1,60) -0.0000000 UZF060 + 61 (1,61) -4.96521623E-04 UZF061 + 62 (1,62) -4.90873557E-04 UZF062 + 63 (1,63) -4.79323677E-04 UZF063 + 64 (1,64) -4.61415047E-04 UZF064 + 65 (1,65) -4.35138182E-04 UZF065 + 66 (1,66) -0.0000000 UZF066 + 67 (1,67) -0.0000000 UZF067 + 68 (1,68) -0.0000000 UZF068 + 69 (1,69) -0.0000000 UZF069 + 70 (1,70) -0.0000000 UZF070 + 71 (1,71) -4.96521623E-04 UZF071 + 72 (1,72) -4.90873557E-04 UZF072 + 73 (1,73) -4.79323677E-04 UZF073 + 74 (1,74) -4.61415047E-04 UZF074 + 75 (1,75) -4.35138182E-04 UZF075 + 76 (1,76) -0.0000000 UZF076 + 77 (1,77) -0.0000000 UZF077 + 78 (1,78) -0.0000000 UZF078 + 79 (1,79) -0.0000000 UZF079 + 80 (1,80) -0.0000000 UZF080 + 81 (1,81) -4.96521623E-04 UZF081 + 82 (1,82) -4.90873557E-04 UZF082 + 83 (1,83) -4.79323677E-04 UZF083 + 84 (1,84) -4.61415047E-04 UZF084 + 85 (1,85) -4.35138182E-04 UZF085 + 86 (1,86) -0.0000000 UZF086 + 87 (1,87) -0.0000000 UZF087 + 88 (1,88) -0.0000000 UZF088 + 89 (1,89) -0.0000000 UZF089 + 90 (1,90) -0.0000000 UZF090 + 91 (1,91) -4.96521623E-04 UZF091 + 92 (1,92) -4.90873557E-04 UZF092 + 93 (1,93) -4.79323677E-04 UZF093 + 94 (1,94) -4.61415047E-04 UZF094 + 95 (1,95) -4.35138182E-04 UZF095 + 96 (1,96) -0.0000000 UZF096 + 97 (1,97) -0.0000000 UZF097 + 98 (1,98) -0.0000000 UZF098 + 99 (1,99) -0.0000000 UZF099 + 100 (1,100) -0.0000000 UZF100 + 101 (2,1) -1.35312839E-04 UZF001 + 102 (2,2) -1.35485294E-04 UZF002 + 103 (2,3) -1.35666973E-04 UZF003 + 104 (2,4) -1.35623890E-04 UZF004 + 105 (2,5) -1.35209650E-04 UZF005 + 106 (2,6) -3.46291382E-04 UZF006 + 107 (2,7) -3.19137066E-04 UZF007 + 108 (2,8) -2.91254671E-04 UZF008 + 109 (2,9) -2.65871342E-04 UZF009 + 110 (2,10) -2.48757579E-04 UZF010 + 111 (2,11) -1.35312839E-04 UZF011 + 112 (2,12) -1.35485294E-04 UZF012 + 113 (2,13) -1.35666973E-04 UZF013 + 114 (2,14) -1.35623890E-04 UZF014 + 115 (2,15) -1.35209650E-04 UZF015 + 116 (2,16) -3.46291382E-04 UZF016 + 117 (2,17) -3.19137066E-04 UZF017 + 118 (2,18) -2.91254671E-04 UZF018 + 119 (2,19) -2.65871342E-04 UZF019 + 120 (2,20) -2.48757579E-04 UZF020 + 121 (2,21) -1.35312839E-04 UZF021 + 122 (2,22) -1.35485294E-04 UZF022 + 123 (2,23) -1.35666973E-04 UZF023 + 124 (2,24) -1.35623890E-04 UZF024 + 125 (2,25) -1.35209650E-04 UZF025 + 126 (2,26) -3.46291382E-04 UZF026 + 127 (2,27) -3.19137066E-04 UZF027 + 128 (2,28) -2.91254671E-04 UZF028 + 129 (2,29) -2.65871342E-04 UZF029 + 130 (2,30) -2.48757579E-04 UZF030 + 131 (2,31) -1.35312839E-04 UZF031 + 132 (2,32) -1.35485294E-04 UZF032 + 133 (2,33) -1.35666973E-04 UZF033 + 134 (2,34) -1.35623890E-04 UZF034 + 135 (2,35) -1.35209650E-04 UZF035 + 136 (2,36) -3.46291382E-04 UZF036 + 137 (2,37) -3.19137066E-04 UZF037 + 138 (2,38) -2.91254671E-04 UZF038 + 139 (2,39) -2.65871342E-04 UZF039 + 140 (2,40) -2.48757579E-04 UZF040 + 141 (2,41) -1.35312839E-04 UZF041 + 142 (2,42) -1.35485294E-04 UZF042 + 143 (2,43) -1.35666973E-04 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PACKAGE - SUMMARY OF FLOWS FOR EACH CONTROL VOLUME PERIOD 1 STEP 4 + ---------------------------------------------------------------------------------------------------------------------------------------------------- + PERCENT + NUMBER CELLID INFLOW OUTFLOW GWF INFILTRATION REJ INF UZET STORAGE IN - OUT DIFFERENCE + ---------------------------------------------------------------------------------------------------------------------------------------------------- + 1 (1,1) 0.0000 0.0000 -0.14519 0.15000 0.0000 -2.95357E-04 -4.51431E-03 -2.77556E-17 -1.85037E-14 + 2 (1,2) 0.0000 0.0000 -0.14507 0.15000 0.0000 -2.99376E-04 -4.62792E-03 -2.77556E-17 -1.85037E-14 + 3 (1,3) 0.0000 0.0000 -0.14463 0.15000 0.0000 -3.07668E-04 -5.06355E-03 0.0000 0.0000 + 4 (1,4) 0.0000 0.0000 -0.14373 0.15000 0.0000 -3.20725E-04 -5.94594E-03 -5.55112E-17 -3.70074E-14 + 5 (1,5) 0.0000 0.0000 -0.14174 0.15000 0.0000 -3.40350E-04 -7.92053E-03 -2.77556E-17 -1.85037E-14 + 6 (1,6) 0.0000 -0.14877 0.0000 0.15000 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LAYER 5 AT END OF TIME STEP 4 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + 11 12 13 14 15 16 17 18 19 20 + 21 22 23 24 25 26 27 28 29 30 + 31 32 33 34 35 36 37 38 39 40 + 41 42 43 44 45 46 47 48 49 50 + 51 52 53 54 55 56 57 58 59 60 + 61 62 63 64 65 66 67 68 69 70 + 71 72 73 74 75 76 77 78 79 80 + 81 82 83 84 85 86 87 88 89 90 + 91 92 93 94 95 96 97 98 99 100 + ................................................................................................................................................................ + 1 18.6889 18.5990 18.4172 18.1397 17.7604 17.2708 16.6595 15.9125 15.0199 14.0001 + 18.6889 18.5990 18.4172 18.1397 17.7604 17.2708 16.6595 15.9125 15.0199 14.0001 + 18.6889 18.5990 18.4172 18.1397 17.7604 17.2708 16.6595 15.9125 15.0199 14.0001 + 18.6889 18.5990 18.4172 18.1397 17.7604 17.2708 16.6595 15.9125 15.0199 14.0001 + 18.6889 18.5990 18.4172 18.1397 17.7604 17.2708 16.6595 15.9125 15.0199 14.0001 + 18.6889 18.5990 18.4172 18.1397 17.7604 17.2708 16.6595 15.9125 15.0199 14.0001 + 18.6889 18.5990 18.4172 18.1397 17.7604 17.2708 16.6595 15.9125 15.0199 14.0001 + 18.6889 18.5990 18.4172 18.1397 17.7604 17.2708 16.6595 15.9125 15.0199 14.0001 + 18.6889 18.5990 18.4172 18.1397 17.7604 17.2708 16.6595 15.9125 15.0199 14.0001 + 18.6889 18.5990 18.4172 18.1397 17.7604 17.2708 16.6595 15.9125 15.0199 14.0001 + + HEAD WILL BE SAVED ON UNIT 1019 AT END OF TIME STEP 4, STRESS PERIOD 1 + + + UZF_0 BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 4, STRESS PERIOD 1 + ------------------------------------------------------------------------------ + + CUMULATIVE UZF_0 L**3 RATES FOR THIS TIME STEP L**3/T + ------------------ ------------------------ + + IN: IN: + --- --- + GWF = 0.0000 GWF = 0.0000 + INFILTRATION = 120.0000 INFILTRATION = 15.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.0000 UZET = 0.0000 + STORAGE = 16.5994 STORAGE = 0.0000 + + TOTAL IN = 136.5994 TOTAL IN = 15.0000 + + OUT: OUT: + ---- ---- + GWF = 126.7011 GWF = 13.9936 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.2866 UZET = 3.7376E-02 + STORAGE = 9.6117 STORAGE = 0.9690 + + TOTAL OUT = 136.5994 TOTAL OUT = 15.0000 + + IN - OUT = 1.6900E-06 IN - OUT = 1.9540E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 4, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.2789E-02 STO-SS = 1.1650E-03 STORAGE + STO-SY = 28.4120 STO-SY = 2.3201 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 126.7011 UZF-GWRCH = 13.9936 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 155.1558 TOTAL IN = 16.3149 + + OUT: OUT: + ---- ---- + STO-SS = 7.9608E-04 STO-SS = 0.0000 STORAGE + STO-SY = 11.9499 STO-SY = 0.0000 STORAGE + GHB = 142.7498 GHB = 16.2614 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.4554 UZF-GWET = 5.3507E-02 UZF_0 + + TOTAL OUT = 155.1558 TOTAL OUT = 16.3149 + + IN - OUT = -1.8928E-07 IN - OUT = -1.7629E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 4 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 6.91200E+05 11520. 192.00 8.0000 2.19028E-02 + TOTAL TIME 6.91200E+05 11520. 192.00 8.0000 2.19028E-02 + + +end timestep + + +start timestep kper="1" kstp="5" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1018 AT TIME STEP 5, STRESS PERIOD 1 + UBDSV1 SAVING STO-SY ON UNIT 1018 AT TIME STEP 5, STRESS PERIOD 1 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1018 AT TIME STEP 5, STRESS PERIOD 1 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1018 AT TIME STEP 5, STRESS PERIOD 1 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 5, STRESS PERIOD 1 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 5, STRESS PERIOD 1 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 5, STRESS PERIOD 1 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 5, STRESS PERIOD 1 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1014 AT TIME STEP 5, STRESS PERIOD 1 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 5, STRESS PERIOD 1 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 5, STRESS PERIOD 1 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 5, STRESS PERIOD 1 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 5, STRESS PERIOD 1 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 1 STEP 5 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.0921358 + 2 (4,20) -1.0921358 + 3 (4,30) -1.0921358 + 4 (4,40) -1.0921358 + 5 (4,50) -1.0921358 + 6 (4,60) -1.0921358 + 7 (4,70) -1.0921358 + 8 (4,80) -1.0921358 + 9 (4,90) -1.0921358 + 10 (4,100) -1.0921358 + 11 (5,10) -0.50058865 + 12 (5,20) -0.50058865 + 13 (5,30) -0.50058865 + 14 (5,40) -0.50058865 + 15 (5,50) -0.50058865 + 16 (5,60) -0.50058865 + 17 (5,70) -0.50058865 + 18 (5,80) -0.50058865 + 19 (5,90) -0.50058865 + 20 (5,100) -0.50058865 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 1 STEP 5 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14643862 UZF001 + 2 (1,2) 0.14623854 UZF002 + 3 (1,3) 0.14594912 UZF003 + 4 (1,4) 0.14571212 UZF004 + 5 (1,5) 0.14610985 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14643862 UZF011 + 12 (1,12) 0.14623854 UZF012 + 13 (1,13) 0.14594912 UZF013 + 14 (1,14) 0.14571212 UZF014 + 15 (1,15) 0.14610985 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14643862 UZF021 + 22 (1,22) 0.14623854 UZF022 + 23 (1,23) 0.14594912 UZF023 + 24 (1,24) 0.14571212 UZF024 + 25 (1,25) 0.14610985 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14643862 UZF031 + 32 (1,32) 0.14623854 UZF032 + 33 (1,33) 0.14594912 UZF033 + 34 (1,34) 0.14571212 UZF034 + 35 (1,35) 0.14610985 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14643862 UZF041 + 42 (1,42) 0.14623854 UZF042 + 43 (1,43) 0.14594912 UZF043 + 44 (1,44) 0.14571212 UZF044 + 45 (1,45) 0.14610985 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14643862 UZF051 + 52 (1,52) 0.14623854 UZF052 + 53 (1,53) 0.14594912 UZF053 + 54 (1,54) 0.14571212 UZF054 + 55 (1,55) 0.14610985 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14643862 UZF061 + 62 (1,62) 0.14623854 UZF062 + 63 (1,63) 0.14594912 UZF063 + 64 (1,64) 0.14571212 UZF064 + 65 (1,65) 0.14610985 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14643862 UZF071 + 72 (1,72) 0.14623854 UZF072 + 73 (1,73) 0.14594912 UZF073 + 74 (1,74) 0.14571212 UZF074 + 75 (1,75) 0.14610985 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14643862 UZF081 + 82 (1,82) 0.14623854 UZF082 + 83 (1,83) 0.14594912 UZF083 + 84 (1,84) 0.14571212 UZF084 + 85 (1,85) 0.14610985 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14643862 UZF091 + 92 (1,92) 0.14623854 UZF092 + 93 (1,93) 0.14594912 UZF093 + 94 (1,94) 0.14571212 UZF094 + 95 (1,95) 0.14610985 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.0000000 UZF004 + 105 (2,5) 0.0000000 UZF005 + 106 (2,6) 0.14664971 UZF006 + 107 (2,7) 0.14636978 UZF007 + 108 (2,8) 0.14618043 UZF008 + 109 (2,9) 0.14606065 UZF009 + 110 (2,10) 0.14597158 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.0000000 UZF014 + 115 (2,15) 0.0000000 UZF015 + 116 (2,16) 0.14664971 UZF016 + 117 (2,17) 0.14636978 UZF017 + 118 (2,18) 0.14618043 UZF018 + 119 (2,19) 0.14606065 UZF019 + 120 (2,20) 0.14597158 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.0000000 UZF024 + 125 (2,25) 0.0000000 UZF025 + 126 (2,26) 0.14664971 UZF026 + 127 (2,27) 0.14636978 UZF027 + 128 (2,28) 0.14618043 UZF028 + 129 (2,29) 0.14606065 UZF029 + 130 (2,30) 0.14597158 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.0000000 UZF034 + 135 (2,35) 0.0000000 UZF035 + 136 (2,36) 0.14664971 UZF036 + 137 (2,37) 0.14636978 UZF037 + 138 (2,38) 0.14618043 UZF038 + 139 (2,39) 0.14606065 UZF039 + 140 (2,40) 0.14597158 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.0000000 UZF044 + 145 (2,45) 0.0000000 UZF045 + 146 (2,46) 0.14664971 UZF046 + 147 (2,47) 0.14636978 UZF047 + 148 (2,48) 0.14618043 UZF048 + 149 (2,49) 0.14606065 UZF049 + 150 (2,50) 0.14597158 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.0000000 UZF054 + 155 (2,55) 0.0000000 UZF055 + 156 (2,56) 0.14664971 UZF056 + 157 (2,57) 0.14636978 UZF057 + 158 (2,58) 0.14618043 UZF058 + 159 (2,59) 0.14606065 UZF059 + 160 (2,60) 0.14597158 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.0000000 UZF064 + 165 (2,65) 0.0000000 UZF065 + 166 (2,66) 0.14664971 UZF066 + 167 (2,67) 0.14636978 UZF067 + 168 (2,68) 0.14618043 UZF068 + 169 (2,69) 0.14606065 UZF069 + 170 (2,70) 0.14597158 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.0000000 UZF074 + 175 (2,75) 0.0000000 UZF075 + 176 (2,76) 0.14664971 UZF076 + 177 (2,77) 0.14636978 UZF077 + 178 (2,78) 0.14618043 UZF078 + 179 (2,79) 0.14606065 UZF079 + 180 (2,80) 0.14597158 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.0000000 UZF084 + 185 (2,85) 0.0000000 UZF085 + 186 (2,86) 0.14664971 UZF086 + 187 (2,87) 0.14636978 UZF087 + 188 (2,88) 0.14618043 UZF088 + 189 (2,89) 0.14606065 UZF089 + 190 (2,90) 0.14597158 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.0000000 UZF094 + 195 (2,95) 0.0000000 UZF095 + 196 (2,96) 0.14664971 UZF096 + 197 (2,97) 0.14636978 UZF097 + 198 (2,98) 0.14618043 UZF098 + 199 (2,99) 0.14606065 UZF099 + 200 (2,100) 0.14597158 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 0.0000000 UZF076 + 277 (3,77) 0.0000000 UZF077 + 278 (3,78) 0.0000000 UZF078 + 279 (3,79) 0.0000000 UZF079 + 280 (3,80) 0.0000000 UZF080 + 281 (3,81) 0.0000000 UZF081 + 282 (3,82) 0.0000000 UZF082 + 283 (3,83) 0.0000000 UZF083 + 284 (3,84) 0.0000000 UZF084 + 285 (3,85) 0.0000000 UZF085 + 286 (3,86) 0.0000000 UZF086 + 287 (3,87) 0.0000000 UZF087 + 288 (3,88) 0.0000000 UZF088 + 289 (3,89) 0.0000000 UZF089 + 290 (3,90) 0.0000000 UZF090 + 291 (3,91) 0.0000000 UZF091 + 292 (3,92) 0.0000000 UZF092 + 293 (3,93) 0.0000000 UZF093 + 294 (3,94) 0.0000000 UZF094 + 295 (3,95) 0.0000000 UZF095 + 296 (3,96) 0.0000000 UZF096 + 297 (3,97) 0.0000000 UZF097 + 298 (3,98) 0.0000000 UZF098 + 299 (3,99) 0.0000000 UZF099 + 300 (3,100) 0.0000000 UZF100 + 301 (4,1) 0.0000000 UZF001 + 302 (4,2) 0.0000000 UZF002 + 303 (4,3) 0.0000000 UZF003 + 304 (4,4) 0.0000000 UZF004 + 305 (4,5) 0.0000000 UZF005 + 306 (4,6) 0.0000000 UZF006 + 307 (4,7) 0.0000000 UZF007 + 308 (4,8) 0.0000000 UZF008 + 309 (4,9) 0.0000000 UZF009 + 310 (4,10) 0.0000000 UZF010 + 311 (4,11) 0.0000000 UZF011 + 312 (4,12) 0.0000000 UZF012 + 313 (4,13) 0.0000000 UZF013 + 314 (4,14) 0.0000000 UZF014 + 315 (4,15) 0.0000000 UZF015 + 316 (4,16) 0.0000000 UZF016 + 317 (4,17) 0.0000000 UZF017 + 318 (4,18) 0.0000000 UZF018 + 319 (4,19) 0.0000000 UZF019 + 320 (4,20) 0.0000000 UZF020 + 321 (4,21) 0.0000000 UZF021 + 322 (4,22) 0.0000000 UZF022 + 323 (4,23) 0.0000000 UZF023 + 324 (4,24) 0.0000000 UZF024 + 325 (4,25) 0.0000000 UZF025 + 326 (4,26) 0.0000000 UZF026 + 327 (4,27) 0.0000000 UZF027 + 328 (4,28) 0.0000000 UZF028 + 329 (4,29) 0.0000000 UZF029 + 330 (4,30) 0.0000000 UZF030 + 331 (4,31) 0.0000000 UZF031 + 332 (4,32) 0.0000000 UZF032 + 333 (4,33) 0.0000000 UZF033 + 334 (4,34) 0.0000000 UZF034 + 335 (4,35) 0.0000000 UZF035 + 336 (4,36) 0.0000000 UZF036 + 337 (4,37) 0.0000000 UZF037 + 338 (4,38) 0.0000000 UZF038 + 339 (4,39) 0.0000000 UZF039 + 340 (4,40) 0.0000000 UZF040 + 341 (4,41) 0.0000000 UZF041 + 342 (4,42) 0.0000000 UZF042 + 343 (4,43) 0.0000000 UZF043 + 344 (4,44) 0.0000000 UZF044 + 345 (4,45) 0.0000000 UZF045 + 346 (4,46) 0.0000000 UZF046 + 347 (4,47) 0.0000000 UZF047 + 348 (4,48) 0.0000000 UZF048 + 349 (4,49) 0.0000000 UZF049 + 350 (4,50) 0.0000000 UZF050 + 351 (4,51) 0.0000000 UZF051 + 352 (4,52) 0.0000000 UZF052 + 353 (4,53) 0.0000000 UZF053 + 354 (4,54) 0.0000000 UZF054 + 355 (4,55) 0.0000000 UZF055 + 356 (4,56) 0.0000000 UZF056 + 357 (4,57) 0.0000000 UZF057 + 358 (4,58) 0.0000000 UZF058 + 359 (4,59) 0.0000000 UZF059 + 360 (4,60) 0.0000000 UZF060 + 361 (4,61) 0.0000000 UZF061 + 362 (4,62) 0.0000000 UZF062 + 363 (4,63) 0.0000000 UZF063 + 364 (4,64) 0.0000000 UZF064 + 365 (4,65) 0.0000000 UZF065 + 366 (4,66) 0.0000000 UZF066 + 367 (4,67) 0.0000000 UZF067 + 368 (4,68) 0.0000000 UZF068 + 369 (4,69) 0.0000000 UZF069 + 370 (4,70) 0.0000000 UZF070 + 371 (4,71) 0.0000000 UZF071 + 372 (4,72) 0.0000000 UZF072 + 373 (4,73) 0.0000000 UZF073 + 374 (4,74) 0.0000000 UZF074 + 375 (4,75) 0.0000000 UZF075 + 376 (4,76) 0.0000000 UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 (5,23) 0.0000000 UZF023 + 424 (5,24) 0.0000000 UZF024 + 425 (5,25) 0.0000000 UZF025 + 426 (5,26) 0.0000000 UZF026 + 427 (5,27) 0.0000000 UZF027 + 428 (5,28) 0.0000000 UZF028 + 429 (5,29) 0.0000000 UZF029 + 430 (5,30) 0.0000000 UZF030 + 431 (5,31) 0.0000000 UZF031 + 432 (5,32) 0.0000000 UZF032 + 433 (5,33) 0.0000000 UZF033 + 434 (5,34) 0.0000000 UZF034 + 435 (5,35) 0.0000000 UZF035 + 436 (5,36) 0.0000000 UZF036 + 437 (5,37) 0.0000000 UZF037 + 438 (5,38) 0.0000000 UZF038 + 439 (5,39) 0.0000000 UZF039 + 440 (5,40) 0.0000000 UZF040 + 441 (5,41) 0.0000000 UZF041 + 442 (5,42) 0.0000000 UZF042 + 443 (5,43) 0.0000000 UZF043 + 444 (5,44) 0.0000000 UZF044 + 445 (5,45) 0.0000000 UZF045 + 446 (5,46) 0.0000000 UZF046 + 447 (5,47) 0.0000000 UZF047 + 448 (5,48) 0.0000000 UZF048 + 449 (5,49) 0.0000000 UZF049 + 450 (5,50) 0.0000000 UZF050 + 451 (5,51) 0.0000000 UZF051 + 452 (5,52) 0.0000000 UZF052 + 453 (5,53) 0.0000000 UZF053 + 454 (5,54) 0.0000000 UZF054 + 455 (5,55) 0.0000000 UZF055 + 456 (5,56) 0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 1 STEP 5 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 0.0000000 UZF042 + 43 (1,43) 0.0000000 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.0000000 UZF051 + 52 (1,52) 0.0000000 UZF052 + 53 (1,53) 0.0000000 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.0000000 UZF061 + 62 (1,62) 0.0000000 UZF062 + 63 (1,63) 0.0000000 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.0000000 UZF071 + 72 (1,72) 0.0000000 UZF072 + 73 (1,73) 0.0000000 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 UZF081 + 82 (1,82) 0.0000000 UZF082 + 83 (1,83) 0.0000000 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.0000000 UZF091 + 92 (1,92) 0.0000000 UZF092 + 93 (1,93) 0.0000000 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) -0.0000000 UZF001 + 102 (2,2) -0.0000000 UZF002 + 103 (2,3) -0.0000000 UZF003 + 104 (2,4) -0.0000000 UZF004 + 105 (2,5) -0.0000000 UZF005 + 106 (2,6) -0.0000000 UZF006 + 107 (2,7) -0.0000000 UZF007 + 108 (2,8) -0.0000000 UZF008 + 109 (2,9) -0.0000000 UZF009 + 110 (2,10) -0.0000000 UZF010 + 111 (2,11) -0.0000000 UZF011 + 112 (2,12) -0.0000000 UZF012 + 113 (2,13) -0.0000000 UZF013 + 114 (2,14) -0.0000000 UZF014 + 115 (2,15) -0.0000000 UZF015 + 116 (2,16) -0.0000000 UZF016 + 117 (2,17) -0.0000000 UZF017 + 118 (2,18) -0.0000000 UZF018 + 119 (2,19) -0.0000000 UZF019 + 120 (2,20) -0.0000000 UZF020 + 121 (2,21) -0.0000000 UZF021 + 122 (2,22) -0.0000000 UZF022 + 123 (2,23) -0.0000000 UZF023 + 124 (2,24) -0.0000000 UZF024 + 125 (2,25) -0.0000000 UZF025 + 126 (2,26) -0.0000000 UZF026 + 127 (2,27) -0.0000000 UZF027 + 128 (2,28) -0.0000000 UZF028 + 129 (2,29) -0.0000000 UZF029 + 130 (2,30) -0.0000000 UZF030 + 131 (2,31) -0.0000000 UZF031 + 132 (2,32) -0.0000000 UZF032 + 133 (2,33) -0.0000000 UZF033 + 134 (2,34) -0.0000000 UZF034 + 135 (2,35) -0.0000000 UZF035 + 136 (2,36) -0.0000000 UZF036 + 137 (2,37) -0.0000000 UZF037 + 138 (2,38) -0.0000000 UZF038 + 139 (2,39) -0.0000000 UZF039 + 140 (2,40) -0.0000000 UZF040 + 141 (2,41) -0.0000000 UZF041 + 142 (2,42) -0.0000000 UZF042 + 143 (2,43) -0.0000000 UZF043 + 144 (2,44) -0.0000000 UZF044 + 145 (2,45) -0.0000000 UZF045 + 146 (2,46) -0.0000000 UZF046 + 147 (2,47) -0.0000000 UZF047 + 148 (2,48) -0.0000000 UZF048 + 149 (2,49) -0.0000000 UZF049 + 150 (2,50) -0.0000000 UZF050 + 151 (2,51) -0.0000000 UZF051 + 152 (2,52) -0.0000000 UZF052 + 153 (2,53) -0.0000000 UZF053 + 154 (2,54) -0.0000000 UZF054 + 155 (2,55) -0.0000000 UZF055 + 156 (2,56) -0.0000000 UZF056 + 157 (2,57) -0.0000000 UZF057 + 158 (2,58) -0.0000000 UZF058 + 159 (2,59) -0.0000000 UZF059 + 160 (2,60) -0.0000000 UZF060 + 161 (2,61) -0.0000000 UZF061 + 162 (2,62) -0.0000000 UZF062 + 163 (2,63) -0.0000000 UZF063 + 164 (2,64) -0.0000000 UZF064 + 165 (2,65) -0.0000000 UZF065 + 166 (2,66) -0.0000000 UZF066 + 167 (2,67) -0.0000000 UZF067 + 168 (2,68) -0.0000000 UZF068 + 169 (2,69) -0.0000000 UZF069 + 170 (2,70) -0.0000000 UZF070 + 171 (2,71) -0.0000000 UZF071 + 172 (2,72) -0.0000000 UZF072 + 173 (2,73) -0.0000000 UZF073 + 174 (2,74) -0.0000000 UZF074 + 175 (2,75) -0.0000000 UZF075 + 176 (2,76) -0.0000000 UZF076 + 177 (2,77) -0.0000000 UZF077 + 178 (2,78) -0.0000000 UZF078 + 179 (2,79) -0.0000000 UZF079 + 180 (2,80) -0.0000000 UZF080 + 181 (2,81) -0.0000000 UZF081 + 182 (2,82) -0.0000000 UZF082 + 183 (2,83) -0.0000000 UZF083 + 184 (2,84) -0.0000000 UZF084 + 185 (2,85) -0.0000000 UZF085 + 186 (2,86) -0.0000000 UZF086 + 187 (2,87) -0.0000000 UZF087 + 188 (2,88) -0.0000000 UZF088 + 189 (2,89) -0.0000000 UZF089 + 190 (2,90) -0.0000000 UZF090 + 191 (2,91) -0.0000000 UZF091 + 192 (2,92) -0.0000000 UZF092 + 193 (2,93) -0.0000000 UZF093 + 194 (2,94) -0.0000000 UZF094 + 195 (2,95) -0.0000000 UZF095 + 196 (2,96) -0.0000000 UZF096 + 197 (2,97) -0.0000000 UZF097 + 198 (2,98) -0.0000000 UZF098 + 199 (2,99) -0.0000000 UZF099 + 200 (2,100) -0.0000000 UZF100 + 201 (3,1) -0.0000000 UZF001 + 202 (3,2) -0.0000000 UZF002 + 203 (3,3) -0.0000000 UZF003 + 204 (3,4) -0.0000000 UZF004 + 205 (3,5) -0.0000000 UZF005 + 206 (3,6) -0.0000000 UZF006 + 207 (3,7) -0.0000000 UZF007 + 208 (3,8) -0.0000000 UZF008 + 209 (3,9) -0.0000000 UZF009 + 210 (3,10) -0.0000000 UZF010 + 211 (3,11) -0.0000000 UZF011 + 212 (3,12) -0.0000000 UZF012 + 213 (3,13) -0.0000000 UZF013 + 214 (3,14) -0.0000000 UZF014 + 215 (3,15) -0.0000000 UZF015 + 216 (3,16) -0.0000000 UZF016 + 217 (3,17) -0.0000000 UZF017 + 218 (3,18) -0.0000000 UZF018 + 219 (3,19) -0.0000000 UZF019 + 220 (3,20) -0.0000000 UZF020 + 221 (3,21) -0.0000000 UZF021 + 222 (3,22) -0.0000000 UZF022 + 223 (3,23) -0.0000000 UZF023 + 224 (3,24) -0.0000000 UZF024 + 225 (3,25) -0.0000000 UZF025 + 226 (3,26) -0.0000000 UZF026 + 227 (3,27) -0.0000000 UZF027 + 228 (3,28) -0.0000000 UZF028 + 229 (3,29) -0.0000000 UZF029 + 230 (3,30) -0.0000000 UZF030 + 231 (3,31) -0.0000000 UZF031 + 232 (3,32) -0.0000000 UZF032 + 233 (3,33) -0.0000000 UZF033 + 234 (3,34) -0.0000000 UZF034 + 235 (3,35) -0.0000000 UZF035 + 236 (3,36) -0.0000000 UZF036 + 237 (3,37) -0.0000000 UZF037 + 238 (3,38) -0.0000000 UZF038 + 239 (3,39) -0.0000000 UZF039 + 240 (3,40) -0.0000000 UZF040 + 241 (3,41) -0.0000000 UZF041 + 242 (3,42) -0.0000000 UZF042 + 243 (3,43) -0.0000000 UZF043 + 244 (3,44) -0.0000000 UZF044 + 245 (3,45) -0.0000000 UZF045 + 246 (3,46) -0.0000000 UZF046 + 247 (3,47) -0.0000000 UZF047 + 248 (3,48) -0.0000000 UZF048 + 249 (3,49) -0.0000000 UZF049 + 250 (3,50) -0.0000000 UZF050 + 251 (3,51) -0.0000000 UZF051 + 252 (3,52) -0.0000000 UZF052 + 253 (3,53) -0.0000000 UZF053 + 254 (3,54) -0.0000000 UZF054 + 255 (3,55) -0.0000000 UZF055 + 256 (3,56) -0.0000000 UZF056 + 257 (3,57) -0.0000000 UZF057 + 258 (3,58) -0.0000000 UZF058 + 259 (3,59) -0.0000000 UZF059 + 260 (3,60) -0.0000000 UZF060 + 261 (3,61) -0.0000000 UZF061 + 262 (3,62) -0.0000000 UZF062 + 263 (3,63) -0.0000000 UZF063 + 264 (3,64) -0.0000000 UZF064 + 265 (3,65) -0.0000000 UZF065 + 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= 16.5994 STORAGE = 0.0000 + + TOTAL IN = 166.5994 TOTAL IN = 15.0000 + + OUT: OUT: + ---- ---- + GWF = 155.9347 GWF = 14.6168 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.3624 UZET = 3.7921E-02 + STORAGE = 10.3023 STORAGE = 0.3453 + + TOTAL OUT = 166.5994 TOTAL OUT = 15.0000 + + IN - OUT = 1.6900E-06 IN - OUT = 2.6645E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 5, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.4038E-02 STO-SS = 6.2479E-04 STORAGE + STO-SY = 31.1372 STO-SY = 1.3626 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 155.9347 UZF-GWRCH = 14.6168 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 187.1159 TOTAL IN = 15.9800 + + OUT: OUT: + ---- ---- + STO-SS = 7.9608E-04 STO-SS = 0.0000 STORAGE + STO-SY = 11.9499 STO-SY = 0.0000 STORAGE + GHB = 174.6043 GHB = 15.9272 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.5609 UZF-GWET = 5.2786E-02 UZF_0 + + TOTAL OUT = 187.1159 TOTAL OUT = 15.9800 + + IN - OUT = -2.6246E-07 IN - OUT = -3.6589E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 5 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 8.64000E+05 14400. 240.00 10.000 2.73785E-02 + TOTAL TIME 8.64000E+05 14400. 240.00 10.000 2.73785E-02 + + +end timestep + + +start timestep kper="2" kstp="1" mode="normal" + + + END OF FILE DETECTED IN OUTPUT CONTROL. + CURRENT OUTPUT CONTROL SETTINGS WILL BE + REPEATED UNTIL THE END OF THE SIMULATION. + + OUTPUT CONTROL FOR STRESS PERIOD 2 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 2 IS TRANSIENT + + UBDSV1 SAVING STO-SS ON UNIT 1018 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1018 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1018 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1018 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 2 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 2 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.0704694 + 2 (4,20) -1.0704694 + 3 (4,30) -1.0704694 + 4 (4,40) -1.0704694 + 5 (4,50) -1.0704694 + 6 (4,60) -1.0704694 + 7 (4,70) -1.0704694 + 8 (4,80) -1.0704694 + 9 (4,90) -1.0704694 + 10 (4,100) -1.0704694 + 11 (5,10) -0.49070609 + 12 (5,20) -0.49070609 + 13 (5,30) -0.49070609 + 14 (5,40) -0.49070609 + 15 (5,50) -0.49070609 + 16 (5,60) -0.49070609 + 17 (5,70) -0.49070609 + 18 (5,80) -0.49070609 + 19 (5,90) -0.49070609 + 20 (5,100) -0.49070609 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 2 STEP 1 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14645010 UZF001 + 2 (1,2) 0.14629616 UZF002 + 3 (1,3) 0.14592769 UZF003 + 4 (1,4) 0.14447768 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14645010 UZF011 + 12 (1,12) 0.14629616 UZF012 + 13 (1,13) 0.14592769 UZF013 + 14 (1,14) 0.14447768 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14645010 UZF021 + 22 (1,22) 0.14629616 UZF022 + 23 (1,23) 0.14592769 UZF023 + 24 (1,24) 0.14447768 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14645010 UZF031 + 32 (1,32) 0.14629616 UZF032 + 33 (1,33) 0.14592769 UZF033 + 34 (1,34) 0.14447768 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14645010 UZF041 + 42 (1,42) 0.14629616 UZF042 + 43 (1,43) 0.14592769 UZF043 + 44 (1,44) 0.14447768 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14645010 UZF051 + 52 (1,52) 0.14629616 UZF052 + 53 (1,53) 0.14592769 UZF053 + 54 (1,54) 0.14447768 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14645010 UZF061 + 62 (1,62) 0.14629616 UZF062 + 63 (1,63) 0.14592769 UZF063 + 64 (1,64) 0.14447768 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14645010 UZF071 + 72 (1,72) 0.14629616 UZF072 + 73 (1,73) 0.14592769 UZF073 + 74 (1,74) 0.14447768 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14645010 UZF081 + 82 (1,82) 0.14629616 UZF082 + 83 (1,83) 0.14592769 UZF083 + 84 (1,84) 0.14447768 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14645010 UZF091 + 92 (1,92) 0.14629616 UZF092 + 93 (1,93) 0.14592769 UZF093 + 94 (1,94) 0.14447768 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.0000000 UZF004 + 105 (2,5) 0.11453616 UZF005 + 106 (2,6) 0.14561661 UZF006 + 107 (2,7) 0.14624777 UZF007 + 108 (2,8) 0.14664883 UZF008 + 109 (2,9) 0.14690136 UZF009 + 110 (2,10) 0.14702262 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.0000000 UZF014 + 115 (2,15) 0.11453616 UZF015 + 116 (2,16) 0.14561661 UZF016 + 117 (2,17) 0.14624777 UZF017 + 118 (2,18) 0.14664883 UZF018 + 119 (2,19) 0.14690136 UZF019 + 120 (2,20) 0.14702262 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.0000000 UZF024 + 125 (2,25) 0.11453616 UZF025 + 126 (2,26) 0.14561661 UZF026 + 127 (2,27) 0.14624777 UZF027 + 128 (2,28) 0.14664883 UZF028 + 129 (2,29) 0.14690136 UZF029 + 130 (2,30) 0.14702262 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.0000000 UZF034 + 135 (2,35) 0.11453616 UZF035 + 136 (2,36) 0.14561661 UZF036 + 137 (2,37) 0.14624777 UZF037 + 138 (2,38) 0.14664883 UZF038 + 139 (2,39) 0.14690136 UZF039 + 140 (2,40) 0.14702262 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.0000000 UZF044 + 145 (2,45) 0.11453616 UZF045 + 146 (2,46) 0.14561661 UZF046 + 147 (2,47) 0.14624777 UZF047 + 148 (2,48) 0.14664883 UZF048 + 149 (2,49) 0.14690136 UZF049 + 150 (2,50) 0.14702262 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.0000000 UZF054 + 155 (2,55) 0.11453616 UZF055 + 156 (2,56) 0.14561661 UZF056 + 157 (2,57) 0.14624777 UZF057 + 158 (2,58) 0.14664883 UZF058 + 159 (2,59) 0.14690136 UZF059 + 160 (2,60) 0.14702262 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.0000000 UZF064 + 165 (2,65) 0.11453616 UZF065 + 166 (2,66) 0.14561661 UZF066 + 167 (2,67) 0.14624777 UZF067 + 168 (2,68) 0.14664883 UZF068 + 169 (2,69) 0.14690136 UZF069 + 170 (2,70) 0.14702262 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.0000000 UZF074 + 175 (2,75) 0.11453616 UZF075 + 176 (2,76) 0.14561661 UZF076 + 177 (2,77) 0.14624777 UZF077 + 178 (2,78) 0.14664883 UZF078 + 179 (2,79) 0.14690136 UZF079 + 180 (2,80) 0.14702262 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.0000000 UZF084 + 185 (2,85) 0.11453616 UZF085 + 186 (2,86) 0.14561661 UZF086 + 187 (2,87) 0.14624777 UZF087 + 188 (2,88) 0.14664883 UZF088 + 189 (2,89) 0.14690136 UZF089 + 190 (2,90) 0.14702262 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.0000000 UZF094 + 195 (2,95) 0.11453616 UZF095 + 196 (2,96) 0.14561661 UZF096 + 197 (2,97) 0.14624777 UZF097 + 198 (2,98) 0.14664883 UZF098 + 199 (2,99) 0.14690136 UZF099 + 200 (2,100) 0.14702262 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 0.0000000 UZF076 + 277 (3,77) 0.0000000 UZF077 + 278 (3,78) 0.0000000 UZF078 + 279 (3,79) 0.0000000 UZF079 + 280 (3,80) 0.0000000 UZF080 + 281 (3,81) 0.0000000 UZF081 + 282 (3,82) 0.0000000 UZF082 + 283 (3,83) 0.0000000 UZF083 + 284 (3,84) 0.0000000 UZF084 + 285 (3,85) 0.0000000 UZF085 + 286 (3,86) 0.0000000 UZF086 + 287 (3,87) 0.0000000 UZF087 + 288 (3,88) 0.0000000 UZF088 + 289 (3,89) 0.0000000 UZF089 + 290 (3,90) 0.0000000 UZF090 + 291 (3,91) 0.0000000 UZF091 + 292 (3,92) 0.0000000 UZF092 + 293 (3,93) 0.0000000 UZF093 + 294 (3,94) 0.0000000 UZF094 + 295 (3,95) 0.0000000 UZF095 + 296 (3,96) 0.0000000 UZF096 + 297 (3,97) 0.0000000 UZF097 + 298 (3,98) 0.0000000 UZF098 + 299 (3,99) 0.0000000 UZF099 + 300 (3,100) 0.0000000 UZF100 + 301 (4,1) 0.0000000 UZF001 + 302 (4,2) 0.0000000 UZF002 + 303 (4,3) 0.0000000 UZF003 + 304 (4,4) 0.0000000 UZF004 + 305 (4,5) 0.0000000 UZF005 + 306 (4,6) 0.0000000 UZF006 + 307 (4,7) 0.0000000 UZF007 + 308 (4,8) 0.0000000 UZF008 + 309 (4,9) 0.0000000 UZF009 + 310 (4,10) 0.0000000 UZF010 + 311 (4,11) 0.0000000 UZF011 + 312 (4,12) 0.0000000 UZF012 + 313 (4,13) 0.0000000 UZF013 + 314 (4,14) 0.0000000 UZF014 + 315 (4,15) 0.0000000 UZF015 + 316 (4,16) 0.0000000 UZF016 + 317 (4,17) 0.0000000 UZF017 + 318 (4,18) 0.0000000 UZF018 + 319 (4,19) 0.0000000 UZF019 + 320 (4,20) 0.0000000 UZF020 + 321 (4,21) 0.0000000 UZF021 + 322 (4,22) 0.0000000 UZF022 + 323 (4,23) 0.0000000 UZF023 + 324 (4,24) 0.0000000 UZF024 + 325 (4,25) 0.0000000 UZF025 + 326 (4,26) 0.0000000 UZF026 + 327 (4,27) 0.0000000 UZF027 + 328 (4,28) 0.0000000 UZF028 + 329 (4,29) 0.0000000 UZF029 + 330 (4,30) 0.0000000 UZF030 + 331 (4,31) 0.0000000 UZF031 + 332 (4,32) 0.0000000 UZF032 + 333 (4,33) 0.0000000 UZF033 + 334 (4,34) 0.0000000 UZF034 + 335 (4,35) 0.0000000 UZF035 + 336 (4,36) 0.0000000 UZF036 + 337 (4,37) 0.0000000 UZF037 + 338 (4,38) 0.0000000 UZF038 + 339 (4,39) 0.0000000 UZF039 + 340 (4,40) 0.0000000 UZF040 + 341 (4,41) 0.0000000 UZF041 + 342 (4,42) 0.0000000 UZF042 + 343 (4,43) 0.0000000 UZF043 + 344 (4,44) 0.0000000 UZF044 + 345 (4,45) 0.0000000 UZF045 + 346 (4,46) 0.0000000 UZF046 + 347 (4,47) 0.0000000 UZF047 + 348 (4,48) 0.0000000 UZF048 + 349 (4,49) 0.0000000 UZF049 + 350 (4,50) 0.0000000 UZF050 + 351 (4,51) 0.0000000 UZF051 + 352 (4,52) 0.0000000 UZF052 + 353 (4,53) 0.0000000 UZF053 + 354 (4,54) 0.0000000 UZF054 + 355 (4,55) 0.0000000 UZF055 + 356 (4,56) 0.0000000 UZF056 + 357 (4,57) 0.0000000 UZF057 + 358 (4,58) 0.0000000 UZF058 + 359 (4,59) 0.0000000 UZF059 + 360 (4,60) 0.0000000 UZF060 + 361 (4,61) 0.0000000 UZF061 + 362 (4,62) 0.0000000 UZF062 + 363 (4,63) 0.0000000 UZF063 + 364 (4,64) 0.0000000 UZF064 + 365 (4,65) 0.0000000 UZF065 + 366 (4,66) 0.0000000 UZF066 + 367 (4,67) 0.0000000 UZF067 + 368 (4,68) 0.0000000 UZF068 + 369 (4,69) 0.0000000 UZF069 + 370 (4,70) 0.0000000 UZF070 + 371 (4,71) 0.0000000 UZF071 + 372 (4,72) 0.0000000 UZF072 + 373 (4,73) 0.0000000 UZF073 + 374 (4,74) 0.0000000 UZF074 + 375 (4,75) 0.0000000 UZF075 + 376 (4,76) 0.0000000 UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 (5,23) 0.0000000 UZF023 + 424 (5,24) 0.0000000 UZF024 + 425 (5,25) 0.0000000 UZF025 + 426 (5,26) 0.0000000 UZF026 + 427 (5,27) 0.0000000 UZF027 + 428 (5,28) 0.0000000 UZF028 + 429 (5,29) 0.0000000 UZF029 + 430 (5,30) 0.0000000 UZF030 + 431 (5,31) 0.0000000 UZF031 + 432 (5,32) 0.0000000 UZF032 + 433 (5,33) 0.0000000 UZF033 + 434 (5,34) 0.0000000 UZF034 + 435 (5,35) 0.0000000 UZF035 + 436 (5,36) 0.0000000 UZF036 + 437 (5,37) 0.0000000 UZF037 + 438 (5,38) 0.0000000 UZF038 + 439 (5,39) 0.0000000 UZF039 + 440 (5,40) 0.0000000 UZF040 + 441 (5,41) 0.0000000 UZF041 + 442 (5,42) 0.0000000 UZF042 + 443 (5,43) 0.0000000 UZF043 + 444 (5,44) 0.0000000 UZF044 + 445 (5,45) 0.0000000 UZF045 + 446 (5,46) 0.0000000 UZF046 + 447 (5,47) 0.0000000 UZF047 + 448 (5,48) 0.0000000 UZF048 + 449 (5,49) 0.0000000 UZF049 + 450 (5,50) 0.0000000 UZF050 + 451 (5,51) 0.0000000 UZF051 + 452 (5,52) 0.0000000 UZF052 + 453 (5,53) 0.0000000 UZF053 + 454 (5,54) 0.0000000 UZF054 + 455 (5,55) 0.0000000 UZF055 + 456 (5,56) 0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 2 STEP 1 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 0.0000000 UZF042 + 43 (1,43) 0.0000000 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.0000000 UZF051 + 52 (1,52) 0.0000000 UZF052 + 53 (1,53) 0.0000000 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.0000000 UZF061 + 62 (1,62) 0.0000000 UZF062 + 63 (1,63) 0.0000000 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.0000000 UZF071 + 72 (1,72) 0.0000000 UZF072 + 73 (1,73) 0.0000000 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 UZF081 + 82 (1,82) 0.0000000 UZF082 + 83 (1,83) 0.0000000 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.0000000 UZF091 + 92 (1,92) 0.0000000 UZF092 + 93 (1,93) 0.0000000 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) -0.0000000 UZF001 + 102 (2,2) -0.0000000 UZF002 + 103 (2,3) -0.0000000 UZF003 + 104 (2,4) -0.0000000 UZF004 + 105 (2,5) -0.0000000 UZF005 + 106 (2,6) -0.0000000 UZF006 + 107 (2,7) -0.0000000 UZF007 + 108 (2,8) -0.0000000 UZF008 + 109 (2,9) -0.0000000 UZF009 + 110 (2,10) -0.0000000 UZF010 + 111 (2,11) -0.0000000 UZF011 + 112 (2,12) -0.0000000 UZF012 + 113 (2,13) -0.0000000 UZF013 + 114 (2,14) -0.0000000 UZF014 + 115 (2,15) -0.0000000 UZF015 + 116 (2,16) -0.0000000 UZF016 + 117 (2,17) -0.0000000 UZF017 + 118 (2,18) -0.0000000 UZF018 + 119 (2,19) -0.0000000 UZF019 + 120 (2,20) -0.0000000 UZF020 + 121 (2,21) -0.0000000 UZF021 + 122 (2,22) -0.0000000 UZF022 + 123 (2,23) -0.0000000 UZF023 + 124 (2,24) -0.0000000 UZF024 + 125 (2,25) -0.0000000 UZF025 + 126 (2,26) -0.0000000 UZF026 + 127 (2,27) -0.0000000 UZF027 + 128 (2,28) -0.0000000 UZF028 + 129 (2,29) -0.0000000 UZF029 + 130 (2,30) -0.0000000 UZF030 + 131 (2,31) -0.0000000 UZF031 + 132 (2,32) -0.0000000 UZF032 + 133 (2,33) -0.0000000 UZF033 + 134 (2,34) -0.0000000 UZF034 + 135 (2,35) -0.0000000 UZF035 + 136 (2,36) -0.0000000 UZF036 + 137 (2,37) -0.0000000 UZF037 + 138 (2,38) -0.0000000 UZF038 + 139 (2,39) -0.0000000 UZF039 + 140 (2,40) -0.0000000 UZF040 + 141 (2,41) -0.0000000 UZF041 + 142 (2,42) -0.0000000 UZF042 + 143 (2,43) -0.0000000 UZF043 + 144 (2,44) -0.0000000 UZF044 + 145 (2,45) -0.0000000 UZF045 + 146 (2,46) -0.0000000 UZF046 + 147 (2,47) -0.0000000 UZF047 + 148 (2,48) -0.0000000 UZF048 + 149 (2,49) -0.0000000 UZF049 + 150 (2,50) -0.0000000 UZF050 + 151 (2,51) -0.0000000 UZF051 + 152 (2,52) -0.0000000 UZF052 + 153 (2,53) -0.0000000 UZF053 + 154 (2,54) -0.0000000 UZF054 + 155 (2,55) -0.0000000 UZF055 + 156 (2,56) -0.0000000 UZF056 + 157 (2,57) -0.0000000 UZF057 + 158 (2,58) -0.0000000 UZF058 + 159 (2,59) -0.0000000 UZF059 + 160 (2,60) -0.0000000 UZF060 + 161 (2,61) -0.0000000 UZF061 + 162 (2,62) -0.0000000 UZF062 + 163 (2,63) -0.0000000 UZF063 + 164 (2,64) -0.0000000 UZF064 + 165 (2,65) -0.0000000 UZF065 + 166 (2,66) -0.0000000 UZF066 + 167 (2,67) -0.0000000 UZF067 + 168 (2,68) -0.0000000 UZF068 + 169 (2,69) -0.0000000 UZF069 + 170 (2,70) -0.0000000 UZF070 + 171 (2,71) -0.0000000 UZF071 + 172 (2,72) -0.0000000 UZF072 + 173 (2,73) -0.0000000 UZF073 + 174 (2,74) -0.0000000 UZF074 + 175 (2,75) -0.0000000 UZF075 + 176 (2,76) -0.0000000 UZF076 + 177 (2,77) -0.0000000 UZF077 + 178 (2,78) -0.0000000 UZF078 + 179 (2,79) -0.0000000 UZF079 + 180 (2,80) -0.0000000 UZF080 + 181 (2,81) -0.0000000 UZF081 + 182 (2,82) -0.0000000 UZF082 + 183 (2,83) -0.0000000 UZF083 + 184 (2,84) -0.0000000 UZF084 + 185 (2,85) -0.0000000 UZF085 + 186 (2,86) -0.0000000 UZF086 + 187 (2,87) -0.0000000 UZF087 + 188 (2,88) -0.0000000 UZF088 + 189 (2,89) -0.0000000 UZF089 + 190 (2,90) -0.0000000 UZF090 + 191 (2,91) -0.0000000 UZF091 + 192 (2,92) -0.0000000 UZF092 + 193 (2,93) -0.0000000 UZF093 + 194 (2,94) -0.0000000 UZF094 + 195 (2,95) -0.0000000 UZF095 + 196 (2,96) -0.0000000 UZF096 + 197 (2,97) -0.0000000 UZF097 + 198 (2,98) -0.0000000 UZF098 + 199 (2,99) -0.0000000 UZF099 + 200 (2,100) -0.0000000 UZF100 + 201 (3,1) -0.0000000 UZF001 + 202 (3,2) -0.0000000 UZF002 + 203 (3,3) -0.0000000 UZF003 + 204 (3,4) -0.0000000 UZF004 + 205 (3,5) -0.0000000 UZF005 + 206 (3,6) -0.0000000 UZF006 + 207 (3,7) -0.0000000 UZF007 + 208 (3,8) -0.0000000 UZF008 + 209 (3,9) -0.0000000 UZF009 + 210 (3,10) -0.0000000 UZF010 + 211 (3,11) -0.0000000 UZF011 + 212 (3,12) -0.0000000 UZF012 + 213 (3,13) -0.0000000 UZF013 + 214 (3,14) -0.0000000 UZF014 + 215 (3,15) -0.0000000 UZF015 + 216 (3,16) -0.0000000 UZF016 + 217 (3,17) -0.0000000 UZF017 + 218 (3,18) -0.0000000 UZF018 + 219 (3,19) -0.0000000 UZF019 + 220 (3,20) -0.0000000 UZF020 + 221 (3,21) -0.0000000 UZF021 + 222 (3,22) -0.0000000 UZF022 + 223 (3,23) -0.0000000 UZF023 + 224 (3,24) -0.0000000 UZF024 + 225 (3,25) -0.0000000 UZF025 + 226 (3,26) -0.0000000 UZF026 + 227 (3,27) -0.0000000 UZF027 + 228 (3,28) -0.0000000 UZF028 + 229 (3,29) -0.0000000 UZF029 + 230 (3,30) -0.0000000 UZF030 + 231 (3,31) -0.0000000 UZF031 + 232 (3,32) -0.0000000 UZF032 + 233 (3,33) -0.0000000 UZF033 + 234 (3,34) -0.0000000 UZF034 + 235 (3,35) -0.0000000 UZF035 + 236 (3,36) -0.0000000 UZF036 + 237 (3,37) -0.0000000 UZF037 + 238 (3,38) -0.0000000 UZF038 + 239 (3,39) -0.0000000 UZF039 + 240 (3,40) -0.0000000 UZF040 + 241 (3,41) -0.0000000 UZF041 + 242 (3,42) -0.0000000 UZF042 + 243 (3,43) -0.0000000 UZF043 + 244 (3,44) -0.0000000 UZF044 + 245 (3,45) -0.0000000 UZF045 + 246 (3,46) -0.0000000 UZF046 + 247 (3,47) -0.0000000 UZF047 + 248 (3,48) -0.0000000 UZF048 + 249 (3,49) -0.0000000 UZF049 + 250 (3,50) -0.0000000 UZF050 + 251 (3,51) -0.0000000 UZF051 + 252 (3,52) -0.0000000 UZF052 + 253 (3,53) -0.0000000 UZF053 + 254 (3,54) -0.0000000 UZF054 + 255 (3,55) -0.0000000 UZF055 + 256 (3,56) -0.0000000 UZF056 + 257 (3,57) -0.0000000 UZF057 + 258 (3,58) -0.0000000 UZF058 + 259 (3,59) -0.0000000 UZF059 + 260 (3,60) -0.0000000 UZF060 + 261 (3,61) -0.0000000 UZF061 + 262 (3,62) -0.0000000 UZF062 + 263 (3,63) -0.0000000 UZF063 + 264 (3,64) -0.0000000 UZF064 + 265 (3,65) -0.0000000 UZF065 + 266 (3,66) -0.0000000 UZF066 + 267 (3,67) -0.0000000 UZF067 + 268 (3,68) -0.0000000 UZF068 + 269 (3,69) -0.0000000 UZF069 + 270 (3,70) -0.0000000 UZF070 + 271 (3,71) -0.0000000 UZF071 + 272 (3,72) -0.0000000 UZF072 + 273 (3,73) -0.0000000 UZF073 + 274 (3,74) -0.0000000 UZF074 + 275 (3,75) -0.0000000 UZF075 + 276 (3,76) -0.0000000 UZF076 + 277 (3,77) -0.0000000 UZF077 + 278 (3,78) -0.0000000 UZF078 + 279 (3,79) -0.0000000 UZF079 + 280 (3,80) -0.0000000 UZF080 + 281 (3,81) -0.0000000 UZF081 + 282 (3,82) -0.0000000 UZF082 + 283 (3,83) -0.0000000 UZF083 + 284 (3,84) -0.0000000 UZF084 + 285 (3,85) -0.0000000 UZF085 + 286 (3,86) -0.0000000 UZF086 + 287 (3,87) -0.0000000 UZF087 + 288 (3,88) -0.0000000 UZF088 + 289 (3,89) -0.0000000 UZF089 + 290 (3,90) -0.0000000 UZF090 + 291 (3,91) -0.0000000 UZF091 + 292 (3,92) -0.0000000 UZF092 + 293 (3,93) -0.0000000 UZF093 + 294 (3,94) -0.0000000 UZF094 + 295 (3,95) -0.0000000 UZF095 + 296 (3,96) -0.0000000 UZF096 + 297 (3,97) -0.0000000 UZF097 + 298 (3,98) -0.0000000 UZF098 + 299 (3,99) -0.0000000 UZF099 + 300 (3,100) -0.0000000 UZF100 + 301 (4,1) -0.0000000 UZF001 + 302 (4,2) -0.0000000 UZF002 + 303 (4,3) -0.0000000 UZF003 + 304 (4,4) -0.0000000 UZF004 + 305 (4,5) -0.0000000 UZF005 + 306 (4,6) -0.0000000 UZF006 + 307 (4,7) -0.0000000 UZF007 + 308 (4,8) -0.0000000 UZF008 + 309 (4,9) -0.0000000 UZF009 + 310 (4,10) -0.0000000 UZF010 + 311 (4,11) -0.0000000 UZF011 + 312 (4,12) -0.0000000 UZF012 + 313 (4,13) -0.0000000 UZF013 + 314 (4,14) -0.0000000 UZF014 + 315 (4,15) -0.0000000 UZF015 + 316 (4,16) -0.0000000 UZF016 + 317 (4,17) -0.0000000 UZF017 + 318 (4,18) 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15.0000 + + OUT: OUT: + ---- ---- + GWF = 184.5372 GWF = 14.3012 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.4401 UZET = 3.8846E-02 + STORAGE = 11.6221 STORAGE = 0.6599 + + TOTAL OUT = 196.5994 TOTAL OUT = 15.0000 + + IN - OUT = 1.6900E-06 IN - OUT = 2.6645E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.5397E-02 STO-SS = 6.7926E-04 STORAGE + STO-SY = 33.8587 STO-SY = 1.3608 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 184.5372 UZF-GWRCH = 14.3012 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 218.4413 TOTAL IN = 15.6627 + + OUT: OUT: + ---- ---- + STO-SS = 7.9608E-04 STO-SS = 0.0000 STORAGE + STO-SY = 11.9499 STO-SY = 0.0000 STORAGE + GHB = 205.8278 GHB = 15.6118 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.6628 UZF-GWET = 5.0950E-02 UZF_0 + + TOTAL OUT = 218.4413 TOTAL OUT = 15.6627 + + IN - OUT = -3.8113E-07 IN - OUT = -5.9336E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + TOTAL TIME 1.03680E+06 17280. 288.00 12.000 3.28542E-02 + + +end timestep + + +start timestep kper="2" kstp="2" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1018 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1018 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1018 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1018 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1014 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 2, STRESS PERIOD 2 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 2 STEP 2 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.0594735 + 2 (4,20) -1.0594735 + 3 (4,30) -1.0594735 + 4 (4,40) -1.0594735 + 5 (4,50) -1.0594735 + 6 (4,60) -1.0594735 + 7 (4,70) -1.0594735 + 8 (4,80) -1.0594735 + 9 (4,90) -1.0594735 + 10 (4,100) -1.0594735 + 11 (5,10) -0.48599249 + 12 (5,20) -0.48599249 + 13 (5,30) -0.48599249 + 14 (5,40) -0.48599249 + 15 (5,50) -0.48599249 + 16 (5,60) -0.48599249 + 17 (5,70) -0.48599249 + 18 (5,80) -0.48599249 + 19 (5,90) -0.48599249 + 20 (5,100) -0.48599249 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 2 STEP 2 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14712485 UZF001 + 2 (1,2) 0.14712386 UZF002 + 3 (1,3) 0.14716809 UZF003 + 4 (1,4) 0.14749884 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14712485 UZF011 + 12 (1,12) 0.14712386 UZF012 + 13 (1,13) 0.14716809 UZF013 + 14 (1,14) 0.14749884 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14712485 UZF021 + 22 (1,22) 0.14712386 UZF022 + 23 (1,23) 0.14716809 UZF023 + 24 (1,24) 0.14749884 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14712485 UZF031 + 32 (1,32) 0.14712386 UZF032 + 33 (1,33) 0.14716809 UZF033 + 34 (1,34) 0.14749884 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14712485 UZF041 + 42 (1,42) 0.14712386 UZF042 + 43 (1,43) 0.14716809 UZF043 + 44 (1,44) 0.14749884 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14712485 UZF051 + 52 (1,52) 0.14712386 UZF052 + 53 (1,53) 0.14716809 UZF053 + 54 (1,54) 0.14749884 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14712485 UZF061 + 62 (1,62) 0.14712386 UZF062 + 63 (1,63) 0.14716809 UZF063 + 64 (1,64) 0.14749884 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14712485 UZF071 + 72 (1,72) 0.14712386 UZF072 + 73 (1,73) 0.14716809 UZF073 + 74 (1,74) 0.14749884 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14712485 UZF081 + 82 (1,82) 0.14712386 UZF082 + 83 (1,83) 0.14716809 UZF083 + 84 (1,84) 0.14749884 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14712485 UZF091 + 92 (1,92) 0.14712386 UZF092 + 93 (1,93) 0.14716809 UZF093 + 94 (1,94) 0.14749884 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.0000000 UZF004 + 105 (2,5) 0.14850480 UZF005 + 106 (2,6) 0.14814910 UZF006 + 107 (2,7) 0.14802757 UZF007 + 108 (2,8) 0.14802153 UZF008 + 109 (2,9) 0.14805100 UZF009 + 110 (2,10) 0.14806981 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.0000000 UZF014 + 115 (2,15) 0.14850480 UZF015 + 116 (2,16) 0.14814910 UZF016 + 117 (2,17) 0.14802757 UZF017 + 118 (2,18) 0.14802153 UZF018 + 119 (2,19) 0.14805100 UZF019 + 120 (2,20) 0.14806981 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.0000000 UZF024 + 125 (2,25) 0.14850480 UZF025 + 126 (2,26) 0.14814910 UZF026 + 127 (2,27) 0.14802757 UZF027 + 128 (2,28) 0.14802153 UZF028 + 129 (2,29) 0.14805100 UZF029 + 130 (2,30) 0.14806981 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.0000000 UZF034 + 135 (2,35) 0.14850480 UZF035 + 136 (2,36) 0.14814910 UZF036 + 137 (2,37) 0.14802757 UZF037 + 138 (2,38) 0.14802153 UZF038 + 139 (2,39) 0.14805100 UZF039 + 140 (2,40) 0.14806981 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.0000000 UZF044 + 145 (2,45) 0.14850480 UZF045 + 146 (2,46) 0.14814910 UZF046 + 147 (2,47) 0.14802757 UZF047 + 148 (2,48) 0.14802153 UZF048 + 149 (2,49) 0.14805100 UZF049 + 150 (2,50) 0.14806981 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.0000000 UZF054 + 155 (2,55) 0.14850480 UZF055 + 156 (2,56) 0.14814910 UZF056 + 157 (2,57) 0.14802757 UZF057 + 158 (2,58) 0.14802153 UZF058 + 159 (2,59) 0.14805100 UZF059 + 160 (2,60) 0.14806981 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.0000000 UZF064 + 165 (2,65) 0.14850480 UZF065 + 166 (2,66) 0.14814910 UZF066 + 167 (2,67) 0.14802757 UZF067 + 168 (2,68) 0.14802153 UZF068 + 169 (2,69) 0.14805100 UZF069 + 170 (2,70) 0.14806981 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.0000000 UZF074 + 175 (2,75) 0.14850480 UZF075 + 176 (2,76) 0.14814910 UZF076 + 177 (2,77) 0.14802757 UZF077 + 178 (2,78) 0.14802153 UZF078 + 179 (2,79) 0.14805100 UZF079 + 180 (2,80) 0.14806981 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.0000000 UZF084 + 185 (2,85) 0.14850480 UZF085 + 186 (2,86) 0.14814910 UZF086 + 187 (2,87) 0.14802757 UZF087 + 188 (2,88) 0.14802153 UZF088 + 189 (2,89) 0.14805100 UZF089 + 190 (2,90) 0.14806981 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.0000000 UZF094 + 195 (2,95) 0.14850480 UZF095 + 196 (2,96) 0.14814910 UZF096 + 197 (2,97) 0.14802757 UZF097 + 198 (2,98) 0.14802153 UZF098 + 199 (2,99) 0.14805100 UZF099 + 200 (2,100) 0.14806981 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 0.0000000 UZF076 + 277 (3,77) 0.0000000 UZF077 + 278 (3,78) 0.0000000 UZF078 + 279 (3,79) 0.0000000 UZF079 + 280 (3,80) 0.0000000 UZF080 + 281 (3,81) 0.0000000 UZF081 + 282 (3,82) 0.0000000 UZF082 + 283 (3,83) 0.0000000 UZF083 + 284 (3,84) 0.0000000 UZF084 + 285 (3,85) 0.0000000 UZF085 + 286 (3,86) 0.0000000 UZF086 + 287 (3,87) 0.0000000 UZF087 + 288 (3,88) 0.0000000 UZF088 + 289 (3,89) 0.0000000 UZF089 + 290 (3,90) 0.0000000 UZF090 + 291 (3,91) 0.0000000 UZF091 + 292 (3,92) 0.0000000 UZF092 + 293 (3,93) 0.0000000 UZF093 + 294 (3,94) 0.0000000 UZF094 + 295 (3,95) 0.0000000 UZF095 + 296 (3,96) 0.0000000 UZF096 + 297 (3,97) 0.0000000 UZF097 + 298 (3,98) 0.0000000 UZF098 + 299 (3,99) 0.0000000 UZF099 + 300 (3,100) 0.0000000 UZF100 + 301 (4,1) 0.0000000 UZF001 + 302 (4,2) 0.0000000 UZF002 + 303 (4,3) 0.0000000 UZF003 + 304 (4,4) 0.0000000 UZF004 + 305 (4,5) 0.0000000 UZF005 + 306 (4,6) 0.0000000 UZF006 + 307 (4,7) 0.0000000 UZF007 + 308 (4,8) 0.0000000 UZF008 + 309 (4,9) 0.0000000 UZF009 + 310 (4,10) 0.0000000 UZF010 + 311 (4,11) 0.0000000 UZF011 + 312 (4,12) 0.0000000 UZF012 + 313 (4,13) 0.0000000 UZF013 + 314 (4,14) 0.0000000 UZF014 + 315 (4,15) 0.0000000 UZF015 + 316 (4,16) 0.0000000 UZF016 + 317 (4,17) 0.0000000 UZF017 + 318 (4,18) 0.0000000 UZF018 + 319 (4,19) 0.0000000 UZF019 + 320 (4,20) 0.0000000 UZF020 + 321 (4,21) 0.0000000 UZF021 + 322 (4,22) 0.0000000 UZF022 + 323 (4,23) 0.0000000 UZF023 + 324 (4,24) 0.0000000 UZF024 + 325 (4,25) 0.0000000 UZF025 + 326 (4,26) 0.0000000 UZF026 + 327 (4,27) 0.0000000 UZF027 + 328 (4,28) 0.0000000 UZF028 + 329 (4,29) 0.0000000 UZF029 + 330 (4,30) 0.0000000 UZF030 + 331 (4,31) 0.0000000 UZF031 + 332 (4,32) 0.0000000 UZF032 + 333 (4,33) 0.0000000 UZF033 + 334 (4,34) 0.0000000 UZF034 + 335 (4,35) 0.0000000 UZF035 + 336 (4,36) 0.0000000 UZF036 + 337 (4,37) 0.0000000 UZF037 + 338 (4,38) 0.0000000 UZF038 + 339 (4,39) 0.0000000 UZF039 + 340 (4,40) 0.0000000 UZF040 + 341 (4,41) 0.0000000 UZF041 + 342 (4,42) 0.0000000 UZF042 + 343 (4,43) 0.0000000 UZF043 + 344 (4,44) 0.0000000 UZF044 + 345 (4,45) 0.0000000 UZF045 + 346 (4,46) 0.0000000 UZF046 + 347 (4,47) 0.0000000 UZF047 + 348 (4,48) 0.0000000 UZF048 + 349 (4,49) 0.0000000 UZF049 + 350 (4,50) 0.0000000 UZF050 + 351 (4,51) 0.0000000 UZF051 + 352 (4,52) 0.0000000 UZF052 + 353 (4,53) 0.0000000 UZF053 + 354 (4,54) 0.0000000 UZF054 + 355 (4,55) 0.0000000 UZF055 + 356 (4,56) 0.0000000 UZF056 + 357 (4,57) 0.0000000 UZF057 + 358 (4,58) 0.0000000 UZF058 + 359 (4,59) 0.0000000 UZF059 + 360 (4,60) 0.0000000 UZF060 + 361 (4,61) 0.0000000 UZF061 + 362 (4,62) 0.0000000 UZF062 + 363 (4,63) 0.0000000 UZF063 + 364 (4,64) 0.0000000 UZF064 + 365 (4,65) 0.0000000 UZF065 + 366 (4,66) 0.0000000 UZF066 + 367 (4,67) 0.0000000 UZF067 + 368 (4,68) 0.0000000 UZF068 + 369 (4,69) 0.0000000 UZF069 + 370 (4,70) 0.0000000 UZF070 + 371 (4,71) 0.0000000 UZF071 + 372 (4,72) 0.0000000 UZF072 + 373 (4,73) 0.0000000 UZF073 + 374 (4,74) 0.0000000 UZF074 + 375 (4,75) 0.0000000 UZF075 + 376 (4,76) 0.0000000 UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 (5,23) 0.0000000 UZF023 + 424 (5,24) 0.0000000 UZF024 + 425 (5,25) 0.0000000 UZF025 + 426 (5,26) 0.0000000 UZF026 + 427 (5,27) 0.0000000 UZF027 + 428 (5,28) 0.0000000 UZF028 + 429 (5,29) 0.0000000 UZF029 + 430 (5,30) 0.0000000 UZF030 + 431 (5,31) 0.0000000 UZF031 + 432 (5,32) 0.0000000 UZF032 + 433 (5,33) 0.0000000 UZF033 + 434 (5,34) 0.0000000 UZF034 + 435 (5,35) 0.0000000 UZF035 + 436 (5,36) 0.0000000 UZF036 + 437 (5,37) 0.0000000 UZF037 + 438 (5,38) 0.0000000 UZF038 + 439 (5,39) 0.0000000 UZF039 + 440 (5,40) 0.0000000 UZF040 + 441 (5,41) 0.0000000 UZF041 + 442 (5,42) 0.0000000 UZF042 + 443 (5,43) 0.0000000 UZF043 + 444 (5,44) 0.0000000 UZF044 + 445 (5,45) 0.0000000 UZF045 + 446 (5,46) 0.0000000 UZF046 + 447 (5,47) 0.0000000 UZF047 + 448 (5,48) 0.0000000 UZF048 + 449 (5,49) 0.0000000 UZF049 + 450 (5,50) 0.0000000 UZF050 + 451 (5,51) 0.0000000 UZF051 + 452 (5,52) 0.0000000 UZF052 + 453 (5,53) 0.0000000 UZF053 + 454 (5,54) 0.0000000 UZF054 + 455 (5,55) 0.0000000 UZF055 + 456 (5,56) 0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 2 STEP 2 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 0.0000000 UZF042 + 43 (1,43) 0.0000000 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.0000000 UZF051 + 52 (1,52) 0.0000000 UZF052 + 53 (1,53) 0.0000000 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.0000000 UZF061 + 62 (1,62) 0.0000000 UZF062 + 63 (1,63) 0.0000000 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.0000000 UZF071 + 72 (1,72) 0.0000000 UZF072 + 73 (1,73) 0.0000000 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 UZF081 + 82 (1,82) 0.0000000 UZF082 + 83 (1,83) 0.0000000 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.0000000 UZF091 + 92 (1,92) 0.0000000 UZF092 + 93 (1,93) 0.0000000 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) -0.0000000 UZF001 + 102 (2,2) -0.0000000 UZF002 + 103 (2,3) -0.0000000 UZF003 + 104 (2,4) -0.0000000 UZF004 + 105 (2,5) -0.0000000 UZF005 + 106 (2,6) -0.0000000 UZF006 + 107 (2,7) -0.0000000 UZF007 + 108 (2,8) -0.0000000 UZF008 + 109 (2,9) -0.0000000 UZF009 + 110 (2,10) -0.0000000 UZF010 + 111 (2,11) -0.0000000 UZF011 + 112 (2,12) -0.0000000 UZF012 + 113 (2,13) -0.0000000 UZF013 + 114 (2,14) -0.0000000 UZF014 + 115 (2,15) -0.0000000 UZF015 + 116 (2,16) -0.0000000 UZF016 + 117 (2,17) -0.0000000 UZF017 + 118 (2,18) -0.0000000 UZF018 + 119 (2,19) -0.0000000 UZF019 + 120 (2,20) -0.0000000 UZF020 + 121 (2,21) -0.0000000 UZF021 + 122 (2,22) -0.0000000 UZF022 + 123 (2,23) -0.0000000 UZF023 + 124 (2,24) -0.0000000 UZF024 + 125 (2,25) -0.0000000 UZF025 + 126 (2,26) -0.0000000 UZF026 + 127 (2,27) -0.0000000 UZF027 + 128 (2,28) -0.0000000 UZF028 + 129 (2,29) -0.0000000 UZF029 + 130 (2,30) -0.0000000 UZF030 + 131 (2,31) -0.0000000 UZF031 + 132 (2,32) -0.0000000 UZF032 + 133 (2,33) -0.0000000 UZF033 + 134 (2,34) -0.0000000 UZF034 + 135 (2,35) -0.0000000 UZF035 + 136 (2,36) -0.0000000 UZF036 + 137 (2,37) -0.0000000 UZF037 + 138 (2,38) -0.0000000 UZF038 + 139 (2,39) -0.0000000 UZF039 + 140 (2,40) -0.0000000 UZF040 + 141 (2,41) -0.0000000 UZF041 + 142 (2,42) -0.0000000 UZF042 + 143 (2,43) -0.0000000 UZF043 + 144 (2,44) -0.0000000 UZF044 + 145 (2,45) -0.0000000 UZF045 + 146 (2,46) -0.0000000 UZF046 + 147 (2,47) -0.0000000 UZF047 + 148 (2,48) -0.0000000 UZF048 + 149 (2,49) -0.0000000 UZF049 + 150 (2,50) -0.0000000 UZF050 + 151 (2,51) -0.0000000 UZF051 + 152 (2,52) -0.0000000 UZF052 + 153 (2,53) -0.0000000 UZF053 + 154 (2,54) -0.0000000 UZF054 + 155 (2,55) -0.0000000 UZF055 + 156 (2,56) -0.0000000 UZF056 + 157 (2,57) -0.0000000 UZF057 + 158 (2,58) -0.0000000 UZF058 + 159 (2,59) -0.0000000 UZF059 + 160 (2,60) -0.0000000 UZF060 + 161 (2,61) -0.0000000 UZF061 + 162 (2,62) -0.0000000 UZF062 + 163 (2,63) -0.0000000 UZF063 + 164 (2,64) -0.0000000 UZF064 + 165 (2,65) -0.0000000 UZF065 + 166 (2,66) -0.0000000 UZF066 + 167 (2,67) -0.0000000 UZF067 + 168 (2,68) -0.0000000 UZF068 + 169 (2,69) -0.0000000 UZF069 + 170 (2,70) -0.0000000 UZF070 + 171 (2,71) -0.0000000 UZF071 + 172 (2,72) -0.0000000 UZF072 + 173 (2,73) -0.0000000 UZF073 + 174 (2,74) -0.0000000 UZF074 + 175 (2,75) -0.0000000 UZF075 + 176 (2,76) -0.0000000 UZF076 + 177 (2,77) -0.0000000 UZF077 + 178 (2,78) -0.0000000 UZF078 + 179 (2,79) -0.0000000 UZF079 + 180 (2,80) -0.0000000 UZF080 + 181 (2,81) -0.0000000 UZF081 + 182 (2,82) -0.0000000 UZF082 + 183 (2,83) -0.0000000 UZF083 + 184 (2,84) -0.0000000 UZF084 + 185 (2,85) -0.0000000 UZF085 + 186 (2,86) -0.0000000 UZF086 + 187 (2,87) -0.0000000 UZF087 + 188 (2,88) -0.0000000 UZF088 + 189 (2,89) -0.0000000 UZF089 + 190 (2,90) -0.0000000 UZF090 + 191 (2,91) -0.0000000 UZF091 + 192 (2,92) -0.0000000 UZF092 + 193 (2,93) -0.0000000 UZF093 + 194 (2,94) -0.0000000 UZF094 + 195 (2,95) -0.0000000 UZF095 + 196 (2,96) -0.0000000 UZF096 + 197 (2,97) -0.0000000 UZF097 + 198 (2,98) -0.0000000 UZF098 + 199 (2,99) -0.0000000 UZF099 + 200 (2,100) -0.0000000 UZF100 + 201 (3,1) -0.0000000 UZF001 + 202 (3,2) -0.0000000 UZF002 + 203 (3,3) -0.0000000 UZF003 + 204 (3,4) -0.0000000 UZF004 + 205 (3,5) -0.0000000 UZF005 + 206 (3,6) -0.0000000 UZF006 + 207 (3,7) -0.0000000 UZF007 + 208 (3,8) -0.0000000 UZF008 + 209 (3,9) -0.0000000 UZF009 + 210 (3,10) -0.0000000 UZF010 + 211 (3,11) -0.0000000 UZF011 + 212 (3,12) -0.0000000 UZF012 + 213 (3,13) -0.0000000 UZF013 + 214 (3,14) -0.0000000 UZF014 + 215 (3,15) -0.0000000 UZF015 + 216 (3,16) -0.0000000 UZF016 + 217 (3,17) -0.0000000 UZF017 + 218 (3,18) -0.0000000 UZF018 + 219 (3,19) -0.0000000 UZF019 + 220 (3,20) -0.0000000 UZF020 + 221 (3,21) -0.0000000 UZF021 + 222 (3,22) -0.0000000 UZF022 + 223 (3,23) -0.0000000 UZF023 + 224 (3,24) -0.0000000 UZF024 + 225 (3,25) -0.0000000 UZF025 + 226 (3,26) -0.0000000 UZF026 + 227 (3,27) -0.0000000 UZF027 + 228 (3,28) -0.0000000 UZF028 + 229 (3,29) -0.0000000 UZF029 + 230 (3,30) -0.0000000 UZF030 + 231 (3,31) -0.0000000 UZF031 + 232 (3,32) -0.0000000 UZF032 + 233 (3,33) -0.0000000 UZF033 + 234 (3,34) -0.0000000 UZF034 + 235 (3,35) -0.0000000 UZF035 + 236 (3,36) -0.0000000 UZF036 + 237 (3,37) -0.0000000 UZF037 + 238 (3,38) -0.0000000 UZF038 + 239 (3,39) -0.0000000 UZF039 + 240 (3,40) -0.0000000 UZF040 + 241 (3,41) -0.0000000 UZF041 + 242 (3,42) -0.0000000 UZF042 + 243 (3,43) -0.0000000 UZF043 + 244 (3,44) -0.0000000 UZF044 + 245 (3,45) -0.0000000 UZF045 + 246 (3,46) -0.0000000 UZF046 + 247 (3,47) -0.0000000 UZF047 + 248 (3,48) -0.0000000 UZF048 + 249 (3,49) -0.0000000 UZF049 + 250 (3,50) -0.0000000 UZF050 + 251 (3,51) -0.0000000 UZF051 + 252 (3,52) -0.0000000 UZF052 + 253 (3,53) -0.0000000 UZF053 + 254 (3,54) -0.0000000 UZF054 + 255 (3,55) -0.0000000 UZF055 + 256 (3,56) -0.0000000 UZF056 + 257 (3,57) -0.0000000 UZF057 + 258 (3,58) -0.0000000 UZF058 + 259 (3,59) -0.0000000 UZF059 + 260 (3,60) -0.0000000 UZF060 + 261 (3,61) -0.0000000 UZF061 + 262 (3,62) -0.0000000 UZF062 + 263 (3,63) -0.0000000 UZF063 + 264 (3,64) -0.0000000 UZF064 + 265 (3,65) -0.0000000 UZF065 + 266 (3,66) -0.0000000 UZF066 + 267 (3,67) -0.0000000 UZF067 + 268 (3,68) -0.0000000 UZF068 + 269 (3,69) -0.0000000 UZF069 + 270 (3,70) -0.0000000 UZF070 + 271 (3,71) -0.0000000 UZF071 + 272 (3,72) -0.0000000 UZF072 + 273 (3,73) -0.0000000 UZF073 + 274 (3,74) -0.0000000 UZF074 + 275 (3,75) -0.0000000 UZF075 + 276 (3,76) -0.0000000 UZF076 + 277 (3,77) -0.0000000 UZF077 + 278 (3,78) -0.0000000 UZF078 + 279 (3,79) -0.0000000 UZF079 + 280 (3,80) -0.0000000 UZF080 + 281 (3,81) -0.0000000 UZF081 + 282 (3,82) -0.0000000 UZF082 + 283 (3,83) -0.0000000 UZF083 + 284 (3,84) -0.0000000 UZF084 + 285 (3,85) -0.0000000 UZF085 + 286 (3,86) -0.0000000 UZF086 + 287 (3,87) -0.0000000 UZF087 + 288 (3,88) -0.0000000 UZF088 + 289 (3,89) -0.0000000 UZF089 + 290 (3,90) -0.0000000 UZF090 + 291 (3,91) -0.0000000 UZF091 + 292 (3,92) -0.0000000 UZF092 + 293 (3,93) -0.0000000 UZF093 + 294 (3,94) -0.0000000 UZF094 + 295 (3,95) -0.0000000 UZF095 + 296 (3,96) -0.0000000 UZF096 + 297 (3,97) -0.0000000 UZF097 + 298 (3,98) -0.0000000 UZF098 + 299 (3,99) -0.0000000 UZF099 + 300 (3,100) -0.0000000 UZF100 + 301 (4,1) -0.0000000 UZF001 + 302 (4,2) -0.0000000 UZF002 + 303 (4,3) -0.0000000 UZF003 + 304 (4,4) -0.0000000 UZF004 + 305 (4,5) -0.0000000 UZF005 + 306 (4,6) -0.0000000 UZF006 + 307 (4,7) -0.0000000 UZF007 + 308 (4,8) -0.0000000 UZF008 + 309 (4,9) -0.0000000 UZF009 + 310 (4,10) -0.0000000 UZF010 + 311 (4,11) -0.0000000 UZF011 + 312 (4,12) -0.0000000 UZF012 + 313 (4,13) -0.0000000 UZF013 + 314 (4,14) -0.0000000 UZF014 + 315 (4,15) -0.0000000 UZF015 + 316 (4,16) -0.0000000 UZF016 + 317 (4,17) -0.0000000 UZF017 + 318 (4,18) -0.0000000 UZF018 + 319 (4,19) -0.0000000 UZF019 + 320 (4,20) -0.0000000 UZF020 + 321 (4,21) -0.0000000 UZF021 + 322 (4,22) -0.0000000 UZF022 + 323 (4,23) -0.0000000 UZF023 + 324 (4,24) -0.0000000 UZF024 + 325 (4,25) -0.0000000 UZF025 + 326 (4,26) -0.0000000 UZF026 + 327 (4,27) -0.0000000 UZF027 + 328 (4,28) -0.0000000 UZF028 + 329 (4,29) -0.0000000 UZF029 + 330 (4,30) 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54 55 56 57 58 59 60 + 61 62 63 64 65 66 67 68 69 70 + 71 72 73 74 75 76 77 78 79 80 + 81 82 83 84 85 86 87 88 89 90 + 91 92 93 94 95 96 97 98 99 100 + ................................................................................................................................................................ + 1 18.7038 18.6205 18.4528 18.1985 17.8536 17.4113 16.8588 16.1684 15.2730 14.0001 + 18.7038 18.6205 18.4528 18.1985 17.8536 17.4113 16.8588 16.1684 15.2730 14.0001 + 18.7038 18.6205 18.4528 18.1985 17.8536 17.4113 16.8588 16.1684 15.2730 14.0001 + 18.7038 18.6205 18.4528 18.1985 17.8536 17.4113 16.8588 16.1684 15.2730 14.0001 + 18.7038 18.6205 18.4528 18.1985 17.8536 17.4113 16.8588 16.1684 15.2730 14.0001 + 18.7038 18.6205 18.4528 18.1985 17.8536 17.4113 16.8588 16.1684 15.2730 14.0001 + 18.7038 18.6205 18.4528 18.1985 17.8536 17.4113 16.8588 16.1684 15.2730 14.0001 + 18.7038 18.6205 18.4528 18.1985 17.8536 17.4113 16.8588 16.1684 15.2730 14.0001 + 18.7038 18.6205 18.4528 18.1985 17.8536 17.4113 16.8588 16.1684 15.2730 14.0001 + 18.7038 18.6205 18.4528 18.1985 17.8536 17.4113 16.8588 16.1684 15.2730 14.0001 +1 + HEAD IN LAYER 5 AT END OF TIME STEP 2 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + 11 12 13 14 15 16 17 18 19 20 + 21 22 23 24 25 26 27 28 29 30 + 31 32 33 34 35 36 37 38 39 40 + 41 42 43 44 45 46 47 48 49 50 + 51 52 53 54 55 56 57 58 59 60 + 61 62 63 64 65 66 67 68 69 70 + 71 72 73 74 75 76 77 78 79 80 + 81 82 83 84 85 86 87 88 89 90 + 91 92 93 94 95 96 97 98 99 100 + ................................................................................................................................................................ + 1 18.4861 18.3990 18.2234 17.9559 17.5915 17.1222 16.5372 15.8236 14.9720 14.0000 + 18.4861 18.3990 18.2234 17.9559 17.5915 17.1222 16.5372 15.8236 14.9720 14.0000 + 18.4861 18.3990 18.2234 17.9559 17.5915 17.1222 16.5372 15.8236 14.9720 14.0000 + 18.4861 18.3990 18.2234 17.9559 17.5915 17.1222 16.5372 15.8236 14.9720 14.0000 + 18.4861 18.3990 18.2234 17.9559 17.5915 17.1222 16.5372 15.8236 14.9720 14.0000 + 18.4861 18.3990 18.2234 17.9559 17.5915 17.1222 16.5372 15.8236 14.9720 14.0000 + 18.4861 18.3990 18.2234 17.9559 17.5915 17.1222 16.5372 15.8236 14.9720 14.0000 + 18.4861 18.3990 18.2234 17.9559 17.5915 17.1222 16.5372 15.8236 14.9720 14.0000 + 18.4861 18.3990 18.2234 17.9559 17.5915 17.1222 16.5372 15.8236 14.9720 14.0000 + 18.4861 18.3990 18.2234 17.9559 17.5915 17.1222 16.5372 15.8236 14.9720 14.0000 + + HEAD WILL BE SAVED ON UNIT 1019 AT END OF TIME STEP 2, STRESS PERIOD 2 + + + UZF_0 BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 2, STRESS PERIOD 2 + ------------------------------------------------------------------------------ + + CUMULATIVE UZF_0 L**3 RATES FOR THIS TIME STEP L**3/T + ------------------ ------------------------ + + IN: IN: + --- --- + GWF = 0.0000 GWF = 0.0000 + INFILTRATION = 210.0000 INFILTRATION = 15.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.0000 UZET = 0.0000 + STORAGE = 16.5994 STORAGE = 0.0000 + + TOTAL IN = 226.5994 TOTAL IN = 15.0000 + + OUT: OUT: + ---- ---- + GWF = 214.0920 GWF = 14.7774 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.5184 UZET = 3.9138E-02 + STORAGE = 11.9890 STORAGE = 0.1835 + + TOTAL OUT = 226.5994 TOTAL OUT = 15.0000 + + IN - OUT = 1.6900E-06 IN - OUT = 3.0198E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 2, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.6081E-02 STO-SS = 3.4177E-04 STORAGE + STO-SY = 35.3137 STO-SY = 0.7275 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 214.0920 UZF-GWRCH = 14.7774 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 249.4518 TOTAL IN = 15.5052 + + OUT: OUT: + ---- ---- + STO-SS = 7.9608E-04 STO-SS = 0.0000 STORAGE + STO-SY = 11.9499 STO-SY = 0.0000 STORAGE + GHB = 236.7371 GHB = 15.4547 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.7640 UZF-GWET = 5.0563E-02 UZF_0 + + TOTAL OUT = 249.4518 TOTAL OUT = 15.5052 + + IN - OUT = -4.3436E-07 IN - OUT = -2.6616E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 2 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 3.45600E+05 5760.0 96.000 4.0000 1.09514E-02 + TOTAL TIME 1.20960E+06 20160. 336.00 14.000 3.83299E-02 + + +end timestep + + +start timestep kper="2" kstp="3" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1018 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1018 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1018 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1018 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1014 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 3, STRESS PERIOD 2 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 2 STEP 3 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.0511747 + 2 (4,20) -1.0511747 + 3 (4,30) -1.0511747 + 4 (4,40) -1.0511747 + 5 (4,50) -1.0511747 + 6 (4,60) -1.0511747 + 7 (4,70) -1.0511747 + 8 (4,80) -1.0511747 + 9 (4,90) -1.0511747 + 10 (4,100) -1.0511747 + 11 (5,10) -0.48215781 + 12 (5,20) -0.48215781 + 13 (5,30) -0.48215781 + 14 (5,40) -0.48215781 + 15 (5,50) -0.48215781 + 16 (5,60) -0.48215781 + 17 (5,70) -0.48215781 + 18 (5,80) -0.48215781 + 19 (5,90) -0.48215781 + 20 (5,100) -0.48215781 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 2 STEP 3 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14771533 UZF001 + 2 (1,2) 0.14774569 UZF002 + 3 (1,3) 0.14784222 UZF003 + 4 (1,4) 0.14825820 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14771533 UZF011 + 12 (1,12) 0.14774569 UZF012 + 13 (1,13) 0.14784222 UZF013 + 14 (1,14) 0.14825820 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14771533 UZF021 + 22 (1,22) 0.14774569 UZF022 + 23 (1,23) 0.14784222 UZF023 + 24 (1,24) 0.14825820 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14771533 UZF031 + 32 (1,32) 0.14774569 UZF032 + 33 (1,33) 0.14784222 UZF033 + 34 (1,34) 0.14825820 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14771533 UZF041 + 42 (1,42) 0.14774569 UZF042 + 43 (1,43) 0.14784222 UZF043 + 44 (1,44) 0.14825820 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14771533 UZF051 + 52 (1,52) 0.14774569 UZF052 + 53 (1,53) 0.14784222 UZF053 + 54 (1,54) 0.14825820 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14771533 UZF061 + 62 (1,62) 0.14774569 UZF062 + 63 (1,63) 0.14784222 UZF063 + 64 (1,64) 0.14825820 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14771533 UZF071 + 72 (1,72) 0.14774569 UZF072 + 73 (1,73) 0.14784222 UZF073 + 74 (1,74) 0.14825820 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14771533 UZF081 + 82 (1,82) 0.14774569 UZF082 + 83 (1,83) 0.14784222 UZF083 + 84 (1,84) 0.14825820 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14771533 UZF091 + 92 (1,92) 0.14774569 UZF092 + 93 (1,93) 0.14784222 UZF093 + 94 (1,94) 0.14825820 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.0000000 UZF004 + 105 (2,5) 0.14808240 UZF005 + 106 (2,6) 0.14825340 UZF006 + 107 (2,7) 0.14836631 UZF007 + 108 (2,8) 0.14845272 UZF008 + 109 (2,9) 0.14851631 UZF009 + 110 (2,10) 0.14854874 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.0000000 UZF014 + 115 (2,15) 0.14808240 UZF015 + 116 (2,16) 0.14825340 UZF016 + 117 (2,17) 0.14836631 UZF017 + 118 (2,18) 0.14845272 UZF018 + 119 (2,19) 0.14851631 UZF019 + 120 (2,20) 0.14854874 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.0000000 UZF024 + 125 (2,25) 0.14808240 UZF025 + 126 (2,26) 0.14825340 UZF026 + 127 (2,27) 0.14836631 UZF027 + 128 (2,28) 0.14845272 UZF028 + 129 (2,29) 0.14851631 UZF029 + 130 (2,30) 0.14854874 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.0000000 UZF034 + 135 (2,35) 0.14808240 UZF035 + 136 (2,36) 0.14825340 UZF036 + 137 (2,37) 0.14836631 UZF037 + 138 (2,38) 0.14845272 UZF038 + 139 (2,39) 0.14851631 UZF039 + 140 (2,40) 0.14854874 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.0000000 UZF044 + 145 (2,45) 0.14808240 UZF045 + 146 (2,46) 0.14825340 UZF046 + 147 (2,47) 0.14836631 UZF047 + 148 (2,48) 0.14845272 UZF048 + 149 (2,49) 0.14851631 UZF049 + 150 (2,50) 0.14854874 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.0000000 UZF054 + 155 (2,55) 0.14808240 UZF055 + 156 (2,56) 0.14825340 UZF056 + 157 (2,57) 0.14836631 UZF057 + 158 (2,58) 0.14845272 UZF058 + 159 (2,59) 0.14851631 UZF059 + 160 (2,60) 0.14854874 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.0000000 UZF064 + 165 (2,65) 0.14808240 UZF065 + 166 (2,66) 0.14825340 UZF066 + 167 (2,67) 0.14836631 UZF067 + 168 (2,68) 0.14845272 UZF068 + 169 (2,69) 0.14851631 UZF069 + 170 (2,70) 0.14854874 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.0000000 UZF074 + 175 (2,75) 0.14808240 UZF075 + 176 (2,76) 0.14825340 UZF076 + 177 (2,77) 0.14836631 UZF077 + 178 (2,78) 0.14845272 UZF078 + 179 (2,79) 0.14851631 UZF079 + 180 (2,80) 0.14854874 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.0000000 UZF084 + 185 (2,85) 0.14808240 UZF085 + 186 (2,86) 0.14825340 UZF086 + 187 (2,87) 0.14836631 UZF087 + 188 (2,88) 0.14845272 UZF088 + 189 (2,89) 0.14851631 UZF089 + 190 (2,90) 0.14854874 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.0000000 UZF094 + 195 (2,95) 0.14808240 UZF095 + 196 (2,96) 0.14825340 UZF096 + 197 (2,97) 0.14836631 UZF097 + 198 (2,98) 0.14845272 UZF098 + 199 (2,99) 0.14851631 UZF099 + 200 (2,100) 0.14854874 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 0.0000000 UZF076 + 277 (3,77) 0.0000000 UZF077 + 278 (3,78) 0.0000000 UZF078 + 279 (3,79) 0.0000000 UZF079 + 280 (3,80) 0.0000000 UZF080 + 281 (3,81) 0.0000000 UZF081 + 282 (3,82) 0.0000000 UZF082 + 283 (3,83) 0.0000000 UZF083 + 284 (3,84) 0.0000000 UZF084 + 285 (3,85) 0.0000000 UZF085 + 286 (3,86) 0.0000000 UZF086 + 287 (3,87) 0.0000000 UZF087 + 288 (3,88) 0.0000000 UZF088 + 289 (3,89) 0.0000000 UZF089 + 290 (3,90) 0.0000000 UZF090 + 291 (3,91) 0.0000000 UZF091 + 292 (3,92) 0.0000000 UZF092 + 293 (3,93) 0.0000000 UZF093 + 294 (3,94) 0.0000000 UZF094 + 295 (3,95) 0.0000000 UZF095 + 296 (3,96) 0.0000000 UZF096 + 297 (3,97) 0.0000000 UZF097 + 298 (3,98) 0.0000000 UZF098 + 299 (3,99) 0.0000000 UZF099 + 300 (3,100) 0.0000000 UZF100 + 301 (4,1) 0.0000000 UZF001 + 302 (4,2) 0.0000000 UZF002 + 303 (4,3) 0.0000000 UZF003 + 304 (4,4) 0.0000000 UZF004 + 305 (4,5) 0.0000000 UZF005 + 306 (4,6) 0.0000000 UZF006 + 307 (4,7) 0.0000000 UZF007 + 308 (4,8) 0.0000000 UZF008 + 309 (4,9) 0.0000000 UZF009 + 310 (4,10) 0.0000000 UZF010 + 311 (4,11) 0.0000000 UZF011 + 312 (4,12) 0.0000000 UZF012 + 313 (4,13) 0.0000000 UZF013 + 314 (4,14) 0.0000000 UZF014 + 315 (4,15) 0.0000000 UZF015 + 316 (4,16) 0.0000000 UZF016 + 317 (4,17) 0.0000000 UZF017 + 318 (4,18) 0.0000000 UZF018 + 319 (4,19) 0.0000000 UZF019 + 320 (4,20) 0.0000000 UZF020 + 321 (4,21) 0.0000000 UZF021 + 322 (4,22) 0.0000000 UZF022 + 323 (4,23) 0.0000000 UZF023 + 324 (4,24) 0.0000000 UZF024 + 325 (4,25) 0.0000000 UZF025 + 326 (4,26) 0.0000000 UZF026 + 327 (4,27) 0.0000000 UZF027 + 328 (4,28) 0.0000000 UZF028 + 329 (4,29) 0.0000000 UZF029 + 330 (4,30) 0.0000000 UZF030 + 331 (4,31) 0.0000000 UZF031 + 332 (4,32) 0.0000000 UZF032 + 333 (4,33) 0.0000000 UZF033 + 334 (4,34) 0.0000000 UZF034 + 335 (4,35) 0.0000000 UZF035 + 336 (4,36) 0.0000000 UZF036 + 337 (4,37) 0.0000000 UZF037 + 338 (4,38) 0.0000000 UZF038 + 339 (4,39) 0.0000000 UZF039 + 340 (4,40) 0.0000000 UZF040 + 341 (4,41) 0.0000000 UZF041 + 342 (4,42) 0.0000000 UZF042 + 343 (4,43) 0.0000000 UZF043 + 344 (4,44) 0.0000000 UZF044 + 345 (4,45) 0.0000000 UZF045 + 346 (4,46) 0.0000000 UZF046 + 347 (4,47) 0.0000000 UZF047 + 348 (4,48) 0.0000000 UZF048 + 349 (4,49) 0.0000000 UZF049 + 350 (4,50) 0.0000000 UZF050 + 351 (4,51) 0.0000000 UZF051 + 352 (4,52) 0.0000000 UZF052 + 353 (4,53) 0.0000000 UZF053 + 354 (4,54) 0.0000000 UZF054 + 355 (4,55) 0.0000000 UZF055 + 356 (4,56) 0.0000000 UZF056 + 357 (4,57) 0.0000000 UZF057 + 358 (4,58) 0.0000000 UZF058 + 359 (4,59) 0.0000000 UZF059 + 360 (4,60) 0.0000000 UZF060 + 361 (4,61) 0.0000000 UZF061 + 362 (4,62) 0.0000000 UZF062 + 363 (4,63) 0.0000000 UZF063 + 364 (4,64) 0.0000000 UZF064 + 365 (4,65) 0.0000000 UZF065 + 366 (4,66) 0.0000000 UZF066 + 367 (4,67) 0.0000000 UZF067 + 368 (4,68) 0.0000000 UZF068 + 369 (4,69) 0.0000000 UZF069 + 370 (4,70) 0.0000000 UZF070 + 371 (4,71) 0.0000000 UZF071 + 372 (4,72) 0.0000000 UZF072 + 373 (4,73) 0.0000000 UZF073 + 374 (4,74) 0.0000000 UZF074 + 375 (4,75) 0.0000000 UZF075 + 376 (4,76) 0.0000000 UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 (5,23) 0.0000000 UZF023 + 424 (5,24) 0.0000000 UZF024 + 425 (5,25) 0.0000000 UZF025 + 426 (5,26) 0.0000000 UZF026 + 427 (5,27) 0.0000000 UZF027 + 428 (5,28) 0.0000000 UZF028 + 429 (5,29) 0.0000000 UZF029 + 430 (5,30) 0.0000000 UZF030 + 431 (5,31) 0.0000000 UZF031 + 432 (5,32) 0.0000000 UZF032 + 433 (5,33) 0.0000000 UZF033 + 434 (5,34) 0.0000000 UZF034 + 435 (5,35) 0.0000000 UZF035 + 436 (5,36) 0.0000000 UZF036 + 437 (5,37) 0.0000000 UZF037 + 438 (5,38) 0.0000000 UZF038 + 439 (5,39) 0.0000000 UZF039 + 440 (5,40) 0.0000000 UZF040 + 441 (5,41) 0.0000000 UZF041 + 442 (5,42) 0.0000000 UZF042 + 443 (5,43) 0.0000000 UZF043 + 444 (5,44) 0.0000000 UZF044 + 445 (5,45) 0.0000000 UZF045 + 446 (5,46) 0.0000000 UZF046 + 447 (5,47) 0.0000000 UZF047 + 448 (5,48) 0.0000000 UZF048 + 449 (5,49) 0.0000000 UZF049 + 450 (5,50) 0.0000000 UZF050 + 451 (5,51) 0.0000000 UZF051 + 452 (5,52) 0.0000000 UZF052 + 453 (5,53) 0.0000000 UZF053 + 454 (5,54) 0.0000000 UZF054 + 455 (5,55) 0.0000000 UZF055 + 456 (5,56) 0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 2 STEP 3 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 0.0000000 UZF042 + 43 (1,43) 0.0000000 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.0000000 UZF051 + 52 (1,52) 0.0000000 UZF052 + 53 (1,53) 0.0000000 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.0000000 UZF061 + 62 (1,62) 0.0000000 UZF062 + 63 (1,63) 0.0000000 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.0000000 UZF071 + 72 (1,72) 0.0000000 UZF072 + 73 (1,73) 0.0000000 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 UZF081 + 82 (1,82) 0.0000000 UZF082 + 83 (1,83) 0.0000000 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.0000000 UZF091 + 92 (1,92) 0.0000000 UZF092 + 93 (1,93) 0.0000000 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) -0.0000000 UZF001 + 102 (2,2) -0.0000000 UZF002 + 103 (2,3) -0.0000000 UZF003 + 104 (2,4) -0.0000000 UZF004 + 105 (2,5) -0.0000000 UZF005 + 106 (2,6) -0.0000000 UZF006 + 107 (2,7) -0.0000000 UZF007 + 108 (2,8) -0.0000000 UZF008 + 109 (2,9) -0.0000000 UZF009 + 110 (2,10) -0.0000000 UZF010 + 111 (2,11) -0.0000000 UZF011 + 112 (2,12) -0.0000000 UZF012 + 113 (2,13) -0.0000000 UZF013 + 114 (2,14) -0.0000000 UZF014 + 115 (2,15) -0.0000000 UZF015 + 116 (2,16) -0.0000000 UZF016 + 117 (2,17) -0.0000000 UZF017 + 118 (2,18) -0.0000000 UZF018 + 119 (2,19) -0.0000000 UZF019 + 120 (2,20) -0.0000000 UZF020 + 121 (2,21) -0.0000000 UZF021 + 122 (2,22) -0.0000000 UZF022 + 123 (2,23) -0.0000000 UZF023 + 124 (2,24) -0.0000000 UZF024 + 125 (2,25) -0.0000000 UZF025 + 126 (2,26) -0.0000000 UZF026 + 127 (2,27) -0.0000000 UZF027 + 128 (2,28) -0.0000000 UZF028 + 129 (2,29) -0.0000000 UZF029 + 130 (2,30) 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................................................................................................................................................................ + 1 19.0867 19.0109 18.8588 18.6299 18.3245 17.9447 17.4983 17.0020 16.4986 16.0986 + 19.0867 19.0109 18.8588 18.6299 18.3245 17.9447 17.4983 17.0020 16.4986 16.0986 + 19.0867 19.0109 18.8588 18.6299 18.3245 17.9447 17.4983 17.0020 16.4986 16.0986 + 19.0867 19.0109 18.8588 18.6299 18.3245 17.9447 17.4983 17.0020 16.4986 16.0986 + 19.0867 19.0109 18.8588 18.6299 18.3245 17.9447 17.4983 17.0020 16.4986 16.0986 + 19.0867 19.0109 18.8588 18.6299 18.3245 17.9447 17.4983 17.0020 16.4986 16.0986 + 19.0867 19.0109 18.8588 18.6299 18.3245 17.9447 17.4983 17.0020 16.4986 16.0986 + 19.0867 19.0109 18.8588 18.6299 18.3245 17.9447 17.4983 17.0020 16.4986 16.0986 + 19.0867 19.0109 18.8588 18.6299 18.3245 17.9447 17.4983 17.0020 16.4986 16.0986 + 19.0867 19.0109 18.8588 18.6299 18.3245 17.9447 17.4983 17.0020 16.4986 16.0986 +1 + HEAD IN LAYER 4 AT END OF TIME STEP 3 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + 11 12 13 14 15 16 17 18 19 20 + 21 22 23 24 25 26 27 28 29 30 + 31 32 33 34 35 36 37 38 39 40 + 41 42 43 44 45 46 47 48 49 50 + 51 52 53 54 55 56 57 58 59 60 + 61 62 63 64 65 66 67 68 69 70 + 71 72 73 74 75 76 77 78 79 80 + 81 82 83 84 85 86 87 88 89 90 + 91 92 93 94 95 96 97 98 99 100 + ................................................................................................................................................................ + 1 18.6649 18.5825 18.4165 18.1645 17.8227 17.3842 16.8363 16.1514 15.2631 14.0001 + 18.6649 18.5825 18.4165 18.1645 17.8227 17.3842 16.8363 16.1514 15.2631 14.0001 + 18.6649 18.5825 18.4165 18.1645 17.8227 17.3842 16.8363 16.1514 15.2631 14.0001 + 18.6649 18.5825 18.4165 18.1645 17.8227 17.3842 16.8363 16.1514 15.2631 14.0001 + 18.6649 18.5825 18.4165 18.1645 17.8227 17.3842 16.8363 16.1514 15.2631 14.0001 + 18.6649 18.5825 18.4165 18.1645 17.8227 17.3842 16.8363 16.1514 15.2631 14.0001 + 18.6649 18.5825 18.4165 18.1645 17.8227 17.3842 16.8363 16.1514 15.2631 14.0001 + 18.6649 18.5825 18.4165 18.1645 17.8227 17.3842 16.8363 16.1514 15.2631 14.0001 + 18.6649 18.5825 18.4165 18.1645 17.8227 17.3842 16.8363 16.1514 15.2631 14.0001 + 18.6649 18.5825 18.4165 18.1645 17.8227 17.3842 16.8363 16.1514 15.2631 14.0001 +1 + HEAD IN LAYER 5 AT END OF TIME STEP 3 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + 11 12 13 14 15 16 17 18 19 20 + 21 22 23 24 25 26 27 28 29 30 + 31 32 33 34 35 36 37 38 39 40 + 41 42 43 44 45 46 47 48 49 50 + 51 52 53 54 55 56 57 58 59 60 + 61 62 63 64 65 66 67 68 69 70 + 71 72 73 74 75 76 77 78 79 80 + 81 82 83 84 85 86 87 88 89 90 + 91 92 93 94 95 96 97 98 99 100 + ................................................................................................................................................................ + 1 18.4493 18.3630 18.1890 17.9239 17.5626 17.0972 16.5170 15.8091 14.9643 14.0000 + 18.4493 18.3630 18.1890 17.9239 17.5626 17.0972 16.5170 15.8091 14.9643 14.0000 + 18.4493 18.3630 18.1890 17.9239 17.5626 17.0972 16.5170 15.8091 14.9643 14.0000 + 18.4493 18.3630 18.1890 17.9239 17.5626 17.0972 16.5170 15.8091 14.9643 14.0000 + 18.4493 18.3630 18.1890 17.9239 17.5626 17.0972 16.5170 15.8091 14.9643 14.0000 + 18.4493 18.3630 18.1890 17.9239 17.5626 17.0972 16.5170 15.8091 14.9643 14.0000 + 18.4493 18.3630 18.1890 17.9239 17.5626 17.0972 16.5170 15.8091 14.9643 14.0000 + 18.4493 18.3630 18.1890 17.9239 17.5626 17.0972 16.5170 15.8091 14.9643 14.0000 + 18.4493 18.3630 18.1890 17.9239 17.5626 17.0972 16.5170 15.8091 14.9643 14.0000 + 18.4493 18.3630 18.1890 17.9239 17.5626 17.0972 16.5170 15.8091 14.9643 14.0000 + + HEAD WILL BE SAVED ON UNIT 1019 AT END OF TIME STEP 3, STRESS PERIOD 2 + + + UZF_0 BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 3, STRESS PERIOD 2 + ------------------------------------------------------------------------------ + + CUMULATIVE UZF_0 L**3 RATES FOR THIS TIME STEP L**3/T + ------------------ ------------------------ + + IN: IN: + --- --- + GWF = 0.0000 GWF = 0.0000 + INFILTRATION = 240.0000 INFILTRATION = 15.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.0000 UZET = 0.0000 + STORAGE = 16.5994 STORAGE = 0.0000 + + TOTAL IN = 256.5994 TOTAL IN = 15.0000 + + OUT: OUT: + ---- ---- + GWF = 243.7276 GWF = 14.8178 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.5971 UZET = 3.9362E-02 + STORAGE = 12.2747 STORAGE = 0.1428 + + TOTAL OUT = 256.5994 TOTAL OUT = 15.0000 + + IN - OUT = 1.6900E-06 IN - OUT = 2.6645E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 3, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.6635E-02 STO-SS = 2.7716E-04 STORAGE + STO-SY = 36.4447 STO-SY = 0.5655 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 243.7276 UZF-GWRCH = 14.8178 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 280.2189 TOTAL IN = 15.3836 + + OUT: OUT: + ---- ---- + STO-SS = 7.9608E-04 STO-SS = 0.0000 STORAGE + STO-SY = 11.9499 STO-SY = 0.0000 STORAGE + GHB = 267.4038 GHB = 15.3333 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.8645 UZF-GWET = 5.0262E-02 UZF_0 + + TOTAL OUT = 280.2189 TOTAL OUT = 15.3836 + + IN - OUT = -5.5085E-07 IN - OUT = -5.8245E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 3 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 5.18400E+05 8640.0 144.00 6.0000 1.64271E-02 + TOTAL TIME 1.38240E+06 23040. 384.00 16.000 4.38056E-02 + + +end timestep + + +start timestep kper="2" kstp="4" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1018 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1018 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1018 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1018 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1014 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 4, STRESS PERIOD 2 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 2 STEP 4 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.0447634 + 2 (4,20) -1.0447634 + 3 (4,30) -1.0447634 + 4 (4,40) -1.0447634 + 5 (4,50) -1.0447634 + 6 (4,60) -1.0447634 + 7 (4,70) -1.0447634 + 8 (4,80) -1.0447634 + 9 (4,90) -1.0447634 + 10 (4,100) -1.0447634 + 11 (5,10) -0.47913967 + 12 (5,20) -0.47913967 + 13 (5,30) -0.47913967 + 14 (5,40) -0.47913967 + 15 (5,50) -0.47913967 + 16 (5,60) -0.47913967 + 17 (5,70) -0.47913967 + 18 (5,80) -0.47913967 + 19 (5,90) -0.47913967 + 20 (5,100) -0.47913967 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 2 STEP 4 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14816322 UZF001 + 2 (1,2) 0.14819039 UZF002 + 3 (1,3) 0.14826821 UZF003 + 4 (1,4) 0.14862093 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14816322 UZF011 + 12 (1,12) 0.14819039 UZF012 + 13 (1,13) 0.14826821 UZF013 + 14 (1,14) 0.14862093 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14816322 UZF021 + 22 (1,22) 0.14819039 UZF022 + 23 (1,23) 0.14826821 UZF023 + 24 (1,24) 0.14862093 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14816322 UZF031 + 32 (1,32) 0.14819039 UZF032 + 33 (1,33) 0.14826821 UZF033 + 34 (1,34) 0.14862093 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14816322 UZF041 + 42 (1,42) 0.14819039 UZF042 + 43 (1,43) 0.14826821 UZF043 + 44 (1,44) 0.14862093 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14816322 UZF051 + 52 (1,52) 0.14819039 UZF052 + 53 (1,53) 0.14826821 UZF053 + 54 (1,54) 0.14862093 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14816322 UZF061 + 62 (1,62) 0.14819039 UZF062 + 63 (1,63) 0.14826821 UZF063 + 64 (1,64) 0.14862093 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14816322 UZF071 + 72 (1,72) 0.14819039 UZF072 + 73 (1,73) 0.14826821 UZF073 + 74 (1,74) 0.14862093 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14816322 UZF081 + 82 (1,82) 0.14819039 UZF082 + 83 (1,83) 0.14826821 UZF083 + 84 (1,84) 0.14862093 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14816322 UZF091 + 92 (1,92) 0.14819039 UZF092 + 93 (1,93) 0.14826821 UZF093 + 94 (1,94) 0.14862093 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.0000000 UZF004 + 105 (2,5) 0.14834715 UZF005 + 106 (2,6) 0.14849451 UZF006 + 107 (2,7) 0.14860907 UZF007 + 108 (2,8) 0.14869993 UZF008 + 109 (2,9) 0.14876655 UZF009 + 110 (2,10) 0.14880178 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.0000000 UZF014 + 115 (2,15) 0.14834715 UZF015 + 116 (2,16) 0.14849451 UZF016 + 117 (2,17) 0.14860907 UZF017 + 118 (2,18) 0.14869993 UZF018 + 119 (2,19) 0.14876655 UZF019 + 120 (2,20) 0.14880178 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.0000000 UZF024 + 125 (2,25) 0.14834715 UZF025 + 126 (2,26) 0.14849451 UZF026 + 127 (2,27) 0.14860907 UZF027 + 128 (2,28) 0.14869993 UZF028 + 129 (2,29) 0.14876655 UZF029 + 130 (2,30) 0.14880178 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.0000000 UZF034 + 135 (2,35) 0.14834715 UZF035 + 136 (2,36) 0.14849451 UZF036 + 137 (2,37) 0.14860907 UZF037 + 138 (2,38) 0.14869993 UZF038 + 139 (2,39) 0.14876655 UZF039 + 140 (2,40) 0.14880178 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.0000000 UZF044 + 145 (2,45) 0.14834715 UZF045 + 146 (2,46) 0.14849451 UZF046 + 147 (2,47) 0.14860907 UZF047 + 148 (2,48) 0.14869993 UZF048 + 149 (2,49) 0.14876655 UZF049 + 150 (2,50) 0.14880178 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.0000000 UZF054 + 155 (2,55) 0.14834715 UZF055 + 156 (2,56) 0.14849451 UZF056 + 157 (2,57) 0.14860907 UZF057 + 158 (2,58) 0.14869993 UZF058 + 159 (2,59) 0.14876655 UZF059 + 160 (2,60) 0.14880178 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.0000000 UZF064 + 165 (2,65) 0.14834715 UZF065 + 166 (2,66) 0.14849451 UZF066 + 167 (2,67) 0.14860907 UZF067 + 168 (2,68) 0.14869993 UZF068 + 169 (2,69) 0.14876655 UZF069 + 170 (2,70) 0.14880178 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.0000000 UZF074 + 175 (2,75) 0.14834715 UZF075 + 176 (2,76) 0.14849451 UZF076 + 177 (2,77) 0.14860907 UZF077 + 178 (2,78) 0.14869993 UZF078 + 179 (2,79) 0.14876655 UZF079 + 180 (2,80) 0.14880178 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.0000000 UZF084 + 185 (2,85) 0.14834715 UZF085 + 186 (2,86) 0.14849451 UZF086 + 187 (2,87) 0.14860907 UZF087 + 188 (2,88) 0.14869993 UZF088 + 189 (2,89) 0.14876655 UZF089 + 190 (2,90) 0.14880178 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.0000000 UZF094 + 195 (2,95) 0.14834715 UZF095 + 196 (2,96) 0.14849451 UZF096 + 197 (2,97) 0.14860907 UZF097 + 198 (2,98) 0.14869993 UZF098 + 199 (2,99) 0.14876655 UZF099 + 200 (2,100) 0.14880178 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 0.0000000 UZF076 + 277 (3,77) 0.0000000 UZF077 + 278 (3,78) 0.0000000 UZF078 + 279 (3,79) 0.0000000 UZF079 + 280 (3,80) 0.0000000 UZF080 + 281 (3,81) 0.0000000 UZF081 + 282 (3,82) 0.0000000 UZF082 + 283 (3,83) 0.0000000 UZF083 + 284 (3,84) 0.0000000 UZF084 + 285 (3,85) 0.0000000 UZF085 + 286 (3,86) 0.0000000 UZF086 + 287 (3,87) 0.0000000 UZF087 + 288 (3,88) 0.0000000 UZF088 + 289 (3,89) 0.0000000 UZF089 + 290 (3,90) 0.0000000 UZF090 + 291 (3,91) 0.0000000 UZF091 + 292 (3,92) 0.0000000 UZF092 + 293 (3,93) 0.0000000 UZF093 + 294 (3,94) 0.0000000 UZF094 + 295 (3,95) 0.0000000 UZF095 + 296 (3,96) 0.0000000 UZF096 + 297 (3,97) 0.0000000 UZF097 + 298 (3,98) 0.0000000 UZF098 + 299 (3,99) 0.0000000 UZF099 + 300 (3,100) 0.0000000 UZF100 + 301 (4,1) 0.0000000 UZF001 + 302 (4,2) 0.0000000 UZF002 + 303 (4,3) 0.0000000 UZF003 + 304 (4,4) 0.0000000 UZF004 + 305 (4,5) 0.0000000 UZF005 + 306 (4,6) 0.0000000 UZF006 + 307 (4,7) 0.0000000 UZF007 + 308 (4,8) 0.0000000 UZF008 + 309 (4,9) 0.0000000 UZF009 + 310 (4,10) 0.0000000 UZF010 + 311 (4,11) 0.0000000 UZF011 + 312 (4,12) 0.0000000 UZF012 + 313 (4,13) 0.0000000 UZF013 + 314 (4,14) 0.0000000 UZF014 + 315 (4,15) 0.0000000 UZF015 + 316 (4,16) 0.0000000 UZF016 + 317 (4,17) 0.0000000 UZF017 + 318 (4,18) 0.0000000 UZF018 + 319 (4,19) 0.0000000 UZF019 + 320 (4,20) 0.0000000 UZF020 + 321 (4,21) 0.0000000 UZF021 + 322 (4,22) 0.0000000 UZF022 + 323 (4,23) 0.0000000 UZF023 + 324 (4,24) 0.0000000 UZF024 + 325 (4,25) 0.0000000 UZF025 + 326 (4,26) 0.0000000 UZF026 + 327 (4,27) 0.0000000 UZF027 + 328 (4,28) 0.0000000 UZF028 + 329 (4,29) 0.0000000 UZF029 + 330 (4,30) 0.0000000 UZF030 + 331 (4,31) 0.0000000 UZF031 + 332 (4,32) 0.0000000 UZF032 + 333 (4,33) 0.0000000 UZF033 + 334 (4,34) 0.0000000 UZF034 + 335 (4,35) 0.0000000 UZF035 + 336 (4,36) 0.0000000 UZF036 + 337 (4,37) 0.0000000 UZF037 + 338 (4,38) 0.0000000 UZF038 + 339 (4,39) 0.0000000 UZF039 + 340 (4,40) 0.0000000 UZF040 + 341 (4,41) 0.0000000 UZF041 + 342 (4,42) 0.0000000 UZF042 + 343 (4,43) 0.0000000 UZF043 + 344 (4,44) 0.0000000 UZF044 + 345 (4,45) 0.0000000 UZF045 + 346 (4,46) 0.0000000 UZF046 + 347 (4,47) 0.0000000 UZF047 + 348 (4,48) 0.0000000 UZF048 + 349 (4,49) 0.0000000 UZF049 + 350 (4,50) 0.0000000 UZF050 + 351 (4,51) 0.0000000 UZF051 + 352 (4,52) 0.0000000 UZF052 + 353 (4,53) 0.0000000 UZF053 + 354 (4,54) 0.0000000 UZF054 + 355 (4,55) 0.0000000 UZF055 + 356 (4,56) 0.0000000 UZF056 + 357 (4,57) 0.0000000 UZF057 + 358 (4,58) 0.0000000 UZF058 + 359 (4,59) 0.0000000 UZF059 + 360 (4,60) 0.0000000 UZF060 + 361 (4,61) 0.0000000 UZF061 + 362 (4,62) 0.0000000 UZF062 + 363 (4,63) 0.0000000 UZF063 + 364 (4,64) 0.0000000 UZF064 + 365 (4,65) 0.0000000 UZF065 + 366 (4,66) 0.0000000 UZF066 + 367 (4,67) 0.0000000 UZF067 + 368 (4,68) 0.0000000 UZF068 + 369 (4,69) 0.0000000 UZF069 + 370 (4,70) 0.0000000 UZF070 + 371 (4,71) 0.0000000 UZF071 + 372 (4,72) 0.0000000 UZF072 + 373 (4,73) 0.0000000 UZF073 + 374 (4,74) 0.0000000 UZF074 + 375 (4,75) 0.0000000 UZF075 + 376 (4,76) 0.0000000 UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 (5,23) 0.0000000 UZF023 + 424 (5,24) 0.0000000 UZF024 + 425 (5,25) 0.0000000 UZF025 + 426 (5,26) 0.0000000 UZF026 + 427 (5,27) 0.0000000 UZF027 + 428 (5,28) 0.0000000 UZF028 + 429 (5,29) 0.0000000 UZF029 + 430 (5,30) 0.0000000 UZF030 + 431 (5,31) 0.0000000 UZF031 + 432 (5,32) 0.0000000 UZF032 + 433 (5,33) 0.0000000 UZF033 + 434 (5,34) 0.0000000 UZF034 + 435 (5,35) 0.0000000 UZF035 + 436 (5,36) 0.0000000 UZF036 + 437 (5,37) 0.0000000 UZF037 + 438 (5,38) 0.0000000 UZF038 + 439 (5,39) 0.0000000 UZF039 + 440 (5,40) 0.0000000 UZF040 + 441 (5,41) 0.0000000 UZF041 + 442 (5,42) 0.0000000 UZF042 + 443 (5,43) 0.0000000 UZF043 + 444 (5,44) 0.0000000 UZF044 + 445 (5,45) 0.0000000 UZF045 + 446 (5,46) 0.0000000 UZF046 + 447 (5,47) 0.0000000 UZF047 + 448 (5,48) 0.0000000 UZF048 + 449 (5,49) 0.0000000 UZF049 + 450 (5,50) 0.0000000 UZF050 + 451 (5,51) 0.0000000 UZF051 + 452 (5,52) 0.0000000 UZF052 + 453 (5,53) 0.0000000 UZF053 + 454 (5,54) 0.0000000 UZF054 + 455 (5,55) 0.0000000 UZF055 + 456 (5,56) 0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 2 STEP 4 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 0.0000000 UZF042 + 43 (1,43) 0.0000000 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.0000000 UZF051 + 52 (1,52) 0.0000000 UZF052 + 53 (1,53) 0.0000000 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.0000000 UZF061 + 62 (1,62) 0.0000000 UZF062 + 63 (1,63) 0.0000000 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.0000000 UZF071 + 72 (1,72) 0.0000000 UZF072 + 73 (1,73) 0.0000000 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 UZF081 + 82 (1,82) 0.0000000 UZF082 + 83 (1,83) 0.0000000 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.0000000 UZF091 + 92 (1,92) 0.0000000 UZF092 + 93 (1,93) 0.0000000 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) -0.0000000 UZF001 + 102 (2,2) -0.0000000 UZF002 + 103 (2,3) -0.0000000 UZF003 + 104 (2,4) -0.0000000 UZF004 + 105 (2,5) -0.0000000 UZF005 + 106 (2,6) -0.0000000 UZF006 + 107 (2,7) -0.0000000 UZF007 + 108 (2,8) -0.0000000 UZF008 + 109 (2,9) -0.0000000 UZF009 + 110 (2,10) -0.0000000 UZF010 + 111 (2,11) -0.0000000 UZF011 + 112 (2,12) -0.0000000 UZF012 + 113 (2,13) -0.0000000 UZF013 + 114 (2,14) -0.0000000 UZF014 + 115 (2,15) -0.0000000 UZF015 + 116 (2,16) -0.0000000 UZF016 + 117 (2,17) -0.0000000 UZF017 + 118 (2,18) -0.0000000 UZF018 + 119 (2,19) -0.0000000 UZF019 + 120 (2,20) -0.0000000 UZF020 + 121 (2,21) -0.0000000 UZF021 + 122 (2,22) -0.0000000 UZF022 + 123 (2,23) -0.0000000 UZF023 + 124 (2,24) -0.0000000 UZF024 + 125 (2,25) -0.0000000 UZF025 + 126 (2,26) -0.0000000 UZF026 + 127 (2,27) -0.0000000 UZF027 + 128 (2,28) -0.0000000 UZF028 + 129 (2,29) -0.0000000 UZF029 + 130 (2,30) -0.0000000 UZF030 + 131 (2,31) -0.0000000 UZF031 + 132 (2,32) -0.0000000 UZF032 + 133 (2,33) -0.0000000 UZF033 + 134 (2,34) -0.0000000 UZF034 + 135 (2,35) -0.0000000 UZF035 + 136 (2,36) -0.0000000 UZF036 + 137 (2,37) -0.0000000 UZF037 + 138 (2,38) -0.0000000 UZF038 + 139 (2,39) -0.0000000 UZF039 + 140 (2,40) -0.0000000 UZF040 + 141 (2,41) -0.0000000 UZF041 + 142 (2,42) -0.0000000 UZF042 + 143 (2,43) -0.0000000 UZF043 + 144 (2,44) -0.0000000 UZF044 + 145 (2,45) -0.0000000 UZF045 + 146 (2,46) -0.0000000 UZF046 + 147 (2,47) -0.0000000 UZF047 + 148 (2,48) -0.0000000 UZF048 + 149 (2,49) -0.0000000 UZF049 + 150 (2,50) -0.0000000 UZF050 + 151 (2,51) 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UZF015 + 216 (3,16) -0.0000000 UZF016 + 217 (3,17) -0.0000000 UZF017 + 218 (3,18) -0.0000000 UZF018 + 219 (3,19) -0.0000000 UZF019 + 220 (3,20) -0.0000000 UZF020 + 221 (3,21) -0.0000000 UZF021 + 222 (3,22) -0.0000000 UZF022 + 223 (3,23) -0.0000000 UZF023 + 224 (3,24) -0.0000000 UZF024 + 225 (3,25) -0.0000000 UZF025 + 226 (3,26) -0.0000000 UZF026 + 227 (3,27) -0.0000000 UZF027 + 228 (3,28) -0.0000000 UZF028 + 229 (3,29) -0.0000000 UZF029 + 230 (3,30) -0.0000000 UZF030 + 231 (3,31) -0.0000000 UZF031 + 232 (3,32) -0.0000000 UZF032 + 233 (3,33) -0.0000000 UZF033 + 234 (3,34) -0.0000000 UZF034 + 235 (3,35) -0.0000000 UZF035 + 236 (3,36) -0.0000000 UZF036 + 237 (3,37) -0.0000000 UZF037 + 238 (3,38) -0.0000000 UZF038 + 239 (3,39) -0.0000000 UZF039 + 240 (3,40) -0.0000000 UZF040 + 241 (3,41) -0.0000000 UZF041 + 242 (3,42) -0.0000000 UZF042 + 243 (3,43) -0.0000000 UZF043 + 244 (3,44) -0.0000000 UZF044 + 245 (3,45) -0.0000000 UZF045 + 246 (3,46) -0.0000000 UZF046 + 247 (3,47) -0.0000000 UZF047 + 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UZF008 + 409 (5,9) -0.0000000 UZF009 + 410 (5,10) -0.0000000 UZF010 + 411 (5,11) -0.0000000 UZF011 + 412 (5,12) -0.0000000 UZF012 + 413 (5,13) -0.0000000 UZF013 + 414 (5,14) -0.0000000 UZF014 + 415 (5,15) -0.0000000 UZF015 + 416 (5,16) -0.0000000 UZF016 + 417 (5,17) -0.0000000 UZF017 + 418 (5,18) -0.0000000 UZF018 + 419 (5,19) -0.0000000 UZF019 + 420 (5,20) -0.0000000 UZF020 + 421 (5,21) -0.0000000 UZF021 + 422 (5,22) -0.0000000 UZF022 + 423 (5,23) -0.0000000 UZF023 + 424 (5,24) -0.0000000 UZF024 + 425 (5,25) -0.0000000 UZF025 + 426 (5,26) -0.0000000 UZF026 + 427 (5,27) -0.0000000 UZF027 + 428 (5,28) -0.0000000 UZF028 + 429 (5,29) -0.0000000 UZF029 + 430 (5,30) -0.0000000 UZF030 + 431 (5,31) -0.0000000 UZF031 + 432 (5,32) -0.0000000 UZF032 + 433 (5,33) -0.0000000 UZF033 + 434 (5,34) -0.0000000 UZF034 + 435 (5,35) -0.0000000 UZF035 + 436 (5,36) -0.0000000 UZF036 + 437 (5,37) -0.0000000 UZF037 + 438 (5,38) -0.0000000 UZF038 + 439 (5,39) -0.0000000 UZF039 + 440 (5,40) -0.0000000 UZF040 + 441 (5,41) -0.0000000 UZF041 + 442 (5,42) -0.0000000 UZF042 + 443 (5,43) -0.0000000 UZF043 + 444 (5,44) -0.0000000 UZF044 + 445 (5,45) -0.0000000 UZF045 + 446 (5,46) -0.0000000 UZF046 + 447 (5,47) -0.0000000 UZF047 + 448 (5,48) -0.0000000 UZF048 + 449 (5,49) -0.0000000 UZF049 + 450 (5,50) -0.0000000 UZF050 + 451 (5,51) -0.0000000 UZF051 + 452 (5,52) -0.0000000 UZF052 + 453 (5,53) -0.0000000 UZF053 + 454 (5,54) -0.0000000 UZF054 + 455 (5,55) -0.0000000 UZF055 + 456 (5,56) -0.0000000 UZF056 + 457 (5,57) -0.0000000 UZF057 + 458 (5,58) -0.0000000 UZF058 + 459 (5,59) -0.0000000 UZF059 + 460 (5,60) -0.0000000 UZF060 + 461 (5,61) -0.0000000 UZF061 + 462 (5,62) -0.0000000 UZF062 + 463 (5,63) -0.0000000 UZF063 + 464 (5,64) -0.0000000 UZF064 + 465 (5,65) -0.0000000 UZF065 + 466 (5,66) -0.0000000 UZF066 + 467 (5,67) -0.0000000 UZF067 + 468 (5,68) -0.0000000 UZF068 + 469 (5,69) -0.0000000 UZF069 + 470 (5,70) -0.0000000 UZF070 + 471 (5,71) -0.0000000 UZF071 + 472 (5,72) -0.0000000 UZF072 + 473 (5,73) -0.0000000 UZF073 + 474 (5,74) -0.0000000 UZF074 + 475 (5,75) -0.0000000 UZF075 + 476 (5,76) -0.0000000 UZF076 + 477 (5,77) -0.0000000 UZF077 + 478 (5,78) -0.0000000 UZF078 + 479 (5,79) -0.0000000 UZF079 + 480 (5,80) -0.0000000 UZF080 + 481 (5,81) -0.0000000 UZF081 + 482 (5,82) -0.0000000 UZF082 + 483 (5,83) -0.0000000 UZF083 + 484 (5,84) -0.0000000 UZF084 + 485 (5,85) -0.0000000 UZF085 + 486 (5,86) -0.0000000 UZF086 + 487 (5,87) -0.0000000 UZF087 + 488 (5,88) -0.0000000 UZF088 + 489 (5,89) -0.0000000 UZF089 + 490 (5,90) -0.0000000 UZF090 + 491 (5,91) -0.0000000 UZF091 + 492 (5,92) -0.0000000 UZF092 + 493 (5,93) -0.0000000 UZF093 + 494 (5,94) -0.0000000 UZF094 + 495 (5,95) -0.0000000 UZF095 + 496 (5,96) -0.0000000 UZF096 + 497 (5,97) -0.0000000 UZF097 + 498 (5,98) -0.0000000 UZF098 + 499 (5,99) -0.0000000 UZF099 + 500 (5,100) -0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWET PACKAGE (UZF_0) FLOW RATES PERIOD 2 STEP 4 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) -4.63473330E-04 UZF001 + 2 (1,2) -4.57310816E-04 UZF002 + 3 (1,3) -4.45167012E-04 UZF003 + 4 (1,4) -4.26638409E-04 UZF004 + 5 (1,5) -0.0000000 UZF005 + 6 (1,6) -0.0000000 UZF006 + 7 (1,7) -0.0000000 UZF007 + 8 (1,8) -0.0000000 UZF008 + 9 (1,9) -0.0000000 UZF009 + 10 (1,10) -0.0000000 UZF010 + 11 (1,11) -4.63473330E-04 UZF011 + 12 (1,12) -4.57310816E-04 UZF012 + 13 (1,13) -4.45167012E-04 UZF013 + 14 (1,14) -4.26638409E-04 UZF014 + 15 (1,15) -0.0000000 UZF015 + 16 (1,16) -0.0000000 UZF016 + 17 (1,17) -0.0000000 UZF017 + 18 (1,18) -0.0000000 UZF018 + 19 (1,19) -0.0000000 UZF019 + 20 (1,20) -0.0000000 UZF020 + 21 (1,21) -4.63473330E-04 UZF021 + 22 (1,22) -4.57310816E-04 UZF022 + 23 (1,23) -4.45167012E-04 UZF023 + 24 (1,24) -4.26638409E-04 UZF024 + 25 (1,25) -0.0000000 UZF025 + 26 (1,26) -0.0000000 UZF026 + 27 (1,27) -0.0000000 UZF027 + 28 (1,28) -0.0000000 UZF028 + 29 (1,29) -0.0000000 UZF029 + 30 (1,30) -0.0000000 UZF030 + 31 (1,31) -4.63473330E-04 UZF031 + 32 (1,32) -4.57310816E-04 UZF032 + 33 (1,33) -4.45167012E-04 UZF033 + 34 (1,34) -4.26638409E-04 UZF034 + 35 (1,35) -0.0000000 UZF035 + 36 (1,36) -0.0000000 UZF036 + 37 (1,37) -0.0000000 UZF037 + 38 (1,38) -0.0000000 UZF038 + 39 (1,39) -0.0000000 UZF039 + 40 (1,40) -0.0000000 UZF040 + 41 (1,41) -4.63473330E-04 UZF041 + 42 (1,42) -4.57310816E-04 UZF042 + 43 (1,43) -4.45167012E-04 UZF043 + 44 (1,44) -4.26638409E-04 UZF044 + 45 (1,45) -0.0000000 UZF045 + 46 (1,46) -0.0000000 UZF046 + 47 (1,47) -0.0000000 UZF047 + 48 (1,48) -0.0000000 UZF048 + 49 (1,49) -0.0000000 UZF049 + 50 (1,50) -0.0000000 UZF050 + 51 (1,51) -4.63473330E-04 UZF051 + 52 (1,52) -4.57310816E-04 UZF052 + 53 (1,53) -4.45167012E-04 UZF053 + 54 (1,54) -4.26638409E-04 UZF054 + 55 (1,55) -0.0000000 UZF055 + 56 (1,56) -0.0000000 UZF056 + 57 (1,57) -0.0000000 UZF057 + 58 (1,58) -0.0000000 UZF058 + 59 (1,59) -0.0000000 UZF059 + 60 (1,60) -0.0000000 UZF060 + 61 (1,61) -4.63473330E-04 UZF061 + 62 (1,62) -4.57310816E-04 UZF062 + 63 (1,63) -4.45167012E-04 UZF063 + 64 (1,64) -4.26638409E-04 UZF064 + 65 (1,65) -0.0000000 UZF065 + 66 (1,66) -0.0000000 UZF066 + 67 (1,67) -0.0000000 UZF067 + 68 (1,68) -0.0000000 UZF068 + 69 (1,69) -0.0000000 UZF069 + 70 (1,70) -0.0000000 UZF070 + 71 (1,71) -4.63473330E-04 UZF071 + 72 (1,72) -4.57310816E-04 UZF072 + 73 (1,73) -4.45167012E-04 UZF073 + 74 (1,74) -4.26638409E-04 UZF074 + 75 (1,75) -0.0000000 UZF075 + 76 (1,76) -0.0000000 UZF076 + 77 (1,77) -0.0000000 UZF077 + 78 (1,78) -0.0000000 UZF078 + 79 (1,79) -0.0000000 UZF079 + 80 (1,80) -0.0000000 UZF080 + 81 (1,81) -4.63473330E-04 UZF081 + 82 (1,82) -4.57310816E-04 UZF082 + 83 (1,83) -4.45167012E-04 UZF083 + 84 (1,84) -4.26638409E-04 UZF084 + 85 (1,85) -0.0000000 UZF085 + 86 (1,86) -0.0000000 UZF086 + 87 (1,87) -0.0000000 UZF087 + 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51 52 53 54 55 56 57 58 59 60 + 61 62 63 64 65 66 67 68 69 70 + 71 72 73 74 75 76 77 78 79 80 + 81 82 83 84 85 86 87 88 89 90 + 91 92 93 94 95 96 97 98 99 100 + ................................................................................................................................................................ + 1 18.4204 18.3348 18.1619 17.8987 17.5398 17.0775 16.5011 15.7978 14.9583 14.0000 + 18.4204 18.3348 18.1619 17.8987 17.5398 17.0775 16.5011 15.7978 14.9583 14.0000 + 18.4204 18.3348 18.1619 17.8987 17.5398 17.0775 16.5011 15.7978 14.9583 14.0000 + 18.4204 18.3348 18.1619 17.8987 17.5398 17.0775 16.5011 15.7978 14.9583 14.0000 + 18.4204 18.3348 18.1619 17.8987 17.5398 17.0775 16.5011 15.7978 14.9583 14.0000 + 18.4204 18.3348 18.1619 17.8987 17.5398 17.0775 16.5011 15.7978 14.9583 14.0000 + 18.4204 18.3348 18.1619 17.8987 17.5398 17.0775 16.5011 15.7978 14.9583 14.0000 + 18.4204 18.3348 18.1619 17.8987 17.5398 17.0775 16.5011 15.7978 14.9583 14.0000 + 18.4204 18.3348 18.1619 17.8987 17.5398 17.0775 16.5011 15.7978 14.9583 14.0000 + 18.4204 18.3348 18.1619 17.8987 17.5398 17.0775 16.5011 15.7978 14.9583 14.0000 + + HEAD WILL BE SAVED ON UNIT 1019 AT END OF TIME STEP 4, STRESS PERIOD 2 + + + UZF_0 BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 4, STRESS PERIOD 2 + ------------------------------------------------------------------------------ + + CUMULATIVE UZF_0 L**3 RATES FOR THIS TIME STEP L**3/T + ------------------ ------------------------ + + IN: IN: + --- --- + GWF = 0.0000 GWF = 0.0000 + INFILTRATION = 270.0000 INFILTRATION = 15.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.0000 UZET = 0.0000 + STORAGE = 16.5994 STORAGE = 0.0000 + + TOTAL IN = 286.5994 TOTAL IN = 15.0000 + + OUT: OUT: + ---- ---- + GWF = 273.4268 GWF = 14.8496 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.6762 UZET = 3.9535E-02 + STORAGE = 12.4964 STORAGE = 0.1108 + + TOTAL OUT = 286.5994 TOTAL OUT = 15.0000 + + IN - OUT = 1.6900E-06 IN - OUT = 2.3093E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 4, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.7069E-02 STO-SS = 2.1696E-04 STORAGE + STO-SY = 37.3232 STO-SY = 0.4392 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 273.4268 UZF-GWRCH = 14.8496 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 310.7971 TOTAL IN = 15.2891 + + OUT: OUT: + ---- ---- + STO-SS = 7.9608E-04 STO-SS = 0.0000 STORAGE + STO-SY = 11.9499 STO-SY = 0.0000 STORAGE + GHB = 297.8819 GHB = 15.2390 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.9646 UZF-GWET = 5.0028E-02 UZF_0 + + TOTAL OUT = 310.7971 TOTAL OUT = 15.2891 + + IN - OUT = -6.6273E-07 IN - OUT = -5.5939E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 4 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 6.91200E+05 11520. 192.00 8.0000 2.19028E-02 + TOTAL TIME 1.55520E+06 25920. 432.00 18.000 4.92813E-02 + + +end timestep + + +start timestep kper="2" kstp="5" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1018 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1018 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1018 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1018 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1014 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 5, STRESS PERIOD 2 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 2 STEP 5 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.0358054 + 2 (4,20) -1.0358054 + 3 (4,30) -1.0358054 + 4 (4,40) -1.0358054 + 5 (4,50) -1.0358054 + 6 (4,60) -1.0358054 + 7 (4,70) -1.0358054 + 8 (4,80) -1.0358054 + 9 (4,90) -1.0358054 + 10 (4,100) -1.0358054 + 11 (5,10) -0.47447799 + 12 (5,20) -0.47447799 + 13 (5,30) -0.47447799 + 14 (5,40) -0.47447799 + 15 (5,50) -0.47447799 + 16 (5,60) -0.47447799 + 17 (5,70) -0.47447799 + 18 (5,80) -0.47447799 + 19 (5,90) -0.47447799 + 20 (5,100) -0.47447799 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 2 STEP 5 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14793295 UZF001 + 2 (1,2) 0.14774731 UZF002 + 3 (1,3) 0.14651291 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14793295 UZF011 + 12 (1,12) 0.14774731 UZF012 + 13 (1,13) 0.14651291 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14793295 UZF021 + 22 (1,22) 0.14774731 UZF022 + 23 (1,23) 0.14651291 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14793295 UZF031 + 32 (1,32) 0.14774731 UZF032 + 33 (1,33) 0.14651291 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14793295 UZF041 + 42 (1,42) 0.14774731 UZF042 + 43 (1,43) 0.14651291 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14793295 UZF051 + 52 (1,52) 0.14774731 UZF052 + 53 (1,53) 0.14651291 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14793295 UZF061 + 62 (1,62) 0.14774731 UZF062 + 63 (1,63) 0.14651291 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14793295 UZF071 + 72 (1,72) 0.14774731 UZF072 + 73 (1,73) 0.14651291 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14793295 UZF081 + 82 (1,82) 0.14774731 UZF082 + 83 (1,83) 0.14651291 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14793295 UZF091 + 92 (1,92) 0.14774731 UZF092 + 93 (1,93) 0.14651291 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.11805883 UZF004 + 105 (2,5) 0.14740460 UZF005 + 106 (2,6) 0.14788301 UZF006 + 107 (2,7) 0.14820776 UZF007 + 108 (2,8) 0.14844054 UZF008 + 109 (2,9) 0.14860354 UZF009 + 110 (2,10) 0.14869364 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.11805883 UZF014 + 115 (2,15) 0.14740460 UZF015 + 116 (2,16) 0.14788301 UZF016 + 117 (2,17) 0.14820776 UZF017 + 118 (2,18) 0.14844054 UZF018 + 119 (2,19) 0.14860354 UZF019 + 120 (2,20) 0.14869364 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.11805883 UZF024 + 125 (2,25) 0.14740460 UZF025 + 126 (2,26) 0.14788301 UZF026 + 127 (2,27) 0.14820776 UZF027 + 128 (2,28) 0.14844054 UZF028 + 129 (2,29) 0.14860354 UZF029 + 130 (2,30) 0.14869364 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.11805883 UZF034 + 135 (2,35) 0.14740460 UZF035 + 136 (2,36) 0.14788301 UZF036 + 137 (2,37) 0.14820776 UZF037 + 138 (2,38) 0.14844054 UZF038 + 139 (2,39) 0.14860354 UZF039 + 140 (2,40) 0.14869364 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.11805883 UZF044 + 145 (2,45) 0.14740460 UZF045 + 146 (2,46) 0.14788301 UZF046 + 147 (2,47) 0.14820776 UZF047 + 148 (2,48) 0.14844054 UZF048 + 149 (2,49) 0.14860354 UZF049 + 150 (2,50) 0.14869364 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.11805883 UZF054 + 155 (2,55) 0.14740460 UZF055 + 156 (2,56) 0.14788301 UZF056 + 157 (2,57) 0.14820776 UZF057 + 158 (2,58) 0.14844054 UZF058 + 159 (2,59) 0.14860354 UZF059 + 160 (2,60) 0.14869364 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.11805883 UZF064 + 165 (2,65) 0.14740460 UZF065 + 166 (2,66) 0.14788301 UZF066 + 167 (2,67) 0.14820776 UZF067 + 168 (2,68) 0.14844054 UZF068 + 169 (2,69) 0.14860354 UZF069 + 170 (2,70) 0.14869364 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.11805883 UZF074 + 175 (2,75) 0.14740460 UZF075 + 176 (2,76) 0.14788301 UZF076 + 177 (2,77) 0.14820776 UZF077 + 178 (2,78) 0.14844054 UZF078 + 179 (2,79) 0.14860354 UZF079 + 180 (2,80) 0.14869364 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.11805883 UZF084 + 185 (2,85) 0.14740460 UZF085 + 186 (2,86) 0.14788301 UZF086 + 187 (2,87) 0.14820776 UZF087 + 188 (2,88) 0.14844054 UZF088 + 189 (2,89) 0.14860354 UZF089 + 190 (2,90) 0.14869364 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.11805883 UZF094 + 195 (2,95) 0.14740460 UZF095 + 196 (2,96) 0.14788301 UZF096 + 197 (2,97) 0.14820776 UZF097 + 198 (2,98) 0.14844054 UZF098 + 199 (2,99) 0.14860354 UZF099 + 200 (2,100) 0.14869364 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 0.0000000 UZF076 + 277 (3,77) 0.0000000 UZF077 + 278 (3,78) 0.0000000 UZF078 + 279 (3,79) 0.0000000 UZF079 + 280 (3,80) 0.0000000 UZF080 + 281 (3,81) 0.0000000 UZF081 + 282 (3,82) 0.0000000 UZF082 + 283 (3,83) 0.0000000 UZF083 + 284 (3,84) 0.0000000 UZF084 + 285 (3,85) 0.0000000 UZF085 + 286 (3,86) 0.0000000 UZF086 + 287 (3,87) 0.0000000 UZF087 + 288 (3,88) 0.0000000 UZF088 + 289 (3,89) 0.0000000 UZF089 + 290 (3,90) 0.0000000 UZF090 + 291 (3,91) 0.0000000 UZF091 + 292 (3,92) 0.0000000 UZF092 + 293 (3,93) 0.0000000 UZF093 + 294 (3,94) 0.0000000 UZF094 + 295 (3,95) 0.0000000 UZF095 + 296 (3,96) 0.0000000 UZF096 + 297 (3,97) 0.0000000 UZF097 + 298 (3,98) 0.0000000 UZF098 + 299 (3,99) 0.0000000 UZF099 + 300 (3,100) 0.0000000 UZF100 + 301 (4,1) 0.0000000 UZF001 + 302 (4,2) 0.0000000 UZF002 + 303 (4,3) 0.0000000 UZF003 + 304 (4,4) 0.0000000 UZF004 + 305 (4,5) 0.0000000 UZF005 + 306 (4,6) 0.0000000 UZF006 + 307 (4,7) 0.0000000 UZF007 + 308 (4,8) 0.0000000 UZF008 + 309 (4,9) 0.0000000 UZF009 + 310 (4,10) 0.0000000 UZF010 + 311 (4,11) 0.0000000 UZF011 + 312 (4,12) 0.0000000 UZF012 + 313 (4,13) 0.0000000 UZF013 + 314 (4,14) 0.0000000 UZF014 + 315 (4,15) 0.0000000 UZF015 + 316 (4,16) 0.0000000 UZF016 + 317 (4,17) 0.0000000 UZF017 + 318 (4,18) 0.0000000 UZF018 + 319 (4,19) 0.0000000 UZF019 + 320 (4,20) 0.0000000 UZF020 + 321 (4,21) 0.0000000 UZF021 + 322 (4,22) 0.0000000 UZF022 + 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0.0000000 UZF056 + 357 (4,57) 0.0000000 UZF057 + 358 (4,58) 0.0000000 UZF058 + 359 (4,59) 0.0000000 UZF059 + 360 (4,60) 0.0000000 UZF060 + 361 (4,61) 0.0000000 UZF061 + 362 (4,62) 0.0000000 UZF062 + 363 (4,63) 0.0000000 UZF063 + 364 (4,64) 0.0000000 UZF064 + 365 (4,65) 0.0000000 UZF065 + 366 (4,66) 0.0000000 UZF066 + 367 (4,67) 0.0000000 UZF067 + 368 (4,68) 0.0000000 UZF068 + 369 (4,69) 0.0000000 UZF069 + 370 (4,70) 0.0000000 UZF070 + 371 (4,71) 0.0000000 UZF071 + 372 (4,72) 0.0000000 UZF072 + 373 (4,73) 0.0000000 UZF073 + 374 (4,74) 0.0000000 UZF074 + 375 (4,75) 0.0000000 UZF075 + 376 (4,76) 0.0000000 UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 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0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 2 STEP 5 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 0.0000000 UZF042 + 43 (1,43) 0.0000000 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.0000000 UZF051 + 52 (1,52) 0.0000000 UZF052 + 53 (1,53) 0.0000000 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.0000000 UZF061 + 62 (1,62) 0.0000000 UZF062 + 63 (1,63) 0.0000000 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.0000000 UZF071 + 72 (1,72) 0.0000000 UZF072 + 73 (1,73) 0.0000000 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 UZF081 + 82 (1,82) 0.0000000 UZF082 + 83 (1,83) 0.0000000 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.0000000 UZF091 + 92 (1,92) 0.0000000 UZF092 + 93 (1,93) 0.0000000 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) -0.0000000 UZF001 + 102 (2,2) -0.0000000 UZF002 + 103 (2,3) -0.0000000 UZF003 + 104 (2,4) -0.0000000 UZF004 + 105 (2,5) -0.0000000 UZF005 + 106 (2,6) -0.0000000 UZF006 + 107 (2,7) -0.0000000 UZF007 + 108 (2,8) -0.0000000 UZF008 + 109 (2,9) -0.0000000 UZF009 + 110 (2,10) -0.0000000 UZF010 + 111 (2,11) -0.0000000 UZF011 + 112 (2,12) -0.0000000 UZF012 + 113 (2,13) -0.0000000 UZF013 + 114 (2,14) 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UZF010 + 211 (3,11) -0.0000000 UZF011 + 212 (3,12) -0.0000000 UZF012 + 213 (3,13) -0.0000000 UZF013 + 214 (3,14) -0.0000000 UZF014 + 215 (3,15) -0.0000000 UZF015 + 216 (3,16) -0.0000000 UZF016 + 217 (3,17) -0.0000000 UZF017 + 218 (3,18) -0.0000000 UZF018 + 219 (3,19) -0.0000000 UZF019 + 220 (3,20) -0.0000000 UZF020 + 221 (3,21) -0.0000000 UZF021 + 222 (3,22) -0.0000000 UZF022 + 223 (3,23) -0.0000000 UZF023 + 224 (3,24) -0.0000000 UZF024 + 225 (3,25) -0.0000000 UZF025 + 226 (3,26) -0.0000000 UZF026 + 227 (3,27) -0.0000000 UZF027 + 228 (3,28) -0.0000000 UZF028 + 229 (3,29) -0.0000000 UZF029 + 230 (3,30) -0.0000000 UZF030 + 231 (3,31) -0.0000000 UZF031 + 232 (3,32) -0.0000000 UZF032 + 233 (3,33) -0.0000000 UZF033 + 234 (3,34) -0.0000000 UZF034 + 235 (3,35) -0.0000000 UZF035 + 236 (3,36) -0.0000000 UZF036 + 237 (3,37) -0.0000000 UZF037 + 238 (3,38) -0.0000000 UZF038 + 239 (3,39) -0.0000000 UZF039 + 240 (3,40) -0.0000000 UZF040 + 241 (3,41) -0.0000000 UZF041 + 242 (3,42) -0.0000000 UZF042 + 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0.0000 + + TOTAL IN = 316.5994 TOTAL IN = 15.0000 + + OUT: OUT: + ---- ---- + GWF = 302.4165 GWF = 14.4949 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.7565 UZET = 4.0162E-02 + STORAGE = 13.4263 STORAGE = 0.4650 + + TOTAL OUT = 316.5994 TOTAL OUT = 15.0000 + + IN - OUT = 1.6900E-06 IN - OUT = 2.6645E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 5, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.7752E-02 STO-SS = 3.4150E-04 STORAGE + STO-SY = 38.6356 STO-SY = 0.6562 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 302.4165 UZF-GWRCH = 14.4949 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 341.0999 TOTAL IN = 15.1514 + + OUT: OUT: + ---- ---- + STO-SS = 7.9608E-04 STO-SS = 0.0000 STORAGE + STO-SY = 11.9499 STO-SY = 0.0000 STORAGE + GHB = 328.0875 GHB = 15.1028 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 1.0617 UZF-GWET = 4.8597E-02 UZF_0 + + TOTAL OUT = 341.0999 TOTAL OUT = 15.1514 + + IN - OUT = -7.0010E-07 IN - OUT = -1.8685E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 5 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 8.64000E+05 14400. 240.00 10.000 2.73785E-02 + TOTAL TIME 1.72800E+06 28800. 480.00 20.000 5.47570E-02 + + +end timestep + + +start timestep kper="3" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 3 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 3 IS TRANSIENT + + UBDSV1 SAVING STO-SS ON UNIT 1018 AT TIME STEP 1, STRESS PERIOD 3 + UBDSV1 SAVING STO-SY ON UNIT 1018 AT TIME STEP 1, STRESS PERIOD 3 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1018 AT TIME STEP 1, STRESS PERIOD 3 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1018 AT TIME STEP 1, STRESS PERIOD 3 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 1, STRESS PERIOD 3 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 1, STRESS PERIOD 3 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 1, STRESS PERIOD 3 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 3 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 3 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 3 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 3 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 3 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 3 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 3 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.0326919 + 2 (4,20) -1.0326919 + 3 (4,30) -1.0326919 + 4 (4,40) -1.0326919 + 5 (4,50) -1.0326919 + 6 (4,60) -1.0326919 + 7 (4,70) -1.0326919 + 8 (4,80) -1.0326919 + 9 (4,90) -1.0326919 + 10 (4,100) -1.0326919 + 11 (5,10) -0.47329087 + 12 (5,20) -0.47329087 + 13 (5,30) -0.47329087 + 14 (5,40) -0.47329087 + 15 (5,50) -0.47329087 + 16 (5,60) -0.47329087 + 17 (5,70) -0.47329087 + 18 (5,80) -0.47329087 + 19 (5,90) -0.47329087 + 20 (5,100) -0.47329087 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 3 STEP 1 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14856659 UZF001 + 2 (1,2) 0.14860906 UZF002 + 3 (1,3) 0.14874821 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14856659 UZF011 + 12 (1,12) 0.14860906 UZF012 + 13 (1,13) 0.14874821 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14856659 UZF021 + 22 (1,22) 0.14860906 UZF022 + 23 (1,23) 0.14874821 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14856659 UZF031 + 32 (1,32) 0.14860906 UZF032 + 33 (1,33) 0.14874821 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14856659 UZF041 + 42 (1,42) 0.14860906 UZF042 + 43 (1,43) 0.14874821 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14856659 UZF051 + 52 (1,52) 0.14860906 UZF052 + 53 (1,53) 0.14874821 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14856659 UZF061 + 62 (1,62) 0.14860906 UZF062 + 63 (1,63) 0.14874821 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14856659 UZF071 + 72 (1,72) 0.14860906 UZF072 + 73 (1,73) 0.14874821 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14856659 UZF081 + 82 (1,82) 0.14860906 UZF082 + 83 (1,83) 0.14874821 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14856659 UZF091 + 92 (1,92) 0.14860906 UZF092 + 93 (1,93) 0.14874821 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.14989469 UZF004 + 105 (2,5) 0.14941944 UZF005 + 106 (2,6) 0.14919217 UZF006 + 107 (2,7) 0.14909918 UZF007 + 108 (2,8) 0.14906808 UZF008 + 109 (2,9) 0.14906190 UZF009 + 110 (2,10) 0.14906050 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.14989469 UZF014 + 115 (2,15) 0.14941944 UZF015 + 116 (2,16) 0.14919217 UZF016 + 117 (2,17) 0.14909918 UZF017 + 118 (2,18) 0.14906808 UZF018 + 119 (2,19) 0.14906190 UZF019 + 120 (2,20) 0.14906050 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.14989469 UZF024 + 125 (2,25) 0.14941944 UZF025 + 126 (2,26) 0.14919217 UZF026 + 127 (2,27) 0.14909918 UZF027 + 128 (2,28) 0.14906808 UZF028 + 129 (2,29) 0.14906190 UZF029 + 130 (2,30) 0.14906050 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.14989469 UZF034 + 135 (2,35) 0.14941944 UZF035 + 136 (2,36) 0.14919217 UZF036 + 137 (2,37) 0.14909918 UZF037 + 138 (2,38) 0.14906808 UZF038 + 139 (2,39) 0.14906190 UZF039 + 140 (2,40) 0.14906050 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.14989469 UZF044 + 145 (2,45) 0.14941944 UZF045 + 146 (2,46) 0.14919217 UZF046 + 147 (2,47) 0.14909918 UZF047 + 148 (2,48) 0.14906808 UZF048 + 149 (2,49) 0.14906190 UZF049 + 150 (2,50) 0.14906050 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.14989469 UZF054 + 155 (2,55) 0.14941944 UZF055 + 156 (2,56) 0.14919217 UZF056 + 157 (2,57) 0.14909918 UZF057 + 158 (2,58) 0.14906808 UZF058 + 159 (2,59) 0.14906190 UZF059 + 160 (2,60) 0.14906050 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.14989469 UZF064 + 165 (2,65) 0.14941944 UZF065 + 166 (2,66) 0.14919217 UZF066 + 167 (2,67) 0.14909918 UZF067 + 168 (2,68) 0.14906808 UZF068 + 169 (2,69) 0.14906190 UZF069 + 170 (2,70) 0.14906050 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.14989469 UZF074 + 175 (2,75) 0.14941944 UZF075 + 176 (2,76) 0.14919217 UZF076 + 177 (2,77) 0.14909918 UZF077 + 178 (2,78) 0.14906808 UZF078 + 179 (2,79) 0.14906190 UZF079 + 180 (2,80) 0.14906050 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.14989469 UZF084 + 185 (2,85) 0.14941944 UZF085 + 186 (2,86) 0.14919217 UZF086 + 187 (2,87) 0.14909918 UZF087 + 188 (2,88) 0.14906808 UZF088 + 189 (2,89) 0.14906190 UZF089 + 190 (2,90) 0.14906050 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.14989469 UZF094 + 195 (2,95) 0.14941944 UZF095 + 196 (2,96) 0.14919217 UZF096 + 197 (2,97) 0.14909918 UZF097 + 198 (2,98) 0.14906808 UZF098 + 199 (2,99) 0.14906190 UZF099 + 200 (2,100) 0.14906050 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 0.0000000 UZF076 + 277 (3,77) 0.0000000 UZF077 + 278 (3,78) 0.0000000 UZF078 + 279 (3,79) 0.0000000 UZF079 + 280 (3,80) 0.0000000 UZF080 + 281 (3,81) 0.0000000 UZF081 + 282 (3,82) 0.0000000 UZF082 + 283 (3,83) 0.0000000 UZF083 + 284 (3,84) 0.0000000 UZF084 + 285 (3,85) 0.0000000 UZF085 + 286 (3,86) 0.0000000 UZF086 + 287 (3,87) 0.0000000 UZF087 + 288 (3,88) 0.0000000 UZF088 + 289 (3,89) 0.0000000 UZF089 + 290 (3,90) 0.0000000 UZF090 + 291 (3,91) 0.0000000 UZF091 + 292 (3,92) 0.0000000 UZF092 + 293 (3,93) 0.0000000 UZF093 + 294 (3,94) 0.0000000 UZF094 + 295 (3,95) 0.0000000 UZF095 + 296 (3,96) 0.0000000 UZF096 + 297 (3,97) 0.0000000 UZF097 + 298 (3,98) 0.0000000 UZF098 + 299 (3,99) 0.0000000 UZF099 + 300 (3,100) 0.0000000 UZF100 + 301 (4,1) 0.0000000 UZF001 + 302 (4,2) 0.0000000 UZF002 + 303 (4,3) 0.0000000 UZF003 + 304 (4,4) 0.0000000 UZF004 + 305 (4,5) 0.0000000 UZF005 + 306 (4,6) 0.0000000 UZF006 + 307 (4,7) 0.0000000 UZF007 + 308 (4,8) 0.0000000 UZF008 + 309 (4,9) 0.0000000 UZF009 + 310 (4,10) 0.0000000 UZF010 + 311 (4,11) 0.0000000 UZF011 + 312 (4,12) 0.0000000 UZF012 + 313 (4,13) 0.0000000 UZF013 + 314 (4,14) 0.0000000 UZF014 + 315 (4,15) 0.0000000 UZF015 + 316 (4,16) 0.0000000 UZF016 + 317 (4,17) 0.0000000 UZF017 + 318 (4,18) 0.0000000 UZF018 + 319 (4,19) 0.0000000 UZF019 + 320 (4,20) 0.0000000 UZF020 + 321 (4,21) 0.0000000 UZF021 + 322 (4,22) 0.0000000 UZF022 + 323 (4,23) 0.0000000 UZF023 + 324 (4,24) 0.0000000 UZF024 + 325 (4,25) 0.0000000 UZF025 + 326 (4,26) 0.0000000 UZF026 + 327 (4,27) 0.0000000 UZF027 + 328 (4,28) 0.0000000 UZF028 + 329 (4,29) 0.0000000 UZF029 + 330 (4,30) 0.0000000 UZF030 + 331 (4,31) 0.0000000 UZF031 + 332 (4,32) 0.0000000 UZF032 + 333 (4,33) 0.0000000 UZF033 + 334 (4,34) 0.0000000 UZF034 + 335 (4,35) 0.0000000 UZF035 + 336 (4,36) 0.0000000 UZF036 + 337 (4,37) 0.0000000 UZF037 + 338 (4,38) 0.0000000 UZF038 + 339 (4,39) 0.0000000 UZF039 + 340 (4,40) 0.0000000 UZF040 + 341 (4,41) 0.0000000 UZF041 + 342 (4,42) 0.0000000 UZF042 + 343 (4,43) 0.0000000 UZF043 + 344 (4,44) 0.0000000 UZF044 + 345 (4,45) 0.0000000 UZF045 + 346 (4,46) 0.0000000 UZF046 + 347 (4,47) 0.0000000 UZF047 + 348 (4,48) 0.0000000 UZF048 + 349 (4,49) 0.0000000 UZF049 + 350 (4,50) 0.0000000 UZF050 + 351 (4,51) 0.0000000 UZF051 + 352 (4,52) 0.0000000 UZF052 + 353 (4,53) 0.0000000 UZF053 + 354 (4,54) 0.0000000 UZF054 + 355 (4,55) 0.0000000 UZF055 + 356 (4,56) 0.0000000 UZF056 + 357 (4,57) 0.0000000 UZF057 + 358 (4,58) 0.0000000 UZF058 + 359 (4,59) 0.0000000 UZF059 + 360 (4,60) 0.0000000 UZF060 + 361 (4,61) 0.0000000 UZF061 + 362 (4,62) 0.0000000 UZF062 + 363 (4,63) 0.0000000 UZF063 + 364 (4,64) 0.0000000 UZF064 + 365 (4,65) 0.0000000 UZF065 + 366 (4,66) 0.0000000 UZF066 + 367 (4,67) 0.0000000 UZF067 + 368 (4,68) 0.0000000 UZF068 + 369 (4,69) 0.0000000 UZF069 + 370 (4,70) 0.0000000 UZF070 + 371 (4,71) 0.0000000 UZF071 + 372 (4,72) 0.0000000 UZF072 + 373 (4,73) 0.0000000 UZF073 + 374 (4,74) 0.0000000 UZF074 + 375 (4,75) 0.0000000 UZF075 + 376 (4,76) 0.0000000 UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 (5,23) 0.0000000 UZF023 + 424 (5,24) 0.0000000 UZF024 + 425 (5,25) 0.0000000 UZF025 + 426 (5,26) 0.0000000 UZF026 + 427 (5,27) 0.0000000 UZF027 + 428 (5,28) 0.0000000 UZF028 + 429 (5,29) 0.0000000 UZF029 + 430 (5,30) 0.0000000 UZF030 + 431 (5,31) 0.0000000 UZF031 + 432 (5,32) 0.0000000 UZF032 + 433 (5,33) 0.0000000 UZF033 + 434 (5,34) 0.0000000 UZF034 + 435 (5,35) 0.0000000 UZF035 + 436 (5,36) 0.0000000 UZF036 + 437 (5,37) 0.0000000 UZF037 + 438 (5,38) 0.0000000 UZF038 + 439 (5,39) 0.0000000 UZF039 + 440 (5,40) 0.0000000 UZF040 + 441 (5,41) 0.0000000 UZF041 + 442 (5,42) 0.0000000 UZF042 + 443 (5,43) 0.0000000 UZF043 + 444 (5,44) 0.0000000 UZF044 + 445 (5,45) 0.0000000 UZF045 + 446 (5,46) 0.0000000 UZF046 + 447 (5,47) 0.0000000 UZF047 + 448 (5,48) 0.0000000 UZF048 + 449 (5,49) 0.0000000 UZF049 + 450 (5,50) 0.0000000 UZF050 + 451 (5,51) 0.0000000 UZF051 + 452 (5,52) 0.0000000 UZF052 + 453 (5,53) 0.0000000 UZF053 + 454 (5,54) 0.0000000 UZF054 + 455 (5,55) 0.0000000 UZF055 + 456 (5,56) 0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 3 STEP 1 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 0.0000000 UZF042 + 43 (1,43) 0.0000000 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.0000000 UZF051 + 52 (1,52) 0.0000000 UZF052 + 53 (1,53) 0.0000000 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.0000000 UZF061 + 62 (1,62) 0.0000000 UZF062 + 63 (1,63) 0.0000000 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.0000000 UZF071 + 72 (1,72) 0.0000000 UZF072 + 73 (1,73) 0.0000000 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 UZF081 + 82 (1,82) 0.0000000 UZF082 + 83 (1,83) 0.0000000 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.0000000 UZF091 + 92 (1,92) 0.0000000 UZF092 + 93 (1,93) 0.0000000 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) -0.0000000 UZF001 + 102 (2,2) -0.0000000 UZF002 + 103 (2,3) -0.0000000 UZF003 + 104 (2,4) -0.0000000 UZF004 + 105 (2,5) -0.0000000 UZF005 + 106 (2,6) -0.0000000 UZF006 + 107 (2,7) -0.0000000 UZF007 + 108 (2,8) -0.0000000 UZF008 + 109 (2,9) -0.0000000 UZF009 + 110 (2,10) -0.0000000 UZF010 + 111 (2,11) -0.0000000 UZF011 + 112 (2,12) -0.0000000 UZF012 + 113 (2,13) -0.0000000 UZF013 + 114 (2,14) -0.0000000 UZF014 + 115 (2,15) -0.0000000 UZF015 + 116 (2,16) -0.0000000 UZF016 + 117 (2,17) -0.0000000 UZF017 + 118 (2,18) -0.0000000 UZF018 + 119 (2,19) -0.0000000 UZF019 + 120 (2,20) -0.0000000 UZF020 + 121 (2,21) -0.0000000 UZF021 + 122 (2,22) -0.0000000 UZF022 + 123 (2,23) -0.0000000 UZF023 + 124 (2,24) -0.0000000 UZF024 + 125 (2,25) -0.0000000 UZF025 + 126 (2,26) -0.0000000 UZF026 + 127 (2,27) -0.0000000 UZF027 + 128 (2,28) -0.0000000 UZF028 + 129 (2,29) -0.0000000 UZF029 + 130 (2,30) -0.0000000 UZF030 + 131 (2,31) -0.0000000 UZF031 + 132 (2,32) -0.0000000 UZF032 + 133 (2,33) -0.0000000 UZF033 + 134 (2,34) -0.0000000 UZF034 + 135 (2,35) -0.0000000 UZF035 + 136 (2,36) -0.0000000 UZF036 + 137 (2,37) -0.0000000 UZF037 + 138 (2,38) -0.0000000 UZF038 + 139 (2,39) -0.0000000 UZF039 + 140 (2,40) -0.0000000 UZF040 + 141 (2,41) -0.0000000 UZF041 + 142 (2,42) -0.0000000 UZF042 + 143 (2,43) -0.0000000 UZF043 + 144 (2,44) -0.0000000 UZF044 + 145 (2,45) -0.0000000 UZF045 + 146 (2,46) -0.0000000 UZF046 + 147 (2,47) -0.0000000 UZF047 + 148 (2,48) -0.0000000 UZF048 + 149 (2,49) -0.0000000 UZF049 + 150 (2,50) -0.0000000 UZF050 + 151 (2,51) -0.0000000 UZF051 + 152 (2,52) -0.0000000 UZF052 + 153 (2,53) -0.0000000 UZF053 + 154 (2,54) -0.0000000 UZF054 + 155 (2,55) -0.0000000 UZF055 + 156 (2,56) -0.0000000 UZF056 + 157 (2,57) -0.0000000 UZF057 + 158 (2,58) -0.0000000 UZF058 + 159 (2,59) -0.0000000 UZF059 + 160 (2,60) -0.0000000 UZF060 + 161 (2,61) -0.0000000 UZF061 + 162 (2,62) -0.0000000 UZF062 + 163 (2,63) -0.0000000 UZF063 + 164 (2,64) -0.0000000 UZF064 + 165 (2,65) -0.0000000 UZF065 + 166 (2,66) -0.0000000 UZF066 + 167 (2,67) -0.0000000 UZF067 + 168 (2,68) -0.0000000 UZF068 + 169 (2,69) -0.0000000 UZF069 + 170 (2,70) -0.0000000 UZF070 + 171 (2,71) -0.0000000 UZF071 + 172 (2,72) -0.0000000 UZF072 + 173 (2,73) -0.0000000 UZF073 + 174 (2,74) -0.0000000 UZF074 + 175 (2,75) -0.0000000 UZF075 + 176 (2,76) -0.0000000 UZF076 + 177 (2,77) -0.0000000 UZF077 + 178 (2,78) -0.0000000 UZF078 + 179 (2,79) -0.0000000 UZF079 + 180 (2,80) -0.0000000 UZF080 + 181 (2,81) -0.0000000 UZF081 + 182 (2,82) -0.0000000 UZF082 + 183 (2,83) -0.0000000 UZF083 + 184 (2,84) -0.0000000 UZF084 + 185 (2,85) -0.0000000 UZF085 + 186 (2,86) -0.0000000 UZF086 + 187 (2,87) -0.0000000 UZF087 + 188 (2,88) -0.0000000 UZF088 + 189 (2,89) -0.0000000 UZF089 + 190 (2,90) -0.0000000 UZF090 + 191 (2,91) -0.0000000 UZF091 + 192 (2,92) -0.0000000 UZF092 + 193 (2,93) -0.0000000 UZF093 + 194 (2,94) -0.0000000 UZF094 + 195 (2,95) -0.0000000 UZF095 + 196 (2,96) -0.0000000 UZF096 + 197 (2,97) -0.0000000 UZF097 + 198 (2,98) -0.0000000 UZF098 + 199 (2,99) -0.0000000 UZF099 + 200 (2,100) -0.0000000 UZF100 + 201 (3,1) -0.0000000 UZF001 + 202 (3,2) -0.0000000 UZF002 + 203 (3,3) -0.0000000 UZF003 + 204 (3,4) -0.0000000 UZF004 + 205 (3,5) -0.0000000 UZF005 + 206 (3,6) -0.0000000 UZF006 + 207 (3,7) -0.0000000 UZF007 + 208 (3,8) -0.0000000 UZF008 + 209 (3,9) -0.0000000 UZF009 + 210 (3,10) -0.0000000 UZF010 + 211 (3,11) -0.0000000 UZF011 + 212 (3,12) -0.0000000 UZF012 + 213 (3,13) -0.0000000 UZF013 + 214 (3,14) -0.0000000 UZF014 + 215 (3,15) -0.0000000 UZF015 + 216 (3,16) -0.0000000 UZF016 + 217 (3,17) -0.0000000 UZF017 + 218 (3,18) -0.0000000 UZF018 + 219 (3,19) -0.0000000 UZF019 + 220 (3,20) -0.0000000 UZF020 + 221 (3,21) -0.0000000 UZF021 + 222 (3,22) -0.0000000 UZF022 + 223 (3,23) -0.0000000 UZF023 + 224 (3,24) -0.0000000 UZF024 + 225 (3,25) -0.0000000 UZF025 + 226 (3,26) -0.0000000 UZF026 + 227 (3,27) -0.0000000 UZF027 + 228 (3,28) -0.0000000 UZF028 + 229 (3,29) -0.0000000 UZF029 + 230 (3,30) -0.0000000 UZF030 + 231 (3,31) -0.0000000 UZF031 + 232 (3,32) -0.0000000 UZF032 + 233 (3,33) -0.0000000 UZF033 + 234 (3,34) -0.0000000 UZF034 + 235 (3,35) -0.0000000 UZF035 + 236 (3,36) -0.0000000 UZF036 + 237 (3,37) -0.0000000 UZF037 + 238 (3,38) -0.0000000 UZF038 + 239 (3,39) -0.0000000 UZF039 + 240 (3,40) -0.0000000 UZF040 + 241 (3,41) -0.0000000 UZF041 + 242 (3,42) -0.0000000 UZF042 + 243 (3,43) -0.0000000 UZF043 + 244 (3,44) -0.0000000 UZF044 + 245 (3,45) -0.0000000 UZF045 + 246 (3,46) -0.0000000 UZF046 + 247 (3,47) -0.0000000 UZF047 + 248 (3,48) -0.0000000 UZF048 + 249 (3,49) -0.0000000 UZF049 + 250 (3,50) -0.0000000 UZF050 + 251 (3,51) -0.0000000 UZF051 + 252 (3,52) -0.0000000 UZF052 + 253 (3,53) -0.0000000 UZF053 + 254 (3,54) -0.0000000 UZF054 + 255 (3,55) -0.0000000 UZF055 + 256 (3,56) -0.0000000 UZF056 + 257 (3,57) -0.0000000 UZF057 + 258 (3,58) -0.0000000 UZF058 + 259 (3,59) -0.0000000 UZF059 + 260 (3,60) -0.0000000 UZF060 + 261 (3,61) -0.0000000 UZF061 + 262 (3,62) -0.0000000 UZF062 + 263 (3,63) -0.0000000 UZF063 + 264 (3,64) -0.0000000 UZF064 + 265 (3,65) -0.0000000 UZF065 + 266 (3,66) -0.0000000 UZF066 + 267 (3,67) -0.0000000 UZF067 + 268 (3,68) -0.0000000 UZF068 + 269 (3,69) -0.0000000 UZF069 + 270 (3,70) -0.0000000 UZF070 + 271 (3,71) -0.0000000 UZF071 + 272 (3,72) -0.0000000 UZF072 + 273 (3,73) -0.0000000 UZF073 + 274 (3,74) -0.0000000 UZF074 + 275 (3,75) -0.0000000 UZF075 + 276 (3,76) -0.0000000 UZF076 + 277 (3,77) -0.0000000 UZF077 + 278 (3,78) -0.0000000 UZF078 + 279 (3,79) -0.0000000 UZF079 + 280 (3,80) -0.0000000 UZF080 + 281 (3,81) -0.0000000 UZF081 + 282 (3,82) -0.0000000 UZF082 + 283 (3,83) -0.0000000 UZF083 + 284 (3,84) -0.0000000 UZF084 + 285 (3,85) -0.0000000 UZF085 + 286 (3,86) -0.0000000 UZF086 + 287 (3,87) -0.0000000 UZF087 + 288 (3,88) -0.0000000 UZF088 + 289 (3,89) -0.0000000 UZF089 + 290 (3,90) -0.0000000 UZF090 + 291 (3,91) -0.0000000 UZF091 + 292 (3,92) -0.0000000 UZF092 + 293 (3,93) -0.0000000 UZF093 + 294 (3,94) -0.0000000 UZF094 + 295 (3,95) -0.0000000 UZF095 + 296 (3,96) -0.0000000 UZF096 + 297 (3,97) -0.0000000 UZF097 + 298 (3,98) -0.0000000 UZF098 + 299 (3,99) -0.0000000 UZF099 + 300 (3,100) -0.0000000 UZF100 + 301 (4,1) -0.0000000 UZF001 + 302 (4,2) -0.0000000 UZF002 + 303 (4,3) -0.0000000 UZF003 + 304 (4,4) -0.0000000 UZF004 + 305 (4,5) -0.0000000 UZF005 + 306 (4,6) -0.0000000 UZF006 + 307 (4,7) -0.0000000 UZF007 + 308 (4,8) -0.0000000 UZF008 + 309 (4,9) -0.0000000 UZF009 + 310 (4,10) -0.0000000 UZF010 + 311 (4,11) -0.0000000 UZF011 + 312 (4,12) -0.0000000 UZF012 + 313 (4,13) -0.0000000 UZF013 + 314 (4,14) -0.0000000 UZF014 + 315 (4,15) -0.0000000 UZF015 + 316 (4,16) -0.0000000 UZF016 + 317 (4,17) -0.0000000 UZF017 + 318 (4,18) -0.0000000 UZF018 + 319 (4,19) -0.0000000 UZF019 + 320 (4,20) -0.0000000 UZF020 + 321 (4,21) -0.0000000 UZF021 + 322 (4,22) -0.0000000 UZF022 + 323 (4,23) -0.0000000 UZF023 + 324 (4,24) -0.0000000 UZF024 + 325 (4,25) -0.0000000 UZF025 + 326 (4,26) -0.0000000 UZF026 + 327 (4,27) -0.0000000 UZF027 + 328 (4,28) -0.0000000 UZF028 + 329 (4,29) -0.0000000 UZF029 + 330 (4,30) -0.0000000 UZF030 + 331 (4,31) -0.0000000 UZF031 + 332 (4,32) -0.0000000 UZF032 + 333 (4,33) -0.0000000 UZF033 + 334 (4,34) -0.0000000 UZF034 + 335 (4,35) -0.0000000 UZF035 + 336 (4,36) -0.0000000 UZF036 + 337 (4,37) -0.0000000 UZF037 + 338 (4,38) -0.0000000 UZF038 + 339 (4,39) -0.0000000 UZF039 + 340 (4,40) -0.0000000 UZF040 + 341 (4,41) -0.0000000 UZF041 + 342 (4,42) -0.0000000 UZF042 + 343 (4,43) -0.0000000 UZF043 + 344 (4,44) -0.0000000 UZF044 + 345 (4,45) -0.0000000 UZF045 + 346 (4,46) -0.0000000 UZF046 + 347 (4,47) -0.0000000 UZF047 + 348 (4,48) -0.0000000 UZF048 + 349 (4,49) -0.0000000 UZF049 + 350 (4,50) -0.0000000 UZF050 + 351 (4,51) -0.0000000 UZF051 + 352 (4,52) -0.0000000 UZF052 + 353 (4,53) -0.0000000 UZF053 + 354 (4,54) -0.0000000 UZF054 + 355 (4,55) 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SAVED ON UNIT 1019 AT END OF TIME STEP 1, STRESS PERIOD 3 + + + UZF_0 BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 3 + ------------------------------------------------------------------------------ + + CUMULATIVE UZF_0 L**3 RATES FOR THIS TIME STEP L**3/T + ------------------ ------------------------ + + IN: IN: + --- --- + GWF = 0.0000 GWF = 0.0000 + INFILTRATION = 330.0000 INFILTRATION = 15.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.0000 UZET = 0.0000 + STORAGE = 16.6050 STORAGE = 2.8114E-03 + + TOTAL IN = 346.6050 TOTAL IN = 15.0028 + + OUT: OUT: + ---- ---- + GWF = 332.2309 GWF = 14.9072 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.8370 UZET = 4.0251E-02 + STORAGE = 13.5371 STORAGE = 5.5362E-02 + + TOTAL OUT = 346.6050 TOTAL OUT = 15.0028 + + IN - OUT = 1.6900E-06 IN - OUT = 2.6645E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 3 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.7923E-02 STO-SS = 8.5638E-05 STORAGE + STO-SY = 39.0550 STO-SY = 0.2097 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 332.2309 UZF-GWRCH = 14.9072 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 371.3338 TOTAL IN = 15.1169 + + OUT: OUT: + ---- ---- + STO-SS = 7.9969E-04 STO-SS = 1.8052E-06 STORAGE + STO-SY = 11.9671 STO-SY = 8.6311E-03 STORAGE + GHB = 358.2072 GHB = 15.0598 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 1.1587 UZF-GWET = 4.8484E-02 UZF_0 + + TOTAL OUT = 371.3338 TOTAL OUT = 15.1169 + + IN - OUT = -7.6517E-07 IN - OUT = -3.2537E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 3 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + TOTAL TIME 1.90080E+06 31680. 528.00 22.000 6.02327E-02 + + +end timestep + + +start timestep kper="3" kstp="2" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1018 AT TIME STEP 2, STRESS PERIOD 3 + UBDSV1 SAVING STO-SY ON UNIT 1018 AT TIME STEP 2, STRESS PERIOD 3 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1018 AT TIME STEP 2, STRESS PERIOD 3 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1018 AT TIME STEP 2, STRESS PERIOD 3 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 2, STRESS PERIOD 3 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 2, STRESS PERIOD 3 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 2, STRESS PERIOD 3 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 2, STRESS PERIOD 3 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1014 AT TIME STEP 2, STRESS PERIOD 3 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 2, STRESS PERIOD 3 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 2, STRESS PERIOD 3 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 2, STRESS PERIOD 3 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 2, STRESS PERIOD 3 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 3 STEP 2 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.0303682 + 2 (4,20) -1.0303682 + 3 (4,30) -1.0303682 + 4 (4,40) -1.0303682 + 5 (4,50) -1.0303682 + 6 (4,60) -1.0303682 + 7 (4,70) -1.0303682 + 8 (4,80) -1.0303682 + 9 (4,90) -1.0303682 + 10 (4,100) -1.0303682 + 11 (5,10) -0.47222620 + 12 (5,20) -0.47222620 + 13 (5,30) -0.47222620 + 14 (5,40) -0.47222620 + 15 (5,50) -0.47222620 + 16 (5,60) -0.47222620 + 17 (5,70) -0.47222620 + 18 (5,80) -0.47222620 + 19 (5,90) -0.47222620 + 20 (5,100) -0.47222620 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 3 STEP 2 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14895665 UZF001 + 2 (1,2) 0.14900546 UZF002 + 3 (1,3) 0.14917111 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14895665 UZF011 + 12 (1,12) 0.14900546 UZF012 + 13 (1,13) 0.14917111 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14895665 UZF021 + 22 (1,22) 0.14900546 UZF022 + 23 (1,23) 0.14917111 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14895665 UZF031 + 32 (1,32) 0.14900546 UZF032 + 33 (1,33) 0.14917111 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14895665 UZF041 + 42 (1,42) 0.14900546 UZF042 + 43 (1,43) 0.14917111 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14895665 UZF051 + 52 (1,52) 0.14900546 UZF052 + 53 (1,53) 0.14917111 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14895665 UZF061 + 62 (1,62) 0.14900546 UZF062 + 63 (1,63) 0.14917111 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14895665 UZF071 + 72 (1,72) 0.14900546 UZF072 + 73 (1,73) 0.14917111 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14895665 UZF081 + 82 (1,82) 0.14900546 UZF082 + 83 (1,83) 0.14917111 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14895665 UZF091 + 92 (1,92) 0.14900546 UZF092 + 93 (1,93) 0.14917111 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.14920223 UZF004 + 105 (2,5) 0.14924215 UZF005 + 106 (2,6) 0.14924782 UZF006 + 107 (2,7) 0.14924556 UZF007 + 108 (2,8) 0.14924275 UZF008 + 109 (2,9) 0.14923976 UZF009 + 110 (2,10) 0.14923585 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.14920223 UZF014 + 115 (2,15) 0.14924215 UZF015 + 116 (2,16) 0.14924782 UZF016 + 117 (2,17) 0.14924556 UZF017 + 118 (2,18) 0.14924275 UZF018 + 119 (2,19) 0.14923976 UZF019 + 120 (2,20) 0.14923585 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.14920223 UZF024 + 125 (2,25) 0.14924215 UZF025 + 126 (2,26) 0.14924782 UZF026 + 127 (2,27) 0.14924556 UZF027 + 128 (2,28) 0.14924275 UZF028 + 129 (2,29) 0.14923976 UZF029 + 130 (2,30) 0.14923585 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.14920223 UZF034 + 135 (2,35) 0.14924215 UZF035 + 136 (2,36) 0.14924782 UZF036 + 137 (2,37) 0.14924556 UZF037 + 138 (2,38) 0.14924275 UZF038 + 139 (2,39) 0.14923976 UZF039 + 140 (2,40) 0.14923585 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.14920223 UZF044 + 145 (2,45) 0.14924215 UZF045 + 146 (2,46) 0.14924782 UZF046 + 147 (2,47) 0.14924556 UZF047 + 148 (2,48) 0.14924275 UZF048 + 149 (2,49) 0.14923976 UZF049 + 150 (2,50) 0.14923585 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.14920223 UZF054 + 155 (2,55) 0.14924215 UZF055 + 156 (2,56) 0.14924782 UZF056 + 157 (2,57) 0.14924556 UZF057 + 158 (2,58) 0.14924275 UZF058 + 159 (2,59) 0.14923976 UZF059 + 160 (2,60) 0.14923585 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.14920223 UZF064 + 165 (2,65) 0.14924215 UZF065 + 166 (2,66) 0.14924782 UZF066 + 167 (2,67) 0.14924556 UZF067 + 168 (2,68) 0.14924275 UZF068 + 169 (2,69) 0.14923976 UZF069 + 170 (2,70) 0.14923585 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.14920223 UZF074 + 175 (2,75) 0.14924215 UZF075 + 176 (2,76) 0.14924782 UZF076 + 177 (2,77) 0.14924556 UZF077 + 178 (2,78) 0.14924275 UZF078 + 179 (2,79) 0.14923976 UZF079 + 180 (2,80) 0.14923585 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.14920223 UZF084 + 185 (2,85) 0.14924215 UZF085 + 186 (2,86) 0.14924782 UZF086 + 187 (2,87) 0.14924556 UZF087 + 188 (2,88) 0.14924275 UZF088 + 189 (2,89) 0.14923976 UZF089 + 190 (2,90) 0.14923585 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.14920223 UZF094 + 195 (2,95) 0.14924215 UZF095 + 196 (2,96) 0.14924782 UZF096 + 197 (2,97) 0.14924556 UZF097 + 198 (2,98) 0.14924275 UZF098 + 199 (2,99) 0.14923976 UZF099 + 200 (2,100) 0.14923585 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 0.0000000 UZF076 + 277 (3,77) 0.0000000 UZF077 + 278 (3,78) 0.0000000 UZF078 + 279 (3,79) 0.0000000 UZF079 + 280 (3,80) 0.0000000 UZF080 + 281 (3,81) 0.0000000 UZF081 + 282 (3,82) 0.0000000 UZF082 + 283 (3,83) 0.0000000 UZF083 + 284 (3,84) 0.0000000 UZF084 + 285 (3,85) 0.0000000 UZF085 + 286 (3,86) 0.0000000 UZF086 + 287 (3,87) 0.0000000 UZF087 + 288 (3,88) 0.0000000 UZF088 + 289 (3,89) 0.0000000 UZF089 + 290 (3,90) 0.0000000 UZF090 + 291 (3,91) 0.0000000 UZF091 + 292 (3,92) 0.0000000 UZF092 + 293 (3,93) 0.0000000 UZF093 + 294 (3,94) 0.0000000 UZF094 + 295 (3,95) 0.0000000 UZF095 + 296 (3,96) 0.0000000 UZF096 + 297 (3,97) 0.0000000 UZF097 + 298 (3,98) 0.0000000 UZF098 + 299 (3,99) 0.0000000 UZF099 + 300 (3,100) 0.0000000 UZF100 + 301 (4,1) 0.0000000 UZF001 + 302 (4,2) 0.0000000 UZF002 + 303 (4,3) 0.0000000 UZF003 + 304 (4,4) 0.0000000 UZF004 + 305 (4,5) 0.0000000 UZF005 + 306 (4,6) 0.0000000 UZF006 + 307 (4,7) 0.0000000 UZF007 + 308 (4,8) 0.0000000 UZF008 + 309 (4,9) 0.0000000 UZF009 + 310 (4,10) 0.0000000 UZF010 + 311 (4,11) 0.0000000 UZF011 + 312 (4,12) 0.0000000 UZF012 + 313 (4,13) 0.0000000 UZF013 + 314 (4,14) 0.0000000 UZF014 + 315 (4,15) 0.0000000 UZF015 + 316 (4,16) 0.0000000 UZF016 + 317 (4,17) 0.0000000 UZF017 + 318 (4,18) 0.0000000 UZF018 + 319 (4,19) 0.0000000 UZF019 + 320 (4,20) 0.0000000 UZF020 + 321 (4,21) 0.0000000 UZF021 + 322 (4,22) 0.0000000 UZF022 + 323 (4,23) 0.0000000 UZF023 + 324 (4,24) 0.0000000 UZF024 + 325 (4,25) 0.0000000 UZF025 + 326 (4,26) 0.0000000 UZF026 + 327 (4,27) 0.0000000 UZF027 + 328 (4,28) 0.0000000 UZF028 + 329 (4,29) 0.0000000 UZF029 + 330 (4,30) 0.0000000 UZF030 + 331 (4,31) 0.0000000 UZF031 + 332 (4,32) 0.0000000 UZF032 + 333 (4,33) 0.0000000 UZF033 + 334 (4,34) 0.0000000 UZF034 + 335 (4,35) 0.0000000 UZF035 + 336 (4,36) 0.0000000 UZF036 + 337 (4,37) 0.0000000 UZF037 + 338 (4,38) 0.0000000 UZF038 + 339 (4,39) 0.0000000 UZF039 + 340 (4,40) 0.0000000 UZF040 + 341 (4,41) 0.0000000 UZF041 + 342 (4,42) 0.0000000 UZF042 + 343 (4,43) 0.0000000 UZF043 + 344 (4,44) 0.0000000 UZF044 + 345 (4,45) 0.0000000 UZF045 + 346 (4,46) 0.0000000 UZF046 + 347 (4,47) 0.0000000 UZF047 + 348 (4,48) 0.0000000 UZF048 + 349 (4,49) 0.0000000 UZF049 + 350 (4,50) 0.0000000 UZF050 + 351 (4,51) 0.0000000 UZF051 + 352 (4,52) 0.0000000 UZF052 + 353 (4,53) 0.0000000 UZF053 + 354 (4,54) 0.0000000 UZF054 + 355 (4,55) 0.0000000 UZF055 + 356 (4,56) 0.0000000 UZF056 + 357 (4,57) 0.0000000 UZF057 + 358 (4,58) 0.0000000 UZF058 + 359 (4,59) 0.0000000 UZF059 + 360 (4,60) 0.0000000 UZF060 + 361 (4,61) 0.0000000 UZF061 + 362 (4,62) 0.0000000 UZF062 + 363 (4,63) 0.0000000 UZF063 + 364 (4,64) 0.0000000 UZF064 + 365 (4,65) 0.0000000 UZF065 + 366 (4,66) 0.0000000 UZF066 + 367 (4,67) 0.0000000 UZF067 + 368 (4,68) 0.0000000 UZF068 + 369 (4,69) 0.0000000 UZF069 + 370 (4,70) 0.0000000 UZF070 + 371 (4,71) 0.0000000 UZF071 + 372 (4,72) 0.0000000 UZF072 + 373 (4,73) 0.0000000 UZF073 + 374 (4,74) 0.0000000 UZF074 + 375 (4,75) 0.0000000 UZF075 + 376 (4,76) 0.0000000 UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 (5,23) 0.0000000 UZF023 + 424 (5,24) 0.0000000 UZF024 + 425 (5,25) 0.0000000 UZF025 + 426 (5,26) 0.0000000 UZF026 + 427 (5,27) 0.0000000 UZF027 + 428 (5,28) 0.0000000 UZF028 + 429 (5,29) 0.0000000 UZF029 + 430 (5,30) 0.0000000 UZF030 + 431 (5,31) 0.0000000 UZF031 + 432 (5,32) 0.0000000 UZF032 + 433 (5,33) 0.0000000 UZF033 + 434 (5,34) 0.0000000 UZF034 + 435 (5,35) 0.0000000 UZF035 + 436 (5,36) 0.0000000 UZF036 + 437 (5,37) 0.0000000 UZF037 + 438 (5,38) 0.0000000 UZF038 + 439 (5,39) 0.0000000 UZF039 + 440 (5,40) 0.0000000 UZF040 + 441 (5,41) 0.0000000 UZF041 + 442 (5,42) 0.0000000 UZF042 + 443 (5,43) 0.0000000 UZF043 + 444 (5,44) 0.0000000 UZF044 + 445 (5,45) 0.0000000 UZF045 + 446 (5,46) 0.0000000 UZF046 + 447 (5,47) 0.0000000 UZF047 + 448 (5,48) 0.0000000 UZF048 + 449 (5,49) 0.0000000 UZF049 + 450 (5,50) 0.0000000 UZF050 + 451 (5,51) 0.0000000 UZF051 + 452 (5,52) 0.0000000 UZF052 + 453 (5,53) 0.0000000 UZF053 + 454 (5,54) 0.0000000 UZF054 + 455 (5,55) 0.0000000 UZF055 + 456 (5,56) 0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 3 STEP 2 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 0.0000000 UZF042 + 43 (1,43) 0.0000000 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.0000000 UZF051 + 52 (1,52) 0.0000000 UZF052 + 53 (1,53) 0.0000000 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.0000000 UZF061 + 62 (1,62) 0.0000000 UZF062 + 63 (1,63) 0.0000000 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.0000000 UZF071 + 72 (1,72) 0.0000000 UZF072 + 73 (1,73) 0.0000000 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 UZF081 + 82 (1,82) 0.0000000 UZF082 + 83 (1,83) 0.0000000 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.0000000 UZF091 + 92 (1,92) 0.0000000 UZF092 + 93 (1,93) 0.0000000 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) -0.0000000 UZF001 + 102 (2,2) -0.0000000 UZF002 + 103 (2,3) -0.0000000 UZF003 + 104 (2,4) -0.0000000 UZF004 + 105 (2,5) -0.0000000 UZF005 + 106 (2,6) -0.0000000 UZF006 + 107 (2,7) -0.0000000 UZF007 + 108 (2,8) -0.0000000 UZF008 + 109 (2,9) -0.0000000 UZF009 + 110 (2,10) -0.0000000 UZF010 + 111 (2,11) -0.0000000 UZF011 + 112 (2,12) -0.0000000 UZF012 + 113 (2,13) -0.0000000 UZF013 + 114 (2,14) -0.0000000 UZF014 + 115 (2,15) -0.0000000 UZF015 + 116 (2,16) -0.0000000 UZF016 + 117 (2,17) -0.0000000 UZF017 + 118 (2,18) -0.0000000 UZF018 + 119 (2,19) -0.0000000 UZF019 + 120 (2,20) -0.0000000 UZF020 + 121 (2,21) -0.0000000 UZF021 + 122 (2,22) -0.0000000 UZF022 + 123 (2,23) -0.0000000 UZF023 + 124 (2,24) -0.0000000 UZF024 + 125 (2,25) -0.0000000 UZF025 + 126 (2,26) -0.0000000 UZF026 + 127 (2,27) -0.0000000 UZF027 + 128 (2,28) -0.0000000 UZF028 + 129 (2,29) -0.0000000 UZF029 + 130 (2,30) -0.0000000 UZF030 + 131 (2,31) -0.0000000 UZF031 + 132 (2,32) -0.0000000 UZF032 + 133 (2,33) -0.0000000 UZF033 + 134 (2,34) -0.0000000 UZF034 + 135 (2,35) -0.0000000 UZF035 + 136 (2,36) -0.0000000 UZF036 + 137 (2,37) -0.0000000 UZF037 + 138 (2,38) -0.0000000 UZF038 + 139 (2,39) -0.0000000 UZF039 + 140 (2,40) -0.0000000 UZF040 + 141 (2,41) -0.0000000 UZF041 + 142 (2,42) -0.0000000 UZF042 + 143 (2,43) -0.0000000 UZF043 + 144 (2,44) -0.0000000 UZF044 + 145 (2,45) -0.0000000 UZF045 + 146 (2,46) -0.0000000 UZF046 + 147 (2,47) -0.0000000 UZF047 + 148 (2,48) -0.0000000 UZF048 + 149 (2,49) -0.0000000 UZF049 + 150 (2,50) -0.0000000 UZF050 + 151 (2,51) 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(3,80) -0.0000000 UZF080 + 281 (3,81) -0.0000000 UZF081 + 282 (3,82) -0.0000000 UZF082 + 283 (3,83) -0.0000000 UZF083 + 284 (3,84) -0.0000000 UZF084 + 285 (3,85) -0.0000000 UZF085 + 286 (3,86) -0.0000000 UZF086 + 287 (3,87) -0.0000000 UZF087 + 288 (3,88) -0.0000000 UZF088 + 289 (3,89) -0.0000000 UZF089 + 290 (3,90) -0.0000000 UZF090 + 291 (3,91) -0.0000000 UZF091 + 292 (3,92) -0.0000000 UZF092 + 293 (3,93) -0.0000000 UZF093 + 294 (3,94) -0.0000000 UZF094 + 295 (3,95) -0.0000000 UZF095 + 296 (3,96) -0.0000000 UZF096 + 297 (3,97) -0.0000000 UZF097 + 298 (3,98) -0.0000000 UZF098 + 299 (3,99) -0.0000000 UZF099 + 300 (3,100) -0.0000000 UZF100 + 301 (4,1) -0.0000000 UZF001 + 302 (4,2) -0.0000000 UZF002 + 303 (4,3) -0.0000000 UZF003 + 304 (4,4) -0.0000000 UZF004 + 305 (4,5) -0.0000000 UZF005 + 306 (4,6) -0.0000000 UZF006 + 307 (4,7) -0.0000000 UZF007 + 308 (4,8) -0.0000000 UZF008 + 309 (4,9) -0.0000000 UZF009 + 310 (4,10) -0.0000000 UZF010 + 311 (4,11) -0.0000000 UZF011 + 312 (4,12) 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(5,73) -0.0000000 UZF073 + 474 (5,74) -0.0000000 UZF074 + 475 (5,75) -0.0000000 UZF075 + 476 (5,76) -0.0000000 UZF076 + 477 (5,77) -0.0000000 UZF077 + 478 (5,78) -0.0000000 UZF078 + 479 (5,79) -0.0000000 UZF079 + 480 (5,80) -0.0000000 UZF080 + 481 (5,81) -0.0000000 UZF081 + 482 (5,82) -0.0000000 UZF082 + 483 (5,83) -0.0000000 UZF083 + 484 (5,84) -0.0000000 UZF084 + 485 (5,85) -0.0000000 UZF085 + 486 (5,86) -0.0000000 UZF086 + 487 (5,87) -0.0000000 UZF087 + 488 (5,88) -0.0000000 UZF088 + 489 (5,89) -0.0000000 UZF089 + 490 (5,90) -0.0000000 UZF090 + 491 (5,91) -0.0000000 UZF091 + 492 (5,92) -0.0000000 UZF092 + 493 (5,93) -0.0000000 UZF093 + 494 (5,94) -0.0000000 UZF094 + 495 (5,95) -0.0000000 UZF095 + 496 (5,96) -0.0000000 UZF096 + 497 (5,97) -0.0000000 UZF097 + 498 (5,98) -0.0000000 UZF098 + 499 (5,99) -0.0000000 UZF099 + 500 (5,100) -0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWET PACKAGE (UZF_0) FLOW RATES PERIOD 3 STEP 2 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) -4.54278923E-04 UZF001 + 2 (1,2) -4.47974520E-04 UZF002 + 3 (1,3) -4.33709145E-04 UZF003 + 4 (1,4) -0.0000000 UZF004 + 5 (1,5) -0.0000000 UZF005 + 6 (1,6) -0.0000000 UZF006 + 7 (1,7) -0.0000000 UZF007 + 8 (1,8) -0.0000000 UZF008 + 9 (1,9) -0.0000000 UZF009 + 10 (1,10) -0.0000000 UZF010 + 11 (1,11) -4.54278923E-04 UZF011 + 12 (1,12) -4.47974520E-04 UZF012 + 13 (1,13) -4.33709145E-04 UZF013 + 14 (1,14) -0.0000000 UZF014 + 15 (1,15) -0.0000000 UZF015 + 16 (1,16) -0.0000000 UZF016 + 17 (1,17) -0.0000000 UZF017 + 18 (1,18) -0.0000000 UZF018 + 19 (1,19) -0.0000000 UZF019 + 20 (1,20) -0.0000000 UZF020 + 21 (1,21) -4.54278923E-04 UZF021 + 22 (1,22) -4.47974520E-04 UZF022 + 23 (1,23) -4.33709145E-04 UZF023 + 24 (1,24) -0.0000000 UZF024 + 25 (1,25) -0.0000000 UZF025 + 26 (1,26) -0.0000000 UZF026 + 27 (1,27) -0.0000000 UZF027 + 28 (1,28) -0.0000000 UZF028 + 29 (1,29) -0.0000000 UZF029 + 30 (1,30) -0.0000000 UZF030 + 31 (1,31) -4.54278923E-04 UZF031 + 32 (1,32) -4.47974520E-04 UZF032 + 33 (1,33) -4.33709145E-04 UZF033 + 34 (1,34) -0.0000000 UZF034 + 35 (1,35) -0.0000000 UZF035 + 36 (1,36) -0.0000000 UZF036 + 37 (1,37) -0.0000000 UZF037 + 38 (1,38) -0.0000000 UZF038 + 39 (1,39) -0.0000000 UZF039 + 40 (1,40) -0.0000000 UZF040 + 41 (1,41) -4.54278923E-04 UZF041 + 42 (1,42) -4.47974520E-04 UZF042 + 43 (1,43) -4.33709145E-04 UZF043 + 44 (1,44) -0.0000000 UZF044 + 45 (1,45) -0.0000000 UZF045 + 46 (1,46) -0.0000000 UZF046 + 47 (1,47) -0.0000000 UZF047 + 48 (1,48) -0.0000000 UZF048 + 49 (1,49) -0.0000000 UZF049 + 50 (1,50) -0.0000000 UZF050 + 51 (1,51) -4.54278923E-04 UZF051 + 52 (1,52) -4.47974520E-04 UZF052 + 53 (1,53) -4.33709145E-04 UZF053 + 54 (1,54) -0.0000000 UZF054 + 55 (1,55) -0.0000000 UZF055 + 56 (1,56) -0.0000000 UZF056 + 57 (1,57) -0.0000000 UZF057 + 58 (1,58) -0.0000000 UZF058 + 59 (1,59) -0.0000000 UZF059 + 60 (1,60) -0.0000000 UZF060 + 61 (1,61) -4.54278923E-04 UZF061 + 62 (1,62) -4.47974520E-04 UZF062 + 63 (1,63) -4.33709145E-04 UZF063 + 64 (1,64) -0.0000000 UZF064 + 65 (1,65) -0.0000000 UZF065 + 66 (1,66) -0.0000000 UZF066 + 67 (1,67) -0.0000000 UZF067 + 68 (1,68) -0.0000000 UZF068 + 69 (1,69) -0.0000000 UZF069 + 70 (1,70) -0.0000000 UZF070 + 71 (1,71) -4.54278923E-04 UZF071 + 72 (1,72) -4.47974520E-04 UZF072 + 73 (1,73) -4.33709145E-04 UZF073 + 74 (1,74) -0.0000000 UZF074 + 75 (1,75) -0.0000000 UZF075 + 76 (1,76) -0.0000000 UZF076 + 77 (1,77) -0.0000000 UZF077 + 78 (1,78) -0.0000000 UZF078 + 79 (1,79) -0.0000000 UZF079 + 80 (1,80) -0.0000000 UZF080 + 81 (1,81) -4.54278923E-04 UZF081 + 82 (1,82) -4.47974520E-04 UZF082 + 83 (1,83) -4.33709145E-04 UZF083 + 84 (1,84) -0.0000000 UZF084 + 85 (1,85) -0.0000000 UZF085 + 86 (1,86) -0.0000000 UZF086 + 87 (1,87) -0.0000000 UZF087 + 88 (1,88) -0.0000000 UZF088 + 89 (1,89) -0.0000000 UZF089 + 90 (1,90) -0.0000000 UZF090 + 91 (1,91) -4.54278923E-04 UZF091 + 92 (1,92) -4.47974520E-04 UZF092 + 93 (1,93) -4.33709145E-04 UZF093 + 94 (1,94) -0.0000000 UZF094 + 95 (1,95) -0.0000000 UZF095 + 96 (1,96) -0.0000000 UZF096 + 97 (1,97) -0.0000000 UZF097 + 98 (1,98) -0.0000000 UZF098 + 99 (1,99) -0.0000000 UZF099 + 100 (1,100) -0.0000000 UZF100 + 101 (2,1) -1.36451152E-04 UZF001 + 102 (2,2) -1.36388459E-04 UZF002 + 103 (2,3) -1.36406560E-04 UZF003 + 104 (2,4) -3.63741304E-04 UZF004 + 105 (2,5) -3.44701702E-04 UZF005 + 106 (2,6) -3.22252949E-04 UZF006 + 107 (2,7) -2.97339219E-04 UZF007 + 108 (2,8) -2.71605305E-04 UZF008 + 109 (2,9) -2.47995134E-04 UZF009 + 110 (2,10) -2.31906180E-04 UZF010 + 111 (2,11) -1.36451152E-04 UZF011 + 112 (2,12) -1.36388459E-04 UZF012 + 113 (2,13) -1.36406560E-04 UZF013 + 114 (2,14) -3.63741304E-04 UZF014 + 115 (2,15) -3.44701702E-04 UZF015 + 116 (2,16) -3.22252949E-04 UZF016 + 117 (2,17) -2.97339219E-04 UZF017 + 118 (2,18) -2.71605305E-04 UZF018 + 119 (2,19) -2.47995134E-04 UZF019 + 120 (2,20) -2.31906180E-04 UZF020 + 121 (2,21) -1.36451152E-04 UZF021 + 122 (2,22) -1.36388459E-04 UZF022 + 123 (2,23) -1.36406560E-04 UZF023 + 124 (2,24) -3.63741304E-04 UZF024 + 125 (2,25) -3.44701702E-04 UZF025 + 126 (2,26) -3.22252949E-04 UZF026 + 127 (2,27) -2.97339219E-04 UZF027 + 128 (2,28) -2.71605305E-04 UZF028 + 129 (2,29) -2.47995134E-04 UZF029 + 130 (2,30) -2.31906180E-04 UZF030 + 131 (2,31) -1.36451152E-04 UZF031 + 132 (2,32) -1.36388459E-04 UZF032 + 133 (2,33) -1.36406560E-04 UZF033 + 134 (2,34) -3.63741304E-04 UZF034 + 135 (2,35) -3.44701702E-04 UZF035 + 136 (2,36) -3.22252949E-04 UZF036 + 137 (2,37) -2.97339219E-04 UZF037 + 138 (2,38) -2.71605305E-04 UZF038 + 139 (2,39) -2.47995134E-04 UZF039 + 140 (2,40) -2.31906180E-04 UZF040 + 141 (2,41) -1.36451152E-04 UZF041 + 142 (2,42) -1.36388459E-04 UZF042 + 143 (2,43) -1.36406560E-04 UZF043 + 144 (2,44) -3.63741304E-04 UZF044 + 145 (2,45) -3.44701702E-04 UZF045 + 146 (2,46) -3.22252949E-04 UZF046 + 147 (2,47) -2.97339219E-04 UZF047 + 148 (2,48) -2.71605305E-04 UZF048 + 149 (2,49) -2.47995134E-04 UZF049 + 150 (2,50) -2.31906180E-04 UZF050 + 151 (2,51) -1.36451152E-04 UZF051 + 152 (2,52) -1.36388459E-04 UZF052 + 153 (2,53) -1.36406560E-04 UZF053 + 154 (2,54) -3.63741304E-04 UZF054 + 155 (2,55) -3.44701702E-04 UZF055 + 156 (2,56) -3.22252949E-04 UZF056 + 157 (2,57) -2.97339219E-04 UZF057 + 158 (2,58) -2.71605305E-04 UZF058 + 159 (2,59) -2.47995134E-04 UZF059 + 160 (2,60) -2.31906180E-04 UZF060 + 161 (2,61) -1.36451152E-04 UZF061 + 162 (2,62) -1.36388459E-04 UZF062 + 163 (2,63) -1.36406560E-04 UZF063 + 164 (2,64) -3.63741304E-04 UZF064 + 165 (2,65) -3.44701702E-04 UZF065 + 166 (2,66) -3.22252949E-04 UZF066 + 167 (2,67) -2.97339219E-04 UZF067 + 168 (2,68) -2.71605305E-04 UZF068 + 169 (2,69) -2.47995134E-04 UZF069 + 170 (2,70) -2.31906180E-04 UZF070 + 171 (2,71) -1.36451152E-04 UZF071 + 172 (2,72) -1.36388459E-04 UZF072 + 173 (2,73) -1.36406560E-04 UZF073 + 174 (2,74) -3.63741304E-04 UZF074 + 175 (2,75) -3.44701702E-04 UZF075 + 176 (2,76) -3.22252949E-04 UZF076 + 177 (2,77) -2.97339219E-04 UZF077 + 178 (2,78) -2.71605305E-04 UZF078 + 179 (2,79) -2.47995134E-04 UZF079 + 180 (2,80) -2.31906180E-04 UZF080 + 181 (2,81) -1.36451152E-04 UZF081 + 182 (2,82) -1.36388459E-04 UZF082 + 183 (2,83) -1.36406560E-04 UZF083 + 184 (2,84) -3.63741304E-04 UZF084 + 185 (2,85) -3.44701702E-04 UZF085 + 186 (2,86) -3.22252949E-04 UZF086 + 187 (2,87) -2.97339219E-04 UZF087 + 188 (2,88) -2.71605305E-04 UZF088 + 189 (2,89) -2.47995134E-04 UZF089 + 190 (2,90) -2.31906180E-04 UZF090 + 191 (2,91) -1.36451152E-04 UZF091 + 192 (2,92) -1.36388459E-04 UZF092 + 193 (2,93) -1.36406560E-04 UZF093 + 194 (2,94) -3.63741304E-04 UZF094 + 195 (2,95) -3.44701702E-04 UZF095 + 196 (2,96) -3.22252949E-04 UZF096 + 197 (2,97) -2.97339219E-04 UZF097 + 198 (2,98) -2.71605305E-04 UZF098 + 199 (2,99) -2.47995134E-04 UZF099 + 200 (2,100) -2.31906180E-04 UZF100 + 201 (3,1) -4.81689532E-05 UZF001 + 202 (3,2) -4.86893018E-05 UZF002 + 203 (3,3) -4.97648354E-05 UZF003 + 204 (3,4) -1.36539041E-04 UZF004 + 205 (3,5) -1.34637445E-04 UZF005 + 206 (3,6) -1.31467082E-04 UZF006 + 207 (3,7) -1.26733490E-04 UZF007 + 208 (3,8) -1.20340621E-04 UZF008 + 209 (3,9) -1.12789262E-04 UZF009 + 210 (3,10) -1.06098350E-04 UZF010 + 211 (3,11) -4.81689532E-05 UZF011 + 212 (3,12) -4.86893018E-05 UZF012 + 213 (3,13) -4.97648354E-05 UZF013 + 214 (3,14) -1.36539041E-04 UZF014 + 215 (3,15) -1.34637445E-04 UZF015 + 216 (3,16) -1.31467082E-04 UZF016 + 217 (3,17) -1.26733490E-04 UZF017 + 218 (3,18) -1.20340621E-04 UZF018 + 219 (3,19) -1.12789262E-04 UZF019 + 220 (3,20) -1.06098350E-04 UZF020 + 221 (3,21) -4.81689532E-05 UZF021 + 222 (3,22) -4.86893018E-05 UZF022 + 223 (3,23) -4.97648354E-05 UZF023 + 224 (3,24) -1.36539041E-04 UZF024 + 225 (3,25) -1.34637445E-04 UZF025 + 226 (3,26) -1.31467082E-04 UZF026 + 227 (3,27) -1.26733490E-04 UZF027 + 228 (3,28) -1.20340621E-04 UZF028 + 229 (3,29) -1.12789262E-04 UZF029 + 230 (3,30) -1.06098350E-04 UZF030 + 231 (3,31) -4.81689532E-05 UZF031 + 232 (3,32) -4.86893018E-05 UZF032 + 233 (3,33) -4.97648354E-05 UZF033 + 234 (3,34) -1.36539041E-04 UZF034 + 235 (3,35) -1.34637445E-04 UZF035 + 236 (3,36) -1.31467082E-04 UZF036 + 237 (3,37) -1.26733490E-04 UZF037 + 238 (3,38) -1.20340621E-04 UZF038 + 239 (3,39) -1.12789262E-04 UZF039 + 240 (3,40) -1.06098350E-04 UZF040 + 241 (3,41) -4.81689532E-05 UZF041 + 242 (3,42) -4.86893018E-05 UZF042 + 243 (3,43) -4.97648354E-05 UZF043 + 244 (3,44) -1.36539041E-04 UZF044 + 245 (3,45) -1.34637445E-04 UZF045 + 246 (3,46) -1.31467082E-04 UZF046 + 247 (3,47) -1.26733490E-04 UZF047 + 248 (3,48) -1.20340621E-04 UZF048 + 249 (3,49) -1.12789262E-04 UZF049 + 250 (3,50) -1.06098350E-04 UZF050 + 251 (3,51) -4.81689532E-05 UZF051 + 252 (3,52) -4.86893018E-05 UZF052 + 253 (3,53) -4.97648354E-05 UZF053 + 254 (3,54) -1.36539041E-04 UZF054 + 255 (3,55) -1.34637445E-04 UZF055 + 256 (3,56) -1.31467082E-04 UZF056 + 257 (3,57) 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(3,85) -1.34637445E-04 UZF085 + 286 (3,86) -1.31467082E-04 UZF086 + 287 (3,87) -1.26733490E-04 UZF087 + 288 (3,88) -1.20340621E-04 UZF088 + 289 (3,89) -1.12789262E-04 UZF089 + 290 (3,90) -1.06098350E-04 UZF090 + 291 (3,91) -4.81689532E-05 UZF091 + 292 (3,92) -4.86893018E-05 UZF092 + 293 (3,93) -4.97648354E-05 UZF093 + 294 (3,94) -1.36539041E-04 UZF094 + 295 (3,95) -1.34637445E-04 UZF095 + 296 (3,96) -1.31467082E-04 UZF096 + 297 (3,97) -1.26733490E-04 UZF097 + 298 (3,98) -1.20340621E-04 UZF098 + 299 (3,99) -1.12789262E-04 UZF099 + 300 (3,100) -1.06098350E-04 UZF100 + 301 (4,1) -0.0000000 UZF001 + 302 (4,2) -0.0000000 UZF002 + 303 (4,3) -0.0000000 UZF003 + 304 (4,4) -0.0000000 UZF004 + 305 (4,5) -0.0000000 UZF005 + 306 (4,6) -0.0000000 UZF006 + 307 (4,7) -0.0000000 UZF007 + 308 (4,8) -0.0000000 UZF008 + 309 (4,9) -0.0000000 UZF009 + 310 (4,10) -0.0000000 UZF010 + 311 (4,11) -0.0000000 UZF011 + 312 (4,12) -0.0000000 UZF012 + 313 (4,13) -0.0000000 UZF013 + 314 (4,14) -0.0000000 UZF014 + 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75 76 77 78 79 80 + 81 82 83 84 85 86 87 88 89 90 + 91 92 93 94 95 96 97 98 99 100 + ................................................................................................................................................................ + 1 18.3520 18.2679 18.0981 17.8394 17.4866 17.0318 16.4644 15.7716 14.9445 14.0000 + 18.3520 18.2679 18.0981 17.8394 17.4866 17.0318 16.4644 15.7716 14.9445 14.0000 + 18.3520 18.2679 18.0981 17.8394 17.4866 17.0318 16.4644 15.7716 14.9445 14.0000 + 18.3520 18.2679 18.0981 17.8394 17.4866 17.0318 16.4644 15.7716 14.9445 14.0000 + 18.3520 18.2679 18.0981 17.8394 17.4866 17.0318 16.4644 15.7716 14.9445 14.0000 + 18.3520 18.2679 18.0981 17.8394 17.4866 17.0318 16.4644 15.7716 14.9445 14.0000 + 18.3520 18.2679 18.0981 17.8394 17.4866 17.0318 16.4644 15.7716 14.9445 14.0000 + 18.3520 18.2679 18.0981 17.8394 17.4866 17.0318 16.4644 15.7716 14.9445 14.0000 + 18.3520 18.2679 18.0981 17.8394 17.4866 17.0318 16.4644 15.7716 14.9445 14.0000 + 18.3520 18.2679 18.0981 17.8394 17.4866 17.0318 16.4644 15.7716 14.9445 14.0000 + + HEAD WILL BE SAVED ON UNIT 1019 AT END OF TIME STEP 2, STRESS PERIOD 3 + + + UZF_0 BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 2, STRESS PERIOD 3 + ------------------------------------------------------------------------------ + + CUMULATIVE UZF_0 L**3 RATES FOR THIS TIME STEP L**3/T + ------------------ ------------------------ + + IN: IN: + --- --- + GWF = 0.0000 GWF = 0.0000 + INFILTRATION = 360.0000 INFILTRATION = 15.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.0000 UZET = 0.0000 + STORAGE = 16.6050 STORAGE = 0.0000 + + TOTAL IN = 376.6050 TOTAL IN = 15.0000 + + OUT: OUT: + ---- ---- + GWF = 362.0667 GWF = 14.9179 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.9176 UZET = 4.0311E-02 + STORAGE = 13.6207 STORAGE = 4.1796E-02 + + TOTAL OUT = 376.6050 TOTAL OUT = 15.0000 + + IN - OUT = 1.6900E-06 IN - OUT = 3.0198E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 2, STRESS PERIOD 3 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.8080E-02 STO-SS = 7.8252E-05 STORAGE + STO-SY = 39.3677 STO-SY = 0.1564 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 362.0667 UZF-GWRCH = 14.9179 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 401.4825 TOTAL IN = 15.0743 + + OUT: OUT: + ---- ---- + STO-SS = 7.9969E-04 STO-SS = 0.0000 STORAGE + STO-SY = 11.9671 STO-SY = 0.0000 STORAGE + GHB = 388.2591 GHB = 15.0259 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 1.2555 UZF-GWET = 4.8400E-02 UZF_0 + + TOTAL OUT = 401.4825 TOTAL OUT = 15.0743 + + IN - OUT = -8.4032E-07 IN - OUT = -3.7576E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 2 IN STRESS PERIOD 3 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 3.45600E+05 5760.0 96.000 4.0000 1.09514E-02 + TOTAL TIME 2.07360E+06 34560. 576.00 24.000 6.57084E-02 + + +end timestep + + +start timestep kper="3" kstp="3" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1018 AT TIME STEP 3, STRESS PERIOD 3 + UBDSV1 SAVING STO-SY ON UNIT 1018 AT TIME STEP 3, STRESS PERIOD 3 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1018 AT TIME STEP 3, STRESS PERIOD 3 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1018 AT TIME STEP 3, STRESS PERIOD 3 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 3, STRESS PERIOD 3 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 3, STRESS PERIOD 3 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 3, STRESS PERIOD 3 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 3, STRESS PERIOD 3 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1014 AT TIME STEP 3, STRESS PERIOD 3 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 3, STRESS PERIOD 3 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 3, STRESS PERIOD 3 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 3, STRESS PERIOD 3 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 3, STRESS PERIOD 3 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 3 STEP 3 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.0285648 + 2 (4,20) -1.0285648 + 3 (4,30) -1.0285648 + 4 (4,40) -1.0285648 + 5 (4,50) -1.0285648 + 6 (4,60) -1.0285648 + 7 (4,70) -1.0285648 + 8 (4,80) -1.0285648 + 9 (4,90) -1.0285648 + 10 (4,100) -1.0285648 + 11 (5,10) -0.47136499 + 12 (5,20) -0.47136499 + 13 (5,30) -0.47136499 + 14 (5,40) -0.47136499 + 15 (5,50) -0.47136499 + 16 (5,60) -0.47136499 + 17 (5,70) -0.47136499 + 18 (5,80) -0.47136499 + 19 (5,90) -0.47136499 + 20 (5,100) -0.47136499 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 3 STEP 3 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14917259 UZF001 + 2 (1,2) 0.14920158 UZF002 + 3 (1,3) 0.14931191 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14917259 UZF011 + 12 (1,12) 0.14920158 UZF012 + 13 (1,13) 0.14931191 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14917259 UZF021 + 22 (1,22) 0.14920158 UZF022 + 23 (1,23) 0.14931191 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14917259 UZF031 + 32 (1,32) 0.14920158 UZF032 + 33 (1,33) 0.14931191 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14917259 UZF041 + 42 (1,42) 0.14920158 UZF042 + 43 (1,43) 0.14931191 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14917259 UZF051 + 52 (1,52) 0.14920158 UZF052 + 53 (1,53) 0.14931191 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14917259 UZF061 + 62 (1,62) 0.14920158 UZF062 + 63 (1,63) 0.14931191 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14917259 UZF071 + 72 (1,72) 0.14920158 UZF072 + 73 (1,73) 0.14931191 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14917259 UZF081 + 82 (1,82) 0.14920158 UZF082 + 83 (1,83) 0.14931191 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14917259 UZF091 + 92 (1,92) 0.14920158 UZF092 + 93 (1,93) 0.14931191 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.14922797 UZF004 + 105 (2,5) 0.14926720 UZF005 + 106 (2,6) 0.14929132 UZF006 + 107 (2,7) 0.14930602 UZF007 + 108 (2,8) 0.14931431 UZF008 + 109 (2,9) 0.14931749 UZF009 + 110 (2,10) 0.14931678 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.14922797 UZF014 + 115 (2,15) 0.14926720 UZF015 + 116 (2,16) 0.14929132 UZF016 + 117 (2,17) 0.14930602 UZF017 + 118 (2,18) 0.14931431 UZF018 + 119 (2,19) 0.14931749 UZF019 + 120 (2,20) 0.14931678 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.14922797 UZF024 + 125 (2,25) 0.14926720 UZF025 + 126 (2,26) 0.14929132 UZF026 + 127 (2,27) 0.14930602 UZF027 + 128 (2,28) 0.14931431 UZF028 + 129 (2,29) 0.14931749 UZF029 + 130 (2,30) 0.14931678 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.14922797 UZF034 + 135 (2,35) 0.14926720 UZF035 + 136 (2,36) 0.14929132 UZF036 + 137 (2,37) 0.14930602 UZF037 + 138 (2,38) 0.14931431 UZF038 + 139 (2,39) 0.14931749 UZF039 + 140 (2,40) 0.14931678 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.14922797 UZF044 + 145 (2,45) 0.14926720 UZF045 + 146 (2,46) 0.14929132 UZF046 + 147 (2,47) 0.14930602 UZF047 + 148 (2,48) 0.14931431 UZF048 + 149 (2,49) 0.14931749 UZF049 + 150 (2,50) 0.14931678 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.14922797 UZF054 + 155 (2,55) 0.14926720 UZF055 + 156 (2,56) 0.14929132 UZF056 + 157 (2,57) 0.14930602 UZF057 + 158 (2,58) 0.14931431 UZF058 + 159 (2,59) 0.14931749 UZF059 + 160 (2,60) 0.14931678 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.14922797 UZF064 + 165 (2,65) 0.14926720 UZF065 + 166 (2,66) 0.14929132 UZF066 + 167 (2,67) 0.14930602 UZF067 + 168 (2,68) 0.14931431 UZF068 + 169 (2,69) 0.14931749 UZF069 + 170 (2,70) 0.14931678 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.14922797 UZF074 + 175 (2,75) 0.14926720 UZF075 + 176 (2,76) 0.14929132 UZF076 + 177 (2,77) 0.14930602 UZF077 + 178 (2,78) 0.14931431 UZF078 + 179 (2,79) 0.14931749 UZF079 + 180 (2,80) 0.14931678 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.14922797 UZF084 + 185 (2,85) 0.14926720 UZF085 + 186 (2,86) 0.14929132 UZF086 + 187 (2,87) 0.14930602 UZF087 + 188 (2,88) 0.14931431 UZF088 + 189 (2,89) 0.14931749 UZF089 + 190 (2,90) 0.14931678 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.14922797 UZF094 + 195 (2,95) 0.14926720 UZF095 + 196 (2,96) 0.14929132 UZF096 + 197 (2,97) 0.14930602 UZF097 + 198 (2,98) 0.14931431 UZF098 + 199 (2,99) 0.14931749 UZF099 + 200 (2,100) 0.14931678 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 0.0000000 UZF076 + 277 (3,77) 0.0000000 UZF077 + 278 (3,78) 0.0000000 UZF078 + 279 (3,79) 0.0000000 UZF079 + 280 (3,80) 0.0000000 UZF080 + 281 (3,81) 0.0000000 UZF081 + 282 (3,82) 0.0000000 UZF082 + 283 (3,83) 0.0000000 UZF083 + 284 (3,84) 0.0000000 UZF084 + 285 (3,85) 0.0000000 UZF085 + 286 (3,86) 0.0000000 UZF086 + 287 (3,87) 0.0000000 UZF087 + 288 (3,88) 0.0000000 UZF088 + 289 (3,89) 0.0000000 UZF089 + 290 (3,90) 0.0000000 UZF090 + 291 (3,91) 0.0000000 UZF091 + 292 (3,92) 0.0000000 UZF092 + 293 (3,93) 0.0000000 UZF093 + 294 (3,94) 0.0000000 UZF094 + 295 (3,95) 0.0000000 UZF095 + 296 (3,96) 0.0000000 UZF096 + 297 (3,97) 0.0000000 UZF097 + 298 (3,98) 0.0000000 UZF098 + 299 (3,99) 0.0000000 UZF099 + 300 (3,100) 0.0000000 UZF100 + 301 (4,1) 0.0000000 UZF001 + 302 (4,2) 0.0000000 UZF002 + 303 (4,3) 0.0000000 UZF003 + 304 (4,4) 0.0000000 UZF004 + 305 (4,5) 0.0000000 UZF005 + 306 (4,6) 0.0000000 UZF006 + 307 (4,7) 0.0000000 UZF007 + 308 (4,8) 0.0000000 UZF008 + 309 (4,9) 0.0000000 UZF009 + 310 (4,10) 0.0000000 UZF010 + 311 (4,11) 0.0000000 UZF011 + 312 (4,12) 0.0000000 UZF012 + 313 (4,13) 0.0000000 UZF013 + 314 (4,14) 0.0000000 UZF014 + 315 (4,15) 0.0000000 UZF015 + 316 (4,16) 0.0000000 UZF016 + 317 (4,17) 0.0000000 UZF017 + 318 (4,18) 0.0000000 UZF018 + 319 (4,19) 0.0000000 UZF019 + 320 (4,20) 0.0000000 UZF020 + 321 (4,21) 0.0000000 UZF021 + 322 (4,22) 0.0000000 UZF022 + 323 (4,23) 0.0000000 UZF023 + 324 (4,24) 0.0000000 UZF024 + 325 (4,25) 0.0000000 UZF025 + 326 (4,26) 0.0000000 UZF026 + 327 (4,27) 0.0000000 UZF027 + 328 (4,28) 0.0000000 UZF028 + 329 (4,29) 0.0000000 UZF029 + 330 (4,30) 0.0000000 UZF030 + 331 (4,31) 0.0000000 UZF031 + 332 (4,32) 0.0000000 UZF032 + 333 (4,33) 0.0000000 UZF033 + 334 (4,34) 0.0000000 UZF034 + 335 (4,35) 0.0000000 UZF035 + 336 (4,36) 0.0000000 UZF036 + 337 (4,37) 0.0000000 UZF037 + 338 (4,38) 0.0000000 UZF038 + 339 (4,39) 0.0000000 UZF039 + 340 (4,40) 0.0000000 UZF040 + 341 (4,41) 0.0000000 UZF041 + 342 (4,42) 0.0000000 UZF042 + 343 (4,43) 0.0000000 UZF043 + 344 (4,44) 0.0000000 UZF044 + 345 (4,45) 0.0000000 UZF045 + 346 (4,46) 0.0000000 UZF046 + 347 (4,47) 0.0000000 UZF047 + 348 (4,48) 0.0000000 UZF048 + 349 (4,49) 0.0000000 UZF049 + 350 (4,50) 0.0000000 UZF050 + 351 (4,51) 0.0000000 UZF051 + 352 (4,52) 0.0000000 UZF052 + 353 (4,53) 0.0000000 UZF053 + 354 (4,54) 0.0000000 UZF054 + 355 (4,55) 0.0000000 UZF055 + 356 (4,56) 0.0000000 UZF056 + 357 (4,57) 0.0000000 UZF057 + 358 (4,58) 0.0000000 UZF058 + 359 (4,59) 0.0000000 UZF059 + 360 (4,60) 0.0000000 UZF060 + 361 (4,61) 0.0000000 UZF061 + 362 (4,62) 0.0000000 UZF062 + 363 (4,63) 0.0000000 UZF063 + 364 (4,64) 0.0000000 UZF064 + 365 (4,65) 0.0000000 UZF065 + 366 (4,66) 0.0000000 UZF066 + 367 (4,67) 0.0000000 UZF067 + 368 (4,68) 0.0000000 UZF068 + 369 (4,69) 0.0000000 UZF069 + 370 (4,70) 0.0000000 UZF070 + 371 (4,71) 0.0000000 UZF071 + 372 (4,72) 0.0000000 UZF072 + 373 (4,73) 0.0000000 UZF073 + 374 (4,74) 0.0000000 UZF074 + 375 (4,75) 0.0000000 UZF075 + 376 (4,76) 0.0000000 UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 (5,23) 0.0000000 UZF023 + 424 (5,24) 0.0000000 UZF024 + 425 (5,25) 0.0000000 UZF025 + 426 (5,26) 0.0000000 UZF026 + 427 (5,27) 0.0000000 UZF027 + 428 (5,28) 0.0000000 UZF028 + 429 (5,29) 0.0000000 UZF029 + 430 (5,30) 0.0000000 UZF030 + 431 (5,31) 0.0000000 UZF031 + 432 (5,32) 0.0000000 UZF032 + 433 (5,33) 0.0000000 UZF033 + 434 (5,34) 0.0000000 UZF034 + 435 (5,35) 0.0000000 UZF035 + 436 (5,36) 0.0000000 UZF036 + 437 (5,37) 0.0000000 UZF037 + 438 (5,38) 0.0000000 UZF038 + 439 (5,39) 0.0000000 UZF039 + 440 (5,40) 0.0000000 UZF040 + 441 (5,41) 0.0000000 UZF041 + 442 (5,42) 0.0000000 UZF042 + 443 (5,43) 0.0000000 UZF043 + 444 (5,44) 0.0000000 UZF044 + 445 (5,45) 0.0000000 UZF045 + 446 (5,46) 0.0000000 UZF046 + 447 (5,47) 0.0000000 UZF047 + 448 (5,48) 0.0000000 UZF048 + 449 (5,49) 0.0000000 UZF049 + 450 (5,50) 0.0000000 UZF050 + 451 (5,51) 0.0000000 UZF051 + 452 (5,52) 0.0000000 UZF052 + 453 (5,53) 0.0000000 UZF053 + 454 (5,54) 0.0000000 UZF054 + 455 (5,55) 0.0000000 UZF055 + 456 (5,56) 0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 3 STEP 3 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 0.0000000 UZF042 + 43 (1,43) 0.0000000 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.0000000 UZF051 + 52 (1,52) 0.0000000 UZF052 + 53 (1,53) 0.0000000 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.0000000 UZF061 + 62 (1,62) 0.0000000 UZF062 + 63 (1,63) 0.0000000 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.0000000 UZF071 + 72 (1,72) 0.0000000 UZF072 + 73 (1,73) 0.0000000 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 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18.8896 18.7424 18.5217 18.2252 17.8565 17.4219 16.9377 16.4458 16.0546 + 18.9631 18.8896 18.7424 18.5217 18.2252 17.8565 17.4219 16.9377 16.4458 16.0546 + 18.9631 18.8896 18.7424 18.5217 18.2252 17.8565 17.4219 16.9377 16.4458 16.0546 + 18.9631 18.8896 18.7424 18.5217 18.2252 17.8565 17.4219 16.9377 16.4458 16.0546 + 18.9631 18.8896 18.7424 18.5217 18.2252 17.8565 17.4219 16.9377 16.4458 16.0546 + 18.9631 18.8896 18.7424 18.5217 18.2252 17.8565 17.4219 16.9377 16.4458 16.0546 +1 + HEAD IN LAYER 4 AT END OF TIME STEP 3 IN STRESS PERIOD 3 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + 11 12 13 14 15 16 17 18 19 20 + 21 22 23 24 25 26 27 28 29 30 + 31 32 33 34 35 36 37 38 39 40 + 41 42 43 44 45 46 47 48 49 50 + 51 52 53 54 55 56 57 58 59 60 + 61 62 63 64 65 66 67 68 69 70 + 71 72 73 74 75 76 77 78 79 80 + 81 82 83 84 85 86 87 88 89 90 + 91 92 93 94 95 96 97 98 99 100 + ................................................................................................................................................................ + 1 18.5531 18.4731 18.3118 18.0670 17.7344 17.3072 16.7727 16.1038 15.2355 14.0001 + 18.5531 18.4731 18.3118 18.0670 17.7344 17.3072 16.7727 16.1038 15.2355 14.0001 + 18.5531 18.4731 18.3118 18.0670 17.7344 17.3072 16.7727 16.1038 15.2355 14.0001 + 18.5531 18.4731 18.3118 18.0670 17.7344 17.3072 16.7727 16.1038 15.2355 14.0001 + 18.5531 18.4731 18.3118 18.0670 17.7344 17.3072 16.7727 16.1038 15.2355 14.0001 + 18.5531 18.4731 18.3118 18.0670 17.7344 17.3072 16.7727 16.1038 15.2355 14.0001 + 18.5531 18.4731 18.3118 18.0670 17.7344 17.3072 16.7727 16.1038 15.2355 14.0001 + 18.5531 18.4731 18.3118 18.0670 17.7344 17.3072 16.7727 16.1038 15.2355 14.0001 + 18.5531 18.4731 18.3118 18.0670 17.7344 17.3072 16.7727 16.1038 15.2355 14.0001 + 18.5531 18.4731 18.3118 18.0670 17.7344 17.3072 16.7727 16.1038 15.2355 14.0001 +1 + HEAD IN LAYER 5 AT END OF TIME STEP 3 IN STRESS PERIOD 3 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + 11 12 13 14 15 16 17 18 19 20 + 21 22 23 24 25 26 27 28 29 30 + 31 32 33 34 35 36 37 38 39 40 + 41 42 43 44 45 46 47 48 49 50 + 51 52 53 54 55 56 57 58 59 60 + 61 62 63 64 65 66 67 68 69 70 + 71 72 73 74 75 76 77 78 79 80 + 81 82 83 84 85 86 87 88 89 90 + 91 92 93 94 95 96 97 98 99 100 + ................................................................................................................................................................ + 1 18.3433 18.2594 18.0901 17.8320 17.4799 17.0261 16.4598 15.7684 14.9428 14.0000 + 18.3433 18.2594 18.0901 17.8320 17.4799 17.0261 16.4598 15.7684 14.9428 14.0000 + 18.3433 18.2594 18.0901 17.8320 17.4799 17.0261 16.4598 15.7684 14.9428 14.0000 + 18.3433 18.2594 18.0901 17.8320 17.4799 17.0261 16.4598 15.7684 14.9428 14.0000 + 18.3433 18.2594 18.0901 17.8320 17.4799 17.0261 16.4598 15.7684 14.9428 14.0000 + 18.3433 18.2594 18.0901 17.8320 17.4799 17.0261 16.4598 15.7684 14.9428 14.0000 + 18.3433 18.2594 18.0901 17.8320 17.4799 17.0261 16.4598 15.7684 14.9428 14.0000 + 18.3433 18.2594 18.0901 17.8320 17.4799 17.0261 16.4598 15.7684 14.9428 14.0000 + 18.3433 18.2594 18.0901 17.8320 17.4799 17.0261 16.4598 15.7684 14.9428 14.0000 + 18.3433 18.2594 18.0901 17.8320 17.4799 17.0261 16.4598 15.7684 14.9428 14.0000 + + HEAD WILL BE SAVED ON UNIT 1019 AT END OF TIME STEP 3, STRESS PERIOD 3 + + + UZF_0 BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 3, STRESS PERIOD 3 + ------------------------------------------------------------------------------ + + CUMULATIVE UZF_0 L**3 RATES FOR THIS TIME STEP L**3/T + ------------------ ------------------------ + + IN: IN: + --- --- + GWF = 0.0000 GWF = 0.0000 + INFILTRATION = 390.0000 INFILTRATION = 15.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.0000 UZET = 0.0000 + STORAGE = 16.6050 STORAGE = 0.0000 + + TOTAL IN = 406.6050 TOTAL IN = 15.0000 + + OUT: OUT: + ---- ---- + GWF = 391.9212 GWF = 14.9273 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.9984 UZET = 4.0360E-02 + STORAGE = 13.6854 STORAGE = 3.2368E-02 + + TOTAL OUT = 406.6050 TOTAL OUT = 15.0000 + + IN - OUT = 1.6900E-06 IN - OUT = 3.3751E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 3, STRESS PERIOD 3 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.8205E-02 STO-SS = 6.2840E-05 STORAGE + STO-SY = 39.6083 STO-SY = 0.1203 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 391.9212 UZF-GWRCH = 14.9273 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 431.5778 TOTAL IN = 15.0476 + + OUT: OUT: + ---- ---- + STO-SS = 7.9969E-04 STO-SS = 0.0000 STORAGE + STO-SY = 11.9671 STO-SY = 0.0000 STORAGE + GHB = 418.2577 GHB = 14.9993 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 1.3522 UZF-GWET = 4.8332E-02 UZF_0 + + TOTAL OUT = 431.5778 TOTAL OUT = 15.0476 + + IN - OUT = -8.9561E-07 IN - OUT = -2.7644E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 3 IN STRESS PERIOD 3 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 5.18400E+05 8640.0 144.00 6.0000 1.64271E-02 + TOTAL TIME 2.24640E+06 37440. 624.00 26.000 7.11841E-02 + + +end timestep + + +start timestep kper="3" kstp="4" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1018 AT TIME STEP 4, STRESS PERIOD 3 + UBDSV1 SAVING STO-SY ON UNIT 1018 AT TIME STEP 4, STRESS PERIOD 3 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1018 AT TIME STEP 4, STRESS PERIOD 3 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1018 AT TIME STEP 4, STRESS PERIOD 3 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 4, STRESS PERIOD 3 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 4, STRESS PERIOD 3 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 4, STRESS PERIOD 3 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 4, STRESS PERIOD 3 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1014 AT TIME STEP 4, STRESS PERIOD 3 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 4, STRESS PERIOD 3 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 4, STRESS PERIOD 3 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 4, STRESS PERIOD 3 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 4, STRESS PERIOD 3 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 3 STEP 4 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.0271640 + 2 (4,20) -1.0271640 + 3 (4,30) -1.0271640 + 4 (4,40) -1.0271640 + 5 (4,50) -1.0271640 + 6 (4,60) -1.0271640 + 7 (4,70) -1.0271640 + 8 (4,80) -1.0271640 + 9 (4,90) -1.0271640 + 10 (4,100) -1.0271640 + 11 (5,10) -0.47069261 + 12 (5,20) -0.47069261 + 13 (5,30) -0.47069261 + 14 (5,40) -0.47069261 + 15 (5,50) -0.47069261 + 16 (5,60) -0.47069261 + 17 (5,70) -0.47069261 + 18 (5,80) -0.47069261 + 19 (5,90) -0.47069261 + 20 (5,100) -0.47069261 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 3 STEP 4 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14930642 UZF001 + 2 (1,2) 0.14932283 UZF002 + 3 (1,3) 0.14939769 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14930642 UZF011 + 12 (1,12) 0.14932283 UZF012 + 13 (1,13) 0.14939769 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14930642 UZF021 + 22 (1,22) 0.14932283 UZF022 + 23 (1,23) 0.14939769 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14930642 UZF031 + 32 (1,32) 0.14932283 UZF032 + 33 (1,33) 0.14939769 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14930642 UZF041 + 42 (1,42) 0.14932283 UZF042 + 43 (1,43) 0.14939769 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14930642 UZF051 + 52 (1,52) 0.14932283 UZF052 + 53 (1,53) 0.14939769 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14930642 UZF061 + 62 (1,62) 0.14932283 UZF062 + 63 (1,63) 0.14939769 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14930642 UZF071 + 72 (1,72) 0.14932283 UZF072 + 73 (1,73) 0.14939769 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14930642 UZF081 + 82 (1,82) 0.14932283 UZF082 + 83 (1,83) 0.14939769 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14930642 UZF091 + 92 (1,92) 0.14932283 UZF092 + 93 (1,93) 0.14939769 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.14930778 UZF004 + 105 (2,5) 0.14933266 UZF005 + 106 (2,6) 0.14934910 UZF006 + 107 (2,7) 0.14935948 UZF007 + 108 (2,8) 0.14936501 UZF008 + 109 (2,9) 0.14936637 UZF009 + 110 (2,10) 0.14936489 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.14930778 UZF014 + 115 (2,15) 0.14933266 UZF015 + 116 (2,16) 0.14934910 UZF016 + 117 (2,17) 0.14935948 UZF017 + 118 (2,18) 0.14936501 UZF018 + 119 (2,19) 0.14936637 UZF019 + 120 (2,20) 0.14936489 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.14930778 UZF024 + 125 (2,25) 0.14933266 UZF025 + 126 (2,26) 0.14934910 UZF026 + 127 (2,27) 0.14935948 UZF027 + 128 (2,28) 0.14936501 UZF028 + 129 (2,29) 0.14936637 UZF029 + 130 (2,30) 0.14936489 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.14930778 UZF034 + 135 (2,35) 0.14933266 UZF035 + 136 (2,36) 0.14934910 UZF036 + 137 (2,37) 0.14935948 UZF037 + 138 (2,38) 0.14936501 UZF038 + 139 (2,39) 0.14936637 UZF039 + 140 (2,40) 0.14936489 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.14930778 UZF044 + 145 (2,45) 0.14933266 UZF045 + 146 (2,46) 0.14934910 UZF046 + 147 (2,47) 0.14935948 UZF047 + 148 (2,48) 0.14936501 UZF048 + 149 (2,49) 0.14936637 UZF049 + 150 (2,50) 0.14936489 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.14930778 UZF054 + 155 (2,55) 0.14933266 UZF055 + 156 (2,56) 0.14934910 UZF056 + 157 (2,57) 0.14935948 UZF057 + 158 (2,58) 0.14936501 UZF058 + 159 (2,59) 0.14936637 UZF059 + 160 (2,60) 0.14936489 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.14930778 UZF064 + 165 (2,65) 0.14933266 UZF065 + 166 (2,66) 0.14934910 UZF066 + 167 (2,67) 0.14935948 UZF067 + 168 (2,68) 0.14936501 UZF068 + 169 (2,69) 0.14936637 UZF069 + 170 (2,70) 0.14936489 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.14930778 UZF074 + 175 (2,75) 0.14933266 UZF075 + 176 (2,76) 0.14934910 UZF076 + 177 (2,77) 0.14935948 UZF077 + 178 (2,78) 0.14936501 UZF078 + 179 (2,79) 0.14936637 UZF079 + 180 (2,80) 0.14936489 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.14930778 UZF084 + 185 (2,85) 0.14933266 UZF085 + 186 (2,86) 0.14934910 UZF086 + 187 (2,87) 0.14935948 UZF087 + 188 (2,88) 0.14936501 UZF088 + 189 (2,89) 0.14936637 UZF089 + 190 (2,90) 0.14936489 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.14930778 UZF094 + 195 (2,95) 0.14933266 UZF095 + 196 (2,96) 0.14934910 UZF096 + 197 (2,97) 0.14935948 UZF097 + 198 (2,98) 0.14936501 UZF098 + 199 (2,99) 0.14936637 UZF099 + 200 (2,100) 0.14936489 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 0.0000000 UZF076 + 277 (3,77) 0.0000000 UZF077 + 278 (3,78) 0.0000000 UZF078 + 279 (3,79) 0.0000000 UZF079 + 280 (3,80) 0.0000000 UZF080 + 281 (3,81) 0.0000000 UZF081 + 282 (3,82) 0.0000000 UZF082 + 283 (3,83) 0.0000000 UZF083 + 284 (3,84) 0.0000000 UZF084 + 285 (3,85) 0.0000000 UZF085 + 286 (3,86) 0.0000000 UZF086 + 287 (3,87) 0.0000000 UZF087 + 288 (3,88) 0.0000000 UZF088 + 289 (3,89) 0.0000000 UZF089 + 290 (3,90) 0.0000000 UZF090 + 291 (3,91) 0.0000000 UZF091 + 292 (3,92) 0.0000000 UZF092 + 293 (3,93) 0.0000000 UZF093 + 294 (3,94) 0.0000000 UZF094 + 295 (3,95) 0.0000000 UZF095 + 296 (3,96) 0.0000000 UZF096 + 297 (3,97) 0.0000000 UZF097 + 298 (3,98) 0.0000000 UZF098 + 299 (3,99) 0.0000000 UZF099 + 300 (3,100) 0.0000000 UZF100 + 301 (4,1) 0.0000000 UZF001 + 302 (4,2) 0.0000000 UZF002 + 303 (4,3) 0.0000000 UZF003 + 304 (4,4) 0.0000000 UZF004 + 305 (4,5) 0.0000000 UZF005 + 306 (4,6) 0.0000000 UZF006 + 307 (4,7) 0.0000000 UZF007 + 308 (4,8) 0.0000000 UZF008 + 309 (4,9) 0.0000000 UZF009 + 310 (4,10) 0.0000000 UZF010 + 311 (4,11) 0.0000000 UZF011 + 312 (4,12) 0.0000000 UZF012 + 313 (4,13) 0.0000000 UZF013 + 314 (4,14) 0.0000000 UZF014 + 315 (4,15) 0.0000000 UZF015 + 316 (4,16) 0.0000000 UZF016 + 317 (4,17) 0.0000000 UZF017 + 318 (4,18) 0.0000000 UZF018 + 319 (4,19) 0.0000000 UZF019 + 320 (4,20) 0.0000000 UZF020 + 321 (4,21) 0.0000000 UZF021 + 322 (4,22) 0.0000000 UZF022 + 323 (4,23) 0.0000000 UZF023 + 324 (4,24) 0.0000000 UZF024 + 325 (4,25) 0.0000000 UZF025 + 326 (4,26) 0.0000000 UZF026 + 327 (4,27) 0.0000000 UZF027 + 328 (4,28) 0.0000000 UZF028 + 329 (4,29) 0.0000000 UZF029 + 330 (4,30) 0.0000000 UZF030 + 331 (4,31) 0.0000000 UZF031 + 332 (4,32) 0.0000000 UZF032 + 333 (4,33) 0.0000000 UZF033 + 334 (4,34) 0.0000000 UZF034 + 335 (4,35) 0.0000000 UZF035 + 336 (4,36) 0.0000000 UZF036 + 337 (4,37) 0.0000000 UZF037 + 338 (4,38) 0.0000000 UZF038 + 339 (4,39) 0.0000000 UZF039 + 340 (4,40) 0.0000000 UZF040 + 341 (4,41) 0.0000000 UZF041 + 342 (4,42) 0.0000000 UZF042 + 343 (4,43) 0.0000000 UZF043 + 344 (4,44) 0.0000000 UZF044 + 345 (4,45) 0.0000000 UZF045 + 346 (4,46) 0.0000000 UZF046 + 347 (4,47) 0.0000000 UZF047 + 348 (4,48) 0.0000000 UZF048 + 349 (4,49) 0.0000000 UZF049 + 350 (4,50) 0.0000000 UZF050 + 351 (4,51) 0.0000000 UZF051 + 352 (4,52) 0.0000000 UZF052 + 353 (4,53) 0.0000000 UZF053 + 354 (4,54) 0.0000000 UZF054 + 355 (4,55) 0.0000000 UZF055 + 356 (4,56) 0.0000000 UZF056 + 357 (4,57) 0.0000000 UZF057 + 358 (4,58) 0.0000000 UZF058 + 359 (4,59) 0.0000000 UZF059 + 360 (4,60) 0.0000000 UZF060 + 361 (4,61) 0.0000000 UZF061 + 362 (4,62) 0.0000000 UZF062 + 363 (4,63) 0.0000000 UZF063 + 364 (4,64) 0.0000000 UZF064 + 365 (4,65) 0.0000000 UZF065 + 366 (4,66) 0.0000000 UZF066 + 367 (4,67) 0.0000000 UZF067 + 368 (4,68) 0.0000000 UZF068 + 369 (4,69) 0.0000000 UZF069 + 370 (4,70) 0.0000000 UZF070 + 371 (4,71) 0.0000000 UZF071 + 372 (4,72) 0.0000000 UZF072 + 373 (4,73) 0.0000000 UZF073 + 374 (4,74) 0.0000000 UZF074 + 375 (4,75) 0.0000000 UZF075 + 376 (4,76) 0.0000000 UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 (5,23) 0.0000000 UZF023 + 424 (5,24) 0.0000000 UZF024 + 425 (5,25) 0.0000000 UZF025 + 426 (5,26) 0.0000000 UZF026 + 427 (5,27) 0.0000000 UZF027 + 428 (5,28) 0.0000000 UZF028 + 429 (5,29) 0.0000000 UZF029 + 430 (5,30) 0.0000000 UZF030 + 431 (5,31) 0.0000000 UZF031 + 432 (5,32) 0.0000000 UZF032 + 433 (5,33) 0.0000000 UZF033 + 434 (5,34) 0.0000000 UZF034 + 435 (5,35) 0.0000000 UZF035 + 436 (5,36) 0.0000000 UZF036 + 437 (5,37) 0.0000000 UZF037 + 438 (5,38) 0.0000000 UZF038 + 439 (5,39) 0.0000000 UZF039 + 440 (5,40) 0.0000000 UZF040 + 441 (5,41) 0.0000000 UZF041 + 442 (5,42) 0.0000000 UZF042 + 443 (5,43) 0.0000000 UZF043 + 444 (5,44) 0.0000000 UZF044 + 445 (5,45) 0.0000000 UZF045 + 446 (5,46) 0.0000000 UZF046 + 447 (5,47) 0.0000000 UZF047 + 448 (5,48) 0.0000000 UZF048 + 449 (5,49) 0.0000000 UZF049 + 450 (5,50) 0.0000000 UZF050 + 451 (5,51) 0.0000000 UZF051 + 452 (5,52) 0.0000000 UZF052 + 453 (5,53) 0.0000000 UZF053 + 454 (5,54) 0.0000000 UZF054 + 455 (5,55) 0.0000000 UZF055 + 456 (5,56) 0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 3 STEP 4 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 0.0000000 UZF042 + 43 (1,43) 0.0000000 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.0000000 UZF051 + 52 (1,52) 0.0000000 UZF052 + 53 (1,53) 0.0000000 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.0000000 UZF061 + 62 (1,62) 0.0000000 UZF062 + 63 (1,63) 0.0000000 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.0000000 UZF071 + 72 (1,72) 0.0000000 UZF072 + 73 (1,73) 0.0000000 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 UZF081 + 82 (1,82) 0.0000000 UZF082 + 83 (1,83) 0.0000000 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.0000000 UZF091 + 92 (1,92) 0.0000000 UZF092 + 93 (1,93) 0.0000000 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) -0.0000000 UZF001 + 102 (2,2) -0.0000000 UZF002 + 103 (2,3) -0.0000000 UZF003 + 104 (2,4) -0.0000000 UZF004 + 105 (2,5) -0.0000000 UZF005 + 106 (2,6) -0.0000000 UZF006 + 107 (2,7) -0.0000000 UZF007 + 108 (2,8) -0.0000000 UZF008 + 109 (2,9) -0.0000000 UZF009 + 110 (2,10) -0.0000000 UZF010 + 111 (2,11) -0.0000000 UZF011 + 112 (2,12) -0.0000000 UZF012 + 113 (2,13) -0.0000000 UZF013 + 114 (2,14) -0.0000000 UZF014 + 115 (2,15) -0.0000000 UZF015 + 116 (2,16) -0.0000000 UZF016 + 117 (2,17) -0.0000000 UZF017 + 118 (2,18) -0.0000000 UZF018 + 119 (2,19) -0.0000000 UZF019 + 120 (2,20) -0.0000000 UZF020 + 121 (2,21) -0.0000000 UZF021 + 122 (2,22) -0.0000000 UZF022 + 123 (2,23) -0.0000000 UZF023 + 124 (2,24) -0.0000000 UZF024 + 125 (2,25) -0.0000000 UZF025 + 126 (2,26) -0.0000000 UZF026 + 127 (2,27) -0.0000000 UZF027 + 128 (2,28) -0.0000000 UZF028 + 129 (2,29) -0.0000000 UZF029 + 130 (2,30) -0.0000000 UZF030 + 131 (2,31) -0.0000000 UZF031 + 132 (2,32) -0.0000000 UZF032 + 133 (2,33) -0.0000000 UZF033 + 134 (2,34) -0.0000000 UZF034 + 135 (2,35) -0.0000000 UZF035 + 136 (2,36) -0.0000000 UZF036 + 137 (2,37) -0.0000000 UZF037 + 138 (2,38) -0.0000000 UZF038 + 139 (2,39) -0.0000000 UZF039 + 140 (2,40) -0.0000000 UZF040 + 141 (2,41) -0.0000000 UZF041 + 142 (2,42) -0.0000000 UZF042 + 143 (2,43) -0.0000000 UZF043 + 144 (2,44) -0.0000000 UZF044 + 145 (2,45) -0.0000000 UZF045 + 146 (2,46) -0.0000000 UZF046 + 147 (2,47) -0.0000000 UZF047 + 148 (2,48) -0.0000000 UZF048 + 149 (2,49) -0.0000000 UZF049 + 150 (2,50) -0.0000000 UZF050 + 151 (2,51) -0.0000000 UZF051 + 152 (2,52) -0.0000000 UZF052 + 153 (2,53) -0.0000000 UZF053 + 154 (2,54) -0.0000000 UZF054 + 155 (2,55) -0.0000000 UZF055 + 156 (2,56) -0.0000000 UZF056 + 157 (2,57) -0.0000000 UZF057 + 158 (2,58) -0.0000000 UZF058 + 159 (2,59) -0.0000000 UZF059 + 160 (2,60) -0.0000000 UZF060 + 161 (2,61) -0.0000000 UZF061 + 162 (2,62) -0.0000000 UZF062 + 163 (2,63) -0.0000000 UZF063 + 164 (2,64) -0.0000000 UZF064 + 165 (2,65) -0.0000000 UZF065 + 166 (2,66) -0.0000000 UZF066 + 167 (2,67) -0.0000000 UZF067 + 168 (2,68) -0.0000000 UZF068 + 169 (2,69) 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14.9414 14.0000 + 18.3367 18.2529 18.0839 17.8263 17.4748 17.0217 16.4563 15.7658 14.9414 14.0000 + 18.3367 18.2529 18.0839 17.8263 17.4748 17.0217 16.4563 15.7658 14.9414 14.0000 + 18.3367 18.2529 18.0839 17.8263 17.4748 17.0217 16.4563 15.7658 14.9414 14.0000 + 18.3367 18.2529 18.0839 17.8263 17.4748 17.0217 16.4563 15.7658 14.9414 14.0000 + 18.3367 18.2529 18.0839 17.8263 17.4748 17.0217 16.4563 15.7658 14.9414 14.0000 + 18.3367 18.2529 18.0839 17.8263 17.4748 17.0217 16.4563 15.7658 14.9414 14.0000 + 18.3367 18.2529 18.0839 17.8263 17.4748 17.0217 16.4563 15.7658 14.9414 14.0000 + + HEAD WILL BE SAVED ON UNIT 1019 AT END OF TIME STEP 4, STRESS PERIOD 3 + + + UZF_0 BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 4, STRESS PERIOD 3 + ------------------------------------------------------------------------------ + + CUMULATIVE UZF_0 L**3 RATES FOR THIS TIME STEP L**3/T + ------------------ ------------------------ + + IN: IN: + --- --- + GWF = 0.0000 GWF = 0.0000 + INFILTRATION = 420.0000 INFILTRATION = 15.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.0000 UZET = 0.0000 + STORAGE = 16.6050 STORAGE = 0.0000 + + TOTAL IN = 436.6050 TOTAL IN = 15.0000 + + OUT: OUT: + ---- ---- + GWF = 421.7907 GWF = 14.9347 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 1.0792 UZET = 4.0397E-02 + STORAGE = 13.7352 STORAGE = 2.4881E-02 + + TOTAL OUT = 436.6050 TOTAL OUT = 15.0000 + + IN - OUT = 1.6900E-06 IN - OUT = 2.3093E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 4, STRESS PERIOD 3 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.8303E-02 STO-SS = 4.8667E-05 STORAGE + STO-SY = 39.7924 STO-SY = 9.2076E-02 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 421.7907 UZF-GWRCH = 14.9347 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 461.6314 TOTAL IN = 15.0268 + + OUT: OUT: + ---- ---- + STO-SS = 7.9969E-04 STO-SS = 0.0000 STORAGE + STO-SY = 11.9671 STO-SY = 0.0000 STORAGE + GHB = 448.2148 GHB = 14.9786 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 1.4487 UZF-GWET = 4.8281E-02 UZF_0 + + TOTAL OUT = 461.6314 TOTAL OUT = 15.0268 + + IN - OUT = -1.0292E-06 IN - OUT = -6.6780E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 4 IN STRESS PERIOD 3 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 6.91200E+05 11520. 192.00 8.0000 2.19028E-02 + TOTAL TIME 2.41920E+06 40320. 672.00 28.000 7.66598E-02 + + +end timestep + + +start timestep kper="3" kstp="5" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1018 AT TIME STEP 5, STRESS PERIOD 3 + UBDSV1 SAVING STO-SY ON UNIT 1018 AT TIME STEP 5, STRESS PERIOD 3 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1018 AT TIME STEP 5, STRESS PERIOD 3 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1018 AT TIME STEP 5, STRESS PERIOD 3 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 5, STRESS PERIOD 3 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 5, STRESS PERIOD 3 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 5, STRESS PERIOD 3 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 5, STRESS PERIOD 3 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1014 AT TIME STEP 5, STRESS PERIOD 3 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 5, STRESS PERIOD 3 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 5, STRESS PERIOD 3 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 5, STRESS PERIOD 3 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 5, STRESS PERIOD 3 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 3 STEP 5 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.0260835 + 2 (4,20) -1.0260835 + 3 (4,30) -1.0260835 + 4 (4,40) -1.0260835 + 5 (4,50) -1.0260835 + 6 (4,60) -1.0260835 + 7 (4,70) -1.0260835 + 8 (4,80) -1.0260835 + 9 (4,90) -1.0260835 + 10 (4,100) -1.0260835 + 11 (5,10) -0.47017518 + 12 (5,20) -0.47017518 + 13 (5,30) -0.47017518 + 14 (5,40) -0.47017518 + 15 (5,50) -0.47017518 + 16 (5,60) -0.47017518 + 17 (5,70) -0.47017518 + 18 (5,80) -0.47017518 + 19 (5,90) -0.47017518 + 20 (5,100) -0.47017518 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 3 STEP 5 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14939832 UZF001 + 2 (1,2) 0.14940786 UZF002 + 3 (1,3) 0.14946056 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14939832 UZF011 + 12 (1,12) 0.14940786 UZF012 + 13 (1,13) 0.14946056 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14939832 UZF021 + 22 (1,22) 0.14940786 UZF022 + 23 (1,23) 0.14946056 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14939832 UZF031 + 32 (1,32) 0.14940786 UZF032 + 33 (1,33) 0.14946056 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14939832 UZF041 + 42 (1,42) 0.14940786 UZF042 + 43 (1,43) 0.14946056 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14939832 UZF051 + 52 (1,52) 0.14940786 UZF052 + 53 (1,53) 0.14946056 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14939832 UZF061 + 62 (1,62) 0.14940786 UZF062 + 63 (1,63) 0.14946056 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14939832 UZF071 + 72 (1,72) 0.14940786 UZF072 + 73 (1,73) 0.14946056 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14939832 UZF081 + 82 (1,82) 0.14940786 UZF082 + 83 (1,83) 0.14946056 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14939832 UZF091 + 92 (1,92) 0.14940786 UZF092 + 93 (1,93) 0.14946056 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.14937791 UZF004 + 105 (2,5) 0.14939293 UZF005 + 106 (2,6) 0.14940160 UZF006 + 107 (2,7) 0.14940568 UZF007 + 108 (2,8) 0.14940606 UZF008 + 109 (2,9) 0.14940353 UZF009 + 110 (2,10) 0.14939989 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.14937791 UZF014 + 115 (2,15) 0.14939293 UZF015 + 116 (2,16) 0.14940160 UZF016 + 117 (2,17) 0.14940568 UZF017 + 118 (2,18) 0.14940606 UZF018 + 119 (2,19) 0.14940353 UZF019 + 120 (2,20) 0.14939989 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.14937791 UZF024 + 125 (2,25) 0.14939293 UZF025 + 126 (2,26) 0.14940160 UZF026 + 127 (2,27) 0.14940568 UZF027 + 128 (2,28) 0.14940606 UZF028 + 129 (2,29) 0.14940353 UZF029 + 130 (2,30) 0.14939989 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.14937791 UZF034 + 135 (2,35) 0.14939293 UZF035 + 136 (2,36) 0.14940160 UZF036 + 137 (2,37) 0.14940568 UZF037 + 138 (2,38) 0.14940606 UZF038 + 139 (2,39) 0.14940353 UZF039 + 140 (2,40) 0.14939989 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.14937791 UZF044 + 145 (2,45) 0.14939293 UZF045 + 146 (2,46) 0.14940160 UZF046 + 147 (2,47) 0.14940568 UZF047 + 148 (2,48) 0.14940606 UZF048 + 149 (2,49) 0.14940353 UZF049 + 150 (2,50) 0.14939989 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.14937791 UZF054 + 155 (2,55) 0.14939293 UZF055 + 156 (2,56) 0.14940160 UZF056 + 157 (2,57) 0.14940568 UZF057 + 158 (2,58) 0.14940606 UZF058 + 159 (2,59) 0.14940353 UZF059 + 160 (2,60) 0.14939989 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.14937791 UZF064 + 165 (2,65) 0.14939293 UZF065 + 166 (2,66) 0.14940160 UZF066 + 167 (2,67) 0.14940568 UZF067 + 168 (2,68) 0.14940606 UZF068 + 169 (2,69) 0.14940353 UZF069 + 170 (2,70) 0.14939989 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.14937791 UZF074 + 175 (2,75) 0.14939293 UZF075 + 176 (2,76) 0.14940160 UZF076 + 177 (2,77) 0.14940568 UZF077 + 178 (2,78) 0.14940606 UZF078 + 179 (2,79) 0.14940353 UZF079 + 180 (2,80) 0.14939989 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.14937791 UZF084 + 185 (2,85) 0.14939293 UZF085 + 186 (2,86) 0.14940160 UZF086 + 187 (2,87) 0.14940568 UZF087 + 188 (2,88) 0.14940606 UZF088 + 189 (2,89) 0.14940353 UZF089 + 190 (2,90) 0.14939989 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.14937791 UZF094 + 195 (2,95) 0.14939293 UZF095 + 196 (2,96) 0.14940160 UZF096 + 197 (2,97) 0.14940568 UZF097 + 198 (2,98) 0.14940606 UZF098 + 199 (2,99) 0.14940353 UZF099 + 200 (2,100) 0.14939989 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 0.0000000 UZF076 + 277 (3,77) 0.0000000 UZF077 + 278 (3,78) 0.0000000 UZF078 + 279 (3,79) 0.0000000 UZF079 + 280 (3,80) 0.0000000 UZF080 + 281 (3,81) 0.0000000 UZF081 + 282 (3,82) 0.0000000 UZF082 + 283 (3,83) 0.0000000 UZF083 + 284 (3,84) 0.0000000 UZF084 + 285 (3,85) 0.0000000 UZF085 + 286 (3,86) 0.0000000 UZF086 + 287 (3,87) 0.0000000 UZF087 + 288 (3,88) 0.0000000 UZF088 + 289 (3,89) 0.0000000 UZF089 + 290 (3,90) 0.0000000 UZF090 + 291 (3,91) 0.0000000 UZF091 + 292 (3,92) 0.0000000 UZF092 + 293 (3,93) 0.0000000 UZF093 + 294 (3,94) 0.0000000 UZF094 + 295 (3,95) 0.0000000 UZF095 + 296 (3,96) 0.0000000 UZF096 + 297 (3,97) 0.0000000 UZF097 + 298 (3,98) 0.0000000 UZF098 + 299 (3,99) 0.0000000 UZF099 + 300 (3,100) 0.0000000 UZF100 + 301 (4,1) 0.0000000 UZF001 + 302 (4,2) 0.0000000 UZF002 + 303 (4,3) 0.0000000 UZF003 + 304 (4,4) 0.0000000 UZF004 + 305 (4,5) 0.0000000 UZF005 + 306 (4,6) 0.0000000 UZF006 + 307 (4,7) 0.0000000 UZF007 + 308 (4,8) 0.0000000 UZF008 + 309 (4,9) 0.0000000 UZF009 + 310 (4,10) 0.0000000 UZF010 + 311 (4,11) 0.0000000 UZF011 + 312 (4,12) 0.0000000 UZF012 + 313 (4,13) 0.0000000 UZF013 + 314 (4,14) 0.0000000 UZF014 + 315 (4,15) 0.0000000 UZF015 + 316 (4,16) 0.0000000 UZF016 + 317 (4,17) 0.0000000 UZF017 + 318 (4,18) 0.0000000 UZF018 + 319 (4,19) 0.0000000 UZF019 + 320 (4,20) 0.0000000 UZF020 + 321 (4,21) 0.0000000 UZF021 + 322 (4,22) 0.0000000 UZF022 + 323 (4,23) 0.0000000 UZF023 + 324 (4,24) 0.0000000 UZF024 + 325 (4,25) 0.0000000 UZF025 + 326 (4,26) 0.0000000 UZF026 + 327 (4,27) 0.0000000 UZF027 + 328 (4,28) 0.0000000 UZF028 + 329 (4,29) 0.0000000 UZF029 + 330 (4,30) 0.0000000 UZF030 + 331 (4,31) 0.0000000 UZF031 + 332 (4,32) 0.0000000 UZF032 + 333 (4,33) 0.0000000 UZF033 + 334 (4,34) 0.0000000 UZF034 + 335 (4,35) 0.0000000 UZF035 + 336 (4,36) 0.0000000 UZF036 + 337 (4,37) 0.0000000 UZF037 + 338 (4,38) 0.0000000 UZF038 + 339 (4,39) 0.0000000 UZF039 + 340 (4,40) 0.0000000 UZF040 + 341 (4,41) 0.0000000 UZF041 + 342 (4,42) 0.0000000 UZF042 + 343 (4,43) 0.0000000 UZF043 + 344 (4,44) 0.0000000 UZF044 + 345 (4,45) 0.0000000 UZF045 + 346 (4,46) 0.0000000 UZF046 + 347 (4,47) 0.0000000 UZF047 + 348 (4,48) 0.0000000 UZF048 + 349 (4,49) 0.0000000 UZF049 + 350 (4,50) 0.0000000 UZF050 + 351 (4,51) 0.0000000 UZF051 + 352 (4,52) 0.0000000 UZF052 + 353 (4,53) 0.0000000 UZF053 + 354 (4,54) 0.0000000 UZF054 + 355 (4,55) 0.0000000 UZF055 + 356 (4,56) 0.0000000 UZF056 + 357 (4,57) 0.0000000 UZF057 + 358 (4,58) 0.0000000 UZF058 + 359 (4,59) 0.0000000 UZF059 + 360 (4,60) 0.0000000 UZF060 + 361 (4,61) 0.0000000 UZF061 + 362 (4,62) 0.0000000 UZF062 + 363 (4,63) 0.0000000 UZF063 + 364 (4,64) 0.0000000 UZF064 + 365 (4,65) 0.0000000 UZF065 + 366 (4,66) 0.0000000 UZF066 + 367 (4,67) 0.0000000 UZF067 + 368 (4,68) 0.0000000 UZF068 + 369 (4,69) 0.0000000 UZF069 + 370 (4,70) 0.0000000 UZF070 + 371 (4,71) 0.0000000 UZF071 + 372 (4,72) 0.0000000 UZF072 + 373 (4,73) 0.0000000 UZF073 + 374 (4,74) 0.0000000 UZF074 + 375 (4,75) 0.0000000 UZF075 + 376 (4,76) 0.0000000 UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 (5,23) 0.0000000 UZF023 + 424 (5,24) 0.0000000 UZF024 + 425 (5,25) 0.0000000 UZF025 + 426 (5,26) 0.0000000 UZF026 + 427 (5,27) 0.0000000 UZF027 + 428 (5,28) 0.0000000 UZF028 + 429 (5,29) 0.0000000 UZF029 + 430 (5,30) 0.0000000 UZF030 + 431 (5,31) 0.0000000 UZF031 + 432 (5,32) 0.0000000 UZF032 + 433 (5,33) 0.0000000 UZF033 + 434 (5,34) 0.0000000 UZF034 + 435 (5,35) 0.0000000 UZF035 + 436 (5,36) 0.0000000 UZF036 + 437 (5,37) 0.0000000 UZF037 + 438 (5,38) 0.0000000 UZF038 + 439 (5,39) 0.0000000 UZF039 + 440 (5,40) 0.0000000 UZF040 + 441 (5,41) 0.0000000 UZF041 + 442 (5,42) 0.0000000 UZF042 + 443 (5,43) 0.0000000 UZF043 + 444 (5,44) 0.0000000 UZF044 + 445 (5,45) 0.0000000 UZF045 + 446 (5,46) 0.0000000 UZF046 + 447 (5,47) 0.0000000 UZF047 + 448 (5,48) 0.0000000 UZF048 + 449 (5,49) 0.0000000 UZF049 + 450 (5,50) 0.0000000 UZF050 + 451 (5,51) 0.0000000 UZF051 + 452 (5,52) 0.0000000 UZF052 + 453 (5,53) 0.0000000 UZF053 + 454 (5,54) 0.0000000 UZF054 + 455 (5,55) 0.0000000 UZF055 + 456 (5,56) 0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 3 STEP 5 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 0.0000000 UZF042 + 43 (1,43) 0.0000000 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.0000000 UZF051 + 52 (1,52) 0.0000000 UZF052 + 53 (1,53) 0.0000000 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.0000000 UZF061 + 62 (1,62) 0.0000000 UZF062 + 63 (1,63) 0.0000000 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.0000000 UZF071 + 72 (1,72) 0.0000000 UZF072 + 73 (1,73) 0.0000000 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 UZF081 + 82 (1,82) 0.0000000 UZF082 + 83 (1,83) 0.0000000 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.0000000 UZF091 + 92 (1,92) 0.0000000 UZF092 + 93 (1,93) 0.0000000 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) -0.0000000 UZF001 + 102 (2,2) -0.0000000 UZF002 + 103 (2,3) -0.0000000 UZF003 + 104 (2,4) -0.0000000 UZF004 + 105 (2,5) -0.0000000 UZF005 + 106 (2,6) -0.0000000 UZF006 + 107 (2,7) -0.0000000 UZF007 + 108 (2,8) -0.0000000 UZF008 + 109 (2,9) -0.0000000 UZF009 + 110 (2,10) -0.0000000 UZF010 + 111 (2,11) -0.0000000 UZF011 + 112 (2,12) -0.0000000 UZF012 + 113 (2,13) -0.0000000 UZF013 + 114 (2,14) -0.0000000 UZF014 + 115 (2,15) -0.0000000 UZF015 + 116 (2,16) -0.0000000 UZF016 + 117 (2,17) -0.0000000 UZF017 + 118 (2,18) -0.0000000 UZF018 + 119 (2,19) -0.0000000 UZF019 + 120 (2,20) -0.0000000 UZF020 + 121 (2,21) -0.0000000 UZF021 + 122 (2,22) -0.0000000 UZF022 + 123 (2,23) -0.0000000 UZF023 + 124 (2,24) -0.0000000 UZF024 + 125 (2,25) -0.0000000 UZF025 + 126 (2,26) -0.0000000 UZF026 + 127 (2,27) -0.0000000 UZF027 + 128 (2,28) -0.0000000 UZF028 + 129 (2,29) -0.0000000 UZF029 + 130 (2,30) -0.0000000 UZF030 + 131 (2,31) -0.0000000 UZF031 + 132 (2,32) -0.0000000 UZF032 + 133 (2,33) -0.0000000 UZF033 + 134 (2,34) -0.0000000 UZF034 + 135 (2,35) -0.0000000 UZF035 + 136 (2,36) -0.0000000 UZF036 + 137 (2,37) -0.0000000 UZF037 + 138 (2,38) -0.0000000 UZF038 + 139 (2,39) -0.0000000 UZF039 + 140 (2,40) -0.0000000 UZF040 + 141 (2,41) -0.0000000 UZF041 + 142 (2,42) -0.0000000 UZF042 + 143 (2,43) -0.0000000 UZF043 + 144 (2,44) -0.0000000 UZF044 + 145 (2,45) -0.0000000 UZF045 + 146 (2,46) -0.0000000 UZF046 + 147 (2,47) -0.0000000 UZF047 + 148 (2,48) -0.0000000 UZF048 + 149 (2,49) -0.0000000 UZF049 + 150 (2,50) -0.0000000 UZF050 + 151 (2,51) -0.0000000 UZF051 + 152 (2,52) -0.0000000 UZF052 + 153 (2,53) -0.0000000 UZF053 + 154 (2,54) -0.0000000 UZF054 + 155 (2,55) -0.0000000 UZF055 + 156 (2,56) -0.0000000 UZF056 + 157 (2,57) -0.0000000 UZF057 + 158 (2,58) -0.0000000 UZF058 + 159 (2,59) -0.0000000 UZF059 + 160 (2,60) -0.0000000 UZF060 + 161 (2,61) -0.0000000 UZF061 + 162 (2,62) -0.0000000 UZF062 + 163 (2,63) -0.0000000 UZF063 + 164 (2,64) -0.0000000 UZF064 + 165 (2,65) -0.0000000 UZF065 + 166 (2,66) -0.0000000 UZF066 + 167 (2,67) -0.0000000 UZF067 + 168 (2,68) -0.0000000 UZF068 + 169 (2,69) -0.0000000 UZF069 + 170 (2,70) -0.0000000 UZF070 + 171 (2,71) -0.0000000 UZF071 + 172 (2,72) -0.0000000 UZF072 + 173 (2,73) -0.0000000 UZF073 + 174 (2,74) -0.0000000 UZF074 + 175 (2,75) -0.0000000 UZF075 + 176 (2,76) -0.0000000 UZF076 + 177 (2,77) -0.0000000 UZF077 + 178 (2,78) -0.0000000 UZF078 + 179 (2,79) -0.0000000 UZF079 + 180 (2,80) -0.0000000 UZF080 + 181 (2,81) -0.0000000 UZF081 + 182 (2,82) -0.0000000 UZF082 + 183 (2,83) -0.0000000 UZF083 + 184 (2,84) -0.0000000 UZF084 + 185 (2,85) -0.0000000 UZF085 + 186 (2,86) -0.0000000 UZF086 + 187 (2,87) -0.0000000 UZF087 + 188 (2,88) -0.0000000 UZF088 + 189 (2,89) -0.0000000 UZF089 + 190 (2,90) -0.0000000 UZF090 + 191 (2,91) -0.0000000 UZF091 + 192 (2,92) -0.0000000 UZF092 + 193 (2,93) -0.0000000 UZF093 + 194 (2,94) -0.0000000 UZF094 + 195 (2,95) -0.0000000 UZF095 + 196 (2,96) -0.0000000 UZF096 + 197 (2,97) -0.0000000 UZF097 + 198 (2,98) -0.0000000 UZF098 + 199 (2,99) -0.0000000 UZF099 + 200 (2,100) -0.0000000 UZF100 + 201 (3,1) -0.0000000 UZF001 + 202 (3,2) -0.0000000 UZF002 + 203 (3,3) -0.0000000 UZF003 + 204 (3,4) -0.0000000 UZF004 + 205 (3,5) -0.0000000 UZF005 + 206 (3,6) -0.0000000 UZF006 + 207 (3,7) -0.0000000 UZF007 + 208 (3,8) -0.0000000 UZF008 + 209 (3,9) -0.0000000 UZF009 + 210 (3,10) -0.0000000 UZF010 + 211 (3,11) -0.0000000 UZF011 + 212 (3,12) -0.0000000 UZF012 + 213 (3,13) -0.0000000 UZF013 + 214 (3,14) -0.0000000 UZF014 + 215 (3,15) -0.0000000 UZF015 + 216 (3,16) -0.0000000 UZF016 + 217 (3,17) -0.0000000 UZF017 + 218 (3,18) -0.0000000 UZF018 + 219 (3,19) -0.0000000 UZF019 + 220 (3,20) -0.0000000 UZF020 + 221 (3,21) -0.0000000 UZF021 + 222 (3,22) -0.0000000 UZF022 + 223 (3,23) -0.0000000 UZF023 + 224 (3,24) -0.0000000 UZF024 + 225 (3,25) -0.0000000 UZF025 + 226 (3,26) -0.0000000 UZF026 + 227 (3,27) -0.0000000 UZF027 + 228 (3,28) -0.0000000 UZF028 + 229 (3,29) -0.0000000 UZF029 + 230 (3,30) -0.0000000 UZF030 + 231 (3,31) -0.0000000 UZF031 + 232 (3,32) -0.0000000 UZF032 + 233 (3,33) -0.0000000 UZF033 + 234 (3,34) -0.0000000 UZF034 + 235 (3,35) -0.0000000 UZF035 + 236 (3,36) -0.0000000 UZF036 + 237 (3,37) -0.0000000 UZF037 + 238 (3,38) -0.0000000 UZF038 + 239 (3,39) -0.0000000 UZF039 + 240 (3,40) -0.0000000 UZF040 + 241 (3,41) -0.0000000 UZF041 + 242 (3,42) -0.0000000 UZF042 + 243 (3,43) -0.0000000 UZF043 + 244 (3,44) -0.0000000 UZF044 + 245 (3,45) -0.0000000 UZF045 + 246 (3,46) -0.0000000 UZF046 + 247 (3,47) -0.0000000 UZF047 + 248 (3,48) -0.0000000 UZF048 + 249 (3,49) -0.0000000 UZF049 + 250 (3,50) -0.0000000 UZF050 + 251 (3,51) -0.0000000 UZF051 + 252 (3,52) -0.0000000 UZF052 + 253 (3,53) -0.0000000 UZF053 + 254 (3,54) -0.0000000 UZF054 + 255 (3,55) -0.0000000 UZF055 + 256 (3,56) -0.0000000 UZF056 + 257 (3,57) -0.0000000 UZF057 + 258 (3,58) -0.0000000 UZF058 + 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14.0000 + + HEAD WILL BE SAVED ON UNIT 1019 AT END OF TIME STEP 5, STRESS PERIOD 3 + + + UZF_0 BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 5, STRESS PERIOD 3 + ------------------------------------------------------------------------------ + + CUMULATIVE UZF_0 L**3 RATES FOR THIS TIME STEP L**3/T + ------------------ ------------------------ + + IN: IN: + --- --- + GWF = 0.0000 GWF = 0.0000 + INFILTRATION = 450.0000 INFILTRATION = 15.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.0000 UZET = 0.0000 + STORAGE = 16.6050 STORAGE = 0.0000 + + TOTAL IN = 466.6050 TOTAL IN = 15.0000 + + OUT: OUT: + ---- ---- + GWF = 451.6718 GWF = 14.9405 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 1.1600 UZET = 4.0425E-02 + STORAGE = 13.7732 STORAGE = 1.9031E-02 + + TOTAL OUT = 466.6050 TOTAL OUT = 15.0000 + + IN - OUT = 1.6900E-06 IN - OUT = 2.1316E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 5, STRESS PERIOD 3 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.8377E-02 STO-SS = 3.7257E-05 STORAGE + STO-SY = 39.9329 STO-SY = 7.0247E-02 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 451.6718 UZF-GWRCH = 14.9405 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 491.6531 TOTAL IN = 15.0108 + + OUT: OUT: + ---- ---- + STO-SS = 7.9969E-04 STO-SS = 0.0000 STORAGE + STO-SY = 11.9671 STO-SY = 0.0000 STORAGE + GHB = 478.1400 GHB = 14.9626 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 1.5452 UZF-GWET = 4.8241E-02 UZF_0 + + TOTAL OUT = 491.6531 TOTAL OUT = 15.0108 + + IN - OUT = -1.1434E-06 IN - OUT = -5.7125E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 5 IN STRESS PERIOD 3 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 8.64000E+05 14400. 240.00 10.000 2.73785E-02 + TOTAL TIME 2.59200E+06 43200. 720.00 30.000 8.21355E-02 + + +end timestep + + +start timestep kper="4" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 4 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 4 IS TRANSIENT + + UBDSV1 SAVING STO-SS ON UNIT 1018 AT TIME STEP 1, STRESS PERIOD 4 + UBDSV1 SAVING STO-SY ON UNIT 1018 AT TIME STEP 1, STRESS PERIOD 4 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1018 AT TIME STEP 1, STRESS PERIOD 4 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1018 AT TIME STEP 1, STRESS PERIOD 4 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 1, STRESS PERIOD 4 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 1, STRESS PERIOD 4 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 1, STRESS PERIOD 4 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 4 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 4 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 4 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 4 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 4 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 4 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 4 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.0252552 + 2 (4,20) -1.0252552 + 3 (4,30) -1.0252552 + 4 (4,40) -1.0252552 + 5 (4,50) -1.0252552 + 6 (4,60) -1.0252552 + 7 (4,70) -1.0252552 + 8 (4,80) -1.0252552 + 9 (4,90) -1.0252552 + 10 (4,100) -1.0252552 + 11 (5,10) -0.46977961 + 12 (5,20) -0.46977961 + 13 (5,30) -0.46977961 + 14 (5,40) -0.46977961 + 15 (5,50) -0.46977961 + 16 (5,60) -0.46977961 + 17 (5,70) -0.46977961 + 18 (5,80) -0.46977961 + 19 (5,90) -0.46977961 + 20 (5,100) -0.46977961 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 4 STEP 1 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14946506 UZF001 + 2 (1,2) 0.14947056 UZF002 + 3 (1,3) 0.14950796 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14946506 UZF011 + 12 (1,12) 0.14947056 UZF012 + 13 (1,13) 0.14950796 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14946506 UZF021 + 22 (1,22) 0.14947056 UZF022 + 23 (1,23) 0.14950796 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14946506 UZF031 + 32 (1,32) 0.14947056 UZF032 + 33 (1,33) 0.14950796 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14946506 UZF041 + 42 (1,42) 0.14947056 UZF042 + 43 (1,43) 0.14950796 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14946506 UZF051 + 52 (1,52) 0.14947056 UZF052 + 53 (1,53) 0.14950796 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14946506 UZF061 + 62 (1,62) 0.14947056 UZF062 + 63 (1,63) 0.14950796 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14946506 UZF071 + 72 (1,72) 0.14947056 UZF072 + 73 (1,73) 0.14950796 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14946506 UZF081 + 82 (1,82) 0.14947056 UZF082 + 83 (1,83) 0.14950796 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14946506 UZF091 + 92 (1,92) 0.14947056 UZF092 + 93 (1,93) 0.14950796 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.14943325 UZF004 + 105 (2,5) 0.14944136 UZF005 + 106 (2,6) 0.14944414 UZF006 + 107 (2,7) 0.14944303 UZF007 + 108 (2,8) 0.14943889 UZF008 + 109 (2,9) 0.14943277 UZF009 + 110 (2,10) 0.14942706 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.14943325 UZF014 + 115 (2,15) 0.14944136 UZF015 + 116 (2,16) 0.14944414 UZF016 + 117 (2,17) 0.14944303 UZF017 + 118 (2,18) 0.14943889 UZF018 + 119 (2,19) 0.14943277 UZF019 + 120 (2,20) 0.14942706 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.14943325 UZF024 + 125 (2,25) 0.14944136 UZF025 + 126 (2,26) 0.14944414 UZF026 + 127 (2,27) 0.14944303 UZF027 + 128 (2,28) 0.14943889 UZF028 + 129 (2,29) 0.14943277 UZF029 + 130 (2,30) 0.14942706 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.14943325 UZF034 + 135 (2,35) 0.14944136 UZF035 + 136 (2,36) 0.14944414 UZF036 + 137 (2,37) 0.14944303 UZF037 + 138 (2,38) 0.14943889 UZF038 + 139 (2,39) 0.14943277 UZF039 + 140 (2,40) 0.14942706 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.14943325 UZF044 + 145 (2,45) 0.14944136 UZF045 + 146 (2,46) 0.14944414 UZF046 + 147 (2,47) 0.14944303 UZF047 + 148 (2,48) 0.14943889 UZF048 + 149 (2,49) 0.14943277 UZF049 + 150 (2,50) 0.14942706 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.14943325 UZF054 + 155 (2,55) 0.14944136 UZF055 + 156 (2,56) 0.14944414 UZF056 + 157 (2,57) 0.14944303 UZF057 + 158 (2,58) 0.14943889 UZF058 + 159 (2,59) 0.14943277 UZF059 + 160 (2,60) 0.14942706 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.14943325 UZF064 + 165 (2,65) 0.14944136 UZF065 + 166 (2,66) 0.14944414 UZF066 + 167 (2,67) 0.14944303 UZF067 + 168 (2,68) 0.14943889 UZF068 + 169 (2,69) 0.14943277 UZF069 + 170 (2,70) 0.14942706 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.14943325 UZF074 + 175 (2,75) 0.14944136 UZF075 + 176 (2,76) 0.14944414 UZF076 + 177 (2,77) 0.14944303 UZF077 + 178 (2,78) 0.14943889 UZF078 + 179 (2,79) 0.14943277 UZF079 + 180 (2,80) 0.14942706 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.14943325 UZF084 + 185 (2,85) 0.14944136 UZF085 + 186 (2,86) 0.14944414 UZF086 + 187 (2,87) 0.14944303 UZF087 + 188 (2,88) 0.14943889 UZF088 + 189 (2,89) 0.14943277 UZF089 + 190 (2,90) 0.14942706 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.14943325 UZF094 + 195 (2,95) 0.14944136 UZF095 + 196 (2,96) 0.14944414 UZF096 + 197 (2,97) 0.14944303 UZF097 + 198 (2,98) 0.14943889 UZF098 + 199 (2,99) 0.14943277 UZF099 + 200 (2,100) 0.14942706 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 0.0000000 UZF076 + 277 (3,77) 0.0000000 UZF077 + 278 (3,78) 0.0000000 UZF078 + 279 (3,79) 0.0000000 UZF079 + 280 (3,80) 0.0000000 UZF080 + 281 (3,81) 0.0000000 UZF081 + 282 (3,82) 0.0000000 UZF082 + 283 (3,83) 0.0000000 UZF083 + 284 (3,84) 0.0000000 UZF084 + 285 (3,85) 0.0000000 UZF085 + 286 (3,86) 0.0000000 UZF086 + 287 (3,87) 0.0000000 UZF087 + 288 (3,88) 0.0000000 UZF088 + 289 (3,89) 0.0000000 UZF089 + 290 (3,90) 0.0000000 UZF090 + 291 (3,91) 0.0000000 UZF091 + 292 (3,92) 0.0000000 UZF092 + 293 (3,93) 0.0000000 UZF093 + 294 (3,94) 0.0000000 UZF094 + 295 (3,95) 0.0000000 UZF095 + 296 (3,96) 0.0000000 UZF096 + 297 (3,97) 0.0000000 UZF097 + 298 (3,98) 0.0000000 UZF098 + 299 (3,99) 0.0000000 UZF099 + 300 (3,100) 0.0000000 UZF100 + 301 (4,1) 0.0000000 UZF001 + 302 (4,2) 0.0000000 UZF002 + 303 (4,3) 0.0000000 UZF003 + 304 (4,4) 0.0000000 UZF004 + 305 (4,5) 0.0000000 UZF005 + 306 (4,6) 0.0000000 UZF006 + 307 (4,7) 0.0000000 UZF007 + 308 (4,8) 0.0000000 UZF008 + 309 (4,9) 0.0000000 UZF009 + 310 (4,10) 0.0000000 UZF010 + 311 (4,11) 0.0000000 UZF011 + 312 (4,12) 0.0000000 UZF012 + 313 (4,13) 0.0000000 UZF013 + 314 (4,14) 0.0000000 UZF014 + 315 (4,15) 0.0000000 UZF015 + 316 (4,16) 0.0000000 UZF016 + 317 (4,17) 0.0000000 UZF017 + 318 (4,18) 0.0000000 UZF018 + 319 (4,19) 0.0000000 UZF019 + 320 (4,20) 0.0000000 UZF020 + 321 (4,21) 0.0000000 UZF021 + 322 (4,22) 0.0000000 UZF022 + 323 (4,23) 0.0000000 UZF023 + 324 (4,24) 0.0000000 UZF024 + 325 (4,25) 0.0000000 UZF025 + 326 (4,26) 0.0000000 UZF026 + 327 (4,27) 0.0000000 UZF027 + 328 (4,28) 0.0000000 UZF028 + 329 (4,29) 0.0000000 UZF029 + 330 (4,30) 0.0000000 UZF030 + 331 (4,31) 0.0000000 UZF031 + 332 (4,32) 0.0000000 UZF032 + 333 (4,33) 0.0000000 UZF033 + 334 (4,34) 0.0000000 UZF034 + 335 (4,35) 0.0000000 UZF035 + 336 (4,36) 0.0000000 UZF036 + 337 (4,37) 0.0000000 UZF037 + 338 (4,38) 0.0000000 UZF038 + 339 (4,39) 0.0000000 UZF039 + 340 (4,40) 0.0000000 UZF040 + 341 (4,41) 0.0000000 UZF041 + 342 (4,42) 0.0000000 UZF042 + 343 (4,43) 0.0000000 UZF043 + 344 (4,44) 0.0000000 UZF044 + 345 (4,45) 0.0000000 UZF045 + 346 (4,46) 0.0000000 UZF046 + 347 (4,47) 0.0000000 UZF047 + 348 (4,48) 0.0000000 UZF048 + 349 (4,49) 0.0000000 UZF049 + 350 (4,50) 0.0000000 UZF050 + 351 (4,51) 0.0000000 UZF051 + 352 (4,52) 0.0000000 UZF052 + 353 (4,53) 0.0000000 UZF053 + 354 (4,54) 0.0000000 UZF054 + 355 (4,55) 0.0000000 UZF055 + 356 (4,56) 0.0000000 UZF056 + 357 (4,57) 0.0000000 UZF057 + 358 (4,58) 0.0000000 UZF058 + 359 (4,59) 0.0000000 UZF059 + 360 (4,60) 0.0000000 UZF060 + 361 (4,61) 0.0000000 UZF061 + 362 (4,62) 0.0000000 UZF062 + 363 (4,63) 0.0000000 UZF063 + 364 (4,64) 0.0000000 UZF064 + 365 (4,65) 0.0000000 UZF065 + 366 (4,66) 0.0000000 UZF066 + 367 (4,67) 0.0000000 UZF067 + 368 (4,68) 0.0000000 UZF068 + 369 (4,69) 0.0000000 UZF069 + 370 (4,70) 0.0000000 UZF070 + 371 (4,71) 0.0000000 UZF071 + 372 (4,72) 0.0000000 UZF072 + 373 (4,73) 0.0000000 UZF073 + 374 (4,74) 0.0000000 UZF074 + 375 (4,75) 0.0000000 UZF075 + 376 (4,76) 0.0000000 UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 (5,23) 0.0000000 UZF023 + 424 (5,24) 0.0000000 UZF024 + 425 (5,25) 0.0000000 UZF025 + 426 (5,26) 0.0000000 UZF026 + 427 (5,27) 0.0000000 UZF027 + 428 (5,28) 0.0000000 UZF028 + 429 (5,29) 0.0000000 UZF029 + 430 (5,30) 0.0000000 UZF030 + 431 (5,31) 0.0000000 UZF031 + 432 (5,32) 0.0000000 UZF032 + 433 (5,33) 0.0000000 UZF033 + 434 (5,34) 0.0000000 UZF034 + 435 (5,35) 0.0000000 UZF035 + 436 (5,36) 0.0000000 UZF036 + 437 (5,37) 0.0000000 UZF037 + 438 (5,38) 0.0000000 UZF038 + 439 (5,39) 0.0000000 UZF039 + 440 (5,40) 0.0000000 UZF040 + 441 (5,41) 0.0000000 UZF041 + 442 (5,42) 0.0000000 UZF042 + 443 (5,43) 0.0000000 UZF043 + 444 (5,44) 0.0000000 UZF044 + 445 (5,45) 0.0000000 UZF045 + 446 (5,46) 0.0000000 UZF046 + 447 (5,47) 0.0000000 UZF047 + 448 (5,48) 0.0000000 UZF048 + 449 (5,49) 0.0000000 UZF049 + 450 (5,50) 0.0000000 UZF050 + 451 (5,51) 0.0000000 UZF051 + 452 (5,52) 0.0000000 UZF052 + 453 (5,53) 0.0000000 UZF053 + 454 (5,54) 0.0000000 UZF054 + 455 (5,55) 0.0000000 UZF055 + 456 (5,56) 0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 4 STEP 1 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 0.0000000 UZF042 + 43 (1,43) 0.0000000 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.0000000 UZF051 + 52 (1,52) 0.0000000 UZF052 + 53 (1,53) 0.0000000 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.0000000 UZF061 + 62 (1,62) 0.0000000 UZF062 + 63 (1,63) 0.0000000 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.0000000 UZF071 + 72 (1,72) 0.0000000 UZF072 + 73 (1,73) 0.0000000 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 UZF081 + 82 (1,82) 0.0000000 UZF082 + 83 (1,83) 0.0000000 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.0000000 UZF091 + 92 (1,92) 0.0000000 UZF092 + 93 (1,93) 0.0000000 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) -0.0000000 UZF001 + 102 (2,2) -0.0000000 UZF002 + 103 (2,3) -0.0000000 UZF003 + 104 (2,4) -0.0000000 UZF004 + 105 (2,5) -0.0000000 UZF005 + 106 (2,6) -0.0000000 UZF006 + 107 (2,7) -0.0000000 UZF007 + 108 (2,8) -0.0000000 UZF008 + 109 (2,9) -0.0000000 UZF009 + 110 (2,10) -0.0000000 UZF010 + 111 (2,11) -0.0000000 UZF011 + 112 (2,12) -0.0000000 UZF012 + 113 (2,13) -0.0000000 UZF013 + 114 (2,14) -0.0000000 UZF014 + 115 (2,15) -0.0000000 UZF015 + 116 (2,16) -0.0000000 UZF016 + 117 (2,17) -0.0000000 UZF017 + 118 (2,18) -0.0000000 UZF018 + 119 (2,19) -0.0000000 UZF019 + 120 (2,20) -0.0000000 UZF020 + 121 (2,21) -0.0000000 UZF021 + 122 (2,22) -0.0000000 UZF022 + 123 (2,23) -0.0000000 UZF023 + 124 (2,24) -0.0000000 UZF024 + 125 (2,25) -0.0000000 UZF025 + 126 (2,26) -0.0000000 UZF026 + 127 (2,27) -0.0000000 UZF027 + 128 (2,28) -0.0000000 UZF028 + 129 (2,29) -0.0000000 UZF029 + 130 (2,30) -0.0000000 UZF030 + 131 (2,31) -0.0000000 UZF031 + 132 (2,32) -0.0000000 UZF032 + 133 (2,33) -0.0000000 UZF033 + 134 (2,34) -0.0000000 UZF034 + 135 (2,35) -0.0000000 UZF035 + 136 (2,36) -0.0000000 UZF036 + 137 (2,37) -0.0000000 UZF037 + 138 (2,38) -0.0000000 UZF038 + 139 (2,39) -0.0000000 UZF039 + 140 (2,40) -0.0000000 UZF040 + 141 (2,41) -0.0000000 UZF041 + 142 (2,42) -0.0000000 UZF042 + 143 (2,43) -0.0000000 UZF043 + 144 (2,44) -0.0000000 UZF044 + 145 (2,45) -0.0000000 UZF045 + 146 (2,46) -0.0000000 UZF046 + 147 (2,47) -0.0000000 UZF047 + 148 (2,48) -0.0000000 UZF048 + 149 (2,49) -0.0000000 UZF049 + 150 (2,50) -0.0000000 UZF050 + 151 (2,51) -0.0000000 UZF051 + 152 (2,52) -0.0000000 UZF052 + 153 (2,53) -0.0000000 UZF053 + 154 (2,54) -0.0000000 UZF054 + 155 (2,55) -0.0000000 UZF055 + 156 (2,56) -0.0000000 UZF056 + 157 (2,57) -0.0000000 UZF057 + 158 (2,58) -0.0000000 UZF058 + 159 (2,59) -0.0000000 UZF059 + 160 (2,60) -0.0000000 UZF060 + 161 (2,61) -0.0000000 UZF061 + 162 (2,62) -0.0000000 UZF062 + 163 (2,63) -0.0000000 UZF063 + 164 (2,64) -0.0000000 UZF064 + 165 (2,65) -0.0000000 UZF065 + 166 (2,66) -0.0000000 UZF066 + 167 (2,67) -0.0000000 UZF067 + 168 (2,68) -0.0000000 UZF068 + 169 (2,69) -0.0000000 UZF069 + 170 (2,70) -0.0000000 UZF070 + 171 (2,71) -0.0000000 UZF071 + 172 (2,72) -0.0000000 UZF072 + 173 (2,73) -0.0000000 UZF073 + 174 (2,74) -0.0000000 UZF074 + 175 (2,75) -0.0000000 UZF075 + 176 (2,76) -0.0000000 UZF076 + 177 (2,77) -0.0000000 UZF077 + 178 (2,78) -0.0000000 UZF078 + 179 (2,79) -0.0000000 UZF079 + 180 (2,80) -0.0000000 UZF080 + 181 (2,81) -0.0000000 UZF081 + 182 (2,82) -0.0000000 UZF082 + 183 (2,83) -0.0000000 UZF083 + 184 (2,84) -0.0000000 UZF084 + 185 (2,85) -0.0000000 UZF085 + 186 (2,86) -0.0000000 UZF086 + 187 (2,87) -0.0000000 UZF087 + 188 (2,88) -0.0000000 UZF088 + 189 (2,89) -0.0000000 UZF089 + 190 (2,90) -0.0000000 UZF090 + 191 (2,91) -0.0000000 UZF091 + 192 (2,92) -0.0000000 UZF092 + 193 (2,93) -0.0000000 UZF093 + 194 (2,94) -0.0000000 UZF094 + 195 (2,95) -0.0000000 UZF095 + 196 (2,96) -0.0000000 UZF096 + 197 (2,97) -0.0000000 UZF097 + 198 (2,98) -0.0000000 UZF098 + 199 (2,99) -0.0000000 UZF099 + 200 (2,100) -0.0000000 UZF100 + 201 (3,1) -0.0000000 UZF001 + 202 (3,2) -0.0000000 UZF002 + 203 (3,3) -0.0000000 UZF003 + 204 (3,4) -0.0000000 UZF004 + 205 (3,5) -0.0000000 UZF005 + 206 (3,6) -0.0000000 UZF006 + 207 (3,7) -0.0000000 UZF007 + 208 (3,8) -0.0000000 UZF008 + 209 (3,9) -0.0000000 UZF009 + 210 (3,10) -0.0000000 UZF010 + 211 (3,11) -0.0000000 UZF011 + 212 (3,12) -0.0000000 UZF012 + 213 (3,13) -0.0000000 UZF013 + 214 (3,14) -0.0000000 UZF014 + 215 (3,15) -0.0000000 UZF015 + 216 (3,16) -0.0000000 UZF016 + 217 (3,17) -0.0000000 UZF017 + 218 (3,18) -0.0000000 UZF018 + 219 (3,19) -0.0000000 UZF019 + 220 (3,20) -0.0000000 UZF020 + 221 (3,21) -0.0000000 UZF021 + 222 (3,22) -0.0000000 UZF022 + 223 (3,23) -0.0000000 UZF023 + 224 (3,24) -0.0000000 UZF024 + 225 (3,25) -0.0000000 UZF025 + 226 (3,26) -0.0000000 UZF026 + 227 (3,27) -0.0000000 UZF027 + 228 (3,28) -0.0000000 UZF028 + 229 (3,29) -0.0000000 UZF029 + 230 (3,30) -0.0000000 UZF030 + 231 (3,31) -0.0000000 UZF031 + 232 (3,32) -0.0000000 UZF032 + 233 (3,33) -0.0000000 UZF033 + 234 (3,34) -0.0000000 UZF034 + 235 (3,35) -0.0000000 UZF035 + 236 (3,36) -0.0000000 UZF036 + 237 (3,37) -0.0000000 UZF037 + 238 (3,38) -0.0000000 UZF038 + 239 (3,39) -0.0000000 UZF039 + 240 (3,40) -0.0000000 UZF040 + 241 (3,41) -0.0000000 UZF041 + 242 (3,42) -0.0000000 UZF042 + 243 (3,43) -0.0000000 UZF043 + 244 (3,44) -0.0000000 UZF044 + 245 (3,45) -0.0000000 UZF045 + 246 (3,46) -0.0000000 UZF046 + 247 (3,47) -0.0000000 UZF047 + 248 (3,48) -0.0000000 UZF048 + 249 (3,49) -0.0000000 UZF049 + 250 (3,50) -0.0000000 UZF050 + 251 (3,51) -0.0000000 UZF051 + 252 (3,52) -0.0000000 UZF052 + 253 (3,53) -0.0000000 UZF053 + 254 (3,54) -0.0000000 UZF054 + 255 (3,55) -0.0000000 UZF055 + 256 (3,56) -0.0000000 UZF056 + 257 (3,57) -0.0000000 UZF057 + 258 (3,58) -0.0000000 UZF058 + 259 (3,59) -0.0000000 UZF059 + 260 (3,60) -0.0000000 UZF060 + 261 (3,61) -0.0000000 UZF061 + 262 (3,62) -0.0000000 UZF062 + 263 (3,63) -0.0000000 UZF063 + 264 (3,64) -0.0000000 UZF064 + 265 (3,65) -0.0000000 UZF065 + 266 (3,66) -0.0000000 UZF066 + 267 (3,67) -0.0000000 UZF067 + 268 (3,68) -0.0000000 UZF068 + 269 (3,69) -0.0000000 UZF069 + 270 (3,70) -0.0000000 UZF070 + 271 (3,71) -0.0000000 UZF071 + 272 (3,72) -0.0000000 UZF072 + 273 (3,73) -0.0000000 UZF073 + 274 (3,74) -0.0000000 UZF074 + 275 (3,75) -0.0000000 UZF075 + 276 (3,76) -0.0000000 UZF076 + 277 (3,77) -0.0000000 UZF077 + 278 (3,78) -0.0000000 UZF078 + 279 (3,79) -0.0000000 UZF079 + 280 (3,80) -0.0000000 UZF080 + 281 (3,81) -0.0000000 UZF081 + 282 (3,82) -0.0000000 UZF082 + 283 (3,83) -0.0000000 UZF083 + 284 (3,84) -0.0000000 UZF084 + 285 (3,85) -0.0000000 UZF085 + 286 (3,86) -0.0000000 UZF086 + 287 (3,87) -0.0000000 UZF087 + 288 (3,88) -0.0000000 UZF088 + 289 (3,89) -0.0000000 UZF089 + 290 (3,90) -0.0000000 UZF090 + 291 (3,91) -0.0000000 UZF091 + 292 (3,92) -0.0000000 UZF092 + 293 (3,93) -0.0000000 UZF093 + 294 (3,94) -0.0000000 UZF094 + 295 (3,95) -0.0000000 UZF095 + 296 (3,96) -0.0000000 UZF096 + 297 (3,97) -0.0000000 UZF097 + 298 (3,98) -0.0000000 UZF098 + 299 (3,99) -0.0000000 UZF099 + 300 (3,100) -0.0000000 UZF100 + 301 (4,1) -0.0000000 UZF001 + 302 (4,2) -0.0000000 UZF002 + 303 (4,3) -0.0000000 UZF003 + 304 (4,4) -0.0000000 UZF004 + 305 (4,5) -0.0000000 UZF005 + 306 (4,6) -0.0000000 UZF006 + 307 (4,7) -0.0000000 UZF007 + 308 (4,8) -0.0000000 UZF008 + 309 (4,9) -0.0000000 UZF009 + 310 (4,10) -0.0000000 UZF010 + 311 (4,11) -0.0000000 UZF011 + 312 (4,12) -0.0000000 UZF012 + 313 (4,13) -0.0000000 UZF013 + 314 (4,14) -0.0000000 UZF014 + 315 (4,15) -0.0000000 UZF015 + 316 (4,16) -0.0000000 UZF016 + 317 (4,17) -0.0000000 UZF017 + 318 (4,18) -0.0000000 UZF018 + 319 (4,19) -0.0000000 UZF019 + 320 (4,20) -0.0000000 UZF020 + 321 (4,21) -0.0000000 UZF021 + 322 (4,22) -0.0000000 UZF022 + 323 (4,23) -0.0000000 UZF023 + 324 (4,24) -0.0000000 UZF024 + 325 (4,25) -0.0000000 UZF025 + 326 (4,26) -0.0000000 UZF026 + 327 (4,27) -0.0000000 UZF027 + 328 (4,28) -0.0000000 UZF028 + 329 (4,29) -0.0000000 UZF029 + 330 (4,30) -0.0000000 UZF030 + 331 (4,31) -0.0000000 UZF031 + 332 (4,32) -0.0000000 UZF032 + 333 (4,33) -0.0000000 UZF033 + 334 (4,34) -0.0000000 UZF034 + 335 (4,35) -0.0000000 UZF035 + 336 (4,36) -0.0000000 UZF036 + 337 (4,37) -0.0000000 UZF037 + 338 (4,38) -0.0000000 UZF038 + 339 (4,39) -0.0000000 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15.0000 + + OUT: OUT: + ---- ---- + GWF = 481.5619 GWF = 14.9450 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 1.2409 UZET = 4.0447E-02 + STORAGE = 13.8022 STORAGE = 1.4512E-02 + + TOTAL OUT = 496.6050 TOTAL OUT = 15.0000 + + IN - OUT = 1.6900E-06 IN - OUT = 2.3093E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 4 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.8434E-02 STO-SS = 2.8398E-05 STORAGE + STO-SY = 40.0399 STO-SY = 5.3490E-02 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 481.5619 UZF-GWRCH = 14.9450 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 521.6502 TOTAL IN = 14.9986 + + OUT: OUT: + ---- ---- + STO-SS = 7.9969E-04 STO-SS = 0.0000 STORAGE + STO-SY = 11.9671 STO-SY = 0.0000 STORAGE + GHB = 508.0407 GHB = 14.9503 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 1.6416 UZF-GWET = 4.8211E-02 UZF_0 + + TOTAL OUT = 521.6502 TOTAL OUT = 14.9986 + + IN - OUT = -1.2380E-06 IN - OUT = -4.7269E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 4 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + TOTAL TIME 2.76480E+06 46080. 768.00 32.000 8.76112E-02 + + +end timestep + + +start timestep kper="4" kstp="2" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1018 AT TIME STEP 2, STRESS PERIOD 4 + UBDSV1 SAVING STO-SY ON UNIT 1018 AT TIME STEP 2, STRESS PERIOD 4 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1018 AT TIME STEP 2, STRESS PERIOD 4 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1018 AT TIME STEP 2, STRESS PERIOD 4 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 2, STRESS PERIOD 4 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 2, STRESS PERIOD 4 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 2, STRESS PERIOD 4 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 2, STRESS PERIOD 4 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1014 AT TIME STEP 2, STRESS PERIOD 4 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 2, STRESS PERIOD 4 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 2, STRESS PERIOD 4 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 2, STRESS PERIOD 4 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 2, STRESS PERIOD 4 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 4 STEP 2 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.0246228 + 2 (4,20) -1.0246228 + 3 (4,30) -1.0246228 + 4 (4,40) -1.0246228 + 5 (4,50) -1.0246228 + 6 (4,60) -1.0246228 + 7 (4,70) -1.0246228 + 8 (4,80) -1.0246228 + 9 (4,90) -1.0246228 + 10 (4,100) -1.0246228 + 11 (5,10) -0.46947814 + 12 (5,20) -0.46947814 + 13 (5,30) -0.46947814 + 14 (5,40) -0.46947814 + 15 (5,50) -0.46947814 + 16 (5,60) -0.46947814 + 17 (5,70) -0.46947814 + 18 (5,80) -0.46947814 + 19 (5,90) -0.46947814 + 20 (5,100) -0.46947814 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 4 STEP 2 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14951478 UZF001 + 2 (1,2) 0.14951765 UZF002 + 3 (1,3) 0.14954380 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14951478 UZF011 + 12 (1,12) 0.14951765 UZF012 + 13 (1,13) 0.14954380 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14951478 UZF021 + 22 (1,22) 0.14951765 UZF022 + 23 (1,23) 0.14954380 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14951478 UZF031 + 32 (1,32) 0.14951765 UZF032 + 33 (1,33) 0.14954380 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14951478 UZF041 + 42 (1,42) 0.14951765 UZF042 + 43 (1,43) 0.14954380 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14951478 UZF051 + 52 (1,52) 0.14951765 UZF052 + 53 (1,53) 0.14954380 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14951478 UZF061 + 62 (1,62) 0.14951765 UZF062 + 63 (1,63) 0.14954380 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14951478 UZF071 + 72 (1,72) 0.14951765 UZF072 + 73 (1,73) 0.14954380 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14951478 UZF081 + 82 (1,82) 0.14951765 UZF082 + 83 (1,83) 0.14954380 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14951478 UZF091 + 92 (1,92) 0.14951765 UZF092 + 93 (1,93) 0.14954380 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.14947581 UZF004 + 105 (2,5) 0.14947889 UZF005 + 106 (2,6) 0.14947731 UZF006 + 107 (2,7) 0.14947224 UZF007 + 108 (2,8) 0.14946458 UZF008 + 109 (2,9) 0.14945564 UZF009 + 110 (2,10) 0.14944825 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.14947581 UZF014 + 115 (2,15) 0.14947889 UZF015 + 116 (2,16) 0.14947731 UZF016 + 117 (2,17) 0.14947224 UZF017 + 118 (2,18) 0.14946458 UZF018 + 119 (2,19) 0.14945564 UZF019 + 120 (2,20) 0.14944825 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.14947581 UZF024 + 125 (2,25) 0.14947889 UZF025 + 126 (2,26) 0.14947731 UZF026 + 127 (2,27) 0.14947224 UZF027 + 128 (2,28) 0.14946458 UZF028 + 129 (2,29) 0.14945564 UZF029 + 130 (2,30) 0.14944825 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.14947581 UZF034 + 135 (2,35) 0.14947889 UZF035 + 136 (2,36) 0.14947731 UZF036 + 137 (2,37) 0.14947224 UZF037 + 138 (2,38) 0.14946458 UZF038 + 139 (2,39) 0.14945564 UZF039 + 140 (2,40) 0.14944825 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.14947581 UZF044 + 145 (2,45) 0.14947889 UZF045 + 146 (2,46) 0.14947731 UZF046 + 147 (2,47) 0.14947224 UZF047 + 148 (2,48) 0.14946458 UZF048 + 149 (2,49) 0.14945564 UZF049 + 150 (2,50) 0.14944825 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.14947581 UZF054 + 155 (2,55) 0.14947889 UZF055 + 156 (2,56) 0.14947731 UZF056 + 157 (2,57) 0.14947224 UZF057 + 158 (2,58) 0.14946458 UZF058 + 159 (2,59) 0.14945564 UZF059 + 160 (2,60) 0.14944825 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.14947581 UZF064 + 165 (2,65) 0.14947889 UZF065 + 166 (2,66) 0.14947731 UZF066 + 167 (2,67) 0.14947224 UZF067 + 168 (2,68) 0.14946458 UZF068 + 169 (2,69) 0.14945564 UZF069 + 170 (2,70) 0.14944825 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.14947581 UZF074 + 175 (2,75) 0.14947889 UZF075 + 176 (2,76) 0.14947731 UZF076 + 177 (2,77) 0.14947224 UZF077 + 178 (2,78) 0.14946458 UZF078 + 179 (2,79) 0.14945564 UZF079 + 180 (2,80) 0.14944825 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.14947581 UZF084 + 185 (2,85) 0.14947889 UZF085 + 186 (2,86) 0.14947731 UZF086 + 187 (2,87) 0.14947224 UZF087 + 188 (2,88) 0.14946458 UZF088 + 189 (2,89) 0.14945564 UZF089 + 190 (2,90) 0.14944825 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.14947581 UZF094 + 195 (2,95) 0.14947889 UZF095 + 196 (2,96) 0.14947731 UZF096 + 197 (2,97) 0.14947224 UZF097 + 198 (2,98) 0.14946458 UZF098 + 199 (2,99) 0.14945564 UZF099 + 200 (2,100) 0.14944825 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 0.0000000 UZF076 + 277 (3,77) 0.0000000 UZF077 + 278 (3,78) 0.0000000 UZF078 + 279 (3,79) 0.0000000 UZF079 + 280 (3,80) 0.0000000 UZF080 + 281 (3,81) 0.0000000 UZF081 + 282 (3,82) 0.0000000 UZF082 + 283 (3,83) 0.0000000 UZF083 + 284 (3,84) 0.0000000 UZF084 + 285 (3,85) 0.0000000 UZF085 + 286 (3,86) 0.0000000 UZF086 + 287 (3,87) 0.0000000 UZF087 + 288 (3,88) 0.0000000 UZF088 + 289 (3,89) 0.0000000 UZF089 + 290 (3,90) 0.0000000 UZF090 + 291 (3,91) 0.0000000 UZF091 + 292 (3,92) 0.0000000 UZF092 + 293 (3,93) 0.0000000 UZF093 + 294 (3,94) 0.0000000 UZF094 + 295 (3,95) 0.0000000 UZF095 + 296 (3,96) 0.0000000 UZF096 + 297 (3,97) 0.0000000 UZF097 + 298 (3,98) 0.0000000 UZF098 + 299 (3,99) 0.0000000 UZF099 + 300 (3,100) 0.0000000 UZF100 + 301 (4,1) 0.0000000 UZF001 + 302 (4,2) 0.0000000 UZF002 + 303 (4,3) 0.0000000 UZF003 + 304 (4,4) 0.0000000 UZF004 + 305 (4,5) 0.0000000 UZF005 + 306 (4,6) 0.0000000 UZF006 + 307 (4,7) 0.0000000 UZF007 + 308 (4,8) 0.0000000 UZF008 + 309 (4,9) 0.0000000 UZF009 + 310 (4,10) 0.0000000 UZF010 + 311 (4,11) 0.0000000 UZF011 + 312 (4,12) 0.0000000 UZF012 + 313 (4,13) 0.0000000 UZF013 + 314 (4,14) 0.0000000 UZF014 + 315 (4,15) 0.0000000 UZF015 + 316 (4,16) 0.0000000 UZF016 + 317 (4,17) 0.0000000 UZF017 + 318 (4,18) 0.0000000 UZF018 + 319 (4,19) 0.0000000 UZF019 + 320 (4,20) 0.0000000 UZF020 + 321 (4,21) 0.0000000 UZF021 + 322 (4,22) 0.0000000 UZF022 + 323 (4,23) 0.0000000 UZF023 + 324 (4,24) 0.0000000 UZF024 + 325 (4,25) 0.0000000 UZF025 + 326 (4,26) 0.0000000 UZF026 + 327 (4,27) 0.0000000 UZF027 + 328 (4,28) 0.0000000 UZF028 + 329 (4,29) 0.0000000 UZF029 + 330 (4,30) 0.0000000 UZF030 + 331 (4,31) 0.0000000 UZF031 + 332 (4,32) 0.0000000 UZF032 + 333 (4,33) 0.0000000 UZF033 + 334 (4,34) 0.0000000 UZF034 + 335 (4,35) 0.0000000 UZF035 + 336 (4,36) 0.0000000 UZF036 + 337 (4,37) 0.0000000 UZF037 + 338 (4,38) 0.0000000 UZF038 + 339 (4,39) 0.0000000 UZF039 + 340 (4,40) 0.0000000 UZF040 + 341 (4,41) 0.0000000 UZF041 + 342 (4,42) 0.0000000 UZF042 + 343 (4,43) 0.0000000 UZF043 + 344 (4,44) 0.0000000 UZF044 + 345 (4,45) 0.0000000 UZF045 + 346 (4,46) 0.0000000 UZF046 + 347 (4,47) 0.0000000 UZF047 + 348 (4,48) 0.0000000 UZF048 + 349 (4,49) 0.0000000 UZF049 + 350 (4,50) 0.0000000 UZF050 + 351 (4,51) 0.0000000 UZF051 + 352 (4,52) 0.0000000 UZF052 + 353 (4,53) 0.0000000 UZF053 + 354 (4,54) 0.0000000 UZF054 + 355 (4,55) 0.0000000 UZF055 + 356 (4,56) 0.0000000 UZF056 + 357 (4,57) 0.0000000 UZF057 + 358 (4,58) 0.0000000 UZF058 + 359 (4,59) 0.0000000 UZF059 + 360 (4,60) 0.0000000 UZF060 + 361 (4,61) 0.0000000 UZF061 + 362 (4,62) 0.0000000 UZF062 + 363 (4,63) 0.0000000 UZF063 + 364 (4,64) 0.0000000 UZF064 + 365 (4,65) 0.0000000 UZF065 + 366 (4,66) 0.0000000 UZF066 + 367 (4,67) 0.0000000 UZF067 + 368 (4,68) 0.0000000 UZF068 + 369 (4,69) 0.0000000 UZF069 + 370 (4,70) 0.0000000 UZF070 + 371 (4,71) 0.0000000 UZF071 + 372 (4,72) 0.0000000 UZF072 + 373 (4,73) 0.0000000 UZF073 + 374 (4,74) 0.0000000 UZF074 + 375 (4,75) 0.0000000 UZF075 + 376 (4,76) 0.0000000 UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 (5,23) 0.0000000 UZF023 + 424 (5,24) 0.0000000 UZF024 + 425 (5,25) 0.0000000 UZF025 + 426 (5,26) 0.0000000 UZF026 + 427 (5,27) 0.0000000 UZF027 + 428 (5,28) 0.0000000 UZF028 + 429 (5,29) 0.0000000 UZF029 + 430 (5,30) 0.0000000 UZF030 + 431 (5,31) 0.0000000 UZF031 + 432 (5,32) 0.0000000 UZF032 + 433 (5,33) 0.0000000 UZF033 + 434 (5,34) 0.0000000 UZF034 + 435 (5,35) 0.0000000 UZF035 + 436 (5,36) 0.0000000 UZF036 + 437 (5,37) 0.0000000 UZF037 + 438 (5,38) 0.0000000 UZF038 + 439 (5,39) 0.0000000 UZF039 + 440 (5,40) 0.0000000 UZF040 + 441 (5,41) 0.0000000 UZF041 + 442 (5,42) 0.0000000 UZF042 + 443 (5,43) 0.0000000 UZF043 + 444 (5,44) 0.0000000 UZF044 + 445 (5,45) 0.0000000 UZF045 + 446 (5,46) 0.0000000 UZF046 + 447 (5,47) 0.0000000 UZF047 + 448 (5,48) 0.0000000 UZF048 + 449 (5,49) 0.0000000 UZF049 + 450 (5,50) 0.0000000 UZF050 + 451 (5,51) 0.0000000 UZF051 + 452 (5,52) 0.0000000 UZF052 + 453 (5,53) 0.0000000 UZF053 + 454 (5,54) 0.0000000 UZF054 + 455 (5,55) 0.0000000 UZF055 + 456 (5,56) 0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 4 STEP 2 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 0.0000000 UZF042 + 43 (1,43) 0.0000000 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.0000000 UZF051 + 52 (1,52) 0.0000000 UZF052 + 53 (1,53) 0.0000000 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.0000000 UZF061 + 62 (1,62) 0.0000000 UZF062 + 63 (1,63) 0.0000000 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.0000000 UZF071 + 72 (1,72) 0.0000000 UZF072 + 73 (1,73) 0.0000000 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 UZF081 + 82 (1,82) 0.0000000 UZF082 + 83 (1,83) 0.0000000 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.0000000 UZF091 + 92 (1,92) 0.0000000 UZF092 + 93 (1,93) 0.0000000 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) -0.0000000 UZF001 + 102 (2,2) -0.0000000 UZF002 + 103 (2,3) -0.0000000 UZF003 + 104 (2,4) -0.0000000 UZF004 + 105 (2,5) -0.0000000 UZF005 + 106 (2,6) -0.0000000 UZF006 + 107 (2,7) -0.0000000 UZF007 + 108 (2,8) -0.0000000 UZF008 + 109 (2,9) -0.0000000 UZF009 + 110 (2,10) -0.0000000 UZF010 + 111 (2,11) -0.0000000 UZF011 + 112 (2,12) -0.0000000 UZF012 + 113 (2,13) -0.0000000 UZF013 + 114 (2,14) -0.0000000 UZF014 + 115 (2,15) -0.0000000 UZF015 + 116 (2,16) -0.0000000 UZF016 + 117 (2,17) -0.0000000 UZF017 + 118 (2,18) -0.0000000 UZF018 + 119 (2,19) -0.0000000 UZF019 + 120 (2,20) -0.0000000 UZF020 + 121 (2,21) -0.0000000 UZF021 + 122 (2,22) -0.0000000 UZF022 + 123 (2,23) -0.0000000 UZF023 + 124 (2,24) -0.0000000 UZF024 + 125 (2,25) -0.0000000 UZF025 + 126 (2,26) -0.0000000 UZF026 + 127 (2,27) -0.0000000 UZF027 + 128 (2,28) -0.0000000 UZF028 + 129 (2,29) -0.0000000 UZF029 + 130 (2,30) -0.0000000 UZF030 + 131 (2,31) -0.0000000 UZF031 + 132 (2,32) -0.0000000 UZF032 + 133 (2,33) -0.0000000 UZF033 + 134 (2,34) -0.0000000 UZF034 + 135 (2,35) -0.0000000 UZF035 + 136 (2,36) -0.0000000 UZF036 + 137 (2,37) -0.0000000 UZF037 + 138 (2,38) -0.0000000 UZF038 + 139 (2,39) -0.0000000 UZF039 + 140 (2,40) -0.0000000 UZF040 + 141 (2,41) -0.0000000 UZF041 + 142 (2,42) -0.0000000 UZF042 + 143 (2,43) -0.0000000 UZF043 + 144 (2,44) -0.0000000 UZF044 + 145 (2,45) -0.0000000 UZF045 + 146 (2,46) -0.0000000 UZF046 + 147 (2,47) -0.0000000 UZF047 + 148 (2,48) -0.0000000 UZF048 + 149 (2,49) -0.0000000 UZF049 + 150 (2,50) -0.0000000 UZF050 + 151 (2,51) -0.0000000 UZF051 + 152 (2,52) -0.0000000 UZF052 + 153 (2,53) -0.0000000 UZF053 + 154 (2,54) -0.0000000 UZF054 + 155 (2,55) -0.0000000 UZF055 + 156 (2,56) -0.0000000 UZF056 + 157 (2,57) -0.0000000 UZF057 + 158 (2,58) -0.0000000 UZF058 + 159 (2,59) -0.0000000 UZF059 + 160 (2,60) -0.0000000 UZF060 + 161 (2,61) -0.0000000 UZF061 + 162 (2,62) -0.0000000 UZF062 + 163 (2,63) -0.0000000 UZF063 + 164 (2,64) -0.0000000 UZF064 + 165 (2,65) -0.0000000 UZF065 + 166 (2,66) -0.0000000 UZF066 + 167 (2,67) -0.0000000 UZF067 + 168 (2,68) -0.0000000 UZF068 + 169 (2,69) -0.0000000 UZF069 + 170 (2,70) -0.0000000 UZF070 + 171 (2,71) -0.0000000 UZF071 + 172 (2,72) -0.0000000 UZF072 + 173 (2,73) -0.0000000 UZF073 + 174 (2,74) -0.0000000 UZF074 + 175 (2,75) -0.0000000 UZF075 + 176 (2,76) -0.0000000 UZF076 + 177 (2,77) -0.0000000 UZF077 + 178 (2,78) -0.0000000 UZF078 + 179 (2,79) -0.0000000 UZF079 + 180 (2,80) -0.0000000 UZF080 + 181 (2,81) -0.0000000 UZF081 + 182 (2,82) -0.0000000 UZF082 + 183 (2,83) -0.0000000 UZF083 + 184 (2,84) -0.0000000 UZF084 + 185 (2,85) -0.0000000 UZF085 + 186 (2,86) -0.0000000 UZF086 + 187 (2,87) -0.0000000 UZF087 + 188 (2,88) -0.0000000 UZF088 + 189 (2,89) -0.0000000 UZF089 + 190 (2,90) -0.0000000 UZF090 + 191 (2,91) -0.0000000 UZF091 + 192 (2,92) -0.0000000 UZF092 + 193 (2,93) -0.0000000 UZF093 + 194 (2,94) -0.0000000 UZF094 + 195 (2,95) -0.0000000 UZF095 + 196 (2,96) -0.0000000 UZF096 + 197 (2,97) -0.0000000 UZF097 + 198 (2,98) -0.0000000 UZF098 + 199 (2,99) -0.0000000 UZF099 + 200 (2,100) -0.0000000 UZF100 + 201 (3,1) -0.0000000 UZF001 + 202 (3,2) -0.0000000 UZF002 + 203 (3,3) -0.0000000 UZF003 + 204 (3,4) -0.0000000 UZF004 + 205 (3,5) -0.0000000 UZF005 + 206 (3,6) -0.0000000 UZF006 + 207 (3,7) -0.0000000 UZF007 + 208 (3,8) -0.0000000 UZF008 + 209 (3,9) -0.0000000 UZF009 + 210 (3,10) -0.0000000 UZF010 + 211 (3,11) -0.0000000 UZF011 + 212 (3,12) -0.0000000 UZF012 + 213 (3,13) -0.0000000 UZF013 + 214 (3,14) -0.0000000 UZF014 + 215 (3,15) -0.0000000 UZF015 + 216 (3,16) -0.0000000 UZF016 + 217 (3,17) -0.0000000 UZF017 + 218 (3,18) -0.0000000 UZF018 + 219 (3,19) -0.0000000 UZF019 + 220 (3,20) -0.0000000 UZF020 + 221 (3,21) -0.0000000 UZF021 + 222 (3,22) -0.0000000 UZF022 + 223 (3,23) -0.0000000 UZF023 + 224 (3,24) -0.0000000 UZF024 + 225 (3,25) -0.0000000 UZF025 + 226 (3,26) -0.0000000 UZF026 + 227 (3,27) -0.0000000 UZF027 + 228 (3,28) -0.0000000 UZF028 + 229 (3,29) -0.0000000 UZF029 + 230 (3,30) -0.0000000 UZF030 + 231 (3,31) -0.0000000 UZF031 + 232 (3,32) -0.0000000 UZF032 + 233 (3,33) -0.0000000 UZF033 + 234 (3,34) -0.0000000 UZF034 + 235 (3,35) -0.0000000 UZF035 + 236 (3,36) -0.0000000 UZF036 + 237 (3,37) -0.0000000 UZF037 + 238 (3,38) -0.0000000 UZF038 + 239 (3,39) -0.0000000 UZF039 + 240 (3,40) -0.0000000 UZF040 + 241 (3,41) -0.0000000 UZF041 + 242 (3,42) -0.0000000 UZF042 + 243 (3,43) -0.0000000 UZF043 + 244 (3,44) -0.0000000 UZF044 + 245 (3,45) -0.0000000 UZF045 + 246 (3,46) -0.0000000 UZF046 + 247 (3,47) -0.0000000 UZF047 + 248 (3,48) -0.0000000 UZF048 + 249 (3,49) -0.0000000 UZF049 + 250 (3,50) -0.0000000 UZF050 + 251 (3,51) -0.0000000 UZF051 + 252 (3,52) -0.0000000 UZF052 + 253 (3,53) -0.0000000 UZF053 + 254 (3,54) -0.0000000 UZF054 + 255 (3,55) -0.0000000 UZF055 + 256 (3,56) -0.0000000 UZF056 + 257 (3,57) -0.0000000 UZF057 + 258 (3,58) -0.0000000 UZF058 + 259 (3,59) -0.0000000 UZF059 + 260 (3,60) -0.0000000 UZF060 + 261 (3,61) -0.0000000 UZF061 + 262 (3,62) -0.0000000 UZF062 + 263 (3,63) -0.0000000 UZF063 + 264 (3,64) -0.0000000 UZF064 + 265 (3,65) -0.0000000 UZF065 + 266 (3,66) -0.0000000 UZF066 + 267 (3,67) -0.0000000 UZF067 + 268 (3,68) -0.0000000 UZF068 + 269 (3,69) -0.0000000 UZF069 + 270 (3,70) -0.0000000 UZF070 + 271 (3,71) -0.0000000 UZF071 + 272 (3,72) -0.0000000 UZF072 + 273 (3,73) -0.0000000 UZF073 + 274 (3,74) -0.0000000 UZF074 + 275 (3,75) -0.0000000 UZF075 + 276 (3,76) -0.0000000 UZF076 + 277 (3,77) -0.0000000 UZF077 + 278 (3,78) -0.0000000 UZF078 + 279 (3,79) -0.0000000 UZF079 + 280 (3,80) -0.0000000 UZF080 + 281 (3,81) -0.0000000 UZF081 + 282 (3,82) -0.0000000 UZF082 + 283 (3,83) -0.0000000 UZF083 + 284 (3,84) -0.0000000 UZF084 + 285 (3,85) -0.0000000 UZF085 + 286 (3,86) -0.0000000 UZF086 + 287 (3,87) -0.0000000 UZF087 + 288 (3,88) -0.0000000 UZF088 + 289 (3,89) -0.0000000 UZF089 + 290 (3,90) -0.0000000 UZF090 + 291 (3,91) -0.0000000 UZF091 + 292 (3,92) -0.0000000 UZF092 + 293 (3,93) -0.0000000 UZF093 + 294 (3,94) -0.0000000 UZF094 + 295 (3,95) -0.0000000 UZF095 + 296 (3,96) -0.0000000 UZF096 + 297 (3,97) -0.0000000 UZF097 + 298 (3,98) -0.0000000 UZF098 + 299 (3,99) -0.0000000 UZF099 + 300 (3,100) -0.0000000 UZF100 + 301 (4,1) -0.0000000 UZF001 + 302 (4,2) -0.0000000 UZF002 + 303 (4,3) -0.0000000 UZF003 + 304 (4,4) -0.0000000 UZF004 + 305 (4,5) -0.0000000 UZF005 + 306 (4,6) -0.0000000 UZF006 + 307 (4,7) -0.0000000 UZF007 + 308 (4,8) -0.0000000 UZF008 + 309 (4,9) -0.0000000 UZF009 + 310 (4,10) -0.0000000 UZF010 + 311 (4,11) -0.0000000 UZF011 + 312 (4,12) -0.0000000 UZF012 + 313 (4,13) -0.0000000 UZF013 + 314 (4,14) -0.0000000 UZF014 + 315 (4,15) -0.0000000 UZF015 + 316 (4,16) -0.0000000 UZF016 + 317 (4,17) -0.0000000 UZF017 + 318 (4,18) -0.0000000 UZF018 + 319 (4,19) -0.0000000 UZF019 + 320 (4,20) -0.0000000 UZF020 + 321 (4,21) -0.0000000 UZF021 + 322 (4,22) -0.0000000 UZF022 + 323 (4,23) -0.0000000 UZF023 + 324 (4,24) -0.0000000 UZF024 + 325 (4,25) -0.0000000 UZF025 + 326 (4,26) -0.0000000 UZF026 + 327 (4,27) -0.0000000 UZF027 + 328 (4,28) -0.0000000 UZF028 + 329 (4,29) -0.0000000 UZF029 + 330 (4,30) 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LAYER 4 AT END OF TIME STEP 2 IN STRESS PERIOD 4 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + 11 12 13 14 15 16 17 18 19 20 + 21 22 23 24 25 26 27 28 29 30 + 31 32 33 34 35 36 37 38 39 40 + 41 42 43 44 45 46 47 48 49 50 + 51 52 53 54 55 56 57 58 59 60 + 61 62 63 64 65 66 67 68 69 70 + 71 72 73 74 75 76 77 78 79 80 + 81 82 83 84 85 86 87 88 89 90 + 91 92 93 94 95 96 97 98 99 100 + ................................................................................................................................................................ + 1 18.5336 18.4540 18.2935 18.0499 17.7189 17.2937 16.7616 16.0955 15.2307 14.0001 + 18.5336 18.4540 18.2935 18.0499 17.7189 17.2937 16.7616 16.0955 15.2307 14.0001 + 18.5336 18.4540 18.2935 18.0499 17.7189 17.2937 16.7616 16.0955 15.2307 14.0001 + 18.5336 18.4540 18.2935 18.0499 17.7189 17.2937 16.7616 16.0955 15.2307 14.0001 + 18.5336 18.4540 18.2935 18.0499 17.7189 17.2937 16.7616 16.0955 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................................................................................................................................................................ + 1 18.3248 18.2413 18.0728 17.8159 17.4655 17.0137 16.4498 15.7612 14.9390 14.0000 + 18.3248 18.2413 18.0728 17.8159 17.4655 17.0137 16.4498 15.7612 14.9390 14.0000 + 18.3248 18.2413 18.0728 17.8159 17.4655 17.0137 16.4498 15.7612 14.9390 14.0000 + 18.3248 18.2413 18.0728 17.8159 17.4655 17.0137 16.4498 15.7612 14.9390 14.0000 + 18.3248 18.2413 18.0728 17.8159 17.4655 17.0137 16.4498 15.7612 14.9390 14.0000 + 18.3248 18.2413 18.0728 17.8159 17.4655 17.0137 16.4498 15.7612 14.9390 14.0000 + 18.3248 18.2413 18.0728 17.8159 17.4655 17.0137 16.4498 15.7612 14.9390 14.0000 + 18.3248 18.2413 18.0728 17.8159 17.4655 17.0137 16.4498 15.7612 14.9390 14.0000 + 18.3248 18.2413 18.0728 17.8159 17.4655 17.0137 16.4498 15.7612 14.9390 14.0000 + 18.3248 18.2413 18.0728 17.8159 17.4655 17.0137 16.4498 15.7612 14.9390 14.0000 + + HEAD WILL BE SAVED ON UNIT 1019 AT END OF TIME STEP 2, STRESS PERIOD 4 + + + UZF_0 BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 2, STRESS PERIOD 4 + ------------------------------------------------------------------------------ + + CUMULATIVE UZF_0 L**3 RATES FOR THIS TIME STEP L**3/T + ------------------ ------------------------ + + IN: IN: + --- --- + GWF = 0.0000 GWF = 0.0000 + INFILTRATION = 510.0000 INFILTRATION = 15.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.0000 UZET = 0.0000 + STORAGE = 16.6050 STORAGE = 0.0000 + + TOTAL IN = 526.6050 TOTAL IN = 15.0000 + + OUT: OUT: + ---- ---- + GWF = 511.4588 GWF = 14.9485 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 1.3218 UZET = 4.0464E-02 + STORAGE = 13.8243 STORAGE = 1.1047E-02 + + TOTAL OUT = 526.6050 TOTAL OUT = 15.0000 + + IN - OUT = 1.6900E-06 IN - OUT = 1.9540E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 2, STRESS PERIOD 4 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.8477E-02 STO-SS = 2.1606E-05 STORAGE + STO-SY = 40.1213 STO-SY = 4.0687E-02 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 511.4588 UZF-GWRCH = 14.9485 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 551.6286 TOTAL IN = 14.9892 + + OUT: OUT: + ---- ---- + STO-SS = 7.9969E-04 STO-SS = 0.0000 STORAGE + STO-SY = 11.9671 STO-SY = 0.0000 STORAGE + GHB = 537.9227 GHB = 14.9410 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 1.7380 UZF-GWET = 4.8188E-02 UZF_0 + + TOTAL OUT = 551.6286 TOTAL OUT = 14.9892 + + IN - OUT = -1.3178E-06 IN - OUT = -3.9898E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 2 IN STRESS PERIOD 4 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 3.45600E+05 5760.0 96.000 4.0000 1.09514E-02 + TOTAL TIME 2.93760E+06 48960. 816.00 34.000 9.30869E-02 + + +end timestep + + +start timestep kper="4" kstp="3" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1018 AT TIME STEP 3, STRESS PERIOD 4 + UBDSV1 SAVING STO-SY ON UNIT 1018 AT TIME STEP 3, STRESS PERIOD 4 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1018 AT TIME STEP 3, STRESS PERIOD 4 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1018 AT TIME STEP 3, STRESS PERIOD 4 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 3, STRESS PERIOD 4 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 3, STRESS PERIOD 4 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 3, STRESS PERIOD 4 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 3, STRESS PERIOD 4 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1014 AT TIME STEP 3, STRESS PERIOD 4 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 3, STRESS PERIOD 4 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 3, STRESS PERIOD 4 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 3, STRESS PERIOD 4 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 3, STRESS PERIOD 4 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 4 STEP 3 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.0241411 + 2 (4,20) -1.0241411 + 3 (4,30) -1.0241411 + 4 (4,40) -1.0241411 + 5 (4,50) -1.0241411 + 6 (4,60) -1.0241411 + 7 (4,70) -1.0241411 + 8 (4,80) -1.0241411 + 9 (4,90) -1.0241411 + 10 (4,100) -1.0241411 + 11 (5,10) -0.46924874 + 12 (5,20) -0.46924874 + 13 (5,30) -0.46924874 + 14 (5,40) -0.46924874 + 15 (5,50) -0.46924873 + 16 (5,60) -0.46924874 + 17 (5,70) -0.46924873 + 18 (5,80) -0.46924873 + 19 (5,90) -0.46924873 + 20 (5,100) -0.46924873 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 4 STEP 3 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14955225 UZF001 + 2 (1,2) 0.14955326 UZF002 + 3 (1,3) 0.14957091 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14955225 UZF011 + 12 (1,12) 0.14955326 UZF012 + 13 (1,13) 0.14957091 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14955225 UZF021 + 22 (1,22) 0.14955326 UZF022 + 23 (1,23) 0.14957091 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14955225 UZF031 + 32 (1,32) 0.14955326 UZF032 + 33 (1,33) 0.14957091 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14955225 UZF041 + 42 (1,42) 0.14955326 UZF042 + 43 (1,43) 0.14957091 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14955225 UZF051 + 52 (1,52) 0.14955326 UZF052 + 53 (1,53) 0.14957091 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14955225 UZF061 + 62 (1,62) 0.14955326 UZF062 + 63 (1,63) 0.14957091 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14955225 UZF071 + 72 (1,72) 0.14955326 UZF072 + 73 (1,73) 0.14957091 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14955225 UZF081 + 82 (1,82) 0.14955326 UZF082 + 83 (1,83) 0.14957091 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14955225 UZF091 + 92 (1,92) 0.14955326 UZF092 + 93 (1,93) 0.14957091 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.14950830 UZF004 + 105 (2,5) 0.14950764 UZF005 + 106 (2,6) 0.14950279 UZF006 + 107 (2,7) 0.14949474 UZF007 + 108 (2,8) 0.14948442 UZF008 + 109 (2,9) 0.14947331 UZF009 + 110 (2,10) 0.14946465 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.14950830 UZF014 + 115 (2,15) 0.14950764 UZF015 + 116 (2,16) 0.14950279 UZF016 + 117 (2,17) 0.14949474 UZF017 + 118 (2,18) 0.14948442 UZF018 + 119 (2,19) 0.14947331 UZF019 + 120 (2,20) 0.14946465 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.14950830 UZF024 + 125 (2,25) 0.14950764 UZF025 + 126 (2,26) 0.14950279 UZF026 + 127 (2,27) 0.14949474 UZF027 + 128 (2,28) 0.14948442 UZF028 + 129 (2,29) 0.14947331 UZF029 + 130 (2,30) 0.14946465 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.14950830 UZF034 + 135 (2,35) 0.14950764 UZF035 + 136 (2,36) 0.14950279 UZF036 + 137 (2,37) 0.14949474 UZF037 + 138 (2,38) 0.14948442 UZF038 + 139 (2,39) 0.14947331 UZF039 + 140 (2,40) 0.14946465 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.14950830 UZF044 + 145 (2,45) 0.14950764 UZF045 + 146 (2,46) 0.14950279 UZF046 + 147 (2,47) 0.14949474 UZF047 + 148 (2,48) 0.14948442 UZF048 + 149 (2,49) 0.14947331 UZF049 + 150 (2,50) 0.14946465 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.14950830 UZF054 + 155 (2,55) 0.14950764 UZF055 + 156 (2,56) 0.14950279 UZF056 + 157 (2,57) 0.14949474 UZF057 + 158 (2,58) 0.14948442 UZF058 + 159 (2,59) 0.14947331 UZF059 + 160 (2,60) 0.14946465 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.14950830 UZF064 + 165 (2,65) 0.14950764 UZF065 + 166 (2,66) 0.14950279 UZF066 + 167 (2,67) 0.14949474 UZF067 + 168 (2,68) 0.14948442 UZF068 + 169 (2,69) 0.14947331 UZF069 + 170 (2,70) 0.14946465 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.14950830 UZF074 + 175 (2,75) 0.14950764 UZF075 + 176 (2,76) 0.14950279 UZF076 + 177 (2,77) 0.14949474 UZF077 + 178 (2,78) 0.14948442 UZF078 + 179 (2,79) 0.14947331 UZF079 + 180 (2,80) 0.14946465 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.14950830 UZF084 + 185 (2,85) 0.14950764 UZF085 + 186 (2,86) 0.14950279 UZF086 + 187 (2,87) 0.14949474 UZF087 + 188 (2,88) 0.14948442 UZF088 + 189 (2,89) 0.14947331 UZF089 + 190 (2,90) 0.14946465 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.14950830 UZF094 + 195 (2,95) 0.14950764 UZF095 + 196 (2,96) 0.14950279 UZF096 + 197 (2,97) 0.14949474 UZF097 + 198 (2,98) 0.14948442 UZF098 + 199 (2,99) 0.14947331 UZF099 + 200 (2,100) 0.14946465 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 0.0000000 UZF076 + 277 (3,77) 0.0000000 UZF077 + 278 (3,78) 0.0000000 UZF078 + 279 (3,79) 0.0000000 UZF079 + 280 (3,80) 0.0000000 UZF080 + 281 (3,81) 0.0000000 UZF081 + 282 (3,82) 0.0000000 UZF082 + 283 (3,83) 0.0000000 UZF083 + 284 (3,84) 0.0000000 UZF084 + 285 (3,85) 0.0000000 UZF085 + 286 (3,86) 0.0000000 UZF086 + 287 (3,87) 0.0000000 UZF087 + 288 (3,88) 0.0000000 UZF088 + 289 (3,89) 0.0000000 UZF089 + 290 (3,90) 0.0000000 UZF090 + 291 (3,91) 0.0000000 UZF091 + 292 (3,92) 0.0000000 UZF092 + 293 (3,93) 0.0000000 UZF093 + 294 (3,94) 0.0000000 UZF094 + 295 (3,95) 0.0000000 UZF095 + 296 (3,96) 0.0000000 UZF096 + 297 (3,97) 0.0000000 UZF097 + 298 (3,98) 0.0000000 UZF098 + 299 (3,99) 0.0000000 UZF099 + 300 (3,100) 0.0000000 UZF100 + 301 (4,1) 0.0000000 UZF001 + 302 (4,2) 0.0000000 UZF002 + 303 (4,3) 0.0000000 UZF003 + 304 (4,4) 0.0000000 UZF004 + 305 (4,5) 0.0000000 UZF005 + 306 (4,6) 0.0000000 UZF006 + 307 (4,7) 0.0000000 UZF007 + 308 (4,8) 0.0000000 UZF008 + 309 (4,9) 0.0000000 UZF009 + 310 (4,10) 0.0000000 UZF010 + 311 (4,11) 0.0000000 UZF011 + 312 (4,12) 0.0000000 UZF012 + 313 (4,13) 0.0000000 UZF013 + 314 (4,14) 0.0000000 UZF014 + 315 (4,15) 0.0000000 UZF015 + 316 (4,16) 0.0000000 UZF016 + 317 (4,17) 0.0000000 UZF017 + 318 (4,18) 0.0000000 UZF018 + 319 (4,19) 0.0000000 UZF019 + 320 (4,20) 0.0000000 UZF020 + 321 (4,21) 0.0000000 UZF021 + 322 (4,22) 0.0000000 UZF022 + 323 (4,23) 0.0000000 UZF023 + 324 (4,24) 0.0000000 UZF024 + 325 (4,25) 0.0000000 UZF025 + 326 (4,26) 0.0000000 UZF026 + 327 (4,27) 0.0000000 UZF027 + 328 (4,28) 0.0000000 UZF028 + 329 (4,29) 0.0000000 UZF029 + 330 (4,30) 0.0000000 UZF030 + 331 (4,31) 0.0000000 UZF031 + 332 (4,32) 0.0000000 UZF032 + 333 (4,33) 0.0000000 UZF033 + 334 (4,34) 0.0000000 UZF034 + 335 (4,35) 0.0000000 UZF035 + 336 (4,36) 0.0000000 UZF036 + 337 (4,37) 0.0000000 UZF037 + 338 (4,38) 0.0000000 UZF038 + 339 (4,39) 0.0000000 UZF039 + 340 (4,40) 0.0000000 UZF040 + 341 (4,41) 0.0000000 UZF041 + 342 (4,42) 0.0000000 UZF042 + 343 (4,43) 0.0000000 UZF043 + 344 (4,44) 0.0000000 UZF044 + 345 (4,45) 0.0000000 UZF045 + 346 (4,46) 0.0000000 UZF046 + 347 (4,47) 0.0000000 UZF047 + 348 (4,48) 0.0000000 UZF048 + 349 (4,49) 0.0000000 UZF049 + 350 (4,50) 0.0000000 UZF050 + 351 (4,51) 0.0000000 UZF051 + 352 (4,52) 0.0000000 UZF052 + 353 (4,53) 0.0000000 UZF053 + 354 (4,54) 0.0000000 UZF054 + 355 (4,55) 0.0000000 UZF055 + 356 (4,56) 0.0000000 UZF056 + 357 (4,57) 0.0000000 UZF057 + 358 (4,58) 0.0000000 UZF058 + 359 (4,59) 0.0000000 UZF059 + 360 (4,60) 0.0000000 UZF060 + 361 (4,61) 0.0000000 UZF061 + 362 (4,62) 0.0000000 UZF062 + 363 (4,63) 0.0000000 UZF063 + 364 (4,64) 0.0000000 UZF064 + 365 (4,65) 0.0000000 UZF065 + 366 (4,66) 0.0000000 UZF066 + 367 (4,67) 0.0000000 UZF067 + 368 (4,68) 0.0000000 UZF068 + 369 (4,69) 0.0000000 UZF069 + 370 (4,70) 0.0000000 UZF070 + 371 (4,71) 0.0000000 UZF071 + 372 (4,72) 0.0000000 UZF072 + 373 (4,73) 0.0000000 UZF073 + 374 (4,74) 0.0000000 UZF074 + 375 (4,75) 0.0000000 UZF075 + 376 (4,76) 0.0000000 UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 (5,23) 0.0000000 UZF023 + 424 (5,24) 0.0000000 UZF024 + 425 (5,25) 0.0000000 UZF025 + 426 (5,26) 0.0000000 UZF026 + 427 (5,27) 0.0000000 UZF027 + 428 (5,28) 0.0000000 UZF028 + 429 (5,29) 0.0000000 UZF029 + 430 (5,30) 0.0000000 UZF030 + 431 (5,31) 0.0000000 UZF031 + 432 (5,32) 0.0000000 UZF032 + 433 (5,33) 0.0000000 UZF033 + 434 (5,34) 0.0000000 UZF034 + 435 (5,35) 0.0000000 UZF035 + 436 (5,36) 0.0000000 UZF036 + 437 (5,37) 0.0000000 UZF037 + 438 (5,38) 0.0000000 UZF038 + 439 (5,39) 0.0000000 UZF039 + 440 (5,40) 0.0000000 UZF040 + 441 (5,41) 0.0000000 UZF041 + 442 (5,42) 0.0000000 UZF042 + 443 (5,43) 0.0000000 UZF043 + 444 (5,44) 0.0000000 UZF044 + 445 (5,45) 0.0000000 UZF045 + 446 (5,46) 0.0000000 UZF046 + 447 (5,47) 0.0000000 UZF047 + 448 (5,48) 0.0000000 UZF048 + 449 (5,49) 0.0000000 UZF049 + 450 (5,50) 0.0000000 UZF050 + 451 (5,51) 0.0000000 UZF051 + 452 (5,52) 0.0000000 UZF052 + 453 (5,53) 0.0000000 UZF053 + 454 (5,54) 0.0000000 UZF054 + 455 (5,55) 0.0000000 UZF055 + 456 (5,56) 0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 4 STEP 3 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 0.0000000 UZF042 + 43 (1,43) 0.0000000 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.0000000 UZF051 + 52 (1,52) 0.0000000 UZF052 + 53 (1,53) 0.0000000 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.0000000 UZF061 + 62 (1,62) 0.0000000 UZF062 + 63 (1,63) 0.0000000 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.0000000 UZF071 + 72 (1,72) 0.0000000 UZF072 + 73 (1,73) 0.0000000 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 UZF081 + 82 (1,82) 0.0000000 UZF082 + 83 (1,83) 0.0000000 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.0000000 UZF091 + 92 (1,92) 0.0000000 UZF092 + 93 (1,93) 0.0000000 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) -0.0000000 UZF001 + 102 (2,2) -0.0000000 UZF002 + 103 (2,3) -0.0000000 UZF003 + 104 (2,4) -0.0000000 UZF004 + 105 (2,5) -0.0000000 UZF005 + 106 (2,6) -0.0000000 UZF006 + 107 (2,7) -0.0000000 UZF007 + 108 (2,8) -0.0000000 UZF008 + 109 (2,9) -0.0000000 UZF009 + 110 (2,10) -0.0000000 UZF010 + 111 (2,11) -0.0000000 UZF011 + 112 (2,12) -0.0000000 UZF012 + 113 (2,13) -0.0000000 UZF013 + 114 (2,14) -0.0000000 UZF014 + 115 (2,15) -0.0000000 UZF015 + 116 (2,16) -0.0000000 UZF016 + 117 (2,17) -0.0000000 UZF017 + 118 (2,18) -0.0000000 UZF018 + 119 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UZF015 + 216 (3,16) -0.0000000 UZF016 + 217 (3,17) -0.0000000 UZF017 + 218 (3,18) -0.0000000 UZF018 + 219 (3,19) -0.0000000 UZF019 + 220 (3,20) -0.0000000 UZF020 + 221 (3,21) -0.0000000 UZF021 + 222 (3,22) -0.0000000 UZF022 + 223 (3,23) -0.0000000 UZF023 + 224 (3,24) -0.0000000 UZF024 + 225 (3,25) -0.0000000 UZF025 + 226 (3,26) -0.0000000 UZF026 + 227 (3,27) -0.0000000 UZF027 + 228 (3,28) -0.0000000 UZF028 + 229 (3,29) -0.0000000 UZF029 + 230 (3,30) -0.0000000 UZF030 + 231 (3,31) -0.0000000 UZF031 + 232 (3,32) -0.0000000 UZF032 + 233 (3,33) -0.0000000 UZF033 + 234 (3,34) -0.0000000 UZF034 + 235 (3,35) -0.0000000 UZF035 + 236 (3,36) -0.0000000 UZF036 + 237 (3,37) -0.0000000 UZF037 + 238 (3,38) -0.0000000 UZF038 + 239 (3,39) -0.0000000 UZF039 + 240 (3,40) -0.0000000 UZF040 + 241 (3,41) -0.0000000 UZF041 + 242 (3,42) -0.0000000 UZF042 + 243 (3,43) -0.0000000 UZF043 + 244 (3,44) -0.0000000 UZF044 + 245 (3,45) -0.0000000 UZF045 + 246 (3,46) -0.0000000 UZF046 + 247 (3,47) -0.0000000 UZF047 + 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(5,73) -0.0000000 UZF073 + 474 (5,74) -0.0000000 UZF074 + 475 (5,75) -0.0000000 UZF075 + 476 (5,76) -0.0000000 UZF076 + 477 (5,77) -0.0000000 UZF077 + 478 (5,78) -0.0000000 UZF078 + 479 (5,79) -0.0000000 UZF079 + 480 (5,80) -0.0000000 UZF080 + 481 (5,81) -0.0000000 UZF081 + 482 (5,82) -0.0000000 UZF082 + 483 (5,83) -0.0000000 UZF083 + 484 (5,84) -0.0000000 UZF084 + 485 (5,85) -0.0000000 UZF085 + 486 (5,86) -0.0000000 UZF086 + 487 (5,87) -0.0000000 UZF087 + 488 (5,88) -0.0000000 UZF088 + 489 (5,89) -0.0000000 UZF089 + 490 (5,90) -0.0000000 UZF090 + 491 (5,91) -0.0000000 UZF091 + 492 (5,92) -0.0000000 UZF092 + 493 (5,93) -0.0000000 UZF093 + 494 (5,94) -0.0000000 UZF094 + 495 (5,95) -0.0000000 UZF095 + 496 (5,96) -0.0000000 UZF096 + 497 (5,97) -0.0000000 UZF097 + 498 (5,98) -0.0000000 UZF098 + 499 (5,99) -0.0000000 UZF099 + 500 (5,100) -0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWET PACKAGE (UZF_0) FLOW RATES PERIOD 4 STEP 3 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) -4.50134424E-04 UZF001 + 2 (1,2) -4.44091186E-04 UZF002 + 3 (1,3) -4.30836941E-04 UZF003 + 4 (1,4) -0.0000000 UZF004 + 5 (1,5) -0.0000000 UZF005 + 6 (1,6) -0.0000000 UZF006 + 7 (1,7) -0.0000000 UZF007 + 8 (1,8) -0.0000000 UZF008 + 9 (1,9) -0.0000000 UZF009 + 10 (1,10) -0.0000000 UZF010 + 11 (1,11) -4.50134424E-04 UZF011 + 12 (1,12) -4.44091186E-04 UZF012 + 13 (1,13) -4.30836941E-04 UZF013 + 14 (1,14) -0.0000000 UZF014 + 15 (1,15) -0.0000000 UZF015 + 16 (1,16) -0.0000000 UZF016 + 17 (1,17) -0.0000000 UZF017 + 18 (1,18) -0.0000000 UZF018 + 19 (1,19) -0.0000000 UZF019 + 20 (1,20) -0.0000000 UZF020 + 21 (1,21) -4.50134424E-04 UZF021 + 22 (1,22) -4.44091186E-04 UZF022 + 23 (1,23) -4.30836941E-04 UZF023 + 24 (1,24) -0.0000000 UZF024 + 25 (1,25) -0.0000000 UZF025 + 26 (1,26) -0.0000000 UZF026 + 27 (1,27) -0.0000000 UZF027 + 28 (1,28) -0.0000000 UZF028 + 29 (1,29) -0.0000000 UZF029 + 30 (1,30) -0.0000000 UZF030 + 31 (1,31) -4.50134424E-04 UZF031 + 32 (1,32) -4.44091186E-04 UZF032 + 33 (1,33) -4.30836941E-04 UZF033 + 34 (1,34) -0.0000000 UZF034 + 35 (1,35) -0.0000000 UZF035 + 36 (1,36) -0.0000000 UZF036 + 37 (1,37) -0.0000000 UZF037 + 38 (1,38) -0.0000000 UZF038 + 39 (1,39) -0.0000000 UZF039 + 40 (1,40) -0.0000000 UZF040 + 41 (1,41) -4.50134424E-04 UZF041 + 42 (1,42) -4.44091186E-04 UZF042 + 43 (1,43) -4.30836941E-04 UZF043 + 44 (1,44) -0.0000000 UZF044 + 45 (1,45) -0.0000000 UZF045 + 46 (1,46) -0.0000000 UZF046 + 47 (1,47) -0.0000000 UZF047 + 48 (1,48) -0.0000000 UZF048 + 49 (1,49) -0.0000000 UZF049 + 50 (1,50) -0.0000000 UZF050 + 51 (1,51) -4.50134424E-04 UZF051 + 52 (1,52) -4.44091186E-04 UZF052 + 53 (1,53) -4.30836941E-04 UZF053 + 54 (1,54) -0.0000000 UZF054 + 55 (1,55) -0.0000000 UZF055 + 56 (1,56) -0.0000000 UZF056 + 57 (1,57) -0.0000000 UZF057 + 58 (1,58) -0.0000000 UZF058 + 59 (1,59) -0.0000000 UZF059 + 60 (1,60) -0.0000000 UZF060 + 61 (1,61) -4.50134424E-04 UZF061 + 62 (1,62) -4.44091186E-04 UZF062 + 63 (1,63) -4.30836941E-04 UZF063 + 64 (1,64) -0.0000000 UZF064 + 65 (1,65) -0.0000000 UZF065 + 66 (1,66) -0.0000000 UZF066 + 67 (1,67) -0.0000000 UZF067 + 68 (1,68) -0.0000000 UZF068 + 69 (1,69) -0.0000000 UZF069 + 70 (1,70) -0.0000000 UZF070 + 71 (1,71) -4.50134424E-04 UZF071 + 72 (1,72) -4.44091186E-04 UZF072 + 73 (1,73) -4.30836941E-04 UZF073 + 74 (1,74) -0.0000000 UZF074 + 75 (1,75) -0.0000000 UZF075 + 76 (1,76) -0.0000000 UZF076 + 77 (1,77) -0.0000000 UZF077 + 78 (1,78) -0.0000000 UZF078 + 79 (1,79) -0.0000000 UZF079 + 80 (1,80) -0.0000000 UZF080 + 81 (1,81) -4.50134424E-04 UZF081 + 82 (1,82) -4.44091186E-04 UZF082 + 83 (1,83) -4.30836941E-04 UZF083 + 84 (1,84) -0.0000000 UZF084 + 85 (1,85) -0.0000000 UZF085 + 86 (1,86) -0.0000000 UZF086 + 87 (1,87) -0.0000000 UZF087 + 88 (1,88) -0.0000000 UZF088 + 89 (1,89) -0.0000000 UZF089 + 90 (1,90) -0.0000000 UZF090 + 91 (1,91) -4.50134424E-04 UZF091 + 92 (1,92) -4.44091186E-04 UZF092 + 93 (1,93) -4.30836941E-04 UZF093 + 94 (1,94) -0.0000000 UZF094 + 95 (1,95) -0.0000000 UZF095 + 96 (1,96) -0.0000000 UZF096 + 97 (1,97) -0.0000000 UZF097 + 98 (1,98) -0.0000000 UZF098 + 99 (1,99) -0.0000000 UZF099 + 100 (1,100) -0.0000000 UZF100 + 101 (2,1) -1.36481683E-04 UZF001 + 102 (2,2) -1.36378756E-04 UZF002 + 103 (2,3) -1.36244257E-04 UZF003 + 104 (2,4) -3.61193985E-04 UZF004 + 105 (2,5) -3.42521752E-04 UZF005 + 106 (2,6) -3.20385292E-04 UZF006 + 107 (2,7) -2.95746828E-04 UZF007 + 108 (2,8) -2.70251782E-04 UZF008 + 109 (2,9) -2.46830109E-04 UZF009 + 110 (2,10) -2.30851447E-04 UZF010 + 111 (2,11) -1.36481683E-04 UZF011 + 112 (2,12) -1.36378756E-04 UZF012 + 113 (2,13) -1.36244257E-04 UZF013 + 114 (2,14) -3.61193985E-04 UZF014 + 115 (2,15) -3.42521752E-04 UZF015 + 116 (2,16) -3.20385292E-04 UZF016 + 117 (2,17) -2.95746828E-04 UZF017 + 118 (2,18) -2.70251782E-04 UZF018 + 119 (2,19) -2.46830109E-04 UZF019 + 120 (2,20) -2.30851447E-04 UZF020 + 121 (2,21) -1.36481683E-04 UZF021 + 122 (2,22) -1.36378756E-04 UZF022 + 123 (2,23) -1.36244257E-04 UZF023 + 124 (2,24) -3.61193985E-04 UZF024 + 125 (2,25) -3.42521752E-04 UZF025 + 126 (2,26) -3.20385292E-04 UZF026 + 127 (2,27) -2.95746828E-04 UZF027 + 128 (2,28) -2.70251782E-04 UZF028 + 129 (2,29) -2.46830109E-04 UZF029 + 130 (2,30) -2.30851447E-04 UZF030 + 131 (2,31) -1.36481683E-04 UZF031 + 132 (2,32) -1.36378756E-04 UZF032 + 133 (2,33) -1.36244257E-04 UZF033 + 134 (2,34) -3.61193985E-04 UZF034 + 135 (2,35) -3.42521752E-04 UZF035 + 136 (2,36) -3.20385292E-04 UZF036 + 137 (2,37) -2.95746828E-04 UZF037 + 138 (2,38) -2.70251782E-04 UZF038 + 139 (2,39) -2.46830109E-04 UZF039 + 140 (2,40) -2.30851447E-04 UZF040 + 141 (2,41) -1.36481683E-04 UZF041 + 142 (2,42) -1.36378756E-04 UZF042 + 143 (2,43) -1.36244257E-04 UZF043 + 144 (2,44) -3.61193985E-04 UZF044 + 145 (2,45) -3.42521752E-04 UZF045 + 146 (2,46) -3.20385292E-04 UZF046 + 147 (2,47) -2.95746828E-04 UZF047 + 148 (2,48) -2.70251782E-04 UZF048 + 149 (2,49) -2.46830109E-04 UZF049 + 150 (2,50) -2.30851447E-04 UZF050 + 151 (2,51) -1.36481683E-04 UZF051 + 152 (2,52) -1.36378756E-04 UZF052 + 153 (2,53) -1.36244257E-04 UZF053 + 154 (2,54) -3.61193985E-04 UZF054 + 155 (2,55) -3.42521752E-04 UZF055 + 156 (2,56) -3.20385292E-04 UZF056 + 157 (2,57) -2.95746828E-04 UZF057 + 158 (2,58) -2.70251782E-04 UZF058 + 159 (2,59) -2.46830109E-04 UZF059 + 160 (2,60) -2.30851447E-04 UZF060 + 161 (2,61) -1.36481683E-04 UZF061 + 162 (2,62) -1.36378756E-04 UZF062 + 163 (2,63) -1.36244257E-04 UZF063 + 164 (2,64) -3.61193985E-04 UZF064 + 165 (2,65) -3.42521752E-04 UZF065 + 166 (2,66) -3.20385292E-04 UZF066 + 167 (2,67) -2.95746828E-04 UZF067 + 168 (2,68) -2.70251782E-04 UZF068 + 169 (2,69) -2.46830109E-04 UZF069 + 170 (2,70) -2.30851447E-04 UZF070 + 171 (2,71) -1.36481683E-04 UZF071 + 172 (2,72) -1.36378756E-04 UZF072 + 173 (2,73) -1.36244257E-04 UZF073 + 174 (2,74) -3.61193985E-04 UZF074 + 175 (2,75) -3.42521752E-04 UZF075 + 176 (2,76) -3.20385292E-04 UZF076 + 177 (2,77) -2.95746828E-04 UZF077 + 178 (2,78) -2.70251782E-04 UZF078 + 179 (2,79) -2.46830109E-04 UZF079 + 180 (2,80) -2.30851447E-04 UZF080 + 181 (2,81) -1.36481683E-04 UZF081 + 182 (2,82) -1.36378756E-04 UZF082 + 183 (2,83) -1.36244257E-04 UZF083 + 184 (2,84) -3.61193985E-04 UZF084 + 185 (2,85) -3.42521752E-04 UZF085 + 186 (2,86) -3.20385292E-04 UZF086 + 187 (2,87) -2.95746828E-04 UZF087 + 188 (2,88) -2.70251782E-04 UZF088 + 189 (2,89) -2.46830109E-04 UZF089 + 190 (2,90) -2.30851447E-04 UZF090 + 191 (2,91) -1.36481683E-04 UZF091 + 192 (2,92) -1.36378756E-04 UZF092 + 193 (2,93) -1.36244257E-04 UZF093 + 194 (2,94) -3.61193985E-04 UZF094 + 195 (2,95) -3.42521752E-04 UZF095 + 196 (2,96) -3.20385292E-04 UZF096 + 197 (2,97) -2.95746828E-04 UZF097 + 198 (2,98) -2.70251782E-04 UZF098 + 199 (2,99) -2.46830109E-04 UZF099 + 200 (2,100) -2.30851447E-04 UZF100 + 201 (3,1) -4.85588934E-05 UZF001 + 202 (3,2) -4.90482359E-05 UZF002 + 203 (3,3) -5.00387074E-05 UZF003 + 204 (3,4) -1.36481698E-04 UZF004 + 205 (3,5) -1.34512460E-04 UZF005 + 206 (3,6) -1.31296871E-04 UZF006 + 207 (3,7) -1.26537053E-04 UZF007 + 208 (3,8) -1.20137230E-04 UZF008 + 209 (3,9) -1.12596925E-04 UZF009 + 210 (3,10) -1.05926018E-04 UZF010 + 211 (3,11) -4.85588934E-05 UZF011 + 212 (3,12) -4.90482359E-05 UZF012 + 213 (3,13) -5.00387074E-05 UZF013 + 214 (3,14) -1.36481698E-04 UZF014 + 215 (3,15) -1.34512460E-04 UZF015 + 216 (3,16) -1.31296871E-04 UZF016 + 217 (3,17) -1.26537053E-04 UZF017 + 218 (3,18) -1.20137230E-04 UZF018 + 219 (3,19) -1.12596925E-04 UZF019 + 220 (3,20) -1.05926018E-04 UZF020 + 221 (3,21) -4.85588934E-05 UZF021 + 222 (3,22) -4.90482359E-05 UZF022 + 223 (3,23) -5.00387074E-05 UZF023 + 224 (3,24) -1.36481698E-04 UZF024 + 225 (3,25) -1.34512460E-04 UZF025 + 226 (3,26) -1.31296871E-04 UZF026 + 227 (3,27) -1.26537053E-04 UZF027 + 228 (3,28) -1.20137230E-04 UZF028 + 229 (3,29) -1.12596925E-04 UZF029 + 230 (3,30) -1.05926018E-04 UZF030 + 231 (3,31) -4.85588934E-05 UZF031 + 232 (3,32) -4.90482359E-05 UZF032 + 233 (3,33) -5.00387074E-05 UZF033 + 234 (3,34) -1.36481698E-04 UZF034 + 235 (3,35) -1.34512460E-04 UZF035 + 236 (3,36) -1.31296871E-04 UZF036 + 237 (3,37) -1.26537053E-04 UZF037 + 238 (3,38) -1.20137230E-04 UZF038 + 239 (3,39) -1.12596925E-04 UZF039 + 240 (3,40) -1.05926018E-04 UZF040 + 241 (3,41) -4.85588934E-05 UZF041 + 242 (3,42) -4.90482359E-05 UZF042 + 243 (3,43) -5.00387074E-05 UZF043 + 244 (3,44) -1.36481698E-04 UZF044 + 245 (3,45) -1.34512460E-04 UZF045 + 246 (3,46) -1.31296871E-04 UZF046 + 247 (3,47) -1.26537053E-04 UZF047 + 248 (3,48) -1.20137230E-04 UZF048 + 249 (3,49) -1.12596925E-04 UZF049 + 250 (3,50) -1.05926018E-04 UZF050 + 251 (3,51) -4.85588934E-05 UZF051 + 252 (3,52) -4.90482359E-05 UZF052 + 253 (3,53) -5.00387074E-05 UZF053 + 254 (3,54) -1.36481698E-04 UZF054 + 255 (3,55) -1.34512460E-04 UZF055 + 256 (3,56) -1.31296871E-04 UZF056 + 257 (3,57) 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(3,85) -1.34512460E-04 UZF085 + 286 (3,86) -1.31296871E-04 UZF086 + 287 (3,87) -1.26537053E-04 UZF087 + 288 (3,88) -1.20137230E-04 UZF088 + 289 (3,89) -1.12596925E-04 UZF089 + 290 (3,90) -1.05926018E-04 UZF090 + 291 (3,91) -4.85588934E-05 UZF091 + 292 (3,92) -4.90482359E-05 UZF092 + 293 (3,93) -5.00387074E-05 UZF093 + 294 (3,94) -1.36481698E-04 UZF094 + 295 (3,95) -1.34512460E-04 UZF095 + 296 (3,96) -1.31296871E-04 UZF096 + 297 (3,97) -1.26537053E-04 UZF097 + 298 (3,98) -1.20137230E-04 UZF098 + 299 (3,99) -1.12596925E-04 UZF099 + 300 (3,100) -1.05926018E-04 UZF100 + 301 (4,1) -0.0000000 UZF001 + 302 (4,2) -0.0000000 UZF002 + 303 (4,3) -0.0000000 UZF003 + 304 (4,4) -0.0000000 UZF004 + 305 (4,5) -0.0000000 UZF005 + 306 (4,6) -0.0000000 UZF006 + 307 (4,7) -0.0000000 UZF007 + 308 (4,8) -0.0000000 UZF008 + 309 (4,9) -0.0000000 UZF009 + 310 (4,10) -0.0000000 UZF010 + 311 (4,11) -0.0000000 UZF011 + 312 (4,12) -0.0000000 UZF012 + 313 (4,13) -0.0000000 UZF013 + 314 (4,14) -0.0000000 UZF014 + 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(5,76) -0.0000000 UZF076 + 477 (5,77) -0.0000000 UZF077 + 478 (5,78) -0.0000000 UZF078 + 479 (5,79) -0.0000000 UZF079 + 480 (5,80) -0.0000000 UZF080 + 481 (5,81) -0.0000000 UZF081 + 482 (5,82) -0.0000000 UZF082 + 483 (5,83) -0.0000000 UZF083 + 484 (5,84) -0.0000000 UZF084 + 485 (5,85) -0.0000000 UZF085 + 486 (5,86) -0.0000000 UZF086 + 487 (5,87) -0.0000000 UZF087 + 488 (5,88) -0.0000000 UZF088 + 489 (5,89) -0.0000000 UZF089 + 490 (5,90) -0.0000000 UZF090 + 491 (5,91) -0.0000000 UZF091 + 492 (5,92) -0.0000000 UZF092 + 493 (5,93) -0.0000000 UZF093 + 494 (5,94) -0.0000000 UZF094 + 495 (5,95) -0.0000000 UZF095 + 496 (5,96) -0.0000000 UZF096 + 497 (5,97) -0.0000000 UZF097 + 498 (5,98) -0.0000000 UZF098 + 499 (5,99) -0.0000000 UZF099 + 500 (5,100) -0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF_0 PACKAGE - SUMMARY OF FLOWS FOR EACH CONTROL VOLUME PERIOD 4 STEP 3 + 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................................................................................................................................................................ + 1 19.5293 19.4635 19.3319 19.1406 18.8750 18.5511 18.1779 17.7761 17.3911 17.1186 + 19.5293 19.4635 19.3319 19.1406 18.8750 18.5511 18.1779 17.7761 17.3911 17.1186 + 19.5293 19.4635 19.3319 19.1406 18.8750 18.5511 18.1779 17.7761 17.3911 17.1186 + 19.5293 19.4635 19.3319 19.1406 18.8750 18.5511 18.1779 17.7761 17.3911 17.1186 + 19.5293 19.4635 19.3319 19.1406 18.8750 18.5511 18.1779 17.7761 17.3911 17.1186 + 19.5293 19.4635 19.3319 19.1406 18.8750 18.5511 18.1779 17.7761 17.3911 17.1186 + 19.5293 19.4635 19.3319 19.1406 18.8750 18.5511 18.1779 17.7761 17.3911 17.1186 + 19.5293 19.4635 19.3319 19.1406 18.8750 18.5511 18.1779 17.7761 17.3911 17.1186 + 19.5293 19.4635 19.3319 19.1406 18.8750 18.5511 18.1779 17.7761 17.3911 17.1186 + 19.5293 19.4635 19.3319 19.1406 18.8750 18.5511 18.1779 17.7761 17.3911 17.1186 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 3 IN STRESS PERIOD 4 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + 11 12 13 14 15 16 17 18 19 20 + 21 22 23 24 25 26 27 28 29 30 + 31 32 33 34 35 36 37 38 39 40 + 41 42 43 44 45 46 47 48 49 50 + 51 52 53 54 55 56 57 58 59 60 + 61 62 63 64 65 66 67 68 69 70 + 71 72 73 74 75 76 77 78 79 80 + 81 82 83 84 85 86 87 88 89 90 + 91 92 93 94 95 96 97 98 99 100 + ................................................................................................................................................................ + 1 18.9389 18.8659 18.7198 18.5002 18.2057 17.8391 17.4069 16.9251 16.4355 16.0460 + 18.9389 18.8659 18.7198 18.5002 18.2057 17.8391 17.4069 16.9251 16.4355 16.0460 + 18.9389 18.8659 18.7198 18.5002 18.2057 17.8391 17.4069 16.9251 16.4355 16.0460 + 18.9389 18.8659 18.7198 18.5002 18.2057 17.8391 17.4069 16.9251 16.4355 16.0460 + 18.9389 18.8659 18.7198 18.5002 18.2057 17.8391 17.4069 16.9251 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................................................................................................................................................................ + 1 18.5313 18.4517 18.2913 18.0479 17.7170 17.2921 16.7603 16.0945 15.2301 14.0001 + 18.5313 18.4517 18.2913 18.0479 17.7170 17.2921 16.7603 16.0945 15.2301 14.0001 + 18.5313 18.4517 18.2913 18.0479 17.7170 17.2921 16.7603 16.0945 15.2301 14.0001 + 18.5313 18.4517 18.2913 18.0479 17.7170 17.2921 16.7603 16.0945 15.2301 14.0001 + 18.5313 18.4517 18.2913 18.0479 17.7170 17.2921 16.7603 16.0945 15.2301 14.0001 + 18.5313 18.4517 18.2913 18.0479 17.7170 17.2921 16.7603 16.0945 15.2301 14.0001 + 18.5313 18.4517 18.2913 18.0479 17.7170 17.2921 16.7603 16.0945 15.2301 14.0001 + 18.5313 18.4517 18.2913 18.0479 17.7170 17.2921 16.7603 16.0945 15.2301 14.0001 + 18.5313 18.4517 18.2913 18.0479 17.7170 17.2921 16.7603 16.0945 15.2301 14.0001 + 18.5313 18.4517 18.2913 18.0479 17.7170 17.2921 16.7603 16.0945 15.2301 14.0001 +1 + HEAD IN LAYER 5 AT END OF TIME STEP 3 IN STRESS PERIOD 4 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + 11 12 13 14 15 16 17 18 19 20 + 21 22 23 24 25 26 27 28 29 30 + 31 32 33 34 35 36 37 38 39 40 + 41 42 43 44 45 46 47 48 49 50 + 51 52 53 54 55 56 57 58 59 60 + 61 62 63 64 65 66 67 68 69 70 + 71 72 73 74 75 76 77 78 79 80 + 81 82 83 84 85 86 87 88 89 90 + 91 92 93 94 95 96 97 98 99 100 + ................................................................................................................................................................ + 1 18.3226 18.2392 18.0707 17.8140 17.4637 17.0122 16.4486 15.7604 14.9385 14.0000 + 18.3226 18.2392 18.0707 17.8140 17.4637 17.0122 16.4486 15.7604 14.9385 14.0000 + 18.3226 18.2392 18.0707 17.8140 17.4637 17.0122 16.4486 15.7604 14.9385 14.0000 + 18.3226 18.2392 18.0707 17.8140 17.4637 17.0122 16.4486 15.7604 14.9385 14.0000 + 18.3226 18.2392 18.0707 17.8140 17.4637 17.0122 16.4486 15.7604 14.9385 14.0000 + 18.3226 18.2392 18.0707 17.8140 17.4637 17.0122 16.4486 15.7604 14.9385 14.0000 + 18.3226 18.2392 18.0707 17.8140 17.4637 17.0122 16.4486 15.7604 14.9385 14.0000 + 18.3226 18.2392 18.0707 17.8140 17.4637 17.0122 16.4486 15.7604 14.9385 14.0000 + 18.3226 18.2392 18.0707 17.8140 17.4637 17.0122 16.4486 15.7604 14.9385 14.0000 + 18.3226 18.2392 18.0707 17.8140 17.4637 17.0122 16.4486 15.7604 14.9385 14.0000 + + HEAD WILL BE SAVED ON UNIT 1019 AT END OF TIME STEP 3, STRESS PERIOD 4 + + + UZF_0 BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 3, STRESS PERIOD 4 + ------------------------------------------------------------------------------ + + CUMULATIVE UZF_0 L**3 RATES FOR THIS TIME STEP L**3/T + ------------------ ------------------------ + + IN: IN: + --- --- + GWF = 0.0000 GWF = 0.0000 + INFILTRATION = 540.0000 INFILTRATION = 15.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.0000 UZET = 0.0000 + STORAGE = 16.6050 STORAGE = 0.0000 + + TOTAL IN = 556.6050 TOTAL IN = 15.0000 + + OUT: OUT: + ---- ---- + GWF = 541.3611 GWF = 14.9511 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 1.4028 UZET = 4.0476E-02 + STORAGE = 13.8411 STORAGE = 8.4011E-03 + + TOTAL OUT = 556.6050 TOTAL OUT = 15.0000 + + IN - OUT = 1.6900E-06 IN - OUT = 2.1316E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 3, STRESS PERIOD 4 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.8510E-02 STO-SS = 1.6425E-05 STORAGE + STO-SY = 40.1832 STO-SY = 3.0930E-02 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 541.3611 UZF-GWRCH = 14.9511 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 581.5928 TOTAL IN = 14.9821 + + OUT: OUT: + ---- ---- + STO-SS = 7.9969E-04 STO-SS = 0.0000 STORAGE + STO-SY = 11.9671 STO-SY = 0.0000 STORAGE + GHB = 567.7905 GHB = 14.9339 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 1.8344 UZF-GWET = 4.8171E-02 UZF_0 + + TOTAL OUT = 581.5928 TOTAL OUT = 14.9821 + + IN - OUT = -1.3779E-06 IN - OUT = -3.0083E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 3 IN STRESS PERIOD 4 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 5.18400E+05 8640.0 144.00 6.0000 1.64271E-02 + TOTAL TIME 3.11040E+06 51840. 864.00 36.000 9.85626E-02 + + +end timestep + + +start timestep kper="4" kstp="4" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1018 AT TIME STEP 4, STRESS PERIOD 4 + UBDSV1 SAVING STO-SY ON UNIT 1018 AT TIME STEP 4, STRESS PERIOD 4 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1018 AT TIME STEP 4, STRESS PERIOD 4 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1018 AT TIME STEP 4, STRESS PERIOD 4 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 4, STRESS PERIOD 4 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 4, STRESS PERIOD 4 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 4, STRESS PERIOD 4 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 4, STRESS PERIOD 4 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1014 AT TIME STEP 4, STRESS PERIOD 4 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 4, STRESS PERIOD 4 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 4, STRESS PERIOD 4 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 4, STRESS PERIOD 4 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 4, STRESS PERIOD 4 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 4 STEP 4 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.0237747 + 2 (4,20) -1.0237747 + 3 (4,30) -1.0237747 + 4 (4,40) -1.0237747 + 5 (4,50) -1.0237747 + 6 (4,60) -1.0237747 + 7 (4,70) -1.0237747 + 8 (4,80) -1.0237747 + 9 (4,90) -1.0237747 + 10 (4,100) -1.0237747 + 11 (5,10) -0.46907431 + 12 (5,20) -0.46907431 + 13 (5,30) -0.46907431 + 14 (5,40) -0.46907431 + 15 (5,50) -0.46907431 + 16 (5,60) -0.46907431 + 17 (5,70) -0.46907431 + 18 (5,80) -0.46907431 + 19 (5,90) -0.46907431 + 20 (5,100) -0.46907431 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 4 STEP 4 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14958062 UZF001 + 2 (1,2) 0.14958028 UZF002 + 3 (1,3) 0.14959143 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14958062 UZF011 + 12 (1,12) 0.14958028 UZF012 + 13 (1,13) 0.14959143 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14958062 UZF021 + 22 (1,22) 0.14958028 UZF022 + 23 (1,23) 0.14959143 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14958062 UZF031 + 32 (1,32) 0.14958028 UZF032 + 33 (1,33) 0.14959143 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14958062 UZF041 + 42 (1,42) 0.14958028 UZF042 + 43 (1,43) 0.14959143 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14958062 UZF051 + 52 (1,52) 0.14958028 UZF052 + 53 (1,53) 0.14959143 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14958062 UZF061 + 62 (1,62) 0.14958028 UZF062 + 63 (1,63) 0.14959143 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14958062 UZF071 + 72 (1,72) 0.14958028 UZF072 + 73 (1,73) 0.14959143 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14958062 UZF081 + 82 (1,82) 0.14958028 UZF082 + 83 (1,83) 0.14959143 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14958062 UZF091 + 92 (1,92) 0.14958028 UZF092 + 93 (1,93) 0.14959143 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.14953304 UZF004 + 105 (2,5) 0.14952956 UZF005 + 106 (2,6) 0.14952224 UZF006 + 107 (2,7) 0.14951195 UZF007 + 108 (2,8) 0.14949962 UZF008 + 109 (2,9) 0.14948687 UZF009 + 110 (2,10) 0.14947724 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.14953304 UZF014 + 115 (2,15) 0.14952956 UZF015 + 116 (2,16) 0.14952224 UZF016 + 117 (2,17) 0.14951195 UZF017 + 118 (2,18) 0.14949962 UZF018 + 119 (2,19) 0.14948687 UZF019 + 120 (2,20) 0.14947724 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.14953304 UZF024 + 125 (2,25) 0.14952956 UZF025 + 126 (2,26) 0.14952224 UZF026 + 127 (2,27) 0.14951195 UZF027 + 128 (2,28) 0.14949962 UZF028 + 129 (2,29) 0.14948687 UZF029 + 130 (2,30) 0.14947724 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.14953304 UZF034 + 135 (2,35) 0.14952956 UZF035 + 136 (2,36) 0.14952224 UZF036 + 137 (2,37) 0.14951195 UZF037 + 138 (2,38) 0.14949962 UZF038 + 139 (2,39) 0.14948687 UZF039 + 140 (2,40) 0.14947724 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.14953304 UZF044 + 145 (2,45) 0.14952956 UZF045 + 146 (2,46) 0.14952224 UZF046 + 147 (2,47) 0.14951195 UZF047 + 148 (2,48) 0.14949962 UZF048 + 149 (2,49) 0.14948687 UZF049 + 150 (2,50) 0.14947724 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.14953304 UZF054 + 155 (2,55) 0.14952956 UZF055 + 156 (2,56) 0.14952224 UZF056 + 157 (2,57) 0.14951195 UZF057 + 158 (2,58) 0.14949962 UZF058 + 159 (2,59) 0.14948687 UZF059 + 160 (2,60) 0.14947724 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.14953304 UZF064 + 165 (2,65) 0.14952956 UZF065 + 166 (2,66) 0.14952224 UZF066 + 167 (2,67) 0.14951195 UZF067 + 168 (2,68) 0.14949962 UZF068 + 169 (2,69) 0.14948687 UZF069 + 170 (2,70) 0.14947724 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.14953304 UZF074 + 175 (2,75) 0.14952956 UZF075 + 176 (2,76) 0.14952224 UZF076 + 177 (2,77) 0.14951195 UZF077 + 178 (2,78) 0.14949962 UZF078 + 179 (2,79) 0.14948687 UZF079 + 180 (2,80) 0.14947724 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.14953304 UZF084 + 185 (2,85) 0.14952956 UZF085 + 186 (2,86) 0.14952224 UZF086 + 187 (2,87) 0.14951195 UZF087 + 188 (2,88) 0.14949962 UZF088 + 189 (2,89) 0.14948687 UZF089 + 190 (2,90) 0.14947724 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.14953304 UZF094 + 195 (2,95) 0.14952956 UZF095 + 196 (2,96) 0.14952224 UZF096 + 197 (2,97) 0.14951195 UZF097 + 198 (2,98) 0.14949962 UZF098 + 199 (2,99) 0.14948687 UZF099 + 200 (2,100) 0.14947724 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 0.0000000 UZF076 + 277 (3,77) 0.0000000 UZF077 + 278 (3,78) 0.0000000 UZF078 + 279 (3,79) 0.0000000 UZF079 + 280 (3,80) 0.0000000 UZF080 + 281 (3,81) 0.0000000 UZF081 + 282 (3,82) 0.0000000 UZF082 + 283 (3,83) 0.0000000 UZF083 + 284 (3,84) 0.0000000 UZF084 + 285 (3,85) 0.0000000 UZF085 + 286 (3,86) 0.0000000 UZF086 + 287 (3,87) 0.0000000 UZF087 + 288 (3,88) 0.0000000 UZF088 + 289 (3,89) 0.0000000 UZF089 + 290 (3,90) 0.0000000 UZF090 + 291 (3,91) 0.0000000 UZF091 + 292 (3,92) 0.0000000 UZF092 + 293 (3,93) 0.0000000 UZF093 + 294 (3,94) 0.0000000 UZF094 + 295 (3,95) 0.0000000 UZF095 + 296 (3,96) 0.0000000 UZF096 + 297 (3,97) 0.0000000 UZF097 + 298 (3,98) 0.0000000 UZF098 + 299 (3,99) 0.0000000 UZF099 + 300 (3,100) 0.0000000 UZF100 + 301 (4,1) 0.0000000 UZF001 + 302 (4,2) 0.0000000 UZF002 + 303 (4,3) 0.0000000 UZF003 + 304 (4,4) 0.0000000 UZF004 + 305 (4,5) 0.0000000 UZF005 + 306 (4,6) 0.0000000 UZF006 + 307 (4,7) 0.0000000 UZF007 + 308 (4,8) 0.0000000 UZF008 + 309 (4,9) 0.0000000 UZF009 + 310 (4,10) 0.0000000 UZF010 + 311 (4,11) 0.0000000 UZF011 + 312 (4,12) 0.0000000 UZF012 + 313 (4,13) 0.0000000 UZF013 + 314 (4,14) 0.0000000 UZF014 + 315 (4,15) 0.0000000 UZF015 + 316 (4,16) 0.0000000 UZF016 + 317 (4,17) 0.0000000 UZF017 + 318 (4,18) 0.0000000 UZF018 + 319 (4,19) 0.0000000 UZF019 + 320 (4,20) 0.0000000 UZF020 + 321 (4,21) 0.0000000 UZF021 + 322 (4,22) 0.0000000 UZF022 + 323 (4,23) 0.0000000 UZF023 + 324 (4,24) 0.0000000 UZF024 + 325 (4,25) 0.0000000 UZF025 + 326 (4,26) 0.0000000 UZF026 + 327 (4,27) 0.0000000 UZF027 + 328 (4,28) 0.0000000 UZF028 + 329 (4,29) 0.0000000 UZF029 + 330 (4,30) 0.0000000 UZF030 + 331 (4,31) 0.0000000 UZF031 + 332 (4,32) 0.0000000 UZF032 + 333 (4,33) 0.0000000 UZF033 + 334 (4,34) 0.0000000 UZF034 + 335 (4,35) 0.0000000 UZF035 + 336 (4,36) 0.0000000 UZF036 + 337 (4,37) 0.0000000 UZF037 + 338 (4,38) 0.0000000 UZF038 + 339 (4,39) 0.0000000 UZF039 + 340 (4,40) 0.0000000 UZF040 + 341 (4,41) 0.0000000 UZF041 + 342 (4,42) 0.0000000 UZF042 + 343 (4,43) 0.0000000 UZF043 + 344 (4,44) 0.0000000 UZF044 + 345 (4,45) 0.0000000 UZF045 + 346 (4,46) 0.0000000 UZF046 + 347 (4,47) 0.0000000 UZF047 + 348 (4,48) 0.0000000 UZF048 + 349 (4,49) 0.0000000 UZF049 + 350 (4,50) 0.0000000 UZF050 + 351 (4,51) 0.0000000 UZF051 + 352 (4,52) 0.0000000 UZF052 + 353 (4,53) 0.0000000 UZF053 + 354 (4,54) 0.0000000 UZF054 + 355 (4,55) 0.0000000 UZF055 + 356 (4,56) 0.0000000 UZF056 + 357 (4,57) 0.0000000 UZF057 + 358 (4,58) 0.0000000 UZF058 + 359 (4,59) 0.0000000 UZF059 + 360 (4,60) 0.0000000 UZF060 + 361 (4,61) 0.0000000 UZF061 + 362 (4,62) 0.0000000 UZF062 + 363 (4,63) 0.0000000 UZF063 + 364 (4,64) 0.0000000 UZF064 + 365 (4,65) 0.0000000 UZF065 + 366 (4,66) 0.0000000 UZF066 + 367 (4,67) 0.0000000 UZF067 + 368 (4,68) 0.0000000 UZF068 + 369 (4,69) 0.0000000 UZF069 + 370 (4,70) 0.0000000 UZF070 + 371 (4,71) 0.0000000 UZF071 + 372 (4,72) 0.0000000 UZF072 + 373 (4,73) 0.0000000 UZF073 + 374 (4,74) 0.0000000 UZF074 + 375 (4,75) 0.0000000 UZF075 + 376 (4,76) 0.0000000 UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 (5,23) 0.0000000 UZF023 + 424 (5,24) 0.0000000 UZF024 + 425 (5,25) 0.0000000 UZF025 + 426 (5,26) 0.0000000 UZF026 + 427 (5,27) 0.0000000 UZF027 + 428 (5,28) 0.0000000 UZF028 + 429 (5,29) 0.0000000 UZF029 + 430 (5,30) 0.0000000 UZF030 + 431 (5,31) 0.0000000 UZF031 + 432 (5,32) 0.0000000 UZF032 + 433 (5,33) 0.0000000 UZF033 + 434 (5,34) 0.0000000 UZF034 + 435 (5,35) 0.0000000 UZF035 + 436 (5,36) 0.0000000 UZF036 + 437 (5,37) 0.0000000 UZF037 + 438 (5,38) 0.0000000 UZF038 + 439 (5,39) 0.0000000 UZF039 + 440 (5,40) 0.0000000 UZF040 + 441 (5,41) 0.0000000 UZF041 + 442 (5,42) 0.0000000 UZF042 + 443 (5,43) 0.0000000 UZF043 + 444 (5,44) 0.0000000 UZF044 + 445 (5,45) 0.0000000 UZF045 + 446 (5,46) 0.0000000 UZF046 + 447 (5,47) 0.0000000 UZF047 + 448 (5,48) 0.0000000 UZF048 + 449 (5,49) 0.0000000 UZF049 + 450 (5,50) 0.0000000 UZF050 + 451 (5,51) 0.0000000 UZF051 + 452 (5,52) 0.0000000 UZF052 + 453 (5,53) 0.0000000 UZF053 + 454 (5,54) 0.0000000 UZF054 + 455 (5,55) 0.0000000 UZF055 + 456 (5,56) 0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 4 STEP 4 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 0.0000000 UZF042 + 43 (1,43) 0.0000000 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.0000000 UZF051 + 52 (1,52) 0.0000000 UZF052 + 53 (1,53) 0.0000000 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.0000000 UZF061 + 62 (1,62) 0.0000000 UZF062 + 63 (1,63) 0.0000000 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.0000000 UZF071 + 72 (1,72) 0.0000000 UZF072 + 73 (1,73) 0.0000000 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 UZF081 + 82 (1,82) 0.0000000 UZF082 + 83 (1,83) 0.0000000 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.0000000 UZF091 + 92 (1,92) 0.0000000 UZF092 + 93 (1,93) 0.0000000 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) -0.0000000 UZF001 + 102 (2,2) -0.0000000 UZF002 + 103 (2,3) -0.0000000 UZF003 + 104 (2,4) -0.0000000 UZF004 + 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64 65 66 67 68 69 70 + 71 72 73 74 75 76 77 78 79 80 + 81 82 83 84 85 86 87 88 89 90 + 91 92 93 94 95 96 97 98 99 100 + ................................................................................................................................................................ + 1 18.5295 18.4499 18.2897 18.0463 17.7156 17.2908 16.7592 16.0937 15.2296 14.0001 + 18.5295 18.4499 18.2897 18.0463 17.7156 17.2908 16.7592 16.0937 15.2296 14.0001 + 18.5295 18.4499 18.2897 18.0463 17.7156 17.2908 16.7592 16.0937 15.2296 14.0001 + 18.5295 18.4499 18.2897 18.0463 17.7156 17.2908 16.7592 16.0937 15.2296 14.0001 + 18.5295 18.4499 18.2897 18.0463 17.7156 17.2908 16.7592 16.0937 15.2296 14.0001 + 18.5295 18.4499 18.2897 18.0463 17.7156 17.2908 16.7592 16.0937 15.2296 14.0001 + 18.5295 18.4499 18.2897 18.0463 17.7156 17.2908 16.7592 16.0937 15.2296 14.0001 + 18.5295 18.4499 18.2897 18.0463 17.7156 17.2908 16.7592 16.0937 15.2296 14.0001 + 18.5295 18.4499 18.2897 18.0463 17.7156 17.2908 16.7592 16.0937 15.2296 14.0001 + 18.5295 18.4499 18.2897 18.0463 17.7156 17.2908 16.7592 16.0937 15.2296 14.0001 +1 + HEAD IN LAYER 5 AT END OF TIME STEP 4 IN STRESS PERIOD 4 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + 11 12 13 14 15 16 17 18 19 20 + 21 22 23 24 25 26 27 28 29 30 + 31 32 33 34 35 36 37 38 39 40 + 41 42 43 44 45 46 47 48 49 50 + 51 52 53 54 55 56 57 58 59 60 + 61 62 63 64 65 66 67 68 69 70 + 71 72 73 74 75 76 77 78 79 80 + 81 82 83 84 85 86 87 88 89 90 + 91 92 93 94 95 96 97 98 99 100 + ................................................................................................................................................................ + 1 18.3209 18.2375 18.0691 17.8125 17.4624 17.0110 16.4477 15.7597 14.9382 14.0000 + 18.3209 18.2375 18.0691 17.8125 17.4624 17.0110 16.4477 15.7597 14.9382 14.0000 + 18.3209 18.2375 18.0691 17.8125 17.4624 17.0110 16.4477 15.7597 14.9382 14.0000 + 18.3209 18.2375 18.0691 17.8125 17.4624 17.0110 16.4477 15.7597 14.9382 14.0000 + 18.3209 18.2375 18.0691 17.8125 17.4624 17.0110 16.4477 15.7597 14.9382 14.0000 + 18.3209 18.2375 18.0691 17.8125 17.4624 17.0110 16.4477 15.7597 14.9382 14.0000 + 18.3209 18.2375 18.0691 17.8125 17.4624 17.0110 16.4477 15.7597 14.9382 14.0000 + 18.3209 18.2375 18.0691 17.8125 17.4624 17.0110 16.4477 15.7597 14.9382 14.0000 + 18.3209 18.2375 18.0691 17.8125 17.4624 17.0110 16.4477 15.7597 14.9382 14.0000 + 18.3209 18.2375 18.0691 17.8125 17.4624 17.0110 16.4477 15.7597 14.9382 14.0000 + + HEAD WILL BE SAVED ON UNIT 1019 AT END OF TIME STEP 4, STRESS PERIOD 4 + + + UZF_0 BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 4, STRESS PERIOD 4 + ------------------------------------------------------------------------------ + + CUMULATIVE UZF_0 L**3 RATES FOR THIS TIME STEP L**3/T + ------------------ ------------------------ + + IN: IN: + --- --- + GWF = 0.0000 GWF = 0.0000 + INFILTRATION = 570.0000 INFILTRATION = 15.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.0000 UZET = 0.0000 + STORAGE = 16.6050 STORAGE = 0.0000 + + TOTAL IN = 586.6050 TOTAL IN = 15.0000 + + OUT: OUT: + ---- ---- + GWF = 571.2673 GWF = 14.9531 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 1.4838 UZET = 4.0486E-02 + STORAGE = 13.8539 STORAGE = 6.3859E-03 + + TOTAL OUT = 586.6050 TOTAL OUT = 15.0000 + + IN - OUT = 1.6900E-06 IN - OUT = 2.8422E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 4, STRESS PERIOD 4 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.8535E-02 STO-SS = 1.2482E-05 STORAGE + STO-SY = 40.2302 STO-SY = 2.3507E-02 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 571.2673 UZF-GWRCH = 14.9531 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 611.5460 TOTAL IN = 14.9766 + + OUT: OUT: + ---- ---- + STO-SS = 7.9969E-04 STO-SS = 0.0000 STORAGE + STO-SY = 11.9671 STO-SY = 0.0000 STORAGE + GHB = 597.6475 GHB = 14.9285 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 1.9307 UZF-GWET = 4.8158E-02 UZF_0 + + TOTAL OUT = 611.5460 TOTAL OUT = 14.9766 + + IN - OUT = -1.4265E-06 IN - OUT = -2.4280E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 4 IN STRESS PERIOD 4 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 6.91200E+05 11520. 192.00 8.0000 2.19028E-02 + TOTAL TIME 3.28320E+06 54720. 912.00 38.000 0.10404 + + +end timestep + + +start timestep kper="4" kstp="5" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1018 AT TIME STEP 5, STRESS PERIOD 4 + UBDSV1 SAVING STO-SY ON UNIT 1018 AT TIME STEP 5, STRESS PERIOD 4 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1018 AT TIME STEP 5, STRESS PERIOD 4 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1018 AT TIME STEP 5, STRESS PERIOD 4 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 5, STRESS PERIOD 4 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 5, STRESS PERIOD 4 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 5, STRESS PERIOD 4 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 5, STRESS PERIOD 4 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1014 AT TIME STEP 5, STRESS PERIOD 4 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 5, STRESS PERIOD 4 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 5, STRESS PERIOD 4 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 5, STRESS PERIOD 4 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 5, STRESS PERIOD 4 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 4 STEP 5 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.0234961 + 2 (4,20) -1.0234961 + 3 (4,30) -1.0234961 + 4 (4,40) -1.0234961 + 5 (4,50) -1.0234961 + 6 (4,60) -1.0234961 + 7 (4,70) -1.0234961 + 8 (4,80) -1.0234961 + 9 (4,90) -1.0234961 + 10 (4,100) -1.0234961 + 11 (5,10) -0.46894174 + 12 (5,20) -0.46894174 + 13 (5,30) -0.46894174 + 14 (5,40) -0.46894174 + 15 (5,50) -0.46894174 + 16 (5,60) -0.46894174 + 17 (5,70) -0.46894174 + 18 (5,80) -0.46894174 + 19 (5,90) -0.46894174 + 20 (5,100) -0.46894174 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 4 STEP 5 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14960215 UZF001 + 2 (1,2) 0.14960080 UZF002 + 3 (1,3) 0.14960698 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14960215 UZF011 + 12 (1,12) 0.14960080 UZF012 + 13 (1,13) 0.14960698 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14960215 UZF021 + 22 (1,22) 0.14960080 UZF022 + 23 (1,23) 0.14960698 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14960215 UZF031 + 32 (1,32) 0.14960080 UZF032 + 33 (1,33) 0.14960698 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14960215 UZF041 + 42 (1,42) 0.14960080 UZF042 + 43 (1,43) 0.14960698 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14960215 UZF051 + 52 (1,52) 0.14960080 UZF052 + 53 (1,53) 0.14960698 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14960215 UZF061 + 62 (1,62) 0.14960080 UZF062 + 63 (1,63) 0.14960698 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14960215 UZF071 + 72 (1,72) 0.14960080 UZF072 + 73 (1,73) 0.14960698 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14960215 UZF081 + 82 (1,82) 0.14960080 UZF082 + 83 (1,83) 0.14960698 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14960215 UZF091 + 92 (1,92) 0.14960080 UZF092 + 93 (1,93) 0.14960698 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.14955185 UZF004 + 105 (2,5) 0.14954624 UZF005 + 106 (2,6) 0.14953706 UZF006 + 107 (2,7) 0.14952507 UZF007 + 108 (2,8) 0.14951121 UZF008 + 109 (2,9) 0.14949722 UZF009 + 110 (2,10) 0.14948686 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.14955185 UZF014 + 115 (2,15) 0.14954624 UZF015 + 116 (2,16) 0.14953706 UZF016 + 117 (2,17) 0.14952507 UZF017 + 118 (2,18) 0.14951121 UZF018 + 119 (2,19) 0.14949722 UZF019 + 120 (2,20) 0.14948686 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.14955185 UZF024 + 125 (2,25) 0.14954624 UZF025 + 126 (2,26) 0.14953706 UZF026 + 127 (2,27) 0.14952507 UZF027 + 128 (2,28) 0.14951121 UZF028 + 129 (2,29) 0.14949722 UZF029 + 130 (2,30) 0.14948686 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.14955185 UZF034 + 135 (2,35) 0.14954624 UZF035 + 136 (2,36) 0.14953706 UZF036 + 137 (2,37) 0.14952507 UZF037 + 138 (2,38) 0.14951121 UZF038 + 139 (2,39) 0.14949722 UZF039 + 140 (2,40) 0.14948686 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.14955185 UZF044 + 145 (2,45) 0.14954624 UZF045 + 146 (2,46) 0.14953706 UZF046 + 147 (2,47) 0.14952507 UZF047 + 148 (2,48) 0.14951121 UZF048 + 149 (2,49) 0.14949722 UZF049 + 150 (2,50) 0.14948686 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.14955185 UZF054 + 155 (2,55) 0.14954624 UZF055 + 156 (2,56) 0.14953706 UZF056 + 157 (2,57) 0.14952507 UZF057 + 158 (2,58) 0.14951121 UZF058 + 159 (2,59) 0.14949722 UZF059 + 160 (2,60) 0.14948686 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.14955185 UZF064 + 165 (2,65) 0.14954624 UZF065 + 166 (2,66) 0.14953706 UZF066 + 167 (2,67) 0.14952507 UZF067 + 168 (2,68) 0.14951121 UZF068 + 169 (2,69) 0.14949722 UZF069 + 170 (2,70) 0.14948686 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.14955185 UZF074 + 175 (2,75) 0.14954624 UZF075 + 176 (2,76) 0.14953706 UZF076 + 177 (2,77) 0.14952507 UZF077 + 178 (2,78) 0.14951121 UZF078 + 179 (2,79) 0.14949722 UZF079 + 180 (2,80) 0.14948686 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.14955185 UZF084 + 185 (2,85) 0.14954624 UZF085 + 186 (2,86) 0.14953706 UZF086 + 187 (2,87) 0.14952507 UZF087 + 188 (2,88) 0.14951121 UZF088 + 189 (2,89) 0.14949722 UZF089 + 190 (2,90) 0.14948686 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.14955185 UZF094 + 195 (2,95) 0.14954624 UZF095 + 196 (2,96) 0.14953706 UZF096 + 197 (2,97) 0.14952507 UZF097 + 198 (2,98) 0.14951121 UZF098 + 199 (2,99) 0.14949722 UZF099 + 200 (2,100) 0.14948686 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 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UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 (5,23) 0.0000000 UZF023 + 424 (5,24) 0.0000000 UZF024 + 425 (5,25) 0.0000000 UZF025 + 426 (5,26) 0.0000000 UZF026 + 427 (5,27) 0.0000000 UZF027 + 428 (5,28) 0.0000000 UZF028 + 429 (5,29) 0.0000000 UZF029 + 430 (5,30) 0.0000000 UZF030 + 431 (5,31) 0.0000000 UZF031 + 432 (5,32) 0.0000000 UZF032 + 433 (5,33) 0.0000000 UZF033 + 434 (5,34) 0.0000000 UZF034 + 435 (5,35) 0.0000000 UZF035 + 436 (5,36) 0.0000000 UZF036 + 437 (5,37) 0.0000000 UZF037 + 438 (5,38) 0.0000000 UZF038 + 439 (5,39) 0.0000000 UZF039 + 440 (5,40) 0.0000000 UZF040 + 441 (5,41) 0.0000000 UZF041 + 442 (5,42) 0.0000000 UZF042 + 443 (5,43) 0.0000000 UZF043 + 444 (5,44) 0.0000000 UZF044 + 445 (5,45) 0.0000000 UZF045 + 446 (5,46) 0.0000000 UZF046 + 447 (5,47) 0.0000000 UZF047 + 448 (5,48) 0.0000000 UZF048 + 449 (5,49) 0.0000000 UZF049 + 450 (5,50) 0.0000000 UZF050 + 451 (5,51) 0.0000000 UZF051 + 452 (5,52) 0.0000000 UZF052 + 453 (5,53) 0.0000000 UZF053 + 454 (5,54) 0.0000000 UZF054 + 455 (5,55) 0.0000000 UZF055 + 456 (5,56) 0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 4 STEP 5 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + 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0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.0000000 UZF071 + 72 (1,72) 0.0000000 UZF072 + 73 (1,73) 0.0000000 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 UZF081 + 82 (1,82) 0.0000000 UZF082 + 83 (1,83) 0.0000000 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.0000000 UZF091 + 92 (1,92) 0.0000000 UZF092 + 93 (1,93) 0.0000000 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) -0.0000000 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................................................................................................................................................................ + 1 18.3196 18.2362 18.0679 17.8114 17.4614 17.0101 16.4470 15.7592 14.9379 14.0000 + 18.3196 18.2362 18.0679 17.8114 17.4614 17.0101 16.4470 15.7592 14.9379 14.0000 + 18.3196 18.2362 18.0679 17.8114 17.4614 17.0101 16.4470 15.7592 14.9379 14.0000 + 18.3196 18.2362 18.0679 17.8114 17.4614 17.0101 16.4470 15.7592 14.9379 14.0000 + 18.3196 18.2362 18.0679 17.8114 17.4614 17.0101 16.4470 15.7592 14.9379 14.0000 + 18.3196 18.2362 18.0679 17.8114 17.4614 17.0101 16.4470 15.7592 14.9379 14.0000 + 18.3196 18.2362 18.0679 17.8114 17.4614 17.0101 16.4470 15.7592 14.9379 14.0000 + 18.3196 18.2362 18.0679 17.8114 17.4614 17.0101 16.4470 15.7592 14.9379 14.0000 + 18.3196 18.2362 18.0679 17.8114 17.4614 17.0101 16.4470 15.7592 14.9379 14.0000 + 18.3196 18.2362 18.0679 17.8114 17.4614 17.0101 16.4470 15.7592 14.9379 14.0000 + + HEAD WILL BE SAVED ON UNIT 1019 AT END OF TIME STEP 5, STRESS PERIOD 4 + + + UZF_0 BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 5, STRESS PERIOD 4 + ------------------------------------------------------------------------------ + + CUMULATIVE UZF_0 L**3 RATES FOR THIS TIME STEP L**3/T + ------------------ ------------------------ + + IN: IN: + --- --- + GWF = 0.0000 GWF = 0.0000 + INFILTRATION = 600.0000 INFILTRATION = 15.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.0000 UZET = 0.0000 + STORAGE = 16.6050 STORAGE = 0.0000 + + TOTAL IN = 616.6050 TOTAL IN = 15.0000 + + OUT: OUT: + ---- ---- + GWF = 601.1767 GWF = 14.9547 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 1.5647 UZET = 4.0493E-02 + STORAGE = 13.8636 STORAGE = 4.8528E-03 + + TOTAL OUT = 616.6050 TOTAL OUT = 15.0000 + + IN - OUT = 1.6900E-06 IN - OUT = 2.1316E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 5, STRESS PERIOD 4 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.8554E-02 STO-SS = 9.4840E-06 STORAGE + STO-SY = 40.2659 STO-SY = 1.7862E-02 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 601.1767 UZF-GWRCH = 14.9547 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 641.4911 TOTAL IN = 14.9725 + + OUT: OUT: + ---- ---- + STO-SS = 7.9969E-04 STO-SS = 0.0000 STORAGE + STO-SY = 11.9671 STO-SY = 0.0000 STORAGE + GHB = 627.4962 GHB = 14.9244 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 2.0270 UZF-GWET = 4.8148E-02 UZF_0 + + TOTAL OUT = 641.4911 TOTAL OUT = 14.9725 + + IN - OUT = -1.5466E-06 IN - OUT = -6.0037E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 5 IN STRESS PERIOD 4 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 8.64000E+05 14400. 240.00 10.000 2.73785E-02 + TOTAL TIME 3.45600E+06 57600. 960.00 40.000 0.10951 + + +end timestep + + +start timestep kper="5" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 5 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 5 IS TRANSIENT + + UBDSV1 SAVING STO-SS ON UNIT 1018 AT TIME STEP 1, STRESS PERIOD 5 + UBDSV1 SAVING STO-SY ON UNIT 1018 AT TIME STEP 1, STRESS PERIOD 5 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1018 AT TIME STEP 1, STRESS PERIOD 5 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1018 AT TIME STEP 1, STRESS PERIOD 5 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 1, STRESS PERIOD 5 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 1, STRESS PERIOD 5 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 1, STRESS PERIOD 5 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 5 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 5 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 5 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 5 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 5 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 5 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 5 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.0232843 + 2 (4,20) -1.0232843 + 3 (4,30) -1.0232843 + 4 (4,40) -1.0232843 + 5 (4,50) -1.0232843 + 6 (4,60) -1.0232843 + 7 (4,70) -1.0232843 + 8 (4,80) -1.0232843 + 9 (4,90) -1.0232843 + 10 (4,100) -1.0232843 + 11 (5,10) -0.46884100 + 12 (5,20) -0.46884100 + 13 (5,30) -0.46884100 + 14 (5,40) -0.46884100 + 15 (5,50) -0.46884100 + 16 (5,60) -0.46884100 + 17 (5,70) -0.46884100 + 18 (5,80) -0.46884100 + 19 (5,90) -0.46884100 + 20 (5,100) -0.46884100 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 5 STEP 1 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14961850 UZF001 + 2 (1,2) 0.14961638 UZF002 + 3 (1,3) 0.14961876 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14961850 UZF011 + 12 (1,12) 0.14961638 UZF012 + 13 (1,13) 0.14961876 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14961850 UZF021 + 22 (1,22) 0.14961638 UZF022 + 23 (1,23) 0.14961876 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14961850 UZF031 + 32 (1,32) 0.14961638 UZF032 + 33 (1,33) 0.14961876 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14961850 UZF041 + 42 (1,42) 0.14961638 UZF042 + 43 (1,43) 0.14961876 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14961850 UZF051 + 52 (1,52) 0.14961638 UZF052 + 53 (1,53) 0.14961876 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14961850 UZF061 + 62 (1,62) 0.14961638 UZF062 + 63 (1,63) 0.14961876 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14961850 UZF071 + 72 (1,72) 0.14961638 UZF072 + 73 (1,73) 0.14961876 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14961850 UZF081 + 82 (1,82) 0.14961638 UZF082 + 83 (1,83) 0.14961876 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14961850 UZF091 + 92 (1,92) 0.14961638 UZF092 + 93 (1,93) 0.14961876 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.14956614 UZF004 + 105 (2,5) 0.14955892 UZF005 + 106 (2,6) 0.14954833 UZF006 + 107 (2,7) 0.14953506 UZF007 + 108 (2,8) 0.14952004 UZF008 + 109 (2,9) 0.14950511 UZF009 + 110 (2,10) 0.14949419 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.14956614 UZF014 + 115 (2,15) 0.14955892 UZF015 + 116 (2,16) 0.14954833 UZF016 + 117 (2,17) 0.14953506 UZF017 + 118 (2,18) 0.14952004 UZF018 + 119 (2,19) 0.14950511 UZF019 + 120 (2,20) 0.14949419 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.14956614 UZF024 + 125 (2,25) 0.14955892 UZF025 + 126 (2,26) 0.14954833 UZF026 + 127 (2,27) 0.14953506 UZF027 + 128 (2,28) 0.14952004 UZF028 + 129 (2,29) 0.14950511 UZF029 + 130 (2,30) 0.14949419 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.14956614 UZF034 + 135 (2,35) 0.14955892 UZF035 + 136 (2,36) 0.14954833 UZF036 + 137 (2,37) 0.14953506 UZF037 + 138 (2,38) 0.14952004 UZF038 + 139 (2,39) 0.14950511 UZF039 + 140 (2,40) 0.14949419 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.14956614 UZF044 + 145 (2,45) 0.14955892 UZF045 + 146 (2,46) 0.14954833 UZF046 + 147 (2,47) 0.14953506 UZF047 + 148 (2,48) 0.14952004 UZF048 + 149 (2,49) 0.14950511 UZF049 + 150 (2,50) 0.14949419 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.14956614 UZF054 + 155 (2,55) 0.14955892 UZF055 + 156 (2,56) 0.14954833 UZF056 + 157 (2,57) 0.14953506 UZF057 + 158 (2,58) 0.14952004 UZF058 + 159 (2,59) 0.14950511 UZF059 + 160 (2,60) 0.14949419 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.14956614 UZF064 + 165 (2,65) 0.14955892 UZF065 + 166 (2,66) 0.14954833 UZF066 + 167 (2,67) 0.14953506 UZF067 + 168 (2,68) 0.14952004 UZF068 + 169 (2,69) 0.14950511 UZF069 + 170 (2,70) 0.14949419 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.14956614 UZF074 + 175 (2,75) 0.14955892 UZF075 + 176 (2,76) 0.14954833 UZF076 + 177 (2,77) 0.14953506 UZF077 + 178 (2,78) 0.14952004 UZF078 + 179 (2,79) 0.14950511 UZF079 + 180 (2,80) 0.14949419 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.14956614 UZF084 + 185 (2,85) 0.14955892 UZF085 + 186 (2,86) 0.14954833 UZF086 + 187 (2,87) 0.14953506 UZF087 + 188 (2,88) 0.14952004 UZF088 + 189 (2,89) 0.14950511 UZF089 + 190 (2,90) 0.14949419 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.14956614 UZF094 + 195 (2,95) 0.14955892 UZF095 + 196 (2,96) 0.14954833 UZF096 + 197 (2,97) 0.14953506 UZF097 + 198 (2,98) 0.14952004 UZF098 + 199 (2,99) 0.14950511 UZF099 + 200 (2,100) 0.14949419 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 0.0000000 UZF076 + 277 (3,77) 0.0000000 UZF077 + 278 (3,78) 0.0000000 UZF078 + 279 (3,79) 0.0000000 UZF079 + 280 (3,80) 0.0000000 UZF080 + 281 (3,81) 0.0000000 UZF081 + 282 (3,82) 0.0000000 UZF082 + 283 (3,83) 0.0000000 UZF083 + 284 (3,84) 0.0000000 UZF084 + 285 (3,85) 0.0000000 UZF085 + 286 (3,86) 0.0000000 UZF086 + 287 (3,87) 0.0000000 UZF087 + 288 (3,88) 0.0000000 UZF088 + 289 (3,89) 0.0000000 UZF089 + 290 (3,90) 0.0000000 UZF090 + 291 (3,91) 0.0000000 UZF091 + 292 (3,92) 0.0000000 UZF092 + 293 (3,93) 0.0000000 UZF093 + 294 (3,94) 0.0000000 UZF094 + 295 (3,95) 0.0000000 UZF095 + 296 (3,96) 0.0000000 UZF096 + 297 (3,97) 0.0000000 UZF097 + 298 (3,98) 0.0000000 UZF098 + 299 (3,99) 0.0000000 UZF099 + 300 (3,100) 0.0000000 UZF100 + 301 (4,1) 0.0000000 UZF001 + 302 (4,2) 0.0000000 UZF002 + 303 (4,3) 0.0000000 UZF003 + 304 (4,4) 0.0000000 UZF004 + 305 (4,5) 0.0000000 UZF005 + 306 (4,6) 0.0000000 UZF006 + 307 (4,7) 0.0000000 UZF007 + 308 (4,8) 0.0000000 UZF008 + 309 (4,9) 0.0000000 UZF009 + 310 (4,10) 0.0000000 UZF010 + 311 (4,11) 0.0000000 UZF011 + 312 (4,12) 0.0000000 UZF012 + 313 (4,13) 0.0000000 UZF013 + 314 (4,14) 0.0000000 UZF014 + 315 (4,15) 0.0000000 UZF015 + 316 (4,16) 0.0000000 UZF016 + 317 (4,17) 0.0000000 UZF017 + 318 (4,18) 0.0000000 UZF018 + 319 (4,19) 0.0000000 UZF019 + 320 (4,20) 0.0000000 UZF020 + 321 (4,21) 0.0000000 UZF021 + 322 (4,22) 0.0000000 UZF022 + 323 (4,23) 0.0000000 UZF023 + 324 (4,24) 0.0000000 UZF024 + 325 (4,25) 0.0000000 UZF025 + 326 (4,26) 0.0000000 UZF026 + 327 (4,27) 0.0000000 UZF027 + 328 (4,28) 0.0000000 UZF028 + 329 (4,29) 0.0000000 UZF029 + 330 (4,30) 0.0000000 UZF030 + 331 (4,31) 0.0000000 UZF031 + 332 (4,32) 0.0000000 UZF032 + 333 (4,33) 0.0000000 UZF033 + 334 (4,34) 0.0000000 UZF034 + 335 (4,35) 0.0000000 UZF035 + 336 (4,36) 0.0000000 UZF036 + 337 (4,37) 0.0000000 UZF037 + 338 (4,38) 0.0000000 UZF038 + 339 (4,39) 0.0000000 UZF039 + 340 (4,40) 0.0000000 UZF040 + 341 (4,41) 0.0000000 UZF041 + 342 (4,42) 0.0000000 UZF042 + 343 (4,43) 0.0000000 UZF043 + 344 (4,44) 0.0000000 UZF044 + 345 (4,45) 0.0000000 UZF045 + 346 (4,46) 0.0000000 UZF046 + 347 (4,47) 0.0000000 UZF047 + 348 (4,48) 0.0000000 UZF048 + 349 (4,49) 0.0000000 UZF049 + 350 (4,50) 0.0000000 UZF050 + 351 (4,51) 0.0000000 UZF051 + 352 (4,52) 0.0000000 UZF052 + 353 (4,53) 0.0000000 UZF053 + 354 (4,54) 0.0000000 UZF054 + 355 (4,55) 0.0000000 UZF055 + 356 (4,56) 0.0000000 UZF056 + 357 (4,57) 0.0000000 UZF057 + 358 (4,58) 0.0000000 UZF058 + 359 (4,59) 0.0000000 UZF059 + 360 (4,60) 0.0000000 UZF060 + 361 (4,61) 0.0000000 UZF061 + 362 (4,62) 0.0000000 UZF062 + 363 (4,63) 0.0000000 UZF063 + 364 (4,64) 0.0000000 UZF064 + 365 (4,65) 0.0000000 UZF065 + 366 (4,66) 0.0000000 UZF066 + 367 (4,67) 0.0000000 UZF067 + 368 (4,68) 0.0000000 UZF068 + 369 (4,69) 0.0000000 UZF069 + 370 (4,70) 0.0000000 UZF070 + 371 (4,71) 0.0000000 UZF071 + 372 (4,72) 0.0000000 UZF072 + 373 (4,73) 0.0000000 UZF073 + 374 (4,74) 0.0000000 UZF074 + 375 (4,75) 0.0000000 UZF075 + 376 (4,76) 0.0000000 UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 (5,23) 0.0000000 UZF023 + 424 (5,24) 0.0000000 UZF024 + 425 (5,25) 0.0000000 UZF025 + 426 (5,26) 0.0000000 UZF026 + 427 (5,27) 0.0000000 UZF027 + 428 (5,28) 0.0000000 UZF028 + 429 (5,29) 0.0000000 UZF029 + 430 (5,30) 0.0000000 UZF030 + 431 (5,31) 0.0000000 UZF031 + 432 (5,32) 0.0000000 UZF032 + 433 (5,33) 0.0000000 UZF033 + 434 (5,34) 0.0000000 UZF034 + 435 (5,35) 0.0000000 UZF035 + 436 (5,36) 0.0000000 UZF036 + 437 (5,37) 0.0000000 UZF037 + 438 (5,38) 0.0000000 UZF038 + 439 (5,39) 0.0000000 UZF039 + 440 (5,40) 0.0000000 UZF040 + 441 (5,41) 0.0000000 UZF041 + 442 (5,42) 0.0000000 UZF042 + 443 (5,43) 0.0000000 UZF043 + 444 (5,44) 0.0000000 UZF044 + 445 (5,45) 0.0000000 UZF045 + 446 (5,46) 0.0000000 UZF046 + 447 (5,47) 0.0000000 UZF047 + 448 (5,48) 0.0000000 UZF048 + 449 (5,49) 0.0000000 UZF049 + 450 (5,50) 0.0000000 UZF050 + 451 (5,51) 0.0000000 UZF051 + 452 (5,52) 0.0000000 UZF052 + 453 (5,53) 0.0000000 UZF053 + 454 (5,54) 0.0000000 UZF054 + 455 (5,55) 0.0000000 UZF055 + 456 (5,56) 0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 5 STEP 1 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 0.0000000 UZF042 + 43 (1,43) 0.0000000 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.0000000 UZF051 + 52 (1,52) 0.0000000 UZF052 + 53 (1,53) 0.0000000 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.0000000 UZF061 + 62 (1,62) 0.0000000 UZF062 + 63 (1,63) 0.0000000 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.0000000 UZF071 + 72 (1,72) 0.0000000 UZF072 + 73 (1,73) 0.0000000 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 UZF081 + 82 (1,82) 0.0000000 UZF082 + 83 (1,83) 0.0000000 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.0000000 UZF091 + 92 (1,92) 0.0000000 UZF092 + 93 (1,93) 0.0000000 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) -0.0000000 UZF001 + 102 (2,2) -0.0000000 UZF002 + 103 (2,3) -0.0000000 UZF003 + 104 (2,4) -0.0000000 UZF004 + 105 (2,5) -0.0000000 UZF005 + 106 (2,6) -0.0000000 UZF006 + 107 (2,7) -0.0000000 UZF007 + 108 (2,8) -0.0000000 UZF008 + 109 (2,9) -0.0000000 UZF009 + 110 (2,10) -0.0000000 UZF010 + 111 (2,11) -0.0000000 UZF011 + 112 (2,12) -0.0000000 UZF012 + 113 (2,13) -0.0000000 UZF013 + 114 (2,14) -0.0000000 UZF014 + 115 (2,15) -0.0000000 UZF015 + 116 (2,16) -0.0000000 UZF016 + 117 (2,17) -0.0000000 UZF017 + 118 (2,18) -0.0000000 UZF018 + 119 (2,19) -0.0000000 UZF019 + 120 (2,20) -0.0000000 UZF020 + 121 (2,21) -0.0000000 UZF021 + 122 (2,22) -0.0000000 UZF022 + 123 (2,23) -0.0000000 UZF023 + 124 (2,24) -0.0000000 UZF024 + 125 (2,25) -0.0000000 UZF025 + 126 (2,26) -0.0000000 UZF026 + 127 (2,27) -0.0000000 UZF027 + 128 (2,28) -0.0000000 UZF028 + 129 (2,29) -0.0000000 UZF029 + 130 (2,30) -0.0000000 UZF030 + 131 (2,31) -0.0000000 UZF031 + 132 (2,32) -0.0000000 UZF032 + 133 (2,33) -0.0000000 UZF033 + 134 (2,34) -0.0000000 UZF034 + 135 (2,35) -0.0000000 UZF035 + 136 (2,36) -0.0000000 UZF036 + 137 (2,37) -0.0000000 UZF037 + 138 (2,38) -0.0000000 UZF038 + 139 (2,39) -0.0000000 UZF039 + 140 (2,40) -0.0000000 UZF040 + 141 (2,41) -0.0000000 UZF041 + 142 (2,42) -0.0000000 UZF042 + 143 (2,43) -0.0000000 UZF043 + 144 (2,44) -0.0000000 UZF044 + 145 (2,45) -0.0000000 UZF045 + 146 (2,46) -0.0000000 UZF046 + 147 (2,47) -0.0000000 UZF047 + 148 (2,48) -0.0000000 UZF048 + 149 (2,49) -0.0000000 UZF049 + 150 (2,50) -0.0000000 UZF050 + 151 (2,51) -0.0000000 UZF051 + 152 (2,52) -0.0000000 UZF052 + 153 (2,53) -0.0000000 UZF053 + 154 (2,54) -0.0000000 UZF054 + 155 (2,55) -0.0000000 UZF055 + 156 (2,56) -0.0000000 UZF056 + 157 (2,57) -0.0000000 UZF057 + 158 (2,58) -0.0000000 UZF058 + 159 (2,59) -0.0000000 UZF059 + 160 (2,60) -0.0000000 UZF060 + 161 (2,61) -0.0000000 UZF061 + 162 (2,62) -0.0000000 UZF062 + 163 (2,63) -0.0000000 UZF063 + 164 (2,64) -0.0000000 UZF064 + 165 (2,65) -0.0000000 UZF065 + 166 (2,66) -0.0000000 UZF066 + 167 (2,67) -0.0000000 UZF067 + 168 (2,68) -0.0000000 UZF068 + 169 (2,69) -0.0000000 UZF069 + 170 (2,70) -0.0000000 UZF070 + 171 (2,71) -0.0000000 UZF071 + 172 (2,72) -0.0000000 UZF072 + 173 (2,73) -0.0000000 UZF073 + 174 (2,74) -0.0000000 UZF074 + 175 (2,75) -0.0000000 UZF075 + 176 (2,76) -0.0000000 UZF076 + 177 (2,77) -0.0000000 UZF077 + 178 (2,78) -0.0000000 UZF078 + 179 (2,79) -0.0000000 UZF079 + 180 (2,80) -0.0000000 UZF080 + 181 (2,81) -0.0000000 UZF081 + 182 (2,82) -0.0000000 UZF082 + 183 (2,83) -0.0000000 UZF083 + 184 (2,84) -0.0000000 UZF084 + 185 (2,85) -0.0000000 UZF085 + 186 (2,86) -0.0000000 UZF086 + 187 (2,87) -0.0000000 UZF087 + 188 (2,88) -0.0000000 UZF088 + 189 (2,89) -0.0000000 UZF089 + 190 (2,90) -0.0000000 UZF090 + 191 (2,91) -0.0000000 UZF091 + 192 (2,92) -0.0000000 UZF092 + 193 (2,93) -0.0000000 UZF093 + 194 (2,94) -0.0000000 UZF094 + 195 (2,95) -0.0000000 UZF095 + 196 (2,96) -0.0000000 UZF096 + 197 (2,97) -0.0000000 UZF097 + 198 (2,98) -0.0000000 UZF098 + 199 (2,99) -0.0000000 UZF099 + 200 (2,100) -0.0000000 UZF100 + 201 (3,1) -0.0000000 UZF001 + 202 (3,2) -0.0000000 UZF002 + 203 (3,3) -0.0000000 UZF003 + 204 (3,4) -0.0000000 UZF004 + 205 (3,5) -0.0000000 UZF005 + 206 (3,6) -0.0000000 UZF006 + 207 (3,7) -0.0000000 UZF007 + 208 (3,8) -0.0000000 UZF008 + 209 (3,9) -0.0000000 UZF009 + 210 (3,10) -0.0000000 UZF010 + 211 (3,11) -0.0000000 UZF011 + 212 (3,12) -0.0000000 UZF012 + 213 (3,13) -0.0000000 UZF013 + 214 (3,14) -0.0000000 UZF014 + 215 (3,15) -0.0000000 UZF015 + 216 (3,16) -0.0000000 UZF016 + 217 (3,17) -0.0000000 UZF017 + 218 (3,18) -0.0000000 UZF018 + 219 (3,19) -0.0000000 UZF019 + 220 (3,20) -0.0000000 UZF020 + 221 (3,21) -0.0000000 UZF021 + 222 (3,22) -0.0000000 UZF022 + 223 (3,23) -0.0000000 UZF023 + 224 (3,24) -0.0000000 UZF024 + 225 (3,25) -0.0000000 UZF025 + 226 (3,26) -0.0000000 UZF026 + 227 (3,27) -0.0000000 UZF027 + 228 (3,28) -0.0000000 UZF028 + 229 (3,29) -0.0000000 UZF029 + 230 (3,30) -0.0000000 UZF030 + 231 (3,31) -0.0000000 UZF031 + 232 (3,32) -0.0000000 UZF032 + 233 (3,33) -0.0000000 UZF033 + 234 (3,34) -0.0000000 UZF034 + 235 (3,35) -0.0000000 UZF035 + 236 (3,36) -0.0000000 UZF036 + 237 (3,37) -0.0000000 UZF037 + 238 (3,38) -0.0000000 UZF038 + 239 (3,39) -0.0000000 UZF039 + 240 (3,40) -0.0000000 UZF040 + 241 (3,41) -0.0000000 UZF041 + 242 (3,42) -0.0000000 UZF042 + 243 (3,43) -0.0000000 UZF043 + 244 (3,44) -0.0000000 UZF044 + 245 (3,45) -0.0000000 UZF045 + 246 (3,46) -0.0000000 UZF046 + 247 (3,47) -0.0000000 UZF047 + 248 (3,48) -0.0000000 UZF048 + 249 (3,49) -0.0000000 UZF049 + 250 (3,50) -0.0000000 UZF050 + 251 (3,51) -0.0000000 UZF051 + 252 (3,52) -0.0000000 UZF052 + 253 (3,53) -0.0000000 UZF053 + 254 (3,54) -0.0000000 UZF054 + 255 (3,55) -0.0000000 UZF055 + 256 (3,56) -0.0000000 UZF056 + 257 (3,57) -0.0000000 UZF057 + 258 (3,58) -0.0000000 UZF058 + 259 (3,59) -0.0000000 UZF059 + 260 (3,60) -0.0000000 UZF060 + 261 (3,61) -0.0000000 UZF061 + 262 (3,62) -0.0000000 UZF062 + 263 (3,63) -0.0000000 UZF063 + 264 (3,64) -0.0000000 UZF064 + 265 (3,65) -0.0000000 UZF065 + 266 (3,66) -0.0000000 UZF066 + 267 (3,67) -0.0000000 UZF067 + 268 (3,68) -0.0000000 UZF068 + 269 (3,69) -0.0000000 UZF069 + 270 (3,70) -0.0000000 UZF070 + 271 (3,71) -0.0000000 UZF071 + 272 (3,72) -0.0000000 UZF072 + 273 (3,73) -0.0000000 UZF073 + 274 (3,74) -0.0000000 UZF074 + 275 (3,75) -0.0000000 UZF075 + 276 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15.0000 + + OUT: OUT: + ---- ---- + GWF = 631.0883 GWF = 14.9558 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 1.6457 UZET = 4.0498E-02 + STORAGE = 13.8710 STORAGE = 3.6874E-03 + + TOTAL OUT = 646.6050 TOTAL OUT = 15.0000 + + IN - OUT = 1.6900E-06 IN - OUT = 2.3093E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 5 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.8568E-02 STO-SS = 7.2056E-06 STORAGE + STO-SY = 40.2930 STO-SY = 1.3572E-02 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 631.0883 UZF-GWRCH = 14.9558 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 671.4299 TOTAL IN = 14.9694 + + OUT: OUT: + ---- ---- + STO-SS = 7.9969E-04 STO-SS = 0.0000 STORAGE + STO-SY = 11.9671 STO-SY = 0.0000 STORAGE + GHB = 657.3387 GHB = 14.9213 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 2.1233 UZF-GWET = 4.8140E-02 UZF_0 + + TOTAL OUT = 671.4299 TOTAL OUT = 14.9694 + + IN - OUT = -1.6456E-06 IN - OUT = -4.9536E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 5 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + TOTAL TIME 3.62880E+06 60480. 1008.0 42.000 0.11499 + + +end timestep + + +start timestep kper="5" kstp="2" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1018 AT TIME STEP 2, STRESS PERIOD 5 + UBDSV1 SAVING STO-SY ON UNIT 1018 AT TIME STEP 2, STRESS PERIOD 5 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1018 AT TIME STEP 2, STRESS PERIOD 5 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1018 AT TIME STEP 2, STRESS PERIOD 5 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 2, STRESS PERIOD 5 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 2, STRESS PERIOD 5 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 2, STRESS PERIOD 5 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 2, STRESS PERIOD 5 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1014 AT TIME STEP 2, STRESS PERIOD 5 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 2, STRESS PERIOD 5 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 2, STRESS PERIOD 5 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 2, STRESS PERIOD 5 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 2, STRESS PERIOD 5 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 5 STEP 2 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.0231235 + 2 (4,20) -1.0231234 + 3 (4,30) -1.0231234 + 4 (4,40) -1.0231234 + 5 (4,50) -1.0231234 + 6 (4,60) -1.0231234 + 7 (4,70) -1.0231234 + 8 (4,80) -1.0231234 + 9 (4,90) -1.0231234 + 10 (4,100) -1.0231234 + 11 (5,10) -0.46876445 + 12 (5,20) -0.46876445 + 13 (5,30) -0.46876445 + 14 (5,40) -0.46876445 + 15 (5,50) -0.46876445 + 16 (5,60) -0.46876445 + 17 (5,70) -0.46876445 + 18 (5,80) -0.46876445 + 19 (5,90) -0.46876445 + 20 (5,100) -0.46876445 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 5 STEP 2 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14963091 UZF001 + 2 (1,2) 0.14962823 UZF002 + 3 (1,3) 0.14962770 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14963091 UZF011 + 12 (1,12) 0.14962823 UZF012 + 13 (1,13) 0.14962770 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14963091 UZF021 + 22 (1,22) 0.14962823 UZF022 + 23 (1,23) 0.14962770 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14963091 UZF031 + 32 (1,32) 0.14962823 UZF032 + 33 (1,33) 0.14962770 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14963091 UZF041 + 42 (1,42) 0.14962823 UZF042 + 43 (1,43) 0.14962770 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14963091 UZF051 + 52 (1,52) 0.14962823 UZF052 + 53 (1,53) 0.14962770 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14963091 UZF061 + 62 (1,62) 0.14962823 UZF062 + 63 (1,63) 0.14962770 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14963091 UZF071 + 72 (1,72) 0.14962823 UZF072 + 73 (1,73) 0.14962770 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14963091 UZF081 + 82 (1,82) 0.14962823 UZF082 + 83 (1,83) 0.14962770 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14963091 UZF091 + 92 (1,92) 0.14962823 UZF092 + 93 (1,93) 0.14962770 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.14957701 UZF004 + 105 (2,5) 0.14956856 UZF005 + 106 (2,6) 0.14955690 UZF006 + 107 (2,7) 0.14954265 UZF007 + 108 (2,8) 0.14952675 UZF008 + 109 (2,9) 0.14951111 UZF009 + 110 (2,10) 0.14949977 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.14957701 UZF014 + 115 (2,15) 0.14956856 UZF015 + 116 (2,16) 0.14955690 UZF016 + 117 (2,17) 0.14954265 UZF017 + 118 (2,18) 0.14952675 UZF018 + 119 (2,19) 0.14951111 UZF019 + 120 (2,20) 0.14949977 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.14957701 UZF024 + 125 (2,25) 0.14956856 UZF025 + 126 (2,26) 0.14955690 UZF026 + 127 (2,27) 0.14954265 UZF027 + 128 (2,28) 0.14952675 UZF028 + 129 (2,29) 0.14951111 UZF029 + 130 (2,30) 0.14949977 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.14957701 UZF034 + 135 (2,35) 0.14956856 UZF035 + 136 (2,36) 0.14955690 UZF036 + 137 (2,37) 0.14954265 UZF037 + 138 (2,38) 0.14952675 UZF038 + 139 (2,39) 0.14951111 UZF039 + 140 (2,40) 0.14949977 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.14957701 UZF044 + 145 (2,45) 0.14956856 UZF045 + 146 (2,46) 0.14955690 UZF046 + 147 (2,47) 0.14954265 UZF047 + 148 (2,48) 0.14952675 UZF048 + 149 (2,49) 0.14951111 UZF049 + 150 (2,50) 0.14949977 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.14957701 UZF054 + 155 (2,55) 0.14956856 UZF055 + 156 (2,56) 0.14955690 UZF056 + 157 (2,57) 0.14954265 UZF057 + 158 (2,58) 0.14952675 UZF058 + 159 (2,59) 0.14951111 UZF059 + 160 (2,60) 0.14949977 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.14957701 UZF064 + 165 (2,65) 0.14956856 UZF065 + 166 (2,66) 0.14955690 UZF066 + 167 (2,67) 0.14954265 UZF067 + 168 (2,68) 0.14952675 UZF068 + 169 (2,69) 0.14951111 UZF069 + 170 (2,70) 0.14949977 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.14957701 UZF074 + 175 (2,75) 0.14956856 UZF075 + 176 (2,76) 0.14955690 UZF076 + 177 (2,77) 0.14954265 UZF077 + 178 (2,78) 0.14952675 UZF078 + 179 (2,79) 0.14951111 UZF079 + 180 (2,80) 0.14949977 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.14957701 UZF084 + 185 (2,85) 0.14956856 UZF085 + 186 (2,86) 0.14955690 UZF086 + 187 (2,87) 0.14954265 UZF087 + 188 (2,88) 0.14952675 UZF088 + 189 (2,89) 0.14951111 UZF089 + 190 (2,90) 0.14949977 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.14957701 UZF094 + 195 (2,95) 0.14956856 UZF095 + 196 (2,96) 0.14955690 UZF096 + 197 (2,97) 0.14954265 UZF097 + 198 (2,98) 0.14952675 UZF098 + 199 (2,99) 0.14951111 UZF099 + 200 (2,100) 0.14949977 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 0.0000000 UZF076 + 277 (3,77) 0.0000000 UZF077 + 278 (3,78) 0.0000000 UZF078 + 279 (3,79) 0.0000000 UZF079 + 280 (3,80) 0.0000000 UZF080 + 281 (3,81) 0.0000000 UZF081 + 282 (3,82) 0.0000000 UZF082 + 283 (3,83) 0.0000000 UZF083 + 284 (3,84) 0.0000000 UZF084 + 285 (3,85) 0.0000000 UZF085 + 286 (3,86) 0.0000000 UZF086 + 287 (3,87) 0.0000000 UZF087 + 288 (3,88) 0.0000000 UZF088 + 289 (3,89) 0.0000000 UZF089 + 290 (3,90) 0.0000000 UZF090 + 291 (3,91) 0.0000000 UZF091 + 292 (3,92) 0.0000000 UZF092 + 293 (3,93) 0.0000000 UZF093 + 294 (3,94) 0.0000000 UZF094 + 295 (3,95) 0.0000000 UZF095 + 296 (3,96) 0.0000000 UZF096 + 297 (3,97) 0.0000000 UZF097 + 298 (3,98) 0.0000000 UZF098 + 299 (3,99) 0.0000000 UZF099 + 300 (3,100) 0.0000000 UZF100 + 301 (4,1) 0.0000000 UZF001 + 302 (4,2) 0.0000000 UZF002 + 303 (4,3) 0.0000000 UZF003 + 304 (4,4) 0.0000000 UZF004 + 305 (4,5) 0.0000000 UZF005 + 306 (4,6) 0.0000000 UZF006 + 307 (4,7) 0.0000000 UZF007 + 308 (4,8) 0.0000000 UZF008 + 309 (4,9) 0.0000000 UZF009 + 310 (4,10) 0.0000000 UZF010 + 311 (4,11) 0.0000000 UZF011 + 312 (4,12) 0.0000000 UZF012 + 313 (4,13) 0.0000000 UZF013 + 314 (4,14) 0.0000000 UZF014 + 315 (4,15) 0.0000000 UZF015 + 316 (4,16) 0.0000000 UZF016 + 317 (4,17) 0.0000000 UZF017 + 318 (4,18) 0.0000000 UZF018 + 319 (4,19) 0.0000000 UZF019 + 320 (4,20) 0.0000000 UZF020 + 321 (4,21) 0.0000000 UZF021 + 322 (4,22) 0.0000000 UZF022 + 323 (4,23) 0.0000000 UZF023 + 324 (4,24) 0.0000000 UZF024 + 325 (4,25) 0.0000000 UZF025 + 326 (4,26) 0.0000000 UZF026 + 327 (4,27) 0.0000000 UZF027 + 328 (4,28) 0.0000000 UZF028 + 329 (4,29) 0.0000000 UZF029 + 330 (4,30) 0.0000000 UZF030 + 331 (4,31) 0.0000000 UZF031 + 332 (4,32) 0.0000000 UZF032 + 333 (4,33) 0.0000000 UZF033 + 334 (4,34) 0.0000000 UZF034 + 335 (4,35) 0.0000000 UZF035 + 336 (4,36) 0.0000000 UZF036 + 337 (4,37) 0.0000000 UZF037 + 338 (4,38) 0.0000000 UZF038 + 339 (4,39) 0.0000000 UZF039 + 340 (4,40) 0.0000000 UZF040 + 341 (4,41) 0.0000000 UZF041 + 342 (4,42) 0.0000000 UZF042 + 343 (4,43) 0.0000000 UZF043 + 344 (4,44) 0.0000000 UZF044 + 345 (4,45) 0.0000000 UZF045 + 346 (4,46) 0.0000000 UZF046 + 347 (4,47) 0.0000000 UZF047 + 348 (4,48) 0.0000000 UZF048 + 349 (4,49) 0.0000000 UZF049 + 350 (4,50) 0.0000000 UZF050 + 351 (4,51) 0.0000000 UZF051 + 352 (4,52) 0.0000000 UZF052 + 353 (4,53) 0.0000000 UZF053 + 354 (4,54) 0.0000000 UZF054 + 355 (4,55) 0.0000000 UZF055 + 356 (4,56) 0.0000000 UZF056 + 357 (4,57) 0.0000000 UZF057 + 358 (4,58) 0.0000000 UZF058 + 359 (4,59) 0.0000000 UZF059 + 360 (4,60) 0.0000000 UZF060 + 361 (4,61) 0.0000000 UZF061 + 362 (4,62) 0.0000000 UZF062 + 363 (4,63) 0.0000000 UZF063 + 364 (4,64) 0.0000000 UZF064 + 365 (4,65) 0.0000000 UZF065 + 366 (4,66) 0.0000000 UZF066 + 367 (4,67) 0.0000000 UZF067 + 368 (4,68) 0.0000000 UZF068 + 369 (4,69) 0.0000000 UZF069 + 370 (4,70) 0.0000000 UZF070 + 371 (4,71) 0.0000000 UZF071 + 372 (4,72) 0.0000000 UZF072 + 373 (4,73) 0.0000000 UZF073 + 374 (4,74) 0.0000000 UZF074 + 375 (4,75) 0.0000000 UZF075 + 376 (4,76) 0.0000000 UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 (5,23) 0.0000000 UZF023 + 424 (5,24) 0.0000000 UZF024 + 425 (5,25) 0.0000000 UZF025 + 426 (5,26) 0.0000000 UZF026 + 427 (5,27) 0.0000000 UZF027 + 428 (5,28) 0.0000000 UZF028 + 429 (5,29) 0.0000000 UZF029 + 430 (5,30) 0.0000000 UZF030 + 431 (5,31) 0.0000000 UZF031 + 432 (5,32) 0.0000000 UZF032 + 433 (5,33) 0.0000000 UZF033 + 434 (5,34) 0.0000000 UZF034 + 435 (5,35) 0.0000000 UZF035 + 436 (5,36) 0.0000000 UZF036 + 437 (5,37) 0.0000000 UZF037 + 438 (5,38) 0.0000000 UZF038 + 439 (5,39) 0.0000000 UZF039 + 440 (5,40) 0.0000000 UZF040 + 441 (5,41) 0.0000000 UZF041 + 442 (5,42) 0.0000000 UZF042 + 443 (5,43) 0.0000000 UZF043 + 444 (5,44) 0.0000000 UZF044 + 445 (5,45) 0.0000000 UZF045 + 446 (5,46) 0.0000000 UZF046 + 447 (5,47) 0.0000000 UZF047 + 448 (5,48) 0.0000000 UZF048 + 449 (5,49) 0.0000000 UZF049 + 450 (5,50) 0.0000000 UZF050 + 451 (5,51) 0.0000000 UZF051 + 452 (5,52) 0.0000000 UZF052 + 453 (5,53) 0.0000000 UZF053 + 454 (5,54) 0.0000000 UZF054 + 455 (5,55) 0.0000000 UZF055 + 456 (5,56) 0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 5 STEP 2 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 0.0000000 UZF042 + 43 (1,43) 0.0000000 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.0000000 UZF051 + 52 (1,52) 0.0000000 UZF052 + 53 (1,53) 0.0000000 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.0000000 UZF061 + 62 (1,62) 0.0000000 UZF062 + 63 (1,63) 0.0000000 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.0000000 UZF071 + 72 (1,72) 0.0000000 UZF072 + 73 (1,73) 0.0000000 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 UZF081 + 82 (1,82) 0.0000000 UZF082 + 83 (1,83) 0.0000000 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.0000000 UZF091 + 92 (1,92) 0.0000000 UZF092 + 93 (1,93) 0.0000000 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) -0.0000000 UZF001 + 102 (2,2) -0.0000000 UZF002 + 103 (2,3) -0.0000000 UZF003 + 104 (2,4) -0.0000000 UZF004 + 105 (2,5) -0.0000000 UZF005 + 106 (2,6) -0.0000000 UZF006 + 107 (2,7) -0.0000000 UZF007 + 108 (2,8) -0.0000000 UZF008 + 109 (2,9) -0.0000000 UZF009 + 110 (2,10) -0.0000000 UZF010 + 111 (2,11) -0.0000000 UZF011 + 112 (2,12) -0.0000000 UZF012 + 113 (2,13) -0.0000000 UZF013 + 114 (2,14) -0.0000000 UZF014 + 115 (2,15) -0.0000000 UZF015 + 116 (2,16) -0.0000000 UZF016 + 117 (2,17) -0.0000000 UZF017 + 118 (2,18) -0.0000000 UZF018 + 119 (2,19) -0.0000000 UZF019 + 120 (2,20) -0.0000000 UZF020 + 121 (2,21) -0.0000000 UZF021 + 122 (2,22) -0.0000000 UZF022 + 123 (2,23) -0.0000000 UZF023 + 124 (2,24) -0.0000000 UZF024 + 125 (2,25) -0.0000000 UZF025 + 126 (2,26) -0.0000000 UZF026 + 127 (2,27) -0.0000000 UZF027 + 128 (2,28) -0.0000000 UZF028 + 129 (2,29) -0.0000000 UZF029 + 130 (2,30) -0.0000000 UZF030 + 131 (2,31) -0.0000000 UZF031 + 132 (2,32) -0.0000000 UZF032 + 133 (2,33) -0.0000000 UZF033 + 134 (2,34) -0.0000000 UZF034 + 135 (2,35) -0.0000000 UZF035 + 136 (2,36) -0.0000000 UZF036 + 137 (2,37) -0.0000000 UZF037 + 138 (2,38) -0.0000000 UZF038 + 139 (2,39) -0.0000000 UZF039 + 140 (2,40) -0.0000000 UZF040 + 141 (2,41) -0.0000000 UZF041 + 142 (2,42) -0.0000000 UZF042 + 143 (2,43) -0.0000000 UZF043 + 144 (2,44) -0.0000000 UZF044 + 145 (2,45) -0.0000000 UZF045 + 146 (2,46) -0.0000000 UZF046 + 147 (2,47) -0.0000000 UZF047 + 148 (2,48) -0.0000000 UZF048 + 149 (2,49) -0.0000000 UZF049 + 150 (2,50) -0.0000000 UZF050 + 151 (2,51) -0.0000000 UZF051 + 152 (2,52) -0.0000000 UZF052 + 153 (2,53) -0.0000000 UZF053 + 154 (2,54) -0.0000000 UZF054 + 155 (2,55) -0.0000000 UZF055 + 156 (2,56) -0.0000000 UZF056 + 157 (2,57) -0.0000000 UZF057 + 158 (2,58) -0.0000000 UZF058 + 159 (2,59) -0.0000000 UZF059 + 160 (2,60) -0.0000000 UZF060 + 161 (2,61) -0.0000000 UZF061 + 162 (2,62) -0.0000000 UZF062 + 163 (2,63) -0.0000000 UZF063 + 164 (2,64) -0.0000000 UZF064 + 165 (2,65) -0.0000000 UZF065 + 166 (2,66) -0.0000000 UZF066 + 167 (2,67) -0.0000000 UZF067 + 168 (2,68) -0.0000000 UZF068 + 169 (2,69) -0.0000000 UZF069 + 170 (2,70) -0.0000000 UZF070 + 171 (2,71) -0.0000000 UZF071 + 172 (2,72) -0.0000000 UZF072 + 173 (2,73) -0.0000000 UZF073 + 174 (2,74) -0.0000000 UZF074 + 175 (2,75) -0.0000000 UZF075 + 176 (2,76) -0.0000000 UZF076 + 177 (2,77) -0.0000000 UZF077 + 178 (2,78) -0.0000000 UZF078 + 179 (2,79) -0.0000000 UZF079 + 180 (2,80) -0.0000000 UZF080 + 181 (2,81) -0.0000000 UZF081 + 182 (2,82) -0.0000000 UZF082 + 183 (2,83) -0.0000000 UZF083 + 184 (2,84) -0.0000000 UZF084 + 185 (2,85) -0.0000000 UZF085 + 186 (2,86) -0.0000000 UZF086 + 187 (2,87) -0.0000000 UZF087 + 188 (2,88) -0.0000000 UZF088 + 189 (2,89) -0.0000000 UZF089 + 190 (2,90) -0.0000000 UZF090 + 191 (2,91) -0.0000000 UZF091 + 192 (2,92) -0.0000000 UZF092 + 193 (2,93) -0.0000000 UZF093 + 194 (2,94) -0.0000000 UZF094 + 195 (2,95) -0.0000000 UZF095 + 196 (2,96) -0.0000000 UZF096 + 197 (2,97) -0.0000000 UZF097 + 198 (2,98) -0.0000000 UZF098 + 199 (2,99) -0.0000000 UZF099 + 200 (2,100) -0.0000000 UZF100 + 201 (3,1) -0.0000000 UZF001 + 202 (3,2) -0.0000000 UZF002 + 203 (3,3) -0.0000000 UZF003 + 204 (3,4) -0.0000000 UZF004 + 205 (3,5) -0.0000000 UZF005 + 206 (3,6) -0.0000000 UZF006 + 207 (3,7) -0.0000000 UZF007 + 208 (3,8) -0.0000000 UZF008 + 209 (3,9) -0.0000000 UZF009 + 210 (3,10) -0.0000000 UZF010 + 211 (3,11) -0.0000000 UZF011 + 212 (3,12) -0.0000000 UZF012 + 213 (3,13) -0.0000000 UZF013 + 214 (3,14) -0.0000000 UZF014 + 215 (3,15) -0.0000000 UZF015 + 216 (3,16) -0.0000000 UZF016 + 217 (3,17) -0.0000000 UZF017 + 218 (3,18) -0.0000000 UZF018 + 219 (3,19) -0.0000000 UZF019 + 220 (3,20) -0.0000000 UZF020 + 221 (3,21) -0.0000000 UZF021 + 222 (3,22) -0.0000000 UZF022 + 223 (3,23) -0.0000000 UZF023 + 224 (3,24) -0.0000000 UZF024 + 225 (3,25) -0.0000000 UZF025 + 226 (3,26) -0.0000000 UZF026 + 227 (3,27) -0.0000000 UZF027 + 228 (3,28) -0.0000000 UZF028 + 229 (3,29) -0.0000000 UZF029 + 230 (3,30) -0.0000000 UZF030 + 231 (3,31) -0.0000000 UZF031 + 232 (3,32) -0.0000000 UZF032 + 233 (3,33) -0.0000000 UZF033 + 234 (3,34) -0.0000000 UZF034 + 235 (3,35) -0.0000000 UZF035 + 236 (3,36) -0.0000000 UZF036 + 237 (3,37) -0.0000000 UZF037 + 238 (3,38) -0.0000000 UZF038 + 239 (3,39) -0.0000000 UZF039 + 240 (3,40) -0.0000000 UZF040 + 241 (3,41) -0.0000000 UZF041 + 242 (3,42) -0.0000000 UZF042 + 243 (3,43) -0.0000000 UZF043 + 244 (3,44) -0.0000000 UZF044 + 245 (3,45) -0.0000000 UZF045 + 246 (3,46) -0.0000000 UZF046 + 247 (3,47) -0.0000000 UZF047 + 248 (3,48) -0.0000000 UZF048 + 249 (3,49) -0.0000000 UZF049 + 250 (3,50) -0.0000000 UZF050 + 251 (3,51) -0.0000000 UZF051 + 252 (3,52) -0.0000000 UZF052 + 253 (3,53) -0.0000000 UZF053 + 254 (3,54) -0.0000000 UZF054 + 255 (3,55) -0.0000000 UZF055 + 256 (3,56) -0.0000000 UZF056 + 257 (3,57) -0.0000000 UZF057 + 258 (3,58) -0.0000000 UZF058 + 259 (3,59) -0.0000000 UZF059 + 260 (3,60) -0.0000000 UZF060 + 261 (3,61) -0.0000000 UZF061 + 262 (3,62) -0.0000000 UZF062 + 263 (3,63) -0.0000000 UZF063 + 264 (3,64) -0.0000000 UZF064 + 265 (3,65) -0.0000000 UZF065 + 266 (3,66) -0.0000000 UZF066 + 267 (3,67) -0.0000000 UZF067 + 268 (3,68) -0.0000000 UZF068 + 269 (3,69) -0.0000000 UZF069 + 270 (3,70) -0.0000000 UZF070 + 271 (3,71) -0.0000000 UZF071 + 272 (3,72) -0.0000000 UZF072 + 273 (3,73) -0.0000000 UZF073 + 274 (3,74) -0.0000000 UZF074 + 275 (3,75) -0.0000000 UZF075 + 276 (3,76) -0.0000000 UZF076 + 277 (3,77) -0.0000000 UZF077 + 278 (3,78) -0.0000000 UZF078 + 279 (3,79) -0.0000000 UZF079 + 280 (3,80) -0.0000000 UZF080 + 281 (3,81) -0.0000000 UZF081 + 282 (3,82) -0.0000000 UZF082 + 283 (3,83) -0.0000000 UZF083 + 284 (3,84) -0.0000000 UZF084 + 285 (3,85) -0.0000000 UZF085 + 286 (3,86) -0.0000000 UZF086 + 287 (3,87) -0.0000000 UZF087 + 288 (3,88) -0.0000000 UZF088 + 289 (3,89) -0.0000000 UZF089 + 290 (3,90) -0.0000000 UZF090 + 291 (3,91) -0.0000000 UZF091 + 292 (3,92) -0.0000000 UZF092 + 293 (3,93) -0.0000000 UZF093 + 294 (3,94) -0.0000000 UZF094 + 295 (3,95) -0.0000000 UZF095 + 296 (3,96) -0.0000000 UZF096 + 297 (3,97) -0.0000000 UZF097 + 298 (3,98) -0.0000000 UZF098 + 299 (3,99) -0.0000000 UZF099 + 300 (3,100) -0.0000000 UZF100 + 301 (4,1) -0.0000000 UZF001 + 302 (4,2) -0.0000000 UZF002 + 303 (4,3) -0.0000000 UZF003 + 304 (4,4) -0.0000000 UZF004 + 305 (4,5) -0.0000000 UZF005 + 306 (4,6) -0.0000000 UZF006 + 307 (4,7) -0.0000000 UZF007 + 308 (4,8) -0.0000000 UZF008 + 309 (4,9) -0.0000000 UZF009 + 310 (4,10) -0.0000000 UZF010 + 311 (4,11) -0.0000000 UZF011 + 312 (4,12) -0.0000000 UZF012 + 313 (4,13) -0.0000000 UZF013 + 314 (4,14) -0.0000000 UZF014 + 315 (4,15) -0.0000000 UZF015 + 316 (4,16) -0.0000000 UZF016 + 317 (4,17) -0.0000000 UZF017 + 318 (4,18) -0.0000000 UZF018 + 319 (4,19) -0.0000000 UZF019 + 320 (4,20) -0.0000000 UZF020 + 321 (4,21) -0.0000000 UZF021 + 322 (4,22) -0.0000000 UZF022 + 323 (4,23) -0.0000000 UZF023 + 324 (4,24) -0.0000000 UZF024 + 325 (4,25) -0.0000000 UZF025 + 326 (4,26) -0.0000000 UZF026 + 327 (4,27) -0.0000000 UZF027 + 328 (4,28) -0.0000000 UZF028 + 329 (4,29) -0.0000000 UZF029 + 330 (4,30) -0.0000000 UZF030 + 331 (4,31) -0.0000000 UZF031 + 332 (4,32) -0.0000000 UZF032 + 333 (4,33) -0.0000000 UZF033 + 334 (4,34) -0.0000000 UZF034 + 335 (4,35) -0.0000000 UZF035 + 336 (4,36) -0.0000000 UZF036 + 337 (4,37) -0.0000000 UZF037 + 338 (4,38) -0.0000000 UZF038 + 339 (4,39) -0.0000000 UZF039 + 340 (4,40) -0.0000000 UZF040 + 341 (4,41) -0.0000000 UZF041 + 342 (4,42) -0.0000000 UZF042 + 343 (4,43) -0.0000000 UZF043 + 344 (4,44) -0.0000000 UZF044 + 345 (4,45) -0.0000000 UZF045 + 346 (4,46) -0.0000000 UZF046 + 347 (4,47) -0.0000000 UZF047 + 348 (4,48) -0.0000000 UZF048 + 349 (4,49) -0.0000000 UZF049 + 350 (4,50) -0.0000000 UZF050 + 351 (4,51) -0.0000000 UZF051 + 352 (4,52) -0.0000000 UZF052 + 353 (4,53) -0.0000000 UZF053 + 354 (4,54) -0.0000000 UZF054 + 355 (4,55) -0.0000000 UZF055 + 356 (4,56) -0.0000000 UZF056 + 357 (4,57) -0.0000000 UZF057 + 358 (4,58) -0.0000000 UZF058 + 359 (4,59) -0.0000000 UZF059 + 360 (4,60) -0.0000000 UZF060 + 361 (4,61) -0.0000000 UZF061 + 362 (4,62) 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................................................................................................................................................................ + 1 18.3179 18.2346 18.0663 17.8099 17.4600 17.0090 16.4460 15.7586 14.9376 14.0000 + 18.3179 18.2346 18.0663 17.8099 17.4600 17.0090 16.4460 15.7586 14.9376 14.0000 + 18.3179 18.2346 18.0663 17.8099 17.4600 17.0090 16.4460 15.7586 14.9376 14.0000 + 18.3179 18.2346 18.0663 17.8099 17.4600 17.0090 16.4460 15.7586 14.9376 14.0000 + 18.3179 18.2346 18.0663 17.8099 17.4600 17.0090 16.4460 15.7586 14.9376 14.0000 + 18.3179 18.2346 18.0663 17.8099 17.4600 17.0090 16.4460 15.7586 14.9376 14.0000 + 18.3179 18.2346 18.0663 17.8099 17.4600 17.0090 16.4460 15.7586 14.9376 14.0000 + 18.3179 18.2346 18.0663 17.8099 17.4600 17.0090 16.4460 15.7586 14.9376 14.0000 + 18.3179 18.2346 18.0663 17.8099 17.4600 17.0090 16.4460 15.7586 14.9376 14.0000 + 18.3179 18.2346 18.0663 17.8099 17.4600 17.0090 16.4460 15.7586 14.9376 14.0000 + + HEAD WILL BE SAVED ON UNIT 1019 AT END OF TIME STEP 2, STRESS PERIOD 5 + + + UZF_0 BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 2, STRESS PERIOD 5 + ------------------------------------------------------------------------------ + + CUMULATIVE UZF_0 L**3 RATES FOR THIS TIME STEP L**3/T + ------------------ ------------------------ + + IN: IN: + --- --- + GWF = 0.0000 GWF = 0.0000 + INFILTRATION = 660.0000 INFILTRATION = 15.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.0000 UZET = 0.0000 + STORAGE = 16.6050 STORAGE = 0.0000 + + TOTAL IN = 676.6050 TOTAL IN = 15.0000 + + OUT: OUT: + ---- ---- + GWF = 661.0017 GWF = 14.9567 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 1.7267 UZET = 4.0502E-02 + STORAGE = 13.8766 STORAGE = 2.8017E-03 + + TOTAL OUT = 676.6050 TOTAL OUT = 15.0000 + + IN - OUT = 1.6900E-06 IN - OUT = 2.1316E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 2, STRESS PERIOD 5 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.8579E-02 STO-SS = 5.4744E-06 STORAGE + STO-SY = 40.3137 STO-SY = 1.0312E-02 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 661.0017 UZF-GWRCH = 14.9567 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 701.3639 TOTAL IN = 14.9670 + + OUT: OUT: + ---- ---- + STO-SS = 7.9969E-04 STO-SS = 0.0000 STORAGE + STO-SY = 11.9671 STO-SY = 0.0000 STORAGE + GHB = 687.1765 GHB = 14.9189 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 2.2195 UZF-GWET = 4.8134E-02 UZF_0 + + TOTAL OUT = 701.3639 TOTAL OUT = 14.9670 + + IN - OUT = -1.7283E-06 IN - OUT = -4.1356E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 2 IN STRESS PERIOD 5 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 3.45600E+05 5760.0 96.000 4.0000 1.09514E-02 + TOTAL TIME 3.80160E+06 63360. 1056.0 44.000 0.12047 + + +end timestep + + +start timestep kper="5" kstp="3" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1018 AT TIME STEP 3, STRESS PERIOD 5 + UBDSV1 SAVING STO-SY ON UNIT 1018 AT TIME STEP 3, STRESS PERIOD 5 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1018 AT TIME STEP 3, STRESS PERIOD 5 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1018 AT TIME STEP 3, STRESS PERIOD 5 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 3, STRESS PERIOD 5 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 3, STRESS PERIOD 5 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 3, STRESS PERIOD 5 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 3, STRESS PERIOD 5 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1014 AT TIME STEP 3, STRESS PERIOD 5 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 3, STRESS PERIOD 5 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 3, STRESS PERIOD 5 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 3, STRESS PERIOD 5 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 3, STRESS PERIOD 5 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 5 STEP 3 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.0230012 + 2 (4,20) -1.0230012 + 3 (4,30) -1.0230012 + 4 (4,40) -1.0230012 + 5 (4,50) -1.0230012 + 6 (4,60) -1.0230012 + 7 (4,70) -1.0230012 + 8 (4,80) -1.0230012 + 9 (4,90) -1.0230012 + 10 (4,100) -1.0230012 + 11 (5,10) -0.46870629 + 12 (5,20) -0.46870629 + 13 (5,30) -0.46870629 + 14 (5,40) -0.46870629 + 15 (5,50) -0.46870629 + 16 (5,60) -0.46870629 + 17 (5,70) -0.46870629 + 18 (5,80) -0.46870629 + 19 (5,90) -0.46870629 + 20 (5,100) -0.46870629 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 5 STEP 3 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14964035 UZF001 + 2 (1,2) 0.14963723 UZF002 + 3 (1,3) 0.14963448 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14964035 UZF011 + 12 (1,12) 0.14963723 UZF012 + 13 (1,13) 0.14963448 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14964035 UZF021 + 22 (1,22) 0.14963723 UZF022 + 23 (1,23) 0.14963448 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14964035 UZF031 + 32 (1,32) 0.14963723 UZF032 + 33 (1,33) 0.14963448 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14964035 UZF041 + 42 (1,42) 0.14963723 UZF042 + 43 (1,43) 0.14963448 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14964035 UZF051 + 52 (1,52) 0.14963723 UZF052 + 53 (1,53) 0.14963448 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14964035 UZF061 + 62 (1,62) 0.14963723 UZF062 + 63 (1,63) 0.14963448 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14964035 UZF071 + 72 (1,72) 0.14963723 UZF072 + 73 (1,73) 0.14963448 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14964035 UZF081 + 82 (1,82) 0.14963723 UZF082 + 83 (1,83) 0.14963448 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14964035 UZF091 + 92 (1,92) 0.14963723 UZF092 + 93 (1,93) 0.14963448 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.14958526 UZF004 + 105 (2,5) 0.14957588 UZF005 + 106 (2,6) 0.14956341 UZF006 + 107 (2,7) 0.14954842 UZF007 + 108 (2,8) 0.14953185 UZF008 + 109 (2,9) 0.14951567 UZF009 + 110 (2,10) 0.14950401 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.14958526 UZF014 + 115 (2,15) 0.14957588 UZF015 + 116 (2,16) 0.14956341 UZF016 + 117 (2,17) 0.14954842 UZF017 + 118 (2,18) 0.14953185 UZF018 + 119 (2,19) 0.14951567 UZF019 + 120 (2,20) 0.14950401 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.14958526 UZF024 + 125 (2,25) 0.14957588 UZF025 + 126 (2,26) 0.14956341 UZF026 + 127 (2,27) 0.14954842 UZF027 + 128 (2,28) 0.14953185 UZF028 + 129 (2,29) 0.14951567 UZF029 + 130 (2,30) 0.14950401 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.14958526 UZF034 + 135 (2,35) 0.14957588 UZF035 + 136 (2,36) 0.14956341 UZF036 + 137 (2,37) 0.14954842 UZF037 + 138 (2,38) 0.14953185 UZF038 + 139 (2,39) 0.14951567 UZF039 + 140 (2,40) 0.14950401 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.14958526 UZF044 + 145 (2,45) 0.14957588 UZF045 + 146 (2,46) 0.14956341 UZF046 + 147 (2,47) 0.14954842 UZF047 + 148 (2,48) 0.14953185 UZF048 + 149 (2,49) 0.14951567 UZF049 + 150 (2,50) 0.14950401 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.14958526 UZF054 + 155 (2,55) 0.14957588 UZF055 + 156 (2,56) 0.14956341 UZF056 + 157 (2,57) 0.14954842 UZF057 + 158 (2,58) 0.14953185 UZF058 + 159 (2,59) 0.14951567 UZF059 + 160 (2,60) 0.14950401 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.14958526 UZF064 + 165 (2,65) 0.14957588 UZF065 + 166 (2,66) 0.14956341 UZF066 + 167 (2,67) 0.14954842 UZF067 + 168 (2,68) 0.14953185 UZF068 + 169 (2,69) 0.14951567 UZF069 + 170 (2,70) 0.14950401 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.14958526 UZF074 + 175 (2,75) 0.14957588 UZF075 + 176 (2,76) 0.14956341 UZF076 + 177 (2,77) 0.14954842 UZF077 + 178 (2,78) 0.14953185 UZF078 + 179 (2,79) 0.14951567 UZF079 + 180 (2,80) 0.14950401 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.14958526 UZF084 + 185 (2,85) 0.14957588 UZF085 + 186 (2,86) 0.14956341 UZF086 + 187 (2,87) 0.14954842 UZF087 + 188 (2,88) 0.14953185 UZF088 + 189 (2,89) 0.14951567 UZF089 + 190 (2,90) 0.14950401 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.14958526 UZF094 + 195 (2,95) 0.14957588 UZF095 + 196 (2,96) 0.14956341 UZF096 + 197 (2,97) 0.14954842 UZF097 + 198 (2,98) 0.14953185 UZF098 + 199 (2,99) 0.14951567 UZF099 + 200 (2,100) 0.14950401 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 0.0000000 UZF076 + 277 (3,77) 0.0000000 UZF077 + 278 (3,78) 0.0000000 UZF078 + 279 (3,79) 0.0000000 UZF079 + 280 (3,80) 0.0000000 UZF080 + 281 (3,81) 0.0000000 UZF081 + 282 (3,82) 0.0000000 UZF082 + 283 (3,83) 0.0000000 UZF083 + 284 (3,84) 0.0000000 UZF084 + 285 (3,85) 0.0000000 UZF085 + 286 (3,86) 0.0000000 UZF086 + 287 (3,87) 0.0000000 UZF087 + 288 (3,88) 0.0000000 UZF088 + 289 (3,89) 0.0000000 UZF089 + 290 (3,90) 0.0000000 UZF090 + 291 (3,91) 0.0000000 UZF091 + 292 (3,92) 0.0000000 UZF092 + 293 (3,93) 0.0000000 UZF093 + 294 (3,94) 0.0000000 UZF094 + 295 (3,95) 0.0000000 UZF095 + 296 (3,96) 0.0000000 UZF096 + 297 (3,97) 0.0000000 UZF097 + 298 (3,98) 0.0000000 UZF098 + 299 (3,99) 0.0000000 UZF099 + 300 (3,100) 0.0000000 UZF100 + 301 (4,1) 0.0000000 UZF001 + 302 (4,2) 0.0000000 UZF002 + 303 (4,3) 0.0000000 UZF003 + 304 (4,4) 0.0000000 UZF004 + 305 (4,5) 0.0000000 UZF005 + 306 (4,6) 0.0000000 UZF006 + 307 (4,7) 0.0000000 UZF007 + 308 (4,8) 0.0000000 UZF008 + 309 (4,9) 0.0000000 UZF009 + 310 (4,10) 0.0000000 UZF010 + 311 (4,11) 0.0000000 UZF011 + 312 (4,12) 0.0000000 UZF012 + 313 (4,13) 0.0000000 UZF013 + 314 (4,14) 0.0000000 UZF014 + 315 (4,15) 0.0000000 UZF015 + 316 (4,16) 0.0000000 UZF016 + 317 (4,17) 0.0000000 UZF017 + 318 (4,18) 0.0000000 UZF018 + 319 (4,19) 0.0000000 UZF019 + 320 (4,20) 0.0000000 UZF020 + 321 (4,21) 0.0000000 UZF021 + 322 (4,22) 0.0000000 UZF022 + 323 (4,23) 0.0000000 UZF023 + 324 (4,24) 0.0000000 UZF024 + 325 (4,25) 0.0000000 UZF025 + 326 (4,26) 0.0000000 UZF026 + 327 (4,27) 0.0000000 UZF027 + 328 (4,28) 0.0000000 UZF028 + 329 (4,29) 0.0000000 UZF029 + 330 (4,30) 0.0000000 UZF030 + 331 (4,31) 0.0000000 UZF031 + 332 (4,32) 0.0000000 UZF032 + 333 (4,33) 0.0000000 UZF033 + 334 (4,34) 0.0000000 UZF034 + 335 (4,35) 0.0000000 UZF035 + 336 (4,36) 0.0000000 UZF036 + 337 (4,37) 0.0000000 UZF037 + 338 (4,38) 0.0000000 UZF038 + 339 (4,39) 0.0000000 UZF039 + 340 (4,40) 0.0000000 UZF040 + 341 (4,41) 0.0000000 UZF041 + 342 (4,42) 0.0000000 UZF042 + 343 (4,43) 0.0000000 UZF043 + 344 (4,44) 0.0000000 UZF044 + 345 (4,45) 0.0000000 UZF045 + 346 (4,46) 0.0000000 UZF046 + 347 (4,47) 0.0000000 UZF047 + 348 (4,48) 0.0000000 UZF048 + 349 (4,49) 0.0000000 UZF049 + 350 (4,50) 0.0000000 UZF050 + 351 (4,51) 0.0000000 UZF051 + 352 (4,52) 0.0000000 UZF052 + 353 (4,53) 0.0000000 UZF053 + 354 (4,54) 0.0000000 UZF054 + 355 (4,55) 0.0000000 UZF055 + 356 (4,56) 0.0000000 UZF056 + 357 (4,57) 0.0000000 UZF057 + 358 (4,58) 0.0000000 UZF058 + 359 (4,59) 0.0000000 UZF059 + 360 (4,60) 0.0000000 UZF060 + 361 (4,61) 0.0000000 UZF061 + 362 (4,62) 0.0000000 UZF062 + 363 (4,63) 0.0000000 UZF063 + 364 (4,64) 0.0000000 UZF064 + 365 (4,65) 0.0000000 UZF065 + 366 (4,66) 0.0000000 UZF066 + 367 (4,67) 0.0000000 UZF067 + 368 (4,68) 0.0000000 UZF068 + 369 (4,69) 0.0000000 UZF069 + 370 (4,70) 0.0000000 UZF070 + 371 (4,71) 0.0000000 UZF071 + 372 (4,72) 0.0000000 UZF072 + 373 (4,73) 0.0000000 UZF073 + 374 (4,74) 0.0000000 UZF074 + 375 (4,75) 0.0000000 UZF075 + 376 (4,76) 0.0000000 UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 (5,23) 0.0000000 UZF023 + 424 (5,24) 0.0000000 UZF024 + 425 (5,25) 0.0000000 UZF025 + 426 (5,26) 0.0000000 UZF026 + 427 (5,27) 0.0000000 UZF027 + 428 (5,28) 0.0000000 UZF028 + 429 (5,29) 0.0000000 UZF029 + 430 (5,30) 0.0000000 UZF030 + 431 (5,31) 0.0000000 UZF031 + 432 (5,32) 0.0000000 UZF032 + 433 (5,33) 0.0000000 UZF033 + 434 (5,34) 0.0000000 UZF034 + 435 (5,35) 0.0000000 UZF035 + 436 (5,36) 0.0000000 UZF036 + 437 (5,37) 0.0000000 UZF037 + 438 (5,38) 0.0000000 UZF038 + 439 (5,39) 0.0000000 UZF039 + 440 (5,40) 0.0000000 UZF040 + 441 (5,41) 0.0000000 UZF041 + 442 (5,42) 0.0000000 UZF042 + 443 (5,43) 0.0000000 UZF043 + 444 (5,44) 0.0000000 UZF044 + 445 (5,45) 0.0000000 UZF045 + 446 (5,46) 0.0000000 UZF046 + 447 (5,47) 0.0000000 UZF047 + 448 (5,48) 0.0000000 UZF048 + 449 (5,49) 0.0000000 UZF049 + 450 (5,50) 0.0000000 UZF050 + 451 (5,51) 0.0000000 UZF051 + 452 (5,52) 0.0000000 UZF052 + 453 (5,53) 0.0000000 UZF053 + 454 (5,54) 0.0000000 UZF054 + 455 (5,55) 0.0000000 UZF055 + 456 (5,56) 0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 5 STEP 3 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 0.0000000 UZF042 + 43 (1,43) 0.0000000 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 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(5,73) -0.0000000 UZF073 + 474 (5,74) -0.0000000 UZF074 + 475 (5,75) -0.0000000 UZF075 + 476 (5,76) -0.0000000 UZF076 + 477 (5,77) -0.0000000 UZF077 + 478 (5,78) -0.0000000 UZF078 + 479 (5,79) -0.0000000 UZF079 + 480 (5,80) -0.0000000 UZF080 + 481 (5,81) -0.0000000 UZF081 + 482 (5,82) -0.0000000 UZF082 + 483 (5,83) -0.0000000 UZF083 + 484 (5,84) -0.0000000 UZF084 + 485 (5,85) -0.0000000 UZF085 + 486 (5,86) -0.0000000 UZF086 + 487 (5,87) -0.0000000 UZF087 + 488 (5,88) -0.0000000 UZF088 + 489 (5,89) -0.0000000 UZF089 + 490 (5,90) -0.0000000 UZF090 + 491 (5,91) -0.0000000 UZF091 + 492 (5,92) -0.0000000 UZF092 + 493 (5,93) -0.0000000 UZF093 + 494 (5,94) -0.0000000 UZF094 + 495 (5,95) -0.0000000 UZF095 + 496 (5,96) -0.0000000 UZF096 + 497 (5,97) -0.0000000 UZF097 + 498 (5,98) -0.0000000 UZF098 + 499 (5,99) -0.0000000 UZF099 + 500 (5,100) -0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWET PACKAGE (UZF_0) FLOW RATES PERIOD 5 STEP 3 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) -4.49420124E-04 UZF001 + 2 (1,2) -4.43414340E-04 UZF002 + 3 (1,3) -4.30335028E-04 UZF003 + 4 (1,4) -0.0000000 UZF004 + 5 (1,5) -0.0000000 UZF005 + 6 (1,6) -0.0000000 UZF006 + 7 (1,7) -0.0000000 UZF007 + 8 (1,8) -0.0000000 UZF008 + 9 (1,9) -0.0000000 UZF009 + 10 (1,10) -0.0000000 UZF010 + 11 (1,11) -4.49420124E-04 UZF011 + 12 (1,12) -4.43414340E-04 UZF012 + 13 (1,13) -4.30335028E-04 UZF013 + 14 (1,14) -0.0000000 UZF014 + 15 (1,15) -0.0000000 UZF015 + 16 (1,16) -0.0000000 UZF016 + 17 (1,17) -0.0000000 UZF017 + 18 (1,18) -0.0000000 UZF018 + 19 (1,19) -0.0000000 UZF019 + 20 (1,20) -0.0000000 UZF020 + 21 (1,21) -4.49420124E-04 UZF021 + 22 (1,22) -4.43414340E-04 UZF022 + 23 (1,23) -4.30335028E-04 UZF023 + 24 (1,24) -0.0000000 UZF024 + 25 (1,25) -0.0000000 UZF025 + 26 (1,26) -0.0000000 UZF026 + 27 (1,27) -0.0000000 UZF027 + 28 (1,28) -0.0000000 UZF028 + 29 (1,29) -0.0000000 UZF029 + 30 (1,30) -0.0000000 UZF030 + 31 (1,31) -4.49420124E-04 UZF031 + 32 (1,32) -4.43414340E-04 UZF032 + 33 (1,33) -4.30335028E-04 UZF033 + 34 (1,34) -0.0000000 UZF034 + 35 (1,35) -0.0000000 UZF035 + 36 (1,36) -0.0000000 UZF036 + 37 (1,37) -0.0000000 UZF037 + 38 (1,38) -0.0000000 UZF038 + 39 (1,39) -0.0000000 UZF039 + 40 (1,40) -0.0000000 UZF040 + 41 (1,41) -4.49420124E-04 UZF041 + 42 (1,42) -4.43414340E-04 UZF042 + 43 (1,43) -4.30335028E-04 UZF043 + 44 (1,44) -0.0000000 UZF044 + 45 (1,45) -0.0000000 UZF045 + 46 (1,46) -0.0000000 UZF046 + 47 (1,47) -0.0000000 UZF047 + 48 (1,48) -0.0000000 UZF048 + 49 (1,49) -0.0000000 UZF049 + 50 (1,50) -0.0000000 UZF050 + 51 (1,51) -4.49420124E-04 UZF051 + 52 (1,52) -4.43414340E-04 UZF052 + 53 (1,53) -4.30335028E-04 UZF053 + 54 (1,54) -0.0000000 UZF054 + 55 (1,55) -0.0000000 UZF055 + 56 (1,56) -0.0000000 UZF056 + 57 (1,57) -0.0000000 UZF057 + 58 (1,58) -0.0000000 UZF058 + 59 (1,59) -0.0000000 UZF059 + 60 (1,60) -0.0000000 UZF060 + 61 (1,61) -4.49420124E-04 UZF061 + 62 (1,62) -4.43414340E-04 UZF062 + 63 (1,63) -4.30335028E-04 UZF063 + 64 (1,64) -0.0000000 UZF064 + 65 (1,65) -0.0000000 UZF065 + 66 (1,66) -0.0000000 UZF066 + 67 (1,67) -0.0000000 UZF067 + 68 (1,68) -0.0000000 UZF068 + 69 (1,69) -0.0000000 UZF069 + 70 (1,70) -0.0000000 UZF070 + 71 (1,71) -4.49420124E-04 UZF071 + 72 (1,72) -4.43414340E-04 UZF072 + 73 (1,73) -4.30335028E-04 UZF073 + 74 (1,74) -0.0000000 UZF074 + 75 (1,75) -0.0000000 UZF075 + 76 (1,76) -0.0000000 UZF076 + 77 (1,77) -0.0000000 UZF077 + 78 (1,78) -0.0000000 UZF078 + 79 (1,79) -0.0000000 UZF079 + 80 (1,80) -0.0000000 UZF080 + 81 (1,81) -4.49420124E-04 UZF081 + 82 (1,82) -4.43414340E-04 UZF082 + 83 (1,83) -4.30335028E-04 UZF083 + 84 (1,84) -0.0000000 UZF084 + 85 (1,85) -0.0000000 UZF085 + 86 (1,86) -0.0000000 UZF086 + 87 (1,87) -0.0000000 UZF087 + 88 (1,88) -0.0000000 UZF088 + 89 (1,89) -0.0000000 UZF089 + 90 (1,90) -0.0000000 UZF090 + 91 (1,91) -4.49420124E-04 UZF091 + 92 (1,92) -4.43414340E-04 UZF092 + 93 (1,93) -4.30335028E-04 UZF093 + 94 (1,94) -0.0000000 UZF094 + 95 (1,95) -0.0000000 UZF095 + 96 (1,96) -0.0000000 UZF096 + 97 (1,97) -0.0000000 UZF097 + 98 (1,98) -0.0000000 UZF098 + 99 (1,99) -0.0000000 UZF099 + 100 (1,100) -0.0000000 UZF100 + 101 (2,1) -1.36483542E-04 UZF001 + 102 (2,2) -1.36374198E-04 UZF002 + 103 (2,3) -1.36212530E-04 UZF003 + 104 (2,4) -3.60730965E-04 UZF004 + 105 (2,5) -3.42121130E-04 UZF005 + 106 (2,6) -3.20040185E-04 UZF006 + 107 (2,7) -2.95452334E-04 UZF007 + 108 (2,8) -2.70002089E-04 UZF008 + 109 (2,9) -2.46616154E-04 UZF009 + 110 (2,10) -2.30658554E-04 UZF010 + 111 (2,11) -1.36483542E-04 UZF011 + 112 (2,12) -1.36374198E-04 UZF012 + 113 (2,13) -1.36212530E-04 UZF013 + 114 (2,14) -3.60730965E-04 UZF014 + 115 (2,15) -3.42121130E-04 UZF015 + 116 (2,16) -3.20040185E-04 UZF016 + 117 (2,17) -2.95452334E-04 UZF017 + 118 (2,18) -2.70002089E-04 UZF018 + 119 (2,19) -2.46616154E-04 UZF019 + 120 (2,20) -2.30658554E-04 UZF020 + 121 (2,21) -1.36483542E-04 UZF021 + 122 (2,22) -1.36374198E-04 UZF022 + 123 (2,23) -1.36212530E-04 UZF023 + 124 (2,24) -3.60730965E-04 UZF024 + 125 (2,25) -3.42121130E-04 UZF025 + 126 (2,26) -3.20040185E-04 UZF026 + 127 (2,27) -2.95452334E-04 UZF027 + 128 (2,28) -2.70002089E-04 UZF028 + 129 (2,29) -2.46616154E-04 UZF029 + 130 (2,30) -2.30658554E-04 UZF030 + 131 (2,31) -1.36483542E-04 UZF031 + 132 (2,32) -1.36374198E-04 UZF032 + 133 (2,33) -1.36212530E-04 UZF033 + 134 (2,34) -3.60730965E-04 UZF034 + 135 (2,35) -3.42121130E-04 UZF035 + 136 (2,36) -3.20040185E-04 UZF036 + 137 (2,37) -2.95452334E-04 UZF037 + 138 (2,38) -2.70002089E-04 UZF038 + 139 (2,39) -2.46616154E-04 UZF039 + 140 (2,40) -2.30658554E-04 UZF040 + 141 (2,41) -1.36483542E-04 UZF041 + 142 (2,42) -1.36374198E-04 UZF042 + 143 (2,43) -1.36212530E-04 UZF043 + 144 (2,44) -3.60730965E-04 UZF044 + 145 (2,45) -3.42121130E-04 UZF045 + 146 (2,46) -3.20040185E-04 UZF046 + 147 (2,47) -2.95452334E-04 UZF047 + 148 (2,48) -2.70002089E-04 UZF048 + 149 (2,49) -2.46616154E-04 UZF049 + 150 (2,50) -2.30658554E-04 UZF050 + 151 (2,51) -1.36483542E-04 UZF051 + 152 (2,52) -1.36374198E-04 UZF052 + 153 (2,53) -1.36212530E-04 UZF053 + 154 (2,54) -3.60730965E-04 UZF054 + 155 (2,55) -3.42121130E-04 UZF055 + 156 (2,56) -3.20040185E-04 UZF056 + 157 (2,57) -2.95452334E-04 UZF057 + 158 (2,58) -2.70002089E-04 UZF058 + 159 (2,59) -2.46616154E-04 UZF059 + 160 (2,60) -2.30658554E-04 UZF060 + 161 (2,61) -1.36483542E-04 UZF061 + 162 (2,62) -1.36374198E-04 UZF062 + 163 (2,63) -1.36212530E-04 UZF063 + 164 (2,64) -3.60730965E-04 UZF064 + 165 (2,65) -3.42121130E-04 UZF065 + 166 (2,66) -3.20040185E-04 UZF066 + 167 (2,67) -2.95452334E-04 UZF067 + 168 (2,68) -2.70002089E-04 UZF068 + 169 (2,69) -2.46616154E-04 UZF069 + 170 (2,70) -2.30658554E-04 UZF070 + 171 (2,71) -1.36483542E-04 UZF071 + 172 (2,72) -1.36374198E-04 UZF072 + 173 (2,73) -1.36212530E-04 UZF073 + 174 (2,74) -3.60730965E-04 UZF074 + 175 (2,75) -3.42121130E-04 UZF075 + 176 (2,76) -3.20040185E-04 UZF076 + 177 (2,77) -2.95452334E-04 UZF077 + 178 (2,78) -2.70002089E-04 UZF078 + 179 (2,79) -2.46616154E-04 UZF079 + 180 (2,80) -2.30658554E-04 UZF080 + 181 (2,81) -1.36483542E-04 UZF081 + 182 (2,82) -1.36374198E-04 UZF082 + 183 (2,83) -1.36212530E-04 UZF083 + 184 (2,84) -3.60730965E-04 UZF084 + 185 (2,85) -3.42121130E-04 UZF085 + 186 (2,86) -3.20040185E-04 UZF086 + 187 (2,87) -2.95452334E-04 UZF087 + 188 (2,88) -2.70002089E-04 UZF088 + 189 (2,89) -2.46616154E-04 UZF089 + 190 (2,90) -2.30658554E-04 UZF090 + 191 (2,91) -1.36483542E-04 UZF091 + 192 (2,92) -1.36374198E-04 UZF092 + 193 (2,93) -1.36212530E-04 UZF093 + 194 (2,94) -3.60730965E-04 UZF094 + 195 (2,95) -3.42121130E-04 UZF095 + 196 (2,96) -3.20040185E-04 UZF096 + 197 (2,97) -2.95452334E-04 UZF097 + 198 (2,98) -2.70002089E-04 UZF098 + 199 (2,99) -2.46616154E-04 UZF099 + 200 (2,100) -2.30658554E-04 UZF100 + 201 (3,1) -4.86256121E-05 UZF001 + 202 (3,2) -4.91103659E-05 UZF002 + 203 (3,3) -5.00866496E-05 UZF003 + 204 (3,4) -1.36470982E-04 UZF004 + 205 (3,5) -1.34489750E-04 UZF005 + 206 (3,6) -1.31265821E-04 UZF006 + 207 (3,7) -1.26501021E-04 UZF007 + 208 (3,8) -1.20099798E-04 UZF008 + 209 (3,9) -1.12561487E-04 UZF009 + 210 (3,10) -1.05894262E-04 UZF010 + 211 (3,11) -4.86256121E-05 UZF011 + 212 (3,12) -4.91103659E-05 UZF012 + 213 (3,13) -5.00866496E-05 UZF013 + 214 (3,14) -1.36470982E-04 UZF014 + 215 (3,15) -1.34489750E-04 UZF015 + 216 (3,16) -1.31265821E-04 UZF016 + 217 (3,17) -1.26501021E-04 UZF017 + 218 (3,18) -1.20099798E-04 UZF018 + 219 (3,19) -1.12561487E-04 UZF019 + 220 (3,20) -1.05894262E-04 UZF020 + 221 (3,21) -4.86256121E-05 UZF021 + 222 (3,22) -4.91103659E-05 UZF022 + 223 (3,23) -5.00866496E-05 UZF023 + 224 (3,24) -1.36470982E-04 UZF024 + 225 (3,25) -1.34489750E-04 UZF025 + 226 (3,26) -1.31265821E-04 UZF026 + 227 (3,27) -1.26501021E-04 UZF027 + 228 (3,28) -1.20099798E-04 UZF028 + 229 (3,29) -1.12561487E-04 UZF029 + 230 (3,30) -1.05894262E-04 UZF030 + 231 (3,31) -4.86256121E-05 UZF031 + 232 (3,32) -4.91103659E-05 UZF032 + 233 (3,33) -5.00866496E-05 UZF033 + 234 (3,34) -1.36470982E-04 UZF034 + 235 (3,35) -1.34489750E-04 UZF035 + 236 (3,36) -1.31265821E-04 UZF036 + 237 (3,37) -1.26501021E-04 UZF037 + 238 (3,38) -1.20099798E-04 UZF038 + 239 (3,39) -1.12561487E-04 UZF039 + 240 (3,40) -1.05894262E-04 UZF040 + 241 (3,41) -4.86256121E-05 UZF041 + 242 (3,42) -4.91103659E-05 UZF042 + 243 (3,43) -5.00866496E-05 UZF043 + 244 (3,44) -1.36470982E-04 UZF044 + 245 (3,45) -1.34489750E-04 UZF045 + 246 (3,46) -1.31265821E-04 UZF046 + 247 (3,47) -1.26501021E-04 UZF047 + 248 (3,48) -1.20099798E-04 UZF048 + 249 (3,49) -1.12561487E-04 UZF049 + 250 (3,50) -1.05894262E-04 UZF050 + 251 (3,51) -4.86256121E-05 UZF051 + 252 (3,52) -4.91103659E-05 UZF052 + 253 (3,53) -5.00866496E-05 UZF053 + 254 (3,54) -1.36470982E-04 UZF054 + 255 (3,55) -1.34489750E-04 UZF055 + 256 (3,56) -1.31265821E-04 UZF056 + 257 (3,57) 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(3,85) -1.34489750E-04 UZF085 + 286 (3,86) -1.31265821E-04 UZF086 + 287 (3,87) -1.26501021E-04 UZF087 + 288 (3,88) -1.20099798E-04 UZF088 + 289 (3,89) -1.12561487E-04 UZF089 + 290 (3,90) -1.05894262E-04 UZF090 + 291 (3,91) -4.86256121E-05 UZF091 + 292 (3,92) -4.91103659E-05 UZF092 + 293 (3,93) -5.00866496E-05 UZF093 + 294 (3,94) -1.36470982E-04 UZF094 + 295 (3,95) -1.34489750E-04 UZF095 + 296 (3,96) -1.31265821E-04 UZF096 + 297 (3,97) -1.26501021E-04 UZF097 + 298 (3,98) -1.20099798E-04 UZF098 + 299 (3,99) -1.12561487E-04 UZF099 + 300 (3,100) -1.05894262E-04 UZF100 + 301 (4,1) -0.0000000 UZF001 + 302 (4,2) -0.0000000 UZF002 + 303 (4,3) -0.0000000 UZF003 + 304 (4,4) -0.0000000 UZF004 + 305 (4,5) -0.0000000 UZF005 + 306 (4,6) -0.0000000 UZF006 + 307 (4,7) -0.0000000 UZF007 + 308 (4,8) -0.0000000 UZF008 + 309 (4,9) -0.0000000 UZF009 + 310 (4,10) -0.0000000 UZF010 + 311 (4,11) -0.0000000 UZF011 + 312 (4,12) -0.0000000 UZF012 + 313 (4,13) -0.0000000 UZF013 + 314 (4,14) -0.0000000 UZF014 + 315 (4,15) -0.0000000 UZF015 + 316 (4,16) -0.0000000 UZF016 + 317 (4,17) -0.0000000 UZF017 + 318 (4,18) -0.0000000 UZF018 + 319 (4,19) -0.0000000 UZF019 + 320 (4,20) -0.0000000 UZF020 + 321 (4,21) -0.0000000 UZF021 + 322 (4,22) -0.0000000 UZF022 + 323 (4,23) -0.0000000 UZF023 + 324 (4,24) -0.0000000 UZF024 + 325 (4,25) -0.0000000 UZF025 + 326 (4,26) -0.0000000 UZF026 + 327 (4,27) -0.0000000 UZF027 + 328 (4,28) -0.0000000 UZF028 + 329 (4,29) -0.0000000 UZF029 + 330 (4,30) -0.0000000 UZF030 + 331 (4,31) -0.0000000 UZF031 + 332 (4,32) -0.0000000 UZF032 + 333 (4,33) -0.0000000 UZF033 + 334 (4,34) -0.0000000 UZF034 + 335 (4,35) -0.0000000 UZF035 + 336 (4,36) -0.0000000 UZF036 + 337 (4,37) -0.0000000 UZF037 + 338 (4,38) -0.0000000 UZF038 + 339 (4,39) -0.0000000 UZF039 + 340 (4,40) -0.0000000 UZF040 + 341 (4,41) -0.0000000 UZF041 + 342 (4,42) -0.0000000 UZF042 + 343 (4,43) -0.0000000 UZF043 + 344 (4,44) -0.0000000 UZF044 + 345 (4,45) -0.0000000 UZF045 + 346 (4,46) -0.0000000 UZF046 + 347 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................................................................................................................................................................ + 1 19.5223 19.4566 19.3255 19.1341 18.8693 18.5460 18.1734 17.7721 17.3875 17.1152 + 19.5223 19.4566 19.3255 19.1341 18.8693 18.5460 18.1734 17.7721 17.3875 17.1152 + 19.5223 19.4566 19.3255 19.1341 18.8693 18.5460 18.1734 17.7721 17.3875 17.1152 + 19.5223 19.4566 19.3255 19.1341 18.8693 18.5460 18.1734 17.7721 17.3875 17.1152 + 19.5223 19.4566 19.3255 19.1341 18.8693 18.5460 18.1734 17.7721 17.3875 17.1152 + 19.5223 19.4566 19.3255 19.1341 18.8693 18.5460 18.1734 17.7721 17.3875 17.1152 + 19.5223 19.4566 19.3255 19.1341 18.8693 18.5460 18.1734 17.7721 17.3875 17.1152 + 19.5223 19.4566 19.3255 19.1341 18.8693 18.5460 18.1734 17.7721 17.3875 17.1152 + 19.5223 19.4566 19.3255 19.1341 18.8693 18.5460 18.1734 17.7721 17.3875 17.1152 + 19.5223 19.4566 19.3255 19.1341 18.8693 18.5460 18.1734 17.7721 17.3875 17.1152 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 3 IN STRESS PERIOD 5 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + 11 12 13 14 15 16 17 18 19 20 + 21 22 23 24 25 26 27 28 29 30 + 31 32 33 34 35 36 37 38 39 40 + 41 42 43 44 45 46 47 48 49 50 + 51 52 53 54 55 56 57 58 59 60 + 61 62 63 64 65 66 67 68 69 70 + 71 72 73 74 75 76 77 78 79 80 + 81 82 83 84 85 86 87 88 89 90 + 91 92 93 94 95 96 97 98 99 100 + ................................................................................................................................................................ + 1 18.9328 18.8600 18.7140 18.4947 18.2007 17.8347 17.4030 16.9219 16.4328 16.0437 + 18.9328 18.8600 18.7140 18.4947 18.2007 17.8347 17.4030 16.9219 16.4328 16.0437 + 18.9328 18.8600 18.7140 18.4947 18.2007 17.8347 17.4030 16.9219 16.4328 16.0437 + 18.9328 18.8600 18.7140 18.4947 18.2007 17.8347 17.4030 16.9219 16.4328 16.0437 + 18.9328 18.8600 18.7140 18.4947 18.2007 17.8347 17.4030 16.9219 16.4328 16.0437 + 18.9328 18.8600 18.7140 18.4947 18.2007 17.8347 17.4030 16.9219 16.4328 16.0437 + 18.9328 18.8600 18.7140 18.4947 18.2007 17.8347 17.4030 16.9219 16.4328 16.0437 + 18.9328 18.8600 18.7140 18.4947 18.2007 17.8347 17.4030 16.9219 16.4328 16.0437 + 18.9328 18.8600 18.7140 18.4947 18.2007 17.8347 17.4030 16.9219 16.4328 16.0437 + 18.9328 18.8600 18.7140 18.4947 18.2007 17.8347 17.4030 16.9219 16.4328 16.0437 +1 + HEAD IN LAYER 4 AT END OF TIME STEP 3 IN STRESS PERIOD 5 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + 11 12 13 14 15 16 17 18 19 20 + 21 22 23 24 25 26 27 28 29 30 + 31 32 33 34 35 36 37 38 39 40 + 41 42 43 44 45 46 47 48 49 50 + 51 52 53 54 55 56 57 58 59 60 + 61 62 63 64 65 66 67 68 69 70 + 71 72 73 74 75 76 77 78 79 80 + 81 82 83 84 85 86 87 88 89 90 + 91 92 93 94 95 96 97 98 99 100 + ................................................................................................................................................................ + 1 18.5257 18.4462 18.2861 18.0430 17.7126 17.2882 16.7571 16.0921 15.2287 14.0001 + 18.5257 18.4462 18.2861 18.0430 17.7126 17.2882 16.7571 16.0921 15.2287 14.0001 + 18.5257 18.4462 18.2861 18.0430 17.7126 17.2882 16.7571 16.0921 15.2287 14.0001 + 18.5257 18.4462 18.2861 18.0430 17.7126 17.2882 16.7571 16.0921 15.2287 14.0001 + 18.5257 18.4462 18.2861 18.0430 17.7126 17.2882 16.7571 16.0921 15.2287 14.0001 + 18.5257 18.4462 18.2861 18.0430 17.7126 17.2882 16.7571 16.0921 15.2287 14.0001 + 18.5257 18.4462 18.2861 18.0430 17.7126 17.2882 16.7571 16.0921 15.2287 14.0001 + 18.5257 18.4462 18.2861 18.0430 17.7126 17.2882 16.7571 16.0921 15.2287 14.0001 + 18.5257 18.4462 18.2861 18.0430 17.7126 17.2882 16.7571 16.0921 15.2287 14.0001 + 18.5257 18.4462 18.2861 18.0430 17.7126 17.2882 16.7571 16.0921 15.2287 14.0001 +1 + HEAD IN LAYER 5 AT END OF TIME STEP 3 IN STRESS PERIOD 5 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + 11 12 13 14 15 16 17 18 19 20 + 21 22 23 24 25 26 27 28 29 30 + 31 32 33 34 35 36 37 38 39 40 + 41 42 43 44 45 46 47 48 49 50 + 51 52 53 54 55 56 57 58 59 60 + 61 62 63 64 65 66 67 68 69 70 + 71 72 73 74 75 76 77 78 79 80 + 81 82 83 84 85 86 87 88 89 90 + 91 92 93 94 95 96 97 98 99 100 + ................................................................................................................................................................ + 1 18.3173 18.2340 18.0658 17.8094 17.4596 17.0086 16.4457 15.7583 14.9374 14.0000 + 18.3173 18.2340 18.0658 17.8094 17.4596 17.0086 16.4457 15.7583 14.9374 14.0000 + 18.3173 18.2340 18.0658 17.8094 17.4596 17.0086 16.4457 15.7583 14.9374 14.0000 + 18.3173 18.2340 18.0658 17.8094 17.4596 17.0086 16.4457 15.7583 14.9374 14.0000 + 18.3173 18.2340 18.0658 17.8094 17.4596 17.0086 16.4457 15.7583 14.9374 14.0000 + 18.3173 18.2340 18.0658 17.8094 17.4596 17.0086 16.4457 15.7583 14.9374 14.0000 + 18.3173 18.2340 18.0658 17.8094 17.4596 17.0086 16.4457 15.7583 14.9374 14.0000 + 18.3173 18.2340 18.0658 17.8094 17.4596 17.0086 16.4457 15.7583 14.9374 14.0000 + 18.3173 18.2340 18.0658 17.8094 17.4596 17.0086 16.4457 15.7583 14.9374 14.0000 + 18.3173 18.2340 18.0658 17.8094 17.4596 17.0086 16.4457 15.7583 14.9374 14.0000 + + HEAD WILL BE SAVED ON UNIT 1019 AT END OF TIME STEP 3, STRESS PERIOD 5 + + + UZF_0 BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 3, STRESS PERIOD 5 + ------------------------------------------------------------------------------ + + CUMULATIVE UZF_0 L**3 RATES FOR THIS TIME STEP L**3/T + ------------------ ------------------------ + + IN: IN: + --- --- + GWF = 0.0000 GWF = 0.0000 + INFILTRATION = 690.0000 INFILTRATION = 15.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.0000 UZET = 0.0000 + STORAGE = 16.6050 STORAGE = 0.0000 + + TOTAL IN = 706.6050 TOTAL IN = 15.0000 + + OUT: OUT: + ---- ---- + GWF = 690.9164 GWF = 14.9574 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 1.8078 UZET = 4.0506E-02 + STORAGE = 13.8809 STORAGE = 2.1287E-03 + + TOTAL OUT = 706.6050 TOTAL OUT = 15.0000 + + IN - OUT = 1.6900E-06 IN - OUT = 2.8422E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 3, STRESS PERIOD 5 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.8588E-02 STO-SS = 4.1591E-06 STORAGE + STO-SY = 40.3293 STO-SY = 7.8347E-03 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 690.9164 UZF-GWRCH = 14.9574 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 731.2943 TOTAL IN = 14.9652 + + OUT: OUT: + ---- ---- + STO-SS = 7.9969E-04 STO-SS = 0.0000 STORAGE + STO-SY = 11.9671 STO-SY = 0.0000 STORAGE + GHB = 717.0106 GHB = 14.9171 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 2.3158 UZF-GWET = 4.8130E-02 UZF_0 + + TOTAL OUT = 731.2943 TOTAL OUT = 14.9652 + + IN - OUT = -1.7996E-06 IN - OUT = -3.5646E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 3 IN STRESS PERIOD 5 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 5.18400E+05 8640.0 144.00 6.0000 1.64271E-02 + TOTAL TIME 3.97440E+06 66240. 1104.0 46.000 0.12594 + + +end timestep + + +start timestep kper="5" kstp="4" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1018 AT TIME STEP 4, STRESS PERIOD 5 + UBDSV1 SAVING STO-SY ON UNIT 1018 AT TIME STEP 4, STRESS PERIOD 5 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1018 AT TIME STEP 4, STRESS PERIOD 5 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1018 AT TIME STEP 4, STRESS PERIOD 5 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 4, STRESS PERIOD 5 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 4, STRESS PERIOD 5 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 4, STRESS PERIOD 5 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 4, STRESS PERIOD 5 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1014 AT TIME STEP 4, STRESS PERIOD 5 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 4, STRESS PERIOD 5 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 4, STRESS PERIOD 5 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 4, STRESS PERIOD 5 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 4, STRESS PERIOD 5 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 5 STEP 4 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.0229083 + 2 (4,20) -1.0229083 + 3 (4,30) -1.0229083 + 4 (4,40) -1.0229083 + 5 (4,50) -1.0229083 + 6 (4,60) -1.0229083 + 7 (4,70) -1.0229083 + 8 (4,80) -1.0229083 + 9 (4,90) -1.0229083 + 10 (4,100) -1.0229083 + 11 (5,10) -0.46866210 + 12 (5,20) -0.46866210 + 13 (5,30) -0.46866210 + 14 (5,40) -0.46866210 + 15 (5,50) -0.46866210 + 16 (5,60) -0.46866210 + 17 (5,70) -0.46866210 + 18 (5,80) -0.46866210 + 19 (5,90) -0.46866210 + 20 (5,100) -0.46866210 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 5 STEP 4 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14964752 UZF001 + 2 (1,2) 0.14964407 UZF002 + 3 (1,3) 0.14963962 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14964752 UZF011 + 12 (1,12) 0.14964407 UZF012 + 13 (1,13) 0.14963962 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14964752 UZF021 + 22 (1,22) 0.14964407 UZF022 + 23 (1,23) 0.14963962 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14964752 UZF031 + 32 (1,32) 0.14964407 UZF032 + 33 (1,33) 0.14963962 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14964752 UZF041 + 42 (1,42) 0.14964407 UZF042 + 43 (1,43) 0.14963962 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14964752 UZF051 + 52 (1,52) 0.14964407 UZF052 + 53 (1,53) 0.14963962 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14964752 UZF061 + 62 (1,62) 0.14964407 UZF062 + 63 (1,63) 0.14963962 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14964752 UZF071 + 72 (1,72) 0.14964407 UZF072 + 73 (1,73) 0.14963962 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14964752 UZF081 + 82 (1,82) 0.14964407 UZF082 + 83 (1,83) 0.14963962 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14964752 UZF091 + 92 (1,92) 0.14964407 UZF092 + 93 (1,93) 0.14963962 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.14959153 UZF004 + 105 (2,5) 0.14958145 UZF005 + 106 (2,6) 0.14956836 UZF006 + 107 (2,7) 0.14955281 UZF007 + 108 (2,8) 0.14953573 UZF008 + 109 (2,9) 0.14951914 UZF009 + 110 (2,10) 0.14950723 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.14959153 UZF014 + 115 (2,15) 0.14958145 UZF015 + 116 (2,16) 0.14956836 UZF016 + 117 (2,17) 0.14955281 UZF017 + 118 (2,18) 0.14953573 UZF018 + 119 (2,19) 0.14951914 UZF019 + 120 (2,20) 0.14950723 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.14959153 UZF024 + 125 (2,25) 0.14958145 UZF025 + 126 (2,26) 0.14956836 UZF026 + 127 (2,27) 0.14955281 UZF027 + 128 (2,28) 0.14953573 UZF028 + 129 (2,29) 0.14951914 UZF029 + 130 (2,30) 0.14950723 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.14959153 UZF034 + 135 (2,35) 0.14958145 UZF035 + 136 (2,36) 0.14956836 UZF036 + 137 (2,37) 0.14955281 UZF037 + 138 (2,38) 0.14953573 UZF038 + 139 (2,39) 0.14951914 UZF039 + 140 (2,40) 0.14950723 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.14959153 UZF044 + 145 (2,45) 0.14958145 UZF045 + 146 (2,46) 0.14956836 UZF046 + 147 (2,47) 0.14955281 UZF047 + 148 (2,48) 0.14953573 UZF048 + 149 (2,49) 0.14951914 UZF049 + 150 (2,50) 0.14950723 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.14959153 UZF054 + 155 (2,55) 0.14958145 UZF055 + 156 (2,56) 0.14956836 UZF056 + 157 (2,57) 0.14955281 UZF057 + 158 (2,58) 0.14953573 UZF058 + 159 (2,59) 0.14951914 UZF059 + 160 (2,60) 0.14950723 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.14959153 UZF064 + 165 (2,65) 0.14958145 UZF065 + 166 (2,66) 0.14956836 UZF066 + 167 (2,67) 0.14955281 UZF067 + 168 (2,68) 0.14953573 UZF068 + 169 (2,69) 0.14951914 UZF069 + 170 (2,70) 0.14950723 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.14959153 UZF074 + 175 (2,75) 0.14958145 UZF075 + 176 (2,76) 0.14956836 UZF076 + 177 (2,77) 0.14955281 UZF077 + 178 (2,78) 0.14953573 UZF078 + 179 (2,79) 0.14951914 UZF079 + 180 (2,80) 0.14950723 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.14959153 UZF084 + 185 (2,85) 0.14958145 UZF085 + 186 (2,86) 0.14956836 UZF086 + 187 (2,87) 0.14955281 UZF087 + 188 (2,88) 0.14953573 UZF088 + 189 (2,89) 0.14951914 UZF089 + 190 (2,90) 0.14950723 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.14959153 UZF094 + 195 (2,95) 0.14958145 UZF095 + 196 (2,96) 0.14956836 UZF096 + 197 (2,97) 0.14955281 UZF097 + 198 (2,98) 0.14953573 UZF098 + 199 (2,99) 0.14951914 UZF099 + 200 (2,100) 0.14950723 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 0.0000000 UZF076 + 277 (3,77) 0.0000000 UZF077 + 278 (3,78) 0.0000000 UZF078 + 279 (3,79) 0.0000000 UZF079 + 280 (3,80) 0.0000000 UZF080 + 281 (3,81) 0.0000000 UZF081 + 282 (3,82) 0.0000000 UZF082 + 283 (3,83) 0.0000000 UZF083 + 284 (3,84) 0.0000000 UZF084 + 285 (3,85) 0.0000000 UZF085 + 286 (3,86) 0.0000000 UZF086 + 287 (3,87) 0.0000000 UZF087 + 288 (3,88) 0.0000000 UZF088 + 289 (3,89) 0.0000000 UZF089 + 290 (3,90) 0.0000000 UZF090 + 291 (3,91) 0.0000000 UZF091 + 292 (3,92) 0.0000000 UZF092 + 293 (3,93) 0.0000000 UZF093 + 294 (3,94) 0.0000000 UZF094 + 295 (3,95) 0.0000000 UZF095 + 296 (3,96) 0.0000000 UZF096 + 297 (3,97) 0.0000000 UZF097 + 298 (3,98) 0.0000000 UZF098 + 299 (3,99) 0.0000000 UZF099 + 300 (3,100) 0.0000000 UZF100 + 301 (4,1) 0.0000000 UZF001 + 302 (4,2) 0.0000000 UZF002 + 303 (4,3) 0.0000000 UZF003 + 304 (4,4) 0.0000000 UZF004 + 305 (4,5) 0.0000000 UZF005 + 306 (4,6) 0.0000000 UZF006 + 307 (4,7) 0.0000000 UZF007 + 308 (4,8) 0.0000000 UZF008 + 309 (4,9) 0.0000000 UZF009 + 310 (4,10) 0.0000000 UZF010 + 311 (4,11) 0.0000000 UZF011 + 312 (4,12) 0.0000000 UZF012 + 313 (4,13) 0.0000000 UZF013 + 314 (4,14) 0.0000000 UZF014 + 315 (4,15) 0.0000000 UZF015 + 316 (4,16) 0.0000000 UZF016 + 317 (4,17) 0.0000000 UZF017 + 318 (4,18) 0.0000000 UZF018 + 319 (4,19) 0.0000000 UZF019 + 320 (4,20) 0.0000000 UZF020 + 321 (4,21) 0.0000000 UZF021 + 322 (4,22) 0.0000000 UZF022 + 323 (4,23) 0.0000000 UZF023 + 324 (4,24) 0.0000000 UZF024 + 325 (4,25) 0.0000000 UZF025 + 326 (4,26) 0.0000000 UZF026 + 327 (4,27) 0.0000000 UZF027 + 328 (4,28) 0.0000000 UZF028 + 329 (4,29) 0.0000000 UZF029 + 330 (4,30) 0.0000000 UZF030 + 331 (4,31) 0.0000000 UZF031 + 332 (4,32) 0.0000000 UZF032 + 333 (4,33) 0.0000000 UZF033 + 334 (4,34) 0.0000000 UZF034 + 335 (4,35) 0.0000000 UZF035 + 336 (4,36) 0.0000000 UZF036 + 337 (4,37) 0.0000000 UZF037 + 338 (4,38) 0.0000000 UZF038 + 339 (4,39) 0.0000000 UZF039 + 340 (4,40) 0.0000000 UZF040 + 341 (4,41) 0.0000000 UZF041 + 342 (4,42) 0.0000000 UZF042 + 343 (4,43) 0.0000000 UZF043 + 344 (4,44) 0.0000000 UZF044 + 345 (4,45) 0.0000000 UZF045 + 346 (4,46) 0.0000000 UZF046 + 347 (4,47) 0.0000000 UZF047 + 348 (4,48) 0.0000000 UZF048 + 349 (4,49) 0.0000000 UZF049 + 350 (4,50) 0.0000000 UZF050 + 351 (4,51) 0.0000000 UZF051 + 352 (4,52) 0.0000000 UZF052 + 353 (4,53) 0.0000000 UZF053 + 354 (4,54) 0.0000000 UZF054 + 355 (4,55) 0.0000000 UZF055 + 356 (4,56) 0.0000000 UZF056 + 357 (4,57) 0.0000000 UZF057 + 358 (4,58) 0.0000000 UZF058 + 359 (4,59) 0.0000000 UZF059 + 360 (4,60) 0.0000000 UZF060 + 361 (4,61) 0.0000000 UZF061 + 362 (4,62) 0.0000000 UZF062 + 363 (4,63) 0.0000000 UZF063 + 364 (4,64) 0.0000000 UZF064 + 365 (4,65) 0.0000000 UZF065 + 366 (4,66) 0.0000000 UZF066 + 367 (4,67) 0.0000000 UZF067 + 368 (4,68) 0.0000000 UZF068 + 369 (4,69) 0.0000000 UZF069 + 370 (4,70) 0.0000000 UZF070 + 371 (4,71) 0.0000000 UZF071 + 372 (4,72) 0.0000000 UZF072 + 373 (4,73) 0.0000000 UZF073 + 374 (4,74) 0.0000000 UZF074 + 375 (4,75) 0.0000000 UZF075 + 376 (4,76) 0.0000000 UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 (5,23) 0.0000000 UZF023 + 424 (5,24) 0.0000000 UZF024 + 425 (5,25) 0.0000000 UZF025 + 426 (5,26) 0.0000000 UZF026 + 427 (5,27) 0.0000000 UZF027 + 428 (5,28) 0.0000000 UZF028 + 429 (5,29) 0.0000000 UZF029 + 430 (5,30) 0.0000000 UZF030 + 431 (5,31) 0.0000000 UZF031 + 432 (5,32) 0.0000000 UZF032 + 433 (5,33) 0.0000000 UZF033 + 434 (5,34) 0.0000000 UZF034 + 435 (5,35) 0.0000000 UZF035 + 436 (5,36) 0.0000000 UZF036 + 437 (5,37) 0.0000000 UZF037 + 438 (5,38) 0.0000000 UZF038 + 439 (5,39) 0.0000000 UZF039 + 440 (5,40) 0.0000000 UZF040 + 441 (5,41) 0.0000000 UZF041 + 442 (5,42) 0.0000000 UZF042 + 443 (5,43) 0.0000000 UZF043 + 444 (5,44) 0.0000000 UZF044 + 445 (5,45) 0.0000000 UZF045 + 446 (5,46) 0.0000000 UZF046 + 447 (5,47) 0.0000000 UZF047 + 448 (5,48) 0.0000000 UZF048 + 449 (5,49) 0.0000000 UZF049 + 450 (5,50) 0.0000000 UZF050 + 451 (5,51) 0.0000000 UZF051 + 452 (5,52) 0.0000000 UZF052 + 453 (5,53) 0.0000000 UZF053 + 454 (5,54) 0.0000000 UZF054 + 455 (5,55) 0.0000000 UZF055 + 456 (5,56) 0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 5 STEP 4 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 0.0000000 UZF042 + 43 (1,43) 0.0000000 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.0000000 UZF051 + 52 (1,52) 0.0000000 UZF052 + 53 (1,53) 0.0000000 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.0000000 UZF061 + 62 (1,62) 0.0000000 UZF062 + 63 (1,63) 0.0000000 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.0000000 UZF071 + 72 (1,72) 0.0000000 UZF072 + 73 (1,73) 0.0000000 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 UZF081 + 82 (1,82) 0.0000000 UZF082 + 83 (1,83) 0.0000000 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.0000000 UZF091 + 92 (1,92) 0.0000000 UZF092 + 93 (1,93) 0.0000000 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) -0.0000000 UZF001 + 102 (2,2) -0.0000000 UZF002 + 103 (2,3) -0.0000000 UZF003 + 104 (2,4) -0.0000000 UZF004 + 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LAYER 4 AT END OF TIME STEP 4 IN STRESS PERIOD 5 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + 11 12 13 14 15 16 17 18 19 20 + 21 22 23 24 25 26 27 28 29 30 + 31 32 33 34 35 36 37 38 39 40 + 41 42 43 44 45 46 47 48 49 50 + 51 52 53 54 55 56 57 58 59 60 + 61 62 63 64 65 66 67 68 69 70 + 71 72 73 74 75 76 77 78 79 80 + 81 82 83 84 85 86 87 88 89 90 + 91 92 93 94 95 96 97 98 99 100 + ................................................................................................................................................................ + 1 18.5253 18.4458 18.2857 18.0426 17.7123 17.2879 16.7568 16.0919 15.2286 14.0001 + 18.5253 18.4458 18.2857 18.0426 17.7123 17.2879 16.7568 16.0919 15.2286 14.0001 + 18.5253 18.4458 18.2857 18.0426 17.7123 17.2879 16.7568 16.0919 15.2286 14.0001 + 18.5253 18.4458 18.2857 18.0426 17.7123 17.2879 16.7568 16.0919 15.2286 14.0001 + 18.5253 18.4458 18.2857 18.0426 17.7123 17.2879 16.7568 16.0919 15.2286 14.0001 + 18.5253 18.4458 18.2857 18.0426 17.7123 17.2879 16.7568 16.0919 15.2286 14.0001 + 18.5253 18.4458 18.2857 18.0426 17.7123 17.2879 16.7568 16.0919 15.2286 14.0001 + 18.5253 18.4458 18.2857 18.0426 17.7123 17.2879 16.7568 16.0919 15.2286 14.0001 + 18.5253 18.4458 18.2857 18.0426 17.7123 17.2879 16.7568 16.0919 15.2286 14.0001 + 18.5253 18.4458 18.2857 18.0426 17.7123 17.2879 16.7568 16.0919 15.2286 14.0001 +1 + HEAD IN LAYER 5 AT END OF TIME STEP 4 IN STRESS PERIOD 5 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + 11 12 13 14 15 16 17 18 19 20 + 21 22 23 24 25 26 27 28 29 30 + 31 32 33 34 35 36 37 38 39 40 + 41 42 43 44 45 46 47 48 49 50 + 51 52 53 54 55 56 57 58 59 60 + 61 62 63 64 65 66 67 68 69 70 + 71 72 73 74 75 76 77 78 79 80 + 81 82 83 84 85 86 87 88 89 90 + 91 92 93 94 95 96 97 98 99 100 + ................................................................................................................................................................ + 1 18.3169 18.2336 18.0654 17.8090 17.4593 17.0083 16.4455 15.7582 14.9373 14.0000 + 18.3169 18.2336 18.0654 17.8090 17.4593 17.0083 16.4455 15.7582 14.9373 14.0000 + 18.3169 18.2336 18.0654 17.8090 17.4593 17.0083 16.4455 15.7582 14.9373 14.0000 + 18.3169 18.2336 18.0654 17.8090 17.4593 17.0083 16.4455 15.7582 14.9373 14.0000 + 18.3169 18.2336 18.0654 17.8090 17.4593 17.0083 16.4455 15.7582 14.9373 14.0000 + 18.3169 18.2336 18.0654 17.8090 17.4593 17.0083 16.4455 15.7582 14.9373 14.0000 + 18.3169 18.2336 18.0654 17.8090 17.4593 17.0083 16.4455 15.7582 14.9373 14.0000 + 18.3169 18.2336 18.0654 17.8090 17.4593 17.0083 16.4455 15.7582 14.9373 14.0000 + 18.3169 18.2336 18.0654 17.8090 17.4593 17.0083 16.4455 15.7582 14.9373 14.0000 + 18.3169 18.2336 18.0654 17.8090 17.4593 17.0083 16.4455 15.7582 14.9373 14.0000 + + HEAD WILL BE SAVED ON UNIT 1019 AT END OF TIME STEP 4, STRESS PERIOD 5 + + + UZF_0 BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 4, STRESS PERIOD 5 + ------------------------------------------------------------------------------ + + CUMULATIVE UZF_0 L**3 RATES FOR THIS TIME STEP L**3/T + ------------------ ------------------------ + + IN: IN: + --- --- + GWF = 0.0000 GWF = 0.0000 + INFILTRATION = 720.0000 INFILTRATION = 15.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.0000 UZET = 0.0000 + STORAGE = 16.6050 STORAGE = 0.0000 + + TOTAL IN = 736.6050 TOTAL IN = 15.0000 + + OUT: OUT: + ---- ---- + GWF = 720.8322 GWF = 14.9579 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 1.8888 UZET = 4.0508E-02 + STORAGE = 13.8841 STORAGE = 1.6173E-03 + + TOTAL OUT = 736.6050 TOTAL OUT = 15.0000 + + IN - OUT = 1.6900E-06 IN - OUT = 3.1974E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 4, STRESS PERIOD 5 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.8594E-02 STO-SS = 3.1599E-06 STORAGE + STO-SY = 40.3412 STO-SY = 5.9526E-03 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 720.8322 UZF-GWRCH = 14.9579 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 761.2220 TOTAL IN = 14.9638 + + OUT: OUT: + ---- ---- + STO-SS = 7.9969E-04 STO-SS = 0.0000 STORAGE + STO-SY = 11.9671 STO-SY = 0.0000 STORAGE + GHB = 746.8420 GHB = 14.9157 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 2.4120 UZF-GWET = 4.8126E-02 UZF_0 + + TOTAL OUT = 761.2220 TOTAL OUT = 14.9638 + + IN - OUT = -1.8499E-06 IN - OUT = -2.5152E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 4 IN STRESS PERIOD 5 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 6.91200E+05 11520. 192.00 8.0000 2.19028E-02 + TOTAL TIME 4.14720E+06 69120. 1152.0 48.000 0.13142 + + +end timestep + + +start timestep kper="5" kstp="5" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1018 AT TIME STEP 5, STRESS PERIOD 5 + UBDSV1 SAVING STO-SY ON UNIT 1018 AT TIME STEP 5, STRESS PERIOD 5 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1018 AT TIME STEP 5, STRESS PERIOD 5 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1018 AT TIME STEP 5, STRESS PERIOD 5 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 5, STRESS PERIOD 5 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 5, STRESS PERIOD 5 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1018 AT TIME STEP 5, STRESS PERIOD 5 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 5, STRESS PERIOD 5 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1014 AT TIME STEP 5, STRESS PERIOD 5 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 5, STRESS PERIOD 5 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 5, STRESS PERIOD 5 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 5, STRESS PERIOD 5 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1014 AT TIME STEP 5, STRESS PERIOD 5 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 5 STEP 5 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.0228377 + 2 (4,20) -1.0228377 + 3 (4,30) -1.0228377 + 4 (4,40) -1.0228377 + 5 (4,50) -1.0228377 + 6 (4,60) -1.0228377 + 7 (4,70) -1.0228377 + 8 (4,80) -1.0228377 + 9 (4,90) -1.0228377 + 10 (4,100) -1.0228377 + 11 (5,10) -0.46862853 + 12 (5,20) -0.46862853 + 13 (5,30) -0.46862853 + 14 (5,40) -0.46862853 + 15 (5,50) -0.46862853 + 16 (5,60) -0.46862853 + 17 (5,70) -0.46862853 + 18 (5,80) -0.46862853 + 19 (5,90) -0.46862853 + 20 (5,100) -0.46862853 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 5 STEP 5 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14965297 UZF001 + 2 (1,2) 0.14964927 UZF002 + 3 (1,3) 0.14964353 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14965297 UZF011 + 12 (1,12) 0.14964927 UZF012 + 13 (1,13) 0.14964353 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14965297 UZF021 + 22 (1,22) 0.14964927 UZF022 + 23 (1,23) 0.14964353 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14965297 UZF031 + 32 (1,32) 0.14964927 UZF032 + 33 (1,33) 0.14964353 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14965297 UZF041 + 42 (1,42) 0.14964927 UZF042 + 43 (1,43) 0.14964353 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14965297 UZF051 + 52 (1,52) 0.14964927 UZF052 + 53 (1,53) 0.14964353 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14965297 UZF061 + 62 (1,62) 0.14964927 UZF062 + 63 (1,63) 0.14964353 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14965297 UZF071 + 72 (1,72) 0.14964927 UZF072 + 73 (1,73) 0.14964353 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14965297 UZF081 + 82 (1,82) 0.14964927 UZF082 + 83 (1,83) 0.14964353 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14965297 UZF091 + 92 (1,92) 0.14964927 UZF092 + 93 (1,93) 0.14964353 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.14959630 UZF004 + 105 (2,5) 0.14958568 UZF005 + 106 (2,6) 0.14957212 UZF006 + 107 (2,7) 0.14955614 UZF007 + 108 (2,8) 0.14953868 UZF008 + 109 (2,9) 0.14952177 UZF009 + 110 (2,10) 0.14950968 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.14959630 UZF014 + 115 (2,15) 0.14958568 UZF015 + 116 (2,16) 0.14957212 UZF016 + 117 (2,17) 0.14955614 UZF017 + 118 (2,18) 0.14953868 UZF018 + 119 (2,19) 0.14952177 UZF019 + 120 (2,20) 0.14950968 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.14959630 UZF024 + 125 (2,25) 0.14958568 UZF025 + 126 (2,26) 0.14957212 UZF026 + 127 (2,27) 0.14955614 UZF027 + 128 (2,28) 0.14953868 UZF028 + 129 (2,29) 0.14952177 UZF029 + 130 (2,30) 0.14950968 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.14959630 UZF034 + 135 (2,35) 0.14958568 UZF035 + 136 (2,36) 0.14957212 UZF036 + 137 (2,37) 0.14955614 UZF037 + 138 (2,38) 0.14953868 UZF038 + 139 (2,39) 0.14952177 UZF039 + 140 (2,40) 0.14950968 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.14959630 UZF044 + 145 (2,45) 0.14958568 UZF045 + 146 (2,46) 0.14957212 UZF046 + 147 (2,47) 0.14955614 UZF047 + 148 (2,48) 0.14953868 UZF048 + 149 (2,49) 0.14952177 UZF049 + 150 (2,50) 0.14950968 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.14959630 UZF054 + 155 (2,55) 0.14958568 UZF055 + 156 (2,56) 0.14957212 UZF056 + 157 (2,57) 0.14955614 UZF057 + 158 (2,58) 0.14953868 UZF058 + 159 (2,59) 0.14952177 UZF059 + 160 (2,60) 0.14950968 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.14959630 UZF064 + 165 (2,65) 0.14958568 UZF065 + 166 (2,66) 0.14957212 UZF066 + 167 (2,67) 0.14955614 UZF067 + 168 (2,68) 0.14953868 UZF068 + 169 (2,69) 0.14952177 UZF069 + 170 (2,70) 0.14950968 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.14959630 UZF074 + 175 (2,75) 0.14958568 UZF075 + 176 (2,76) 0.14957212 UZF076 + 177 (2,77) 0.14955614 UZF077 + 178 (2,78) 0.14953868 UZF078 + 179 (2,79) 0.14952177 UZF079 + 180 (2,80) 0.14950968 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.14959630 UZF084 + 185 (2,85) 0.14958568 UZF085 + 186 (2,86) 0.14957212 UZF086 + 187 (2,87) 0.14955614 UZF087 + 188 (2,88) 0.14953868 UZF088 + 189 (2,89) 0.14952177 UZF089 + 190 (2,90) 0.14950968 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.14959630 UZF094 + 195 (2,95) 0.14958568 UZF095 + 196 (2,96) 0.14957212 UZF096 + 197 (2,97) 0.14955614 UZF097 + 198 (2,98) 0.14953868 UZF098 + 199 (2,99) 0.14952177 UZF099 + 200 (2,100) 0.14950968 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 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0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 5 STEP 5 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 0.0000000 UZF042 + 43 (1,43) 0.0000000 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.0000000 UZF051 + 52 (1,52) 0.0000000 UZF052 + 53 (1,53) 0.0000000 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.0000000 UZF061 + 62 (1,62) 0.0000000 UZF062 + 63 (1,63) 0.0000000 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.0000000 UZF071 + 72 (1,72) 0.0000000 UZF072 + 73 (1,73) 0.0000000 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 UZF081 + 82 (1,82) 0.0000000 UZF082 + 83 (1,83) 0.0000000 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.0000000 UZF091 + 92 (1,92) 0.0000000 UZF092 + 93 (1,93) 0.0000000 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) -0.0000000 UZF001 + 102 (2,2) -0.0000000 UZF002 + 103 (2,3) -0.0000000 UZF003 + 104 (2,4) -0.0000000 UZF004 + 105 (2,5) -0.0000000 UZF005 + 106 (2,6) -0.0000000 UZF006 + 107 (2,7) -0.0000000 UZF007 + 108 (2,8) -0.0000000 UZF008 + 109 (2,9) -0.0000000 UZF009 + 110 (2,10) -0.0000000 UZF010 + 111 (2,11) -0.0000000 UZF011 + 112 (2,12) -0.0000000 UZF012 + 113 (2,13) -0.0000000 UZF013 + 114 (2,14) -0.0000000 UZF014 + 115 (2,15) -0.0000000 UZF015 + 116 (2,16) -0.0000000 UZF016 + 117 (2,17) -0.0000000 UZF017 + 118 (2,18) -0.0000000 UZF018 + 119 (2,19) -0.0000000 UZF019 + 120 (2,20) -0.0000000 UZF020 + 121 (2,21) -0.0000000 UZF021 + 122 (2,22) -0.0000000 UZF022 + 123 (2,23) -0.0000000 UZF023 + 124 (2,24) -0.0000000 UZF024 + 125 (2,25) -0.0000000 UZF025 + 126 (2,26) -0.0000000 UZF026 + 127 (2,27) -0.0000000 UZF027 + 128 (2,28) -0.0000000 UZF028 + 129 (2,29) -0.0000000 UZF029 + 130 (2,30) -0.0000000 UZF030 + 131 (2,31) -0.0000000 UZF031 + 132 (2,32) -0.0000000 UZF032 + 133 (2,33) -0.0000000 UZF033 + 134 (2,34) -0.0000000 UZF034 + 135 (2,35) -0.0000000 UZF035 + 136 (2,36) -0.0000000 UZF036 + 137 (2,37) -0.0000000 UZF037 + 138 (2,38) -0.0000000 UZF038 + 139 (2,39) -0.0000000 UZF039 + 140 (2,40) -0.0000000 UZF040 + 141 (2,41) -0.0000000 UZF041 + 142 (2,42) -0.0000000 UZF042 + 143 (2,43) -0.0000000 UZF043 + 144 (2,44) -0.0000000 UZF044 + 145 (2,45) -0.0000000 UZF045 + 146 (2,46) -0.0000000 UZF046 + 147 (2,47) -0.0000000 UZF047 + 148 (2,48) -0.0000000 UZF048 + 149 (2,49) -0.0000000 UZF049 + 150 (2,50) -0.0000000 UZF050 + 151 (2,51) 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UZF015 + 216 (3,16) -0.0000000 UZF016 + 217 (3,17) -0.0000000 UZF017 + 218 (3,18) -0.0000000 UZF018 + 219 (3,19) -0.0000000 UZF019 + 220 (3,20) -0.0000000 UZF020 + 221 (3,21) -0.0000000 UZF021 + 222 (3,22) -0.0000000 UZF022 + 223 (3,23) -0.0000000 UZF023 + 224 (3,24) -0.0000000 UZF024 + 225 (3,25) -0.0000000 UZF025 + 226 (3,26) -0.0000000 UZF026 + 227 (3,27) -0.0000000 UZF027 + 228 (3,28) -0.0000000 UZF028 + 229 (3,29) -0.0000000 UZF029 + 230 (3,30) -0.0000000 UZF030 + 231 (3,31) -0.0000000 UZF031 + 232 (3,32) -0.0000000 UZF032 + 233 (3,33) -0.0000000 UZF033 + 234 (3,34) -0.0000000 UZF034 + 235 (3,35) -0.0000000 UZF035 + 236 (3,36) -0.0000000 UZF036 + 237 (3,37) -0.0000000 UZF037 + 238 (3,38) -0.0000000 UZF038 + 239 (3,39) -0.0000000 UZF039 + 240 (3,40) -0.0000000 UZF040 + 241 (3,41) -0.0000000 UZF041 + 242 (3,42) -0.0000000 UZF042 + 243 (3,43) -0.0000000 UZF043 + 244 (3,44) -0.0000000 UZF044 + 245 (3,45) -0.0000000 UZF045 + 246 (3,46) -0.0000000 UZF046 + 247 (3,47) -0.0000000 UZF047 + 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(3,80) -0.0000000 UZF080 + 281 (3,81) -0.0000000 UZF081 + 282 (3,82) -0.0000000 UZF082 + 283 (3,83) -0.0000000 UZF083 + 284 (3,84) -0.0000000 UZF084 + 285 (3,85) -0.0000000 UZF085 + 286 (3,86) -0.0000000 UZF086 + 287 (3,87) -0.0000000 UZF087 + 288 (3,88) -0.0000000 UZF088 + 289 (3,89) -0.0000000 UZF089 + 290 (3,90) -0.0000000 UZF090 + 291 (3,91) -0.0000000 UZF091 + 292 (3,92) -0.0000000 UZF092 + 293 (3,93) -0.0000000 UZF093 + 294 (3,94) -0.0000000 UZF094 + 295 (3,95) -0.0000000 UZF095 + 296 (3,96) -0.0000000 UZF096 + 297 (3,97) -0.0000000 UZF097 + 298 (3,98) -0.0000000 UZF098 + 299 (3,99) -0.0000000 UZF099 + 300 (3,100) -0.0000000 UZF100 + 301 (4,1) -0.0000000 UZF001 + 302 (4,2) -0.0000000 UZF002 + 303 (4,3) -0.0000000 UZF003 + 304 (4,4) -0.0000000 UZF004 + 305 (4,5) -0.0000000 UZF005 + 306 (4,6) -0.0000000 UZF006 + 307 (4,7) -0.0000000 UZF007 + 308 (4,8) -0.0000000 UZF008 + 309 (4,9) -0.0000000 UZF009 + 310 (4,10) -0.0000000 UZF010 + 311 (4,11) -0.0000000 UZF011 + 312 (4,12) -0.0000000 UZF012 + 313 (4,13) -0.0000000 UZF013 + 314 (4,14) -0.0000000 UZF014 + 315 (4,15) -0.0000000 UZF015 + 316 (4,16) -0.0000000 UZF016 + 317 (4,17) -0.0000000 UZF017 + 318 (4,18) -0.0000000 UZF018 + 319 (4,19) -0.0000000 UZF019 + 320 (4,20) -0.0000000 UZF020 + 321 (4,21) -0.0000000 UZF021 + 322 (4,22) -0.0000000 UZF022 + 323 (4,23) -0.0000000 UZF023 + 324 (4,24) -0.0000000 UZF024 + 325 (4,25) -0.0000000 UZF025 + 326 (4,26) -0.0000000 UZF026 + 327 (4,27) -0.0000000 UZF027 + 328 (4,28) -0.0000000 UZF028 + 329 (4,29) -0.0000000 UZF029 + 330 (4,30) -0.0000000 UZF030 + 331 (4,31) -0.0000000 UZF031 + 332 (4,32) -0.0000000 UZF032 + 333 (4,33) -0.0000000 UZF033 + 334 (4,34) -0.0000000 UZF034 + 335 (4,35) -0.0000000 UZF035 + 336 (4,36) -0.0000000 UZF036 + 337 (4,37) -0.0000000 UZF037 + 338 (4,38) -0.0000000 UZF038 + 339 (4,39) -0.0000000 UZF039 + 340 (4,40) -0.0000000 UZF040 + 341 (4,41) -0.0000000 UZF041 + 342 (4,42) -0.0000000 UZF042 + 343 (4,43) -0.0000000 UZF043 + 344 (4,44) -0.0000000 UZF044 + 345 (4,45) -0.0000000 UZF045 + 346 (4,46) -0.0000000 UZF046 + 347 (4,47) -0.0000000 UZF047 + 348 (4,48) -0.0000000 UZF048 + 349 (4,49) -0.0000000 UZF049 + 350 (4,50) -0.0000000 UZF050 + 351 (4,51) -0.0000000 UZF051 + 352 (4,52) -0.0000000 UZF052 + 353 (4,53) -0.0000000 UZF053 + 354 (4,54) -0.0000000 UZF054 + 355 (4,55) -0.0000000 UZF055 + 356 (4,56) -0.0000000 UZF056 + 357 (4,57) -0.0000000 UZF057 + 358 (4,58) -0.0000000 UZF058 + 359 (4,59) -0.0000000 UZF059 + 360 (4,60) -0.0000000 UZF060 + 361 (4,61) -0.0000000 UZF061 + 362 (4,62) -0.0000000 UZF062 + 363 (4,63) -0.0000000 UZF063 + 364 (4,64) -0.0000000 UZF064 + 365 (4,65) -0.0000000 UZF065 + 366 (4,66) -0.0000000 UZF066 + 367 (4,67) -0.0000000 UZF067 + 368 (4,68) -0.0000000 UZF068 + 369 (4,69) -0.0000000 UZF069 + 370 (4,70) -0.0000000 UZF070 + 371 (4,71) -0.0000000 UZF071 + 372 (4,72) -0.0000000 UZF072 + 373 (4,73) -0.0000000 UZF073 + 374 (4,74) -0.0000000 UZF074 + 375 (4,75) -0.0000000 UZF075 + 376 (4,76) -0.0000000 UZF076 + 377 (4,77) -0.0000000 UZF077 + 378 (4,78) -0.0000000 UZF078 + 379 (4,79) -0.0000000 UZF079 + 380 (4,80) -0.0000000 UZF080 + 381 (4,81) -0.0000000 UZF081 + 382 (4,82) -0.0000000 UZF082 + 383 (4,83) -0.0000000 UZF083 + 384 (4,84) -0.0000000 UZF084 + 385 (4,85) -0.0000000 UZF085 + 386 (4,86) -0.0000000 UZF086 + 387 (4,87) -0.0000000 UZF087 + 388 (4,88) -0.0000000 UZF088 + 389 (4,89) -0.0000000 UZF089 + 390 (4,90) -0.0000000 UZF090 + 391 (4,91) -0.0000000 UZF091 + 392 (4,92) -0.0000000 UZF092 + 393 (4,93) -0.0000000 UZF093 + 394 (4,94) -0.0000000 UZF094 + 395 (4,95) -0.0000000 UZF095 + 396 (4,96) -0.0000000 UZF096 + 397 (4,97) -0.0000000 UZF097 + 398 (4,98) -0.0000000 UZF098 + 399 (4,99) -0.0000000 UZF099 + 400 (4,100) -0.0000000 UZF100 + 401 (5,1) -0.0000000 UZF001 + 402 (5,2) -0.0000000 UZF002 + 403 (5,3) -0.0000000 UZF003 + 404 (5,4) -0.0000000 UZF004 + 405 (5,5) -0.0000000 UZF005 + 406 (5,6) -0.0000000 UZF006 + 407 (5,7) -0.0000000 UZF007 + 408 (5,8) -0.0000000 UZF008 + 409 (5,9) -0.0000000 UZF009 + 410 (5,10) -0.0000000 UZF010 + 411 (5,11) -0.0000000 UZF011 + 412 (5,12) -0.0000000 UZF012 + 413 (5,13) -0.0000000 UZF013 + 414 (5,14) -0.0000000 UZF014 + 415 (5,15) -0.0000000 UZF015 + 416 (5,16) -0.0000000 UZF016 + 417 (5,17) -0.0000000 UZF017 + 418 (5,18) -0.0000000 UZF018 + 419 (5,19) -0.0000000 UZF019 + 420 (5,20) -0.0000000 UZF020 + 421 (5,21) -0.0000000 UZF021 + 422 (5,22) -0.0000000 UZF022 + 423 (5,23) -0.0000000 UZF023 + 424 (5,24) -0.0000000 UZF024 + 425 (5,25) -0.0000000 UZF025 + 426 (5,26) -0.0000000 UZF026 + 427 (5,27) -0.0000000 UZF027 + 428 (5,28) -0.0000000 UZF028 + 429 (5,29) -0.0000000 UZF029 + 430 (5,30) -0.0000000 UZF030 + 431 (5,31) -0.0000000 UZF031 + 432 (5,32) -0.0000000 UZF032 + 433 (5,33) -0.0000000 UZF033 + 434 (5,34) -0.0000000 UZF034 + 435 (5,35) -0.0000000 UZF035 + 436 (5,36) -0.0000000 UZF036 + 437 (5,37) -0.0000000 UZF037 + 438 (5,38) -0.0000000 UZF038 + 439 (5,39) -0.0000000 UZF039 + 440 (5,40) -0.0000000 UZF040 + 441 (5,41) -0.0000000 UZF041 + 442 (5,42) -0.0000000 UZF042 + 443 (5,43) -0.0000000 UZF043 + 444 (5,44) -0.0000000 UZF044 + 445 (5,45) -0.0000000 UZF045 + 446 (5,46) -0.0000000 UZF046 + 447 (5,47) -0.0000000 UZF047 + 448 (5,48) -0.0000000 UZF048 + 449 (5,49) -0.0000000 UZF049 + 450 (5,50) -0.0000000 UZF050 + 451 (5,51) -0.0000000 UZF051 + 452 (5,52) -0.0000000 UZF052 + 453 (5,53) -0.0000000 UZF053 + 454 (5,54) -0.0000000 UZF054 + 455 (5,55) -0.0000000 UZF055 + 456 (5,56) -0.0000000 UZF056 + 457 (5,57) -0.0000000 UZF057 + 458 (5,58) -0.0000000 UZF058 + 459 (5,59) -0.0000000 UZF059 + 460 (5,60) -0.0000000 UZF060 + 461 (5,61) -0.0000000 UZF061 + 462 (5,62) -0.0000000 UZF062 + 463 (5,63) -0.0000000 UZF063 + 464 (5,64) -0.0000000 UZF064 + 465 (5,65) -0.0000000 UZF065 + 466 (5,66) -0.0000000 UZF066 + 467 (5,67) -0.0000000 UZF067 + 468 (5,68) -0.0000000 UZF068 + 469 (5,69) -0.0000000 UZF069 + 470 (5,70) -0.0000000 UZF070 + 471 (5,71) -0.0000000 UZF071 + 472 (5,72) -0.0000000 UZF072 + 473 (5,73) -0.0000000 UZF073 + 474 (5,74) -0.0000000 UZF074 + 475 (5,75) -0.0000000 UZF075 + 476 (5,76) -0.0000000 UZF076 + 477 (5,77) -0.0000000 UZF077 + 478 (5,78) -0.0000000 UZF078 + 479 (5,79) -0.0000000 UZF079 + 480 (5,80) -0.0000000 UZF080 + 481 (5,81) -0.0000000 UZF081 + 482 (5,82) -0.0000000 UZF082 + 483 (5,83) -0.0000000 UZF083 + 484 (5,84) -0.0000000 UZF084 + 485 (5,85) -0.0000000 UZF085 + 486 (5,86) -0.0000000 UZF086 + 487 (5,87) -0.0000000 UZF087 + 488 (5,88) -0.0000000 UZF088 + 489 (5,89) -0.0000000 UZF089 + 490 (5,90) -0.0000000 UZF090 + 491 (5,91) -0.0000000 UZF091 + 492 (5,92) -0.0000000 UZF092 + 493 (5,93) -0.0000000 UZF093 + 494 (5,94) -0.0000000 UZF094 + 495 (5,95) -0.0000000 UZF095 + 496 (5,96) -0.0000000 UZF096 + 497 (5,97) -0.0000000 UZF097 + 498 (5,98) -0.0000000 UZF098 + 499 (5,99) -0.0000000 UZF099 + 500 (5,100) -0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWET PACKAGE (UZF_0) FLOW RATES PERIOD 5 STEP 5 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) -4.49317771E-04 UZF001 + 2 (1,2) -4.43317324E-04 UZF002 + 3 (1,3) -4.30263309E-04 UZF003 + 4 (1,4) -0.0000000 UZF004 + 5 (1,5) -0.0000000 UZF005 + 6 (1,6) -0.0000000 UZF006 + 7 (1,7) -0.0000000 UZF007 + 8 (1,8) -0.0000000 UZF008 + 9 (1,9) -0.0000000 UZF009 + 10 (1,10) -0.0000000 UZF010 + 11 (1,11) -4.49317771E-04 UZF011 + 12 (1,12) -4.43317324E-04 UZF012 + 13 (1,13) -4.30263309E-04 UZF013 + 14 (1,14) -0.0000000 UZF014 + 15 (1,15) -0.0000000 UZF015 + 16 (1,16) -0.0000000 UZF016 + 17 (1,17) -0.0000000 UZF017 + 18 (1,18) -0.0000000 UZF018 + 19 (1,19) -0.0000000 UZF019 + 20 (1,20) -0.0000000 UZF020 + 21 (1,21) -4.49317771E-04 UZF021 + 22 (1,22) -4.43317324E-04 UZF022 + 23 (1,23) -4.30263309E-04 UZF023 + 24 (1,24) -0.0000000 UZF024 + 25 (1,25) -0.0000000 UZF025 + 26 (1,26) -0.0000000 UZF026 + 27 (1,27) -0.0000000 UZF027 + 28 (1,28) -0.0000000 UZF028 + 29 (1,29) -0.0000000 UZF029 + 30 (1,30) -0.0000000 UZF030 + 31 (1,31) -4.49317771E-04 UZF031 + 32 (1,32) -4.43317324E-04 UZF032 + 33 (1,33) -4.30263309E-04 UZF033 + 34 (1,34) -0.0000000 UZF034 + 35 (1,35) -0.0000000 UZF035 + 36 (1,36) -0.0000000 UZF036 + 37 (1,37) -0.0000000 UZF037 + 38 (1,38) -0.0000000 UZF038 + 39 (1,39) -0.0000000 UZF039 + 40 (1,40) -0.0000000 UZF040 + 41 (1,41) -4.49317771E-04 UZF041 + 42 (1,42) -4.43317324E-04 UZF042 + 43 (1,43) -4.30263309E-04 UZF043 + 44 (1,44) -0.0000000 UZF044 + 45 (1,45) -0.0000000 UZF045 + 46 (1,46) -0.0000000 UZF046 + 47 (1,47) -0.0000000 UZF047 + 48 (1,48) -0.0000000 UZF048 + 49 (1,49) -0.0000000 UZF049 + 50 (1,50) -0.0000000 UZF050 + 51 (1,51) -4.49317771E-04 UZF051 + 52 (1,52) -4.43317324E-04 UZF052 + 53 (1,53) -4.30263309E-04 UZF053 + 54 (1,54) -0.0000000 UZF054 + 55 (1,55) -0.0000000 UZF055 + 56 (1,56) -0.0000000 UZF056 + 57 (1,57) -0.0000000 UZF057 + 58 (1,58) -0.0000000 UZF058 + 59 (1,59) -0.0000000 UZF059 + 60 (1,60) -0.0000000 UZF060 + 61 (1,61) -4.49317771E-04 UZF061 + 62 (1,62) -4.43317324E-04 UZF062 + 63 (1,63) -4.30263309E-04 UZF063 + 64 (1,64) -0.0000000 UZF064 + 65 (1,65) -0.0000000 UZF065 + 66 (1,66) -0.0000000 UZF066 + 67 (1,67) -0.0000000 UZF067 + 68 (1,68) -0.0000000 UZF068 + 69 (1,69) -0.0000000 UZF069 + 70 (1,70) -0.0000000 UZF070 + 71 (1,71) -4.49317771E-04 UZF071 + 72 (1,72) -4.43317324E-04 UZF072 + 73 (1,73) -4.30263309E-04 UZF073 + 74 (1,74) -0.0000000 UZF074 + 75 (1,75) -0.0000000 UZF075 + 76 (1,76) -0.0000000 UZF076 + 77 (1,77) -0.0000000 UZF077 + 78 (1,78) -0.0000000 UZF078 + 79 (1,79) -0.0000000 UZF079 + 80 (1,80) -0.0000000 UZF080 + 81 (1,81) -4.49317771E-04 UZF081 + 82 (1,82) -4.43317324E-04 UZF082 + 83 (1,83) -4.30263309E-04 UZF083 + 84 (1,84) -0.0000000 UZF084 + 85 (1,85) -0.0000000 UZF085 + 86 (1,86) -0.0000000 UZF086 + 87 (1,87) -0.0000000 UZF087 + 88 (1,88) -0.0000000 UZF088 + 89 (1,89) -0.0000000 UZF089 + 90 (1,90) -0.0000000 UZF090 + 91 (1,91) -4.49317771E-04 UZF091 + 92 (1,92) -4.43317324E-04 UZF092 + 93 (1,93) -4.30263309E-04 UZF093 + 94 (1,94) -0.0000000 UZF094 + 95 (1,95) -0.0000000 UZF095 + 96 (1,96) -0.0000000 UZF096 + 97 (1,97) -0.0000000 UZF097 + 98 (1,98) -0.0000000 UZF098 + 99 (1,99) -0.0000000 UZF099 + 100 (1,100) -0.0000000 UZF100 + 101 (2,1) -1.36483767E-04 UZF001 + 102 (2,2) -1.36373513E-04 UZF002 + 103 (2,3) -1.36207937E-04 UZF003 + 104 (2,4) -3.60664619E-04 UZF004 + 105 (2,5) -3.42063720E-04 UZF005 + 106 (2,6) -3.19990724E-04 UZF006 + 107 (2,7) -2.95410119E-04 UZF007 + 108 (2,8) -2.69966291E-04 UZF008 + 109 (2,9) -2.46585475E-04 UZF009 + 110 (2,10) -2.30630891E-04 UZF010 + 111 (2,11) -1.36483767E-04 UZF011 + 112 (2,12) -1.36373513E-04 UZF012 + 113 (2,13) -1.36207937E-04 UZF013 + 114 (2,14) -3.60664619E-04 UZF014 + 115 (2,15) -3.42063720E-04 UZF015 + 116 (2,16) -3.19990724E-04 UZF016 + 117 (2,17) -2.95410119E-04 UZF017 + 118 (2,18) -2.69966290E-04 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14.9373 14.0000 + 18.3166 18.2333 18.0651 17.8087 17.4590 17.0081 16.4453 15.7580 14.9373 14.0000 + 18.3166 18.2333 18.0651 17.8087 17.4590 17.0081 16.4453 15.7580 14.9373 14.0000 + 18.3166 18.2333 18.0651 17.8087 17.4590 17.0081 16.4453 15.7580 14.9373 14.0000 + 18.3166 18.2333 18.0651 17.8087 17.4590 17.0081 16.4453 15.7580 14.9373 14.0000 + 18.3166 18.2333 18.0651 17.8087 17.4590 17.0081 16.4453 15.7580 14.9373 14.0000 + + HEAD WILL BE SAVED ON UNIT 1019 AT END OF TIME STEP 5, STRESS PERIOD 5 + + + UZF_0 BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 5, STRESS PERIOD 5 + ------------------------------------------------------------------------------ + + CUMULATIVE UZF_0 L**3 RATES FOR THIS TIME STEP L**3/T + ------------------ ------------------------ + + IN: IN: + --- --- + GWF = 0.0000 GWF = 0.0000 + INFILTRATION = 750.0000 INFILTRATION = 15.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.0000 UZET = 0.0000 + STORAGE = 16.6050 STORAGE = 0.0000 + + TOTAL IN = 766.6050 TOTAL IN = 15.0000 + + OUT: OUT: + ---- ---- + GWF = 750.7487 GWF = 14.9583 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 1.9698 UZET = 4.0510E-02 + STORAGE = 13.8865 STORAGE = 1.2288E-03 + + TOTAL OUT = 766.6050 TOTAL OUT = 15.0000 + + IN - OUT = 1.6900E-06 IN - OUT = 2.4869E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 5, STRESS PERIOD 5 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.8599E-02 STO-SS = 2.4007E-06 STORAGE + STO-SY = 40.3503 STO-SY = 4.5226E-03 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 750.7487 UZF-GWRCH = 14.9583 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 791.1476 TOTAL IN = 14.9628 + + OUT: OUT: + ---- ---- + STO-SS = 7.9969E-04 STO-SS = 0.0000 STORAGE + STO-SY = 11.9671 STO-SY = 0.0000 STORAGE + GHB = 776.6714 GHB = 14.9147 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 2.5083 UZF-GWET = 4.8124E-02 UZF_0 + + TOTAL OUT = 791.1476 TOTAL OUT = 14.9628 + + IN - OUT = -1.9748E-06 IN - OUT = -6.2418E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 5 IN STRESS PERIOD 5 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 8.64000E+05 14400. 240.00 10.000 2.73785E-02 + TOTAL TIME 4.32000E+06 72000. 1200.0 50.000 0.13689 + + +end timestep + diff --git a/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model[disv_with_uzf]0/disv_with_uzf.nam b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model[disv_with_uzf]0/disv_with_uzf.nam new file mode 100644 index 000000000..f9c8adb73 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model[disv_with_uzf]0/disv_with_uzf.nam @@ -0,0 +1,17 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:06:41. +BEGIN options + SAVE_FLOWS + NEWTON +END options + +BEGIN packages + DISV6 disv_with_uzf.disv disv + IC6 disv_with_uzf.ic ic + NPF6 disv_with_uzf.npf npf + STO6 disv_with_uzf.sto sto + GHB6 disv_with_uzf.ghb ghb_0 + UZF6 disv_with_uzf.uzf uzf_0 + OC6 disv_with_uzf.oc oc + OBS6 disv_with_uzf.obs head_obs +END packages + diff --git a/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model[disv_with_uzf]0/disv_with_uzf.npf b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model[disv_with_uzf]0/disv_with_uzf.npf new file mode 100644 index 000000000..a4e3abe2b --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model[disv_with_uzf]0/disv_with_uzf.npf @@ -0,0 +1,14 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:06:41. +BEGIN options + SAVE_FLOWS +END options + +BEGIN griddata + icelltype + CONSTANT 1 + k + CONSTANT 0.10000000 + k33 + CONSTANT 1.00000000 +END griddata + diff --git a/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model[disv_with_uzf]0/disv_with_uzf.obs b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model[disv_with_uzf]0/disv_with_uzf.obs new file mode 100644 index 000000000..32e129238 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model[disv_with_uzf]0/disv_with_uzf.obs @@ -0,0 +1,18 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:06:41. +BEGIN options + DIGITS 20 +END options + +BEGIN continuous FILEOUT disv_with_uzf.obs.csv + obs_41 head 1 41 + obs_42 head 1 42 + obs_43 head 1 43 + obs_44 head 1 44 + obs_45 head 1 45 + obs_46 head 1 46 + obs_47 head 1 47 + obs_48 head 1 48 + obs_49 head 1 49 + obs_50 head 1 50 +END continuous FILEOUT disv_with_uzf.obs.csv + diff --git a/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model[disv_with_uzf]0/disv_with_uzf.obs.csv b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model[disv_with_uzf]0/disv_with_uzf.obs.csv new file mode 100644 index 000000000..a70d68c18 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model[disv_with_uzf]0/disv_with_uzf.obs.csv @@ -0,0 +1,26 @@ +time,OBS_41,OBS_42,OBS_43,OBS_44,OBS_45,OBS_46,OBS_47,OBS_48,OBS_49,OBS_50 +2.000000000000,21.07812403858776,21.04368233759637,20.97622197267699,20.87856679094692,20.75562835271300,20.61054061950592,20.43636002834942,20.19581499867628,19.10462369636713,18.78568942115774 +4.000000000000,20.99509968584749,20.94675036000131,20.85233509544764,20.71517939417247,20.53417405526697,20.30113105123294,20.00849725588353,18.74757917546864,18.26381418489066,18.00121898556925 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3.5.0.dev0 on 10/30/2023 at 09:06:41. +BEGIN options + BUDGET FILEOUT disv_with_uzf.cbc + HEAD FILEOUT disv_with_uzf.hds + HEAD PRINT_FORMAT COLUMNS 10 WIDTH 15 DIGITS 6 GENERAL +END options + +BEGIN period 1 + SAVE HEAD ALL + SAVE BUDGET ALL + PRINT HEAD ALL + PRINT BUDGET ALL +END period 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model[disv_with_uzf]0/disv_with_uzf.sto b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model[disv_with_uzf]0/disv_with_uzf.sto new file mode 100644 index 000000000..36fadac05 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model[disv_with_uzf]0/disv_with_uzf.sto @@ -0,0 +1,17 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:06:41. +BEGIN options +END options + +BEGIN griddata + iconvert + CONSTANT 1 + ss + CONSTANT 1.00000000E-05 + sy + CONSTANT 0.20000000 +END griddata + +BEGIN period 1 + TRANSIENT +END period 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model[disv_with_uzf]0/disv_with_uzf.tdis b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model[disv_with_uzf]0/disv_with_uzf.tdis new file mode 100644 index 000000000..5c7740e08 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model[disv_with_uzf]0/disv_with_uzf.tdis @@ -0,0 +1,17 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:06:41. +BEGIN options + TIME_UNITS days +END options + +BEGIN dimensions + NPER 5 +END dimensions + +BEGIN perioddata + 10.00000000 5 1.00000000 + 10.00000000 5 1.00000000 + 10.00000000 5 1.00000000 + 10.00000000 5 1.00000000 + 10.00000000 5 1.00000000 +END perioddata + diff --git a/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model[disv_with_uzf]0/disv_with_uzf.uzf b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model[disv_with_uzf]0/disv_with_uzf.uzf new file mode 100644 index 000000000..1f0515f38 --- /dev/null +++ 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uzet 42 + uzf-gwet_42 uzf-gwet 42 + uzet_43 uzet 43 + uzf-gwet_43 uzf-gwet 43 + uzet_44 uzet 44 + uzf-gwet_44 uzf-gwet 44 + uzet_45 uzet 45 + uzf-gwet_45 uzf-gwet 45 + uzet_46 uzet 46 + uzf-gwet_46 uzf-gwet 46 + uzet_47 uzet 47 + uzf-gwet_47 uzf-gwet 47 + uzet_48 uzet 48 + uzf-gwet_48 uzf-gwet 48 + uzet_49 uzet 49 + uzf-gwet_49 uzf-gwet 49 + uzet_50 uzet 50 + uzf-gwet_50 uzf-gwet 50 + uzet_141 uzet 141 + uzf-gwet_141 uzf-gwet 141 + uzet_142 uzet 142 + uzf-gwet_142 uzf-gwet 142 + uzet_143 uzet 143 + uzf-gwet_143 uzf-gwet 143 + uzet_144 uzet 144 + uzf-gwet_144 uzf-gwet 144 + uzet_145 uzet 145 + uzf-gwet_145 uzf-gwet 145 + uzet_146 uzet 146 + uzf-gwet_146 uzf-gwet 146 + uzet_147 uzet 147 + uzf-gwet_147 uzf-gwet 147 + uzet_148 uzet 148 + uzf-gwet_148 uzf-gwet 148 + uzet_149 uzet 149 + uzf-gwet_149 uzf-gwet 149 + uzet_150 uzet 150 + uzf-gwet_150 uzf-gwet 150 +END continuous FILEOUT disv_with_uzf.uzfobs + diff --git a/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model[disv_with_uzf]0/disv_with_uzf.uzfobs b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model[disv_with_uzf]0/disv_with_uzf.uzfobs new file mode 100644 index 000000000..e2e4ca944 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model[disv_with_uzf]0/disv_with_uzf.uzfobs @@ -0,0 +1,26 @@ +time,UZET_41,UZF-GWET_41,UZET_42,UZF-GWET_42,UZET_43,UZF-GWET_43,UZET_44,UZF-GWET_44,UZET_45,UZF-GWET_45,UZET_46,UZF-GWET_46,UZET_47,UZF-GWET_47,UZET_48,UZF-GWET_48,UZET_49,UZF-GWET_49,UZET_50,UZF-GWET_50,UZET_141,UZF-GWET_141,UZET_142,UZF-GWET_142,UZET_143,UZF-GWET_143,UZET_144,UZF-GWET_144,UZET_145,UZF-GWET_145,UZET_146,UZF-GWET_146,UZET_147,UZF-GWET_147,UZET_148,UZF-GWET_148,UZET_149,UZF-GWET_149,UZET_150,UZF-GWET_150 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a/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model[disv_with_uzf]0/mfsim.lst b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model[disv_with_uzf]0/mfsim.lst new file mode 100644 index 000000000..79c9a31f7 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model[disv_with_uzf]0/mfsim.lst @@ -0,0 +1,1014 @@ + MODFLOW 6 PROFESSIONAL + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + VERSION 6.5.0.dev0 (preliminary) 07/13/2023 + ***DEVELOP MODE*** + + MODFLOW 6 compiled Oct 30 2023 08:23:02 with GCC version 11.3.0 + +This software is preliminary or provisional and is subject to +revision. It is being provided to meet the need for timely best +science. The software has not received final approval by the U.S. +Geological Survey (USGS). No warranty, expressed or implied, is made +by the USGS or the U.S. Government as to the functionality of the +software and related material nor shall the fact of release +constitute any such warranty. The software is provided on the +condition that neither the USGS nor the U.S. Government shall be held +liable for any damages resulting from the authorized or unauthorized +use of the software. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +The following 2-clause BSD License library is used in this +USGS product: + + PETSc, the Portable, Extensible Toolkit for Scientific + Computation Library + Copyright (c) 1991-2021, UChicago Argonne, LLC + and the PETSc Development Team All rights reserved. + (https://petsc.org/release/) + +MODFLOW 6 compiler options: -cpp -I src/libmf6core.a.p -I src -I ../src -I +src/libmf6_external.a.p -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/include -I +/home/mreno/.clone/external/petsc/include -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/lib -I +/home/mreno/miniconda3/envs/modflow6/include -I -fdiagnostics-color=always +-imultiarch x86_64-linux-gnu -D _FILE_OFFSET_BITS=64 -D __linux__ -D +__WITH_PETSC__ -D __WITH_MPI__ -D __WITH_NETCDF__ -mtune=generic +-march=x86-64 -g -O2 -Wall -Wpedantic -Wcharacter-truncation +-Wno-unused-dummy-argument -Wno-intrinsic-shadow -Wno-maybe-uninitialized +-Wno-uninitialized -std=f2008 -fall-intrinsics -fbacktrace -fcheck=all +-ffpe-trap=overflow,zero,invalid -ffpe-summary=overflow +-ffpe-trap=overflow,zero,invalid -fPIC -J src/libmf6core.a.p +-fpre-include=/usr/include/finclude/math-vector-fortran.h + +System command used to initiate simulation: +/home/mreno/.clone/usgs/w/netcdf/2/modflow6/bin/mf6 + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + + OPENED mfsim.nam + FILE TYPE:NAM6 UNIT 1001 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:06:41. + + OPENED disv_with_uzf.nam + FILE TYPE:GWF6 UNIT 1002 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:06:41. + + OPENED disv_with_uzf.disv + FILE TYPE:DISV6 UNIT 1003 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:06:41. + + OPENED disv_with_uzf.npf + FILE TYPE:NPF6 UNIT 1004 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:06:41. + + OPENED disv_with_uzf.sto + FILE TYPE:STO6 UNIT 1005 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED disv_with_uzf.ic + FILE TYPE:IC6 UNIT 1006 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED disv_with_uzf.oc + FILE TYPE:OC6 UNIT 1007 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED disv_with_uzf.obs + FILE TYPE:OBS6 UNIT 1008 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED disv_with_uzf.ghb + FILE TYPE:GHB6 UNIT 1009 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:06:41. + + OPENED disv_with_uzf.uzf + FILE TYPE:UZF6 UNIT 1010 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + READING SIMULATION OPTIONS + MAXIMUM NUMBER OF ERRORS THAT WILL BE STORED IS 1000 + END OF SIMULATION OPTIONS + + READING SIMULATION TIMING + + OPENED disv_with_uzf.tdis + FILE TYPE:TDIS UNIT 1011 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + TDIS -- TEMPORAL DISCRETIZATION PACKAGE, + VERSION 1 : 11/13/2014 - INPUT READ FROM UNIT 1011 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:06:41. + PROCESSING TDIS OPTIONS + SIMULATION TIME UNIT IS DAYS + END OF TDIS OPTIONS + PROCESSING TDIS DIMENSIONS + 5 STRESS PERIOD(S) IN SIMULATION + END OF TDIS DIMENSIONS + PROCESSING TDIS PERIODDATA + + + STRESS PERIOD LENGTH TIME STEPS MULTIPLIER FOR DELT + ---------------------------------------------------------------------------- + 1 10.00000 5 1.000 + 2 10.00000 5 1.000 + 3 10.00000 5 1.000 + 4 10.00000 5 1.000 + 5 10.00000 5 1.000 + END OF TDIS PERIODDATA + END OF SIMULATION TIMING + + READING SIMULATION MODELS + GWF6 model 1 will be created + END OF SIMULATION MODELS + + READING SIMULATION EXCHANGES + END OF SIMULATION EXCHANGES + + READING SOLUTIONGROUP + + Creating solution: SLN_1 + + OPENED disv_with_uzf.ims + FILE TYPE:IMS UNIT 1013 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + END OF SOLUTIONGROUP + +PROCESSING MODEL CONNECTIONS + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1013 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:06:41. + + PROCESSING IMS OPTIONS + MODERATE OPTION: + DEFAULT SOLVER INPUT VALUES REFLECT MODERETELY NONLINEAR MODEL + END OF IMS OPTIONS + + PROCESSING IMS NONLINEAR + END OF IMS NONLINEAR DATA + **UNDER-RELAXATION WILL BE USED*** + + + PROCESSING LINEAR DATA + END OF LINEAR DATA + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + An asymmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-08 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 100 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 3 + LINEAR SOLUTION METHOD (LINMETH) = 1 + UNDER-RELAXATION WEIGHT REDUCTION FACTOR (THETA) = 0.900000E+00 + UNDER-RELAXATION WEIGHT INCREASE INCREMENT (KAPPA) = 0.100000E-03 + UNDER-RELAXATION PREVIOUS HISTORY FACTOR (GAMMA) = 0.000000E+00 + UNDER-RELAXATION MOMENTUM TERM (AMOMENTUM) = 0.000000E+00 + + SOLUTION BY THE BICONJUGATE-GRADIENT STABILIZED METHOD + ------------------------------------------------------------------ + MAXIMUM OF 100 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 300 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = BCGS + MATRIX PRECONDITIONING TYPE = MOD. INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-08 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E-02 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.97000E+00 + + + + + Solving: Stress period: 1 Time step: 1 + +1 + STRESS PERIOD NO. 1, LENGTH = 10.00000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 5 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 2.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 18 -5.9999351 1_GWF-(5,10) + Model 2 17 -1.1332456 1_GWF-(1,1) + Model 3 12 -0.38361681 1_GWF-(1,1) + Model 4 14 -0.12697473 1_GWF-(1,51) + Model 5 13 -3.88790415E-02 1_GWF-(1,61) + Model 6 12 -1.24040184E-02 1_GWF-(1,11) + Model 7 11 -3.97301565E-03 1_GWF-(1,51) + Model 8 11 -1.27873124E-03 1_GWF-(1,51) + Model 9 10 -4.13524984E-04 1_GWF-(1,1) + Model 10 9 -1.34317303E-04 1_GWF-(1,91) + Model 11 9 -4.38014489E-05 1_GWF-(1,91) + Model 12 8 -1.43349352E-05 1_GWF-(1,1) + Model 13 7 -4.70616950E-06 1_GWF-(1,1) + Model 14 7 -1.54973071E-06 1_GWF-(1,91) + Model 15 6 -5.11611788E-07 1_GWF-(1,91) + Model 16 6 -1.72259785E-07 1_GWF-(2,10) + Model 17 5 -6.01656858E-08 1_GWF-(2,100) + Model 18 4 -2.12083222E-08 1_GWF-(2,20) + Model 19 3 -7.74852182E-09 1_GWF-(2,20) + Model 20 2 -1.82524218E-09 1_GWF-(1,1) + Model 21 1 -4.40124381E-10 * 1_GWF-(1,1) + Package 21 1.23717037E-10 * 1_GWF-UZF_0-(1)-rech + ---------------------------------------------------------------------------------------------------------- + + + 21 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 185 TOTAL ITERATIONS + + Solving: Stress period: 1 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 14 -0.71196323 1_GWF-(1,99) + Model 2 14 -0.99969019 1_GWF-(1,88) + Model 3 12 -8.89456951E-02 1_GWF-(1,8) + Model 4 11 -6.32321202E-03 1_GWF-(2,60) + Model 5 9 -1.17821672E-03 1_GWF-(2,80) + Model 6 9 -2.63198280E-04 1_GWF-(1,18) + Model 7 9 -7.80810406E-05 1_GWF-(1,27) + Model 8 6 -2.48597120E-05 1_GWF-(1,97) + Model 9 6 -7.64322768E-06 1_GWF-(1,57) + Model 10 6 -2.30070345E-06 1_GWF-(1,17) + Model 11 6 -6.82597584E-07 1_GWF-(1,87) + Model 12 4 -1.99756460E-07 1_GWF-(1,87) + Model 13 3 -5.87340843E-08 1_GWF-(1,7) + Model 14 3 -1.73918409E-08 1_GWF-(1,17) + Model 15 3 -3.83917609E-09 1_GWF-(1,17) + Model 16 1 -2.70809153E-10 * 1_GWF-(1,17) + Package 16 2.34496256E-10 * 1_GWF-UZF_0-(17)-rech + ---------------------------------------------------------------------------------------------------------- + + + 16 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 1 + 116 TOTAL ITERATIONS + + Solving: Stress period: 1 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 13 -0.45591400 1_GWF-(1,28) + Model 2 13 -1.0240714 1_GWF-(1,97) + Model 3 12 -7.29715391E-02 1_GWF-(1,87) + Model 4 11 -8.08484249E-03 1_GWF-(1,68) + Model 5 10 -2.36465212E-03 1_GWF-(1,18) + Model 6 9 -6.23128891E-04 1_GWF-(1,8) + Model 7 9 -1.57309570E-04 1_GWF-(1,18) + Model 8 12 -3.90870751E-05 1_GWF-(1,8) + Model 9 7 -9.70038340E-06 1_GWF-(1,98) + Model 10 5 -2.42715535E-06 1_GWF-(1,18) + Model 11 6 -6.09938859E-07 1_GWF-(1,98) + Model 12 4 -1.63217809E-07 1_GWF-(1,6) + Model 13 3 -4.80149751E-08 1_GWF-(1,6) + Model 14 3 -1.41003191E-08 1_GWF-(1,16) + Model 15 2 -2.00007477E-09 1_GWF-(1,16) + Model 16 1 -4.05680822E-10 * 1_GWF-(1,16) + Package 16 1.22164279E-10 * 1_GWF-UZF_0-(16)-rech + ---------------------------------------------------------------------------------------------------------- + + + 16 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 1 + 120 TOTAL ITERATIONS + + Solving: Stress period: 1 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 12 -0.18325890 1_GWF-(1,37) + Model 2 12 -0.85987820 1_GWF-(1,6) + Model 3 12 -5.08511561E-02 1_GWF-(1,96) + Model 4 10 -5.47393499E-03 1_GWF-(1,97) + Model 5 10 -1.56720686E-03 1_GWF-(1,7) + Model 6 9 -4.07934252E-04 1_GWF-(1,97) + Model 7 9 -1.02047850E-04 1_GWF-(1,7) + Model 8 7 -2.51397638E-05 1_GWF-(1,97) + Model 9 7 -6.18459724E-06 1_GWF-(1,97) + Model 10 5 -1.53229782E-06 1_GWF-(1,97) + Model 11 4 -3.89843219E-07 1_GWF-(1,85) + Model 12 3 -1.14278183E-07 1_GWF-(1,35) + Model 13 3 -3.35766366E-08 1_GWF-(1,5) + Model 14 4 -9.80325510E-09 1_GWF-(1,5) + Model 15 1 -4.04515532E-10 * 1_GWF-(1,5) + Package 15 5.98707084E-10 * 1_GWF-UZF_0-(5)-rech + ---------------------------------------------------------------------------------------------------------- + + + 15 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 1 + 108 TOTAL ITERATIONS + + Solving: Stress period: 1 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 12 -0.10955286 1_GWF-(1,6) + Model 2 11 -2.41213238E-02 1_GWF-(1,86) + Model 3 10 -5.12329637E-03 1_GWF-(1,96) + Model 4 10 -1.11125514E-03 1_GWF-(1,56) + Model 5 8 -2.43546083E-04 1_GWF-(1,96) + Model 6 8 -5.35548707E-05 1_GWF-(1,6) + Model 7 7 -1.17920054E-05 1_GWF-(1,6) + Model 8 6 -2.59848614E-06 1_GWF-(1,6) + Model 9 6 -5.73144803E-07 1_GWF-(1,16) + Model 10 4 -1.24592209E-07 1_GWF-(1,96) + Model 11 4 -2.84911366E-08 1_GWF-(1,6) + Model 12 4 -6.96904223E-09 1_GWF-(1,16) + Model 13 1 -1.16997967E-10 * 1_GWF-(5,12) + Package 13 4.17659130E-10 * 1_GWF-UZF_0-(130)-rech + ---------------------------------------------------------------------------------------------------------- + + + 13 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 1 + 91 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 1 + +1 + STRESS PERIOD NO. 2, LENGTH = 10.00000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 5 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 2.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 12 -8.42613612E-02 1_GWF-(1,16) + Model 2 13 -0.76884561 1_GWF-(1,5) + Model 3 12 -3.77578775E-02 1_GWF-(1,85) + Model 4 10 -2.28791669E-03 1_GWF-(1,95) + Model 5 8 -4.93693848E-04 1_GWF-(1,95) + Model 6 8 -1.11242546E-04 1_GWF-(1,35) + Model 7 8 -2.52737509E-05 1_GWF-(1,5) + Model 8 6 -5.75157602E-06 1_GWF-(1,5) + Model 9 6 -1.30981957E-06 1_GWF-(1,15) + Model 10 4 -2.96030493E-07 1_GWF-(1,95) + Model 11 4 -6.91821853E-08 1_GWF-(1,5) + Model 12 4 -1.57375766E-08 1_GWF-(1,5) + Model 13 1 -8.63568772E-10 * 1_GWF-(1,25) + Package 13 1.06351938E-09 1_GWF-UZF_0-(200)-rech + Model 14 1 -5.80545390E-10 * 1_GWF-(1,25) + Package 14 5.99523764E-11 * 1_GWF-UZF_0-(109)-rech + ---------------------------------------------------------------------------------------------------------- + + + 14 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 2 + 97 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 12 -5.59288338E-02 1_GWF-(2,51) + Model 2 11 -1.16351710E-02 1_GWF-(1,5) + Model 3 11 -2.74342756E-03 1_GWF-(1,85) + Model 4 10 -6.23977418E-04 1_GWF-(1,55) + Model 5 8 -1.41457094E-04 1_GWF-(1,95) + Model 6 8 -3.20785701E-05 1_GWF-(1,75) + Model 7 6 -7.28003982E-06 1_GWF-(1,5) + Model 8 6 -1.65347207E-06 1_GWF-(1,45) + Model 9 6 -3.77692682E-07 1_GWF-(1,25) + Model 10 4 -8.29276665E-08 1_GWF-(1,95) + Model 11 4 -1.94281782E-08 1_GWF-(1,5) + Model 12 5 -5.33323785E-09 1_GWF-(1,25) + Model 13 1 -4.60644856E-11 * 1_GWF-(5,22) + Package 13 3.43981343E-10 * 1_GWF-UZF_0-(108)-rech + ---------------------------------------------------------------------------------------------------------- + + + 13 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 2 + 92 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 12 -4.55798739E-02 1_GWF-(1,15) + Model 2 11 -1.00208497E-02 1_GWF-(1,5) + Model 3 11 -2.19035189E-03 1_GWF-(1,95) + Model 4 11 -4.90673888E-04 1_GWF-(1,65) + Model 5 8 -1.10774203E-04 1_GWF-(1,95) + Model 6 8 -2.50826411E-05 1_GWF-(1,45) + Model 7 6 -5.68873126E-06 1_GWF-(1,5) + Model 8 6 -1.29160729E-06 1_GWF-(1,55) + Model 9 4 -2.91246465E-07 1_GWF-(1,95) + Model 10 4 -6.79744687E-08 1_GWF-(1,5) + Model 11 4 -1.55270676E-08 1_GWF-(1,5) + Model 12 1 -7.83689558E-10 * 1_GWF-(1,25) + Package 12 1.00793413E-09 1_GWF-UZF_0-(200)-rech + Model 13 1 -5.36459765E-10 * 1_GWF-(1,25) + Package 13 5.38068479E-11 * 1_GWF-UZF_0-(108)-rech + ---------------------------------------------------------------------------------------------------------- + + + 13 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 2 + 87 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 12 -3.70218979E-02 1_GWF-(1,15) + Model 2 11 -7.90670287E-03 1_GWF-(1,5) + Model 3 11 -1.71453311E-03 1_GWF-(1,95) + Model 4 8 -3.83056844E-04 1_GWF-(1,95) + Model 5 8 -8.63716330E-05 1_GWF-(1,55) + Model 6 8 -1.95460469E-05 1_GWF-(1,45) + Model 7 6 -4.43171862E-06 1_GWF-(1,5) + Model 8 6 -1.00601195E-06 1_GWF-(1,15) + Model 9 4 -2.26699530E-07 1_GWF-(1,95) + Model 10 5 -5.31364570E-08 1_GWF-(1,5) + Model 11 4 -1.20385657E-08 1_GWF-(1,35) + Model 12 1 -4.09198009E-10 * 1_GWF-(1,5) + Package 12 7.79714460E-10 * 1_GWF-UZF_0-(200)-rech + ---------------------------------------------------------------------------------------------------------- + + + 12 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 2 + 84 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 12 -2.91523012E-02 1_GWF-(1,15) + Model 2 11 -6.16291918E-03 1_GWF-(1,5) + Model 3 12 -0.72423375 1_GWF-(1,94) + Model 4 11 -2.64913955E-02 1_GWF-(1,84) + Model 5 10 -1.53794903E-03 1_GWF-(1,54) + Model 6 8 -3.25443173E-04 1_GWF-(1,94) + Model 7 8 -9.80782441E-05 1_GWF-(1,53) + Model 8 8 -3.30903027E-05 1_GWF-(1,3) + Model 9 6 -1.06399920E-05 1_GWF-(1,3) + Model 10 6 -3.32895375E-06 1_GWF-(1,3) + Model 11 7 -1.02349799E-06 1_GWF-(1,53) + Model 12 6 -3.09975952E-07 1_GWF-(1,93) + Model 13 4 -9.33580466E-08 1_GWF-(1,83) + Model 14 3 -2.83785937E-08 1_GWF-(1,33) + Model 15 4 -8.74898731E-09 1_GWF-(1,3) + Model 16 1 -3.04083869E-10 * 1_GWF-(1,3) + Package 16 5.34320643E-10 * 1_GWF-UZF_0-(3)-rech + ---------------------------------------------------------------------------------------------------------- + + + 16 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 2 + 117 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 1 + +1 + STRESS PERIOD NO. 3, LENGTH = 10.00000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 5 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 2.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 12 -2.38833926E-02 1_GWF-(1,81) + Model 2 10 -4.49373166E-03 1_GWF-(1,11) + Model 3 10 -8.89928890E-04 1_GWF-(1,91) + Model 4 9 -2.12461297E-04 1_GWF-(2,14) + Model 5 8 -5.87562218E-05 1_GWF-(2,4) + Model 6 7 -1.54101676E-05 1_GWF-(2,54) + Model 7 8 -3.94043835E-06 1_GWF-(2,94) + Model 8 5 -9.94054545E-07 1_GWF-(2,94) + Model 9 6 -2.49537926E-07 1_GWF-(2,44) + Model 10 4 -6.05794774E-08 1_GWF-(2,64) + Model 11 3 -1.53226090E-08 1_GWF-(2,44) + Model 12 3 -4.43995773E-09 1_GWF-(2,4) + Model 13 1 -2.90359736E-10 * 1_GWF-(2,4) + Package 13 3.00677372E-10 * 1_GWF-UZF_0-(104)-rech + ---------------------------------------------------------------------------------------------------------- + + + 13 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 3 + 86 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 12 -1.52195492E-02 1_GWF-(1,41) + Model 2 10 -3.06091911E-03 1_GWF-(1,1) + Model 3 10 -6.82506761E-04 1_GWF-(1,94) + Model 4 8 -1.57904004E-04 1_GWF-(1,94) + Model 5 8 -3.66561777E-05 1_GWF-(1,74) + Model 6 7 -8.53895822E-06 1_GWF-(1,4) + Model 7 6 -1.99533322E-06 1_GWF-(1,4) + Model 8 6 -4.68614342E-07 1_GWF-(1,44) + Model 9 4 -1.07924951E-07 1_GWF-(1,94) + Model 10 5 -2.60418709E-08 1_GWF-(1,4) + Model 11 4 -6.27306207E-09 1_GWF-(1,24) + Model 12 1 -1.39159795E-10 * 1_GWF-(5,12) + Package 12 3.90107779E-10 * 1_GWF-UZF_0-(117)-rech + ---------------------------------------------------------------------------------------------------------- + + + 12 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 3 + 81 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 10 -1.10066536E-02 1_GWF-(1,4) + Model 2 10 -2.37325832E-03 1_GWF-(1,94) + Model 3 8 -5.33483957E-04 1_GWF-(1,4) + Model 4 8 -1.22358013E-04 1_GWF-(1,74) + Model 5 8 -2.83190470E-05 1_GWF-(1,74) + Model 6 7 -6.59140825E-06 1_GWF-(1,34) + Model 7 6 -1.54017618E-06 1_GWF-(1,4) + Model 8 8 -3.61191642E-07 1_GWF-(1,14) + Model 9 4 -8.37330738E-08 1_GWF-(1,94) + Model 10 4 -1.96400407E-08 1_GWF-(1,4) + Model 11 5 -5.71523984E-09 1_GWF-(1,24) + Model 12 1 -5.74722492E-11 * 1_GWF-(5,22) + Package 12 3.74299314E-10 * 1_GWF-UZF_0-(116)-rech + ---------------------------------------------------------------------------------------------------------- + + + 12 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 3 + 79 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 10 -8.63019581E-03 1_GWF-(1,4) + Model 2 10 -1.83407758E-03 1_GWF-(1,94) + Model 3 8 -4.10348342E-04 1_GWF-(1,4) + Model 4 8 -9.39424956E-05 1_GWF-(1,74) + Model 5 7 -2.17299883E-05 1_GWF-(1,84) + Model 6 6 -5.05729486E-06 1_GWF-(1,4) + Model 7 6 -1.18326811E-06 1_GWF-(1,14) + Model 8 4 -2.75483053E-07 1_GWF-(1,94) + Model 9 4 -6.61782131E-08 1_GWF-(1,44) + Model 10 4 -1.50960666E-08 1_GWF-(1,44) + Model 11 1 -8.42895531E-10 * 1_GWF-(1,24) + Package 11 9.82602111E-10 * 1_GWF-UZF_0-(200)-rech + ---------------------------------------------------------------------------------------------------------- + + + 11 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 3 + 68 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 10 -6.62526868E-03 1_GWF-(1,14) + Model 2 10 -1.40235549E-03 1_GWF-(1,94) + Model 3 8 -3.13621971E-04 1_GWF-(1,94) + Model 4 8 -7.17825287E-05 1_GWF-(1,74) + Model 5 7 -1.66044572E-05 1_GWF-(1,4) + Model 6 6 -3.86524055E-06 1_GWF-(1,4) + Model 7 5 -9.04427402E-07 1_GWF-(1,24) + Model 8 4 -2.10379202E-07 1_GWF-(1,94) + Model 9 5 -5.07256317E-08 1_GWF-(1,44) + Model 10 4 -1.13970344E-08 1_GWF-(1,44) + Model 11 1 -4.46561899E-10 * 1_GWF-(5,2) + Package 11 7.48341278E-10 * 1_GWF-UZF_0-(200)-rech + ---------------------------------------------------------------------------------------------------------- + + + 11 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 3 + 68 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 1 + +1 + STRESS PERIOD NO. 4, LENGTH = 10.00000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 5 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 2.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 10 -5.05423421E-03 1_GWF-(1,14) + Model 2 10 -1.06814032E-03 1_GWF-(1,94) + Model 3 8 -2.38985370E-04 1_GWF-(1,94) + Model 4 8 -5.47067995E-05 1_GWF-(1,64) + Model 5 7 -1.26561776E-05 1_GWF-(1,4) + Model 6 6 -2.94654266E-06 1_GWF-(1,4) + Model 7 5 -6.89456659E-07 1_GWF-(1,14) + Model 8 4 -1.60403776E-07 1_GWF-(1,94) + Model 9 5 -3.85363776E-08 1_GWF-(1,44) + Model 10 4 -8.82818085E-09 1_GWF-(1,34) + Model 11 1 -2.66112465E-10 * 1_GWF-(5,2) + Package 11 5.66192315E-10 * 1_GWF-UZF_0-(200)-rech + ---------------------------------------------------------------------------------------------------------- + + + 11 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 4 + 68 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 10 -3.84714885E-03 1_GWF-(1,14) + Model 2 8 -8.12354028E-04 1_GWF-(1,14) + Model 3 8 -1.81853209E-04 1_GWF-(1,84) + Model 4 7 -4.16353603E-05 1_GWF-(1,74) + Model 5 7 -9.63315274E-06 1_GWF-(1,4) + Model 6 6 -2.24291566E-06 1_GWF-(1,4) + Model 7 6 -5.25373895E-07 1_GWF-(1,34) + Model 8 4 -1.21229672E-07 1_GWF-(1,94) + Model 9 5 -2.94158511E-08 1_GWF-(1,44) + Model 10 4 -6.92208957E-09 1_GWF-(1,24) + Model 11 1 -1.64192215E-10 * 1_GWF-(5,2) + Package 11 4.30474212E-10 * 1_GWF-UZF_0-(130)-rech + ---------------------------------------------------------------------------------------------------------- + + + 11 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 4 + 66 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 10 -2.92576728E-03 1_GWF-(1,4) + Model 2 8 -6.17444850E-04 1_GWF-(1,14) + Model 3 8 -1.38282332E-04 1_GWF-(1,84) + Model 4 7 -3.16637617E-05 1_GWF-(1,74) + Model 5 7 -7.32669567E-06 1_GWF-(1,84) + Model 6 6 -1.70593298E-06 1_GWF-(1,4) + Model 7 7 -3.98695143E-07 1_GWF-(1,14) + Model 8 4 -9.28375137E-08 1_GWF-(1,94) + Model 9 5 -2.20904219E-08 1_GWF-(1,4) + Model 10 5 -5.85865223E-09 1_GWF-(1,24) + Model 11 1 -7.58326735E-11 * 1_GWF-(5,12) + Package 11 3.69137165E-10 * 1_GWF-UZF_0-(117)-rech + ---------------------------------------------------------------------------------------------------------- + + + 11 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 4 + 68 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 10 -2.22418781E-03 1_GWF-(1,4) + Model 2 8 -4.69183823E-04 1_GWF-(1,14) + Model 3 8 -1.05113391E-04 1_GWF-(1,84) + Model 4 7 -2.40707686E-05 1_GWF-(1,84) + Model 5 6 -5.56938485E-06 1_GWF-(1,4) + Model 6 6 -1.29826579E-06 1_GWF-(1,14) + Model 7 4 -3.01491426E-07 1_GWF-(1,94) + Model 8 4 -7.23402636E-08 1_GWF-(1,44) + Model 9 4 -1.65356226E-08 1_GWF-(1,44) + Model 10 5 -4.89344032E-09 1_GWF-(1,24) + Model 11 1 -3.81241705E-11 * 1_GWF-(1,34) + Package 11 3.33770567E-10 * 1_GWF-UZF_0-(107)-rech + ---------------------------------------------------------------------------------------------------------- + + + 11 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 4 + 63 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 10 -1.69051318E-03 1_GWF-(1,24) + Model 2 8 -3.56487435E-04 1_GWF-(1,14) + Model 3 8 -7.98854647E-05 1_GWF-(1,84) + Model 4 7 -1.82945423E-05 1_GWF-(1,94) + Model 5 6 -4.23329320E-06 1_GWF-(1,4) + Model 6 6 -9.86483656E-07 1_GWF-(1,14) + Model 7 4 -2.28987357E-07 1_GWF-(1,94) + Model 8 5 -5.51272414E-08 1_GWF-(1,44) + Model 9 4 -1.23770256E-08 1_GWF-(1,44) + Model 10 1 -5.17420773E-10 * 1_GWF-(1,94) + Package 10 8.01130717E-10 * 1_GWF-UZF_0-(200)-rech + ---------------------------------------------------------------------------------------------------------- + + + 10 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 4 + 59 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 1 + +1 + STRESS PERIOD NO. 5, LENGTH = 10.00000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 5 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 2.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 10 -1.28474764E-03 1_GWF-(1,24) + Model 2 8 -2.70850255E-04 1_GWF-(1,14) + Model 3 8 -6.07061673E-05 1_GWF-(1,84) + Model 4 7 -1.39027956E-05 1_GWF-(1,94) + Model 5 6 -3.21712807E-06 1_GWF-(1,4) + Model 6 5 -7.49828438E-07 1_GWF-(1,44) + Model 7 4 -1.73784109E-07 1_GWF-(1,94) + Model 8 5 -4.17637445E-08 1_GWF-(1,44) + Model 9 4 -9.51573398E-09 1_GWF-(1,44) + Model 10 1 -3.02655678E-10 * 1_GWF-(5,2) + Package 10 6.05009154E-10 * 1_GWF-UZF_0-(200)-rech + ---------------------------------------------------------------------------------------------------------- + + + 10 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 5 + 58 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 10 -9.76308628E-04 1_GWF-(1,24) + Model 2 8 -2.05782910E-04 1_GWF-(1,14) + Model 3 8 -4.61287748E-05 1_GWF-(1,84) + Model 4 7 -1.05646311E-05 1_GWF-(1,94) + Model 5 6 -2.44468550E-06 1_GWF-(1,4) + Model 6 5 -5.69778315E-07 1_GWF-(1,24) + Model 7 4 -1.31788379E-07 1_GWF-(1,94) + Model 8 5 -3.17378550E-08 1_GWF-(1,44) + Model 9 4 -7.41287920E-09 1_GWF-(1,24) + Model 10 1 -1.81550774E-10 * 1_GWF-(5,2) + Package 10 4.57456073E-10 * 1_GWF-UZF_0-(130)-rech + ---------------------------------------------------------------------------------------------------------- + + + 10 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 5 + 58 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 10 -7.41884247E-04 1_GWF-(1,24) + Model 2 8 -1.56346841E-04 1_GWF-(1,14) + Model 3 8 -3.50505860E-05 1_GWF-(1,84) + Model 4 7 -8.02781818E-06 1_GWF-(1,94) + Model 5 6 -1.85765280E-06 1_GWF-(1,4) + Model 6 6 -4.33958331E-07 1_GWF-(1,34) + Model 7 4 -9.90388322E-08 1_GWF-(1,94) + Model 8 5 -2.38193785E-08 1_GWF-(1,4) + Model 9 4 -5.78974735E-09 1_GWF-(1,24) + Model 10 1 -1.21445964E-10 * 1_GWF-(5,12) + Package 10 3.57515795E-10 * 1_GWF-UZF_0-(117)-rech + ---------------------------------------------------------------------------------------------------------- + + + 10 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 5 + 59 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 8 -5.63730377E-04 1_GWF-(1,4) + Model 2 8 -1.18788993E-04 1_GWF-(1,94) + Model 3 7 -2.66332842E-05 1_GWF-(1,84) + Model 4 8 -6.09956975E-06 1_GWF-(1,4) + Model 5 6 -1.41139333E-06 1_GWF-(1,4) + Model 6 4 -3.26467156E-07 1_GWF-(1,94) + Model 7 4 -7.81663942E-08 1_GWF-(1,44) + Model 8 4 -1.78919990E-08 1_GWF-(1,44) + Model 9 5 -5.24645216E-09 1_GWF-(1,24) + Model 10 1 -4.22275548E-11 * 1_GWF-(5,22) + Package 10 3.49891505E-10 * 1_GWF-UZF_0-(107)-rech + ---------------------------------------------------------------------------------------------------------- + + + 10 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 5 + 55 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 8 -4.28347252E-04 1_GWF-(1,4) + Model 2 8 -9.02526749E-05 1_GWF-(1,94) + Model 3 7 -2.02362569E-05 1_GWF-(1,84) + Model 4 6 -4.63466129E-06 1_GWF-(1,4) + Model 5 6 -1.07310487E-06 1_GWF-(1,14) + Model 6 4 -2.48072734E-07 1_GWF-(1,94) + Model 7 4 -5.93266094E-08 1_GWF-(1,44) + Model 8 4 -1.35947431E-08 1_GWF-(1,44) + Model 9 1 -6.18957330E-10 * 1_GWF-(1,94) + Package 9 8.50352344E-10 * 1_GWF-UZF_0-(200)-rech + ---------------------------------------------------------------------------------------------------------- + + + 9 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 5 + 48 TOTAL ITERATIONS + + + Solution SLN_1 summary + ---------------------------------------------------------------------- + Total formulate time: 0.12557700000000049 seconds + Total solution time: 0.37199999999999678E-1 seconds + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN MEGABYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 7.47800000E-03 + Logical 4.00000000E-05 + Integer 0.13222800 + Real 10.117152 + ------------------------------- + Total 10.256898 + Virtual 0.0000000 + ------------------------------- + + + + Run end date and time (yyyy/mm/dd hh:mm:ss): 2023/10/30 9:06:42 + Elapsed run time: 1.036 Seconds + Normal termination of simulation. diff --git a/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model[disv_with_uzf]0/mfsim.nam b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model[disv_with_uzf]0/mfsim.nam new file mode 100644 index 000000000..c45497b91 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model[disv_with_uzf]0/mfsim.nam @@ -0,0 +1,19 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:06:41. +BEGIN options +END options + +BEGIN timing + TDIS6 disv_with_uzf.tdis +END timing + +BEGIN models + gwf6 disv_with_uzf.nam disv_with_uzf +END models + +BEGIN exchanges +END exchanges + +BEGIN solutiongroup 1 + ims6 disv_with_uzf.ims disv_with_uzf +END solutiongroup 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model_nc[disv_with_uzf]0/disv_with_uzf.cbc b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model_nc[disv_with_uzf]0/disv_with_uzf.cbc new file mode 100644 index 000000000..5987bed76 Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model_nc[disv_with_uzf]0/disv_with_uzf.cbc differ diff --git a/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model_nc[disv_with_uzf]0/disv_with_uzf.hds b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model_nc[disv_with_uzf]0/disv_with_uzf.hds new file mode 100644 index 000000000..e8056d901 Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model_nc[disv_with_uzf]0/disv_with_uzf.hds differ diff --git a/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model_nc[disv_with_uzf]0/disv_with_uzf.ic b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model_nc[disv_with_uzf]0/disv_with_uzf.ic new file mode 100644 index 000000000..2a8f8376c --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model_nc[disv_with_uzf]0/disv_with_uzf.ic @@ -0,0 +1,6 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:06:42. +BEGIN griddata + strt + CONSTANT 20.00000000 +END griddata + diff --git a/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model_nc[disv_with_uzf]0/disv_with_uzf.ims b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model_nc[disv_with_uzf]0/disv_with_uzf.ims new file mode 100644 index 000000000..817f90181 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model_nc[disv_with_uzf]0/disv_with_uzf.ims @@ -0,0 +1,22 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:06:42. +BEGIN options + PRINT_OPTION summary + COMPLEXITY moderate +END options + +BEGIN nonlinear + OUTER_DVCLOSE 1.00000000E-09 + OUTER_MAXIMUM 100 + UNDER_RELAXATION dbd +END nonlinear + +BEGIN linear + INNER_MAXIMUM 300 + INNER_DVCLOSE 1.00000000E-09 + inner_rclose 0.00100000 + LINEAR_ACCELERATION bicgstab + RELAXATION_FACTOR 0.97000000 + SCALING_METHOD none + REORDERING_METHOD none +END linear + diff --git a/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model_nc[disv_with_uzf]0/disv_with_uzf.lst b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model_nc[disv_with_uzf]0/disv_with_uzf.lst new file mode 100644 index 000000000..925a2fa19 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model_nc[disv_with_uzf]0/disv_with_uzf.lst @@ -0,0 +1,57477 @@ + MODFLOW 6 PROFESSIONAL + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + GROUNDWATER FLOW MODEL (GWF) + VERSION 6.5.0.dev0 (preliminary) 07/13/2023 + ***DEVELOP MODE*** + + MODFLOW 6 compiled Oct 30 2023 08:23:02 with GCC version 11.3.0 + +This software is preliminary or provisional and is subject to +revision. It is being provided to meet the need for timely best +science. The software has not received final approval by the U.S. +Geological Survey (USGS). No warranty, expressed or implied, is made +by the USGS or the U.S. Government as to the functionality of the +software and related material nor shall the fact of release +constitute any such warranty. The software is provided on the +condition that neither the USGS nor the U.S. Government shall be held +liable for any damages resulting from the authorized or unauthorized +use of the software. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +The following 2-clause BSD License library is used in this +USGS product: + + PETSc, the Portable, Extensible Toolkit for Scientific + Computation Library + Copyright (c) 1991-2021, UChicago Argonne, LLC + and the PETSc Development Team All rights reserved. + (https://petsc.org/release/) + +MODFLOW 6 compiler options: -cpp -I src/libmf6core.a.p -I src -I ../src -I +src/libmf6_external.a.p -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/include -I +/home/mreno/.clone/external/petsc/include -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/lib -I +/home/mreno/miniconda3/envs/modflow6/include -I -fdiagnostics-color=always +-imultiarch x86_64-linux-gnu -D _FILE_OFFSET_BITS=64 -D __linux__ -D +__WITH_PETSC__ -D __WITH_MPI__ -D __WITH_NETCDF__ -mtune=generic +-march=x86-64 -g -O2 -Wall -Wpedantic -Wcharacter-truncation +-Wno-unused-dummy-argument -Wno-intrinsic-shadow -Wno-maybe-uninitialized +-Wno-uninitialized -std=f2008 -fall-intrinsics -fbacktrace -fcheck=all +-ffpe-trap=overflow,zero,invalid -ffpe-summary=overflow +-ffpe-trap=overflow,zero,invalid -fPIC -J src/libmf6core.a.p +-fpre-include=/usr/include/finclude/math-vector-fortran.h + +System command used to initiate simulation: +/home/mreno/.clone/usgs/w/netcdf/2/modflow6/bin/mf6 + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + NEWTON-RAPHSON method enabled for the model. + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END NAMEFILE OPTIONS: + + DISV -- VERTEX GRID DISCRETIZATION PACKAGE, VERSION 1 : 12/23/2015 - INPUT READ FROM MEMPATH: __INPUT__/DISV_WITH_UZF/DISV + + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 5 + NCPL = 100 + NVERT = 121 + End Setting Discretization Dimensions + + Setting Discretization Griddata + TOP set from input file + BOTM set from input file + End Setting Discretization Griddata + + Discretization Vertex data loaded + Discretization Cell2d data loaded + + NPF -- NODE PROPERTY FLOW PACKAGE, VERSION 1, 3/30/2015 INPUT READ FROM MEMPATH: __INPUT__/DISV_WITH_UZF/NPF + + Setting NPF Options + Cell-by-cell flow information will be saved to binary file whenever ICBCFL is not zero. + End Setting NPF Options + + Setting NPF Griddata + ICELLTYPE set from input file + K set from input file + K33 set from input file + K22 not provided. Setting K22 = K. + End Setting NPF Griddata + + + GHB -- GHB PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/DISV_WITH_UZF/GHB_0 + + PROCESSING GHB BASE OPTIONS + GHB FLOWS WILL BE PRINTED TO LISTING FILE. + END OF GHB BASE OPTIONS + + PROCESSING GHB OPTIONS + END OF GHB OPTIONS + + PROCESSING GHB BASE DIMENSIONS + MAXBOUND = 20 + END OF GHB BASE DIMENSIONS + + UZF -- UZF CELLS PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM UNIT 1007 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:06:42. + + PROCESSING UZF CELLS OPTIONS + UZF CELLS BOUNDARIES HAVE NAMES IN LAST COLUMN. + UZF CELLS FLOWS WILL BE PRINTED TO LISTING FILE. + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + + OPENED disv_with_uzf.uzf.bud + FILE TYPE:DATA(BINARY) UNIT 1011 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + UZF BUDGET WILL BE SAVED TO FILE: disv_with_uzf.uzf.bud + OPENED ON UNIT: 1011 + + OPENED disv_with_uzf.uzf.obs + FILE TYPE:OBS UNIT 1012 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + ET WILL BE SIMULATED WITHIN UZ AND GW ZONES, WITH LINEAR GWET IF OPTION NOT SPECIFIED OTHERWISE. + GROUNDWATER ET FUNCTION WILL BE LINEAR. + GROUNDWATER DISCHARGE TO LAND SURFACE WILL BE SIMULATED. + END OF UZF CELLS OPTIONS + + PROCESSING UZF CELLS DIMENSIONS + NUZFCELLS = 500 + NTRAILWAVES = 15 + NTRAILSETS = 40 + END OF UZF CELLS DIMENSIONS + + PROCESSING UZF CELLS PACKAGEDATA + + IC -- INITIAL CONDITIONS PACKAGE, VERSION 8, 3/28/2015 INPUT READ FROM UNIT 1004 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:06:42. + PROCESSING GRIDDATA + + INITIAL HEAD = 20.00000 + END PROCESSING GRIDDATA + + STO -- STORAGE PACKAGE, VERSION 1, 5/19/2014 INPUT READ FROM UNIT 1003 + + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:06:42. + PROCESSING STORAGE OPTIONS + END OF STORAGE OPTIONS + PROCESSING GRIDDATA + + ICONVERT = 1 + + SPECIFIC STORAGE = 0.1000000E-04 + + SPECIFIC YIELD = 0.2000000 + END PROCESSING GRIDDATA + +The observation utility is active for "DISV_WITH_UZF" + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:06:42. + +Processing observation options: + +Text output number of digits of precision set to: 16 + + BINARY GRID INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1014 + FILE NAME: disv_with_uzf.nc.grb + + OPENED disv_with_uzf.nc.grb + FILE TYPE:DATA(BINARY) UNIT 1014 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:06:42. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1015 + FILE NAME: disv_with_uzf.cbc + + OPENED disv_with_uzf.cbc + FILE TYPE:DATA(BINARY) UNIT 1015 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + HEAD INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1016 + FILE NAME: disv_with_uzf.hds + + OPENED disv_with_uzf.hds + FILE TYPE:DATA(BINARY) UNIT 1016 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +The observation utility is active for "UZF_0" + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:06:42. + +Processing observation options: + + + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + ALL TIME STEPS WILL BE SAVED + ALL TIME STEPS WILL BE SAVED + ALL TIME STEPS WILL BE PRINTED + ALL TIME STEPS WILL BE PRINTED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + + + PROCESSING STORAGE PERIOD DATA + END PROCESSING STORAGE PERIOD DATA + + + STRESS PERIOD 1 IS TRANSIENT + + UBDSV1 SAVING STO-SS ON UNIT 1015 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV1 SAVING STO-SY ON UNIT 1015 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1015 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1015 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1011 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 1, STRESS PERIOD 1 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 1 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.4055077 + 2 (4,20) -1.4055077 + 3 (4,30) -1.4055077 + 4 (4,40) -1.4055077 + 5 (4,50) -1.4055077 + 6 (4,60) -1.4055077 + 7 (4,70) -1.4055077 + 8 (4,80) -1.4055077 + 9 (4,90) -1.4055077 + 10 (4,100) -1.4055077 + 11 (5,10) -0.60090960 + 12 (5,20) -0.60090960 + 13 (5,30) -0.60090960 + 14 (5,40) -0.60090960 + 15 (5,50) -0.60090960 + 16 (5,60) -0.60090960 + 17 (5,70) -0.60090960 + 18 (5,80) -0.60090960 + 19 (5,90) -0.60090960 + 20 (5,100) -0.60090960 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 1 STEP 1 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.25071131 UZF001 + 2 (1,2) 0.24941695 UZF002 + 3 (1,3) 0.24688172 UZF003 + 4 (1,4) 0.24321174 UZF004 + 5 (1,5) 0.23859159 UZF005 + 6 (1,6) 0.23313905 UZF006 + 7 (1,7) 0.22659316 UZF007 + 8 (1,8) 0.21755323 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.25071131 UZF011 + 12 (1,12) 0.24941695 UZF012 + 13 (1,13) 0.24688172 UZF013 + 14 (1,14) 0.24321174 UZF014 + 15 (1,15) 0.23859159 UZF015 + 16 (1,16) 0.23313905 UZF016 + 17 (1,17) 0.22659316 UZF017 + 18 (1,18) 0.21755323 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.25071131 UZF021 + 22 (1,22) 0.24941695 UZF022 + 23 (1,23) 0.24688172 UZF023 + 24 (1,24) 0.24321174 UZF024 + 25 (1,25) 0.23859159 UZF025 + 26 (1,26) 0.23313905 UZF026 + 27 (1,27) 0.22659316 UZF027 + 28 (1,28) 0.21755323 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.25071131 UZF031 + 32 (1,32) 0.24941695 UZF032 + 33 (1,33) 0.24688172 UZF033 + 34 (1,34) 0.24321174 UZF034 + 35 (1,35) 0.23859159 UZF035 + 36 (1,36) 0.23313905 UZF036 + 37 (1,37) 0.22659316 UZF037 + 38 (1,38) 0.21755323 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.25071131 UZF041 + 42 (1,42) 0.24941695 UZF042 + 43 (1,43) 0.24688172 UZF043 + 44 (1,44) 0.24321174 UZF044 + 45 (1,45) 0.23859159 UZF045 + 46 (1,46) 0.23313905 UZF046 + 47 (1,47) 0.22659316 UZF047 + 48 (1,48) 0.21755323 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.25071131 UZF051 + 52 (1,52) 0.24941695 UZF052 + 53 (1,53) 0.24688172 UZF053 + 54 (1,54) 0.24321174 UZF054 + 55 (1,55) 0.23859159 UZF055 + 56 (1,56) 0.23313905 UZF056 + 57 (1,57) 0.22659316 UZF057 + 58 (1,58) 0.21755323 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.25071131 UZF061 + 62 (1,62) 0.24941695 UZF062 + 63 (1,63) 0.24688172 UZF063 + 64 (1,64) 0.24321174 UZF064 + 65 (1,65) 0.23859159 UZF065 + 66 (1,66) 0.23313905 UZF066 + 67 (1,67) 0.22659316 UZF067 + 68 (1,68) 0.21755323 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.25071131 UZF071 + 72 (1,72) 0.24941695 UZF072 + 73 (1,73) 0.24688172 UZF073 + 74 (1,74) 0.24321174 UZF074 + 75 (1,75) 0.23859159 UZF075 + 76 (1,76) 0.23313905 UZF076 + 77 (1,77) 0.22659316 UZF077 + 78 (1,78) 0.21755323 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.25071131 UZF081 + 82 (1,82) 0.24941695 UZF082 + 83 (1,83) 0.24688172 UZF083 + 84 (1,84) 0.24321174 UZF084 + 85 (1,85) 0.23859159 UZF085 + 86 (1,86) 0.23313905 UZF086 + 87 (1,87) 0.22659316 UZF087 + 88 (1,88) 0.21755323 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.25071131 UZF091 + 92 (1,92) 0.24941695 UZF092 + 93 (1,93) 0.24688172 UZF093 + 94 (1,94) 0.24321174 UZF094 + 95 (1,95) 0.23859159 UZF095 + 96 (1,96) 0.23313905 UZF096 + 97 (1,97) 0.22659316 UZF097 + 98 (1,98) 0.21755323 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.0000000 UZF004 + 105 (2,5) 0.0000000 UZF005 + 106 (2,6) 0.0000000 UZF006 + 107 (2,7) 0.0000000 UZF007 + 108 (2,8) 0.0000000 UZF008 + 109 (2,9) 0.16863982 UZF009 + 110 (2,10) 0.15984556 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.0000000 UZF014 + 115 (2,15) 0.0000000 UZF015 + 116 (2,16) 0.0000000 UZF016 + 117 (2,17) 0.0000000 UZF017 + 118 (2,18) 0.0000000 UZF018 + 119 (2,19) 0.16863982 UZF019 + 120 (2,20) 0.15984556 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.0000000 UZF024 + 125 (2,25) 0.0000000 UZF025 + 126 (2,26) 0.0000000 UZF026 + 127 (2,27) 0.0000000 UZF027 + 128 (2,28) 0.0000000 UZF028 + 129 (2,29) 0.16863982 UZF029 + 130 (2,30) 0.15984556 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.0000000 UZF034 + 135 (2,35) 0.0000000 UZF035 + 136 (2,36) 0.0000000 UZF036 + 137 (2,37) 0.0000000 UZF037 + 138 (2,38) 0.0000000 UZF038 + 139 (2,39) 0.16863982 UZF039 + 140 (2,40) 0.15984556 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.0000000 UZF044 + 145 (2,45) 0.0000000 UZF045 + 146 (2,46) 0.0000000 UZF046 + 147 (2,47) 0.0000000 UZF047 + 148 (2,48) 0.0000000 UZF048 + 149 (2,49) 0.16863982 UZF049 + 150 (2,50) 0.15984556 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.0000000 UZF054 + 155 (2,55) 0.0000000 UZF055 + 156 (2,56) 0.0000000 UZF056 + 157 (2,57) 0.0000000 UZF057 + 158 (2,58) 0.0000000 UZF058 + 159 (2,59) 0.16863982 UZF059 + 160 (2,60) 0.15984556 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.0000000 UZF064 + 165 (2,65) 0.0000000 UZF065 + 166 (2,66) 0.0000000 UZF066 + 167 (2,67) 0.0000000 UZF067 + 168 (2,68) 0.0000000 UZF068 + 169 (2,69) 0.16863982 UZF069 + 170 (2,70) 0.15984556 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.0000000 UZF074 + 175 (2,75) 0.0000000 UZF075 + 176 (2,76) 0.0000000 UZF076 + 177 (2,77) 0.0000000 UZF077 + 178 (2,78) 0.0000000 UZF078 + 179 (2,79) 0.16863982 UZF079 + 180 (2,80) 0.15984556 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.0000000 UZF084 + 185 (2,85) 0.0000000 UZF085 + 186 (2,86) 0.0000000 UZF086 + 187 (2,87) 0.0000000 UZF087 + 188 (2,88) 0.0000000 UZF088 + 189 (2,89) 0.16863982 UZF089 + 190 (2,90) 0.15984556 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.0000000 UZF094 + 195 (2,95) 0.0000000 UZF095 + 196 (2,96) 0.0000000 UZF096 + 197 (2,97) 0.0000000 UZF097 + 198 (2,98) 0.0000000 UZF098 + 199 (2,99) 0.16863982 UZF099 + 200 (2,100) 0.15984556 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 0.0000000 UZF076 + 277 (3,77) 0.0000000 UZF077 + 278 (3,78) 0.0000000 UZF078 + 279 (3,79) 0.0000000 UZF079 + 280 (3,80) 0.0000000 UZF080 + 281 (3,81) 0.0000000 UZF081 + 282 (3,82) 0.0000000 UZF082 + 283 (3,83) 0.0000000 UZF083 + 284 (3,84) 0.0000000 UZF084 + 285 (3,85) 0.0000000 UZF085 + 286 (3,86) 0.0000000 UZF086 + 287 (3,87) 0.0000000 UZF087 + 288 (3,88) 0.0000000 UZF088 + 289 (3,89) 0.0000000 UZF089 + 290 (3,90) 0.0000000 UZF090 + 291 (3,91) 0.0000000 UZF091 + 292 (3,92) 0.0000000 UZF092 + 293 (3,93) 0.0000000 UZF093 + 294 (3,94) 0.0000000 UZF094 + 295 (3,95) 0.0000000 UZF095 + 296 (3,96) 0.0000000 UZF096 + 297 (3,97) 0.0000000 UZF097 + 298 (3,98) 0.0000000 UZF098 + 299 (3,99) 0.0000000 UZF099 + 300 (3,100) 0.0000000 UZF100 + 301 (4,1) 0.0000000 UZF001 + 302 (4,2) 0.0000000 UZF002 + 303 (4,3) 0.0000000 UZF003 + 304 (4,4) 0.0000000 UZF004 + 305 (4,5) 0.0000000 UZF005 + 306 (4,6) 0.0000000 UZF006 + 307 (4,7) 0.0000000 UZF007 + 308 (4,8) 0.0000000 UZF008 + 309 (4,9) 0.0000000 UZF009 + 310 (4,10) 0.0000000 UZF010 + 311 (4,11) 0.0000000 UZF011 + 312 (4,12) 0.0000000 UZF012 + 313 (4,13) 0.0000000 UZF013 + 314 (4,14) 0.0000000 UZF014 + 315 (4,15) 0.0000000 UZF015 + 316 (4,16) 0.0000000 UZF016 + 317 (4,17) 0.0000000 UZF017 + 318 (4,18) 0.0000000 UZF018 + 319 (4,19) 0.0000000 UZF019 + 320 (4,20) 0.0000000 UZF020 + 321 (4,21) 0.0000000 UZF021 + 322 (4,22) 0.0000000 UZF022 + 323 (4,23) 0.0000000 UZF023 + 324 (4,24) 0.0000000 UZF024 + 325 (4,25) 0.0000000 UZF025 + 326 (4,26) 0.0000000 UZF026 + 327 (4,27) 0.0000000 UZF027 + 328 (4,28) 0.0000000 UZF028 + 329 (4,29) 0.0000000 UZF029 + 330 (4,30) 0.0000000 UZF030 + 331 (4,31) 0.0000000 UZF031 + 332 (4,32) 0.0000000 UZF032 + 333 (4,33) 0.0000000 UZF033 + 334 (4,34) 0.0000000 UZF034 + 335 (4,35) 0.0000000 UZF035 + 336 (4,36) 0.0000000 UZF036 + 337 (4,37) 0.0000000 UZF037 + 338 (4,38) 0.0000000 UZF038 + 339 (4,39) 0.0000000 UZF039 + 340 (4,40) 0.0000000 UZF040 + 341 (4,41) 0.0000000 UZF041 + 342 (4,42) 0.0000000 UZF042 + 343 (4,43) 0.0000000 UZF043 + 344 (4,44) 0.0000000 UZF044 + 345 (4,45) 0.0000000 UZF045 + 346 (4,46) 0.0000000 UZF046 + 347 (4,47) 0.0000000 UZF047 + 348 (4,48) 0.0000000 UZF048 + 349 (4,49) 0.0000000 UZF049 + 350 (4,50) 0.0000000 UZF050 + 351 (4,51) 0.0000000 UZF051 + 352 (4,52) 0.0000000 UZF052 + 353 (4,53) 0.0000000 UZF053 + 354 (4,54) 0.0000000 UZF054 + 355 (4,55) 0.0000000 UZF055 + 356 (4,56) 0.0000000 UZF056 + 357 (4,57) 0.0000000 UZF057 + 358 (4,58) 0.0000000 UZF058 + 359 (4,59) 0.0000000 UZF059 + 360 (4,60) 0.0000000 UZF060 + 361 (4,61) 0.0000000 UZF061 + 362 (4,62) 0.0000000 UZF062 + 363 (4,63) 0.0000000 UZF063 + 364 (4,64) 0.0000000 UZF064 + 365 (4,65) 0.0000000 UZF065 + 366 (4,66) 0.0000000 UZF066 + 367 (4,67) 0.0000000 UZF067 + 368 (4,68) 0.0000000 UZF068 + 369 (4,69) 0.0000000 UZF069 + 370 (4,70) 0.0000000 UZF070 + 371 (4,71) 0.0000000 UZF071 + 372 (4,72) 0.0000000 UZF072 + 373 (4,73) 0.0000000 UZF073 + 374 (4,74) 0.0000000 UZF074 + 375 (4,75) 0.0000000 UZF075 + 376 (4,76) 0.0000000 UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 (5,23) 0.0000000 UZF023 + 424 (5,24) 0.0000000 UZF024 + 425 (5,25) 0.0000000 UZF025 + 426 (5,26) 0.0000000 UZF026 + 427 (5,27) 0.0000000 UZF027 + 428 (5,28) 0.0000000 UZF028 + 429 (5,29) 0.0000000 UZF029 + 430 (5,30) 0.0000000 UZF030 + 431 (5,31) 0.0000000 UZF031 + 432 (5,32) 0.0000000 UZF032 + 433 (5,33) 0.0000000 UZF033 + 434 (5,34) 0.0000000 UZF034 + 435 (5,35) 0.0000000 UZF035 + 436 (5,36) 0.0000000 UZF036 + 437 (5,37) 0.0000000 UZF037 + 438 (5,38) 0.0000000 UZF038 + 439 (5,39) 0.0000000 UZF039 + 440 (5,40) 0.0000000 UZF040 + 441 (5,41) 0.0000000 UZF041 + 442 (5,42) 0.0000000 UZF042 + 443 (5,43) 0.0000000 UZF043 + 444 (5,44) 0.0000000 UZF044 + 445 (5,45) 0.0000000 UZF045 + 446 (5,46) 0.0000000 UZF046 + 447 (5,47) 0.0000000 UZF047 + 448 (5,48) 0.0000000 UZF048 + 449 (5,49) 0.0000000 UZF049 + 450 (5,50) 0.0000000 UZF050 + 451 (5,51) 0.0000000 UZF051 + 452 (5,52) 0.0000000 UZF052 + 453 (5,53) 0.0000000 UZF053 + 454 (5,54) 0.0000000 UZF054 + 455 (5,55) 0.0000000 UZF055 + 456 (5,56) 0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 1 STEP 1 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 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UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 UZF081 + 82 (1,82) 0.0000000 UZF082 + 83 (1,83) 0.0000000 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.0000000 UZF091 + 92 (1,92) 0.0000000 UZF092 + 93 (1,93) 0.0000000 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) -0.0000000 UZF001 + 102 (2,2) -0.0000000 UZF002 + 103 (2,3) -0.0000000 UZF003 + 104 (2,4) -0.0000000 UZF004 + 105 (2,5) -0.0000000 UZF005 + 106 (2,6) -0.0000000 UZF006 + 107 (2,7) -0.0000000 UZF007 + 108 (2,8) -0.0000000 UZF008 + 109 (2,9) -0.0000000 UZF009 + 110 (2,10) -0.0000000 UZF010 + 111 (2,11) -0.0000000 UZF011 + 112 (2,12) -0.0000000 UZF012 + 113 (2,13) -0.0000000 UZF013 + 114 (2,14) -0.0000000 UZF014 + 115 (2,15) -0.0000000 UZF015 + 116 (2,16) -0.0000000 UZF016 + 117 (2,17) -0.0000000 UZF017 + 118 (2,18) -0.0000000 UZF018 + 119 (2,19) -0.0000000 UZF019 + 120 (2,20) -0.0000000 UZF020 + 121 (2,21) -0.0000000 UZF021 + 122 (2,22) -0.0000000 UZF022 + 123 (2,23) -0.0000000 UZF023 + 124 (2,24) -0.0000000 UZF024 + 125 (2,25) -0.0000000 UZF025 + 126 (2,26) -0.0000000 UZF026 + 127 (2,27) -0.0000000 UZF027 + 128 (2,28) -0.0000000 UZF028 + 129 (2,29) -0.0000000 UZF029 + 130 (2,30) -0.0000000 UZF030 + 131 (2,31) -0.0000000 UZF031 + 132 (2,32) -0.0000000 UZF032 + 133 (2,33) -0.0000000 UZF033 + 134 (2,34) -0.0000000 UZF034 + 135 (2,35) -0.0000000 UZF035 + 136 (2,36) -0.0000000 UZF036 + 137 (2,37) -0.0000000 UZF037 + 138 (2,38) -0.0000000 UZF038 + 139 (2,39) -0.0000000 UZF039 + 140 (2,40) -0.0000000 UZF040 + 141 (2,41) -0.0000000 UZF041 + 142 (2,42) -0.0000000 UZF042 + 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16.9569 +1 + HEAD IN LAYER 4 AT END OF TIME STEP 1 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + 11 12 13 14 15 16 17 18 19 20 + 21 22 23 24 25 26 27 28 29 30 + 31 32 33 34 35 36 37 38 39 40 + 41 42 43 44 45 46 47 48 49 50 + 51 52 53 54 55 56 57 58 59 60 + 61 62 63 64 65 66 67 68 69 70 + 71 72 73 74 75 76 77 78 79 80 + 81 82 83 84 85 86 87 88 89 90 + 91 92 93 94 95 96 97 98 99 100 + ................................................................................................................................................................ + 1 19.3938 19.3150 19.1547 18.9073 18.5629 18.1050 17.5057 16.7147 15.6282 14.0001 + 19.3938 19.3150 19.1547 18.9073 18.5629 18.1050 17.5057 16.7147 15.6282 14.0001 + 19.3938 19.3150 19.1547 18.9073 18.5629 18.1050 17.5057 16.7147 15.6282 14.0001 + 19.3938 19.3150 19.1547 18.9073 18.5629 18.1050 17.5057 16.7147 15.6282 14.0001 + 19.3938 19.3150 19.1547 18.9073 18.5629 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................................................................................................................................................................ + 1 19.1752 19.0877 18.9092 18.6325 18.2459 17.7323 17.0695 16.2321 15.2015 14.0001 + 19.1752 19.0877 18.9092 18.6325 18.2459 17.7323 17.0695 16.2321 15.2015 14.0001 + 19.1752 19.0877 18.9092 18.6325 18.2459 17.7323 17.0695 16.2321 15.2015 14.0001 + 19.1752 19.0877 18.9092 18.6325 18.2459 17.7323 17.0695 16.2321 15.2015 14.0001 + 19.1752 19.0877 18.9092 18.6325 18.2459 17.7323 17.0695 16.2321 15.2015 14.0001 + 19.1752 19.0877 18.9092 18.6325 18.2459 17.7323 17.0695 16.2321 15.2015 14.0001 + 19.1752 19.0877 18.9092 18.6325 18.2459 17.7323 17.0695 16.2321 15.2015 14.0001 + 19.1752 19.0877 18.9092 18.6325 18.2459 17.7323 17.0695 16.2321 15.2015 14.0001 + 19.1752 19.0877 18.9092 18.6325 18.2459 17.7323 17.0695 16.2321 15.2015 14.0001 + 19.1752 19.0877 18.9092 18.6325 18.2459 17.7323 17.0695 16.2321 15.2015 14.0001 + + HEAD WILL BE SAVED ON UNIT 1016 AT END OF TIME STEP 1, STRESS PERIOD 1 + + + UZF_0 BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + ------------------------------------------------------------------------------ + + CUMULATIVE UZF_0 L**3 RATES FOR THIS TIME STEP L**3/T + ------------------ ------------------------ + + IN: IN: + --- --- + GWF = 0.0000 GWF = 0.0000 + INFILTRATION = 30.0000 INFILTRATION = 15.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.0000 UZET = 0.0000 + STORAGE = 16.5994 STORAGE = 8.2997 + + TOTAL IN = 46.5994 TOTAL IN = 23.2997 + + OUT: OUT: + ---- ---- + GWF = 44.6917 GWF = 22.3458 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 7.1707E-02 UZET = 3.5853E-02 + STORAGE = 1.8360 STORAGE = 0.9180 + + TOTAL OUT = 46.5994 TOTAL OUT = 23.2997 + + IN - OUT = 1.4106E-06 IN - OUT = 7.0530E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 3.2259E-02 STO-SS = 1.6129E-02 STORAGE + STO-SY = 7.4732 STO-SY = 3.7366 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 44.6917 UZF-GWRCH = 22.3458 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 52.1971 TOTAL IN = 26.0985 + + OUT: OUT: + ---- ---- + STO-SS = 7.9608E-04 STO-SS = 3.9804E-04 STORAGE + STO-SY = 11.9499 STO-SY = 5.9749 STORAGE + GHB = 40.1283 GHB = 20.0642 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.1181 UZF-GWET = 5.9052E-02 UZF_0 + + TOTAL OUT = 52.1971 TOTAL OUT = 26.0985 + + IN - OUT = -7.5082E-08 IN - OUT = -3.7541E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + TOTAL TIME 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + + +end timestep + + +start timestep kper="1" kstp="2" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1015 AT TIME STEP 2, STRESS PERIOD 1 + UBDSV1 SAVING STO-SY ON UNIT 1015 AT TIME STEP 2, STRESS PERIOD 1 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1015 AT TIME STEP 2, STRESS PERIOD 1 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1015 AT TIME STEP 2, STRESS PERIOD 1 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 2, STRESS PERIOD 1 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 2, STRESS PERIOD 1 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 2, STRESS PERIOD 1 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 2, STRESS PERIOD 1 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1011 AT TIME STEP 2, STRESS PERIOD 1 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 2, STRESS PERIOD 1 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 2, STRESS PERIOD 1 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 2, STRESS PERIOD 1 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 2, STRESS PERIOD 1 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 1 STEP 2 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.2533825 + 2 (4,20) -1.2533825 + 3 (4,30) -1.2533825 + 4 (4,40) -1.2533825 + 5 (4,50) -1.2533825 + 6 (4,60) -1.2533825 + 7 (4,70) -1.2533825 + 8 (4,80) -1.2533825 + 9 (4,90) -1.2533825 + 10 (4,100) -1.2533825 + 11 (5,10) -0.55825109 + 12 (5,20) -0.55825109 + 13 (5,30) -0.55825109 + 14 (5,40) -0.55825109 + 15 (5,50) -0.55825109 + 16 (5,60) -0.55825109 + 17 (5,70) -0.55825109 + 18 (5,80) -0.55825109 + 19 (5,90) -0.55825109 + 20 (5,100) -0.55825109 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 1 STEP 2 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14660272 UZF001 + 2 (1,2) 0.14607661 UZF002 + 3 (1,3) 0.14505687 UZF003 + 4 (1,4) 0.14356260 UZF004 + 5 (1,5) 0.14136746 UZF005 + 6 (1,6) 0.13804537 UZF006 + 7 (1,7) 0.13357287 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14660272 UZF011 + 12 (1,12) 0.14607661 UZF012 + 13 (1,13) 0.14505687 UZF013 + 14 (1,14) 0.14356260 UZF014 + 15 (1,15) 0.14136746 UZF015 + 16 (1,16) 0.13804537 UZF016 + 17 (1,17) 0.13357287 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14660272 UZF021 + 22 (1,22) 0.14607661 UZF022 + 23 (1,23) 0.14505687 UZF023 + 24 (1,24) 0.14356260 UZF024 + 25 (1,25) 0.14136746 UZF025 + 26 (1,26) 0.13804537 UZF026 + 27 (1,27) 0.13357287 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14660272 UZF031 + 32 (1,32) 0.14607661 UZF032 + 33 (1,33) 0.14505687 UZF033 + 34 (1,34) 0.14356260 UZF034 + 35 (1,35) 0.14136746 UZF035 + 36 (1,36) 0.13804537 UZF036 + 37 (1,37) 0.13357287 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14660272 UZF041 + 42 (1,42) 0.14607661 UZF042 + 43 (1,43) 0.14505687 UZF043 + 44 (1,44) 0.14356260 UZF044 + 45 (1,45) 0.14136746 UZF045 + 46 (1,46) 0.13804537 UZF046 + 47 (1,47) 0.13357287 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14660272 UZF051 + 52 (1,52) 0.14607661 UZF052 + 53 (1,53) 0.14505687 UZF053 + 54 (1,54) 0.14356260 UZF054 + 55 (1,55) 0.14136746 UZF055 + 56 (1,56) 0.13804537 UZF056 + 57 (1,57) 0.13357287 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14660272 UZF061 + 62 (1,62) 0.14607661 UZF062 + 63 (1,63) 0.14505687 UZF063 + 64 (1,64) 0.14356260 UZF064 + 65 (1,65) 0.14136746 UZF065 + 66 (1,66) 0.13804537 UZF066 + 67 (1,67) 0.13357287 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14660272 UZF071 + 72 (1,72) 0.14607661 UZF072 + 73 (1,73) 0.14505687 UZF073 + 74 (1,74) 0.14356260 UZF074 + 75 (1,75) 0.14136746 UZF075 + 76 (1,76) 0.13804537 UZF076 + 77 (1,77) 0.13357287 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14660272 UZF081 + 82 (1,82) 0.14607661 UZF082 + 83 (1,83) 0.14505687 UZF083 + 84 (1,84) 0.14356260 UZF084 + 85 (1,85) 0.14136746 UZF085 + 86 (1,86) 0.13804537 UZF086 + 87 (1,87) 0.13357287 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14660272 UZF091 + 92 (1,92) 0.14607661 UZF092 + 93 (1,93) 0.14505687 UZF093 + 94 (1,94) 0.14356260 UZF094 + 95 (1,95) 0.14136746 UZF095 + 96 (1,96) 0.13804537 UZF096 + 97 (1,97) 0.13357287 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.0000000 UZF004 + 105 (2,5) 0.0000000 UZF005 + 106 (2,6) 0.0000000 UZF006 + 107 (2,7) 0.0000000 UZF007 + 108 (2,8) 9.20115822E-02 UZF008 + 109 (2,9) 0.12583136 UZF009 + 110 (2,10) 0.12473494 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.0000000 UZF014 + 115 (2,15) 0.0000000 UZF015 + 116 (2,16) 0.0000000 UZF016 + 117 (2,17) 0.0000000 UZF017 + 118 (2,18) 9.20115821E-02 UZF018 + 119 (2,19) 0.12583136 UZF019 + 120 (2,20) 0.12473494 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.0000000 UZF024 + 125 (2,25) 0.0000000 UZF025 + 126 (2,26) 0.0000000 UZF026 + 127 (2,27) 0.0000000 UZF027 + 128 (2,28) 9.20115821E-02 UZF028 + 129 (2,29) 0.12583136 UZF029 + 130 (2,30) 0.12473494 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.0000000 UZF034 + 135 (2,35) 0.0000000 UZF035 + 136 (2,36) 0.0000000 UZF036 + 137 (2,37) 0.0000000 UZF037 + 138 (2,38) 9.20115821E-02 UZF038 + 139 (2,39) 0.12583136 UZF039 + 140 (2,40) 0.12473494 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.0000000 UZF044 + 145 (2,45) 0.0000000 UZF045 + 146 (2,46) 0.0000000 UZF046 + 147 (2,47) 0.0000000 UZF047 + 148 (2,48) 9.20115821E-02 UZF048 + 149 (2,49) 0.12583136 UZF049 + 150 (2,50) 0.12473494 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.0000000 UZF054 + 155 (2,55) 0.0000000 UZF055 + 156 (2,56) 0.0000000 UZF056 + 157 (2,57) 0.0000000 UZF057 + 158 (2,58) 9.20115821E-02 UZF058 + 159 (2,59) 0.12583136 UZF059 + 160 (2,60) 0.12473494 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.0000000 UZF064 + 165 (2,65) 0.0000000 UZF065 + 166 (2,66) 0.0000000 UZF066 + 167 (2,67) 0.0000000 UZF067 + 168 (2,68) 9.20115821E-02 UZF068 + 169 (2,69) 0.12583136 UZF069 + 170 (2,70) 0.12473494 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.0000000 UZF074 + 175 (2,75) 0.0000000 UZF075 + 176 (2,76) 0.0000000 UZF076 + 177 (2,77) 0.0000000 UZF077 + 178 (2,78) 9.20115821E-02 UZF078 + 179 (2,79) 0.12583136 UZF079 + 180 (2,80) 0.12473494 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.0000000 UZF084 + 185 (2,85) 0.0000000 UZF085 + 186 (2,86) 0.0000000 UZF086 + 187 (2,87) 0.0000000 UZF087 + 188 (2,88) 9.20115821E-02 UZF088 + 189 (2,89) 0.12583136 UZF089 + 190 (2,90) 0.12473494 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.0000000 UZF094 + 195 (2,95) 0.0000000 UZF095 + 196 (2,96) 0.0000000 UZF096 + 197 (2,97) 0.0000000 UZF097 + 198 (2,98) 9.20115821E-02 UZF098 + 199 (2,99) 0.12583136 UZF099 + 200 (2,100) 0.12473494 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 0.0000000 UZF076 + 277 (3,77) 0.0000000 UZF077 + 278 (3,78) 0.0000000 UZF078 + 279 (3,79) 0.0000000 UZF079 + 280 (3,80) 0.0000000 UZF080 + 281 (3,81) 0.0000000 UZF081 + 282 (3,82) 0.0000000 UZF082 + 283 (3,83) 0.0000000 UZF083 + 284 (3,84) 0.0000000 UZF084 + 285 (3,85) 0.0000000 UZF085 + 286 (3,86) 0.0000000 UZF086 + 287 (3,87) 0.0000000 UZF087 + 288 (3,88) 0.0000000 UZF088 + 289 (3,89) 0.0000000 UZF089 + 290 (3,90) 0.0000000 UZF090 + 291 (3,91) 0.0000000 UZF091 + 292 (3,92) 0.0000000 UZF092 + 293 (3,93) 0.0000000 UZF093 + 294 (3,94) 0.0000000 UZF094 + 295 (3,95) 0.0000000 UZF095 + 296 (3,96) 0.0000000 UZF096 + 297 (3,97) 0.0000000 UZF097 + 298 (3,98) 0.0000000 UZF098 + 299 (3,99) 0.0000000 UZF099 + 300 (3,100) 0.0000000 UZF100 + 301 (4,1) 0.0000000 UZF001 + 302 (4,2) 0.0000000 UZF002 + 303 (4,3) 0.0000000 UZF003 + 304 (4,4) 0.0000000 UZF004 + 305 (4,5) 0.0000000 UZF005 + 306 (4,6) 0.0000000 UZF006 + 307 (4,7) 0.0000000 UZF007 + 308 (4,8) 0.0000000 UZF008 + 309 (4,9) 0.0000000 UZF009 + 310 (4,10) 0.0000000 UZF010 + 311 (4,11) 0.0000000 UZF011 + 312 (4,12) 0.0000000 UZF012 + 313 (4,13) 0.0000000 UZF013 + 314 (4,14) 0.0000000 UZF014 + 315 (4,15) 0.0000000 UZF015 + 316 (4,16) 0.0000000 UZF016 + 317 (4,17) 0.0000000 UZF017 + 318 (4,18) 0.0000000 UZF018 + 319 (4,19) 0.0000000 UZF019 + 320 (4,20) 0.0000000 UZF020 + 321 (4,21) 0.0000000 UZF021 + 322 (4,22) 0.0000000 UZF022 + 323 (4,23) 0.0000000 UZF023 + 324 (4,24) 0.0000000 UZF024 + 325 (4,25) 0.0000000 UZF025 + 326 (4,26) 0.0000000 UZF026 + 327 (4,27) 0.0000000 UZF027 + 328 (4,28) 0.0000000 UZF028 + 329 (4,29) 0.0000000 UZF029 + 330 (4,30) 0.0000000 UZF030 + 331 (4,31) 0.0000000 UZF031 + 332 (4,32) 0.0000000 UZF032 + 333 (4,33) 0.0000000 UZF033 + 334 (4,34) 0.0000000 UZF034 + 335 (4,35) 0.0000000 UZF035 + 336 (4,36) 0.0000000 UZF036 + 337 (4,37) 0.0000000 UZF037 + 338 (4,38) 0.0000000 UZF038 + 339 (4,39) 0.0000000 UZF039 + 340 (4,40) 0.0000000 UZF040 + 341 (4,41) 0.0000000 UZF041 + 342 (4,42) 0.0000000 UZF042 + 343 (4,43) 0.0000000 UZF043 + 344 (4,44) 0.0000000 UZF044 + 345 (4,45) 0.0000000 UZF045 + 346 (4,46) 0.0000000 UZF046 + 347 (4,47) 0.0000000 UZF047 + 348 (4,48) 0.0000000 UZF048 + 349 (4,49) 0.0000000 UZF049 + 350 (4,50) 0.0000000 UZF050 + 351 (4,51) 0.0000000 UZF051 + 352 (4,52) 0.0000000 UZF052 + 353 (4,53) 0.0000000 UZF053 + 354 (4,54) 0.0000000 UZF054 + 355 (4,55) 0.0000000 UZF055 + 356 (4,56) 0.0000000 UZF056 + 357 (4,57) 0.0000000 UZF057 + 358 (4,58) 0.0000000 UZF058 + 359 (4,59) 0.0000000 UZF059 + 360 (4,60) 0.0000000 UZF060 + 361 (4,61) 0.0000000 UZF061 + 362 (4,62) 0.0000000 UZF062 + 363 (4,63) 0.0000000 UZF063 + 364 (4,64) 0.0000000 UZF064 + 365 (4,65) 0.0000000 UZF065 + 366 (4,66) 0.0000000 UZF066 + 367 (4,67) 0.0000000 UZF067 + 368 (4,68) 0.0000000 UZF068 + 369 (4,69) 0.0000000 UZF069 + 370 (4,70) 0.0000000 UZF070 + 371 (4,71) 0.0000000 UZF071 + 372 (4,72) 0.0000000 UZF072 + 373 (4,73) 0.0000000 UZF073 + 374 (4,74) 0.0000000 UZF074 + 375 (4,75) 0.0000000 UZF075 + 376 (4,76) 0.0000000 UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 (5,23) 0.0000000 UZF023 + 424 (5,24) 0.0000000 UZF024 + 425 (5,25) 0.0000000 UZF025 + 426 (5,26) 0.0000000 UZF026 + 427 (5,27) 0.0000000 UZF027 + 428 (5,28) 0.0000000 UZF028 + 429 (5,29) 0.0000000 UZF029 + 430 (5,30) 0.0000000 UZF030 + 431 (5,31) 0.0000000 UZF031 + 432 (5,32) 0.0000000 UZF032 + 433 (5,33) 0.0000000 UZF033 + 434 (5,34) 0.0000000 UZF034 + 435 (5,35) 0.0000000 UZF035 + 436 (5,36) 0.0000000 UZF036 + 437 (5,37) 0.0000000 UZF037 + 438 (5,38) 0.0000000 UZF038 + 439 (5,39) 0.0000000 UZF039 + 440 (5,40) 0.0000000 UZF040 + 441 (5,41) 0.0000000 UZF041 + 442 (5,42) 0.0000000 UZF042 + 443 (5,43) 0.0000000 UZF043 + 444 (5,44) 0.0000000 UZF044 + 445 (5,45) 0.0000000 UZF045 + 446 (5,46) 0.0000000 UZF046 + 447 (5,47) 0.0000000 UZF047 + 448 (5,48) 0.0000000 UZF048 + 449 (5,49) 0.0000000 UZF049 + 450 (5,50) 0.0000000 UZF050 + 451 (5,51) 0.0000000 UZF051 + 452 (5,52) 0.0000000 UZF052 + 453 (5,53) 0.0000000 UZF053 + 454 (5,54) 0.0000000 UZF054 + 455 (5,55) 0.0000000 UZF055 + 456 (5,56) 0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 1 STEP 2 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 0.0000000 UZF042 + 43 (1,43) 0.0000000 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.0000000 UZF051 + 52 (1,52) 0.0000000 UZF052 + 53 (1,53) 0.0000000 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.0000000 UZF061 + 62 (1,62) 0.0000000 UZF062 + 63 (1,63) 0.0000000 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.0000000 UZF071 + 72 (1,72) 0.0000000 UZF072 + 73 (1,73) 0.0000000 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 UZF081 + 82 (1,82) 0.0000000 UZF082 + 83 (1,83) 0.0000000 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.0000000 UZF091 + 92 (1,92) 0.0000000 UZF092 + 93 (1,93) 0.0000000 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) -0.0000000 UZF001 + 102 (2,2) -0.0000000 UZF002 + 103 (2,3) -0.0000000 UZF003 + 104 (2,4) -0.0000000 UZF004 + 105 (2,5) -0.0000000 UZF005 + 106 (2,6) -0.0000000 UZF006 + 107 (2,7) -0.0000000 UZF007 + 108 (2,8) -0.0000000 UZF008 + 109 (2,9) -0.0000000 UZF009 + 110 (2,10) -0.0000000 UZF010 + 111 (2,11) -0.0000000 UZF011 + 112 (2,12) -0.0000000 UZF012 + 113 (2,13) -0.0000000 UZF013 + 114 (2,14) -0.0000000 UZF014 + 115 (2,15) -0.0000000 UZF015 + 116 (2,16) -0.0000000 UZF016 + 117 (2,17) -0.0000000 UZF017 + 118 (2,18) -0.0000000 UZF018 + 119 (2,19) -0.0000000 UZF019 + 120 (2,20) -0.0000000 UZF020 + 121 (2,21) -0.0000000 UZF021 + 122 (2,22) -0.0000000 UZF022 + 123 (2,23) -0.0000000 UZF023 + 124 (2,24) -0.0000000 UZF024 + 125 (2,25) -0.0000000 UZF025 + 126 (2,26) -0.0000000 UZF026 + 127 (2,27) -0.0000000 UZF027 + 128 (2,28) -0.0000000 UZF028 + 129 (2,29) -0.0000000 UZF029 + 130 (2,30) -0.0000000 UZF030 + 131 (2,31) -0.0000000 UZF031 + 132 (2,32) -0.0000000 UZF032 + 133 (2,33) -0.0000000 UZF033 + 134 (2,34) -0.0000000 UZF034 + 135 (2,35) -0.0000000 UZF035 + 136 (2,36) -0.0000000 UZF036 + 137 (2,37) -0.0000000 UZF037 + 138 (2,38) -0.0000000 UZF038 + 139 (2,39) -0.0000000 UZF039 + 140 (2,40) -0.0000000 UZF040 + 141 (2,41) -0.0000000 UZF041 + 142 (2,42) -0.0000000 UZF042 + 143 (2,43) -0.0000000 UZF043 + 144 (2,44) -0.0000000 UZF044 + 145 (2,45) -0.0000000 UZF045 + 146 (2,46) -0.0000000 UZF046 + 147 (2,47) -0.0000000 UZF047 + 148 (2,48) -0.0000000 UZF048 + 149 (2,49) -0.0000000 UZF049 + 150 (2,50) 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UZF-GWET PACKAGE (UZF_0) FLOW RATES PERIOD 1 STEP 2 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) -5.22532743E-04 UZF001 + 2 (1,2) -5.17551813E-04 UZF002 + 3 (1,3) -5.07893957E-04 UZF003 + 4 (1,4) -4.94026176E-04 UZF004 + 5 (1,5) -4.76018589E-04 UZF005 + 6 (1,6) -4.53326258E-04 UZF006 + 7 (1,7) -4.25616184E-04 UZF007 + 8 (1,8) -0.0000000 UZF008 + 9 (1,9) -0.0000000 UZF009 + 10 (1,10) -0.0000000 UZF010 + 11 (1,11) -5.22532743E-04 UZF011 + 12 (1,12) -5.17551813E-04 UZF012 + 13 (1,13) -5.07893957E-04 UZF013 + 14 (1,14) -4.94026176E-04 UZF014 + 15 (1,15) -4.76018589E-04 UZF015 + 16 (1,16) -4.53326258E-04 UZF016 + 17 (1,17) -4.25616184E-04 UZF017 + 18 (1,18) -0.0000000 UZF018 + 19 (1,19) -0.0000000 UZF019 + 20 (1,20) -0.0000000 UZF020 + 21 (1,21) -5.22532743E-04 UZF021 + 22 (1,22) -5.17551813E-04 UZF022 + 23 (1,23) 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16.5581 + 19.6403 19.5702 19.4293 19.2160 18.9254 18.5508 18.0902 17.5551 17.0043 16.5581 + 19.6403 19.5702 19.4293 19.2160 18.9254 18.5508 18.0902 17.5551 17.0043 16.5581 + 19.6403 19.5702 19.4293 19.2160 18.9254 18.5508 18.0902 17.5551 17.0043 16.5581 + 19.6403 19.5702 19.4293 19.2160 18.9254 18.5508 18.0902 17.5551 17.0043 16.5581 + 19.6403 19.5702 19.4293 19.2160 18.9254 18.5508 18.0902 17.5551 17.0043 16.5581 + 19.6403 19.5702 19.4293 19.2160 18.9254 18.5508 18.0902 17.5551 17.0043 16.5581 + 19.6403 19.5702 19.4293 19.2160 18.9254 18.5508 18.0902 17.5551 17.0043 16.5581 +1 + HEAD IN LAYER 4 AT END OF TIME STEP 2 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + 11 12 13 14 15 16 17 18 19 20 + 21 22 23 24 25 26 27 28 29 30 + 31 32 33 34 35 36 37 38 39 40 + 41 42 43 44 45 46 47 48 49 50 + 51 52 53 54 55 56 57 58 59 60 + 61 62 63 64 65 66 67 68 69 70 + 71 72 73 74 75 76 77 78 79 80 + 81 82 83 84 85 86 87 88 89 90 + 91 92 93 94 95 96 97 98 99 100 + ................................................................................................................................................................ + 1 19.2090 19.1262 18.9584 18.7007 18.3446 17.8768 17.2764 16.5059 15.4837 14.0001 + 19.2090 19.1262 18.9584 18.7007 18.3446 17.8768 17.2764 16.5059 15.4837 14.0001 + 19.2090 19.1262 18.9584 18.7007 18.3446 17.8768 17.2764 16.5059 15.4837 14.0001 + 19.2090 19.1262 18.9584 18.7007 18.3446 17.8768 17.2764 16.5059 15.4837 14.0001 + 19.2090 19.1262 18.9584 18.7007 18.3446 17.8768 17.2764 16.5059 15.4837 14.0001 + 19.2090 19.1262 18.9584 18.7007 18.3446 17.8768 17.2764 16.5059 15.4837 14.0001 + 19.2090 19.1262 18.9584 18.7007 18.3446 17.8768 17.2764 16.5059 15.4837 14.0001 + 19.2090 19.1262 18.9584 18.7007 18.3446 17.8768 17.2764 16.5059 15.4837 14.0001 + 19.2090 19.1262 18.9584 18.7007 18.3446 17.8768 17.2764 16.5059 15.4837 14.0001 + 19.2090 19.1262 18.9584 18.7007 18.3446 17.8768 17.2764 16.5059 15.4837 14.0001 +1 + HEAD IN LAYER 5 AT END OF TIME STEP 2 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + 11 12 13 14 15 16 17 18 19 20 + 21 22 23 24 25 26 27 28 29 30 + 31 32 33 34 35 36 37 38 39 40 + 41 42 43 44 45 46 47 48 49 50 + 51 52 53 54 55 56 57 58 59 60 + 61 62 63 64 65 66 67 68 69 70 + 71 72 73 74 75 76 77 78 79 80 + 81 82 83 84 85 86 87 88 89 90 + 91 92 93 94 95 96 97 98 99 100 + ................................................................................................................................................................ + 1 18.9846 18.8948 18.7124 18.4316 18.0431 17.5340 16.8878 16.0861 15.1165 14.0001 + 18.9846 18.8948 18.7124 18.4316 18.0431 17.5340 16.8878 16.0861 15.1165 14.0001 + 18.9846 18.8948 18.7124 18.4316 18.0431 17.5340 16.8878 16.0861 15.1165 14.0001 + 18.9846 18.8948 18.7124 18.4316 18.0431 17.5340 16.8878 16.0861 15.1165 14.0001 + 18.9846 18.8948 18.7124 18.4316 18.0431 17.5340 16.8878 16.0861 15.1165 14.0001 + 18.9846 18.8948 18.7124 18.4316 18.0431 17.5340 16.8878 16.0861 15.1165 14.0001 + 18.9846 18.8948 18.7124 18.4316 18.0431 17.5340 16.8878 16.0861 15.1165 14.0001 + 18.9846 18.8948 18.7124 18.4316 18.0431 17.5340 16.8878 16.0861 15.1165 14.0001 + 18.9846 18.8948 18.7124 18.4316 18.0431 17.5340 16.8878 16.0861 15.1165 14.0001 + 18.9846 18.8948 18.7124 18.4316 18.0431 17.5340 16.8878 16.0861 15.1165 14.0001 + + HEAD WILL BE SAVED ON UNIT 1016 AT END OF TIME STEP 2, STRESS PERIOD 1 + + + UZF_0 BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 2, STRESS PERIOD 1 + ------------------------------------------------------------------------------ + + CUMULATIVE UZF_0 L**3 RATES FOR THIS TIME STEP L**3/T + ------------------ ------------------------ + + IN: IN: + --- --- + GWF = 0.0000 GWF = 0.0000 + INFILTRATION = 60.0000 INFILTRATION = 15.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.0000 UZET = 0.0000 + STORAGE = 16.5994 STORAGE = 0.0000 + + TOTAL IN = 76.5994 TOTAL IN = 15.0000 + + OUT: OUT: + ---- ---- + GWF = 71.4289 GWF = 13.3686 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.1399 UZET = 3.4082E-02 + STORAGE = 5.0306 STORAGE = 1.5973 + + TOTAL OUT = 76.5994 TOTAL OUT = 15.0000 + + IN - OUT = 1.6900E-06 IN - OUT = 1.3970E-07 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 2, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 3.6961E-02 STO-SS = 2.3509E-03 STORAGE + STO-SY = 17.0822 STO-SY = 4.8045 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 71.4289 UZF-GWRCH = 13.3686 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 88.5481 TOTAL IN = 18.1755 + + OUT: OUT: + ---- ---- + STO-SS = 7.9608E-04 STO-SS = 0.0000 STORAGE + STO-SY = 11.9499 STO-SY = 0.0000 STORAGE + GHB = 76.3610 GHB = 18.1163 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.2364 UZF-GWET = 5.9153E-02 UZF_0 + + TOTAL OUT = 88.5481 TOTAL OUT = 18.1755 + + IN - OUT = -1.1467E-07 IN - OUT = -1.9793E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 2 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 3.45600E+05 5760.0 96.000 4.0000 1.09514E-02 + TOTAL TIME 3.45600E+05 5760.0 96.000 4.0000 1.09514E-02 + + +end timestep + + +start timestep kper="1" kstp="3" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1015 AT TIME STEP 3, STRESS PERIOD 1 + UBDSV1 SAVING STO-SY ON UNIT 1015 AT TIME STEP 3, STRESS PERIOD 1 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1015 AT TIME STEP 3, STRESS PERIOD 1 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1015 AT TIME STEP 3, STRESS PERIOD 1 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 3, STRESS PERIOD 1 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 3, STRESS PERIOD 1 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 3, STRESS PERIOD 1 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 3, STRESS PERIOD 1 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1011 AT TIME STEP 3, STRESS PERIOD 1 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 3, STRESS PERIOD 1 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 3, STRESS PERIOD 1 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 3, STRESS PERIOD 1 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 3, STRESS PERIOD 1 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 1 STEP 3 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.1648231 + 2 (4,20) -1.1648231 + 3 (4,30) -1.1648231 + 4 (4,40) -1.1648231 + 5 (4,50) -1.1648231 + 6 (4,60) -1.1648231 + 7 (4,70) -1.1648231 + 8 (4,80) -1.1648231 + 9 (4,90) -1.1648231 + 10 (4,100) -1.1648231 + 11 (5,10) -0.52847806 + 12 (5,20) -0.52847806 + 13 (5,30) -0.52847806 + 14 (5,40) -0.52847806 + 15 (5,50) -0.52847806 + 16 (5,60) -0.52847806 + 17 (5,70) -0.52847806 + 18 (5,80) -0.52847806 + 19 (5,90) -0.52847806 + 20 (5,100) -0.52847806 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 1 STEP 3 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14464066 UZF001 + 2 (1,2) 0.14445283 UZF002 + 3 (1,3) 0.14406670 UZF003 + 4 (1,4) 0.14322260 UZF004 + 5 (1,5) 0.14165813 UZF005 + 6 (1,6) 0.13921492 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14464066 UZF011 + 12 (1,12) 0.14445283 UZF012 + 13 (1,13) 0.14406670 UZF013 + 14 (1,14) 0.14322260 UZF014 + 15 (1,15) 0.14165813 UZF015 + 16 (1,16) 0.13921492 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14464066 UZF021 + 22 (1,22) 0.14445283 UZF022 + 23 (1,23) 0.14406670 UZF023 + 24 (1,24) 0.14322260 UZF024 + 25 (1,25) 0.14165813 UZF025 + 26 (1,26) 0.13921492 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14464066 UZF031 + 32 (1,32) 0.14445283 UZF032 + 33 (1,33) 0.14406670 UZF033 + 34 (1,34) 0.14322260 UZF034 + 35 (1,35) 0.14165813 UZF035 + 36 (1,36) 0.13921492 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14464066 UZF041 + 42 (1,42) 0.14445283 UZF042 + 43 (1,43) 0.14406670 UZF043 + 44 (1,44) 0.14322260 UZF044 + 45 (1,45) 0.14165813 UZF045 + 46 (1,46) 0.13921492 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14464066 UZF051 + 52 (1,52) 0.14445283 UZF052 + 53 (1,53) 0.14406670 UZF053 + 54 (1,54) 0.14322260 UZF054 + 55 (1,55) 0.14165813 UZF055 + 56 (1,56) 0.13921492 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14464066 UZF061 + 62 (1,62) 0.14445283 UZF062 + 63 (1,63) 0.14406670 UZF063 + 64 (1,64) 0.14322260 UZF064 + 65 (1,65) 0.14165813 UZF065 + 66 (1,66) 0.13921492 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14464066 UZF071 + 72 (1,72) 0.14445283 UZF072 + 73 (1,73) 0.14406670 UZF073 + 74 (1,74) 0.14322260 UZF074 + 75 (1,75) 0.14165813 UZF075 + 76 (1,76) 0.13921492 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14464066 UZF081 + 82 (1,82) 0.14445283 UZF082 + 83 (1,83) 0.14406670 UZF083 + 84 (1,84) 0.14322260 UZF084 + 85 (1,85) 0.14165813 UZF085 + 86 (1,86) 0.13921492 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14464066 UZF091 + 92 (1,92) 0.14445283 UZF092 + 93 (1,93) 0.14406670 UZF093 + 94 (1,94) 0.14322260 UZF094 + 95 (1,95) 0.14165813 UZF095 + 96 (1,96) 0.13921492 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.0000000 UZF004 + 105 (2,5) 0.0000000 UZF005 + 106 (2,6) 0.0000000 UZF006 + 107 (2,7) 0.10082520 UZF007 + 108 (2,8) 0.13555524 UZF008 + 109 (2,9) 0.13559643 UZF009 + 110 (2,10) 0.13501048 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.0000000 UZF014 + 115 (2,15) 0.0000000 UZF015 + 116 (2,16) 0.0000000 UZF016 + 117 (2,17) 0.10082520 UZF017 + 118 (2,18) 0.13555524 UZF018 + 119 (2,19) 0.13559643 UZF019 + 120 (2,20) 0.13501048 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.0000000 UZF024 + 125 (2,25) 0.0000000 UZF025 + 126 (2,26) 0.0000000 UZF026 + 127 (2,27) 0.10082520 UZF027 + 128 (2,28) 0.13555524 UZF028 + 129 (2,29) 0.13559643 UZF029 + 130 (2,30) 0.13501048 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.0000000 UZF034 + 135 (2,35) 0.0000000 UZF035 + 136 (2,36) 0.0000000 UZF036 + 137 (2,37) 0.10082520 UZF037 + 138 (2,38) 0.13555524 UZF038 + 139 (2,39) 0.13559643 UZF039 + 140 (2,40) 0.13501048 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.0000000 UZF044 + 145 (2,45) 0.0000000 UZF045 + 146 (2,46) 0.0000000 UZF046 + 147 (2,47) 0.10082520 UZF047 + 148 (2,48) 0.13555524 UZF048 + 149 (2,49) 0.13559643 UZF049 + 150 (2,50) 0.13501048 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.0000000 UZF054 + 155 (2,55) 0.0000000 UZF055 + 156 (2,56) 0.0000000 UZF056 + 157 (2,57) 0.10082520 UZF057 + 158 (2,58) 0.13555524 UZF058 + 159 (2,59) 0.13559643 UZF059 + 160 (2,60) 0.13501048 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.0000000 UZF064 + 165 (2,65) 0.0000000 UZF065 + 166 (2,66) 0.0000000 UZF066 + 167 (2,67) 0.10082520 UZF067 + 168 (2,68) 0.13555524 UZF068 + 169 (2,69) 0.13559643 UZF069 + 170 (2,70) 0.13501048 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.0000000 UZF074 + 175 (2,75) 0.0000000 UZF075 + 176 (2,76) 0.0000000 UZF076 + 177 (2,77) 0.10082520 UZF077 + 178 (2,78) 0.13555524 UZF078 + 179 (2,79) 0.13559643 UZF079 + 180 (2,80) 0.13501048 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.0000000 UZF084 + 185 (2,85) 0.0000000 UZF085 + 186 (2,86) 0.0000000 UZF086 + 187 (2,87) 0.10082520 UZF087 + 188 (2,88) 0.13555524 UZF088 + 189 (2,89) 0.13559643 UZF089 + 190 (2,90) 0.13501048 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.0000000 UZF094 + 195 (2,95) 0.0000000 UZF095 + 196 (2,96) 0.0000000 UZF096 + 197 (2,97) 0.10082520 UZF097 + 198 (2,98) 0.13555524 UZF098 + 199 (2,99) 0.13559643 UZF099 + 200 (2,100) 0.13501048 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 0.0000000 UZF076 + 277 (3,77) 0.0000000 UZF077 + 278 (3,78) 0.0000000 UZF078 + 279 (3,79) 0.0000000 UZF079 + 280 (3,80) 0.0000000 UZF080 + 281 (3,81) 0.0000000 UZF081 + 282 (3,82) 0.0000000 UZF082 + 283 (3,83) 0.0000000 UZF083 + 284 (3,84) 0.0000000 UZF084 + 285 (3,85) 0.0000000 UZF085 + 286 (3,86) 0.0000000 UZF086 + 287 (3,87) 0.0000000 UZF087 + 288 (3,88) 0.0000000 UZF088 + 289 (3,89) 0.0000000 UZF089 + 290 (3,90) 0.0000000 UZF090 + 291 (3,91) 0.0000000 UZF091 + 292 (3,92) 0.0000000 UZF092 + 293 (3,93) 0.0000000 UZF093 + 294 (3,94) 0.0000000 UZF094 + 295 (3,95) 0.0000000 UZF095 + 296 (3,96) 0.0000000 UZF096 + 297 (3,97) 0.0000000 UZF097 + 298 (3,98) 0.0000000 UZF098 + 299 (3,99) 0.0000000 UZF099 + 300 (3,100) 0.0000000 UZF100 + 301 (4,1) 0.0000000 UZF001 + 302 (4,2) 0.0000000 UZF002 + 303 (4,3) 0.0000000 UZF003 + 304 (4,4) 0.0000000 UZF004 + 305 (4,5) 0.0000000 UZF005 + 306 (4,6) 0.0000000 UZF006 + 307 (4,7) 0.0000000 UZF007 + 308 (4,8) 0.0000000 UZF008 + 309 (4,9) 0.0000000 UZF009 + 310 (4,10) 0.0000000 UZF010 + 311 (4,11) 0.0000000 UZF011 + 312 (4,12) 0.0000000 UZF012 + 313 (4,13) 0.0000000 UZF013 + 314 (4,14) 0.0000000 UZF014 + 315 (4,15) 0.0000000 UZF015 + 316 (4,16) 0.0000000 UZF016 + 317 (4,17) 0.0000000 UZF017 + 318 (4,18) 0.0000000 UZF018 + 319 (4,19) 0.0000000 UZF019 + 320 (4,20) 0.0000000 UZF020 + 321 (4,21) 0.0000000 UZF021 + 322 (4,22) 0.0000000 UZF022 + 323 (4,23) 0.0000000 UZF023 + 324 (4,24) 0.0000000 UZF024 + 325 (4,25) 0.0000000 UZF025 + 326 (4,26) 0.0000000 UZF026 + 327 (4,27) 0.0000000 UZF027 + 328 (4,28) 0.0000000 UZF028 + 329 (4,29) 0.0000000 UZF029 + 330 (4,30) 0.0000000 UZF030 + 331 (4,31) 0.0000000 UZF031 + 332 (4,32) 0.0000000 UZF032 + 333 (4,33) 0.0000000 UZF033 + 334 (4,34) 0.0000000 UZF034 + 335 (4,35) 0.0000000 UZF035 + 336 (4,36) 0.0000000 UZF036 + 337 (4,37) 0.0000000 UZF037 + 338 (4,38) 0.0000000 UZF038 + 339 (4,39) 0.0000000 UZF039 + 340 (4,40) 0.0000000 UZF040 + 341 (4,41) 0.0000000 UZF041 + 342 (4,42) 0.0000000 UZF042 + 343 (4,43) 0.0000000 UZF043 + 344 (4,44) 0.0000000 UZF044 + 345 (4,45) 0.0000000 UZF045 + 346 (4,46) 0.0000000 UZF046 + 347 (4,47) 0.0000000 UZF047 + 348 (4,48) 0.0000000 UZF048 + 349 (4,49) 0.0000000 UZF049 + 350 (4,50) 0.0000000 UZF050 + 351 (4,51) 0.0000000 UZF051 + 352 (4,52) 0.0000000 UZF052 + 353 (4,53) 0.0000000 UZF053 + 354 (4,54) 0.0000000 UZF054 + 355 (4,55) 0.0000000 UZF055 + 356 (4,56) 0.0000000 UZF056 + 357 (4,57) 0.0000000 UZF057 + 358 (4,58) 0.0000000 UZF058 + 359 (4,59) 0.0000000 UZF059 + 360 (4,60) 0.0000000 UZF060 + 361 (4,61) 0.0000000 UZF061 + 362 (4,62) 0.0000000 UZF062 + 363 (4,63) 0.0000000 UZF063 + 364 (4,64) 0.0000000 UZF064 + 365 (4,65) 0.0000000 UZF065 + 366 (4,66) 0.0000000 UZF066 + 367 (4,67) 0.0000000 UZF067 + 368 (4,68) 0.0000000 UZF068 + 369 (4,69) 0.0000000 UZF069 + 370 (4,70) 0.0000000 UZF070 + 371 (4,71) 0.0000000 UZF071 + 372 (4,72) 0.0000000 UZF072 + 373 (4,73) 0.0000000 UZF073 + 374 (4,74) 0.0000000 UZF074 + 375 (4,75) 0.0000000 UZF075 + 376 (4,76) 0.0000000 UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 (5,23) 0.0000000 UZF023 + 424 (5,24) 0.0000000 UZF024 + 425 (5,25) 0.0000000 UZF025 + 426 (5,26) 0.0000000 UZF026 + 427 (5,27) 0.0000000 UZF027 + 428 (5,28) 0.0000000 UZF028 + 429 (5,29) 0.0000000 UZF029 + 430 (5,30) 0.0000000 UZF030 + 431 (5,31) 0.0000000 UZF031 + 432 (5,32) 0.0000000 UZF032 + 433 (5,33) 0.0000000 UZF033 + 434 (5,34) 0.0000000 UZF034 + 435 (5,35) 0.0000000 UZF035 + 436 (5,36) 0.0000000 UZF036 + 437 (5,37) 0.0000000 UZF037 + 438 (5,38) 0.0000000 UZF038 + 439 (5,39) 0.0000000 UZF039 + 440 (5,40) 0.0000000 UZF040 + 441 (5,41) 0.0000000 UZF041 + 442 (5,42) 0.0000000 UZF042 + 443 (5,43) 0.0000000 UZF043 + 444 (5,44) 0.0000000 UZF044 + 445 (5,45) 0.0000000 UZF045 + 446 (5,46) 0.0000000 UZF046 + 447 (5,47) 0.0000000 UZF047 + 448 (5,48) 0.0000000 UZF048 + 449 (5,49) 0.0000000 UZF049 + 450 (5,50) 0.0000000 UZF050 + 451 (5,51) 0.0000000 UZF051 + 452 (5,52) 0.0000000 UZF052 + 453 (5,53) 0.0000000 UZF053 + 454 (5,54) 0.0000000 UZF054 + 455 (5,55) 0.0000000 UZF055 + 456 (5,56) 0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 1 STEP 3 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 0.0000000 UZF042 + 43 (1,43) 0.0000000 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.0000000 UZF051 + 52 (1,52) 0.0000000 UZF052 + 53 (1,53) 0.0000000 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.0000000 UZF061 + 62 (1,62) 0.0000000 UZF062 + 63 (1,63) 0.0000000 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.0000000 UZF071 + 72 (1,72) 0.0000000 UZF072 + 73 (1,73) 0.0000000 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 UZF081 + 82 (1,82) 0.0000000 UZF082 + 83 (1,83) 0.0000000 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.0000000 UZF091 + 92 (1,92) 0.0000000 UZF092 + 93 (1,93) 0.0000000 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) -0.0000000 UZF001 + 102 (2,2) -0.0000000 UZF002 + 103 (2,3) -0.0000000 UZF003 + 104 (2,4) -0.0000000 UZF004 + 105 (2,5) -0.0000000 UZF005 + 106 (2,6) -0.0000000 UZF006 + 107 (2,7) -0.0000000 UZF007 + 108 (2,8) -0.0000000 UZF008 + 109 (2,9) -0.0000000 UZF009 + 110 (2,10) -0.0000000 UZF010 + 111 (2,11) -0.0000000 UZF011 + 112 (2,12) -0.0000000 UZF012 + 113 (2,13) -0.0000000 UZF013 + 114 (2,14) -0.0000000 UZF014 + 115 (2,15) -0.0000000 UZF015 + 116 (2,16) -0.0000000 UZF016 + 117 (2,17) -0.0000000 UZF017 + 118 (2,18) -0.0000000 UZF018 + 119 (2,19) -0.0000000 UZF019 + 120 (2,20) -0.0000000 UZF020 + 121 (2,21) -0.0000000 UZF021 + 122 (2,22) -0.0000000 UZF022 + 123 (2,23) -0.0000000 UZF023 + 124 (2,24) -0.0000000 UZF024 + 125 (2,25) -0.0000000 UZF025 + 126 (2,26) -0.0000000 UZF026 + 127 (2,27) -0.0000000 UZF027 + 128 (2,28) -0.0000000 UZF028 + 129 (2,29) -0.0000000 UZF029 + 130 (2,30) -0.0000000 UZF030 + 131 (2,31) -0.0000000 UZF031 + 132 (2,32) -0.0000000 UZF032 + 133 (2,33) -0.0000000 UZF033 + 134 (2,34) -0.0000000 UZF034 + 135 (2,35) -0.0000000 UZF035 + 136 (2,36) -0.0000000 UZF036 + 137 (2,37) -0.0000000 UZF037 + 138 (2,38) -0.0000000 UZF038 + 139 (2,39) -0.0000000 UZF039 + 140 (2,40) -0.0000000 UZF040 + 141 (2,41) -0.0000000 UZF041 + 142 (2,42) -0.0000000 UZF042 + 143 (2,43) -0.0000000 UZF043 + 144 (2,44) -0.0000000 UZF044 + 145 (2,45) -0.0000000 UZF045 + 146 (2,46) -0.0000000 UZF046 + 147 (2,47) -0.0000000 UZF047 + 148 (2,48) -0.0000000 UZF048 + 149 (2,49) -0.0000000 UZF049 + 150 (2,50) -0.0000000 UZF050 + 151 (2,51) -0.0000000 UZF051 + 152 (2,52) -0.0000000 UZF052 + 153 (2,53) -0.0000000 UZF053 + 154 (2,54) -0.0000000 UZF054 + 155 (2,55) -0.0000000 UZF055 + 156 (2,56) -0.0000000 UZF056 + 157 (2,57) -0.0000000 UZF057 + 158 (2,58) -0.0000000 UZF058 + 159 (2,59) -0.0000000 UZF059 + 160 (2,60) -0.0000000 UZF060 + 161 (2,61) -0.0000000 UZF061 + 162 (2,62) -0.0000000 UZF062 + 163 (2,63) -0.0000000 UZF063 + 164 (2,64) -0.0000000 UZF064 + 165 (2,65) -0.0000000 UZF065 + 166 (2,66) -0.0000000 UZF066 + 167 (2,67) -0.0000000 UZF067 + 168 (2,68) -0.0000000 UZF068 + 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................................................................................................................................................................ + 1 18.8149 18.7248 18.5421 18.2620 17.8772 17.3775 16.7500 15.9801 15.0570 14.0001 + 18.8149 18.7248 18.5421 18.2620 17.8772 17.3775 16.7500 15.9801 15.0570 14.0001 + 18.8149 18.7248 18.5421 18.2620 17.8772 17.3775 16.7500 15.9801 15.0570 14.0001 + 18.8149 18.7248 18.5421 18.2620 17.8772 17.3775 16.7500 15.9801 15.0570 14.0001 + 18.8149 18.7248 18.5421 18.2620 17.8772 17.3775 16.7500 15.9801 15.0570 14.0001 + 18.8149 18.7248 18.5421 18.2620 17.8772 17.3775 16.7500 15.9801 15.0570 14.0001 + 18.8149 18.7248 18.5421 18.2620 17.8772 17.3775 16.7500 15.9801 15.0570 14.0001 + 18.8149 18.7248 18.5421 18.2620 17.8772 17.3775 16.7500 15.9801 15.0570 14.0001 + 18.8149 18.7248 18.5421 18.2620 17.8772 17.3775 16.7500 15.9801 15.0570 14.0001 + 18.8149 18.7248 18.5421 18.2620 17.8772 17.3775 16.7500 15.9801 15.0570 14.0001 + + HEAD WILL BE SAVED ON UNIT 1016 AT END OF TIME STEP 3, STRESS PERIOD 1 + + + UZF_0 BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 3, STRESS PERIOD 1 + ------------------------------------------------------------------------------ + + CUMULATIVE UZF_0 L**3 RATES FOR THIS TIME STEP L**3/T + ------------------ ------------------------ + + IN: IN: + --- --- + GWF = 0.0000 GWF = 0.0000 + INFILTRATION = 90.0000 INFILTRATION = 15.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.0000 UZET = 0.0000 + STORAGE = 16.5994 STORAGE = 0.0000 + + TOTAL IN = 106.5994 TOTAL IN = 15.0000 + + OUT: OUT: + ---- ---- + GWF = 98.7138 GWF = 13.6424 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.2118 UZET = 3.5983E-02 + STORAGE = 7.6738 STORAGE = 1.3216 + + TOTAL OUT = 106.5994 TOTAL OUT = 15.0000 + + IN - OUT = 1.6900E-06 IN - OUT = 2.3093E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 3, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.0459E-02 STO-SS = 1.7490E-03 STORAGE + STO-SY = 23.7718 STO-SY = 3.3448 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 98.7138 UZF-GWRCH = 13.6424 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 122.5260 TOTAL IN = 16.9890 + + OUT: OUT: + ---- ---- + STO-SS = 7.9608E-04 STO-SS = 0.0000 STORAGE + STO-SY = 11.9499 STO-SY = 0.0000 STORAGE + GHB = 110.2270 GHB = 16.9330 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.3484 UZF-GWET = 5.5974E-02 UZF_0 + + TOTAL OUT = 122.5260 TOTAL OUT = 16.9890 + + IN - OUT = -1.5402E-07 IN - OUT = -1.9677E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 3 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 5.18400E+05 8640.0 144.00 6.0000 1.64271E-02 + TOTAL TIME 5.18400E+05 8640.0 144.00 6.0000 1.64271E-02 + + +end timestep + + +start timestep kper="1" kstp="4" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1015 AT TIME STEP 4, STRESS PERIOD 1 + UBDSV1 SAVING STO-SY ON UNIT 1015 AT TIME STEP 4, STRESS PERIOD 1 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1015 AT TIME STEP 4, STRESS PERIOD 1 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1015 AT TIME STEP 4, STRESS PERIOD 1 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 4, STRESS PERIOD 1 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 4, STRESS PERIOD 1 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 4, STRESS PERIOD 1 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 4, STRESS PERIOD 1 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1011 AT TIME STEP 4, STRESS PERIOD 1 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 4, STRESS PERIOD 1 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 4, STRESS PERIOD 1 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 4, STRESS PERIOD 1 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 4, STRESS PERIOD 1 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 1 STEP 4 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.1161836 + 2 (4,20) -1.1161836 + 3 (4,30) -1.1161836 + 4 (4,40) -1.1161836 + 5 (4,50) -1.1161836 + 6 (4,60) -1.1161836 + 7 (4,70) -1.1161836 + 8 (4,80) -1.1161836 + 9 (4,90) -1.1161836 + 10 (4,100) -1.1161836 + 11 (5,10) -0.50995553 + 12 (5,20) -0.50995553 + 13 (5,30) -0.50995553 + 14 (5,40) -0.50995553 + 15 (5,50) -0.50995553 + 16 (5,60) -0.50995553 + 17 (5,70) -0.50995553 + 18 (5,80) -0.50995553 + 19 (5,90) -0.50995553 + 20 (5,100) -0.50995553 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 1 STEP 4 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14519033 UZF001 + 2 (1,2) 0.14507270 UZF002 + 3 (1,3) 0.14462878 UZF003 + 4 (1,4) 0.14373334 UZF004 + 5 (1,5) 0.14173912 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14519033 UZF011 + 12 (1,12) 0.14507270 UZF012 + 13 (1,13) 0.14462878 UZF013 + 14 (1,14) 0.14373334 UZF014 + 15 (1,15) 0.14173912 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14519033 UZF021 + 22 (1,22) 0.14507270 UZF022 + 23 (1,23) 0.14462878 UZF023 + 24 (1,24) 0.14373334 UZF024 + 25 (1,25) 0.14173912 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14519033 UZF031 + 32 (1,32) 0.14507270 UZF032 + 33 (1,33) 0.14462878 UZF033 + 34 (1,34) 0.14373334 UZF034 + 35 (1,35) 0.14173912 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14519033 UZF041 + 42 (1,42) 0.14507270 UZF042 + 43 (1,43) 0.14462878 UZF043 + 44 (1,44) 0.14373334 UZF044 + 45 (1,45) 0.14173912 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14519033 UZF051 + 52 (1,52) 0.14507270 UZF052 + 53 (1,53) 0.14462878 UZF053 + 54 (1,54) 0.14373334 UZF054 + 55 (1,55) 0.14173912 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14519033 UZF061 + 62 (1,62) 0.14507270 UZF062 + 63 (1,63) 0.14462878 UZF063 + 64 (1,64) 0.14373334 UZF064 + 65 (1,65) 0.14173912 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14519033 UZF071 + 72 (1,72) 0.14507270 UZF072 + 73 (1,73) 0.14462878 UZF073 + 74 (1,74) 0.14373334 UZF074 + 75 (1,75) 0.14173912 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14519033 UZF081 + 82 (1,82) 0.14507270 UZF082 + 83 (1,83) 0.14462878 UZF083 + 84 (1,84) 0.14373334 UZF084 + 85 (1,85) 0.14173912 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14519033 UZF091 + 92 (1,92) 0.14507270 UZF092 + 93 (1,93) 0.14462878 UZF093 + 94 (1,94) 0.14373334 UZF094 + 95 (1,95) 0.14173912 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.0000000 UZF004 + 105 (2,5) 0.0000000 UZF005 + 106 (2,6) 0.10854924 UZF006 + 107 (2,7) 0.14288224 UZF007 + 108 (2,8) 0.14270882 UZF008 + 109 (2,9) 0.14251288 UZF009 + 110 (2,10) 0.14234602 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.0000000 UZF014 + 115 (2,15) 0.0000000 UZF015 + 116 (2,16) 0.10854924 UZF016 + 117 (2,17) 0.14288224 UZF017 + 118 (2,18) 0.14270882 UZF018 + 119 (2,19) 0.14251288 UZF019 + 120 (2,20) 0.14234602 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.0000000 UZF024 + 125 (2,25) 0.0000000 UZF025 + 126 (2,26) 0.10854924 UZF026 + 127 (2,27) 0.14288224 UZF027 + 128 (2,28) 0.14270882 UZF028 + 129 (2,29) 0.14251288 UZF029 + 130 (2,30) 0.14234602 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.0000000 UZF034 + 135 (2,35) 0.0000000 UZF035 + 136 (2,36) 0.10854924 UZF036 + 137 (2,37) 0.14288224 UZF037 + 138 (2,38) 0.14270882 UZF038 + 139 (2,39) 0.14251288 UZF039 + 140 (2,40) 0.14234602 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.0000000 UZF044 + 145 (2,45) 0.0000000 UZF045 + 146 (2,46) 0.10854924 UZF046 + 147 (2,47) 0.14288224 UZF047 + 148 (2,48) 0.14270882 UZF048 + 149 (2,49) 0.14251288 UZF049 + 150 (2,50) 0.14234602 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.0000000 UZF054 + 155 (2,55) 0.0000000 UZF055 + 156 (2,56) 0.10854924 UZF056 + 157 (2,57) 0.14288224 UZF057 + 158 (2,58) 0.14270882 UZF058 + 159 (2,59) 0.14251288 UZF059 + 160 (2,60) 0.14234602 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.0000000 UZF064 + 165 (2,65) 0.0000000 UZF065 + 166 (2,66) 0.10854924 UZF066 + 167 (2,67) 0.14288224 UZF067 + 168 (2,68) 0.14270882 UZF068 + 169 (2,69) 0.14251288 UZF069 + 170 (2,70) 0.14234602 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.0000000 UZF074 + 175 (2,75) 0.0000000 UZF075 + 176 (2,76) 0.10854924 UZF076 + 177 (2,77) 0.14288224 UZF077 + 178 (2,78) 0.14270882 UZF078 + 179 (2,79) 0.14251288 UZF079 + 180 (2,80) 0.14234602 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.0000000 UZF084 + 185 (2,85) 0.0000000 UZF085 + 186 (2,86) 0.10854924 UZF086 + 187 (2,87) 0.14288224 UZF087 + 188 (2,88) 0.14270882 UZF088 + 189 (2,89) 0.14251288 UZF089 + 190 (2,90) 0.14234602 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.0000000 UZF094 + 195 (2,95) 0.0000000 UZF095 + 196 (2,96) 0.10854924 UZF096 + 197 (2,97) 0.14288224 UZF097 + 198 (2,98) 0.14270882 UZF098 + 199 (2,99) 0.14251288 UZF099 + 200 (2,100) 0.14234602 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 0.0000000 UZF076 + 277 (3,77) 0.0000000 UZF077 + 278 (3,78) 0.0000000 UZF078 + 279 (3,79) 0.0000000 UZF079 + 280 (3,80) 0.0000000 UZF080 + 281 (3,81) 0.0000000 UZF081 + 282 (3,82) 0.0000000 UZF082 + 283 (3,83) 0.0000000 UZF083 + 284 (3,84) 0.0000000 UZF084 + 285 (3,85) 0.0000000 UZF085 + 286 (3,86) 0.0000000 UZF086 + 287 (3,87) 0.0000000 UZF087 + 288 (3,88) 0.0000000 UZF088 + 289 (3,89) 0.0000000 UZF089 + 290 (3,90) 0.0000000 UZF090 + 291 (3,91) 0.0000000 UZF091 + 292 (3,92) 0.0000000 UZF092 + 293 (3,93) 0.0000000 UZF093 + 294 (3,94) 0.0000000 UZF094 + 295 (3,95) 0.0000000 UZF095 + 296 (3,96) 0.0000000 UZF096 + 297 (3,97) 0.0000000 UZF097 + 298 (3,98) 0.0000000 UZF098 + 299 (3,99) 0.0000000 UZF099 + 300 (3,100) 0.0000000 UZF100 + 301 (4,1) 0.0000000 UZF001 + 302 (4,2) 0.0000000 UZF002 + 303 (4,3) 0.0000000 UZF003 + 304 (4,4) 0.0000000 UZF004 + 305 (4,5) 0.0000000 UZF005 + 306 (4,6) 0.0000000 UZF006 + 307 (4,7) 0.0000000 UZF007 + 308 (4,8) 0.0000000 UZF008 + 309 (4,9) 0.0000000 UZF009 + 310 (4,10) 0.0000000 UZF010 + 311 (4,11) 0.0000000 UZF011 + 312 (4,12) 0.0000000 UZF012 + 313 (4,13) 0.0000000 UZF013 + 314 (4,14) 0.0000000 UZF014 + 315 (4,15) 0.0000000 UZF015 + 316 (4,16) 0.0000000 UZF016 + 317 (4,17) 0.0000000 UZF017 + 318 (4,18) 0.0000000 UZF018 + 319 (4,19) 0.0000000 UZF019 + 320 (4,20) 0.0000000 UZF020 + 321 (4,21) 0.0000000 UZF021 + 322 (4,22) 0.0000000 UZF022 + 323 (4,23) 0.0000000 UZF023 + 324 (4,24) 0.0000000 UZF024 + 325 (4,25) 0.0000000 UZF025 + 326 (4,26) 0.0000000 UZF026 + 327 (4,27) 0.0000000 UZF027 + 328 (4,28) 0.0000000 UZF028 + 329 (4,29) 0.0000000 UZF029 + 330 (4,30) 0.0000000 UZF030 + 331 (4,31) 0.0000000 UZF031 + 332 (4,32) 0.0000000 UZF032 + 333 (4,33) 0.0000000 UZF033 + 334 (4,34) 0.0000000 UZF034 + 335 (4,35) 0.0000000 UZF035 + 336 (4,36) 0.0000000 UZF036 + 337 (4,37) 0.0000000 UZF037 + 338 (4,38) 0.0000000 UZF038 + 339 (4,39) 0.0000000 UZF039 + 340 (4,40) 0.0000000 UZF040 + 341 (4,41) 0.0000000 UZF041 + 342 (4,42) 0.0000000 UZF042 + 343 (4,43) 0.0000000 UZF043 + 344 (4,44) 0.0000000 UZF044 + 345 (4,45) 0.0000000 UZF045 + 346 (4,46) 0.0000000 UZF046 + 347 (4,47) 0.0000000 UZF047 + 348 (4,48) 0.0000000 UZF048 + 349 (4,49) 0.0000000 UZF049 + 350 (4,50) 0.0000000 UZF050 + 351 (4,51) 0.0000000 UZF051 + 352 (4,52) 0.0000000 UZF052 + 353 (4,53) 0.0000000 UZF053 + 354 (4,54) 0.0000000 UZF054 + 355 (4,55) 0.0000000 UZF055 + 356 (4,56) 0.0000000 UZF056 + 357 (4,57) 0.0000000 UZF057 + 358 (4,58) 0.0000000 UZF058 + 359 (4,59) 0.0000000 UZF059 + 360 (4,60) 0.0000000 UZF060 + 361 (4,61) 0.0000000 UZF061 + 362 (4,62) 0.0000000 UZF062 + 363 (4,63) 0.0000000 UZF063 + 364 (4,64) 0.0000000 UZF064 + 365 (4,65) 0.0000000 UZF065 + 366 (4,66) 0.0000000 UZF066 + 367 (4,67) 0.0000000 UZF067 + 368 (4,68) 0.0000000 UZF068 + 369 (4,69) 0.0000000 UZF069 + 370 (4,70) 0.0000000 UZF070 + 371 (4,71) 0.0000000 UZF071 + 372 (4,72) 0.0000000 UZF072 + 373 (4,73) 0.0000000 UZF073 + 374 (4,74) 0.0000000 UZF074 + 375 (4,75) 0.0000000 UZF075 + 376 (4,76) 0.0000000 UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 (5,23) 0.0000000 UZF023 + 424 (5,24) 0.0000000 UZF024 + 425 (5,25) 0.0000000 UZF025 + 426 (5,26) 0.0000000 UZF026 + 427 (5,27) 0.0000000 UZF027 + 428 (5,28) 0.0000000 UZF028 + 429 (5,29) 0.0000000 UZF029 + 430 (5,30) 0.0000000 UZF030 + 431 (5,31) 0.0000000 UZF031 + 432 (5,32) 0.0000000 UZF032 + 433 (5,33) 0.0000000 UZF033 + 434 (5,34) 0.0000000 UZF034 + 435 (5,35) 0.0000000 UZF035 + 436 (5,36) 0.0000000 UZF036 + 437 (5,37) 0.0000000 UZF037 + 438 (5,38) 0.0000000 UZF038 + 439 (5,39) 0.0000000 UZF039 + 440 (5,40) 0.0000000 UZF040 + 441 (5,41) 0.0000000 UZF041 + 442 (5,42) 0.0000000 UZF042 + 443 (5,43) 0.0000000 UZF043 + 444 (5,44) 0.0000000 UZF044 + 445 (5,45) 0.0000000 UZF045 + 446 (5,46) 0.0000000 UZF046 + 447 (5,47) 0.0000000 UZF047 + 448 (5,48) 0.0000000 UZF048 + 449 (5,49) 0.0000000 UZF049 + 450 (5,50) 0.0000000 UZF050 + 451 (5,51) 0.0000000 UZF051 + 452 (5,52) 0.0000000 UZF052 + 453 (5,53) 0.0000000 UZF053 + 454 (5,54) 0.0000000 UZF054 + 455 (5,55) 0.0000000 UZF055 + 456 (5,56) 0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 1 STEP 4 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 0.0000000 UZF042 + 43 (1,43) 0.0000000 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.0000000 UZF051 + 52 (1,52) 0.0000000 UZF052 + 53 (1,53) 0.0000000 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.0000000 UZF061 + 62 (1,62) 0.0000000 UZF062 + 63 (1,63) 0.0000000 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.0000000 UZF071 + 72 (1,72) 0.0000000 UZF072 + 73 (1,73) 0.0000000 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 UZF081 + 82 (1,82) 0.0000000 UZF082 + 83 (1,83) 0.0000000 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.0000000 UZF091 + 92 (1,92) 0.0000000 UZF092 + 93 (1,93) 0.0000000 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) -0.0000000 UZF001 + 102 (2,2) -0.0000000 UZF002 + 103 (2,3) -0.0000000 UZF003 + 104 (2,4) -0.0000000 UZF004 + 105 (2,5) -0.0000000 UZF005 + 106 (2,6) -0.0000000 UZF006 + 107 (2,7) -0.0000000 UZF007 + 108 (2,8) -0.0000000 UZF008 + 109 (2,9) -0.0000000 UZF009 + 110 (2,10) -0.0000000 UZF010 + 111 (2,11) -0.0000000 UZF011 + 112 (2,12) -0.0000000 UZF012 + 113 (2,13) -0.0000000 UZF013 + 114 (2,14) -0.0000000 UZF014 + 115 (2,15) -0.0000000 UZF015 + 116 (2,16) -0.0000000 UZF016 + 117 (2,17) -0.0000000 UZF017 + 118 (2,18) -0.0000000 UZF018 + 119 (2,19) -0.0000000 UZF019 + 120 (2,20) -0.0000000 UZF020 + 121 (2,21) -0.0000000 UZF021 + 122 (2,22) -0.0000000 UZF022 + 123 (2,23) -0.0000000 UZF023 + 124 (2,24) -0.0000000 UZF024 + 125 (2,25) -0.0000000 UZF025 + 126 (2,26) -0.0000000 UZF026 + 127 (2,27) -0.0000000 UZF027 + 128 (2,28) -0.0000000 UZF028 + 129 (2,29) -0.0000000 UZF029 + 130 (2,30) -0.0000000 UZF030 + 131 (2,31) -0.0000000 UZF031 + 132 (2,32) -0.0000000 UZF032 + 133 (2,33) -0.0000000 UZF033 + 134 (2,34) -0.0000000 UZF034 + 135 (2,35) -0.0000000 UZF035 + 136 (2,36) -0.0000000 UZF036 + 137 (2,37) -0.0000000 UZF037 + 138 (2,38) -0.0000000 UZF038 + 139 (2,39) -0.0000000 UZF039 + 140 (2,40) -0.0000000 UZF040 + 141 (2,41) -0.0000000 UZF041 + 142 (2,42) -0.0000000 UZF042 + 143 (2,43) -0.0000000 UZF043 + 144 (2,44) -0.0000000 UZF044 + 145 (2,45) -0.0000000 UZF045 + 146 (2,46) -0.0000000 UZF046 + 147 (2,47) -0.0000000 UZF047 + 148 (2,48) -0.0000000 UZF048 + 149 (2,49) -0.0000000 UZF049 + 150 (2,50) -0.0000000 UZF050 + 151 (2,51) 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UZF015 + 216 (3,16) -0.0000000 UZF016 + 217 (3,17) -0.0000000 UZF017 + 218 (3,18) -0.0000000 UZF018 + 219 (3,19) -0.0000000 UZF019 + 220 (3,20) -0.0000000 UZF020 + 221 (3,21) -0.0000000 UZF021 + 222 (3,22) -0.0000000 UZF022 + 223 (3,23) -0.0000000 UZF023 + 224 (3,24) -0.0000000 UZF024 + 225 (3,25) -0.0000000 UZF025 + 226 (3,26) -0.0000000 UZF026 + 227 (3,27) -0.0000000 UZF027 + 228 (3,28) -0.0000000 UZF028 + 229 (3,29) -0.0000000 UZF029 + 230 (3,30) -0.0000000 UZF030 + 231 (3,31) -0.0000000 UZF031 + 232 (3,32) -0.0000000 UZF032 + 233 (3,33) -0.0000000 UZF033 + 234 (3,34) -0.0000000 UZF034 + 235 (3,35) -0.0000000 UZF035 + 236 (3,36) -0.0000000 UZF036 + 237 (3,37) -0.0000000 UZF037 + 238 (3,38) -0.0000000 UZF038 + 239 (3,39) -0.0000000 UZF039 + 240 (3,40) -0.0000000 UZF040 + 241 (3,41) -0.0000000 UZF041 + 242 (3,42) -0.0000000 UZF042 + 243 (3,43) -0.0000000 UZF043 + 244 (3,44) -0.0000000 UZF044 + 245 (3,45) -0.0000000 UZF045 + 246 (3,46) -0.0000000 UZF046 + 247 (3,47) -0.0000000 UZF047 + 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(3,80) -0.0000000 UZF080 + 281 (3,81) -0.0000000 UZF081 + 282 (3,82) -0.0000000 UZF082 + 283 (3,83) -0.0000000 UZF083 + 284 (3,84) -0.0000000 UZF084 + 285 (3,85) -0.0000000 UZF085 + 286 (3,86) -0.0000000 UZF086 + 287 (3,87) -0.0000000 UZF087 + 288 (3,88) -0.0000000 UZF088 + 289 (3,89) -0.0000000 UZF089 + 290 (3,90) -0.0000000 UZF090 + 291 (3,91) -0.0000000 UZF091 + 292 (3,92) -0.0000000 UZF092 + 293 (3,93) -0.0000000 UZF093 + 294 (3,94) -0.0000000 UZF094 + 295 (3,95) -0.0000000 UZF095 + 296 (3,96) -0.0000000 UZF096 + 297 (3,97) -0.0000000 UZF097 + 298 (3,98) -0.0000000 UZF098 + 299 (3,99) -0.0000000 UZF099 + 300 (3,100) -0.0000000 UZF100 + 301 (4,1) -0.0000000 UZF001 + 302 (4,2) -0.0000000 UZF002 + 303 (4,3) -0.0000000 UZF003 + 304 (4,4) -0.0000000 UZF004 + 305 (4,5) -0.0000000 UZF005 + 306 (4,6) -0.0000000 UZF006 + 307 (4,7) -0.0000000 UZF007 + 308 (4,8) -0.0000000 UZF008 + 309 (4,9) -0.0000000 UZF009 + 310 (4,10) -0.0000000 UZF010 + 311 (4,11) -0.0000000 UZF011 + 312 (4,12) -0.0000000 UZF012 + 313 (4,13) -0.0000000 UZF013 + 314 (4,14) -0.0000000 UZF014 + 315 (4,15) -0.0000000 UZF015 + 316 (4,16) -0.0000000 UZF016 + 317 (4,17) -0.0000000 UZF017 + 318 (4,18) -0.0000000 UZF018 + 319 (4,19) -0.0000000 UZF019 + 320 (4,20) -0.0000000 UZF020 + 321 (4,21) -0.0000000 UZF021 + 322 (4,22) -0.0000000 UZF022 + 323 (4,23) -0.0000000 UZF023 + 324 (4,24) -0.0000000 UZF024 + 325 (4,25) -0.0000000 UZF025 + 326 (4,26) -0.0000000 UZF026 + 327 (4,27) -0.0000000 UZF027 + 328 (4,28) -0.0000000 UZF028 + 329 (4,29) -0.0000000 UZF029 + 330 (4,30) -0.0000000 UZF030 + 331 (4,31) -0.0000000 UZF031 + 332 (4,32) -0.0000000 UZF032 + 333 (4,33) -0.0000000 UZF033 + 334 (4,34) -0.0000000 UZF034 + 335 (4,35) -0.0000000 UZF035 + 336 (4,36) -0.0000000 UZF036 + 337 (4,37) -0.0000000 UZF037 + 338 (4,38) -0.0000000 UZF038 + 339 (4,39) -0.0000000 UZF039 + 340 (4,40) -0.0000000 UZF040 + 341 (4,41) -0.0000000 UZF041 + 342 (4,42) -0.0000000 UZF042 + 343 (4,43) -0.0000000 UZF043 + 344 (4,44) -0.0000000 UZF044 + 345 (4,45) -0.0000000 UZF045 + 346 (4,46) -0.0000000 UZF046 + 347 (4,47) -0.0000000 UZF047 + 348 (4,48) -0.0000000 UZF048 + 349 (4,49) -0.0000000 UZF049 + 350 (4,50) -0.0000000 UZF050 + 351 (4,51) -0.0000000 UZF051 + 352 (4,52) -0.0000000 UZF052 + 353 (4,53) -0.0000000 UZF053 + 354 (4,54) -0.0000000 UZF054 + 355 (4,55) -0.0000000 UZF055 + 356 (4,56) -0.0000000 UZF056 + 357 (4,57) -0.0000000 UZF057 + 358 (4,58) -0.0000000 UZF058 + 359 (4,59) -0.0000000 UZF059 + 360 (4,60) -0.0000000 UZF060 + 361 (4,61) -0.0000000 UZF061 + 362 (4,62) -0.0000000 UZF062 + 363 (4,63) -0.0000000 UZF063 + 364 (4,64) -0.0000000 UZF064 + 365 (4,65) -0.0000000 UZF065 + 366 (4,66) -0.0000000 UZF066 + 367 (4,67) -0.0000000 UZF067 + 368 (4,68) -0.0000000 UZF068 + 369 (4,69) -0.0000000 UZF069 + 370 (4,70) -0.0000000 UZF070 + 371 (4,71) -0.0000000 UZF071 + 372 (4,72) -0.0000000 UZF072 + 373 (4,73) -0.0000000 UZF073 + 374 (4,74) -0.0000000 UZF074 + 375 (4,75) -0.0000000 UZF075 + 376 (4,76) -0.0000000 UZF076 + 377 (4,77) -0.0000000 UZF077 + 378 (4,78) -0.0000000 UZF078 + 379 (4,79) -0.0000000 UZF079 + 380 (4,80) -0.0000000 UZF080 + 381 (4,81) -0.0000000 UZF081 + 382 (4,82) -0.0000000 UZF082 + 383 (4,83) -0.0000000 UZF083 + 384 (4,84) -0.0000000 UZF084 + 385 (4,85) -0.0000000 UZF085 + 386 (4,86) -0.0000000 UZF086 + 387 (4,87) -0.0000000 UZF087 + 388 (4,88) -0.0000000 UZF088 + 389 (4,89) -0.0000000 UZF089 + 390 (4,90) -0.0000000 UZF090 + 391 (4,91) -0.0000000 UZF091 + 392 (4,92) -0.0000000 UZF092 + 393 (4,93) -0.0000000 UZF093 + 394 (4,94) -0.0000000 UZF094 + 395 (4,95) -0.0000000 UZF095 + 396 (4,96) -0.0000000 UZF096 + 397 (4,97) -0.0000000 UZF097 + 398 (4,98) -0.0000000 UZF098 + 399 (4,99) -0.0000000 UZF099 + 400 (4,100) -0.0000000 UZF100 + 401 (5,1) -0.0000000 UZF001 + 402 (5,2) -0.0000000 UZF002 + 403 (5,3) -0.0000000 UZF003 + 404 (5,4) -0.0000000 UZF004 + 405 (5,5) -0.0000000 UZF005 + 406 (5,6) -0.0000000 UZF006 + 407 (5,7) -0.0000000 UZF007 + 408 (5,8) -0.0000000 UZF008 + 409 (5,9) -0.0000000 UZF009 + 410 (5,10) -0.0000000 UZF010 + 411 (5,11) -0.0000000 UZF011 + 412 (5,12) -0.0000000 UZF012 + 413 (5,13) -0.0000000 UZF013 + 414 (5,14) -0.0000000 UZF014 + 415 (5,15) -0.0000000 UZF015 + 416 (5,16) -0.0000000 UZF016 + 417 (5,17) -0.0000000 UZF017 + 418 (5,18) -0.0000000 UZF018 + 419 (5,19) -0.0000000 UZF019 + 420 (5,20) -0.0000000 UZF020 + 421 (5,21) -0.0000000 UZF021 + 422 (5,22) -0.0000000 UZF022 + 423 (5,23) -0.0000000 UZF023 + 424 (5,24) -0.0000000 UZF024 + 425 (5,25) -0.0000000 UZF025 + 426 (5,26) -0.0000000 UZF026 + 427 (5,27) -0.0000000 UZF027 + 428 (5,28) -0.0000000 UZF028 + 429 (5,29) -0.0000000 UZF029 + 430 (5,30) -0.0000000 UZF030 + 431 (5,31) -0.0000000 UZF031 + 432 (5,32) -0.0000000 UZF032 + 433 (5,33) -0.0000000 UZF033 + 434 (5,34) -0.0000000 UZF034 + 435 (5,35) -0.0000000 UZF035 + 436 (5,36) -0.0000000 UZF036 + 437 (5,37) -0.0000000 UZF037 + 438 (5,38) -0.0000000 UZF038 + 439 (5,39) -0.0000000 UZF039 + 440 (5,40) -0.0000000 UZF040 + 441 (5,41) -0.0000000 UZF041 + 442 (5,42) -0.0000000 UZF042 + 443 (5,43) -0.0000000 UZF043 + 444 (5,44) -0.0000000 UZF044 + 445 (5,45) -0.0000000 UZF045 + 446 (5,46) -0.0000000 UZF046 + 447 (5,47) -0.0000000 UZF047 + 448 (5,48) -0.0000000 UZF048 + 449 (5,49) -0.0000000 UZF049 + 450 (5,50) -0.0000000 UZF050 + 451 (5,51) -0.0000000 UZF051 + 452 (5,52) -0.0000000 UZF052 + 453 (5,53) -0.0000000 UZF053 + 454 (5,54) -0.0000000 UZF054 + 455 (5,55) -0.0000000 UZF055 + 456 (5,56) -0.0000000 UZF056 + 457 (5,57) -0.0000000 UZF057 + 458 (5,58) -0.0000000 UZF058 + 459 (5,59) -0.0000000 UZF059 + 460 (5,60) -0.0000000 UZF060 + 461 (5,61) -0.0000000 UZF061 + 462 (5,62) -0.0000000 UZF062 + 463 (5,63) -0.0000000 UZF063 + 464 (5,64) -0.0000000 UZF064 + 465 (5,65) -0.0000000 UZF065 + 466 (5,66) -0.0000000 UZF066 + 467 (5,67) -0.0000000 UZF067 + 468 (5,68) -0.0000000 UZF068 + 469 (5,69) -0.0000000 UZF069 + 470 (5,70) -0.0000000 UZF070 + 471 (5,71) -0.0000000 UZF071 + 472 (5,72) -0.0000000 UZF072 + 473 (5,73) -0.0000000 UZF073 + 474 (5,74) -0.0000000 UZF074 + 475 (5,75) -0.0000000 UZF075 + 476 (5,76) -0.0000000 UZF076 + 477 (5,77) -0.0000000 UZF077 + 478 (5,78) -0.0000000 UZF078 + 479 (5,79) -0.0000000 UZF079 + 480 (5,80) -0.0000000 UZF080 + 481 (5,81) -0.0000000 UZF081 + 482 (5,82) -0.0000000 UZF082 + 483 (5,83) -0.0000000 UZF083 + 484 (5,84) -0.0000000 UZF084 + 485 (5,85) -0.0000000 UZF085 + 486 (5,86) -0.0000000 UZF086 + 487 (5,87) -0.0000000 UZF087 + 488 (5,88) -0.0000000 UZF088 + 489 (5,89) -0.0000000 UZF089 + 490 (5,90) -0.0000000 UZF090 + 491 (5,91) -0.0000000 UZF091 + 492 (5,92) -0.0000000 UZF092 + 493 (5,93) -0.0000000 UZF093 + 494 (5,94) -0.0000000 UZF094 + 495 (5,95) -0.0000000 UZF095 + 496 (5,96) -0.0000000 UZF096 + 497 (5,97) -0.0000000 UZF097 + 498 (5,98) -0.0000000 UZF098 + 499 (5,99) -0.0000000 UZF099 + 500 (5,100) -0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWET PACKAGE (UZF_0) FLOW RATES PERIOD 1 STEP 4 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) -4.96521623E-04 UZF001 + 2 (1,2) -4.90873557E-04 UZF002 + 3 (1,3) -4.79323677E-04 UZF003 + 4 (1,4) -4.61415047E-04 UZF004 + 5 (1,5) -4.35138182E-04 UZF005 + 6 (1,6) -0.0000000 UZF006 + 7 (1,7) -0.0000000 UZF007 + 8 (1,8) -0.0000000 UZF008 + 9 (1,9) -0.0000000 UZF009 + 10 (1,10) -0.0000000 UZF010 + 11 (1,11) -4.96521623E-04 UZF011 + 12 (1,12) -4.90873557E-04 UZF012 + 13 (1,13) -4.79323677E-04 UZF013 + 14 (1,14) -4.61415047E-04 UZF014 + 15 (1,15) -4.35138182E-04 UZF015 + 16 (1,16) -0.0000000 UZF016 + 17 (1,17) -0.0000000 UZF017 + 18 (1,18) -0.0000000 UZF018 + 19 (1,19) -0.0000000 UZF019 + 20 (1,20) -0.0000000 UZF020 + 21 (1,21) -4.96521623E-04 UZF021 + 22 (1,22) -4.90873557E-04 UZF022 + 23 (1,23) -4.79323677E-04 UZF023 + 24 (1,24) -4.61415047E-04 UZF024 + 25 (1,25) -4.35138182E-04 UZF025 + 26 (1,26) -0.0000000 UZF026 + 27 (1,27) -0.0000000 UZF027 + 28 (1,28) -0.0000000 UZF028 + 29 (1,29) -0.0000000 UZF029 + 30 (1,30) -0.0000000 UZF030 + 31 (1,31) -4.96521623E-04 UZF031 + 32 (1,32) -4.90873557E-04 UZF032 + 33 (1,33) -4.79323677E-04 UZF033 + 34 (1,34) -4.61415047E-04 UZF034 + 35 (1,35) -4.35138182E-04 UZF035 + 36 (1,36) -0.0000000 UZF036 + 37 (1,37) -0.0000000 UZF037 + 38 (1,38) -0.0000000 UZF038 + 39 (1,39) -0.0000000 UZF039 + 40 (1,40) -0.0000000 UZF040 + 41 (1,41) -4.96521623E-04 UZF041 + 42 (1,42) -4.90873557E-04 UZF042 + 43 (1,43) -4.79323677E-04 UZF043 + 44 (1,44) -4.61415047E-04 UZF044 + 45 (1,45) -4.35138182E-04 UZF045 + 46 (1,46) -0.0000000 UZF046 + 47 (1,47) -0.0000000 UZF047 + 48 (1,48) -0.0000000 UZF048 + 49 (1,49) -0.0000000 UZF049 + 50 (1,50) -0.0000000 UZF050 + 51 (1,51) -4.96521623E-04 UZF051 + 52 (1,52) -4.90873557E-04 UZF052 + 53 (1,53) -4.79323677E-04 UZF053 + 54 (1,54) -4.61415047E-04 UZF054 + 55 (1,55) -4.35138182E-04 UZF055 + 56 (1,56) -0.0000000 UZF056 + 57 (1,57) -0.0000000 UZF057 + 58 (1,58) -0.0000000 UZF058 + 59 (1,59) -0.0000000 UZF059 + 60 (1,60) -0.0000000 UZF060 + 61 (1,61) -4.96521623E-04 UZF061 + 62 (1,62) -4.90873557E-04 UZF062 + 63 (1,63) -4.79323677E-04 UZF063 + 64 (1,64) -4.61415047E-04 UZF064 + 65 (1,65) -4.35138182E-04 UZF065 + 66 (1,66) -0.0000000 UZF066 + 67 (1,67) -0.0000000 UZF067 + 68 (1,68) -0.0000000 UZF068 + 69 (1,69) -0.0000000 UZF069 + 70 (1,70) -0.0000000 UZF070 + 71 (1,71) -4.96521623E-04 UZF071 + 72 (1,72) -4.90873557E-04 UZF072 + 73 (1,73) -4.79323677E-04 UZF073 + 74 (1,74) -4.61415047E-04 UZF074 + 75 (1,75) -4.35138182E-04 UZF075 + 76 (1,76) -0.0000000 UZF076 + 77 (1,77) -0.0000000 UZF077 + 78 (1,78) -0.0000000 UZF078 + 79 (1,79) -0.0000000 UZF079 + 80 (1,80) -0.0000000 UZF080 + 81 (1,81) -4.96521623E-04 UZF081 + 82 (1,82) -4.90873557E-04 UZF082 + 83 (1,83) -4.79323677E-04 UZF083 + 84 (1,84) -4.61415047E-04 UZF084 + 85 (1,85) -4.35138182E-04 UZF085 + 86 (1,86) -0.0000000 UZF086 + 87 (1,87) -0.0000000 UZF087 + 88 (1,88) -0.0000000 UZF088 + 89 (1,89) -0.0000000 UZF089 + 90 (1,90) -0.0000000 UZF090 + 91 (1,91) -4.96521623E-04 UZF091 + 92 (1,92) -4.90873557E-04 UZF092 + 93 (1,93) -4.79323677E-04 UZF093 + 94 (1,94) -4.61415047E-04 UZF094 + 95 (1,95) -4.35138182E-04 UZF095 + 96 (1,96) -0.0000000 UZF096 + 97 (1,97) -0.0000000 UZF097 + 98 (1,98) -0.0000000 UZF098 + 99 (1,99) -0.0000000 UZF099 + 100 (1,100) -0.0000000 UZF100 + 101 (2,1) -1.35312839E-04 UZF001 + 102 (2,2) -1.35485294E-04 UZF002 + 103 (2,3) -1.35666973E-04 UZF003 + 104 (2,4) -1.35623890E-04 UZF004 + 105 (2,5) -1.35209650E-04 UZF005 + 106 (2,6) -3.46291382E-04 UZF006 + 107 (2,7) -3.19137066E-04 UZF007 + 108 (2,8) -2.91254671E-04 UZF008 + 109 (2,9) -2.65871342E-04 UZF009 + 110 (2,10) -2.48757579E-04 UZF010 + 111 (2,11) -1.35312839E-04 UZF011 + 112 (2,12) -1.35485294E-04 UZF012 + 113 (2,13) -1.35666973E-04 UZF013 + 114 (2,14) -1.35623890E-04 UZF014 + 115 (2,15) -1.35209650E-04 UZF015 + 116 (2,16) -3.46291382E-04 UZF016 + 117 (2,17) -3.19137066E-04 UZF017 + 118 (2,18) -2.91254671E-04 UZF018 + 119 (2,19) -2.65871342E-04 UZF019 + 120 (2,20) -2.48757579E-04 UZF020 + 121 (2,21) -1.35312839E-04 UZF021 + 122 (2,22) -1.35485294E-04 UZF022 + 123 (2,23) -1.35666973E-04 UZF023 + 124 (2,24) -1.35623890E-04 UZF024 + 125 (2,25) -1.35209650E-04 UZF025 + 126 (2,26) -3.46291382E-04 UZF026 + 127 (2,27) -3.19137066E-04 UZF027 + 128 (2,28) -2.91254671E-04 UZF028 + 129 (2,29) -2.65871342E-04 UZF029 + 130 (2,30) -2.48757579E-04 UZF030 + 131 (2,31) -1.35312839E-04 UZF031 + 132 (2,32) -1.35485294E-04 UZF032 + 133 (2,33) -1.35666973E-04 UZF033 + 134 (2,34) -1.35623890E-04 UZF034 + 135 (2,35) -1.35209650E-04 UZF035 + 136 (2,36) -3.46291382E-04 UZF036 + 137 (2,37) -3.19137066E-04 UZF037 + 138 (2,38) -2.91254671E-04 UZF038 + 139 (2,39) -2.65871342E-04 UZF039 + 140 (2,40) -2.48757579E-04 UZF040 + 141 (2,41) -1.35312839E-04 UZF041 + 142 (2,42) -1.35485294E-04 UZF042 + 143 (2,43) -1.35666973E-04 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PACKAGE - SUMMARY OF FLOWS FOR EACH CONTROL VOLUME PERIOD 1 STEP 4 + ---------------------------------------------------------------------------------------------------------------------------------------------------- + PERCENT + NUMBER CELLID INFLOW OUTFLOW GWF INFILTRATION REJ INF UZET STORAGE IN - OUT DIFFERENCE + ---------------------------------------------------------------------------------------------------------------------------------------------------- + 1 (1,1) 0.0000 0.0000 -0.14519 0.15000 0.0000 -2.95357E-04 -4.51431E-03 -2.77556E-17 -1.85037E-14 + 2 (1,2) 0.0000 0.0000 -0.14507 0.15000 0.0000 -2.99376E-04 -4.62792E-03 -2.77556E-17 -1.85037E-14 + 3 (1,3) 0.0000 0.0000 -0.14463 0.15000 0.0000 -3.07668E-04 -5.06355E-03 0.0000 0.0000 + 4 (1,4) 0.0000 0.0000 -0.14373 0.15000 0.0000 -3.20725E-04 -5.94594E-03 -5.55112E-17 -3.70074E-14 + 5 (1,5) 0.0000 0.0000 -0.14174 0.15000 0.0000 -3.40350E-04 -7.92053E-03 -2.77556E-17 -1.85037E-14 + 6 (1,6) 0.0000 -0.14877 0.0000 0.15000 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LAYER 5 AT END OF TIME STEP 4 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + 11 12 13 14 15 16 17 18 19 20 + 21 22 23 24 25 26 27 28 29 30 + 31 32 33 34 35 36 37 38 39 40 + 41 42 43 44 45 46 47 48 49 50 + 51 52 53 54 55 56 57 58 59 60 + 61 62 63 64 65 66 67 68 69 70 + 71 72 73 74 75 76 77 78 79 80 + 81 82 83 84 85 86 87 88 89 90 + 91 92 93 94 95 96 97 98 99 100 + ................................................................................................................................................................ + 1 18.6889 18.5990 18.4172 18.1397 17.7604 17.2708 16.6595 15.9125 15.0199 14.0001 + 18.6889 18.5990 18.4172 18.1397 17.7604 17.2708 16.6595 15.9125 15.0199 14.0001 + 18.6889 18.5990 18.4172 18.1397 17.7604 17.2708 16.6595 15.9125 15.0199 14.0001 + 18.6889 18.5990 18.4172 18.1397 17.7604 17.2708 16.6595 15.9125 15.0199 14.0001 + 18.6889 18.5990 18.4172 18.1397 17.7604 17.2708 16.6595 15.9125 15.0199 14.0001 + 18.6889 18.5990 18.4172 18.1397 17.7604 17.2708 16.6595 15.9125 15.0199 14.0001 + 18.6889 18.5990 18.4172 18.1397 17.7604 17.2708 16.6595 15.9125 15.0199 14.0001 + 18.6889 18.5990 18.4172 18.1397 17.7604 17.2708 16.6595 15.9125 15.0199 14.0001 + 18.6889 18.5990 18.4172 18.1397 17.7604 17.2708 16.6595 15.9125 15.0199 14.0001 + 18.6889 18.5990 18.4172 18.1397 17.7604 17.2708 16.6595 15.9125 15.0199 14.0001 + + HEAD WILL BE SAVED ON UNIT 1016 AT END OF TIME STEP 4, STRESS PERIOD 1 + + + UZF_0 BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 4, STRESS PERIOD 1 + ------------------------------------------------------------------------------ + + CUMULATIVE UZF_0 L**3 RATES FOR THIS TIME STEP L**3/T + ------------------ ------------------------ + + IN: IN: + --- --- + GWF = 0.0000 GWF = 0.0000 + INFILTRATION = 120.0000 INFILTRATION = 15.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.0000 UZET = 0.0000 + STORAGE = 16.5994 STORAGE = 0.0000 + + TOTAL IN = 136.5994 TOTAL IN = 15.0000 + + OUT: OUT: + ---- ---- + GWF = 126.7011 GWF = 13.9936 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.2866 UZET = 3.7376E-02 + STORAGE = 9.6117 STORAGE = 0.9690 + + TOTAL OUT = 136.5994 TOTAL OUT = 15.0000 + + IN - OUT = 1.6900E-06 IN - OUT = 1.9540E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 4, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.2789E-02 STO-SS = 1.1650E-03 STORAGE + STO-SY = 28.4120 STO-SY = 2.3201 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 126.7011 UZF-GWRCH = 13.9936 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 155.1558 TOTAL IN = 16.3149 + + OUT: OUT: + ---- ---- + STO-SS = 7.9608E-04 STO-SS = 0.0000 STORAGE + STO-SY = 11.9499 STO-SY = 0.0000 STORAGE + GHB = 142.7498 GHB = 16.2614 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.4554 UZF-GWET = 5.3507E-02 UZF_0 + + TOTAL OUT = 155.1558 TOTAL OUT = 16.3149 + + IN - OUT = -1.8928E-07 IN - OUT = -1.7629E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 4 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 6.91200E+05 11520. 192.00 8.0000 2.19028E-02 + TOTAL TIME 6.91200E+05 11520. 192.00 8.0000 2.19028E-02 + + +end timestep + + +start timestep kper="1" kstp="5" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1015 AT TIME STEP 5, STRESS PERIOD 1 + UBDSV1 SAVING STO-SY ON UNIT 1015 AT TIME STEP 5, STRESS PERIOD 1 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1015 AT TIME STEP 5, STRESS PERIOD 1 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1015 AT TIME STEP 5, STRESS PERIOD 1 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 5, STRESS PERIOD 1 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 5, STRESS PERIOD 1 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 5, STRESS PERIOD 1 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 5, STRESS PERIOD 1 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1011 AT TIME STEP 5, STRESS PERIOD 1 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 5, STRESS PERIOD 1 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 5, STRESS PERIOD 1 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 5, STRESS PERIOD 1 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 5, STRESS PERIOD 1 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 1 STEP 5 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.0921358 + 2 (4,20) -1.0921358 + 3 (4,30) -1.0921358 + 4 (4,40) -1.0921358 + 5 (4,50) -1.0921358 + 6 (4,60) -1.0921358 + 7 (4,70) -1.0921358 + 8 (4,80) -1.0921358 + 9 (4,90) -1.0921358 + 10 (4,100) -1.0921358 + 11 (5,10) -0.50058865 + 12 (5,20) -0.50058865 + 13 (5,30) -0.50058865 + 14 (5,40) -0.50058865 + 15 (5,50) -0.50058865 + 16 (5,60) -0.50058865 + 17 (5,70) -0.50058865 + 18 (5,80) -0.50058865 + 19 (5,90) -0.50058865 + 20 (5,100) -0.50058865 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 1 STEP 5 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14643862 UZF001 + 2 (1,2) 0.14623854 UZF002 + 3 (1,3) 0.14594912 UZF003 + 4 (1,4) 0.14571212 UZF004 + 5 (1,5) 0.14610985 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14643862 UZF011 + 12 (1,12) 0.14623854 UZF012 + 13 (1,13) 0.14594912 UZF013 + 14 (1,14) 0.14571212 UZF014 + 15 (1,15) 0.14610985 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14643862 UZF021 + 22 (1,22) 0.14623854 UZF022 + 23 (1,23) 0.14594912 UZF023 + 24 (1,24) 0.14571212 UZF024 + 25 (1,25) 0.14610985 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14643862 UZF031 + 32 (1,32) 0.14623854 UZF032 + 33 (1,33) 0.14594912 UZF033 + 34 (1,34) 0.14571212 UZF034 + 35 (1,35) 0.14610985 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14643862 UZF041 + 42 (1,42) 0.14623854 UZF042 + 43 (1,43) 0.14594912 UZF043 + 44 (1,44) 0.14571212 UZF044 + 45 (1,45) 0.14610985 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14643862 UZF051 + 52 (1,52) 0.14623854 UZF052 + 53 (1,53) 0.14594912 UZF053 + 54 (1,54) 0.14571212 UZF054 + 55 (1,55) 0.14610985 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14643862 UZF061 + 62 (1,62) 0.14623854 UZF062 + 63 (1,63) 0.14594912 UZF063 + 64 (1,64) 0.14571212 UZF064 + 65 (1,65) 0.14610985 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14643862 UZF071 + 72 (1,72) 0.14623854 UZF072 + 73 (1,73) 0.14594912 UZF073 + 74 (1,74) 0.14571212 UZF074 + 75 (1,75) 0.14610985 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14643862 UZF081 + 82 (1,82) 0.14623854 UZF082 + 83 (1,83) 0.14594912 UZF083 + 84 (1,84) 0.14571212 UZF084 + 85 (1,85) 0.14610985 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14643862 UZF091 + 92 (1,92) 0.14623854 UZF092 + 93 (1,93) 0.14594912 UZF093 + 94 (1,94) 0.14571212 UZF094 + 95 (1,95) 0.14610985 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.0000000 UZF004 + 105 (2,5) 0.0000000 UZF005 + 106 (2,6) 0.14664971 UZF006 + 107 (2,7) 0.14636978 UZF007 + 108 (2,8) 0.14618043 UZF008 + 109 (2,9) 0.14606065 UZF009 + 110 (2,10) 0.14597158 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.0000000 UZF014 + 115 (2,15) 0.0000000 UZF015 + 116 (2,16) 0.14664971 UZF016 + 117 (2,17) 0.14636978 UZF017 + 118 (2,18) 0.14618043 UZF018 + 119 (2,19) 0.14606065 UZF019 + 120 (2,20) 0.14597158 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.0000000 UZF024 + 125 (2,25) 0.0000000 UZF025 + 126 (2,26) 0.14664971 UZF026 + 127 (2,27) 0.14636978 UZF027 + 128 (2,28) 0.14618043 UZF028 + 129 (2,29) 0.14606065 UZF029 + 130 (2,30) 0.14597158 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.0000000 UZF034 + 135 (2,35) 0.0000000 UZF035 + 136 (2,36) 0.14664971 UZF036 + 137 (2,37) 0.14636978 UZF037 + 138 (2,38) 0.14618043 UZF038 + 139 (2,39) 0.14606065 UZF039 + 140 (2,40) 0.14597158 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.0000000 UZF044 + 145 (2,45) 0.0000000 UZF045 + 146 (2,46) 0.14664971 UZF046 + 147 (2,47) 0.14636978 UZF047 + 148 (2,48) 0.14618043 UZF048 + 149 (2,49) 0.14606065 UZF049 + 150 (2,50) 0.14597158 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.0000000 UZF054 + 155 (2,55) 0.0000000 UZF055 + 156 (2,56) 0.14664971 UZF056 + 157 (2,57) 0.14636978 UZF057 + 158 (2,58) 0.14618043 UZF058 + 159 (2,59) 0.14606065 UZF059 + 160 (2,60) 0.14597158 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.0000000 UZF064 + 165 (2,65) 0.0000000 UZF065 + 166 (2,66) 0.14664971 UZF066 + 167 (2,67) 0.14636978 UZF067 + 168 (2,68) 0.14618043 UZF068 + 169 (2,69) 0.14606065 UZF069 + 170 (2,70) 0.14597158 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.0000000 UZF074 + 175 (2,75) 0.0000000 UZF075 + 176 (2,76) 0.14664971 UZF076 + 177 (2,77) 0.14636978 UZF077 + 178 (2,78) 0.14618043 UZF078 + 179 (2,79) 0.14606065 UZF079 + 180 (2,80) 0.14597158 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.0000000 UZF084 + 185 (2,85) 0.0000000 UZF085 + 186 (2,86) 0.14664971 UZF086 + 187 (2,87) 0.14636978 UZF087 + 188 (2,88) 0.14618043 UZF088 + 189 (2,89) 0.14606065 UZF089 + 190 (2,90) 0.14597158 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.0000000 UZF094 + 195 (2,95) 0.0000000 UZF095 + 196 (2,96) 0.14664971 UZF096 + 197 (2,97) 0.14636978 UZF097 + 198 (2,98) 0.14618043 UZF098 + 199 (2,99) 0.14606065 UZF099 + 200 (2,100) 0.14597158 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 0.0000000 UZF076 + 277 (3,77) 0.0000000 UZF077 + 278 (3,78) 0.0000000 UZF078 + 279 (3,79) 0.0000000 UZF079 + 280 (3,80) 0.0000000 UZF080 + 281 (3,81) 0.0000000 UZF081 + 282 (3,82) 0.0000000 UZF082 + 283 (3,83) 0.0000000 UZF083 + 284 (3,84) 0.0000000 UZF084 + 285 (3,85) 0.0000000 UZF085 + 286 (3,86) 0.0000000 UZF086 + 287 (3,87) 0.0000000 UZF087 + 288 (3,88) 0.0000000 UZF088 + 289 (3,89) 0.0000000 UZF089 + 290 (3,90) 0.0000000 UZF090 + 291 (3,91) 0.0000000 UZF091 + 292 (3,92) 0.0000000 UZF092 + 293 (3,93) 0.0000000 UZF093 + 294 (3,94) 0.0000000 UZF094 + 295 (3,95) 0.0000000 UZF095 + 296 (3,96) 0.0000000 UZF096 + 297 (3,97) 0.0000000 UZF097 + 298 (3,98) 0.0000000 UZF098 + 299 (3,99) 0.0000000 UZF099 + 300 (3,100) 0.0000000 UZF100 + 301 (4,1) 0.0000000 UZF001 + 302 (4,2) 0.0000000 UZF002 + 303 (4,3) 0.0000000 UZF003 + 304 (4,4) 0.0000000 UZF004 + 305 (4,5) 0.0000000 UZF005 + 306 (4,6) 0.0000000 UZF006 + 307 (4,7) 0.0000000 UZF007 + 308 (4,8) 0.0000000 UZF008 + 309 (4,9) 0.0000000 UZF009 + 310 (4,10) 0.0000000 UZF010 + 311 (4,11) 0.0000000 UZF011 + 312 (4,12) 0.0000000 UZF012 + 313 (4,13) 0.0000000 UZF013 + 314 (4,14) 0.0000000 UZF014 + 315 (4,15) 0.0000000 UZF015 + 316 (4,16) 0.0000000 UZF016 + 317 (4,17) 0.0000000 UZF017 + 318 (4,18) 0.0000000 UZF018 + 319 (4,19) 0.0000000 UZF019 + 320 (4,20) 0.0000000 UZF020 + 321 (4,21) 0.0000000 UZF021 + 322 (4,22) 0.0000000 UZF022 + 323 (4,23) 0.0000000 UZF023 + 324 (4,24) 0.0000000 UZF024 + 325 (4,25) 0.0000000 UZF025 + 326 (4,26) 0.0000000 UZF026 + 327 (4,27) 0.0000000 UZF027 + 328 (4,28) 0.0000000 UZF028 + 329 (4,29) 0.0000000 UZF029 + 330 (4,30) 0.0000000 UZF030 + 331 (4,31) 0.0000000 UZF031 + 332 (4,32) 0.0000000 UZF032 + 333 (4,33) 0.0000000 UZF033 + 334 (4,34) 0.0000000 UZF034 + 335 (4,35) 0.0000000 UZF035 + 336 (4,36) 0.0000000 UZF036 + 337 (4,37) 0.0000000 UZF037 + 338 (4,38) 0.0000000 UZF038 + 339 (4,39) 0.0000000 UZF039 + 340 (4,40) 0.0000000 UZF040 + 341 (4,41) 0.0000000 UZF041 + 342 (4,42) 0.0000000 UZF042 + 343 (4,43) 0.0000000 UZF043 + 344 (4,44) 0.0000000 UZF044 + 345 (4,45) 0.0000000 UZF045 + 346 (4,46) 0.0000000 UZF046 + 347 (4,47) 0.0000000 UZF047 + 348 (4,48) 0.0000000 UZF048 + 349 (4,49) 0.0000000 UZF049 + 350 (4,50) 0.0000000 UZF050 + 351 (4,51) 0.0000000 UZF051 + 352 (4,52) 0.0000000 UZF052 + 353 (4,53) 0.0000000 UZF053 + 354 (4,54) 0.0000000 UZF054 + 355 (4,55) 0.0000000 UZF055 + 356 (4,56) 0.0000000 UZF056 + 357 (4,57) 0.0000000 UZF057 + 358 (4,58) 0.0000000 UZF058 + 359 (4,59) 0.0000000 UZF059 + 360 (4,60) 0.0000000 UZF060 + 361 (4,61) 0.0000000 UZF061 + 362 (4,62) 0.0000000 UZF062 + 363 (4,63) 0.0000000 UZF063 + 364 (4,64) 0.0000000 UZF064 + 365 (4,65) 0.0000000 UZF065 + 366 (4,66) 0.0000000 UZF066 + 367 (4,67) 0.0000000 UZF067 + 368 (4,68) 0.0000000 UZF068 + 369 (4,69) 0.0000000 UZF069 + 370 (4,70) 0.0000000 UZF070 + 371 (4,71) 0.0000000 UZF071 + 372 (4,72) 0.0000000 UZF072 + 373 (4,73) 0.0000000 UZF073 + 374 (4,74) 0.0000000 UZF074 + 375 (4,75) 0.0000000 UZF075 + 376 (4,76) 0.0000000 UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 (5,23) 0.0000000 UZF023 + 424 (5,24) 0.0000000 UZF024 + 425 (5,25) 0.0000000 UZF025 + 426 (5,26) 0.0000000 UZF026 + 427 (5,27) 0.0000000 UZF027 + 428 (5,28) 0.0000000 UZF028 + 429 (5,29) 0.0000000 UZF029 + 430 (5,30) 0.0000000 UZF030 + 431 (5,31) 0.0000000 UZF031 + 432 (5,32) 0.0000000 UZF032 + 433 (5,33) 0.0000000 UZF033 + 434 (5,34) 0.0000000 UZF034 + 435 (5,35) 0.0000000 UZF035 + 436 (5,36) 0.0000000 UZF036 + 437 (5,37) 0.0000000 UZF037 + 438 (5,38) 0.0000000 UZF038 + 439 (5,39) 0.0000000 UZF039 + 440 (5,40) 0.0000000 UZF040 + 441 (5,41) 0.0000000 UZF041 + 442 (5,42) 0.0000000 UZF042 + 443 (5,43) 0.0000000 UZF043 + 444 (5,44) 0.0000000 UZF044 + 445 (5,45) 0.0000000 UZF045 + 446 (5,46) 0.0000000 UZF046 + 447 (5,47) 0.0000000 UZF047 + 448 (5,48) 0.0000000 UZF048 + 449 (5,49) 0.0000000 UZF049 + 450 (5,50) 0.0000000 UZF050 + 451 (5,51) 0.0000000 UZF051 + 452 (5,52) 0.0000000 UZF052 + 453 (5,53) 0.0000000 UZF053 + 454 (5,54) 0.0000000 UZF054 + 455 (5,55) 0.0000000 UZF055 + 456 (5,56) 0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 1 STEP 5 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 0.0000000 UZF042 + 43 (1,43) 0.0000000 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.0000000 UZF051 + 52 (1,52) 0.0000000 UZF052 + 53 (1,53) 0.0000000 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.0000000 UZF061 + 62 (1,62) 0.0000000 UZF062 + 63 (1,63) 0.0000000 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.0000000 UZF071 + 72 (1,72) 0.0000000 UZF072 + 73 (1,73) 0.0000000 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 UZF081 + 82 (1,82) 0.0000000 UZF082 + 83 (1,83) 0.0000000 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.0000000 UZF091 + 92 (1,92) 0.0000000 UZF092 + 93 (1,93) 0.0000000 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) -0.0000000 UZF001 + 102 (2,2) -0.0000000 UZF002 + 103 (2,3) -0.0000000 UZF003 + 104 (2,4) -0.0000000 UZF004 + 105 (2,5) -0.0000000 UZF005 + 106 (2,6) -0.0000000 UZF006 + 107 (2,7) -0.0000000 UZF007 + 108 (2,8) -0.0000000 UZF008 + 109 (2,9) -0.0000000 UZF009 + 110 (2,10) -0.0000000 UZF010 + 111 (2,11) -0.0000000 UZF011 + 112 (2,12) -0.0000000 UZF012 + 113 (2,13) -0.0000000 UZF013 + 114 (2,14) -0.0000000 UZF014 + 115 (2,15) -0.0000000 UZF015 + 116 (2,16) -0.0000000 UZF016 + 117 (2,17) -0.0000000 UZF017 + 118 (2,18) -0.0000000 UZF018 + 119 (2,19) -0.0000000 UZF019 + 120 (2,20) -0.0000000 UZF020 + 121 (2,21) -0.0000000 UZF021 + 122 (2,22) -0.0000000 UZF022 + 123 (2,23) -0.0000000 UZF023 + 124 (2,24) -0.0000000 UZF024 + 125 (2,25) -0.0000000 UZF025 + 126 (2,26) -0.0000000 UZF026 + 127 (2,27) -0.0000000 UZF027 + 128 (2,28) -0.0000000 UZF028 + 129 (2,29) -0.0000000 UZF029 + 130 (2,30) -0.0000000 UZF030 + 131 (2,31) -0.0000000 UZF031 + 132 (2,32) -0.0000000 UZF032 + 133 (2,33) -0.0000000 UZF033 + 134 (2,34) -0.0000000 UZF034 + 135 (2,35) -0.0000000 UZF035 + 136 (2,36) -0.0000000 UZF036 + 137 (2,37) -0.0000000 UZF037 + 138 (2,38) -0.0000000 UZF038 + 139 (2,39) -0.0000000 UZF039 + 140 (2,40) -0.0000000 UZF040 + 141 (2,41) -0.0000000 UZF041 + 142 (2,42) -0.0000000 UZF042 + 143 (2,43) -0.0000000 UZF043 + 144 (2,44) -0.0000000 UZF044 + 145 (2,45) -0.0000000 UZF045 + 146 (2,46) -0.0000000 UZF046 + 147 (2,47) -0.0000000 UZF047 + 148 (2,48) -0.0000000 UZF048 + 149 (2,49) -0.0000000 UZF049 + 150 (2,50) -0.0000000 UZF050 + 151 (2,51) -0.0000000 UZF051 + 152 (2,52) -0.0000000 UZF052 + 153 (2,53) -0.0000000 UZF053 + 154 (2,54) -0.0000000 UZF054 + 155 (2,55) -0.0000000 UZF055 + 156 (2,56) -0.0000000 UZF056 + 157 (2,57) -0.0000000 UZF057 + 158 (2,58) -0.0000000 UZF058 + 159 (2,59) -0.0000000 UZF059 + 160 (2,60) -0.0000000 UZF060 + 161 (2,61) -0.0000000 UZF061 + 162 (2,62) -0.0000000 UZF062 + 163 (2,63) -0.0000000 UZF063 + 164 (2,64) -0.0000000 UZF064 + 165 (2,65) -0.0000000 UZF065 + 166 (2,66) -0.0000000 UZF066 + 167 (2,67) -0.0000000 UZF067 + 168 (2,68) -0.0000000 UZF068 + 169 (2,69) -0.0000000 UZF069 + 170 (2,70) -0.0000000 UZF070 + 171 (2,71) -0.0000000 UZF071 + 172 (2,72) -0.0000000 UZF072 + 173 (2,73) -0.0000000 UZF073 + 174 (2,74) -0.0000000 UZF074 + 175 (2,75) -0.0000000 UZF075 + 176 (2,76) -0.0000000 UZF076 + 177 (2,77) -0.0000000 UZF077 + 178 (2,78) -0.0000000 UZF078 + 179 (2,79) -0.0000000 UZF079 + 180 (2,80) -0.0000000 UZF080 + 181 (2,81) -0.0000000 UZF081 + 182 (2,82) -0.0000000 UZF082 + 183 (2,83) -0.0000000 UZF083 + 184 (2,84) -0.0000000 UZF084 + 185 (2,85) -0.0000000 UZF085 + 186 (2,86) -0.0000000 UZF086 + 187 (2,87) -0.0000000 UZF087 + 188 (2,88) -0.0000000 UZF088 + 189 (2,89) -0.0000000 UZF089 + 190 (2,90) -0.0000000 UZF090 + 191 (2,91) -0.0000000 UZF091 + 192 (2,92) -0.0000000 UZF092 + 193 (2,93) -0.0000000 UZF093 + 194 (2,94) -0.0000000 UZF094 + 195 (2,95) -0.0000000 UZF095 + 196 (2,96) -0.0000000 UZF096 + 197 (2,97) -0.0000000 UZF097 + 198 (2,98) -0.0000000 UZF098 + 199 (2,99) -0.0000000 UZF099 + 200 (2,100) -0.0000000 UZF100 + 201 (3,1) -0.0000000 UZF001 + 202 (3,2) -0.0000000 UZF002 + 203 (3,3) -0.0000000 UZF003 + 204 (3,4) -0.0000000 UZF004 + 205 (3,5) -0.0000000 UZF005 + 206 (3,6) -0.0000000 UZF006 + 207 (3,7) -0.0000000 UZF007 + 208 (3,8) -0.0000000 UZF008 + 209 (3,9) -0.0000000 UZF009 + 210 (3,10) -0.0000000 UZF010 + 211 (3,11) -0.0000000 UZF011 + 212 (3,12) -0.0000000 UZF012 + 213 (3,13) -0.0000000 UZF013 + 214 (3,14) -0.0000000 UZF014 + 215 (3,15) -0.0000000 UZF015 + 216 (3,16) -0.0000000 UZF016 + 217 (3,17) -0.0000000 UZF017 + 218 (3,18) -0.0000000 UZF018 + 219 (3,19) -0.0000000 UZF019 + 220 (3,20) -0.0000000 UZF020 + 221 (3,21) -0.0000000 UZF021 + 222 (3,22) -0.0000000 UZF022 + 223 (3,23) -0.0000000 UZF023 + 224 (3,24) -0.0000000 UZF024 + 225 (3,25) -0.0000000 UZF025 + 226 (3,26) -0.0000000 UZF026 + 227 (3,27) -0.0000000 UZF027 + 228 (3,28) -0.0000000 UZF028 + 229 (3,29) -0.0000000 UZF029 + 230 (3,30) -0.0000000 UZF030 + 231 (3,31) -0.0000000 UZF031 + 232 (3,32) -0.0000000 UZF032 + 233 (3,33) -0.0000000 UZF033 + 234 (3,34) -0.0000000 UZF034 + 235 (3,35) -0.0000000 UZF035 + 236 (3,36) -0.0000000 UZF036 + 237 (3,37) -0.0000000 UZF037 + 238 (3,38) -0.0000000 UZF038 + 239 (3,39) -0.0000000 UZF039 + 240 (3,40) -0.0000000 UZF040 + 241 (3,41) -0.0000000 UZF041 + 242 (3,42) -0.0000000 UZF042 + 243 (3,43) -0.0000000 UZF043 + 244 (3,44) -0.0000000 UZF044 + 245 (3,45) -0.0000000 UZF045 + 246 (3,46) -0.0000000 UZF046 + 247 (3,47) -0.0000000 UZF047 + 248 (3,48) -0.0000000 UZF048 + 249 (3,49) -0.0000000 UZF049 + 250 (3,50) -0.0000000 UZF050 + 251 (3,51) -0.0000000 UZF051 + 252 (3,52) -0.0000000 UZF052 + 253 (3,53) -0.0000000 UZF053 + 254 (3,54) -0.0000000 UZF054 + 255 (3,55) -0.0000000 UZF055 + 256 (3,56) -0.0000000 UZF056 + 257 (3,57) -0.0000000 UZF057 + 258 (3,58) -0.0000000 UZF058 + 259 (3,59) -0.0000000 UZF059 + 260 (3,60) -0.0000000 UZF060 + 261 (3,61) -0.0000000 UZF061 + 262 (3,62) -0.0000000 UZF062 + 263 (3,63) -0.0000000 UZF063 + 264 (3,64) -0.0000000 UZF064 + 265 (3,65) -0.0000000 UZF065 + 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= 16.5994 STORAGE = 0.0000 + + TOTAL IN = 166.5994 TOTAL IN = 15.0000 + + OUT: OUT: + ---- ---- + GWF = 155.9347 GWF = 14.6168 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.3624 UZET = 3.7921E-02 + STORAGE = 10.3023 STORAGE = 0.3453 + + TOTAL OUT = 166.5994 TOTAL OUT = 15.0000 + + IN - OUT = 1.6900E-06 IN - OUT = 2.6645E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 5, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.4038E-02 STO-SS = 6.2479E-04 STORAGE + STO-SY = 31.1372 STO-SY = 1.3626 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 155.9347 UZF-GWRCH = 14.6168 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 187.1159 TOTAL IN = 15.9800 + + OUT: OUT: + ---- ---- + STO-SS = 7.9608E-04 STO-SS = 0.0000 STORAGE + STO-SY = 11.9499 STO-SY = 0.0000 STORAGE + GHB = 174.6043 GHB = 15.9272 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.5609 UZF-GWET = 5.2786E-02 UZF_0 + + TOTAL OUT = 187.1159 TOTAL OUT = 15.9800 + + IN - OUT = -2.6246E-07 IN - OUT = -3.6589E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 5 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 8.64000E+05 14400. 240.00 10.000 2.73785E-02 + TOTAL TIME 8.64000E+05 14400. 240.00 10.000 2.73785E-02 + + +end timestep + + +start timestep kper="2" kstp="1" mode="normal" + + + END OF FILE DETECTED IN OUTPUT CONTROL. + CURRENT OUTPUT CONTROL SETTINGS WILL BE + REPEATED UNTIL THE END OF THE SIMULATION. + + OUTPUT CONTROL FOR STRESS PERIOD 2 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 2 IS TRANSIENT + + UBDSV1 SAVING STO-SS ON UNIT 1015 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1015 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1015 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1015 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1011 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 1, STRESS PERIOD 2 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 2 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.0704694 + 2 (4,20) -1.0704694 + 3 (4,30) -1.0704694 + 4 (4,40) -1.0704694 + 5 (4,50) -1.0704694 + 6 (4,60) -1.0704694 + 7 (4,70) -1.0704694 + 8 (4,80) -1.0704694 + 9 (4,90) -1.0704694 + 10 (4,100) -1.0704694 + 11 (5,10) -0.49070609 + 12 (5,20) -0.49070609 + 13 (5,30) -0.49070609 + 14 (5,40) -0.49070609 + 15 (5,50) -0.49070609 + 16 (5,60) -0.49070609 + 17 (5,70) -0.49070609 + 18 (5,80) -0.49070609 + 19 (5,90) -0.49070609 + 20 (5,100) -0.49070609 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 2 STEP 1 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14645010 UZF001 + 2 (1,2) 0.14629616 UZF002 + 3 (1,3) 0.14592769 UZF003 + 4 (1,4) 0.14447768 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14645010 UZF011 + 12 (1,12) 0.14629616 UZF012 + 13 (1,13) 0.14592769 UZF013 + 14 (1,14) 0.14447768 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14645010 UZF021 + 22 (1,22) 0.14629616 UZF022 + 23 (1,23) 0.14592769 UZF023 + 24 (1,24) 0.14447768 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14645010 UZF031 + 32 (1,32) 0.14629616 UZF032 + 33 (1,33) 0.14592769 UZF033 + 34 (1,34) 0.14447768 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14645010 UZF041 + 42 (1,42) 0.14629616 UZF042 + 43 (1,43) 0.14592769 UZF043 + 44 (1,44) 0.14447768 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14645010 UZF051 + 52 (1,52) 0.14629616 UZF052 + 53 (1,53) 0.14592769 UZF053 + 54 (1,54) 0.14447768 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14645010 UZF061 + 62 (1,62) 0.14629616 UZF062 + 63 (1,63) 0.14592769 UZF063 + 64 (1,64) 0.14447768 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14645010 UZF071 + 72 (1,72) 0.14629616 UZF072 + 73 (1,73) 0.14592769 UZF073 + 74 (1,74) 0.14447768 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14645010 UZF081 + 82 (1,82) 0.14629616 UZF082 + 83 (1,83) 0.14592769 UZF083 + 84 (1,84) 0.14447768 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14645010 UZF091 + 92 (1,92) 0.14629616 UZF092 + 93 (1,93) 0.14592769 UZF093 + 94 (1,94) 0.14447768 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.0000000 UZF004 + 105 (2,5) 0.11453616 UZF005 + 106 (2,6) 0.14561661 UZF006 + 107 (2,7) 0.14624777 UZF007 + 108 (2,8) 0.14664883 UZF008 + 109 (2,9) 0.14690136 UZF009 + 110 (2,10) 0.14702262 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.0000000 UZF014 + 115 (2,15) 0.11453616 UZF015 + 116 (2,16) 0.14561661 UZF016 + 117 (2,17) 0.14624777 UZF017 + 118 (2,18) 0.14664883 UZF018 + 119 (2,19) 0.14690136 UZF019 + 120 (2,20) 0.14702262 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.0000000 UZF024 + 125 (2,25) 0.11453616 UZF025 + 126 (2,26) 0.14561661 UZF026 + 127 (2,27) 0.14624777 UZF027 + 128 (2,28) 0.14664883 UZF028 + 129 (2,29) 0.14690136 UZF029 + 130 (2,30) 0.14702262 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.0000000 UZF034 + 135 (2,35) 0.11453616 UZF035 + 136 (2,36) 0.14561661 UZF036 + 137 (2,37) 0.14624777 UZF037 + 138 (2,38) 0.14664883 UZF038 + 139 (2,39) 0.14690136 UZF039 + 140 (2,40) 0.14702262 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.0000000 UZF044 + 145 (2,45) 0.11453616 UZF045 + 146 (2,46) 0.14561661 UZF046 + 147 (2,47) 0.14624777 UZF047 + 148 (2,48) 0.14664883 UZF048 + 149 (2,49) 0.14690136 UZF049 + 150 (2,50) 0.14702262 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.0000000 UZF054 + 155 (2,55) 0.11453616 UZF055 + 156 (2,56) 0.14561661 UZF056 + 157 (2,57) 0.14624777 UZF057 + 158 (2,58) 0.14664883 UZF058 + 159 (2,59) 0.14690136 UZF059 + 160 (2,60) 0.14702262 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.0000000 UZF064 + 165 (2,65) 0.11453616 UZF065 + 166 (2,66) 0.14561661 UZF066 + 167 (2,67) 0.14624777 UZF067 + 168 (2,68) 0.14664883 UZF068 + 169 (2,69) 0.14690136 UZF069 + 170 (2,70) 0.14702262 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.0000000 UZF074 + 175 (2,75) 0.11453616 UZF075 + 176 (2,76) 0.14561661 UZF076 + 177 (2,77) 0.14624777 UZF077 + 178 (2,78) 0.14664883 UZF078 + 179 (2,79) 0.14690136 UZF079 + 180 (2,80) 0.14702262 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.0000000 UZF084 + 185 (2,85) 0.11453616 UZF085 + 186 (2,86) 0.14561661 UZF086 + 187 (2,87) 0.14624777 UZF087 + 188 (2,88) 0.14664883 UZF088 + 189 (2,89) 0.14690136 UZF089 + 190 (2,90) 0.14702262 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.0000000 UZF094 + 195 (2,95) 0.11453616 UZF095 + 196 (2,96) 0.14561661 UZF096 + 197 (2,97) 0.14624777 UZF097 + 198 (2,98) 0.14664883 UZF098 + 199 (2,99) 0.14690136 UZF099 + 200 (2,100) 0.14702262 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 0.0000000 UZF076 + 277 (3,77) 0.0000000 UZF077 + 278 (3,78) 0.0000000 UZF078 + 279 (3,79) 0.0000000 UZF079 + 280 (3,80) 0.0000000 UZF080 + 281 (3,81) 0.0000000 UZF081 + 282 (3,82) 0.0000000 UZF082 + 283 (3,83) 0.0000000 UZF083 + 284 (3,84) 0.0000000 UZF084 + 285 (3,85) 0.0000000 UZF085 + 286 (3,86) 0.0000000 UZF086 + 287 (3,87) 0.0000000 UZF087 + 288 (3,88) 0.0000000 UZF088 + 289 (3,89) 0.0000000 UZF089 + 290 (3,90) 0.0000000 UZF090 + 291 (3,91) 0.0000000 UZF091 + 292 (3,92) 0.0000000 UZF092 + 293 (3,93) 0.0000000 UZF093 + 294 (3,94) 0.0000000 UZF094 + 295 (3,95) 0.0000000 UZF095 + 296 (3,96) 0.0000000 UZF096 + 297 (3,97) 0.0000000 UZF097 + 298 (3,98) 0.0000000 UZF098 + 299 (3,99) 0.0000000 UZF099 + 300 (3,100) 0.0000000 UZF100 + 301 (4,1) 0.0000000 UZF001 + 302 (4,2) 0.0000000 UZF002 + 303 (4,3) 0.0000000 UZF003 + 304 (4,4) 0.0000000 UZF004 + 305 (4,5) 0.0000000 UZF005 + 306 (4,6) 0.0000000 UZF006 + 307 (4,7) 0.0000000 UZF007 + 308 (4,8) 0.0000000 UZF008 + 309 (4,9) 0.0000000 UZF009 + 310 (4,10) 0.0000000 UZF010 + 311 (4,11) 0.0000000 UZF011 + 312 (4,12) 0.0000000 UZF012 + 313 (4,13) 0.0000000 UZF013 + 314 (4,14) 0.0000000 UZF014 + 315 (4,15) 0.0000000 UZF015 + 316 (4,16) 0.0000000 UZF016 + 317 (4,17) 0.0000000 UZF017 + 318 (4,18) 0.0000000 UZF018 + 319 (4,19) 0.0000000 UZF019 + 320 (4,20) 0.0000000 UZF020 + 321 (4,21) 0.0000000 UZF021 + 322 (4,22) 0.0000000 UZF022 + 323 (4,23) 0.0000000 UZF023 + 324 (4,24) 0.0000000 UZF024 + 325 (4,25) 0.0000000 UZF025 + 326 (4,26) 0.0000000 UZF026 + 327 (4,27) 0.0000000 UZF027 + 328 (4,28) 0.0000000 UZF028 + 329 (4,29) 0.0000000 UZF029 + 330 (4,30) 0.0000000 UZF030 + 331 (4,31) 0.0000000 UZF031 + 332 (4,32) 0.0000000 UZF032 + 333 (4,33) 0.0000000 UZF033 + 334 (4,34) 0.0000000 UZF034 + 335 (4,35) 0.0000000 UZF035 + 336 (4,36) 0.0000000 UZF036 + 337 (4,37) 0.0000000 UZF037 + 338 (4,38) 0.0000000 UZF038 + 339 (4,39) 0.0000000 UZF039 + 340 (4,40) 0.0000000 UZF040 + 341 (4,41) 0.0000000 UZF041 + 342 (4,42) 0.0000000 UZF042 + 343 (4,43) 0.0000000 UZF043 + 344 (4,44) 0.0000000 UZF044 + 345 (4,45) 0.0000000 UZF045 + 346 (4,46) 0.0000000 UZF046 + 347 (4,47) 0.0000000 UZF047 + 348 (4,48) 0.0000000 UZF048 + 349 (4,49) 0.0000000 UZF049 + 350 (4,50) 0.0000000 UZF050 + 351 (4,51) 0.0000000 UZF051 + 352 (4,52) 0.0000000 UZF052 + 353 (4,53) 0.0000000 UZF053 + 354 (4,54) 0.0000000 UZF054 + 355 (4,55) 0.0000000 UZF055 + 356 (4,56) 0.0000000 UZF056 + 357 (4,57) 0.0000000 UZF057 + 358 (4,58) 0.0000000 UZF058 + 359 (4,59) 0.0000000 UZF059 + 360 (4,60) 0.0000000 UZF060 + 361 (4,61) 0.0000000 UZF061 + 362 (4,62) 0.0000000 UZF062 + 363 (4,63) 0.0000000 UZF063 + 364 (4,64) 0.0000000 UZF064 + 365 (4,65) 0.0000000 UZF065 + 366 (4,66) 0.0000000 UZF066 + 367 (4,67) 0.0000000 UZF067 + 368 (4,68) 0.0000000 UZF068 + 369 (4,69) 0.0000000 UZF069 + 370 (4,70) 0.0000000 UZF070 + 371 (4,71) 0.0000000 UZF071 + 372 (4,72) 0.0000000 UZF072 + 373 (4,73) 0.0000000 UZF073 + 374 (4,74) 0.0000000 UZF074 + 375 (4,75) 0.0000000 UZF075 + 376 (4,76) 0.0000000 UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 (5,23) 0.0000000 UZF023 + 424 (5,24) 0.0000000 UZF024 + 425 (5,25) 0.0000000 UZF025 + 426 (5,26) 0.0000000 UZF026 + 427 (5,27) 0.0000000 UZF027 + 428 (5,28) 0.0000000 UZF028 + 429 (5,29) 0.0000000 UZF029 + 430 (5,30) 0.0000000 UZF030 + 431 (5,31) 0.0000000 UZF031 + 432 (5,32) 0.0000000 UZF032 + 433 (5,33) 0.0000000 UZF033 + 434 (5,34) 0.0000000 UZF034 + 435 (5,35) 0.0000000 UZF035 + 436 (5,36) 0.0000000 UZF036 + 437 (5,37) 0.0000000 UZF037 + 438 (5,38) 0.0000000 UZF038 + 439 (5,39) 0.0000000 UZF039 + 440 (5,40) 0.0000000 UZF040 + 441 (5,41) 0.0000000 UZF041 + 442 (5,42) 0.0000000 UZF042 + 443 (5,43) 0.0000000 UZF043 + 444 (5,44) 0.0000000 UZF044 + 445 (5,45) 0.0000000 UZF045 + 446 (5,46) 0.0000000 UZF046 + 447 (5,47) 0.0000000 UZF047 + 448 (5,48) 0.0000000 UZF048 + 449 (5,49) 0.0000000 UZF049 + 450 (5,50) 0.0000000 UZF050 + 451 (5,51) 0.0000000 UZF051 + 452 (5,52) 0.0000000 UZF052 + 453 (5,53) 0.0000000 UZF053 + 454 (5,54) 0.0000000 UZF054 + 455 (5,55) 0.0000000 UZF055 + 456 (5,56) 0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 2 STEP 1 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 0.0000000 UZF042 + 43 (1,43) 0.0000000 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.0000000 UZF051 + 52 (1,52) 0.0000000 UZF052 + 53 (1,53) 0.0000000 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.0000000 UZF061 + 62 (1,62) 0.0000000 UZF062 + 63 (1,63) 0.0000000 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.0000000 UZF071 + 72 (1,72) 0.0000000 UZF072 + 73 (1,73) 0.0000000 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 UZF081 + 82 (1,82) 0.0000000 UZF082 + 83 (1,83) 0.0000000 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.0000000 UZF091 + 92 (1,92) 0.0000000 UZF092 + 93 (1,93) 0.0000000 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) -0.0000000 UZF001 + 102 (2,2) -0.0000000 UZF002 + 103 (2,3) -0.0000000 UZF003 + 104 (2,4) -0.0000000 UZF004 + 105 (2,5) -0.0000000 UZF005 + 106 (2,6) -0.0000000 UZF006 + 107 (2,7) -0.0000000 UZF007 + 108 (2,8) -0.0000000 UZF008 + 109 (2,9) -0.0000000 UZF009 + 110 (2,10) -0.0000000 UZF010 + 111 (2,11) -0.0000000 UZF011 + 112 (2,12) -0.0000000 UZF012 + 113 (2,13) -0.0000000 UZF013 + 114 (2,14) -0.0000000 UZF014 + 115 (2,15) -0.0000000 UZF015 + 116 (2,16) -0.0000000 UZF016 + 117 (2,17) -0.0000000 UZF017 + 118 (2,18) -0.0000000 UZF018 + 119 (2,19) -0.0000000 UZF019 + 120 (2,20) -0.0000000 UZF020 + 121 (2,21) -0.0000000 UZF021 + 122 (2,22) -0.0000000 UZF022 + 123 (2,23) -0.0000000 UZF023 + 124 (2,24) -0.0000000 UZF024 + 125 (2,25) -0.0000000 UZF025 + 126 (2,26) -0.0000000 UZF026 + 127 (2,27) -0.0000000 UZF027 + 128 (2,28) -0.0000000 UZF028 + 129 (2,29) -0.0000000 UZF029 + 130 (2,30) -0.0000000 UZF030 + 131 (2,31) -0.0000000 UZF031 + 132 (2,32) -0.0000000 UZF032 + 133 (2,33) -0.0000000 UZF033 + 134 (2,34) -0.0000000 UZF034 + 135 (2,35) -0.0000000 UZF035 + 136 (2,36) -0.0000000 UZF036 + 137 (2,37) -0.0000000 UZF037 + 138 (2,38) -0.0000000 UZF038 + 139 (2,39) -0.0000000 UZF039 + 140 (2,40) -0.0000000 UZF040 + 141 (2,41) -0.0000000 UZF041 + 142 (2,42) -0.0000000 UZF042 + 143 (2,43) -0.0000000 UZF043 + 144 (2,44) -0.0000000 UZF044 + 145 (2,45) -0.0000000 UZF045 + 146 (2,46) -0.0000000 UZF046 + 147 (2,47) -0.0000000 UZF047 + 148 (2,48) -0.0000000 UZF048 + 149 (2,49) -0.0000000 UZF049 + 150 (2,50) -0.0000000 UZF050 + 151 (2,51) -0.0000000 UZF051 + 152 (2,52) -0.0000000 UZF052 + 153 (2,53) -0.0000000 UZF053 + 154 (2,54) -0.0000000 UZF054 + 155 (2,55) -0.0000000 UZF055 + 156 (2,56) -0.0000000 UZF056 + 157 (2,57) -0.0000000 UZF057 + 158 (2,58) -0.0000000 UZF058 + 159 (2,59) -0.0000000 UZF059 + 160 (2,60) -0.0000000 UZF060 + 161 (2,61) -0.0000000 UZF061 + 162 (2,62) -0.0000000 UZF062 + 163 (2,63) -0.0000000 UZF063 + 164 (2,64) -0.0000000 UZF064 + 165 (2,65) -0.0000000 UZF065 + 166 (2,66) -0.0000000 UZF066 + 167 (2,67) -0.0000000 UZF067 + 168 (2,68) -0.0000000 UZF068 + 169 (2,69) -0.0000000 UZF069 + 170 (2,70) -0.0000000 UZF070 + 171 (2,71) -0.0000000 UZF071 + 172 (2,72) -0.0000000 UZF072 + 173 (2,73) -0.0000000 UZF073 + 174 (2,74) -0.0000000 UZF074 + 175 (2,75) -0.0000000 UZF075 + 176 (2,76) -0.0000000 UZF076 + 177 (2,77) -0.0000000 UZF077 + 178 (2,78) -0.0000000 UZF078 + 179 (2,79) -0.0000000 UZF079 + 180 (2,80) -0.0000000 UZF080 + 181 (2,81) -0.0000000 UZF081 + 182 (2,82) -0.0000000 UZF082 + 183 (2,83) -0.0000000 UZF083 + 184 (2,84) -0.0000000 UZF084 + 185 (2,85) -0.0000000 UZF085 + 186 (2,86) -0.0000000 UZF086 + 187 (2,87) -0.0000000 UZF087 + 188 (2,88) -0.0000000 UZF088 + 189 (2,89) -0.0000000 UZF089 + 190 (2,90) -0.0000000 UZF090 + 191 (2,91) -0.0000000 UZF091 + 192 (2,92) -0.0000000 UZF092 + 193 (2,93) -0.0000000 UZF093 + 194 (2,94) -0.0000000 UZF094 + 195 (2,95) -0.0000000 UZF095 + 196 (2,96) -0.0000000 UZF096 + 197 (2,97) -0.0000000 UZF097 + 198 (2,98) -0.0000000 UZF098 + 199 (2,99) -0.0000000 UZF099 + 200 (2,100) -0.0000000 UZF100 + 201 (3,1) -0.0000000 UZF001 + 202 (3,2) -0.0000000 UZF002 + 203 (3,3) -0.0000000 UZF003 + 204 (3,4) -0.0000000 UZF004 + 205 (3,5) -0.0000000 UZF005 + 206 (3,6) -0.0000000 UZF006 + 207 (3,7) -0.0000000 UZF007 + 208 (3,8) -0.0000000 UZF008 + 209 (3,9) -0.0000000 UZF009 + 210 (3,10) -0.0000000 UZF010 + 211 (3,11) -0.0000000 UZF011 + 212 (3,12) -0.0000000 UZF012 + 213 (3,13) -0.0000000 UZF013 + 214 (3,14) -0.0000000 UZF014 + 215 (3,15) -0.0000000 UZF015 + 216 (3,16) -0.0000000 UZF016 + 217 (3,17) -0.0000000 UZF017 + 218 (3,18) -0.0000000 UZF018 + 219 (3,19) -0.0000000 UZF019 + 220 (3,20) -0.0000000 UZF020 + 221 (3,21) -0.0000000 UZF021 + 222 (3,22) -0.0000000 UZF022 + 223 (3,23) -0.0000000 UZF023 + 224 (3,24) -0.0000000 UZF024 + 225 (3,25) -0.0000000 UZF025 + 226 (3,26) -0.0000000 UZF026 + 227 (3,27) -0.0000000 UZF027 + 228 (3,28) -0.0000000 UZF028 + 229 (3,29) -0.0000000 UZF029 + 230 (3,30) -0.0000000 UZF030 + 231 (3,31) -0.0000000 UZF031 + 232 (3,32) -0.0000000 UZF032 + 233 (3,33) -0.0000000 UZF033 + 234 (3,34) -0.0000000 UZF034 + 235 (3,35) -0.0000000 UZF035 + 236 (3,36) -0.0000000 UZF036 + 237 (3,37) -0.0000000 UZF037 + 238 (3,38) -0.0000000 UZF038 + 239 (3,39) -0.0000000 UZF039 + 240 (3,40) -0.0000000 UZF040 + 241 (3,41) -0.0000000 UZF041 + 242 (3,42) -0.0000000 UZF042 + 243 (3,43) -0.0000000 UZF043 + 244 (3,44) -0.0000000 UZF044 + 245 (3,45) -0.0000000 UZF045 + 246 (3,46) -0.0000000 UZF046 + 247 (3,47) -0.0000000 UZF047 + 248 (3,48) -0.0000000 UZF048 + 249 (3,49) -0.0000000 UZF049 + 250 (3,50) -0.0000000 UZF050 + 251 (3,51) -0.0000000 UZF051 + 252 (3,52) -0.0000000 UZF052 + 253 (3,53) -0.0000000 UZF053 + 254 (3,54) -0.0000000 UZF054 + 255 (3,55) -0.0000000 UZF055 + 256 (3,56) -0.0000000 UZF056 + 257 (3,57) -0.0000000 UZF057 + 258 (3,58) -0.0000000 UZF058 + 259 (3,59) -0.0000000 UZF059 + 260 (3,60) -0.0000000 UZF060 + 261 (3,61) -0.0000000 UZF061 + 262 (3,62) -0.0000000 UZF062 + 263 (3,63) -0.0000000 UZF063 + 264 (3,64) -0.0000000 UZF064 + 265 (3,65) -0.0000000 UZF065 + 266 (3,66) -0.0000000 UZF066 + 267 (3,67) -0.0000000 UZF067 + 268 (3,68) -0.0000000 UZF068 + 269 (3,69) -0.0000000 UZF069 + 270 (3,70) -0.0000000 UZF070 + 271 (3,71) -0.0000000 UZF071 + 272 (3,72) -0.0000000 UZF072 + 273 (3,73) -0.0000000 UZF073 + 274 (3,74) -0.0000000 UZF074 + 275 (3,75) -0.0000000 UZF075 + 276 (3,76) -0.0000000 UZF076 + 277 (3,77) -0.0000000 UZF077 + 278 (3,78) -0.0000000 UZF078 + 279 (3,79) -0.0000000 UZF079 + 280 (3,80) -0.0000000 UZF080 + 281 (3,81) -0.0000000 UZF081 + 282 (3,82) -0.0000000 UZF082 + 283 (3,83) -0.0000000 UZF083 + 284 (3,84) -0.0000000 UZF084 + 285 (3,85) -0.0000000 UZF085 + 286 (3,86) -0.0000000 UZF086 + 287 (3,87) -0.0000000 UZF087 + 288 (3,88) -0.0000000 UZF088 + 289 (3,89) -0.0000000 UZF089 + 290 (3,90) -0.0000000 UZF090 + 291 (3,91) -0.0000000 UZF091 + 292 (3,92) -0.0000000 UZF092 + 293 (3,93) -0.0000000 UZF093 + 294 (3,94) -0.0000000 UZF094 + 295 (3,95) -0.0000000 UZF095 + 296 (3,96) -0.0000000 UZF096 + 297 (3,97) -0.0000000 UZF097 + 298 (3,98) -0.0000000 UZF098 + 299 (3,99) -0.0000000 UZF099 + 300 (3,100) -0.0000000 UZF100 + 301 (4,1) -0.0000000 UZF001 + 302 (4,2) -0.0000000 UZF002 + 303 (4,3) -0.0000000 UZF003 + 304 (4,4) -0.0000000 UZF004 + 305 (4,5) -0.0000000 UZF005 + 306 (4,6) -0.0000000 UZF006 + 307 (4,7) -0.0000000 UZF007 + 308 (4,8) -0.0000000 UZF008 + 309 (4,9) -0.0000000 UZF009 + 310 (4,10) -0.0000000 UZF010 + 311 (4,11) -0.0000000 UZF011 + 312 (4,12) -0.0000000 UZF012 + 313 (4,13) -0.0000000 UZF013 + 314 (4,14) -0.0000000 UZF014 + 315 (4,15) -0.0000000 UZF015 + 316 (4,16) -0.0000000 UZF016 + 317 (4,17) -0.0000000 UZF017 + 318 (4,18) 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15.0000 + + OUT: OUT: + ---- ---- + GWF = 184.5372 GWF = 14.3012 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.4401 UZET = 3.8846E-02 + STORAGE = 11.6221 STORAGE = 0.6599 + + TOTAL OUT = 196.5994 TOTAL OUT = 15.0000 + + IN - OUT = 1.6900E-06 IN - OUT = 2.6645E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.5397E-02 STO-SS = 6.7926E-04 STORAGE + STO-SY = 33.8587 STO-SY = 1.3608 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 184.5372 UZF-GWRCH = 14.3012 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 218.4413 TOTAL IN = 15.6627 + + OUT: OUT: + ---- ---- + STO-SS = 7.9608E-04 STO-SS = 0.0000 STORAGE + STO-SY = 11.9499 STO-SY = 0.0000 STORAGE + GHB = 205.8278 GHB = 15.6118 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.6628 UZF-GWET = 5.0950E-02 UZF_0 + + TOTAL OUT = 218.4413 TOTAL OUT = 15.6627 + + IN - OUT = -3.8113E-07 IN - OUT = -5.9336E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + TOTAL TIME 1.03680E+06 17280. 288.00 12.000 3.28542E-02 + + +end timestep + + +start timestep kper="2" kstp="2" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1015 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1015 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1015 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1015 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1011 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 2, STRESS PERIOD 2 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 2 STEP 2 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.0594735 + 2 (4,20) -1.0594735 + 3 (4,30) -1.0594735 + 4 (4,40) -1.0594735 + 5 (4,50) -1.0594735 + 6 (4,60) -1.0594735 + 7 (4,70) -1.0594735 + 8 (4,80) -1.0594735 + 9 (4,90) -1.0594735 + 10 (4,100) -1.0594735 + 11 (5,10) -0.48599249 + 12 (5,20) -0.48599249 + 13 (5,30) -0.48599249 + 14 (5,40) -0.48599249 + 15 (5,50) -0.48599249 + 16 (5,60) -0.48599249 + 17 (5,70) -0.48599249 + 18 (5,80) -0.48599249 + 19 (5,90) -0.48599249 + 20 (5,100) -0.48599249 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 2 STEP 2 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14712485 UZF001 + 2 (1,2) 0.14712386 UZF002 + 3 (1,3) 0.14716809 UZF003 + 4 (1,4) 0.14749884 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14712485 UZF011 + 12 (1,12) 0.14712386 UZF012 + 13 (1,13) 0.14716809 UZF013 + 14 (1,14) 0.14749884 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14712485 UZF021 + 22 (1,22) 0.14712386 UZF022 + 23 (1,23) 0.14716809 UZF023 + 24 (1,24) 0.14749884 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14712485 UZF031 + 32 (1,32) 0.14712386 UZF032 + 33 (1,33) 0.14716809 UZF033 + 34 (1,34) 0.14749884 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14712485 UZF041 + 42 (1,42) 0.14712386 UZF042 + 43 (1,43) 0.14716809 UZF043 + 44 (1,44) 0.14749884 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14712485 UZF051 + 52 (1,52) 0.14712386 UZF052 + 53 (1,53) 0.14716809 UZF053 + 54 (1,54) 0.14749884 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14712485 UZF061 + 62 (1,62) 0.14712386 UZF062 + 63 (1,63) 0.14716809 UZF063 + 64 (1,64) 0.14749884 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14712485 UZF071 + 72 (1,72) 0.14712386 UZF072 + 73 (1,73) 0.14716809 UZF073 + 74 (1,74) 0.14749884 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14712485 UZF081 + 82 (1,82) 0.14712386 UZF082 + 83 (1,83) 0.14716809 UZF083 + 84 (1,84) 0.14749884 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14712485 UZF091 + 92 (1,92) 0.14712386 UZF092 + 93 (1,93) 0.14716809 UZF093 + 94 (1,94) 0.14749884 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.0000000 UZF004 + 105 (2,5) 0.14850480 UZF005 + 106 (2,6) 0.14814910 UZF006 + 107 (2,7) 0.14802757 UZF007 + 108 (2,8) 0.14802153 UZF008 + 109 (2,9) 0.14805100 UZF009 + 110 (2,10) 0.14806981 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.0000000 UZF014 + 115 (2,15) 0.14850480 UZF015 + 116 (2,16) 0.14814910 UZF016 + 117 (2,17) 0.14802757 UZF017 + 118 (2,18) 0.14802153 UZF018 + 119 (2,19) 0.14805100 UZF019 + 120 (2,20) 0.14806981 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.0000000 UZF024 + 125 (2,25) 0.14850480 UZF025 + 126 (2,26) 0.14814910 UZF026 + 127 (2,27) 0.14802757 UZF027 + 128 (2,28) 0.14802153 UZF028 + 129 (2,29) 0.14805100 UZF029 + 130 (2,30) 0.14806981 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.0000000 UZF034 + 135 (2,35) 0.14850480 UZF035 + 136 (2,36) 0.14814910 UZF036 + 137 (2,37) 0.14802757 UZF037 + 138 (2,38) 0.14802153 UZF038 + 139 (2,39) 0.14805100 UZF039 + 140 (2,40) 0.14806981 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.0000000 UZF044 + 145 (2,45) 0.14850480 UZF045 + 146 (2,46) 0.14814910 UZF046 + 147 (2,47) 0.14802757 UZF047 + 148 (2,48) 0.14802153 UZF048 + 149 (2,49) 0.14805100 UZF049 + 150 (2,50) 0.14806981 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.0000000 UZF054 + 155 (2,55) 0.14850480 UZF055 + 156 (2,56) 0.14814910 UZF056 + 157 (2,57) 0.14802757 UZF057 + 158 (2,58) 0.14802153 UZF058 + 159 (2,59) 0.14805100 UZF059 + 160 (2,60) 0.14806981 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.0000000 UZF064 + 165 (2,65) 0.14850480 UZF065 + 166 (2,66) 0.14814910 UZF066 + 167 (2,67) 0.14802757 UZF067 + 168 (2,68) 0.14802153 UZF068 + 169 (2,69) 0.14805100 UZF069 + 170 (2,70) 0.14806981 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.0000000 UZF074 + 175 (2,75) 0.14850480 UZF075 + 176 (2,76) 0.14814910 UZF076 + 177 (2,77) 0.14802757 UZF077 + 178 (2,78) 0.14802153 UZF078 + 179 (2,79) 0.14805100 UZF079 + 180 (2,80) 0.14806981 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.0000000 UZF084 + 185 (2,85) 0.14850480 UZF085 + 186 (2,86) 0.14814910 UZF086 + 187 (2,87) 0.14802757 UZF087 + 188 (2,88) 0.14802153 UZF088 + 189 (2,89) 0.14805100 UZF089 + 190 (2,90) 0.14806981 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.0000000 UZF094 + 195 (2,95) 0.14850480 UZF095 + 196 (2,96) 0.14814910 UZF096 + 197 (2,97) 0.14802757 UZF097 + 198 (2,98) 0.14802153 UZF098 + 199 (2,99) 0.14805100 UZF099 + 200 (2,100) 0.14806981 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 0.0000000 UZF076 + 277 (3,77) 0.0000000 UZF077 + 278 (3,78) 0.0000000 UZF078 + 279 (3,79) 0.0000000 UZF079 + 280 (3,80) 0.0000000 UZF080 + 281 (3,81) 0.0000000 UZF081 + 282 (3,82) 0.0000000 UZF082 + 283 (3,83) 0.0000000 UZF083 + 284 (3,84) 0.0000000 UZF084 + 285 (3,85) 0.0000000 UZF085 + 286 (3,86) 0.0000000 UZF086 + 287 (3,87) 0.0000000 UZF087 + 288 (3,88) 0.0000000 UZF088 + 289 (3,89) 0.0000000 UZF089 + 290 (3,90) 0.0000000 UZF090 + 291 (3,91) 0.0000000 UZF091 + 292 (3,92) 0.0000000 UZF092 + 293 (3,93) 0.0000000 UZF093 + 294 (3,94) 0.0000000 UZF094 + 295 (3,95) 0.0000000 UZF095 + 296 (3,96) 0.0000000 UZF096 + 297 (3,97) 0.0000000 UZF097 + 298 (3,98) 0.0000000 UZF098 + 299 (3,99) 0.0000000 UZF099 + 300 (3,100) 0.0000000 UZF100 + 301 (4,1) 0.0000000 UZF001 + 302 (4,2) 0.0000000 UZF002 + 303 (4,3) 0.0000000 UZF003 + 304 (4,4) 0.0000000 UZF004 + 305 (4,5) 0.0000000 UZF005 + 306 (4,6) 0.0000000 UZF006 + 307 (4,7) 0.0000000 UZF007 + 308 (4,8) 0.0000000 UZF008 + 309 (4,9) 0.0000000 UZF009 + 310 (4,10) 0.0000000 UZF010 + 311 (4,11) 0.0000000 UZF011 + 312 (4,12) 0.0000000 UZF012 + 313 (4,13) 0.0000000 UZF013 + 314 (4,14) 0.0000000 UZF014 + 315 (4,15) 0.0000000 UZF015 + 316 (4,16) 0.0000000 UZF016 + 317 (4,17) 0.0000000 UZF017 + 318 (4,18) 0.0000000 UZF018 + 319 (4,19) 0.0000000 UZF019 + 320 (4,20) 0.0000000 UZF020 + 321 (4,21) 0.0000000 UZF021 + 322 (4,22) 0.0000000 UZF022 + 323 (4,23) 0.0000000 UZF023 + 324 (4,24) 0.0000000 UZF024 + 325 (4,25) 0.0000000 UZF025 + 326 (4,26) 0.0000000 UZF026 + 327 (4,27) 0.0000000 UZF027 + 328 (4,28) 0.0000000 UZF028 + 329 (4,29) 0.0000000 UZF029 + 330 (4,30) 0.0000000 UZF030 + 331 (4,31) 0.0000000 UZF031 + 332 (4,32) 0.0000000 UZF032 + 333 (4,33) 0.0000000 UZF033 + 334 (4,34) 0.0000000 UZF034 + 335 (4,35) 0.0000000 UZF035 + 336 (4,36) 0.0000000 UZF036 + 337 (4,37) 0.0000000 UZF037 + 338 (4,38) 0.0000000 UZF038 + 339 (4,39) 0.0000000 UZF039 + 340 (4,40) 0.0000000 UZF040 + 341 (4,41) 0.0000000 UZF041 + 342 (4,42) 0.0000000 UZF042 + 343 (4,43) 0.0000000 UZF043 + 344 (4,44) 0.0000000 UZF044 + 345 (4,45) 0.0000000 UZF045 + 346 (4,46) 0.0000000 UZF046 + 347 (4,47) 0.0000000 UZF047 + 348 (4,48) 0.0000000 UZF048 + 349 (4,49) 0.0000000 UZF049 + 350 (4,50) 0.0000000 UZF050 + 351 (4,51) 0.0000000 UZF051 + 352 (4,52) 0.0000000 UZF052 + 353 (4,53) 0.0000000 UZF053 + 354 (4,54) 0.0000000 UZF054 + 355 (4,55) 0.0000000 UZF055 + 356 (4,56) 0.0000000 UZF056 + 357 (4,57) 0.0000000 UZF057 + 358 (4,58) 0.0000000 UZF058 + 359 (4,59) 0.0000000 UZF059 + 360 (4,60) 0.0000000 UZF060 + 361 (4,61) 0.0000000 UZF061 + 362 (4,62) 0.0000000 UZF062 + 363 (4,63) 0.0000000 UZF063 + 364 (4,64) 0.0000000 UZF064 + 365 (4,65) 0.0000000 UZF065 + 366 (4,66) 0.0000000 UZF066 + 367 (4,67) 0.0000000 UZF067 + 368 (4,68) 0.0000000 UZF068 + 369 (4,69) 0.0000000 UZF069 + 370 (4,70) 0.0000000 UZF070 + 371 (4,71) 0.0000000 UZF071 + 372 (4,72) 0.0000000 UZF072 + 373 (4,73) 0.0000000 UZF073 + 374 (4,74) 0.0000000 UZF074 + 375 (4,75) 0.0000000 UZF075 + 376 (4,76) 0.0000000 UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 (5,23) 0.0000000 UZF023 + 424 (5,24) 0.0000000 UZF024 + 425 (5,25) 0.0000000 UZF025 + 426 (5,26) 0.0000000 UZF026 + 427 (5,27) 0.0000000 UZF027 + 428 (5,28) 0.0000000 UZF028 + 429 (5,29) 0.0000000 UZF029 + 430 (5,30) 0.0000000 UZF030 + 431 (5,31) 0.0000000 UZF031 + 432 (5,32) 0.0000000 UZF032 + 433 (5,33) 0.0000000 UZF033 + 434 (5,34) 0.0000000 UZF034 + 435 (5,35) 0.0000000 UZF035 + 436 (5,36) 0.0000000 UZF036 + 437 (5,37) 0.0000000 UZF037 + 438 (5,38) 0.0000000 UZF038 + 439 (5,39) 0.0000000 UZF039 + 440 (5,40) 0.0000000 UZF040 + 441 (5,41) 0.0000000 UZF041 + 442 (5,42) 0.0000000 UZF042 + 443 (5,43) 0.0000000 UZF043 + 444 (5,44) 0.0000000 UZF044 + 445 (5,45) 0.0000000 UZF045 + 446 (5,46) 0.0000000 UZF046 + 447 (5,47) 0.0000000 UZF047 + 448 (5,48) 0.0000000 UZF048 + 449 (5,49) 0.0000000 UZF049 + 450 (5,50) 0.0000000 UZF050 + 451 (5,51) 0.0000000 UZF051 + 452 (5,52) 0.0000000 UZF052 + 453 (5,53) 0.0000000 UZF053 + 454 (5,54) 0.0000000 UZF054 + 455 (5,55) 0.0000000 UZF055 + 456 (5,56) 0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 2 STEP 2 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 0.0000000 UZF042 + 43 (1,43) 0.0000000 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.0000000 UZF051 + 52 (1,52) 0.0000000 UZF052 + 53 (1,53) 0.0000000 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.0000000 UZF061 + 62 (1,62) 0.0000000 UZF062 + 63 (1,63) 0.0000000 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.0000000 UZF071 + 72 (1,72) 0.0000000 UZF072 + 73 (1,73) 0.0000000 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 UZF081 + 82 (1,82) 0.0000000 UZF082 + 83 (1,83) 0.0000000 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.0000000 UZF091 + 92 (1,92) 0.0000000 UZF092 + 93 (1,93) 0.0000000 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) -0.0000000 UZF001 + 102 (2,2) -0.0000000 UZF002 + 103 (2,3) -0.0000000 UZF003 + 104 (2,4) -0.0000000 UZF004 + 105 (2,5) -0.0000000 UZF005 + 106 (2,6) -0.0000000 UZF006 + 107 (2,7) -0.0000000 UZF007 + 108 (2,8) -0.0000000 UZF008 + 109 (2,9) -0.0000000 UZF009 + 110 (2,10) -0.0000000 UZF010 + 111 (2,11) -0.0000000 UZF011 + 112 (2,12) -0.0000000 UZF012 + 113 (2,13) -0.0000000 UZF013 + 114 (2,14) -0.0000000 UZF014 + 115 (2,15) -0.0000000 UZF015 + 116 (2,16) -0.0000000 UZF016 + 117 (2,17) -0.0000000 UZF017 + 118 (2,18) -0.0000000 UZF018 + 119 (2,19) -0.0000000 UZF019 + 120 (2,20) -0.0000000 UZF020 + 121 (2,21) -0.0000000 UZF021 + 122 (2,22) -0.0000000 UZF022 + 123 (2,23) -0.0000000 UZF023 + 124 (2,24) -0.0000000 UZF024 + 125 (2,25) -0.0000000 UZF025 + 126 (2,26) -0.0000000 UZF026 + 127 (2,27) -0.0000000 UZF027 + 128 (2,28) -0.0000000 UZF028 + 129 (2,29) -0.0000000 UZF029 + 130 (2,30) -0.0000000 UZF030 + 131 (2,31) -0.0000000 UZF031 + 132 (2,32) -0.0000000 UZF032 + 133 (2,33) -0.0000000 UZF033 + 134 (2,34) -0.0000000 UZF034 + 135 (2,35) -0.0000000 UZF035 + 136 (2,36) -0.0000000 UZF036 + 137 (2,37) -0.0000000 UZF037 + 138 (2,38) -0.0000000 UZF038 + 139 (2,39) -0.0000000 UZF039 + 140 (2,40) -0.0000000 UZF040 + 141 (2,41) -0.0000000 UZF041 + 142 (2,42) -0.0000000 UZF042 + 143 (2,43) -0.0000000 UZF043 + 144 (2,44) -0.0000000 UZF044 + 145 (2,45) -0.0000000 UZF045 + 146 (2,46) -0.0000000 UZF046 + 147 (2,47) -0.0000000 UZF047 + 148 (2,48) -0.0000000 UZF048 + 149 (2,49) -0.0000000 UZF049 + 150 (2,50) -0.0000000 UZF050 + 151 (2,51) -0.0000000 UZF051 + 152 (2,52) -0.0000000 UZF052 + 153 (2,53) -0.0000000 UZF053 + 154 (2,54) -0.0000000 UZF054 + 155 (2,55) -0.0000000 UZF055 + 156 (2,56) -0.0000000 UZF056 + 157 (2,57) -0.0000000 UZF057 + 158 (2,58) -0.0000000 UZF058 + 159 (2,59) -0.0000000 UZF059 + 160 (2,60) -0.0000000 UZF060 + 161 (2,61) -0.0000000 UZF061 + 162 (2,62) -0.0000000 UZF062 + 163 (2,63) -0.0000000 UZF063 + 164 (2,64) -0.0000000 UZF064 + 165 (2,65) -0.0000000 UZF065 + 166 (2,66) -0.0000000 UZF066 + 167 (2,67) -0.0000000 UZF067 + 168 (2,68) -0.0000000 UZF068 + 169 (2,69) -0.0000000 UZF069 + 170 (2,70) -0.0000000 UZF070 + 171 (2,71) -0.0000000 UZF071 + 172 (2,72) -0.0000000 UZF072 + 173 (2,73) -0.0000000 UZF073 + 174 (2,74) -0.0000000 UZF074 + 175 (2,75) -0.0000000 UZF075 + 176 (2,76) -0.0000000 UZF076 + 177 (2,77) -0.0000000 UZF077 + 178 (2,78) -0.0000000 UZF078 + 179 (2,79) -0.0000000 UZF079 + 180 (2,80) -0.0000000 UZF080 + 181 (2,81) -0.0000000 UZF081 + 182 (2,82) -0.0000000 UZF082 + 183 (2,83) -0.0000000 UZF083 + 184 (2,84) -0.0000000 UZF084 + 185 (2,85) -0.0000000 UZF085 + 186 (2,86) -0.0000000 UZF086 + 187 (2,87) -0.0000000 UZF087 + 188 (2,88) -0.0000000 UZF088 + 189 (2,89) -0.0000000 UZF089 + 190 (2,90) -0.0000000 UZF090 + 191 (2,91) -0.0000000 UZF091 + 192 (2,92) -0.0000000 UZF092 + 193 (2,93) -0.0000000 UZF093 + 194 (2,94) -0.0000000 UZF094 + 195 (2,95) -0.0000000 UZF095 + 196 (2,96) -0.0000000 UZF096 + 197 (2,97) -0.0000000 UZF097 + 198 (2,98) -0.0000000 UZF098 + 199 (2,99) -0.0000000 UZF099 + 200 (2,100) -0.0000000 UZF100 + 201 (3,1) -0.0000000 UZF001 + 202 (3,2) -0.0000000 UZF002 + 203 (3,3) -0.0000000 UZF003 + 204 (3,4) -0.0000000 UZF004 + 205 (3,5) -0.0000000 UZF005 + 206 (3,6) -0.0000000 UZF006 + 207 (3,7) -0.0000000 UZF007 + 208 (3,8) -0.0000000 UZF008 + 209 (3,9) -0.0000000 UZF009 + 210 (3,10) -0.0000000 UZF010 + 211 (3,11) -0.0000000 UZF011 + 212 (3,12) -0.0000000 UZF012 + 213 (3,13) -0.0000000 UZF013 + 214 (3,14) -0.0000000 UZF014 + 215 (3,15) -0.0000000 UZF015 + 216 (3,16) -0.0000000 UZF016 + 217 (3,17) -0.0000000 UZF017 + 218 (3,18) -0.0000000 UZF018 + 219 (3,19) -0.0000000 UZF019 + 220 (3,20) -0.0000000 UZF020 + 221 (3,21) -0.0000000 UZF021 + 222 (3,22) -0.0000000 UZF022 + 223 (3,23) -0.0000000 UZF023 + 224 (3,24) -0.0000000 UZF024 + 225 (3,25) -0.0000000 UZF025 + 226 (3,26) -0.0000000 UZF026 + 227 (3,27) -0.0000000 UZF027 + 228 (3,28) -0.0000000 UZF028 + 229 (3,29) -0.0000000 UZF029 + 230 (3,30) -0.0000000 UZF030 + 231 (3,31) -0.0000000 UZF031 + 232 (3,32) -0.0000000 UZF032 + 233 (3,33) -0.0000000 UZF033 + 234 (3,34) -0.0000000 UZF034 + 235 (3,35) -0.0000000 UZF035 + 236 (3,36) -0.0000000 UZF036 + 237 (3,37) -0.0000000 UZF037 + 238 (3,38) -0.0000000 UZF038 + 239 (3,39) -0.0000000 UZF039 + 240 (3,40) -0.0000000 UZF040 + 241 (3,41) -0.0000000 UZF041 + 242 (3,42) -0.0000000 UZF042 + 243 (3,43) -0.0000000 UZF043 + 244 (3,44) -0.0000000 UZF044 + 245 (3,45) -0.0000000 UZF045 + 246 (3,46) -0.0000000 UZF046 + 247 (3,47) -0.0000000 UZF047 + 248 (3,48) -0.0000000 UZF048 + 249 (3,49) -0.0000000 UZF049 + 250 (3,50) -0.0000000 UZF050 + 251 (3,51) -0.0000000 UZF051 + 252 (3,52) -0.0000000 UZF052 + 253 (3,53) -0.0000000 UZF053 + 254 (3,54) -0.0000000 UZF054 + 255 (3,55) -0.0000000 UZF055 + 256 (3,56) -0.0000000 UZF056 + 257 (3,57) -0.0000000 UZF057 + 258 (3,58) -0.0000000 UZF058 + 259 (3,59) -0.0000000 UZF059 + 260 (3,60) -0.0000000 UZF060 + 261 (3,61) -0.0000000 UZF061 + 262 (3,62) -0.0000000 UZF062 + 263 (3,63) -0.0000000 UZF063 + 264 (3,64) -0.0000000 UZF064 + 265 (3,65) -0.0000000 UZF065 + 266 (3,66) -0.0000000 UZF066 + 267 (3,67) -0.0000000 UZF067 + 268 (3,68) -0.0000000 UZF068 + 269 (3,69) -0.0000000 UZF069 + 270 (3,70) -0.0000000 UZF070 + 271 (3,71) -0.0000000 UZF071 + 272 (3,72) -0.0000000 UZF072 + 273 (3,73) -0.0000000 UZF073 + 274 (3,74) -0.0000000 UZF074 + 275 (3,75) -0.0000000 UZF075 + 276 (3,76) -0.0000000 UZF076 + 277 (3,77) -0.0000000 UZF077 + 278 (3,78) -0.0000000 UZF078 + 279 (3,79) -0.0000000 UZF079 + 280 (3,80) -0.0000000 UZF080 + 281 (3,81) -0.0000000 UZF081 + 282 (3,82) -0.0000000 UZF082 + 283 (3,83) -0.0000000 UZF083 + 284 (3,84) -0.0000000 UZF084 + 285 (3,85) -0.0000000 UZF085 + 286 (3,86) -0.0000000 UZF086 + 287 (3,87) -0.0000000 UZF087 + 288 (3,88) -0.0000000 UZF088 + 289 (3,89) -0.0000000 UZF089 + 290 (3,90) -0.0000000 UZF090 + 291 (3,91) -0.0000000 UZF091 + 292 (3,92) -0.0000000 UZF092 + 293 (3,93) -0.0000000 UZF093 + 294 (3,94) -0.0000000 UZF094 + 295 (3,95) -0.0000000 UZF095 + 296 (3,96) -0.0000000 UZF096 + 297 (3,97) -0.0000000 UZF097 + 298 (3,98) -0.0000000 UZF098 + 299 (3,99) -0.0000000 UZF099 + 300 (3,100) -0.0000000 UZF100 + 301 (4,1) -0.0000000 UZF001 + 302 (4,2) -0.0000000 UZF002 + 303 (4,3) -0.0000000 UZF003 + 304 (4,4) -0.0000000 UZF004 + 305 (4,5) -0.0000000 UZF005 + 306 (4,6) -0.0000000 UZF006 + 307 (4,7) -0.0000000 UZF007 + 308 (4,8) -0.0000000 UZF008 + 309 (4,9) -0.0000000 UZF009 + 310 (4,10) -0.0000000 UZF010 + 311 (4,11) -0.0000000 UZF011 + 312 (4,12) -0.0000000 UZF012 + 313 (4,13) -0.0000000 UZF013 + 314 (4,14) -0.0000000 UZF014 + 315 (4,15) -0.0000000 UZF015 + 316 (4,16) -0.0000000 UZF016 + 317 (4,17) -0.0000000 UZF017 + 318 (4,18) -0.0000000 UZF018 + 319 (4,19) -0.0000000 UZF019 + 320 (4,20) -0.0000000 UZF020 + 321 (4,21) -0.0000000 UZF021 + 322 (4,22) -0.0000000 UZF022 + 323 (4,23) -0.0000000 UZF023 + 324 (4,24) -0.0000000 UZF024 + 325 (4,25) -0.0000000 UZF025 + 326 (4,26) -0.0000000 UZF026 + 327 (4,27) -0.0000000 UZF027 + 328 (4,28) -0.0000000 UZF028 + 329 (4,29) -0.0000000 UZF029 + 330 (4,30) 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54 55 56 57 58 59 60 + 61 62 63 64 65 66 67 68 69 70 + 71 72 73 74 75 76 77 78 79 80 + 81 82 83 84 85 86 87 88 89 90 + 91 92 93 94 95 96 97 98 99 100 + ................................................................................................................................................................ + 1 18.7038 18.6205 18.4528 18.1985 17.8536 17.4113 16.8588 16.1684 15.2730 14.0001 + 18.7038 18.6205 18.4528 18.1985 17.8536 17.4113 16.8588 16.1684 15.2730 14.0001 + 18.7038 18.6205 18.4528 18.1985 17.8536 17.4113 16.8588 16.1684 15.2730 14.0001 + 18.7038 18.6205 18.4528 18.1985 17.8536 17.4113 16.8588 16.1684 15.2730 14.0001 + 18.7038 18.6205 18.4528 18.1985 17.8536 17.4113 16.8588 16.1684 15.2730 14.0001 + 18.7038 18.6205 18.4528 18.1985 17.8536 17.4113 16.8588 16.1684 15.2730 14.0001 + 18.7038 18.6205 18.4528 18.1985 17.8536 17.4113 16.8588 16.1684 15.2730 14.0001 + 18.7038 18.6205 18.4528 18.1985 17.8536 17.4113 16.8588 16.1684 15.2730 14.0001 + 18.7038 18.6205 18.4528 18.1985 17.8536 17.4113 16.8588 16.1684 15.2730 14.0001 + 18.7038 18.6205 18.4528 18.1985 17.8536 17.4113 16.8588 16.1684 15.2730 14.0001 +1 + HEAD IN LAYER 5 AT END OF TIME STEP 2 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + 11 12 13 14 15 16 17 18 19 20 + 21 22 23 24 25 26 27 28 29 30 + 31 32 33 34 35 36 37 38 39 40 + 41 42 43 44 45 46 47 48 49 50 + 51 52 53 54 55 56 57 58 59 60 + 61 62 63 64 65 66 67 68 69 70 + 71 72 73 74 75 76 77 78 79 80 + 81 82 83 84 85 86 87 88 89 90 + 91 92 93 94 95 96 97 98 99 100 + ................................................................................................................................................................ + 1 18.4861 18.3990 18.2234 17.9559 17.5915 17.1222 16.5372 15.8236 14.9720 14.0000 + 18.4861 18.3990 18.2234 17.9559 17.5915 17.1222 16.5372 15.8236 14.9720 14.0000 + 18.4861 18.3990 18.2234 17.9559 17.5915 17.1222 16.5372 15.8236 14.9720 14.0000 + 18.4861 18.3990 18.2234 17.9559 17.5915 17.1222 16.5372 15.8236 14.9720 14.0000 + 18.4861 18.3990 18.2234 17.9559 17.5915 17.1222 16.5372 15.8236 14.9720 14.0000 + 18.4861 18.3990 18.2234 17.9559 17.5915 17.1222 16.5372 15.8236 14.9720 14.0000 + 18.4861 18.3990 18.2234 17.9559 17.5915 17.1222 16.5372 15.8236 14.9720 14.0000 + 18.4861 18.3990 18.2234 17.9559 17.5915 17.1222 16.5372 15.8236 14.9720 14.0000 + 18.4861 18.3990 18.2234 17.9559 17.5915 17.1222 16.5372 15.8236 14.9720 14.0000 + 18.4861 18.3990 18.2234 17.9559 17.5915 17.1222 16.5372 15.8236 14.9720 14.0000 + + HEAD WILL BE SAVED ON UNIT 1016 AT END OF TIME STEP 2, STRESS PERIOD 2 + + + UZF_0 BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 2, STRESS PERIOD 2 + ------------------------------------------------------------------------------ + + CUMULATIVE UZF_0 L**3 RATES FOR THIS TIME STEP L**3/T + ------------------ ------------------------ + + IN: IN: + --- --- + GWF = 0.0000 GWF = 0.0000 + INFILTRATION = 210.0000 INFILTRATION = 15.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.0000 UZET = 0.0000 + STORAGE = 16.5994 STORAGE = 0.0000 + + TOTAL IN = 226.5994 TOTAL IN = 15.0000 + + OUT: OUT: + ---- ---- + GWF = 214.0920 GWF = 14.7774 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.5184 UZET = 3.9138E-02 + STORAGE = 11.9890 STORAGE = 0.1835 + + TOTAL OUT = 226.5994 TOTAL OUT = 15.0000 + + IN - OUT = 1.6900E-06 IN - OUT = 3.0198E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 2, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.6081E-02 STO-SS = 3.4177E-04 STORAGE + STO-SY = 35.3137 STO-SY = 0.7275 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 214.0920 UZF-GWRCH = 14.7774 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 249.4518 TOTAL IN = 15.5052 + + OUT: OUT: + ---- ---- + STO-SS = 7.9608E-04 STO-SS = 0.0000 STORAGE + STO-SY = 11.9499 STO-SY = 0.0000 STORAGE + GHB = 236.7371 GHB = 15.4547 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.7640 UZF-GWET = 5.0563E-02 UZF_0 + + TOTAL OUT = 249.4518 TOTAL OUT = 15.5052 + + IN - OUT = -4.3436E-07 IN - OUT = -2.6616E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 2 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 3.45600E+05 5760.0 96.000 4.0000 1.09514E-02 + TOTAL TIME 1.20960E+06 20160. 336.00 14.000 3.83299E-02 + + +end timestep + + +start timestep kper="2" kstp="3" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1015 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1015 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1015 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1015 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1011 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 3, STRESS PERIOD 2 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 2 STEP 3 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.0511747 + 2 (4,20) -1.0511747 + 3 (4,30) -1.0511747 + 4 (4,40) -1.0511747 + 5 (4,50) -1.0511747 + 6 (4,60) -1.0511747 + 7 (4,70) -1.0511747 + 8 (4,80) -1.0511747 + 9 (4,90) -1.0511747 + 10 (4,100) -1.0511747 + 11 (5,10) -0.48215781 + 12 (5,20) -0.48215781 + 13 (5,30) -0.48215781 + 14 (5,40) -0.48215781 + 15 (5,50) -0.48215781 + 16 (5,60) -0.48215781 + 17 (5,70) -0.48215781 + 18 (5,80) -0.48215781 + 19 (5,90) -0.48215781 + 20 (5,100) -0.48215781 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 2 STEP 3 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14771533 UZF001 + 2 (1,2) 0.14774569 UZF002 + 3 (1,3) 0.14784222 UZF003 + 4 (1,4) 0.14825820 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14771533 UZF011 + 12 (1,12) 0.14774569 UZF012 + 13 (1,13) 0.14784222 UZF013 + 14 (1,14) 0.14825820 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14771533 UZF021 + 22 (1,22) 0.14774569 UZF022 + 23 (1,23) 0.14784222 UZF023 + 24 (1,24) 0.14825820 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14771533 UZF031 + 32 (1,32) 0.14774569 UZF032 + 33 (1,33) 0.14784222 UZF033 + 34 (1,34) 0.14825820 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14771533 UZF041 + 42 (1,42) 0.14774569 UZF042 + 43 (1,43) 0.14784222 UZF043 + 44 (1,44) 0.14825820 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14771533 UZF051 + 52 (1,52) 0.14774569 UZF052 + 53 (1,53) 0.14784222 UZF053 + 54 (1,54) 0.14825820 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14771533 UZF061 + 62 (1,62) 0.14774569 UZF062 + 63 (1,63) 0.14784222 UZF063 + 64 (1,64) 0.14825820 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14771533 UZF071 + 72 (1,72) 0.14774569 UZF072 + 73 (1,73) 0.14784222 UZF073 + 74 (1,74) 0.14825820 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14771533 UZF081 + 82 (1,82) 0.14774569 UZF082 + 83 (1,83) 0.14784222 UZF083 + 84 (1,84) 0.14825820 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14771533 UZF091 + 92 (1,92) 0.14774569 UZF092 + 93 (1,93) 0.14784222 UZF093 + 94 (1,94) 0.14825820 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.0000000 UZF004 + 105 (2,5) 0.14808240 UZF005 + 106 (2,6) 0.14825340 UZF006 + 107 (2,7) 0.14836631 UZF007 + 108 (2,8) 0.14845272 UZF008 + 109 (2,9) 0.14851631 UZF009 + 110 (2,10) 0.14854874 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.0000000 UZF014 + 115 (2,15) 0.14808240 UZF015 + 116 (2,16) 0.14825340 UZF016 + 117 (2,17) 0.14836631 UZF017 + 118 (2,18) 0.14845272 UZF018 + 119 (2,19) 0.14851631 UZF019 + 120 (2,20) 0.14854874 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.0000000 UZF024 + 125 (2,25) 0.14808240 UZF025 + 126 (2,26) 0.14825340 UZF026 + 127 (2,27) 0.14836631 UZF027 + 128 (2,28) 0.14845272 UZF028 + 129 (2,29) 0.14851631 UZF029 + 130 (2,30) 0.14854874 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.0000000 UZF034 + 135 (2,35) 0.14808240 UZF035 + 136 (2,36) 0.14825340 UZF036 + 137 (2,37) 0.14836631 UZF037 + 138 (2,38) 0.14845272 UZF038 + 139 (2,39) 0.14851631 UZF039 + 140 (2,40) 0.14854874 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.0000000 UZF044 + 145 (2,45) 0.14808240 UZF045 + 146 (2,46) 0.14825340 UZF046 + 147 (2,47) 0.14836631 UZF047 + 148 (2,48) 0.14845272 UZF048 + 149 (2,49) 0.14851631 UZF049 + 150 (2,50) 0.14854874 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.0000000 UZF054 + 155 (2,55) 0.14808240 UZF055 + 156 (2,56) 0.14825340 UZF056 + 157 (2,57) 0.14836631 UZF057 + 158 (2,58) 0.14845272 UZF058 + 159 (2,59) 0.14851631 UZF059 + 160 (2,60) 0.14854874 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.0000000 UZF064 + 165 (2,65) 0.14808240 UZF065 + 166 (2,66) 0.14825340 UZF066 + 167 (2,67) 0.14836631 UZF067 + 168 (2,68) 0.14845272 UZF068 + 169 (2,69) 0.14851631 UZF069 + 170 (2,70) 0.14854874 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.0000000 UZF074 + 175 (2,75) 0.14808240 UZF075 + 176 (2,76) 0.14825340 UZF076 + 177 (2,77) 0.14836631 UZF077 + 178 (2,78) 0.14845272 UZF078 + 179 (2,79) 0.14851631 UZF079 + 180 (2,80) 0.14854874 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.0000000 UZF084 + 185 (2,85) 0.14808240 UZF085 + 186 (2,86) 0.14825340 UZF086 + 187 (2,87) 0.14836631 UZF087 + 188 (2,88) 0.14845272 UZF088 + 189 (2,89) 0.14851631 UZF089 + 190 (2,90) 0.14854874 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.0000000 UZF094 + 195 (2,95) 0.14808240 UZF095 + 196 (2,96) 0.14825340 UZF096 + 197 (2,97) 0.14836631 UZF097 + 198 (2,98) 0.14845272 UZF098 + 199 (2,99) 0.14851631 UZF099 + 200 (2,100) 0.14854874 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 0.0000000 UZF076 + 277 (3,77) 0.0000000 UZF077 + 278 (3,78) 0.0000000 UZF078 + 279 (3,79) 0.0000000 UZF079 + 280 (3,80) 0.0000000 UZF080 + 281 (3,81) 0.0000000 UZF081 + 282 (3,82) 0.0000000 UZF082 + 283 (3,83) 0.0000000 UZF083 + 284 (3,84) 0.0000000 UZF084 + 285 (3,85) 0.0000000 UZF085 + 286 (3,86) 0.0000000 UZF086 + 287 (3,87) 0.0000000 UZF087 + 288 (3,88) 0.0000000 UZF088 + 289 (3,89) 0.0000000 UZF089 + 290 (3,90) 0.0000000 UZF090 + 291 (3,91) 0.0000000 UZF091 + 292 (3,92) 0.0000000 UZF092 + 293 (3,93) 0.0000000 UZF093 + 294 (3,94) 0.0000000 UZF094 + 295 (3,95) 0.0000000 UZF095 + 296 (3,96) 0.0000000 UZF096 + 297 (3,97) 0.0000000 UZF097 + 298 (3,98) 0.0000000 UZF098 + 299 (3,99) 0.0000000 UZF099 + 300 (3,100) 0.0000000 UZF100 + 301 (4,1) 0.0000000 UZF001 + 302 (4,2) 0.0000000 UZF002 + 303 (4,3) 0.0000000 UZF003 + 304 (4,4) 0.0000000 UZF004 + 305 (4,5) 0.0000000 UZF005 + 306 (4,6) 0.0000000 UZF006 + 307 (4,7) 0.0000000 UZF007 + 308 (4,8) 0.0000000 UZF008 + 309 (4,9) 0.0000000 UZF009 + 310 (4,10) 0.0000000 UZF010 + 311 (4,11) 0.0000000 UZF011 + 312 (4,12) 0.0000000 UZF012 + 313 (4,13) 0.0000000 UZF013 + 314 (4,14) 0.0000000 UZF014 + 315 (4,15) 0.0000000 UZF015 + 316 (4,16) 0.0000000 UZF016 + 317 (4,17) 0.0000000 UZF017 + 318 (4,18) 0.0000000 UZF018 + 319 (4,19) 0.0000000 UZF019 + 320 (4,20) 0.0000000 UZF020 + 321 (4,21) 0.0000000 UZF021 + 322 (4,22) 0.0000000 UZF022 + 323 (4,23) 0.0000000 UZF023 + 324 (4,24) 0.0000000 UZF024 + 325 (4,25) 0.0000000 UZF025 + 326 (4,26) 0.0000000 UZF026 + 327 (4,27) 0.0000000 UZF027 + 328 (4,28) 0.0000000 UZF028 + 329 (4,29) 0.0000000 UZF029 + 330 (4,30) 0.0000000 UZF030 + 331 (4,31) 0.0000000 UZF031 + 332 (4,32) 0.0000000 UZF032 + 333 (4,33) 0.0000000 UZF033 + 334 (4,34) 0.0000000 UZF034 + 335 (4,35) 0.0000000 UZF035 + 336 (4,36) 0.0000000 UZF036 + 337 (4,37) 0.0000000 UZF037 + 338 (4,38) 0.0000000 UZF038 + 339 (4,39) 0.0000000 UZF039 + 340 (4,40) 0.0000000 UZF040 + 341 (4,41) 0.0000000 UZF041 + 342 (4,42) 0.0000000 UZF042 + 343 (4,43) 0.0000000 UZF043 + 344 (4,44) 0.0000000 UZF044 + 345 (4,45) 0.0000000 UZF045 + 346 (4,46) 0.0000000 UZF046 + 347 (4,47) 0.0000000 UZF047 + 348 (4,48) 0.0000000 UZF048 + 349 (4,49) 0.0000000 UZF049 + 350 (4,50) 0.0000000 UZF050 + 351 (4,51) 0.0000000 UZF051 + 352 (4,52) 0.0000000 UZF052 + 353 (4,53) 0.0000000 UZF053 + 354 (4,54) 0.0000000 UZF054 + 355 (4,55) 0.0000000 UZF055 + 356 (4,56) 0.0000000 UZF056 + 357 (4,57) 0.0000000 UZF057 + 358 (4,58) 0.0000000 UZF058 + 359 (4,59) 0.0000000 UZF059 + 360 (4,60) 0.0000000 UZF060 + 361 (4,61) 0.0000000 UZF061 + 362 (4,62) 0.0000000 UZF062 + 363 (4,63) 0.0000000 UZF063 + 364 (4,64) 0.0000000 UZF064 + 365 (4,65) 0.0000000 UZF065 + 366 (4,66) 0.0000000 UZF066 + 367 (4,67) 0.0000000 UZF067 + 368 (4,68) 0.0000000 UZF068 + 369 (4,69) 0.0000000 UZF069 + 370 (4,70) 0.0000000 UZF070 + 371 (4,71) 0.0000000 UZF071 + 372 (4,72) 0.0000000 UZF072 + 373 (4,73) 0.0000000 UZF073 + 374 (4,74) 0.0000000 UZF074 + 375 (4,75) 0.0000000 UZF075 + 376 (4,76) 0.0000000 UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 (5,23) 0.0000000 UZF023 + 424 (5,24) 0.0000000 UZF024 + 425 (5,25) 0.0000000 UZF025 + 426 (5,26) 0.0000000 UZF026 + 427 (5,27) 0.0000000 UZF027 + 428 (5,28) 0.0000000 UZF028 + 429 (5,29) 0.0000000 UZF029 + 430 (5,30) 0.0000000 UZF030 + 431 (5,31) 0.0000000 UZF031 + 432 (5,32) 0.0000000 UZF032 + 433 (5,33) 0.0000000 UZF033 + 434 (5,34) 0.0000000 UZF034 + 435 (5,35) 0.0000000 UZF035 + 436 (5,36) 0.0000000 UZF036 + 437 (5,37) 0.0000000 UZF037 + 438 (5,38) 0.0000000 UZF038 + 439 (5,39) 0.0000000 UZF039 + 440 (5,40) 0.0000000 UZF040 + 441 (5,41) 0.0000000 UZF041 + 442 (5,42) 0.0000000 UZF042 + 443 (5,43) 0.0000000 UZF043 + 444 (5,44) 0.0000000 UZF044 + 445 (5,45) 0.0000000 UZF045 + 446 (5,46) 0.0000000 UZF046 + 447 (5,47) 0.0000000 UZF047 + 448 (5,48) 0.0000000 UZF048 + 449 (5,49) 0.0000000 UZF049 + 450 (5,50) 0.0000000 UZF050 + 451 (5,51) 0.0000000 UZF051 + 452 (5,52) 0.0000000 UZF052 + 453 (5,53) 0.0000000 UZF053 + 454 (5,54) 0.0000000 UZF054 + 455 (5,55) 0.0000000 UZF055 + 456 (5,56) 0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 2 STEP 3 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 0.0000000 UZF042 + 43 (1,43) 0.0000000 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.0000000 UZF051 + 52 (1,52) 0.0000000 UZF052 + 53 (1,53) 0.0000000 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.0000000 UZF061 + 62 (1,62) 0.0000000 UZF062 + 63 (1,63) 0.0000000 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.0000000 UZF071 + 72 (1,72) 0.0000000 UZF072 + 73 (1,73) 0.0000000 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 UZF081 + 82 (1,82) 0.0000000 UZF082 + 83 (1,83) 0.0000000 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.0000000 UZF091 + 92 (1,92) 0.0000000 UZF092 + 93 (1,93) 0.0000000 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) -0.0000000 UZF001 + 102 (2,2) -0.0000000 UZF002 + 103 (2,3) -0.0000000 UZF003 + 104 (2,4) -0.0000000 UZF004 + 105 (2,5) -0.0000000 UZF005 + 106 (2,6) -0.0000000 UZF006 + 107 (2,7) -0.0000000 UZF007 + 108 (2,8) -0.0000000 UZF008 + 109 (2,9) -0.0000000 UZF009 + 110 (2,10) -0.0000000 UZF010 + 111 (2,11) -0.0000000 UZF011 + 112 (2,12) -0.0000000 UZF012 + 113 (2,13) -0.0000000 UZF013 + 114 (2,14) -0.0000000 UZF014 + 115 (2,15) -0.0000000 UZF015 + 116 (2,16) -0.0000000 UZF016 + 117 (2,17) -0.0000000 UZF017 + 118 (2,18) -0.0000000 UZF018 + 119 (2,19) -0.0000000 UZF019 + 120 (2,20) -0.0000000 UZF020 + 121 (2,21) -0.0000000 UZF021 + 122 (2,22) -0.0000000 UZF022 + 123 (2,23) -0.0000000 UZF023 + 124 (2,24) -0.0000000 UZF024 + 125 (2,25) -0.0000000 UZF025 + 126 (2,26) -0.0000000 UZF026 + 127 (2,27) -0.0000000 UZF027 + 128 (2,28) -0.0000000 UZF028 + 129 (2,29) -0.0000000 UZF029 + 130 (2,30) 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................................................................................................................................................................ + 1 19.0867 19.0109 18.8588 18.6299 18.3245 17.9447 17.4983 17.0020 16.4986 16.0986 + 19.0867 19.0109 18.8588 18.6299 18.3245 17.9447 17.4983 17.0020 16.4986 16.0986 + 19.0867 19.0109 18.8588 18.6299 18.3245 17.9447 17.4983 17.0020 16.4986 16.0986 + 19.0867 19.0109 18.8588 18.6299 18.3245 17.9447 17.4983 17.0020 16.4986 16.0986 + 19.0867 19.0109 18.8588 18.6299 18.3245 17.9447 17.4983 17.0020 16.4986 16.0986 + 19.0867 19.0109 18.8588 18.6299 18.3245 17.9447 17.4983 17.0020 16.4986 16.0986 + 19.0867 19.0109 18.8588 18.6299 18.3245 17.9447 17.4983 17.0020 16.4986 16.0986 + 19.0867 19.0109 18.8588 18.6299 18.3245 17.9447 17.4983 17.0020 16.4986 16.0986 + 19.0867 19.0109 18.8588 18.6299 18.3245 17.9447 17.4983 17.0020 16.4986 16.0986 + 19.0867 19.0109 18.8588 18.6299 18.3245 17.9447 17.4983 17.0020 16.4986 16.0986 +1 + HEAD IN LAYER 4 AT END OF TIME STEP 3 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + 11 12 13 14 15 16 17 18 19 20 + 21 22 23 24 25 26 27 28 29 30 + 31 32 33 34 35 36 37 38 39 40 + 41 42 43 44 45 46 47 48 49 50 + 51 52 53 54 55 56 57 58 59 60 + 61 62 63 64 65 66 67 68 69 70 + 71 72 73 74 75 76 77 78 79 80 + 81 82 83 84 85 86 87 88 89 90 + 91 92 93 94 95 96 97 98 99 100 + ................................................................................................................................................................ + 1 18.6649 18.5825 18.4165 18.1645 17.8227 17.3842 16.8363 16.1514 15.2631 14.0001 + 18.6649 18.5825 18.4165 18.1645 17.8227 17.3842 16.8363 16.1514 15.2631 14.0001 + 18.6649 18.5825 18.4165 18.1645 17.8227 17.3842 16.8363 16.1514 15.2631 14.0001 + 18.6649 18.5825 18.4165 18.1645 17.8227 17.3842 16.8363 16.1514 15.2631 14.0001 + 18.6649 18.5825 18.4165 18.1645 17.8227 17.3842 16.8363 16.1514 15.2631 14.0001 + 18.6649 18.5825 18.4165 18.1645 17.8227 17.3842 16.8363 16.1514 15.2631 14.0001 + 18.6649 18.5825 18.4165 18.1645 17.8227 17.3842 16.8363 16.1514 15.2631 14.0001 + 18.6649 18.5825 18.4165 18.1645 17.8227 17.3842 16.8363 16.1514 15.2631 14.0001 + 18.6649 18.5825 18.4165 18.1645 17.8227 17.3842 16.8363 16.1514 15.2631 14.0001 + 18.6649 18.5825 18.4165 18.1645 17.8227 17.3842 16.8363 16.1514 15.2631 14.0001 +1 + HEAD IN LAYER 5 AT END OF TIME STEP 3 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + 11 12 13 14 15 16 17 18 19 20 + 21 22 23 24 25 26 27 28 29 30 + 31 32 33 34 35 36 37 38 39 40 + 41 42 43 44 45 46 47 48 49 50 + 51 52 53 54 55 56 57 58 59 60 + 61 62 63 64 65 66 67 68 69 70 + 71 72 73 74 75 76 77 78 79 80 + 81 82 83 84 85 86 87 88 89 90 + 91 92 93 94 95 96 97 98 99 100 + ................................................................................................................................................................ + 1 18.4493 18.3630 18.1890 17.9239 17.5626 17.0972 16.5170 15.8091 14.9643 14.0000 + 18.4493 18.3630 18.1890 17.9239 17.5626 17.0972 16.5170 15.8091 14.9643 14.0000 + 18.4493 18.3630 18.1890 17.9239 17.5626 17.0972 16.5170 15.8091 14.9643 14.0000 + 18.4493 18.3630 18.1890 17.9239 17.5626 17.0972 16.5170 15.8091 14.9643 14.0000 + 18.4493 18.3630 18.1890 17.9239 17.5626 17.0972 16.5170 15.8091 14.9643 14.0000 + 18.4493 18.3630 18.1890 17.9239 17.5626 17.0972 16.5170 15.8091 14.9643 14.0000 + 18.4493 18.3630 18.1890 17.9239 17.5626 17.0972 16.5170 15.8091 14.9643 14.0000 + 18.4493 18.3630 18.1890 17.9239 17.5626 17.0972 16.5170 15.8091 14.9643 14.0000 + 18.4493 18.3630 18.1890 17.9239 17.5626 17.0972 16.5170 15.8091 14.9643 14.0000 + 18.4493 18.3630 18.1890 17.9239 17.5626 17.0972 16.5170 15.8091 14.9643 14.0000 + + HEAD WILL BE SAVED ON UNIT 1016 AT END OF TIME STEP 3, STRESS PERIOD 2 + + + UZF_0 BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 3, STRESS PERIOD 2 + ------------------------------------------------------------------------------ + + CUMULATIVE UZF_0 L**3 RATES FOR THIS TIME STEP L**3/T + ------------------ ------------------------ + + IN: IN: + --- --- + GWF = 0.0000 GWF = 0.0000 + INFILTRATION = 240.0000 INFILTRATION = 15.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.0000 UZET = 0.0000 + STORAGE = 16.5994 STORAGE = 0.0000 + + TOTAL IN = 256.5994 TOTAL IN = 15.0000 + + OUT: OUT: + ---- ---- + GWF = 243.7276 GWF = 14.8178 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.5971 UZET = 3.9362E-02 + STORAGE = 12.2747 STORAGE = 0.1428 + + TOTAL OUT = 256.5994 TOTAL OUT = 15.0000 + + IN - OUT = 1.6900E-06 IN - OUT = 2.6645E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 3, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.6635E-02 STO-SS = 2.7716E-04 STORAGE + STO-SY = 36.4447 STO-SY = 0.5655 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 243.7276 UZF-GWRCH = 14.8178 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 280.2189 TOTAL IN = 15.3836 + + OUT: OUT: + ---- ---- + STO-SS = 7.9608E-04 STO-SS = 0.0000 STORAGE + STO-SY = 11.9499 STO-SY = 0.0000 STORAGE + GHB = 267.4038 GHB = 15.3333 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.8645 UZF-GWET = 5.0262E-02 UZF_0 + + TOTAL OUT = 280.2189 TOTAL OUT = 15.3836 + + IN - OUT = -5.5085E-07 IN - OUT = -5.8245E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 3 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 5.18400E+05 8640.0 144.00 6.0000 1.64271E-02 + TOTAL TIME 1.38240E+06 23040. 384.00 16.000 4.38056E-02 + + +end timestep + + +start timestep kper="2" kstp="4" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1015 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1015 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1015 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1015 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1011 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 4, STRESS PERIOD 2 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 2 STEP 4 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.0447634 + 2 (4,20) -1.0447634 + 3 (4,30) -1.0447634 + 4 (4,40) -1.0447634 + 5 (4,50) -1.0447634 + 6 (4,60) -1.0447634 + 7 (4,70) -1.0447634 + 8 (4,80) -1.0447634 + 9 (4,90) -1.0447634 + 10 (4,100) -1.0447634 + 11 (5,10) -0.47913967 + 12 (5,20) -0.47913967 + 13 (5,30) -0.47913967 + 14 (5,40) -0.47913967 + 15 (5,50) -0.47913967 + 16 (5,60) -0.47913967 + 17 (5,70) -0.47913967 + 18 (5,80) -0.47913967 + 19 (5,90) -0.47913967 + 20 (5,100) -0.47913967 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 2 STEP 4 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14816322 UZF001 + 2 (1,2) 0.14819039 UZF002 + 3 (1,3) 0.14826821 UZF003 + 4 (1,4) 0.14862093 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14816322 UZF011 + 12 (1,12) 0.14819039 UZF012 + 13 (1,13) 0.14826821 UZF013 + 14 (1,14) 0.14862093 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14816322 UZF021 + 22 (1,22) 0.14819039 UZF022 + 23 (1,23) 0.14826821 UZF023 + 24 (1,24) 0.14862093 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14816322 UZF031 + 32 (1,32) 0.14819039 UZF032 + 33 (1,33) 0.14826821 UZF033 + 34 (1,34) 0.14862093 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14816322 UZF041 + 42 (1,42) 0.14819039 UZF042 + 43 (1,43) 0.14826821 UZF043 + 44 (1,44) 0.14862093 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14816322 UZF051 + 52 (1,52) 0.14819039 UZF052 + 53 (1,53) 0.14826821 UZF053 + 54 (1,54) 0.14862093 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14816322 UZF061 + 62 (1,62) 0.14819039 UZF062 + 63 (1,63) 0.14826821 UZF063 + 64 (1,64) 0.14862093 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14816322 UZF071 + 72 (1,72) 0.14819039 UZF072 + 73 (1,73) 0.14826821 UZF073 + 74 (1,74) 0.14862093 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14816322 UZF081 + 82 (1,82) 0.14819039 UZF082 + 83 (1,83) 0.14826821 UZF083 + 84 (1,84) 0.14862093 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14816322 UZF091 + 92 (1,92) 0.14819039 UZF092 + 93 (1,93) 0.14826821 UZF093 + 94 (1,94) 0.14862093 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.0000000 UZF004 + 105 (2,5) 0.14834715 UZF005 + 106 (2,6) 0.14849451 UZF006 + 107 (2,7) 0.14860907 UZF007 + 108 (2,8) 0.14869993 UZF008 + 109 (2,9) 0.14876655 UZF009 + 110 (2,10) 0.14880178 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.0000000 UZF014 + 115 (2,15) 0.14834715 UZF015 + 116 (2,16) 0.14849451 UZF016 + 117 (2,17) 0.14860907 UZF017 + 118 (2,18) 0.14869993 UZF018 + 119 (2,19) 0.14876655 UZF019 + 120 (2,20) 0.14880178 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.0000000 UZF024 + 125 (2,25) 0.14834715 UZF025 + 126 (2,26) 0.14849451 UZF026 + 127 (2,27) 0.14860907 UZF027 + 128 (2,28) 0.14869993 UZF028 + 129 (2,29) 0.14876655 UZF029 + 130 (2,30) 0.14880178 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.0000000 UZF034 + 135 (2,35) 0.14834715 UZF035 + 136 (2,36) 0.14849451 UZF036 + 137 (2,37) 0.14860907 UZF037 + 138 (2,38) 0.14869993 UZF038 + 139 (2,39) 0.14876655 UZF039 + 140 (2,40) 0.14880178 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.0000000 UZF044 + 145 (2,45) 0.14834715 UZF045 + 146 (2,46) 0.14849451 UZF046 + 147 (2,47) 0.14860907 UZF047 + 148 (2,48) 0.14869993 UZF048 + 149 (2,49) 0.14876655 UZF049 + 150 (2,50) 0.14880178 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.0000000 UZF054 + 155 (2,55) 0.14834715 UZF055 + 156 (2,56) 0.14849451 UZF056 + 157 (2,57) 0.14860907 UZF057 + 158 (2,58) 0.14869993 UZF058 + 159 (2,59) 0.14876655 UZF059 + 160 (2,60) 0.14880178 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.0000000 UZF064 + 165 (2,65) 0.14834715 UZF065 + 166 (2,66) 0.14849451 UZF066 + 167 (2,67) 0.14860907 UZF067 + 168 (2,68) 0.14869993 UZF068 + 169 (2,69) 0.14876655 UZF069 + 170 (2,70) 0.14880178 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.0000000 UZF074 + 175 (2,75) 0.14834715 UZF075 + 176 (2,76) 0.14849451 UZF076 + 177 (2,77) 0.14860907 UZF077 + 178 (2,78) 0.14869993 UZF078 + 179 (2,79) 0.14876655 UZF079 + 180 (2,80) 0.14880178 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.0000000 UZF084 + 185 (2,85) 0.14834715 UZF085 + 186 (2,86) 0.14849451 UZF086 + 187 (2,87) 0.14860907 UZF087 + 188 (2,88) 0.14869993 UZF088 + 189 (2,89) 0.14876655 UZF089 + 190 (2,90) 0.14880178 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.0000000 UZF094 + 195 (2,95) 0.14834715 UZF095 + 196 (2,96) 0.14849451 UZF096 + 197 (2,97) 0.14860907 UZF097 + 198 (2,98) 0.14869993 UZF098 + 199 (2,99) 0.14876655 UZF099 + 200 (2,100) 0.14880178 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 0.0000000 UZF076 + 277 (3,77) 0.0000000 UZF077 + 278 (3,78) 0.0000000 UZF078 + 279 (3,79) 0.0000000 UZF079 + 280 (3,80) 0.0000000 UZF080 + 281 (3,81) 0.0000000 UZF081 + 282 (3,82) 0.0000000 UZF082 + 283 (3,83) 0.0000000 UZF083 + 284 (3,84) 0.0000000 UZF084 + 285 (3,85) 0.0000000 UZF085 + 286 (3,86) 0.0000000 UZF086 + 287 (3,87) 0.0000000 UZF087 + 288 (3,88) 0.0000000 UZF088 + 289 (3,89) 0.0000000 UZF089 + 290 (3,90) 0.0000000 UZF090 + 291 (3,91) 0.0000000 UZF091 + 292 (3,92) 0.0000000 UZF092 + 293 (3,93) 0.0000000 UZF093 + 294 (3,94) 0.0000000 UZF094 + 295 (3,95) 0.0000000 UZF095 + 296 (3,96) 0.0000000 UZF096 + 297 (3,97) 0.0000000 UZF097 + 298 (3,98) 0.0000000 UZF098 + 299 (3,99) 0.0000000 UZF099 + 300 (3,100) 0.0000000 UZF100 + 301 (4,1) 0.0000000 UZF001 + 302 (4,2) 0.0000000 UZF002 + 303 (4,3) 0.0000000 UZF003 + 304 (4,4) 0.0000000 UZF004 + 305 (4,5) 0.0000000 UZF005 + 306 (4,6) 0.0000000 UZF006 + 307 (4,7) 0.0000000 UZF007 + 308 (4,8) 0.0000000 UZF008 + 309 (4,9) 0.0000000 UZF009 + 310 (4,10) 0.0000000 UZF010 + 311 (4,11) 0.0000000 UZF011 + 312 (4,12) 0.0000000 UZF012 + 313 (4,13) 0.0000000 UZF013 + 314 (4,14) 0.0000000 UZF014 + 315 (4,15) 0.0000000 UZF015 + 316 (4,16) 0.0000000 UZF016 + 317 (4,17) 0.0000000 UZF017 + 318 (4,18) 0.0000000 UZF018 + 319 (4,19) 0.0000000 UZF019 + 320 (4,20) 0.0000000 UZF020 + 321 (4,21) 0.0000000 UZF021 + 322 (4,22) 0.0000000 UZF022 + 323 (4,23) 0.0000000 UZF023 + 324 (4,24) 0.0000000 UZF024 + 325 (4,25) 0.0000000 UZF025 + 326 (4,26) 0.0000000 UZF026 + 327 (4,27) 0.0000000 UZF027 + 328 (4,28) 0.0000000 UZF028 + 329 (4,29) 0.0000000 UZF029 + 330 (4,30) 0.0000000 UZF030 + 331 (4,31) 0.0000000 UZF031 + 332 (4,32) 0.0000000 UZF032 + 333 (4,33) 0.0000000 UZF033 + 334 (4,34) 0.0000000 UZF034 + 335 (4,35) 0.0000000 UZF035 + 336 (4,36) 0.0000000 UZF036 + 337 (4,37) 0.0000000 UZF037 + 338 (4,38) 0.0000000 UZF038 + 339 (4,39) 0.0000000 UZF039 + 340 (4,40) 0.0000000 UZF040 + 341 (4,41) 0.0000000 UZF041 + 342 (4,42) 0.0000000 UZF042 + 343 (4,43) 0.0000000 UZF043 + 344 (4,44) 0.0000000 UZF044 + 345 (4,45) 0.0000000 UZF045 + 346 (4,46) 0.0000000 UZF046 + 347 (4,47) 0.0000000 UZF047 + 348 (4,48) 0.0000000 UZF048 + 349 (4,49) 0.0000000 UZF049 + 350 (4,50) 0.0000000 UZF050 + 351 (4,51) 0.0000000 UZF051 + 352 (4,52) 0.0000000 UZF052 + 353 (4,53) 0.0000000 UZF053 + 354 (4,54) 0.0000000 UZF054 + 355 (4,55) 0.0000000 UZF055 + 356 (4,56) 0.0000000 UZF056 + 357 (4,57) 0.0000000 UZF057 + 358 (4,58) 0.0000000 UZF058 + 359 (4,59) 0.0000000 UZF059 + 360 (4,60) 0.0000000 UZF060 + 361 (4,61) 0.0000000 UZF061 + 362 (4,62) 0.0000000 UZF062 + 363 (4,63) 0.0000000 UZF063 + 364 (4,64) 0.0000000 UZF064 + 365 (4,65) 0.0000000 UZF065 + 366 (4,66) 0.0000000 UZF066 + 367 (4,67) 0.0000000 UZF067 + 368 (4,68) 0.0000000 UZF068 + 369 (4,69) 0.0000000 UZF069 + 370 (4,70) 0.0000000 UZF070 + 371 (4,71) 0.0000000 UZF071 + 372 (4,72) 0.0000000 UZF072 + 373 (4,73) 0.0000000 UZF073 + 374 (4,74) 0.0000000 UZF074 + 375 (4,75) 0.0000000 UZF075 + 376 (4,76) 0.0000000 UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 (5,23) 0.0000000 UZF023 + 424 (5,24) 0.0000000 UZF024 + 425 (5,25) 0.0000000 UZF025 + 426 (5,26) 0.0000000 UZF026 + 427 (5,27) 0.0000000 UZF027 + 428 (5,28) 0.0000000 UZF028 + 429 (5,29) 0.0000000 UZF029 + 430 (5,30) 0.0000000 UZF030 + 431 (5,31) 0.0000000 UZF031 + 432 (5,32) 0.0000000 UZF032 + 433 (5,33) 0.0000000 UZF033 + 434 (5,34) 0.0000000 UZF034 + 435 (5,35) 0.0000000 UZF035 + 436 (5,36) 0.0000000 UZF036 + 437 (5,37) 0.0000000 UZF037 + 438 (5,38) 0.0000000 UZF038 + 439 (5,39) 0.0000000 UZF039 + 440 (5,40) 0.0000000 UZF040 + 441 (5,41) 0.0000000 UZF041 + 442 (5,42) 0.0000000 UZF042 + 443 (5,43) 0.0000000 UZF043 + 444 (5,44) 0.0000000 UZF044 + 445 (5,45) 0.0000000 UZF045 + 446 (5,46) 0.0000000 UZF046 + 447 (5,47) 0.0000000 UZF047 + 448 (5,48) 0.0000000 UZF048 + 449 (5,49) 0.0000000 UZF049 + 450 (5,50) 0.0000000 UZF050 + 451 (5,51) 0.0000000 UZF051 + 452 (5,52) 0.0000000 UZF052 + 453 (5,53) 0.0000000 UZF053 + 454 (5,54) 0.0000000 UZF054 + 455 (5,55) 0.0000000 UZF055 + 456 (5,56) 0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 2 STEP 4 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 0.0000000 UZF042 + 43 (1,43) 0.0000000 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.0000000 UZF051 + 52 (1,52) 0.0000000 UZF052 + 53 (1,53) 0.0000000 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.0000000 UZF061 + 62 (1,62) 0.0000000 UZF062 + 63 (1,63) 0.0000000 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.0000000 UZF071 + 72 (1,72) 0.0000000 UZF072 + 73 (1,73) 0.0000000 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 UZF081 + 82 (1,82) 0.0000000 UZF082 + 83 (1,83) 0.0000000 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.0000000 UZF091 + 92 (1,92) 0.0000000 UZF092 + 93 (1,93) 0.0000000 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) -0.0000000 UZF001 + 102 (2,2) -0.0000000 UZF002 + 103 (2,3) -0.0000000 UZF003 + 104 (2,4) -0.0000000 UZF004 + 105 (2,5) -0.0000000 UZF005 + 106 (2,6) -0.0000000 UZF006 + 107 (2,7) -0.0000000 UZF007 + 108 (2,8) -0.0000000 UZF008 + 109 (2,9) -0.0000000 UZF009 + 110 (2,10) -0.0000000 UZF010 + 111 (2,11) -0.0000000 UZF011 + 112 (2,12) -0.0000000 UZF012 + 113 (2,13) -0.0000000 UZF013 + 114 (2,14) -0.0000000 UZF014 + 115 (2,15) -0.0000000 UZF015 + 116 (2,16) -0.0000000 UZF016 + 117 (2,17) -0.0000000 UZF017 + 118 (2,18) -0.0000000 UZF018 + 119 (2,19) -0.0000000 UZF019 + 120 (2,20) -0.0000000 UZF020 + 121 (2,21) -0.0000000 UZF021 + 122 (2,22) -0.0000000 UZF022 + 123 (2,23) -0.0000000 UZF023 + 124 (2,24) -0.0000000 UZF024 + 125 (2,25) -0.0000000 UZF025 + 126 (2,26) -0.0000000 UZF026 + 127 (2,27) -0.0000000 UZF027 + 128 (2,28) -0.0000000 UZF028 + 129 (2,29) -0.0000000 UZF029 + 130 (2,30) -0.0000000 UZF030 + 131 (2,31) -0.0000000 UZF031 + 132 (2,32) -0.0000000 UZF032 + 133 (2,33) -0.0000000 UZF033 + 134 (2,34) -0.0000000 UZF034 + 135 (2,35) -0.0000000 UZF035 + 136 (2,36) -0.0000000 UZF036 + 137 (2,37) -0.0000000 UZF037 + 138 (2,38) -0.0000000 UZF038 + 139 (2,39) -0.0000000 UZF039 + 140 (2,40) -0.0000000 UZF040 + 141 (2,41) -0.0000000 UZF041 + 142 (2,42) -0.0000000 UZF042 + 143 (2,43) -0.0000000 UZF043 + 144 (2,44) -0.0000000 UZF044 + 145 (2,45) -0.0000000 UZF045 + 146 (2,46) -0.0000000 UZF046 + 147 (2,47) -0.0000000 UZF047 + 148 (2,48) -0.0000000 UZF048 + 149 (2,49) -0.0000000 UZF049 + 150 (2,50) -0.0000000 UZF050 + 151 (2,51) 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UZF015 + 216 (3,16) -0.0000000 UZF016 + 217 (3,17) -0.0000000 UZF017 + 218 (3,18) -0.0000000 UZF018 + 219 (3,19) -0.0000000 UZF019 + 220 (3,20) -0.0000000 UZF020 + 221 (3,21) -0.0000000 UZF021 + 222 (3,22) -0.0000000 UZF022 + 223 (3,23) -0.0000000 UZF023 + 224 (3,24) -0.0000000 UZF024 + 225 (3,25) -0.0000000 UZF025 + 226 (3,26) -0.0000000 UZF026 + 227 (3,27) -0.0000000 UZF027 + 228 (3,28) -0.0000000 UZF028 + 229 (3,29) -0.0000000 UZF029 + 230 (3,30) -0.0000000 UZF030 + 231 (3,31) -0.0000000 UZF031 + 232 (3,32) -0.0000000 UZF032 + 233 (3,33) -0.0000000 UZF033 + 234 (3,34) -0.0000000 UZF034 + 235 (3,35) -0.0000000 UZF035 + 236 (3,36) -0.0000000 UZF036 + 237 (3,37) -0.0000000 UZF037 + 238 (3,38) -0.0000000 UZF038 + 239 (3,39) -0.0000000 UZF039 + 240 (3,40) -0.0000000 UZF040 + 241 (3,41) -0.0000000 UZF041 + 242 (3,42) -0.0000000 UZF042 + 243 (3,43) -0.0000000 UZF043 + 244 (3,44) -0.0000000 UZF044 + 245 (3,45) -0.0000000 UZF045 + 246 (3,46) -0.0000000 UZF046 + 247 (3,47) -0.0000000 UZF047 + 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UZF008 + 409 (5,9) -0.0000000 UZF009 + 410 (5,10) -0.0000000 UZF010 + 411 (5,11) -0.0000000 UZF011 + 412 (5,12) -0.0000000 UZF012 + 413 (5,13) -0.0000000 UZF013 + 414 (5,14) -0.0000000 UZF014 + 415 (5,15) -0.0000000 UZF015 + 416 (5,16) -0.0000000 UZF016 + 417 (5,17) -0.0000000 UZF017 + 418 (5,18) -0.0000000 UZF018 + 419 (5,19) -0.0000000 UZF019 + 420 (5,20) -0.0000000 UZF020 + 421 (5,21) -0.0000000 UZF021 + 422 (5,22) -0.0000000 UZF022 + 423 (5,23) -0.0000000 UZF023 + 424 (5,24) -0.0000000 UZF024 + 425 (5,25) -0.0000000 UZF025 + 426 (5,26) -0.0000000 UZF026 + 427 (5,27) -0.0000000 UZF027 + 428 (5,28) -0.0000000 UZF028 + 429 (5,29) -0.0000000 UZF029 + 430 (5,30) -0.0000000 UZF030 + 431 (5,31) -0.0000000 UZF031 + 432 (5,32) -0.0000000 UZF032 + 433 (5,33) -0.0000000 UZF033 + 434 (5,34) -0.0000000 UZF034 + 435 (5,35) -0.0000000 UZF035 + 436 (5,36) -0.0000000 UZF036 + 437 (5,37) -0.0000000 UZF037 + 438 (5,38) -0.0000000 UZF038 + 439 (5,39) -0.0000000 UZF039 + 440 (5,40) -0.0000000 UZF040 + 441 (5,41) -0.0000000 UZF041 + 442 (5,42) -0.0000000 UZF042 + 443 (5,43) -0.0000000 UZF043 + 444 (5,44) -0.0000000 UZF044 + 445 (5,45) -0.0000000 UZF045 + 446 (5,46) -0.0000000 UZF046 + 447 (5,47) -0.0000000 UZF047 + 448 (5,48) -0.0000000 UZF048 + 449 (5,49) -0.0000000 UZF049 + 450 (5,50) -0.0000000 UZF050 + 451 (5,51) -0.0000000 UZF051 + 452 (5,52) -0.0000000 UZF052 + 453 (5,53) -0.0000000 UZF053 + 454 (5,54) -0.0000000 UZF054 + 455 (5,55) -0.0000000 UZF055 + 456 (5,56) -0.0000000 UZF056 + 457 (5,57) -0.0000000 UZF057 + 458 (5,58) -0.0000000 UZF058 + 459 (5,59) -0.0000000 UZF059 + 460 (5,60) -0.0000000 UZF060 + 461 (5,61) -0.0000000 UZF061 + 462 (5,62) -0.0000000 UZF062 + 463 (5,63) -0.0000000 UZF063 + 464 (5,64) -0.0000000 UZF064 + 465 (5,65) -0.0000000 UZF065 + 466 (5,66) -0.0000000 UZF066 + 467 (5,67) -0.0000000 UZF067 + 468 (5,68) -0.0000000 UZF068 + 469 (5,69) -0.0000000 UZF069 + 470 (5,70) -0.0000000 UZF070 + 471 (5,71) -0.0000000 UZF071 + 472 (5,72) -0.0000000 UZF072 + 473 (5,73) -0.0000000 UZF073 + 474 (5,74) -0.0000000 UZF074 + 475 (5,75) -0.0000000 UZF075 + 476 (5,76) -0.0000000 UZF076 + 477 (5,77) -0.0000000 UZF077 + 478 (5,78) -0.0000000 UZF078 + 479 (5,79) -0.0000000 UZF079 + 480 (5,80) -0.0000000 UZF080 + 481 (5,81) -0.0000000 UZF081 + 482 (5,82) -0.0000000 UZF082 + 483 (5,83) -0.0000000 UZF083 + 484 (5,84) -0.0000000 UZF084 + 485 (5,85) -0.0000000 UZF085 + 486 (5,86) -0.0000000 UZF086 + 487 (5,87) -0.0000000 UZF087 + 488 (5,88) -0.0000000 UZF088 + 489 (5,89) -0.0000000 UZF089 + 490 (5,90) -0.0000000 UZF090 + 491 (5,91) -0.0000000 UZF091 + 492 (5,92) -0.0000000 UZF092 + 493 (5,93) -0.0000000 UZF093 + 494 (5,94) -0.0000000 UZF094 + 495 (5,95) -0.0000000 UZF095 + 496 (5,96) -0.0000000 UZF096 + 497 (5,97) -0.0000000 UZF097 + 498 (5,98) -0.0000000 UZF098 + 499 (5,99) -0.0000000 UZF099 + 500 (5,100) -0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWET PACKAGE (UZF_0) FLOW RATES PERIOD 2 STEP 4 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) -4.63473330E-04 UZF001 + 2 (1,2) -4.57310816E-04 UZF002 + 3 (1,3) -4.45167012E-04 UZF003 + 4 (1,4) -4.26638409E-04 UZF004 + 5 (1,5) -0.0000000 UZF005 + 6 (1,6) -0.0000000 UZF006 + 7 (1,7) -0.0000000 UZF007 + 8 (1,8) -0.0000000 UZF008 + 9 (1,9) -0.0000000 UZF009 + 10 (1,10) -0.0000000 UZF010 + 11 (1,11) -4.63473330E-04 UZF011 + 12 (1,12) -4.57310816E-04 UZF012 + 13 (1,13) -4.45167012E-04 UZF013 + 14 (1,14) -4.26638409E-04 UZF014 + 15 (1,15) -0.0000000 UZF015 + 16 (1,16) -0.0000000 UZF016 + 17 (1,17) -0.0000000 UZF017 + 18 (1,18) -0.0000000 UZF018 + 19 (1,19) -0.0000000 UZF019 + 20 (1,20) -0.0000000 UZF020 + 21 (1,21) -4.63473330E-04 UZF021 + 22 (1,22) -4.57310816E-04 UZF022 + 23 (1,23) -4.45167012E-04 UZF023 + 24 (1,24) -4.26638409E-04 UZF024 + 25 (1,25) -0.0000000 UZF025 + 26 (1,26) -0.0000000 UZF026 + 27 (1,27) -0.0000000 UZF027 + 28 (1,28) -0.0000000 UZF028 + 29 (1,29) -0.0000000 UZF029 + 30 (1,30) -0.0000000 UZF030 + 31 (1,31) -4.63473330E-04 UZF031 + 32 (1,32) -4.57310816E-04 UZF032 + 33 (1,33) -4.45167012E-04 UZF033 + 34 (1,34) -4.26638409E-04 UZF034 + 35 (1,35) -0.0000000 UZF035 + 36 (1,36) -0.0000000 UZF036 + 37 (1,37) -0.0000000 UZF037 + 38 (1,38) -0.0000000 UZF038 + 39 (1,39) -0.0000000 UZF039 + 40 (1,40) -0.0000000 UZF040 + 41 (1,41) -4.63473330E-04 UZF041 + 42 (1,42) -4.57310816E-04 UZF042 + 43 (1,43) -4.45167012E-04 UZF043 + 44 (1,44) -4.26638409E-04 UZF044 + 45 (1,45) -0.0000000 UZF045 + 46 (1,46) -0.0000000 UZF046 + 47 (1,47) -0.0000000 UZF047 + 48 (1,48) -0.0000000 UZF048 + 49 (1,49) -0.0000000 UZF049 + 50 (1,50) -0.0000000 UZF050 + 51 (1,51) -4.63473330E-04 UZF051 + 52 (1,52) -4.57310816E-04 UZF052 + 53 (1,53) -4.45167012E-04 UZF053 + 54 (1,54) -4.26638409E-04 UZF054 + 55 (1,55) -0.0000000 UZF055 + 56 (1,56) -0.0000000 UZF056 + 57 (1,57) -0.0000000 UZF057 + 58 (1,58) -0.0000000 UZF058 + 59 (1,59) -0.0000000 UZF059 + 60 (1,60) -0.0000000 UZF060 + 61 (1,61) -4.63473330E-04 UZF061 + 62 (1,62) -4.57310816E-04 UZF062 + 63 (1,63) -4.45167012E-04 UZF063 + 64 (1,64) -4.26638409E-04 UZF064 + 65 (1,65) -0.0000000 UZF065 + 66 (1,66) -0.0000000 UZF066 + 67 (1,67) -0.0000000 UZF067 + 68 (1,68) -0.0000000 UZF068 + 69 (1,69) -0.0000000 UZF069 + 70 (1,70) -0.0000000 UZF070 + 71 (1,71) -4.63473330E-04 UZF071 + 72 (1,72) -4.57310816E-04 UZF072 + 73 (1,73) -4.45167012E-04 UZF073 + 74 (1,74) -4.26638409E-04 UZF074 + 75 (1,75) -0.0000000 UZF075 + 76 (1,76) -0.0000000 UZF076 + 77 (1,77) -0.0000000 UZF077 + 78 (1,78) -0.0000000 UZF078 + 79 (1,79) -0.0000000 UZF079 + 80 (1,80) -0.0000000 UZF080 + 81 (1,81) -4.63473330E-04 UZF081 + 82 (1,82) -4.57310816E-04 UZF082 + 83 (1,83) -4.45167012E-04 UZF083 + 84 (1,84) -4.26638409E-04 UZF084 + 85 (1,85) -0.0000000 UZF085 + 86 (1,86) -0.0000000 UZF086 + 87 (1,87) -0.0000000 UZF087 + 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51 52 53 54 55 56 57 58 59 60 + 61 62 63 64 65 66 67 68 69 70 + 71 72 73 74 75 76 77 78 79 80 + 81 82 83 84 85 86 87 88 89 90 + 91 92 93 94 95 96 97 98 99 100 + ................................................................................................................................................................ + 1 18.4204 18.3348 18.1619 17.8987 17.5398 17.0775 16.5011 15.7978 14.9583 14.0000 + 18.4204 18.3348 18.1619 17.8987 17.5398 17.0775 16.5011 15.7978 14.9583 14.0000 + 18.4204 18.3348 18.1619 17.8987 17.5398 17.0775 16.5011 15.7978 14.9583 14.0000 + 18.4204 18.3348 18.1619 17.8987 17.5398 17.0775 16.5011 15.7978 14.9583 14.0000 + 18.4204 18.3348 18.1619 17.8987 17.5398 17.0775 16.5011 15.7978 14.9583 14.0000 + 18.4204 18.3348 18.1619 17.8987 17.5398 17.0775 16.5011 15.7978 14.9583 14.0000 + 18.4204 18.3348 18.1619 17.8987 17.5398 17.0775 16.5011 15.7978 14.9583 14.0000 + 18.4204 18.3348 18.1619 17.8987 17.5398 17.0775 16.5011 15.7978 14.9583 14.0000 + 18.4204 18.3348 18.1619 17.8987 17.5398 17.0775 16.5011 15.7978 14.9583 14.0000 + 18.4204 18.3348 18.1619 17.8987 17.5398 17.0775 16.5011 15.7978 14.9583 14.0000 + + HEAD WILL BE SAVED ON UNIT 1016 AT END OF TIME STEP 4, STRESS PERIOD 2 + + + UZF_0 BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 4, STRESS PERIOD 2 + ------------------------------------------------------------------------------ + + CUMULATIVE UZF_0 L**3 RATES FOR THIS TIME STEP L**3/T + ------------------ ------------------------ + + IN: IN: + --- --- + GWF = 0.0000 GWF = 0.0000 + INFILTRATION = 270.0000 INFILTRATION = 15.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.0000 UZET = 0.0000 + STORAGE = 16.5994 STORAGE = 0.0000 + + TOTAL IN = 286.5994 TOTAL IN = 15.0000 + + OUT: OUT: + ---- ---- + GWF = 273.4268 GWF = 14.8496 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.6762 UZET = 3.9535E-02 + STORAGE = 12.4964 STORAGE = 0.1108 + + TOTAL OUT = 286.5994 TOTAL OUT = 15.0000 + + IN - OUT = 1.6900E-06 IN - OUT = 2.3093E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 4, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.7069E-02 STO-SS = 2.1696E-04 STORAGE + STO-SY = 37.3232 STO-SY = 0.4392 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 273.4268 UZF-GWRCH = 14.8496 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 310.7971 TOTAL IN = 15.2891 + + OUT: OUT: + ---- ---- + STO-SS = 7.9608E-04 STO-SS = 0.0000 STORAGE + STO-SY = 11.9499 STO-SY = 0.0000 STORAGE + GHB = 297.8819 GHB = 15.2390 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.9646 UZF-GWET = 5.0028E-02 UZF_0 + + TOTAL OUT = 310.7971 TOTAL OUT = 15.2891 + + IN - OUT = -6.6273E-07 IN - OUT = -5.5939E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 4 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 6.91200E+05 11520. 192.00 8.0000 2.19028E-02 + TOTAL TIME 1.55520E+06 25920. 432.00 18.000 4.92813E-02 + + +end timestep + + +start timestep kper="2" kstp="5" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1015 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1015 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1015 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1015 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1011 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 5, STRESS PERIOD 2 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 2 STEP 5 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.0358054 + 2 (4,20) -1.0358054 + 3 (4,30) -1.0358054 + 4 (4,40) -1.0358054 + 5 (4,50) -1.0358054 + 6 (4,60) -1.0358054 + 7 (4,70) -1.0358054 + 8 (4,80) -1.0358054 + 9 (4,90) -1.0358054 + 10 (4,100) -1.0358054 + 11 (5,10) -0.47447799 + 12 (5,20) -0.47447799 + 13 (5,30) -0.47447799 + 14 (5,40) -0.47447799 + 15 (5,50) -0.47447799 + 16 (5,60) -0.47447799 + 17 (5,70) -0.47447799 + 18 (5,80) -0.47447799 + 19 (5,90) -0.47447799 + 20 (5,100) -0.47447799 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 2 STEP 5 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14793295 UZF001 + 2 (1,2) 0.14774731 UZF002 + 3 (1,3) 0.14651291 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14793295 UZF011 + 12 (1,12) 0.14774731 UZF012 + 13 (1,13) 0.14651291 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14793295 UZF021 + 22 (1,22) 0.14774731 UZF022 + 23 (1,23) 0.14651291 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14793295 UZF031 + 32 (1,32) 0.14774731 UZF032 + 33 (1,33) 0.14651291 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14793295 UZF041 + 42 (1,42) 0.14774731 UZF042 + 43 (1,43) 0.14651291 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14793295 UZF051 + 52 (1,52) 0.14774731 UZF052 + 53 (1,53) 0.14651291 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14793295 UZF061 + 62 (1,62) 0.14774731 UZF062 + 63 (1,63) 0.14651291 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14793295 UZF071 + 72 (1,72) 0.14774731 UZF072 + 73 (1,73) 0.14651291 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14793295 UZF081 + 82 (1,82) 0.14774731 UZF082 + 83 (1,83) 0.14651291 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14793295 UZF091 + 92 (1,92) 0.14774731 UZF092 + 93 (1,93) 0.14651291 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.11805883 UZF004 + 105 (2,5) 0.14740460 UZF005 + 106 (2,6) 0.14788301 UZF006 + 107 (2,7) 0.14820776 UZF007 + 108 (2,8) 0.14844054 UZF008 + 109 (2,9) 0.14860354 UZF009 + 110 (2,10) 0.14869364 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.11805883 UZF014 + 115 (2,15) 0.14740460 UZF015 + 116 (2,16) 0.14788301 UZF016 + 117 (2,17) 0.14820776 UZF017 + 118 (2,18) 0.14844054 UZF018 + 119 (2,19) 0.14860354 UZF019 + 120 (2,20) 0.14869364 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.11805883 UZF024 + 125 (2,25) 0.14740460 UZF025 + 126 (2,26) 0.14788301 UZF026 + 127 (2,27) 0.14820776 UZF027 + 128 (2,28) 0.14844054 UZF028 + 129 (2,29) 0.14860354 UZF029 + 130 (2,30) 0.14869364 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.11805883 UZF034 + 135 (2,35) 0.14740460 UZF035 + 136 (2,36) 0.14788301 UZF036 + 137 (2,37) 0.14820776 UZF037 + 138 (2,38) 0.14844054 UZF038 + 139 (2,39) 0.14860354 UZF039 + 140 (2,40) 0.14869364 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.11805883 UZF044 + 145 (2,45) 0.14740460 UZF045 + 146 (2,46) 0.14788301 UZF046 + 147 (2,47) 0.14820776 UZF047 + 148 (2,48) 0.14844054 UZF048 + 149 (2,49) 0.14860354 UZF049 + 150 (2,50) 0.14869364 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.11805883 UZF054 + 155 (2,55) 0.14740460 UZF055 + 156 (2,56) 0.14788301 UZF056 + 157 (2,57) 0.14820776 UZF057 + 158 (2,58) 0.14844054 UZF058 + 159 (2,59) 0.14860354 UZF059 + 160 (2,60) 0.14869364 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.11805883 UZF064 + 165 (2,65) 0.14740460 UZF065 + 166 (2,66) 0.14788301 UZF066 + 167 (2,67) 0.14820776 UZF067 + 168 (2,68) 0.14844054 UZF068 + 169 (2,69) 0.14860354 UZF069 + 170 (2,70) 0.14869364 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.11805883 UZF074 + 175 (2,75) 0.14740460 UZF075 + 176 (2,76) 0.14788301 UZF076 + 177 (2,77) 0.14820776 UZF077 + 178 (2,78) 0.14844054 UZF078 + 179 (2,79) 0.14860354 UZF079 + 180 (2,80) 0.14869364 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.11805883 UZF084 + 185 (2,85) 0.14740460 UZF085 + 186 (2,86) 0.14788301 UZF086 + 187 (2,87) 0.14820776 UZF087 + 188 (2,88) 0.14844054 UZF088 + 189 (2,89) 0.14860354 UZF089 + 190 (2,90) 0.14869364 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.11805883 UZF094 + 195 (2,95) 0.14740460 UZF095 + 196 (2,96) 0.14788301 UZF096 + 197 (2,97) 0.14820776 UZF097 + 198 (2,98) 0.14844054 UZF098 + 199 (2,99) 0.14860354 UZF099 + 200 (2,100) 0.14869364 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 0.0000000 UZF076 + 277 (3,77) 0.0000000 UZF077 + 278 (3,78) 0.0000000 UZF078 + 279 (3,79) 0.0000000 UZF079 + 280 (3,80) 0.0000000 UZF080 + 281 (3,81) 0.0000000 UZF081 + 282 (3,82) 0.0000000 UZF082 + 283 (3,83) 0.0000000 UZF083 + 284 (3,84) 0.0000000 UZF084 + 285 (3,85) 0.0000000 UZF085 + 286 (3,86) 0.0000000 UZF086 + 287 (3,87) 0.0000000 UZF087 + 288 (3,88) 0.0000000 UZF088 + 289 (3,89) 0.0000000 UZF089 + 290 (3,90) 0.0000000 UZF090 + 291 (3,91) 0.0000000 UZF091 + 292 (3,92) 0.0000000 UZF092 + 293 (3,93) 0.0000000 UZF093 + 294 (3,94) 0.0000000 UZF094 + 295 (3,95) 0.0000000 UZF095 + 296 (3,96) 0.0000000 UZF096 + 297 (3,97) 0.0000000 UZF097 + 298 (3,98) 0.0000000 UZF098 + 299 (3,99) 0.0000000 UZF099 + 300 (3,100) 0.0000000 UZF100 + 301 (4,1) 0.0000000 UZF001 + 302 (4,2) 0.0000000 UZF002 + 303 (4,3) 0.0000000 UZF003 + 304 (4,4) 0.0000000 UZF004 + 305 (4,5) 0.0000000 UZF005 + 306 (4,6) 0.0000000 UZF006 + 307 (4,7) 0.0000000 UZF007 + 308 (4,8) 0.0000000 UZF008 + 309 (4,9) 0.0000000 UZF009 + 310 (4,10) 0.0000000 UZF010 + 311 (4,11) 0.0000000 UZF011 + 312 (4,12) 0.0000000 UZF012 + 313 (4,13) 0.0000000 UZF013 + 314 (4,14) 0.0000000 UZF014 + 315 (4,15) 0.0000000 UZF015 + 316 (4,16) 0.0000000 UZF016 + 317 (4,17) 0.0000000 UZF017 + 318 (4,18) 0.0000000 UZF018 + 319 (4,19) 0.0000000 UZF019 + 320 (4,20) 0.0000000 UZF020 + 321 (4,21) 0.0000000 UZF021 + 322 (4,22) 0.0000000 UZF022 + 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0.0000000 UZF056 + 357 (4,57) 0.0000000 UZF057 + 358 (4,58) 0.0000000 UZF058 + 359 (4,59) 0.0000000 UZF059 + 360 (4,60) 0.0000000 UZF060 + 361 (4,61) 0.0000000 UZF061 + 362 (4,62) 0.0000000 UZF062 + 363 (4,63) 0.0000000 UZF063 + 364 (4,64) 0.0000000 UZF064 + 365 (4,65) 0.0000000 UZF065 + 366 (4,66) 0.0000000 UZF066 + 367 (4,67) 0.0000000 UZF067 + 368 (4,68) 0.0000000 UZF068 + 369 (4,69) 0.0000000 UZF069 + 370 (4,70) 0.0000000 UZF070 + 371 (4,71) 0.0000000 UZF071 + 372 (4,72) 0.0000000 UZF072 + 373 (4,73) 0.0000000 UZF073 + 374 (4,74) 0.0000000 UZF074 + 375 (4,75) 0.0000000 UZF075 + 376 (4,76) 0.0000000 UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 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0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 2 STEP 5 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 0.0000000 UZF042 + 43 (1,43) 0.0000000 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.0000000 UZF051 + 52 (1,52) 0.0000000 UZF052 + 53 (1,53) 0.0000000 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.0000000 UZF061 + 62 (1,62) 0.0000000 UZF062 + 63 (1,63) 0.0000000 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.0000000 UZF071 + 72 (1,72) 0.0000000 UZF072 + 73 (1,73) 0.0000000 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 UZF081 + 82 (1,82) 0.0000000 UZF082 + 83 (1,83) 0.0000000 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.0000000 UZF091 + 92 (1,92) 0.0000000 UZF092 + 93 (1,93) 0.0000000 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) -0.0000000 UZF001 + 102 (2,2) -0.0000000 UZF002 + 103 (2,3) -0.0000000 UZF003 + 104 (2,4) -0.0000000 UZF004 + 105 (2,5) -0.0000000 UZF005 + 106 (2,6) -0.0000000 UZF006 + 107 (2,7) -0.0000000 UZF007 + 108 (2,8) -0.0000000 UZF008 + 109 (2,9) -0.0000000 UZF009 + 110 (2,10) -0.0000000 UZF010 + 111 (2,11) -0.0000000 UZF011 + 112 (2,12) -0.0000000 UZF012 + 113 (2,13) -0.0000000 UZF013 + 114 (2,14) 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UZF010 + 211 (3,11) -0.0000000 UZF011 + 212 (3,12) -0.0000000 UZF012 + 213 (3,13) -0.0000000 UZF013 + 214 (3,14) -0.0000000 UZF014 + 215 (3,15) -0.0000000 UZF015 + 216 (3,16) -0.0000000 UZF016 + 217 (3,17) -0.0000000 UZF017 + 218 (3,18) -0.0000000 UZF018 + 219 (3,19) -0.0000000 UZF019 + 220 (3,20) -0.0000000 UZF020 + 221 (3,21) -0.0000000 UZF021 + 222 (3,22) -0.0000000 UZF022 + 223 (3,23) -0.0000000 UZF023 + 224 (3,24) -0.0000000 UZF024 + 225 (3,25) -0.0000000 UZF025 + 226 (3,26) -0.0000000 UZF026 + 227 (3,27) -0.0000000 UZF027 + 228 (3,28) -0.0000000 UZF028 + 229 (3,29) -0.0000000 UZF029 + 230 (3,30) -0.0000000 UZF030 + 231 (3,31) -0.0000000 UZF031 + 232 (3,32) -0.0000000 UZF032 + 233 (3,33) -0.0000000 UZF033 + 234 (3,34) -0.0000000 UZF034 + 235 (3,35) -0.0000000 UZF035 + 236 (3,36) -0.0000000 UZF036 + 237 (3,37) -0.0000000 UZF037 + 238 (3,38) -0.0000000 UZF038 + 239 (3,39) -0.0000000 UZF039 + 240 (3,40) -0.0000000 UZF040 + 241 (3,41) -0.0000000 UZF041 + 242 (3,42) -0.0000000 UZF042 + 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0.0000 + + TOTAL IN = 316.5994 TOTAL IN = 15.0000 + + OUT: OUT: + ---- ---- + GWF = 302.4165 GWF = 14.4949 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.7565 UZET = 4.0162E-02 + STORAGE = 13.4263 STORAGE = 0.4650 + + TOTAL OUT = 316.5994 TOTAL OUT = 15.0000 + + IN - OUT = 1.6900E-06 IN - OUT = 2.6645E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 5, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.7752E-02 STO-SS = 3.4150E-04 STORAGE + STO-SY = 38.6356 STO-SY = 0.6562 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 302.4165 UZF-GWRCH = 14.4949 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 341.0999 TOTAL IN = 15.1514 + + OUT: OUT: + ---- ---- + STO-SS = 7.9608E-04 STO-SS = 0.0000 STORAGE + STO-SY = 11.9499 STO-SY = 0.0000 STORAGE + GHB = 328.0875 GHB = 15.1028 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 1.0617 UZF-GWET = 4.8597E-02 UZF_0 + + TOTAL OUT = 341.0999 TOTAL OUT = 15.1514 + + IN - OUT = -7.0010E-07 IN - OUT = -1.8685E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 5 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 8.64000E+05 14400. 240.00 10.000 2.73785E-02 + TOTAL TIME 1.72800E+06 28800. 480.00 20.000 5.47570E-02 + + +end timestep + + +start timestep kper="3" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 3 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 3 IS TRANSIENT + + UBDSV1 SAVING STO-SS ON UNIT 1015 AT TIME STEP 1, STRESS PERIOD 3 + UBDSV1 SAVING STO-SY ON UNIT 1015 AT TIME STEP 1, STRESS PERIOD 3 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1015 AT TIME STEP 1, STRESS PERIOD 3 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1015 AT TIME STEP 1, STRESS PERIOD 3 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 1, STRESS PERIOD 3 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 1, STRESS PERIOD 3 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 1, STRESS PERIOD 3 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 1, STRESS PERIOD 3 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1011 AT TIME STEP 1, STRESS PERIOD 3 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 1, STRESS PERIOD 3 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 1, STRESS PERIOD 3 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 1, STRESS PERIOD 3 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 1, STRESS PERIOD 3 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 3 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.0326919 + 2 (4,20) -1.0326919 + 3 (4,30) -1.0326919 + 4 (4,40) -1.0326919 + 5 (4,50) -1.0326919 + 6 (4,60) -1.0326919 + 7 (4,70) -1.0326919 + 8 (4,80) -1.0326919 + 9 (4,90) -1.0326919 + 10 (4,100) -1.0326919 + 11 (5,10) -0.47329087 + 12 (5,20) -0.47329087 + 13 (5,30) -0.47329087 + 14 (5,40) -0.47329087 + 15 (5,50) -0.47329087 + 16 (5,60) -0.47329087 + 17 (5,70) -0.47329087 + 18 (5,80) -0.47329087 + 19 (5,90) -0.47329087 + 20 (5,100) -0.47329087 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 3 STEP 1 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14856659 UZF001 + 2 (1,2) 0.14860906 UZF002 + 3 (1,3) 0.14874821 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14856659 UZF011 + 12 (1,12) 0.14860906 UZF012 + 13 (1,13) 0.14874821 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14856659 UZF021 + 22 (1,22) 0.14860906 UZF022 + 23 (1,23) 0.14874821 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14856659 UZF031 + 32 (1,32) 0.14860906 UZF032 + 33 (1,33) 0.14874821 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14856659 UZF041 + 42 (1,42) 0.14860906 UZF042 + 43 (1,43) 0.14874821 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14856659 UZF051 + 52 (1,52) 0.14860906 UZF052 + 53 (1,53) 0.14874821 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14856659 UZF061 + 62 (1,62) 0.14860906 UZF062 + 63 (1,63) 0.14874821 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14856659 UZF071 + 72 (1,72) 0.14860906 UZF072 + 73 (1,73) 0.14874821 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14856659 UZF081 + 82 (1,82) 0.14860906 UZF082 + 83 (1,83) 0.14874821 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14856659 UZF091 + 92 (1,92) 0.14860906 UZF092 + 93 (1,93) 0.14874821 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.14989469 UZF004 + 105 (2,5) 0.14941944 UZF005 + 106 (2,6) 0.14919217 UZF006 + 107 (2,7) 0.14909918 UZF007 + 108 (2,8) 0.14906808 UZF008 + 109 (2,9) 0.14906190 UZF009 + 110 (2,10) 0.14906050 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.14989469 UZF014 + 115 (2,15) 0.14941944 UZF015 + 116 (2,16) 0.14919217 UZF016 + 117 (2,17) 0.14909918 UZF017 + 118 (2,18) 0.14906808 UZF018 + 119 (2,19) 0.14906190 UZF019 + 120 (2,20) 0.14906050 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.14989469 UZF024 + 125 (2,25) 0.14941944 UZF025 + 126 (2,26) 0.14919217 UZF026 + 127 (2,27) 0.14909918 UZF027 + 128 (2,28) 0.14906808 UZF028 + 129 (2,29) 0.14906190 UZF029 + 130 (2,30) 0.14906050 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.14989469 UZF034 + 135 (2,35) 0.14941944 UZF035 + 136 (2,36) 0.14919217 UZF036 + 137 (2,37) 0.14909918 UZF037 + 138 (2,38) 0.14906808 UZF038 + 139 (2,39) 0.14906190 UZF039 + 140 (2,40) 0.14906050 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.14989469 UZF044 + 145 (2,45) 0.14941944 UZF045 + 146 (2,46) 0.14919217 UZF046 + 147 (2,47) 0.14909918 UZF047 + 148 (2,48) 0.14906808 UZF048 + 149 (2,49) 0.14906190 UZF049 + 150 (2,50) 0.14906050 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.14989469 UZF054 + 155 (2,55) 0.14941944 UZF055 + 156 (2,56) 0.14919217 UZF056 + 157 (2,57) 0.14909918 UZF057 + 158 (2,58) 0.14906808 UZF058 + 159 (2,59) 0.14906190 UZF059 + 160 (2,60) 0.14906050 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.14989469 UZF064 + 165 (2,65) 0.14941944 UZF065 + 166 (2,66) 0.14919217 UZF066 + 167 (2,67) 0.14909918 UZF067 + 168 (2,68) 0.14906808 UZF068 + 169 (2,69) 0.14906190 UZF069 + 170 (2,70) 0.14906050 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.14989469 UZF074 + 175 (2,75) 0.14941944 UZF075 + 176 (2,76) 0.14919217 UZF076 + 177 (2,77) 0.14909918 UZF077 + 178 (2,78) 0.14906808 UZF078 + 179 (2,79) 0.14906190 UZF079 + 180 (2,80) 0.14906050 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.14989469 UZF084 + 185 (2,85) 0.14941944 UZF085 + 186 (2,86) 0.14919217 UZF086 + 187 (2,87) 0.14909918 UZF087 + 188 (2,88) 0.14906808 UZF088 + 189 (2,89) 0.14906190 UZF089 + 190 (2,90) 0.14906050 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.14989469 UZF094 + 195 (2,95) 0.14941944 UZF095 + 196 (2,96) 0.14919217 UZF096 + 197 (2,97) 0.14909918 UZF097 + 198 (2,98) 0.14906808 UZF098 + 199 (2,99) 0.14906190 UZF099 + 200 (2,100) 0.14906050 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 0.0000000 UZF076 + 277 (3,77) 0.0000000 UZF077 + 278 (3,78) 0.0000000 UZF078 + 279 (3,79) 0.0000000 UZF079 + 280 (3,80) 0.0000000 UZF080 + 281 (3,81) 0.0000000 UZF081 + 282 (3,82) 0.0000000 UZF082 + 283 (3,83) 0.0000000 UZF083 + 284 (3,84) 0.0000000 UZF084 + 285 (3,85) 0.0000000 UZF085 + 286 (3,86) 0.0000000 UZF086 + 287 (3,87) 0.0000000 UZF087 + 288 (3,88) 0.0000000 UZF088 + 289 (3,89) 0.0000000 UZF089 + 290 (3,90) 0.0000000 UZF090 + 291 (3,91) 0.0000000 UZF091 + 292 (3,92) 0.0000000 UZF092 + 293 (3,93) 0.0000000 UZF093 + 294 (3,94) 0.0000000 UZF094 + 295 (3,95) 0.0000000 UZF095 + 296 (3,96) 0.0000000 UZF096 + 297 (3,97) 0.0000000 UZF097 + 298 (3,98) 0.0000000 UZF098 + 299 (3,99) 0.0000000 UZF099 + 300 (3,100) 0.0000000 UZF100 + 301 (4,1) 0.0000000 UZF001 + 302 (4,2) 0.0000000 UZF002 + 303 (4,3) 0.0000000 UZF003 + 304 (4,4) 0.0000000 UZF004 + 305 (4,5) 0.0000000 UZF005 + 306 (4,6) 0.0000000 UZF006 + 307 (4,7) 0.0000000 UZF007 + 308 (4,8) 0.0000000 UZF008 + 309 (4,9) 0.0000000 UZF009 + 310 (4,10) 0.0000000 UZF010 + 311 (4,11) 0.0000000 UZF011 + 312 (4,12) 0.0000000 UZF012 + 313 (4,13) 0.0000000 UZF013 + 314 (4,14) 0.0000000 UZF014 + 315 (4,15) 0.0000000 UZF015 + 316 (4,16) 0.0000000 UZF016 + 317 (4,17) 0.0000000 UZF017 + 318 (4,18) 0.0000000 UZF018 + 319 (4,19) 0.0000000 UZF019 + 320 (4,20) 0.0000000 UZF020 + 321 (4,21) 0.0000000 UZF021 + 322 (4,22) 0.0000000 UZF022 + 323 (4,23) 0.0000000 UZF023 + 324 (4,24) 0.0000000 UZF024 + 325 (4,25) 0.0000000 UZF025 + 326 (4,26) 0.0000000 UZF026 + 327 (4,27) 0.0000000 UZF027 + 328 (4,28) 0.0000000 UZF028 + 329 (4,29) 0.0000000 UZF029 + 330 (4,30) 0.0000000 UZF030 + 331 (4,31) 0.0000000 UZF031 + 332 (4,32) 0.0000000 UZF032 + 333 (4,33) 0.0000000 UZF033 + 334 (4,34) 0.0000000 UZF034 + 335 (4,35) 0.0000000 UZF035 + 336 (4,36) 0.0000000 UZF036 + 337 (4,37) 0.0000000 UZF037 + 338 (4,38) 0.0000000 UZF038 + 339 (4,39) 0.0000000 UZF039 + 340 (4,40) 0.0000000 UZF040 + 341 (4,41) 0.0000000 UZF041 + 342 (4,42) 0.0000000 UZF042 + 343 (4,43) 0.0000000 UZF043 + 344 (4,44) 0.0000000 UZF044 + 345 (4,45) 0.0000000 UZF045 + 346 (4,46) 0.0000000 UZF046 + 347 (4,47) 0.0000000 UZF047 + 348 (4,48) 0.0000000 UZF048 + 349 (4,49) 0.0000000 UZF049 + 350 (4,50) 0.0000000 UZF050 + 351 (4,51) 0.0000000 UZF051 + 352 (4,52) 0.0000000 UZF052 + 353 (4,53) 0.0000000 UZF053 + 354 (4,54) 0.0000000 UZF054 + 355 (4,55) 0.0000000 UZF055 + 356 (4,56) 0.0000000 UZF056 + 357 (4,57) 0.0000000 UZF057 + 358 (4,58) 0.0000000 UZF058 + 359 (4,59) 0.0000000 UZF059 + 360 (4,60) 0.0000000 UZF060 + 361 (4,61) 0.0000000 UZF061 + 362 (4,62) 0.0000000 UZF062 + 363 (4,63) 0.0000000 UZF063 + 364 (4,64) 0.0000000 UZF064 + 365 (4,65) 0.0000000 UZF065 + 366 (4,66) 0.0000000 UZF066 + 367 (4,67) 0.0000000 UZF067 + 368 (4,68) 0.0000000 UZF068 + 369 (4,69) 0.0000000 UZF069 + 370 (4,70) 0.0000000 UZF070 + 371 (4,71) 0.0000000 UZF071 + 372 (4,72) 0.0000000 UZF072 + 373 (4,73) 0.0000000 UZF073 + 374 (4,74) 0.0000000 UZF074 + 375 (4,75) 0.0000000 UZF075 + 376 (4,76) 0.0000000 UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 (5,23) 0.0000000 UZF023 + 424 (5,24) 0.0000000 UZF024 + 425 (5,25) 0.0000000 UZF025 + 426 (5,26) 0.0000000 UZF026 + 427 (5,27) 0.0000000 UZF027 + 428 (5,28) 0.0000000 UZF028 + 429 (5,29) 0.0000000 UZF029 + 430 (5,30) 0.0000000 UZF030 + 431 (5,31) 0.0000000 UZF031 + 432 (5,32) 0.0000000 UZF032 + 433 (5,33) 0.0000000 UZF033 + 434 (5,34) 0.0000000 UZF034 + 435 (5,35) 0.0000000 UZF035 + 436 (5,36) 0.0000000 UZF036 + 437 (5,37) 0.0000000 UZF037 + 438 (5,38) 0.0000000 UZF038 + 439 (5,39) 0.0000000 UZF039 + 440 (5,40) 0.0000000 UZF040 + 441 (5,41) 0.0000000 UZF041 + 442 (5,42) 0.0000000 UZF042 + 443 (5,43) 0.0000000 UZF043 + 444 (5,44) 0.0000000 UZF044 + 445 (5,45) 0.0000000 UZF045 + 446 (5,46) 0.0000000 UZF046 + 447 (5,47) 0.0000000 UZF047 + 448 (5,48) 0.0000000 UZF048 + 449 (5,49) 0.0000000 UZF049 + 450 (5,50) 0.0000000 UZF050 + 451 (5,51) 0.0000000 UZF051 + 452 (5,52) 0.0000000 UZF052 + 453 (5,53) 0.0000000 UZF053 + 454 (5,54) 0.0000000 UZF054 + 455 (5,55) 0.0000000 UZF055 + 456 (5,56) 0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 3 STEP 1 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 0.0000000 UZF042 + 43 (1,43) 0.0000000 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.0000000 UZF051 + 52 (1,52) 0.0000000 UZF052 + 53 (1,53) 0.0000000 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.0000000 UZF061 + 62 (1,62) 0.0000000 UZF062 + 63 (1,63) 0.0000000 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.0000000 UZF071 + 72 (1,72) 0.0000000 UZF072 + 73 (1,73) 0.0000000 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 UZF081 + 82 (1,82) 0.0000000 UZF082 + 83 (1,83) 0.0000000 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.0000000 UZF091 + 92 (1,92) 0.0000000 UZF092 + 93 (1,93) 0.0000000 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) -0.0000000 UZF001 + 102 (2,2) -0.0000000 UZF002 + 103 (2,3) -0.0000000 UZF003 + 104 (2,4) -0.0000000 UZF004 + 105 (2,5) -0.0000000 UZF005 + 106 (2,6) -0.0000000 UZF006 + 107 (2,7) -0.0000000 UZF007 + 108 (2,8) -0.0000000 UZF008 + 109 (2,9) -0.0000000 UZF009 + 110 (2,10) -0.0000000 UZF010 + 111 (2,11) -0.0000000 UZF011 + 112 (2,12) -0.0000000 UZF012 + 113 (2,13) -0.0000000 UZF013 + 114 (2,14) -0.0000000 UZF014 + 115 (2,15) -0.0000000 UZF015 + 116 (2,16) -0.0000000 UZF016 + 117 (2,17) -0.0000000 UZF017 + 118 (2,18) -0.0000000 UZF018 + 119 (2,19) -0.0000000 UZF019 + 120 (2,20) -0.0000000 UZF020 + 121 (2,21) -0.0000000 UZF021 + 122 (2,22) -0.0000000 UZF022 + 123 (2,23) -0.0000000 UZF023 + 124 (2,24) -0.0000000 UZF024 + 125 (2,25) -0.0000000 UZF025 + 126 (2,26) -0.0000000 UZF026 + 127 (2,27) -0.0000000 UZF027 + 128 (2,28) -0.0000000 UZF028 + 129 (2,29) -0.0000000 UZF029 + 130 (2,30) -0.0000000 UZF030 + 131 (2,31) -0.0000000 UZF031 + 132 (2,32) -0.0000000 UZF032 + 133 (2,33) -0.0000000 UZF033 + 134 (2,34) -0.0000000 UZF034 + 135 (2,35) -0.0000000 UZF035 + 136 (2,36) -0.0000000 UZF036 + 137 (2,37) -0.0000000 UZF037 + 138 (2,38) -0.0000000 UZF038 + 139 (2,39) -0.0000000 UZF039 + 140 (2,40) -0.0000000 UZF040 + 141 (2,41) -0.0000000 UZF041 + 142 (2,42) -0.0000000 UZF042 + 143 (2,43) -0.0000000 UZF043 + 144 (2,44) -0.0000000 UZF044 + 145 (2,45) -0.0000000 UZF045 + 146 (2,46) -0.0000000 UZF046 + 147 (2,47) -0.0000000 UZF047 + 148 (2,48) -0.0000000 UZF048 + 149 (2,49) -0.0000000 UZF049 + 150 (2,50) -0.0000000 UZF050 + 151 (2,51) -0.0000000 UZF051 + 152 (2,52) -0.0000000 UZF052 + 153 (2,53) -0.0000000 UZF053 + 154 (2,54) -0.0000000 UZF054 + 155 (2,55) -0.0000000 UZF055 + 156 (2,56) -0.0000000 UZF056 + 157 (2,57) -0.0000000 UZF057 + 158 (2,58) -0.0000000 UZF058 + 159 (2,59) -0.0000000 UZF059 + 160 (2,60) -0.0000000 UZF060 + 161 (2,61) -0.0000000 UZF061 + 162 (2,62) -0.0000000 UZF062 + 163 (2,63) -0.0000000 UZF063 + 164 (2,64) -0.0000000 UZF064 + 165 (2,65) -0.0000000 UZF065 + 166 (2,66) -0.0000000 UZF066 + 167 (2,67) -0.0000000 UZF067 + 168 (2,68) -0.0000000 UZF068 + 169 (2,69) -0.0000000 UZF069 + 170 (2,70) -0.0000000 UZF070 + 171 (2,71) -0.0000000 UZF071 + 172 (2,72) -0.0000000 UZF072 + 173 (2,73) -0.0000000 UZF073 + 174 (2,74) -0.0000000 UZF074 + 175 (2,75) -0.0000000 UZF075 + 176 (2,76) -0.0000000 UZF076 + 177 (2,77) -0.0000000 UZF077 + 178 (2,78) -0.0000000 UZF078 + 179 (2,79) -0.0000000 UZF079 + 180 (2,80) -0.0000000 UZF080 + 181 (2,81) -0.0000000 UZF081 + 182 (2,82) -0.0000000 UZF082 + 183 (2,83) -0.0000000 UZF083 + 184 (2,84) -0.0000000 UZF084 + 185 (2,85) -0.0000000 UZF085 + 186 (2,86) -0.0000000 UZF086 + 187 (2,87) -0.0000000 UZF087 + 188 (2,88) -0.0000000 UZF088 + 189 (2,89) -0.0000000 UZF089 + 190 (2,90) -0.0000000 UZF090 + 191 (2,91) -0.0000000 UZF091 + 192 (2,92) -0.0000000 UZF092 + 193 (2,93) -0.0000000 UZF093 + 194 (2,94) -0.0000000 UZF094 + 195 (2,95) -0.0000000 UZF095 + 196 (2,96) -0.0000000 UZF096 + 197 (2,97) -0.0000000 UZF097 + 198 (2,98) -0.0000000 UZF098 + 199 (2,99) -0.0000000 UZF099 + 200 (2,100) -0.0000000 UZF100 + 201 (3,1) -0.0000000 UZF001 + 202 (3,2) -0.0000000 UZF002 + 203 (3,3) -0.0000000 UZF003 + 204 (3,4) -0.0000000 UZF004 + 205 (3,5) -0.0000000 UZF005 + 206 (3,6) -0.0000000 UZF006 + 207 (3,7) -0.0000000 UZF007 + 208 (3,8) -0.0000000 UZF008 + 209 (3,9) -0.0000000 UZF009 + 210 (3,10) -0.0000000 UZF010 + 211 (3,11) -0.0000000 UZF011 + 212 (3,12) -0.0000000 UZF012 + 213 (3,13) -0.0000000 UZF013 + 214 (3,14) -0.0000000 UZF014 + 215 (3,15) -0.0000000 UZF015 + 216 (3,16) -0.0000000 UZF016 + 217 (3,17) -0.0000000 UZF017 + 218 (3,18) -0.0000000 UZF018 + 219 (3,19) -0.0000000 UZF019 + 220 (3,20) -0.0000000 UZF020 + 221 (3,21) -0.0000000 UZF021 + 222 (3,22) -0.0000000 UZF022 + 223 (3,23) -0.0000000 UZF023 + 224 (3,24) -0.0000000 UZF024 + 225 (3,25) -0.0000000 UZF025 + 226 (3,26) -0.0000000 UZF026 + 227 (3,27) -0.0000000 UZF027 + 228 (3,28) -0.0000000 UZF028 + 229 (3,29) -0.0000000 UZF029 + 230 (3,30) -0.0000000 UZF030 + 231 (3,31) -0.0000000 UZF031 + 232 (3,32) -0.0000000 UZF032 + 233 (3,33) -0.0000000 UZF033 + 234 (3,34) -0.0000000 UZF034 + 235 (3,35) -0.0000000 UZF035 + 236 (3,36) -0.0000000 UZF036 + 237 (3,37) -0.0000000 UZF037 + 238 (3,38) -0.0000000 UZF038 + 239 (3,39) -0.0000000 UZF039 + 240 (3,40) -0.0000000 UZF040 + 241 (3,41) -0.0000000 UZF041 + 242 (3,42) -0.0000000 UZF042 + 243 (3,43) -0.0000000 UZF043 + 244 (3,44) -0.0000000 UZF044 + 245 (3,45) -0.0000000 UZF045 + 246 (3,46) -0.0000000 UZF046 + 247 (3,47) -0.0000000 UZF047 + 248 (3,48) -0.0000000 UZF048 + 249 (3,49) -0.0000000 UZF049 + 250 (3,50) -0.0000000 UZF050 + 251 (3,51) -0.0000000 UZF051 + 252 (3,52) -0.0000000 UZF052 + 253 (3,53) -0.0000000 UZF053 + 254 (3,54) -0.0000000 UZF054 + 255 (3,55) -0.0000000 UZF055 + 256 (3,56) -0.0000000 UZF056 + 257 (3,57) -0.0000000 UZF057 + 258 (3,58) -0.0000000 UZF058 + 259 (3,59) -0.0000000 UZF059 + 260 (3,60) -0.0000000 UZF060 + 261 (3,61) -0.0000000 UZF061 + 262 (3,62) -0.0000000 UZF062 + 263 (3,63) -0.0000000 UZF063 + 264 (3,64) -0.0000000 UZF064 + 265 (3,65) -0.0000000 UZF065 + 266 (3,66) -0.0000000 UZF066 + 267 (3,67) -0.0000000 UZF067 + 268 (3,68) -0.0000000 UZF068 + 269 (3,69) -0.0000000 UZF069 + 270 (3,70) -0.0000000 UZF070 + 271 (3,71) -0.0000000 UZF071 + 272 (3,72) -0.0000000 UZF072 + 273 (3,73) -0.0000000 UZF073 + 274 (3,74) -0.0000000 UZF074 + 275 (3,75) -0.0000000 UZF075 + 276 (3,76) -0.0000000 UZF076 + 277 (3,77) -0.0000000 UZF077 + 278 (3,78) -0.0000000 UZF078 + 279 (3,79) -0.0000000 UZF079 + 280 (3,80) -0.0000000 UZF080 + 281 (3,81) -0.0000000 UZF081 + 282 (3,82) -0.0000000 UZF082 + 283 (3,83) -0.0000000 UZF083 + 284 (3,84) -0.0000000 UZF084 + 285 (3,85) -0.0000000 UZF085 + 286 (3,86) -0.0000000 UZF086 + 287 (3,87) -0.0000000 UZF087 + 288 (3,88) -0.0000000 UZF088 + 289 (3,89) -0.0000000 UZF089 + 290 (3,90) -0.0000000 UZF090 + 291 (3,91) -0.0000000 UZF091 + 292 (3,92) -0.0000000 UZF092 + 293 (3,93) -0.0000000 UZF093 + 294 (3,94) -0.0000000 UZF094 + 295 (3,95) -0.0000000 UZF095 + 296 (3,96) -0.0000000 UZF096 + 297 (3,97) -0.0000000 UZF097 + 298 (3,98) -0.0000000 UZF098 + 299 (3,99) -0.0000000 UZF099 + 300 (3,100) -0.0000000 UZF100 + 301 (4,1) -0.0000000 UZF001 + 302 (4,2) -0.0000000 UZF002 + 303 (4,3) -0.0000000 UZF003 + 304 (4,4) -0.0000000 UZF004 + 305 (4,5) -0.0000000 UZF005 + 306 (4,6) -0.0000000 UZF006 + 307 (4,7) -0.0000000 UZF007 + 308 (4,8) -0.0000000 UZF008 + 309 (4,9) -0.0000000 UZF009 + 310 (4,10) -0.0000000 UZF010 + 311 (4,11) -0.0000000 UZF011 + 312 (4,12) -0.0000000 UZF012 + 313 (4,13) -0.0000000 UZF013 + 314 (4,14) -0.0000000 UZF014 + 315 (4,15) -0.0000000 UZF015 + 316 (4,16) -0.0000000 UZF016 + 317 (4,17) -0.0000000 UZF017 + 318 (4,18) -0.0000000 UZF018 + 319 (4,19) -0.0000000 UZF019 + 320 (4,20) -0.0000000 UZF020 + 321 (4,21) -0.0000000 UZF021 + 322 (4,22) -0.0000000 UZF022 + 323 (4,23) -0.0000000 UZF023 + 324 (4,24) -0.0000000 UZF024 + 325 (4,25) -0.0000000 UZF025 + 326 (4,26) -0.0000000 UZF026 + 327 (4,27) -0.0000000 UZF027 + 328 (4,28) -0.0000000 UZF028 + 329 (4,29) -0.0000000 UZF029 + 330 (4,30) -0.0000000 UZF030 + 331 (4,31) -0.0000000 UZF031 + 332 (4,32) -0.0000000 UZF032 + 333 (4,33) -0.0000000 UZF033 + 334 (4,34) -0.0000000 UZF034 + 335 (4,35) -0.0000000 UZF035 + 336 (4,36) -0.0000000 UZF036 + 337 (4,37) -0.0000000 UZF037 + 338 (4,38) -0.0000000 UZF038 + 339 (4,39) -0.0000000 UZF039 + 340 (4,40) -0.0000000 UZF040 + 341 (4,41) -0.0000000 UZF041 + 342 (4,42) -0.0000000 UZF042 + 343 (4,43) -0.0000000 UZF043 + 344 (4,44) -0.0000000 UZF044 + 345 (4,45) -0.0000000 UZF045 + 346 (4,46) -0.0000000 UZF046 + 347 (4,47) -0.0000000 UZF047 + 348 (4,48) -0.0000000 UZF048 + 349 (4,49) -0.0000000 UZF049 + 350 (4,50) -0.0000000 UZF050 + 351 (4,51) -0.0000000 UZF051 + 352 (4,52) -0.0000000 UZF052 + 353 (4,53) -0.0000000 UZF053 + 354 (4,54) -0.0000000 UZF054 + 355 (4,55) 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SAVED ON UNIT 1016 AT END OF TIME STEP 1, STRESS PERIOD 3 + + + UZF_0 BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 3 + ------------------------------------------------------------------------------ + + CUMULATIVE UZF_0 L**3 RATES FOR THIS TIME STEP L**3/T + ------------------ ------------------------ + + IN: IN: + --- --- + GWF = 0.0000 GWF = 0.0000 + INFILTRATION = 330.0000 INFILTRATION = 15.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.0000 UZET = 0.0000 + STORAGE = 16.6050 STORAGE = 2.8114E-03 + + TOTAL IN = 346.6050 TOTAL IN = 15.0028 + + OUT: OUT: + ---- ---- + GWF = 332.2309 GWF = 14.9072 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.8370 UZET = 4.0251E-02 + STORAGE = 13.5371 STORAGE = 5.5362E-02 + + TOTAL OUT = 346.6050 TOTAL OUT = 15.0028 + + IN - OUT = 1.6900E-06 IN - OUT = 2.6645E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 3 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.7923E-02 STO-SS = 8.5638E-05 STORAGE + STO-SY = 39.0550 STO-SY = 0.2097 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 332.2309 UZF-GWRCH = 14.9072 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 371.3338 TOTAL IN = 15.1169 + + OUT: OUT: + ---- ---- + STO-SS = 7.9969E-04 STO-SS = 1.8052E-06 STORAGE + STO-SY = 11.9671 STO-SY = 8.6311E-03 STORAGE + GHB = 358.2072 GHB = 15.0598 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 1.1587 UZF-GWET = 4.8484E-02 UZF_0 + + TOTAL OUT = 371.3338 TOTAL OUT = 15.1169 + + IN - OUT = -7.6517E-07 IN - OUT = -3.2537E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 3 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + TOTAL TIME 1.90080E+06 31680. 528.00 22.000 6.02327E-02 + + +end timestep + + +start timestep kper="3" kstp="2" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1015 AT TIME STEP 2, STRESS PERIOD 3 + UBDSV1 SAVING STO-SY ON UNIT 1015 AT TIME STEP 2, STRESS PERIOD 3 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1015 AT TIME STEP 2, STRESS PERIOD 3 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1015 AT TIME STEP 2, STRESS PERIOD 3 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 2, STRESS PERIOD 3 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 2, STRESS PERIOD 3 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 2, STRESS PERIOD 3 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 2, STRESS PERIOD 3 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1011 AT TIME STEP 2, STRESS PERIOD 3 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 2, STRESS PERIOD 3 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 2, STRESS PERIOD 3 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 2, STRESS PERIOD 3 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 2, STRESS PERIOD 3 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 3 STEP 2 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.0303682 + 2 (4,20) -1.0303682 + 3 (4,30) -1.0303682 + 4 (4,40) -1.0303682 + 5 (4,50) -1.0303682 + 6 (4,60) -1.0303682 + 7 (4,70) -1.0303682 + 8 (4,80) -1.0303682 + 9 (4,90) -1.0303682 + 10 (4,100) -1.0303682 + 11 (5,10) -0.47222620 + 12 (5,20) -0.47222620 + 13 (5,30) -0.47222620 + 14 (5,40) -0.47222620 + 15 (5,50) -0.47222620 + 16 (5,60) -0.47222620 + 17 (5,70) -0.47222620 + 18 (5,80) -0.47222620 + 19 (5,90) -0.47222620 + 20 (5,100) -0.47222620 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 3 STEP 2 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14895665 UZF001 + 2 (1,2) 0.14900546 UZF002 + 3 (1,3) 0.14917111 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14895665 UZF011 + 12 (1,12) 0.14900546 UZF012 + 13 (1,13) 0.14917111 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14895665 UZF021 + 22 (1,22) 0.14900546 UZF022 + 23 (1,23) 0.14917111 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14895665 UZF031 + 32 (1,32) 0.14900546 UZF032 + 33 (1,33) 0.14917111 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14895665 UZF041 + 42 (1,42) 0.14900546 UZF042 + 43 (1,43) 0.14917111 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14895665 UZF051 + 52 (1,52) 0.14900546 UZF052 + 53 (1,53) 0.14917111 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14895665 UZF061 + 62 (1,62) 0.14900546 UZF062 + 63 (1,63) 0.14917111 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14895665 UZF071 + 72 (1,72) 0.14900546 UZF072 + 73 (1,73) 0.14917111 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14895665 UZF081 + 82 (1,82) 0.14900546 UZF082 + 83 (1,83) 0.14917111 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14895665 UZF091 + 92 (1,92) 0.14900546 UZF092 + 93 (1,93) 0.14917111 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.14920223 UZF004 + 105 (2,5) 0.14924215 UZF005 + 106 (2,6) 0.14924782 UZF006 + 107 (2,7) 0.14924556 UZF007 + 108 (2,8) 0.14924275 UZF008 + 109 (2,9) 0.14923976 UZF009 + 110 (2,10) 0.14923585 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.14920223 UZF014 + 115 (2,15) 0.14924215 UZF015 + 116 (2,16) 0.14924782 UZF016 + 117 (2,17) 0.14924556 UZF017 + 118 (2,18) 0.14924275 UZF018 + 119 (2,19) 0.14923976 UZF019 + 120 (2,20) 0.14923585 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.14920223 UZF024 + 125 (2,25) 0.14924215 UZF025 + 126 (2,26) 0.14924782 UZF026 + 127 (2,27) 0.14924556 UZF027 + 128 (2,28) 0.14924275 UZF028 + 129 (2,29) 0.14923976 UZF029 + 130 (2,30) 0.14923585 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.14920223 UZF034 + 135 (2,35) 0.14924215 UZF035 + 136 (2,36) 0.14924782 UZF036 + 137 (2,37) 0.14924556 UZF037 + 138 (2,38) 0.14924275 UZF038 + 139 (2,39) 0.14923976 UZF039 + 140 (2,40) 0.14923585 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.14920223 UZF044 + 145 (2,45) 0.14924215 UZF045 + 146 (2,46) 0.14924782 UZF046 + 147 (2,47) 0.14924556 UZF047 + 148 (2,48) 0.14924275 UZF048 + 149 (2,49) 0.14923976 UZF049 + 150 (2,50) 0.14923585 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.14920223 UZF054 + 155 (2,55) 0.14924215 UZF055 + 156 (2,56) 0.14924782 UZF056 + 157 (2,57) 0.14924556 UZF057 + 158 (2,58) 0.14924275 UZF058 + 159 (2,59) 0.14923976 UZF059 + 160 (2,60) 0.14923585 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.14920223 UZF064 + 165 (2,65) 0.14924215 UZF065 + 166 (2,66) 0.14924782 UZF066 + 167 (2,67) 0.14924556 UZF067 + 168 (2,68) 0.14924275 UZF068 + 169 (2,69) 0.14923976 UZF069 + 170 (2,70) 0.14923585 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.14920223 UZF074 + 175 (2,75) 0.14924215 UZF075 + 176 (2,76) 0.14924782 UZF076 + 177 (2,77) 0.14924556 UZF077 + 178 (2,78) 0.14924275 UZF078 + 179 (2,79) 0.14923976 UZF079 + 180 (2,80) 0.14923585 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.14920223 UZF084 + 185 (2,85) 0.14924215 UZF085 + 186 (2,86) 0.14924782 UZF086 + 187 (2,87) 0.14924556 UZF087 + 188 (2,88) 0.14924275 UZF088 + 189 (2,89) 0.14923976 UZF089 + 190 (2,90) 0.14923585 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.14920223 UZF094 + 195 (2,95) 0.14924215 UZF095 + 196 (2,96) 0.14924782 UZF096 + 197 (2,97) 0.14924556 UZF097 + 198 (2,98) 0.14924275 UZF098 + 199 (2,99) 0.14923976 UZF099 + 200 (2,100) 0.14923585 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 0.0000000 UZF076 + 277 (3,77) 0.0000000 UZF077 + 278 (3,78) 0.0000000 UZF078 + 279 (3,79) 0.0000000 UZF079 + 280 (3,80) 0.0000000 UZF080 + 281 (3,81) 0.0000000 UZF081 + 282 (3,82) 0.0000000 UZF082 + 283 (3,83) 0.0000000 UZF083 + 284 (3,84) 0.0000000 UZF084 + 285 (3,85) 0.0000000 UZF085 + 286 (3,86) 0.0000000 UZF086 + 287 (3,87) 0.0000000 UZF087 + 288 (3,88) 0.0000000 UZF088 + 289 (3,89) 0.0000000 UZF089 + 290 (3,90) 0.0000000 UZF090 + 291 (3,91) 0.0000000 UZF091 + 292 (3,92) 0.0000000 UZF092 + 293 (3,93) 0.0000000 UZF093 + 294 (3,94) 0.0000000 UZF094 + 295 (3,95) 0.0000000 UZF095 + 296 (3,96) 0.0000000 UZF096 + 297 (3,97) 0.0000000 UZF097 + 298 (3,98) 0.0000000 UZF098 + 299 (3,99) 0.0000000 UZF099 + 300 (3,100) 0.0000000 UZF100 + 301 (4,1) 0.0000000 UZF001 + 302 (4,2) 0.0000000 UZF002 + 303 (4,3) 0.0000000 UZF003 + 304 (4,4) 0.0000000 UZF004 + 305 (4,5) 0.0000000 UZF005 + 306 (4,6) 0.0000000 UZF006 + 307 (4,7) 0.0000000 UZF007 + 308 (4,8) 0.0000000 UZF008 + 309 (4,9) 0.0000000 UZF009 + 310 (4,10) 0.0000000 UZF010 + 311 (4,11) 0.0000000 UZF011 + 312 (4,12) 0.0000000 UZF012 + 313 (4,13) 0.0000000 UZF013 + 314 (4,14) 0.0000000 UZF014 + 315 (4,15) 0.0000000 UZF015 + 316 (4,16) 0.0000000 UZF016 + 317 (4,17) 0.0000000 UZF017 + 318 (4,18) 0.0000000 UZF018 + 319 (4,19) 0.0000000 UZF019 + 320 (4,20) 0.0000000 UZF020 + 321 (4,21) 0.0000000 UZF021 + 322 (4,22) 0.0000000 UZF022 + 323 (4,23) 0.0000000 UZF023 + 324 (4,24) 0.0000000 UZF024 + 325 (4,25) 0.0000000 UZF025 + 326 (4,26) 0.0000000 UZF026 + 327 (4,27) 0.0000000 UZF027 + 328 (4,28) 0.0000000 UZF028 + 329 (4,29) 0.0000000 UZF029 + 330 (4,30) 0.0000000 UZF030 + 331 (4,31) 0.0000000 UZF031 + 332 (4,32) 0.0000000 UZF032 + 333 (4,33) 0.0000000 UZF033 + 334 (4,34) 0.0000000 UZF034 + 335 (4,35) 0.0000000 UZF035 + 336 (4,36) 0.0000000 UZF036 + 337 (4,37) 0.0000000 UZF037 + 338 (4,38) 0.0000000 UZF038 + 339 (4,39) 0.0000000 UZF039 + 340 (4,40) 0.0000000 UZF040 + 341 (4,41) 0.0000000 UZF041 + 342 (4,42) 0.0000000 UZF042 + 343 (4,43) 0.0000000 UZF043 + 344 (4,44) 0.0000000 UZF044 + 345 (4,45) 0.0000000 UZF045 + 346 (4,46) 0.0000000 UZF046 + 347 (4,47) 0.0000000 UZF047 + 348 (4,48) 0.0000000 UZF048 + 349 (4,49) 0.0000000 UZF049 + 350 (4,50) 0.0000000 UZF050 + 351 (4,51) 0.0000000 UZF051 + 352 (4,52) 0.0000000 UZF052 + 353 (4,53) 0.0000000 UZF053 + 354 (4,54) 0.0000000 UZF054 + 355 (4,55) 0.0000000 UZF055 + 356 (4,56) 0.0000000 UZF056 + 357 (4,57) 0.0000000 UZF057 + 358 (4,58) 0.0000000 UZF058 + 359 (4,59) 0.0000000 UZF059 + 360 (4,60) 0.0000000 UZF060 + 361 (4,61) 0.0000000 UZF061 + 362 (4,62) 0.0000000 UZF062 + 363 (4,63) 0.0000000 UZF063 + 364 (4,64) 0.0000000 UZF064 + 365 (4,65) 0.0000000 UZF065 + 366 (4,66) 0.0000000 UZF066 + 367 (4,67) 0.0000000 UZF067 + 368 (4,68) 0.0000000 UZF068 + 369 (4,69) 0.0000000 UZF069 + 370 (4,70) 0.0000000 UZF070 + 371 (4,71) 0.0000000 UZF071 + 372 (4,72) 0.0000000 UZF072 + 373 (4,73) 0.0000000 UZF073 + 374 (4,74) 0.0000000 UZF074 + 375 (4,75) 0.0000000 UZF075 + 376 (4,76) 0.0000000 UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 (5,23) 0.0000000 UZF023 + 424 (5,24) 0.0000000 UZF024 + 425 (5,25) 0.0000000 UZF025 + 426 (5,26) 0.0000000 UZF026 + 427 (5,27) 0.0000000 UZF027 + 428 (5,28) 0.0000000 UZF028 + 429 (5,29) 0.0000000 UZF029 + 430 (5,30) 0.0000000 UZF030 + 431 (5,31) 0.0000000 UZF031 + 432 (5,32) 0.0000000 UZF032 + 433 (5,33) 0.0000000 UZF033 + 434 (5,34) 0.0000000 UZF034 + 435 (5,35) 0.0000000 UZF035 + 436 (5,36) 0.0000000 UZF036 + 437 (5,37) 0.0000000 UZF037 + 438 (5,38) 0.0000000 UZF038 + 439 (5,39) 0.0000000 UZF039 + 440 (5,40) 0.0000000 UZF040 + 441 (5,41) 0.0000000 UZF041 + 442 (5,42) 0.0000000 UZF042 + 443 (5,43) 0.0000000 UZF043 + 444 (5,44) 0.0000000 UZF044 + 445 (5,45) 0.0000000 UZF045 + 446 (5,46) 0.0000000 UZF046 + 447 (5,47) 0.0000000 UZF047 + 448 (5,48) 0.0000000 UZF048 + 449 (5,49) 0.0000000 UZF049 + 450 (5,50) 0.0000000 UZF050 + 451 (5,51) 0.0000000 UZF051 + 452 (5,52) 0.0000000 UZF052 + 453 (5,53) 0.0000000 UZF053 + 454 (5,54) 0.0000000 UZF054 + 455 (5,55) 0.0000000 UZF055 + 456 (5,56) 0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 3 STEP 2 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 0.0000000 UZF042 + 43 (1,43) 0.0000000 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.0000000 UZF051 + 52 (1,52) 0.0000000 UZF052 + 53 (1,53) 0.0000000 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.0000000 UZF061 + 62 (1,62) 0.0000000 UZF062 + 63 (1,63) 0.0000000 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.0000000 UZF071 + 72 (1,72) 0.0000000 UZF072 + 73 (1,73) 0.0000000 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 UZF081 + 82 (1,82) 0.0000000 UZF082 + 83 (1,83) 0.0000000 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.0000000 UZF091 + 92 (1,92) 0.0000000 UZF092 + 93 (1,93) 0.0000000 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) -0.0000000 UZF001 + 102 (2,2) -0.0000000 UZF002 + 103 (2,3) -0.0000000 UZF003 + 104 (2,4) -0.0000000 UZF004 + 105 (2,5) -0.0000000 UZF005 + 106 (2,6) -0.0000000 UZF006 + 107 (2,7) -0.0000000 UZF007 + 108 (2,8) -0.0000000 UZF008 + 109 (2,9) -0.0000000 UZF009 + 110 (2,10) -0.0000000 UZF010 + 111 (2,11) -0.0000000 UZF011 + 112 (2,12) -0.0000000 UZF012 + 113 (2,13) -0.0000000 UZF013 + 114 (2,14) -0.0000000 UZF014 + 115 (2,15) -0.0000000 UZF015 + 116 (2,16) -0.0000000 UZF016 + 117 (2,17) -0.0000000 UZF017 + 118 (2,18) -0.0000000 UZF018 + 119 (2,19) -0.0000000 UZF019 + 120 (2,20) -0.0000000 UZF020 + 121 (2,21) -0.0000000 UZF021 + 122 (2,22) -0.0000000 UZF022 + 123 (2,23) -0.0000000 UZF023 + 124 (2,24) -0.0000000 UZF024 + 125 (2,25) -0.0000000 UZF025 + 126 (2,26) -0.0000000 UZF026 + 127 (2,27) -0.0000000 UZF027 + 128 (2,28) -0.0000000 UZF028 + 129 (2,29) -0.0000000 UZF029 + 130 (2,30) -0.0000000 UZF030 + 131 (2,31) -0.0000000 UZF031 + 132 (2,32) -0.0000000 UZF032 + 133 (2,33) -0.0000000 UZF033 + 134 (2,34) -0.0000000 UZF034 + 135 (2,35) -0.0000000 UZF035 + 136 (2,36) -0.0000000 UZF036 + 137 (2,37) -0.0000000 UZF037 + 138 (2,38) -0.0000000 UZF038 + 139 (2,39) -0.0000000 UZF039 + 140 (2,40) -0.0000000 UZF040 + 141 (2,41) -0.0000000 UZF041 + 142 (2,42) -0.0000000 UZF042 + 143 (2,43) -0.0000000 UZF043 + 144 (2,44) -0.0000000 UZF044 + 145 (2,45) -0.0000000 UZF045 + 146 (2,46) -0.0000000 UZF046 + 147 (2,47) -0.0000000 UZF047 + 148 (2,48) -0.0000000 UZF048 + 149 (2,49) -0.0000000 UZF049 + 150 (2,50) -0.0000000 UZF050 + 151 (2,51) 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(3,80) -0.0000000 UZF080 + 281 (3,81) -0.0000000 UZF081 + 282 (3,82) -0.0000000 UZF082 + 283 (3,83) -0.0000000 UZF083 + 284 (3,84) -0.0000000 UZF084 + 285 (3,85) -0.0000000 UZF085 + 286 (3,86) -0.0000000 UZF086 + 287 (3,87) -0.0000000 UZF087 + 288 (3,88) -0.0000000 UZF088 + 289 (3,89) -0.0000000 UZF089 + 290 (3,90) -0.0000000 UZF090 + 291 (3,91) -0.0000000 UZF091 + 292 (3,92) -0.0000000 UZF092 + 293 (3,93) -0.0000000 UZF093 + 294 (3,94) -0.0000000 UZF094 + 295 (3,95) -0.0000000 UZF095 + 296 (3,96) -0.0000000 UZF096 + 297 (3,97) -0.0000000 UZF097 + 298 (3,98) -0.0000000 UZF098 + 299 (3,99) -0.0000000 UZF099 + 300 (3,100) -0.0000000 UZF100 + 301 (4,1) -0.0000000 UZF001 + 302 (4,2) -0.0000000 UZF002 + 303 (4,3) -0.0000000 UZF003 + 304 (4,4) -0.0000000 UZF004 + 305 (4,5) -0.0000000 UZF005 + 306 (4,6) -0.0000000 UZF006 + 307 (4,7) -0.0000000 UZF007 + 308 (4,8) -0.0000000 UZF008 + 309 (4,9) -0.0000000 UZF009 + 310 (4,10) -0.0000000 UZF010 + 311 (4,11) -0.0000000 UZF011 + 312 (4,12) 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(5,73) -0.0000000 UZF073 + 474 (5,74) -0.0000000 UZF074 + 475 (5,75) -0.0000000 UZF075 + 476 (5,76) -0.0000000 UZF076 + 477 (5,77) -0.0000000 UZF077 + 478 (5,78) -0.0000000 UZF078 + 479 (5,79) -0.0000000 UZF079 + 480 (5,80) -0.0000000 UZF080 + 481 (5,81) -0.0000000 UZF081 + 482 (5,82) -0.0000000 UZF082 + 483 (5,83) -0.0000000 UZF083 + 484 (5,84) -0.0000000 UZF084 + 485 (5,85) -0.0000000 UZF085 + 486 (5,86) -0.0000000 UZF086 + 487 (5,87) -0.0000000 UZF087 + 488 (5,88) -0.0000000 UZF088 + 489 (5,89) -0.0000000 UZF089 + 490 (5,90) -0.0000000 UZF090 + 491 (5,91) -0.0000000 UZF091 + 492 (5,92) -0.0000000 UZF092 + 493 (5,93) -0.0000000 UZF093 + 494 (5,94) -0.0000000 UZF094 + 495 (5,95) -0.0000000 UZF095 + 496 (5,96) -0.0000000 UZF096 + 497 (5,97) -0.0000000 UZF097 + 498 (5,98) -0.0000000 UZF098 + 499 (5,99) -0.0000000 UZF099 + 500 (5,100) -0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWET PACKAGE (UZF_0) FLOW RATES PERIOD 3 STEP 2 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) -4.54278923E-04 UZF001 + 2 (1,2) -4.47974520E-04 UZF002 + 3 (1,3) -4.33709145E-04 UZF003 + 4 (1,4) -0.0000000 UZF004 + 5 (1,5) -0.0000000 UZF005 + 6 (1,6) -0.0000000 UZF006 + 7 (1,7) -0.0000000 UZF007 + 8 (1,8) -0.0000000 UZF008 + 9 (1,9) -0.0000000 UZF009 + 10 (1,10) -0.0000000 UZF010 + 11 (1,11) -4.54278923E-04 UZF011 + 12 (1,12) -4.47974520E-04 UZF012 + 13 (1,13) -4.33709145E-04 UZF013 + 14 (1,14) -0.0000000 UZF014 + 15 (1,15) -0.0000000 UZF015 + 16 (1,16) -0.0000000 UZF016 + 17 (1,17) -0.0000000 UZF017 + 18 (1,18) -0.0000000 UZF018 + 19 (1,19) -0.0000000 UZF019 + 20 (1,20) -0.0000000 UZF020 + 21 (1,21) -4.54278923E-04 UZF021 + 22 (1,22) -4.47974520E-04 UZF022 + 23 (1,23) -4.33709145E-04 UZF023 + 24 (1,24) -0.0000000 UZF024 + 25 (1,25) -0.0000000 UZF025 + 26 (1,26) -0.0000000 UZF026 + 27 (1,27) -0.0000000 UZF027 + 28 (1,28) -0.0000000 UZF028 + 29 (1,29) -0.0000000 UZF029 + 30 (1,30) -0.0000000 UZF030 + 31 (1,31) -4.54278923E-04 UZF031 + 32 (1,32) -4.47974520E-04 UZF032 + 33 (1,33) -4.33709145E-04 UZF033 + 34 (1,34) -0.0000000 UZF034 + 35 (1,35) -0.0000000 UZF035 + 36 (1,36) -0.0000000 UZF036 + 37 (1,37) -0.0000000 UZF037 + 38 (1,38) -0.0000000 UZF038 + 39 (1,39) -0.0000000 UZF039 + 40 (1,40) -0.0000000 UZF040 + 41 (1,41) -4.54278923E-04 UZF041 + 42 (1,42) -4.47974520E-04 UZF042 + 43 (1,43) -4.33709145E-04 UZF043 + 44 (1,44) -0.0000000 UZF044 + 45 (1,45) -0.0000000 UZF045 + 46 (1,46) -0.0000000 UZF046 + 47 (1,47) -0.0000000 UZF047 + 48 (1,48) -0.0000000 UZF048 + 49 (1,49) -0.0000000 UZF049 + 50 (1,50) -0.0000000 UZF050 + 51 (1,51) -4.54278923E-04 UZF051 + 52 (1,52) -4.47974520E-04 UZF052 + 53 (1,53) -4.33709145E-04 UZF053 + 54 (1,54) -0.0000000 UZF054 + 55 (1,55) -0.0000000 UZF055 + 56 (1,56) -0.0000000 UZF056 + 57 (1,57) -0.0000000 UZF057 + 58 (1,58) -0.0000000 UZF058 + 59 (1,59) -0.0000000 UZF059 + 60 (1,60) -0.0000000 UZF060 + 61 (1,61) -4.54278923E-04 UZF061 + 62 (1,62) -4.47974520E-04 UZF062 + 63 (1,63) -4.33709145E-04 UZF063 + 64 (1,64) -0.0000000 UZF064 + 65 (1,65) -0.0000000 UZF065 + 66 (1,66) -0.0000000 UZF066 + 67 (1,67) -0.0000000 UZF067 + 68 (1,68) -0.0000000 UZF068 + 69 (1,69) -0.0000000 UZF069 + 70 (1,70) -0.0000000 UZF070 + 71 (1,71) -4.54278923E-04 UZF071 + 72 (1,72) -4.47974520E-04 UZF072 + 73 (1,73) -4.33709145E-04 UZF073 + 74 (1,74) -0.0000000 UZF074 + 75 (1,75) -0.0000000 UZF075 + 76 (1,76) -0.0000000 UZF076 + 77 (1,77) -0.0000000 UZF077 + 78 (1,78) -0.0000000 UZF078 + 79 (1,79) -0.0000000 UZF079 + 80 (1,80) -0.0000000 UZF080 + 81 (1,81) -4.54278923E-04 UZF081 + 82 (1,82) -4.47974520E-04 UZF082 + 83 (1,83) -4.33709145E-04 UZF083 + 84 (1,84) -0.0000000 UZF084 + 85 (1,85) -0.0000000 UZF085 + 86 (1,86) -0.0000000 UZF086 + 87 (1,87) -0.0000000 UZF087 + 88 (1,88) -0.0000000 UZF088 + 89 (1,89) -0.0000000 UZF089 + 90 (1,90) -0.0000000 UZF090 + 91 (1,91) -4.54278923E-04 UZF091 + 92 (1,92) -4.47974520E-04 UZF092 + 93 (1,93) -4.33709145E-04 UZF093 + 94 (1,94) -0.0000000 UZF094 + 95 (1,95) -0.0000000 UZF095 + 96 (1,96) -0.0000000 UZF096 + 97 (1,97) -0.0000000 UZF097 + 98 (1,98) -0.0000000 UZF098 + 99 (1,99) -0.0000000 UZF099 + 100 (1,100) -0.0000000 UZF100 + 101 (2,1) -1.36451152E-04 UZF001 + 102 (2,2) -1.36388459E-04 UZF002 + 103 (2,3) -1.36406560E-04 UZF003 + 104 (2,4) -3.63741304E-04 UZF004 + 105 (2,5) -3.44701702E-04 UZF005 + 106 (2,6) -3.22252949E-04 UZF006 + 107 (2,7) -2.97339219E-04 UZF007 + 108 (2,8) -2.71605305E-04 UZF008 + 109 (2,9) -2.47995134E-04 UZF009 + 110 (2,10) -2.31906180E-04 UZF010 + 111 (2,11) -1.36451152E-04 UZF011 + 112 (2,12) -1.36388459E-04 UZF012 + 113 (2,13) -1.36406560E-04 UZF013 + 114 (2,14) -3.63741304E-04 UZF014 + 115 (2,15) -3.44701702E-04 UZF015 + 116 (2,16) -3.22252949E-04 UZF016 + 117 (2,17) -2.97339219E-04 UZF017 + 118 (2,18) -2.71605305E-04 UZF018 + 119 (2,19) -2.47995134E-04 UZF019 + 120 (2,20) -2.31906180E-04 UZF020 + 121 (2,21) -1.36451152E-04 UZF021 + 122 (2,22) -1.36388459E-04 UZF022 + 123 (2,23) -1.36406560E-04 UZF023 + 124 (2,24) -3.63741304E-04 UZF024 + 125 (2,25) -3.44701702E-04 UZF025 + 126 (2,26) -3.22252949E-04 UZF026 + 127 (2,27) -2.97339219E-04 UZF027 + 128 (2,28) -2.71605305E-04 UZF028 + 129 (2,29) -2.47995134E-04 UZF029 + 130 (2,30) -2.31906180E-04 UZF030 + 131 (2,31) -1.36451152E-04 UZF031 + 132 (2,32) -1.36388459E-04 UZF032 + 133 (2,33) -1.36406560E-04 UZF033 + 134 (2,34) -3.63741304E-04 UZF034 + 135 (2,35) -3.44701702E-04 UZF035 + 136 (2,36) -3.22252949E-04 UZF036 + 137 (2,37) -2.97339219E-04 UZF037 + 138 (2,38) -2.71605305E-04 UZF038 + 139 (2,39) -2.47995134E-04 UZF039 + 140 (2,40) -2.31906180E-04 UZF040 + 141 (2,41) -1.36451152E-04 UZF041 + 142 (2,42) -1.36388459E-04 UZF042 + 143 (2,43) -1.36406560E-04 UZF043 + 144 (2,44) -3.63741304E-04 UZF044 + 145 (2,45) -3.44701702E-04 UZF045 + 146 (2,46) -3.22252949E-04 UZF046 + 147 (2,47) -2.97339219E-04 UZF047 + 148 (2,48) -2.71605305E-04 UZF048 + 149 (2,49) -2.47995134E-04 UZF049 + 150 (2,50) -2.31906180E-04 UZF050 + 151 (2,51) -1.36451152E-04 UZF051 + 152 (2,52) -1.36388459E-04 UZF052 + 153 (2,53) -1.36406560E-04 UZF053 + 154 (2,54) -3.63741304E-04 UZF054 + 155 (2,55) -3.44701702E-04 UZF055 + 156 (2,56) -3.22252949E-04 UZF056 + 157 (2,57) -2.97339219E-04 UZF057 + 158 (2,58) -2.71605305E-04 UZF058 + 159 (2,59) -2.47995134E-04 UZF059 + 160 (2,60) -2.31906180E-04 UZF060 + 161 (2,61) -1.36451152E-04 UZF061 + 162 (2,62) -1.36388459E-04 UZF062 + 163 (2,63) -1.36406560E-04 UZF063 + 164 (2,64) -3.63741304E-04 UZF064 + 165 (2,65) -3.44701702E-04 UZF065 + 166 (2,66) -3.22252949E-04 UZF066 + 167 (2,67) -2.97339219E-04 UZF067 + 168 (2,68) -2.71605305E-04 UZF068 + 169 (2,69) -2.47995134E-04 UZF069 + 170 (2,70) -2.31906180E-04 UZF070 + 171 (2,71) -1.36451152E-04 UZF071 + 172 (2,72) -1.36388459E-04 UZF072 + 173 (2,73) -1.36406560E-04 UZF073 + 174 (2,74) -3.63741304E-04 UZF074 + 175 (2,75) -3.44701702E-04 UZF075 + 176 (2,76) -3.22252949E-04 UZF076 + 177 (2,77) -2.97339219E-04 UZF077 + 178 (2,78) -2.71605305E-04 UZF078 + 179 (2,79) -2.47995134E-04 UZF079 + 180 (2,80) -2.31906180E-04 UZF080 + 181 (2,81) -1.36451152E-04 UZF081 + 182 (2,82) -1.36388459E-04 UZF082 + 183 (2,83) -1.36406560E-04 UZF083 + 184 (2,84) -3.63741304E-04 UZF084 + 185 (2,85) -3.44701702E-04 UZF085 + 186 (2,86) -3.22252949E-04 UZF086 + 187 (2,87) -2.97339219E-04 UZF087 + 188 (2,88) -2.71605305E-04 UZF088 + 189 (2,89) -2.47995134E-04 UZF089 + 190 (2,90) -2.31906180E-04 UZF090 + 191 (2,91) -1.36451152E-04 UZF091 + 192 (2,92) -1.36388459E-04 UZF092 + 193 (2,93) -1.36406560E-04 UZF093 + 194 (2,94) -3.63741304E-04 UZF094 + 195 (2,95) -3.44701702E-04 UZF095 + 196 (2,96) -3.22252949E-04 UZF096 + 197 (2,97) -2.97339219E-04 UZF097 + 198 (2,98) -2.71605305E-04 UZF098 + 199 (2,99) -2.47995134E-04 UZF099 + 200 (2,100) -2.31906180E-04 UZF100 + 201 (3,1) -4.81689532E-05 UZF001 + 202 (3,2) -4.86893018E-05 UZF002 + 203 (3,3) -4.97648354E-05 UZF003 + 204 (3,4) -1.36539041E-04 UZF004 + 205 (3,5) -1.34637445E-04 UZF005 + 206 (3,6) -1.31467082E-04 UZF006 + 207 (3,7) -1.26733490E-04 UZF007 + 208 (3,8) -1.20340621E-04 UZF008 + 209 (3,9) -1.12789262E-04 UZF009 + 210 (3,10) -1.06098350E-04 UZF010 + 211 (3,11) -4.81689532E-05 UZF011 + 212 (3,12) -4.86893018E-05 UZF012 + 213 (3,13) -4.97648354E-05 UZF013 + 214 (3,14) -1.36539041E-04 UZF014 + 215 (3,15) -1.34637445E-04 UZF015 + 216 (3,16) -1.31467082E-04 UZF016 + 217 (3,17) -1.26733490E-04 UZF017 + 218 (3,18) -1.20340621E-04 UZF018 + 219 (3,19) -1.12789262E-04 UZF019 + 220 (3,20) -1.06098350E-04 UZF020 + 221 (3,21) -4.81689532E-05 UZF021 + 222 (3,22) -4.86893018E-05 UZF022 + 223 (3,23) -4.97648354E-05 UZF023 + 224 (3,24) -1.36539041E-04 UZF024 + 225 (3,25) -1.34637445E-04 UZF025 + 226 (3,26) -1.31467082E-04 UZF026 + 227 (3,27) -1.26733490E-04 UZF027 + 228 (3,28) -1.20340621E-04 UZF028 + 229 (3,29) -1.12789262E-04 UZF029 + 230 (3,30) -1.06098350E-04 UZF030 + 231 (3,31) -4.81689532E-05 UZF031 + 232 (3,32) -4.86893018E-05 UZF032 + 233 (3,33) -4.97648354E-05 UZF033 + 234 (3,34) -1.36539041E-04 UZF034 + 235 (3,35) -1.34637445E-04 UZF035 + 236 (3,36) -1.31467082E-04 UZF036 + 237 (3,37) -1.26733490E-04 UZF037 + 238 (3,38) -1.20340621E-04 UZF038 + 239 (3,39) -1.12789262E-04 UZF039 + 240 (3,40) -1.06098350E-04 UZF040 + 241 (3,41) -4.81689532E-05 UZF041 + 242 (3,42) -4.86893018E-05 UZF042 + 243 (3,43) -4.97648354E-05 UZF043 + 244 (3,44) -1.36539041E-04 UZF044 + 245 (3,45) -1.34637445E-04 UZF045 + 246 (3,46) -1.31467082E-04 UZF046 + 247 (3,47) -1.26733490E-04 UZF047 + 248 (3,48) -1.20340621E-04 UZF048 + 249 (3,49) -1.12789262E-04 UZF049 + 250 (3,50) -1.06098350E-04 UZF050 + 251 (3,51) -4.81689532E-05 UZF051 + 252 (3,52) -4.86893018E-05 UZF052 + 253 (3,53) -4.97648354E-05 UZF053 + 254 (3,54) -1.36539041E-04 UZF054 + 255 (3,55) -1.34637445E-04 UZF055 + 256 (3,56) -1.31467082E-04 UZF056 + 257 (3,57) 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(3,85) -1.34637445E-04 UZF085 + 286 (3,86) -1.31467082E-04 UZF086 + 287 (3,87) -1.26733490E-04 UZF087 + 288 (3,88) -1.20340621E-04 UZF088 + 289 (3,89) -1.12789262E-04 UZF089 + 290 (3,90) -1.06098350E-04 UZF090 + 291 (3,91) -4.81689532E-05 UZF091 + 292 (3,92) -4.86893018E-05 UZF092 + 293 (3,93) -4.97648354E-05 UZF093 + 294 (3,94) -1.36539041E-04 UZF094 + 295 (3,95) -1.34637445E-04 UZF095 + 296 (3,96) -1.31467082E-04 UZF096 + 297 (3,97) -1.26733490E-04 UZF097 + 298 (3,98) -1.20340621E-04 UZF098 + 299 (3,99) -1.12789262E-04 UZF099 + 300 (3,100) -1.06098350E-04 UZF100 + 301 (4,1) -0.0000000 UZF001 + 302 (4,2) -0.0000000 UZF002 + 303 (4,3) -0.0000000 UZF003 + 304 (4,4) -0.0000000 UZF004 + 305 (4,5) -0.0000000 UZF005 + 306 (4,6) -0.0000000 UZF006 + 307 (4,7) -0.0000000 UZF007 + 308 (4,8) -0.0000000 UZF008 + 309 (4,9) -0.0000000 UZF009 + 310 (4,10) -0.0000000 UZF010 + 311 (4,11) -0.0000000 UZF011 + 312 (4,12) -0.0000000 UZF012 + 313 (4,13) -0.0000000 UZF013 + 314 (4,14) -0.0000000 UZF014 + 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75 76 77 78 79 80 + 81 82 83 84 85 86 87 88 89 90 + 91 92 93 94 95 96 97 98 99 100 + ................................................................................................................................................................ + 1 18.3520 18.2679 18.0981 17.8394 17.4866 17.0318 16.4644 15.7716 14.9445 14.0000 + 18.3520 18.2679 18.0981 17.8394 17.4866 17.0318 16.4644 15.7716 14.9445 14.0000 + 18.3520 18.2679 18.0981 17.8394 17.4866 17.0318 16.4644 15.7716 14.9445 14.0000 + 18.3520 18.2679 18.0981 17.8394 17.4866 17.0318 16.4644 15.7716 14.9445 14.0000 + 18.3520 18.2679 18.0981 17.8394 17.4866 17.0318 16.4644 15.7716 14.9445 14.0000 + 18.3520 18.2679 18.0981 17.8394 17.4866 17.0318 16.4644 15.7716 14.9445 14.0000 + 18.3520 18.2679 18.0981 17.8394 17.4866 17.0318 16.4644 15.7716 14.9445 14.0000 + 18.3520 18.2679 18.0981 17.8394 17.4866 17.0318 16.4644 15.7716 14.9445 14.0000 + 18.3520 18.2679 18.0981 17.8394 17.4866 17.0318 16.4644 15.7716 14.9445 14.0000 + 18.3520 18.2679 18.0981 17.8394 17.4866 17.0318 16.4644 15.7716 14.9445 14.0000 + + HEAD WILL BE SAVED ON UNIT 1016 AT END OF TIME STEP 2, STRESS PERIOD 3 + + + UZF_0 BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 2, STRESS PERIOD 3 + ------------------------------------------------------------------------------ + + CUMULATIVE UZF_0 L**3 RATES FOR THIS TIME STEP L**3/T + ------------------ ------------------------ + + IN: IN: + --- --- + GWF = 0.0000 GWF = 0.0000 + INFILTRATION = 360.0000 INFILTRATION = 15.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.0000 UZET = 0.0000 + STORAGE = 16.6050 STORAGE = 0.0000 + + TOTAL IN = 376.6050 TOTAL IN = 15.0000 + + OUT: OUT: + ---- ---- + GWF = 362.0667 GWF = 14.9179 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.9176 UZET = 4.0311E-02 + STORAGE = 13.6207 STORAGE = 4.1796E-02 + + TOTAL OUT = 376.6050 TOTAL OUT = 15.0000 + + IN - OUT = 1.6900E-06 IN - OUT = 3.0198E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 2, STRESS PERIOD 3 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.8080E-02 STO-SS = 7.8252E-05 STORAGE + STO-SY = 39.3677 STO-SY = 0.1564 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 362.0667 UZF-GWRCH = 14.9179 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 401.4825 TOTAL IN = 15.0743 + + OUT: OUT: + ---- ---- + STO-SS = 7.9969E-04 STO-SS = 0.0000 STORAGE + STO-SY = 11.9671 STO-SY = 0.0000 STORAGE + GHB = 388.2591 GHB = 15.0259 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 1.2555 UZF-GWET = 4.8400E-02 UZF_0 + + TOTAL OUT = 401.4825 TOTAL OUT = 15.0743 + + IN - OUT = -8.4032E-07 IN - OUT = -3.7576E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 2 IN STRESS PERIOD 3 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 3.45600E+05 5760.0 96.000 4.0000 1.09514E-02 + TOTAL TIME 2.07360E+06 34560. 576.00 24.000 6.57084E-02 + + +end timestep + + +start timestep kper="3" kstp="3" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1015 AT TIME STEP 3, STRESS PERIOD 3 + UBDSV1 SAVING STO-SY ON UNIT 1015 AT TIME STEP 3, STRESS PERIOD 3 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1015 AT TIME STEP 3, STRESS PERIOD 3 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1015 AT TIME STEP 3, STRESS PERIOD 3 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 3, STRESS PERIOD 3 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 3, STRESS PERIOD 3 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 3, STRESS PERIOD 3 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 3, STRESS PERIOD 3 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1011 AT TIME STEP 3, STRESS PERIOD 3 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 3, STRESS PERIOD 3 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 3, STRESS PERIOD 3 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 3, STRESS PERIOD 3 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 3, STRESS PERIOD 3 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 3 STEP 3 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.0285648 + 2 (4,20) -1.0285648 + 3 (4,30) -1.0285648 + 4 (4,40) -1.0285648 + 5 (4,50) -1.0285648 + 6 (4,60) -1.0285648 + 7 (4,70) -1.0285648 + 8 (4,80) -1.0285648 + 9 (4,90) -1.0285648 + 10 (4,100) -1.0285648 + 11 (5,10) -0.47136499 + 12 (5,20) -0.47136499 + 13 (5,30) -0.47136499 + 14 (5,40) -0.47136499 + 15 (5,50) -0.47136499 + 16 (5,60) -0.47136499 + 17 (5,70) -0.47136499 + 18 (5,80) -0.47136499 + 19 (5,90) -0.47136499 + 20 (5,100) -0.47136499 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 3 STEP 3 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14917259 UZF001 + 2 (1,2) 0.14920158 UZF002 + 3 (1,3) 0.14931191 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14917259 UZF011 + 12 (1,12) 0.14920158 UZF012 + 13 (1,13) 0.14931191 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14917259 UZF021 + 22 (1,22) 0.14920158 UZF022 + 23 (1,23) 0.14931191 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14917259 UZF031 + 32 (1,32) 0.14920158 UZF032 + 33 (1,33) 0.14931191 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14917259 UZF041 + 42 (1,42) 0.14920158 UZF042 + 43 (1,43) 0.14931191 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14917259 UZF051 + 52 (1,52) 0.14920158 UZF052 + 53 (1,53) 0.14931191 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14917259 UZF061 + 62 (1,62) 0.14920158 UZF062 + 63 (1,63) 0.14931191 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14917259 UZF071 + 72 (1,72) 0.14920158 UZF072 + 73 (1,73) 0.14931191 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14917259 UZF081 + 82 (1,82) 0.14920158 UZF082 + 83 (1,83) 0.14931191 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14917259 UZF091 + 92 (1,92) 0.14920158 UZF092 + 93 (1,93) 0.14931191 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.14922797 UZF004 + 105 (2,5) 0.14926720 UZF005 + 106 (2,6) 0.14929132 UZF006 + 107 (2,7) 0.14930602 UZF007 + 108 (2,8) 0.14931431 UZF008 + 109 (2,9) 0.14931749 UZF009 + 110 (2,10) 0.14931678 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.14922797 UZF014 + 115 (2,15) 0.14926720 UZF015 + 116 (2,16) 0.14929132 UZF016 + 117 (2,17) 0.14930602 UZF017 + 118 (2,18) 0.14931431 UZF018 + 119 (2,19) 0.14931749 UZF019 + 120 (2,20) 0.14931678 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.14922797 UZF024 + 125 (2,25) 0.14926720 UZF025 + 126 (2,26) 0.14929132 UZF026 + 127 (2,27) 0.14930602 UZF027 + 128 (2,28) 0.14931431 UZF028 + 129 (2,29) 0.14931749 UZF029 + 130 (2,30) 0.14931678 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.14922797 UZF034 + 135 (2,35) 0.14926720 UZF035 + 136 (2,36) 0.14929132 UZF036 + 137 (2,37) 0.14930602 UZF037 + 138 (2,38) 0.14931431 UZF038 + 139 (2,39) 0.14931749 UZF039 + 140 (2,40) 0.14931678 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.14922797 UZF044 + 145 (2,45) 0.14926720 UZF045 + 146 (2,46) 0.14929132 UZF046 + 147 (2,47) 0.14930602 UZF047 + 148 (2,48) 0.14931431 UZF048 + 149 (2,49) 0.14931749 UZF049 + 150 (2,50) 0.14931678 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.14922797 UZF054 + 155 (2,55) 0.14926720 UZF055 + 156 (2,56) 0.14929132 UZF056 + 157 (2,57) 0.14930602 UZF057 + 158 (2,58) 0.14931431 UZF058 + 159 (2,59) 0.14931749 UZF059 + 160 (2,60) 0.14931678 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.14922797 UZF064 + 165 (2,65) 0.14926720 UZF065 + 166 (2,66) 0.14929132 UZF066 + 167 (2,67) 0.14930602 UZF067 + 168 (2,68) 0.14931431 UZF068 + 169 (2,69) 0.14931749 UZF069 + 170 (2,70) 0.14931678 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.14922797 UZF074 + 175 (2,75) 0.14926720 UZF075 + 176 (2,76) 0.14929132 UZF076 + 177 (2,77) 0.14930602 UZF077 + 178 (2,78) 0.14931431 UZF078 + 179 (2,79) 0.14931749 UZF079 + 180 (2,80) 0.14931678 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.14922797 UZF084 + 185 (2,85) 0.14926720 UZF085 + 186 (2,86) 0.14929132 UZF086 + 187 (2,87) 0.14930602 UZF087 + 188 (2,88) 0.14931431 UZF088 + 189 (2,89) 0.14931749 UZF089 + 190 (2,90) 0.14931678 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.14922797 UZF094 + 195 (2,95) 0.14926720 UZF095 + 196 (2,96) 0.14929132 UZF096 + 197 (2,97) 0.14930602 UZF097 + 198 (2,98) 0.14931431 UZF098 + 199 (2,99) 0.14931749 UZF099 + 200 (2,100) 0.14931678 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 0.0000000 UZF076 + 277 (3,77) 0.0000000 UZF077 + 278 (3,78) 0.0000000 UZF078 + 279 (3,79) 0.0000000 UZF079 + 280 (3,80) 0.0000000 UZF080 + 281 (3,81) 0.0000000 UZF081 + 282 (3,82) 0.0000000 UZF082 + 283 (3,83) 0.0000000 UZF083 + 284 (3,84) 0.0000000 UZF084 + 285 (3,85) 0.0000000 UZF085 + 286 (3,86) 0.0000000 UZF086 + 287 (3,87) 0.0000000 UZF087 + 288 (3,88) 0.0000000 UZF088 + 289 (3,89) 0.0000000 UZF089 + 290 (3,90) 0.0000000 UZF090 + 291 (3,91) 0.0000000 UZF091 + 292 (3,92) 0.0000000 UZF092 + 293 (3,93) 0.0000000 UZF093 + 294 (3,94) 0.0000000 UZF094 + 295 (3,95) 0.0000000 UZF095 + 296 (3,96) 0.0000000 UZF096 + 297 (3,97) 0.0000000 UZF097 + 298 (3,98) 0.0000000 UZF098 + 299 (3,99) 0.0000000 UZF099 + 300 (3,100) 0.0000000 UZF100 + 301 (4,1) 0.0000000 UZF001 + 302 (4,2) 0.0000000 UZF002 + 303 (4,3) 0.0000000 UZF003 + 304 (4,4) 0.0000000 UZF004 + 305 (4,5) 0.0000000 UZF005 + 306 (4,6) 0.0000000 UZF006 + 307 (4,7) 0.0000000 UZF007 + 308 (4,8) 0.0000000 UZF008 + 309 (4,9) 0.0000000 UZF009 + 310 (4,10) 0.0000000 UZF010 + 311 (4,11) 0.0000000 UZF011 + 312 (4,12) 0.0000000 UZF012 + 313 (4,13) 0.0000000 UZF013 + 314 (4,14) 0.0000000 UZF014 + 315 (4,15) 0.0000000 UZF015 + 316 (4,16) 0.0000000 UZF016 + 317 (4,17) 0.0000000 UZF017 + 318 (4,18) 0.0000000 UZF018 + 319 (4,19) 0.0000000 UZF019 + 320 (4,20) 0.0000000 UZF020 + 321 (4,21) 0.0000000 UZF021 + 322 (4,22) 0.0000000 UZF022 + 323 (4,23) 0.0000000 UZF023 + 324 (4,24) 0.0000000 UZF024 + 325 (4,25) 0.0000000 UZF025 + 326 (4,26) 0.0000000 UZF026 + 327 (4,27) 0.0000000 UZF027 + 328 (4,28) 0.0000000 UZF028 + 329 (4,29) 0.0000000 UZF029 + 330 (4,30) 0.0000000 UZF030 + 331 (4,31) 0.0000000 UZF031 + 332 (4,32) 0.0000000 UZF032 + 333 (4,33) 0.0000000 UZF033 + 334 (4,34) 0.0000000 UZF034 + 335 (4,35) 0.0000000 UZF035 + 336 (4,36) 0.0000000 UZF036 + 337 (4,37) 0.0000000 UZF037 + 338 (4,38) 0.0000000 UZF038 + 339 (4,39) 0.0000000 UZF039 + 340 (4,40) 0.0000000 UZF040 + 341 (4,41) 0.0000000 UZF041 + 342 (4,42) 0.0000000 UZF042 + 343 (4,43) 0.0000000 UZF043 + 344 (4,44) 0.0000000 UZF044 + 345 (4,45) 0.0000000 UZF045 + 346 (4,46) 0.0000000 UZF046 + 347 (4,47) 0.0000000 UZF047 + 348 (4,48) 0.0000000 UZF048 + 349 (4,49) 0.0000000 UZF049 + 350 (4,50) 0.0000000 UZF050 + 351 (4,51) 0.0000000 UZF051 + 352 (4,52) 0.0000000 UZF052 + 353 (4,53) 0.0000000 UZF053 + 354 (4,54) 0.0000000 UZF054 + 355 (4,55) 0.0000000 UZF055 + 356 (4,56) 0.0000000 UZF056 + 357 (4,57) 0.0000000 UZF057 + 358 (4,58) 0.0000000 UZF058 + 359 (4,59) 0.0000000 UZF059 + 360 (4,60) 0.0000000 UZF060 + 361 (4,61) 0.0000000 UZF061 + 362 (4,62) 0.0000000 UZF062 + 363 (4,63) 0.0000000 UZF063 + 364 (4,64) 0.0000000 UZF064 + 365 (4,65) 0.0000000 UZF065 + 366 (4,66) 0.0000000 UZF066 + 367 (4,67) 0.0000000 UZF067 + 368 (4,68) 0.0000000 UZF068 + 369 (4,69) 0.0000000 UZF069 + 370 (4,70) 0.0000000 UZF070 + 371 (4,71) 0.0000000 UZF071 + 372 (4,72) 0.0000000 UZF072 + 373 (4,73) 0.0000000 UZF073 + 374 (4,74) 0.0000000 UZF074 + 375 (4,75) 0.0000000 UZF075 + 376 (4,76) 0.0000000 UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 (5,23) 0.0000000 UZF023 + 424 (5,24) 0.0000000 UZF024 + 425 (5,25) 0.0000000 UZF025 + 426 (5,26) 0.0000000 UZF026 + 427 (5,27) 0.0000000 UZF027 + 428 (5,28) 0.0000000 UZF028 + 429 (5,29) 0.0000000 UZF029 + 430 (5,30) 0.0000000 UZF030 + 431 (5,31) 0.0000000 UZF031 + 432 (5,32) 0.0000000 UZF032 + 433 (5,33) 0.0000000 UZF033 + 434 (5,34) 0.0000000 UZF034 + 435 (5,35) 0.0000000 UZF035 + 436 (5,36) 0.0000000 UZF036 + 437 (5,37) 0.0000000 UZF037 + 438 (5,38) 0.0000000 UZF038 + 439 (5,39) 0.0000000 UZF039 + 440 (5,40) 0.0000000 UZF040 + 441 (5,41) 0.0000000 UZF041 + 442 (5,42) 0.0000000 UZF042 + 443 (5,43) 0.0000000 UZF043 + 444 (5,44) 0.0000000 UZF044 + 445 (5,45) 0.0000000 UZF045 + 446 (5,46) 0.0000000 UZF046 + 447 (5,47) 0.0000000 UZF047 + 448 (5,48) 0.0000000 UZF048 + 449 (5,49) 0.0000000 UZF049 + 450 (5,50) 0.0000000 UZF050 + 451 (5,51) 0.0000000 UZF051 + 452 (5,52) 0.0000000 UZF052 + 453 (5,53) 0.0000000 UZF053 + 454 (5,54) 0.0000000 UZF054 + 455 (5,55) 0.0000000 UZF055 + 456 (5,56) 0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 3 STEP 3 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 0.0000000 UZF042 + 43 (1,43) 0.0000000 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.0000000 UZF051 + 52 (1,52) 0.0000000 UZF052 + 53 (1,53) 0.0000000 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.0000000 UZF061 + 62 (1,62) 0.0000000 UZF062 + 63 (1,63) 0.0000000 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.0000000 UZF071 + 72 (1,72) 0.0000000 UZF072 + 73 (1,73) 0.0000000 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 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18.8896 18.7424 18.5217 18.2252 17.8565 17.4219 16.9377 16.4458 16.0546 + 18.9631 18.8896 18.7424 18.5217 18.2252 17.8565 17.4219 16.9377 16.4458 16.0546 + 18.9631 18.8896 18.7424 18.5217 18.2252 17.8565 17.4219 16.9377 16.4458 16.0546 + 18.9631 18.8896 18.7424 18.5217 18.2252 17.8565 17.4219 16.9377 16.4458 16.0546 + 18.9631 18.8896 18.7424 18.5217 18.2252 17.8565 17.4219 16.9377 16.4458 16.0546 + 18.9631 18.8896 18.7424 18.5217 18.2252 17.8565 17.4219 16.9377 16.4458 16.0546 +1 + HEAD IN LAYER 4 AT END OF TIME STEP 3 IN STRESS PERIOD 3 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + 11 12 13 14 15 16 17 18 19 20 + 21 22 23 24 25 26 27 28 29 30 + 31 32 33 34 35 36 37 38 39 40 + 41 42 43 44 45 46 47 48 49 50 + 51 52 53 54 55 56 57 58 59 60 + 61 62 63 64 65 66 67 68 69 70 + 71 72 73 74 75 76 77 78 79 80 + 81 82 83 84 85 86 87 88 89 90 + 91 92 93 94 95 96 97 98 99 100 + ................................................................................................................................................................ + 1 18.5531 18.4731 18.3118 18.0670 17.7344 17.3072 16.7727 16.1038 15.2355 14.0001 + 18.5531 18.4731 18.3118 18.0670 17.7344 17.3072 16.7727 16.1038 15.2355 14.0001 + 18.5531 18.4731 18.3118 18.0670 17.7344 17.3072 16.7727 16.1038 15.2355 14.0001 + 18.5531 18.4731 18.3118 18.0670 17.7344 17.3072 16.7727 16.1038 15.2355 14.0001 + 18.5531 18.4731 18.3118 18.0670 17.7344 17.3072 16.7727 16.1038 15.2355 14.0001 + 18.5531 18.4731 18.3118 18.0670 17.7344 17.3072 16.7727 16.1038 15.2355 14.0001 + 18.5531 18.4731 18.3118 18.0670 17.7344 17.3072 16.7727 16.1038 15.2355 14.0001 + 18.5531 18.4731 18.3118 18.0670 17.7344 17.3072 16.7727 16.1038 15.2355 14.0001 + 18.5531 18.4731 18.3118 18.0670 17.7344 17.3072 16.7727 16.1038 15.2355 14.0001 + 18.5531 18.4731 18.3118 18.0670 17.7344 17.3072 16.7727 16.1038 15.2355 14.0001 +1 + HEAD IN LAYER 5 AT END OF TIME STEP 3 IN STRESS PERIOD 3 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + 11 12 13 14 15 16 17 18 19 20 + 21 22 23 24 25 26 27 28 29 30 + 31 32 33 34 35 36 37 38 39 40 + 41 42 43 44 45 46 47 48 49 50 + 51 52 53 54 55 56 57 58 59 60 + 61 62 63 64 65 66 67 68 69 70 + 71 72 73 74 75 76 77 78 79 80 + 81 82 83 84 85 86 87 88 89 90 + 91 92 93 94 95 96 97 98 99 100 + ................................................................................................................................................................ + 1 18.3433 18.2594 18.0901 17.8320 17.4799 17.0261 16.4598 15.7684 14.9428 14.0000 + 18.3433 18.2594 18.0901 17.8320 17.4799 17.0261 16.4598 15.7684 14.9428 14.0000 + 18.3433 18.2594 18.0901 17.8320 17.4799 17.0261 16.4598 15.7684 14.9428 14.0000 + 18.3433 18.2594 18.0901 17.8320 17.4799 17.0261 16.4598 15.7684 14.9428 14.0000 + 18.3433 18.2594 18.0901 17.8320 17.4799 17.0261 16.4598 15.7684 14.9428 14.0000 + 18.3433 18.2594 18.0901 17.8320 17.4799 17.0261 16.4598 15.7684 14.9428 14.0000 + 18.3433 18.2594 18.0901 17.8320 17.4799 17.0261 16.4598 15.7684 14.9428 14.0000 + 18.3433 18.2594 18.0901 17.8320 17.4799 17.0261 16.4598 15.7684 14.9428 14.0000 + 18.3433 18.2594 18.0901 17.8320 17.4799 17.0261 16.4598 15.7684 14.9428 14.0000 + 18.3433 18.2594 18.0901 17.8320 17.4799 17.0261 16.4598 15.7684 14.9428 14.0000 + + HEAD WILL BE SAVED ON UNIT 1016 AT END OF TIME STEP 3, STRESS PERIOD 3 + + + UZF_0 BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 3, STRESS PERIOD 3 + ------------------------------------------------------------------------------ + + CUMULATIVE UZF_0 L**3 RATES FOR THIS TIME STEP L**3/T + ------------------ ------------------------ + + IN: IN: + --- --- + GWF = 0.0000 GWF = 0.0000 + INFILTRATION = 390.0000 INFILTRATION = 15.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.0000 UZET = 0.0000 + STORAGE = 16.6050 STORAGE = 0.0000 + + TOTAL IN = 406.6050 TOTAL IN = 15.0000 + + OUT: OUT: + ---- ---- + GWF = 391.9212 GWF = 14.9273 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.9984 UZET = 4.0360E-02 + STORAGE = 13.6854 STORAGE = 3.2368E-02 + + TOTAL OUT = 406.6050 TOTAL OUT = 15.0000 + + IN - OUT = 1.6900E-06 IN - OUT = 3.3751E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 3, STRESS PERIOD 3 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.8205E-02 STO-SS = 6.2840E-05 STORAGE + STO-SY = 39.6083 STO-SY = 0.1203 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 391.9212 UZF-GWRCH = 14.9273 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 431.5778 TOTAL IN = 15.0476 + + OUT: OUT: + ---- ---- + STO-SS = 7.9969E-04 STO-SS = 0.0000 STORAGE + STO-SY = 11.9671 STO-SY = 0.0000 STORAGE + GHB = 418.2577 GHB = 14.9993 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 1.3522 UZF-GWET = 4.8332E-02 UZF_0 + + TOTAL OUT = 431.5778 TOTAL OUT = 15.0476 + + IN - OUT = -8.9561E-07 IN - OUT = -2.7644E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 3 IN STRESS PERIOD 3 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 5.18400E+05 8640.0 144.00 6.0000 1.64271E-02 + TOTAL TIME 2.24640E+06 37440. 624.00 26.000 7.11841E-02 + + +end timestep + + +start timestep kper="3" kstp="4" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1015 AT TIME STEP 4, STRESS PERIOD 3 + UBDSV1 SAVING STO-SY ON UNIT 1015 AT TIME STEP 4, STRESS PERIOD 3 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1015 AT TIME STEP 4, STRESS PERIOD 3 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1015 AT TIME STEP 4, STRESS PERIOD 3 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 4, STRESS PERIOD 3 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 4, STRESS PERIOD 3 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 4, STRESS PERIOD 3 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 4, STRESS PERIOD 3 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1011 AT TIME STEP 4, STRESS PERIOD 3 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 4, STRESS PERIOD 3 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 4, STRESS PERIOD 3 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 4, STRESS PERIOD 3 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 4, STRESS PERIOD 3 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 3 STEP 4 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.0271640 + 2 (4,20) -1.0271640 + 3 (4,30) -1.0271640 + 4 (4,40) -1.0271640 + 5 (4,50) -1.0271640 + 6 (4,60) -1.0271640 + 7 (4,70) -1.0271640 + 8 (4,80) -1.0271640 + 9 (4,90) -1.0271640 + 10 (4,100) -1.0271640 + 11 (5,10) -0.47069261 + 12 (5,20) -0.47069261 + 13 (5,30) -0.47069261 + 14 (5,40) -0.47069261 + 15 (5,50) -0.47069261 + 16 (5,60) -0.47069261 + 17 (5,70) -0.47069261 + 18 (5,80) -0.47069261 + 19 (5,90) -0.47069261 + 20 (5,100) -0.47069261 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 3 STEP 4 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14930642 UZF001 + 2 (1,2) 0.14932283 UZF002 + 3 (1,3) 0.14939769 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14930642 UZF011 + 12 (1,12) 0.14932283 UZF012 + 13 (1,13) 0.14939769 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14930642 UZF021 + 22 (1,22) 0.14932283 UZF022 + 23 (1,23) 0.14939769 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14930642 UZF031 + 32 (1,32) 0.14932283 UZF032 + 33 (1,33) 0.14939769 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14930642 UZF041 + 42 (1,42) 0.14932283 UZF042 + 43 (1,43) 0.14939769 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14930642 UZF051 + 52 (1,52) 0.14932283 UZF052 + 53 (1,53) 0.14939769 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14930642 UZF061 + 62 (1,62) 0.14932283 UZF062 + 63 (1,63) 0.14939769 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14930642 UZF071 + 72 (1,72) 0.14932283 UZF072 + 73 (1,73) 0.14939769 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14930642 UZF081 + 82 (1,82) 0.14932283 UZF082 + 83 (1,83) 0.14939769 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14930642 UZF091 + 92 (1,92) 0.14932283 UZF092 + 93 (1,93) 0.14939769 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.14930778 UZF004 + 105 (2,5) 0.14933266 UZF005 + 106 (2,6) 0.14934910 UZF006 + 107 (2,7) 0.14935948 UZF007 + 108 (2,8) 0.14936501 UZF008 + 109 (2,9) 0.14936637 UZF009 + 110 (2,10) 0.14936489 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.14930778 UZF014 + 115 (2,15) 0.14933266 UZF015 + 116 (2,16) 0.14934910 UZF016 + 117 (2,17) 0.14935948 UZF017 + 118 (2,18) 0.14936501 UZF018 + 119 (2,19) 0.14936637 UZF019 + 120 (2,20) 0.14936489 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.14930778 UZF024 + 125 (2,25) 0.14933266 UZF025 + 126 (2,26) 0.14934910 UZF026 + 127 (2,27) 0.14935948 UZF027 + 128 (2,28) 0.14936501 UZF028 + 129 (2,29) 0.14936637 UZF029 + 130 (2,30) 0.14936489 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.14930778 UZF034 + 135 (2,35) 0.14933266 UZF035 + 136 (2,36) 0.14934910 UZF036 + 137 (2,37) 0.14935948 UZF037 + 138 (2,38) 0.14936501 UZF038 + 139 (2,39) 0.14936637 UZF039 + 140 (2,40) 0.14936489 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.14930778 UZF044 + 145 (2,45) 0.14933266 UZF045 + 146 (2,46) 0.14934910 UZF046 + 147 (2,47) 0.14935948 UZF047 + 148 (2,48) 0.14936501 UZF048 + 149 (2,49) 0.14936637 UZF049 + 150 (2,50) 0.14936489 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.14930778 UZF054 + 155 (2,55) 0.14933266 UZF055 + 156 (2,56) 0.14934910 UZF056 + 157 (2,57) 0.14935948 UZF057 + 158 (2,58) 0.14936501 UZF058 + 159 (2,59) 0.14936637 UZF059 + 160 (2,60) 0.14936489 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.14930778 UZF064 + 165 (2,65) 0.14933266 UZF065 + 166 (2,66) 0.14934910 UZF066 + 167 (2,67) 0.14935948 UZF067 + 168 (2,68) 0.14936501 UZF068 + 169 (2,69) 0.14936637 UZF069 + 170 (2,70) 0.14936489 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.14930778 UZF074 + 175 (2,75) 0.14933266 UZF075 + 176 (2,76) 0.14934910 UZF076 + 177 (2,77) 0.14935948 UZF077 + 178 (2,78) 0.14936501 UZF078 + 179 (2,79) 0.14936637 UZF079 + 180 (2,80) 0.14936489 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.14930778 UZF084 + 185 (2,85) 0.14933266 UZF085 + 186 (2,86) 0.14934910 UZF086 + 187 (2,87) 0.14935948 UZF087 + 188 (2,88) 0.14936501 UZF088 + 189 (2,89) 0.14936637 UZF089 + 190 (2,90) 0.14936489 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.14930778 UZF094 + 195 (2,95) 0.14933266 UZF095 + 196 (2,96) 0.14934910 UZF096 + 197 (2,97) 0.14935948 UZF097 + 198 (2,98) 0.14936501 UZF098 + 199 (2,99) 0.14936637 UZF099 + 200 (2,100) 0.14936489 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 0.0000000 UZF076 + 277 (3,77) 0.0000000 UZF077 + 278 (3,78) 0.0000000 UZF078 + 279 (3,79) 0.0000000 UZF079 + 280 (3,80) 0.0000000 UZF080 + 281 (3,81) 0.0000000 UZF081 + 282 (3,82) 0.0000000 UZF082 + 283 (3,83) 0.0000000 UZF083 + 284 (3,84) 0.0000000 UZF084 + 285 (3,85) 0.0000000 UZF085 + 286 (3,86) 0.0000000 UZF086 + 287 (3,87) 0.0000000 UZF087 + 288 (3,88) 0.0000000 UZF088 + 289 (3,89) 0.0000000 UZF089 + 290 (3,90) 0.0000000 UZF090 + 291 (3,91) 0.0000000 UZF091 + 292 (3,92) 0.0000000 UZF092 + 293 (3,93) 0.0000000 UZF093 + 294 (3,94) 0.0000000 UZF094 + 295 (3,95) 0.0000000 UZF095 + 296 (3,96) 0.0000000 UZF096 + 297 (3,97) 0.0000000 UZF097 + 298 (3,98) 0.0000000 UZF098 + 299 (3,99) 0.0000000 UZF099 + 300 (3,100) 0.0000000 UZF100 + 301 (4,1) 0.0000000 UZF001 + 302 (4,2) 0.0000000 UZF002 + 303 (4,3) 0.0000000 UZF003 + 304 (4,4) 0.0000000 UZF004 + 305 (4,5) 0.0000000 UZF005 + 306 (4,6) 0.0000000 UZF006 + 307 (4,7) 0.0000000 UZF007 + 308 (4,8) 0.0000000 UZF008 + 309 (4,9) 0.0000000 UZF009 + 310 (4,10) 0.0000000 UZF010 + 311 (4,11) 0.0000000 UZF011 + 312 (4,12) 0.0000000 UZF012 + 313 (4,13) 0.0000000 UZF013 + 314 (4,14) 0.0000000 UZF014 + 315 (4,15) 0.0000000 UZF015 + 316 (4,16) 0.0000000 UZF016 + 317 (4,17) 0.0000000 UZF017 + 318 (4,18) 0.0000000 UZF018 + 319 (4,19) 0.0000000 UZF019 + 320 (4,20) 0.0000000 UZF020 + 321 (4,21) 0.0000000 UZF021 + 322 (4,22) 0.0000000 UZF022 + 323 (4,23) 0.0000000 UZF023 + 324 (4,24) 0.0000000 UZF024 + 325 (4,25) 0.0000000 UZF025 + 326 (4,26) 0.0000000 UZF026 + 327 (4,27) 0.0000000 UZF027 + 328 (4,28) 0.0000000 UZF028 + 329 (4,29) 0.0000000 UZF029 + 330 (4,30) 0.0000000 UZF030 + 331 (4,31) 0.0000000 UZF031 + 332 (4,32) 0.0000000 UZF032 + 333 (4,33) 0.0000000 UZF033 + 334 (4,34) 0.0000000 UZF034 + 335 (4,35) 0.0000000 UZF035 + 336 (4,36) 0.0000000 UZF036 + 337 (4,37) 0.0000000 UZF037 + 338 (4,38) 0.0000000 UZF038 + 339 (4,39) 0.0000000 UZF039 + 340 (4,40) 0.0000000 UZF040 + 341 (4,41) 0.0000000 UZF041 + 342 (4,42) 0.0000000 UZF042 + 343 (4,43) 0.0000000 UZF043 + 344 (4,44) 0.0000000 UZF044 + 345 (4,45) 0.0000000 UZF045 + 346 (4,46) 0.0000000 UZF046 + 347 (4,47) 0.0000000 UZF047 + 348 (4,48) 0.0000000 UZF048 + 349 (4,49) 0.0000000 UZF049 + 350 (4,50) 0.0000000 UZF050 + 351 (4,51) 0.0000000 UZF051 + 352 (4,52) 0.0000000 UZF052 + 353 (4,53) 0.0000000 UZF053 + 354 (4,54) 0.0000000 UZF054 + 355 (4,55) 0.0000000 UZF055 + 356 (4,56) 0.0000000 UZF056 + 357 (4,57) 0.0000000 UZF057 + 358 (4,58) 0.0000000 UZF058 + 359 (4,59) 0.0000000 UZF059 + 360 (4,60) 0.0000000 UZF060 + 361 (4,61) 0.0000000 UZF061 + 362 (4,62) 0.0000000 UZF062 + 363 (4,63) 0.0000000 UZF063 + 364 (4,64) 0.0000000 UZF064 + 365 (4,65) 0.0000000 UZF065 + 366 (4,66) 0.0000000 UZF066 + 367 (4,67) 0.0000000 UZF067 + 368 (4,68) 0.0000000 UZF068 + 369 (4,69) 0.0000000 UZF069 + 370 (4,70) 0.0000000 UZF070 + 371 (4,71) 0.0000000 UZF071 + 372 (4,72) 0.0000000 UZF072 + 373 (4,73) 0.0000000 UZF073 + 374 (4,74) 0.0000000 UZF074 + 375 (4,75) 0.0000000 UZF075 + 376 (4,76) 0.0000000 UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 (5,23) 0.0000000 UZF023 + 424 (5,24) 0.0000000 UZF024 + 425 (5,25) 0.0000000 UZF025 + 426 (5,26) 0.0000000 UZF026 + 427 (5,27) 0.0000000 UZF027 + 428 (5,28) 0.0000000 UZF028 + 429 (5,29) 0.0000000 UZF029 + 430 (5,30) 0.0000000 UZF030 + 431 (5,31) 0.0000000 UZF031 + 432 (5,32) 0.0000000 UZF032 + 433 (5,33) 0.0000000 UZF033 + 434 (5,34) 0.0000000 UZF034 + 435 (5,35) 0.0000000 UZF035 + 436 (5,36) 0.0000000 UZF036 + 437 (5,37) 0.0000000 UZF037 + 438 (5,38) 0.0000000 UZF038 + 439 (5,39) 0.0000000 UZF039 + 440 (5,40) 0.0000000 UZF040 + 441 (5,41) 0.0000000 UZF041 + 442 (5,42) 0.0000000 UZF042 + 443 (5,43) 0.0000000 UZF043 + 444 (5,44) 0.0000000 UZF044 + 445 (5,45) 0.0000000 UZF045 + 446 (5,46) 0.0000000 UZF046 + 447 (5,47) 0.0000000 UZF047 + 448 (5,48) 0.0000000 UZF048 + 449 (5,49) 0.0000000 UZF049 + 450 (5,50) 0.0000000 UZF050 + 451 (5,51) 0.0000000 UZF051 + 452 (5,52) 0.0000000 UZF052 + 453 (5,53) 0.0000000 UZF053 + 454 (5,54) 0.0000000 UZF054 + 455 (5,55) 0.0000000 UZF055 + 456 (5,56) 0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 3 STEP 4 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 0.0000000 UZF042 + 43 (1,43) 0.0000000 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.0000000 UZF051 + 52 (1,52) 0.0000000 UZF052 + 53 (1,53) 0.0000000 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.0000000 UZF061 + 62 (1,62) 0.0000000 UZF062 + 63 (1,63) 0.0000000 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.0000000 UZF071 + 72 (1,72) 0.0000000 UZF072 + 73 (1,73) 0.0000000 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 UZF081 + 82 (1,82) 0.0000000 UZF082 + 83 (1,83) 0.0000000 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.0000000 UZF091 + 92 (1,92) 0.0000000 UZF092 + 93 (1,93) 0.0000000 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) -0.0000000 UZF001 + 102 (2,2) -0.0000000 UZF002 + 103 (2,3) -0.0000000 UZF003 + 104 (2,4) -0.0000000 UZF004 + 105 (2,5) -0.0000000 UZF005 + 106 (2,6) -0.0000000 UZF006 + 107 (2,7) -0.0000000 UZF007 + 108 (2,8) -0.0000000 UZF008 + 109 (2,9) -0.0000000 UZF009 + 110 (2,10) -0.0000000 UZF010 + 111 (2,11) -0.0000000 UZF011 + 112 (2,12) -0.0000000 UZF012 + 113 (2,13) -0.0000000 UZF013 + 114 (2,14) -0.0000000 UZF014 + 115 (2,15) -0.0000000 UZF015 + 116 (2,16) -0.0000000 UZF016 + 117 (2,17) -0.0000000 UZF017 + 118 (2,18) -0.0000000 UZF018 + 119 (2,19) -0.0000000 UZF019 + 120 (2,20) -0.0000000 UZF020 + 121 (2,21) -0.0000000 UZF021 + 122 (2,22) -0.0000000 UZF022 + 123 (2,23) -0.0000000 UZF023 + 124 (2,24) -0.0000000 UZF024 + 125 (2,25) -0.0000000 UZF025 + 126 (2,26) -0.0000000 UZF026 + 127 (2,27) -0.0000000 UZF027 + 128 (2,28) -0.0000000 UZF028 + 129 (2,29) -0.0000000 UZF029 + 130 (2,30) -0.0000000 UZF030 + 131 (2,31) -0.0000000 UZF031 + 132 (2,32) -0.0000000 UZF032 + 133 (2,33) -0.0000000 UZF033 + 134 (2,34) -0.0000000 UZF034 + 135 (2,35) -0.0000000 UZF035 + 136 (2,36) -0.0000000 UZF036 + 137 (2,37) -0.0000000 UZF037 + 138 (2,38) -0.0000000 UZF038 + 139 (2,39) -0.0000000 UZF039 + 140 (2,40) -0.0000000 UZF040 + 141 (2,41) -0.0000000 UZF041 + 142 (2,42) -0.0000000 UZF042 + 143 (2,43) -0.0000000 UZF043 + 144 (2,44) -0.0000000 UZF044 + 145 (2,45) -0.0000000 UZF045 + 146 (2,46) -0.0000000 UZF046 + 147 (2,47) -0.0000000 UZF047 + 148 (2,48) -0.0000000 UZF048 + 149 (2,49) -0.0000000 UZF049 + 150 (2,50) -0.0000000 UZF050 + 151 (2,51) -0.0000000 UZF051 + 152 (2,52) -0.0000000 UZF052 + 153 (2,53) -0.0000000 UZF053 + 154 (2,54) -0.0000000 UZF054 + 155 (2,55) -0.0000000 UZF055 + 156 (2,56) -0.0000000 UZF056 + 157 (2,57) -0.0000000 UZF057 + 158 (2,58) -0.0000000 UZF058 + 159 (2,59) -0.0000000 UZF059 + 160 (2,60) -0.0000000 UZF060 + 161 (2,61) -0.0000000 UZF061 + 162 (2,62) -0.0000000 UZF062 + 163 (2,63) -0.0000000 UZF063 + 164 (2,64) -0.0000000 UZF064 + 165 (2,65) -0.0000000 UZF065 + 166 (2,66) -0.0000000 UZF066 + 167 (2,67) -0.0000000 UZF067 + 168 (2,68) -0.0000000 UZF068 + 169 (2,69) 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14.9414 14.0000 + 18.3367 18.2529 18.0839 17.8263 17.4748 17.0217 16.4563 15.7658 14.9414 14.0000 + 18.3367 18.2529 18.0839 17.8263 17.4748 17.0217 16.4563 15.7658 14.9414 14.0000 + 18.3367 18.2529 18.0839 17.8263 17.4748 17.0217 16.4563 15.7658 14.9414 14.0000 + 18.3367 18.2529 18.0839 17.8263 17.4748 17.0217 16.4563 15.7658 14.9414 14.0000 + 18.3367 18.2529 18.0839 17.8263 17.4748 17.0217 16.4563 15.7658 14.9414 14.0000 + 18.3367 18.2529 18.0839 17.8263 17.4748 17.0217 16.4563 15.7658 14.9414 14.0000 + 18.3367 18.2529 18.0839 17.8263 17.4748 17.0217 16.4563 15.7658 14.9414 14.0000 + + HEAD WILL BE SAVED ON UNIT 1016 AT END OF TIME STEP 4, STRESS PERIOD 3 + + + UZF_0 BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 4, STRESS PERIOD 3 + ------------------------------------------------------------------------------ + + CUMULATIVE UZF_0 L**3 RATES FOR THIS TIME STEP L**3/T + ------------------ ------------------------ + + IN: IN: + --- --- + GWF = 0.0000 GWF = 0.0000 + INFILTRATION = 420.0000 INFILTRATION = 15.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.0000 UZET = 0.0000 + STORAGE = 16.6050 STORAGE = 0.0000 + + TOTAL IN = 436.6050 TOTAL IN = 15.0000 + + OUT: OUT: + ---- ---- + GWF = 421.7907 GWF = 14.9347 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 1.0792 UZET = 4.0397E-02 + STORAGE = 13.7352 STORAGE = 2.4881E-02 + + TOTAL OUT = 436.6050 TOTAL OUT = 15.0000 + + IN - OUT = 1.6900E-06 IN - OUT = 2.3093E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 4, STRESS PERIOD 3 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.8303E-02 STO-SS = 4.8667E-05 STORAGE + STO-SY = 39.7924 STO-SY = 9.2076E-02 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 421.7907 UZF-GWRCH = 14.9347 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 461.6314 TOTAL IN = 15.0268 + + OUT: OUT: + ---- ---- + STO-SS = 7.9969E-04 STO-SS = 0.0000 STORAGE + STO-SY = 11.9671 STO-SY = 0.0000 STORAGE + GHB = 448.2148 GHB = 14.9786 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 1.4487 UZF-GWET = 4.8281E-02 UZF_0 + + TOTAL OUT = 461.6314 TOTAL OUT = 15.0268 + + IN - OUT = -1.0292E-06 IN - OUT = -6.6780E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 4 IN STRESS PERIOD 3 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 6.91200E+05 11520. 192.00 8.0000 2.19028E-02 + TOTAL TIME 2.41920E+06 40320. 672.00 28.000 7.66598E-02 + + +end timestep + + +start timestep kper="3" kstp="5" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1015 AT TIME STEP 5, STRESS PERIOD 3 + UBDSV1 SAVING STO-SY ON UNIT 1015 AT TIME STEP 5, STRESS PERIOD 3 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1015 AT TIME STEP 5, STRESS PERIOD 3 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1015 AT TIME STEP 5, STRESS PERIOD 3 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 5, STRESS PERIOD 3 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 5, STRESS PERIOD 3 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 5, STRESS PERIOD 3 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 5, STRESS PERIOD 3 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1011 AT TIME STEP 5, STRESS PERIOD 3 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 5, STRESS PERIOD 3 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 5, STRESS PERIOD 3 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 5, STRESS PERIOD 3 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 5, STRESS PERIOD 3 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 3 STEP 5 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.0260835 + 2 (4,20) -1.0260835 + 3 (4,30) -1.0260835 + 4 (4,40) -1.0260835 + 5 (4,50) -1.0260835 + 6 (4,60) -1.0260835 + 7 (4,70) -1.0260835 + 8 (4,80) -1.0260835 + 9 (4,90) -1.0260835 + 10 (4,100) -1.0260835 + 11 (5,10) -0.47017518 + 12 (5,20) -0.47017518 + 13 (5,30) -0.47017518 + 14 (5,40) -0.47017518 + 15 (5,50) -0.47017518 + 16 (5,60) -0.47017518 + 17 (5,70) -0.47017518 + 18 (5,80) -0.47017518 + 19 (5,90) -0.47017518 + 20 (5,100) -0.47017518 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 3 STEP 5 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14939832 UZF001 + 2 (1,2) 0.14940786 UZF002 + 3 (1,3) 0.14946056 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14939832 UZF011 + 12 (1,12) 0.14940786 UZF012 + 13 (1,13) 0.14946056 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14939832 UZF021 + 22 (1,22) 0.14940786 UZF022 + 23 (1,23) 0.14946056 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14939832 UZF031 + 32 (1,32) 0.14940786 UZF032 + 33 (1,33) 0.14946056 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14939832 UZF041 + 42 (1,42) 0.14940786 UZF042 + 43 (1,43) 0.14946056 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14939832 UZF051 + 52 (1,52) 0.14940786 UZF052 + 53 (1,53) 0.14946056 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14939832 UZF061 + 62 (1,62) 0.14940786 UZF062 + 63 (1,63) 0.14946056 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14939832 UZF071 + 72 (1,72) 0.14940786 UZF072 + 73 (1,73) 0.14946056 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14939832 UZF081 + 82 (1,82) 0.14940786 UZF082 + 83 (1,83) 0.14946056 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14939832 UZF091 + 92 (1,92) 0.14940786 UZF092 + 93 (1,93) 0.14946056 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.14937791 UZF004 + 105 (2,5) 0.14939293 UZF005 + 106 (2,6) 0.14940160 UZF006 + 107 (2,7) 0.14940568 UZF007 + 108 (2,8) 0.14940606 UZF008 + 109 (2,9) 0.14940353 UZF009 + 110 (2,10) 0.14939989 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.14937791 UZF014 + 115 (2,15) 0.14939293 UZF015 + 116 (2,16) 0.14940160 UZF016 + 117 (2,17) 0.14940568 UZF017 + 118 (2,18) 0.14940606 UZF018 + 119 (2,19) 0.14940353 UZF019 + 120 (2,20) 0.14939989 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.14937791 UZF024 + 125 (2,25) 0.14939293 UZF025 + 126 (2,26) 0.14940160 UZF026 + 127 (2,27) 0.14940568 UZF027 + 128 (2,28) 0.14940606 UZF028 + 129 (2,29) 0.14940353 UZF029 + 130 (2,30) 0.14939989 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.14937791 UZF034 + 135 (2,35) 0.14939293 UZF035 + 136 (2,36) 0.14940160 UZF036 + 137 (2,37) 0.14940568 UZF037 + 138 (2,38) 0.14940606 UZF038 + 139 (2,39) 0.14940353 UZF039 + 140 (2,40) 0.14939989 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.14937791 UZF044 + 145 (2,45) 0.14939293 UZF045 + 146 (2,46) 0.14940160 UZF046 + 147 (2,47) 0.14940568 UZF047 + 148 (2,48) 0.14940606 UZF048 + 149 (2,49) 0.14940353 UZF049 + 150 (2,50) 0.14939989 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.14937791 UZF054 + 155 (2,55) 0.14939293 UZF055 + 156 (2,56) 0.14940160 UZF056 + 157 (2,57) 0.14940568 UZF057 + 158 (2,58) 0.14940606 UZF058 + 159 (2,59) 0.14940353 UZF059 + 160 (2,60) 0.14939989 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.14937791 UZF064 + 165 (2,65) 0.14939293 UZF065 + 166 (2,66) 0.14940160 UZF066 + 167 (2,67) 0.14940568 UZF067 + 168 (2,68) 0.14940606 UZF068 + 169 (2,69) 0.14940353 UZF069 + 170 (2,70) 0.14939989 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.14937791 UZF074 + 175 (2,75) 0.14939293 UZF075 + 176 (2,76) 0.14940160 UZF076 + 177 (2,77) 0.14940568 UZF077 + 178 (2,78) 0.14940606 UZF078 + 179 (2,79) 0.14940353 UZF079 + 180 (2,80) 0.14939989 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.14937791 UZF084 + 185 (2,85) 0.14939293 UZF085 + 186 (2,86) 0.14940160 UZF086 + 187 (2,87) 0.14940568 UZF087 + 188 (2,88) 0.14940606 UZF088 + 189 (2,89) 0.14940353 UZF089 + 190 (2,90) 0.14939989 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.14937791 UZF094 + 195 (2,95) 0.14939293 UZF095 + 196 (2,96) 0.14940160 UZF096 + 197 (2,97) 0.14940568 UZF097 + 198 (2,98) 0.14940606 UZF098 + 199 (2,99) 0.14940353 UZF099 + 200 (2,100) 0.14939989 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 0.0000000 UZF076 + 277 (3,77) 0.0000000 UZF077 + 278 (3,78) 0.0000000 UZF078 + 279 (3,79) 0.0000000 UZF079 + 280 (3,80) 0.0000000 UZF080 + 281 (3,81) 0.0000000 UZF081 + 282 (3,82) 0.0000000 UZF082 + 283 (3,83) 0.0000000 UZF083 + 284 (3,84) 0.0000000 UZF084 + 285 (3,85) 0.0000000 UZF085 + 286 (3,86) 0.0000000 UZF086 + 287 (3,87) 0.0000000 UZF087 + 288 (3,88) 0.0000000 UZF088 + 289 (3,89) 0.0000000 UZF089 + 290 (3,90) 0.0000000 UZF090 + 291 (3,91) 0.0000000 UZF091 + 292 (3,92) 0.0000000 UZF092 + 293 (3,93) 0.0000000 UZF093 + 294 (3,94) 0.0000000 UZF094 + 295 (3,95) 0.0000000 UZF095 + 296 (3,96) 0.0000000 UZF096 + 297 (3,97) 0.0000000 UZF097 + 298 (3,98) 0.0000000 UZF098 + 299 (3,99) 0.0000000 UZF099 + 300 (3,100) 0.0000000 UZF100 + 301 (4,1) 0.0000000 UZF001 + 302 (4,2) 0.0000000 UZF002 + 303 (4,3) 0.0000000 UZF003 + 304 (4,4) 0.0000000 UZF004 + 305 (4,5) 0.0000000 UZF005 + 306 (4,6) 0.0000000 UZF006 + 307 (4,7) 0.0000000 UZF007 + 308 (4,8) 0.0000000 UZF008 + 309 (4,9) 0.0000000 UZF009 + 310 (4,10) 0.0000000 UZF010 + 311 (4,11) 0.0000000 UZF011 + 312 (4,12) 0.0000000 UZF012 + 313 (4,13) 0.0000000 UZF013 + 314 (4,14) 0.0000000 UZF014 + 315 (4,15) 0.0000000 UZF015 + 316 (4,16) 0.0000000 UZF016 + 317 (4,17) 0.0000000 UZF017 + 318 (4,18) 0.0000000 UZF018 + 319 (4,19) 0.0000000 UZF019 + 320 (4,20) 0.0000000 UZF020 + 321 (4,21) 0.0000000 UZF021 + 322 (4,22) 0.0000000 UZF022 + 323 (4,23) 0.0000000 UZF023 + 324 (4,24) 0.0000000 UZF024 + 325 (4,25) 0.0000000 UZF025 + 326 (4,26) 0.0000000 UZF026 + 327 (4,27) 0.0000000 UZF027 + 328 (4,28) 0.0000000 UZF028 + 329 (4,29) 0.0000000 UZF029 + 330 (4,30) 0.0000000 UZF030 + 331 (4,31) 0.0000000 UZF031 + 332 (4,32) 0.0000000 UZF032 + 333 (4,33) 0.0000000 UZF033 + 334 (4,34) 0.0000000 UZF034 + 335 (4,35) 0.0000000 UZF035 + 336 (4,36) 0.0000000 UZF036 + 337 (4,37) 0.0000000 UZF037 + 338 (4,38) 0.0000000 UZF038 + 339 (4,39) 0.0000000 UZF039 + 340 (4,40) 0.0000000 UZF040 + 341 (4,41) 0.0000000 UZF041 + 342 (4,42) 0.0000000 UZF042 + 343 (4,43) 0.0000000 UZF043 + 344 (4,44) 0.0000000 UZF044 + 345 (4,45) 0.0000000 UZF045 + 346 (4,46) 0.0000000 UZF046 + 347 (4,47) 0.0000000 UZF047 + 348 (4,48) 0.0000000 UZF048 + 349 (4,49) 0.0000000 UZF049 + 350 (4,50) 0.0000000 UZF050 + 351 (4,51) 0.0000000 UZF051 + 352 (4,52) 0.0000000 UZF052 + 353 (4,53) 0.0000000 UZF053 + 354 (4,54) 0.0000000 UZF054 + 355 (4,55) 0.0000000 UZF055 + 356 (4,56) 0.0000000 UZF056 + 357 (4,57) 0.0000000 UZF057 + 358 (4,58) 0.0000000 UZF058 + 359 (4,59) 0.0000000 UZF059 + 360 (4,60) 0.0000000 UZF060 + 361 (4,61) 0.0000000 UZF061 + 362 (4,62) 0.0000000 UZF062 + 363 (4,63) 0.0000000 UZF063 + 364 (4,64) 0.0000000 UZF064 + 365 (4,65) 0.0000000 UZF065 + 366 (4,66) 0.0000000 UZF066 + 367 (4,67) 0.0000000 UZF067 + 368 (4,68) 0.0000000 UZF068 + 369 (4,69) 0.0000000 UZF069 + 370 (4,70) 0.0000000 UZF070 + 371 (4,71) 0.0000000 UZF071 + 372 (4,72) 0.0000000 UZF072 + 373 (4,73) 0.0000000 UZF073 + 374 (4,74) 0.0000000 UZF074 + 375 (4,75) 0.0000000 UZF075 + 376 (4,76) 0.0000000 UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 (5,23) 0.0000000 UZF023 + 424 (5,24) 0.0000000 UZF024 + 425 (5,25) 0.0000000 UZF025 + 426 (5,26) 0.0000000 UZF026 + 427 (5,27) 0.0000000 UZF027 + 428 (5,28) 0.0000000 UZF028 + 429 (5,29) 0.0000000 UZF029 + 430 (5,30) 0.0000000 UZF030 + 431 (5,31) 0.0000000 UZF031 + 432 (5,32) 0.0000000 UZF032 + 433 (5,33) 0.0000000 UZF033 + 434 (5,34) 0.0000000 UZF034 + 435 (5,35) 0.0000000 UZF035 + 436 (5,36) 0.0000000 UZF036 + 437 (5,37) 0.0000000 UZF037 + 438 (5,38) 0.0000000 UZF038 + 439 (5,39) 0.0000000 UZF039 + 440 (5,40) 0.0000000 UZF040 + 441 (5,41) 0.0000000 UZF041 + 442 (5,42) 0.0000000 UZF042 + 443 (5,43) 0.0000000 UZF043 + 444 (5,44) 0.0000000 UZF044 + 445 (5,45) 0.0000000 UZF045 + 446 (5,46) 0.0000000 UZF046 + 447 (5,47) 0.0000000 UZF047 + 448 (5,48) 0.0000000 UZF048 + 449 (5,49) 0.0000000 UZF049 + 450 (5,50) 0.0000000 UZF050 + 451 (5,51) 0.0000000 UZF051 + 452 (5,52) 0.0000000 UZF052 + 453 (5,53) 0.0000000 UZF053 + 454 (5,54) 0.0000000 UZF054 + 455 (5,55) 0.0000000 UZF055 + 456 (5,56) 0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 3 STEP 5 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 0.0000000 UZF042 + 43 (1,43) 0.0000000 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.0000000 UZF051 + 52 (1,52) 0.0000000 UZF052 + 53 (1,53) 0.0000000 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.0000000 UZF061 + 62 (1,62) 0.0000000 UZF062 + 63 (1,63) 0.0000000 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.0000000 UZF071 + 72 (1,72) 0.0000000 UZF072 + 73 (1,73) 0.0000000 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 UZF081 + 82 (1,82) 0.0000000 UZF082 + 83 (1,83) 0.0000000 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.0000000 UZF091 + 92 (1,92) 0.0000000 UZF092 + 93 (1,93) 0.0000000 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) -0.0000000 UZF001 + 102 (2,2) -0.0000000 UZF002 + 103 (2,3) -0.0000000 UZF003 + 104 (2,4) -0.0000000 UZF004 + 105 (2,5) -0.0000000 UZF005 + 106 (2,6) -0.0000000 UZF006 + 107 (2,7) -0.0000000 UZF007 + 108 (2,8) -0.0000000 UZF008 + 109 (2,9) -0.0000000 UZF009 + 110 (2,10) -0.0000000 UZF010 + 111 (2,11) -0.0000000 UZF011 + 112 (2,12) -0.0000000 UZF012 + 113 (2,13) -0.0000000 UZF013 + 114 (2,14) -0.0000000 UZF014 + 115 (2,15) -0.0000000 UZF015 + 116 (2,16) -0.0000000 UZF016 + 117 (2,17) -0.0000000 UZF017 + 118 (2,18) -0.0000000 UZF018 + 119 (2,19) -0.0000000 UZF019 + 120 (2,20) -0.0000000 UZF020 + 121 (2,21) -0.0000000 UZF021 + 122 (2,22) -0.0000000 UZF022 + 123 (2,23) -0.0000000 UZF023 + 124 (2,24) -0.0000000 UZF024 + 125 (2,25) -0.0000000 UZF025 + 126 (2,26) -0.0000000 UZF026 + 127 (2,27) -0.0000000 UZF027 + 128 (2,28) -0.0000000 UZF028 + 129 (2,29) -0.0000000 UZF029 + 130 (2,30) -0.0000000 UZF030 + 131 (2,31) -0.0000000 UZF031 + 132 (2,32) -0.0000000 UZF032 + 133 (2,33) -0.0000000 UZF033 + 134 (2,34) -0.0000000 UZF034 + 135 (2,35) -0.0000000 UZF035 + 136 (2,36) -0.0000000 UZF036 + 137 (2,37) -0.0000000 UZF037 + 138 (2,38) -0.0000000 UZF038 + 139 (2,39) -0.0000000 UZF039 + 140 (2,40) -0.0000000 UZF040 + 141 (2,41) -0.0000000 UZF041 + 142 (2,42) -0.0000000 UZF042 + 143 (2,43) -0.0000000 UZF043 + 144 (2,44) -0.0000000 UZF044 + 145 (2,45) -0.0000000 UZF045 + 146 (2,46) -0.0000000 UZF046 + 147 (2,47) -0.0000000 UZF047 + 148 (2,48) -0.0000000 UZF048 + 149 (2,49) -0.0000000 UZF049 + 150 (2,50) -0.0000000 UZF050 + 151 (2,51) -0.0000000 UZF051 + 152 (2,52) -0.0000000 UZF052 + 153 (2,53) -0.0000000 UZF053 + 154 (2,54) -0.0000000 UZF054 + 155 (2,55) -0.0000000 UZF055 + 156 (2,56) -0.0000000 UZF056 + 157 (2,57) -0.0000000 UZF057 + 158 (2,58) -0.0000000 UZF058 + 159 (2,59) -0.0000000 UZF059 + 160 (2,60) -0.0000000 UZF060 + 161 (2,61) -0.0000000 UZF061 + 162 (2,62) -0.0000000 UZF062 + 163 (2,63) -0.0000000 UZF063 + 164 (2,64) -0.0000000 UZF064 + 165 (2,65) -0.0000000 UZF065 + 166 (2,66) -0.0000000 UZF066 + 167 (2,67) -0.0000000 UZF067 + 168 (2,68) -0.0000000 UZF068 + 169 (2,69) -0.0000000 UZF069 + 170 (2,70) -0.0000000 UZF070 + 171 (2,71) -0.0000000 UZF071 + 172 (2,72) -0.0000000 UZF072 + 173 (2,73) -0.0000000 UZF073 + 174 (2,74) -0.0000000 UZF074 + 175 (2,75) -0.0000000 UZF075 + 176 (2,76) -0.0000000 UZF076 + 177 (2,77) -0.0000000 UZF077 + 178 (2,78) -0.0000000 UZF078 + 179 (2,79) -0.0000000 UZF079 + 180 (2,80) -0.0000000 UZF080 + 181 (2,81) -0.0000000 UZF081 + 182 (2,82) -0.0000000 UZF082 + 183 (2,83) -0.0000000 UZF083 + 184 (2,84) -0.0000000 UZF084 + 185 (2,85) -0.0000000 UZF085 + 186 (2,86) -0.0000000 UZF086 + 187 (2,87) -0.0000000 UZF087 + 188 (2,88) -0.0000000 UZF088 + 189 (2,89) -0.0000000 UZF089 + 190 (2,90) -0.0000000 UZF090 + 191 (2,91) -0.0000000 UZF091 + 192 (2,92) -0.0000000 UZF092 + 193 (2,93) -0.0000000 UZF093 + 194 (2,94) -0.0000000 UZF094 + 195 (2,95) -0.0000000 UZF095 + 196 (2,96) -0.0000000 UZF096 + 197 (2,97) -0.0000000 UZF097 + 198 (2,98) -0.0000000 UZF098 + 199 (2,99) -0.0000000 UZF099 + 200 (2,100) -0.0000000 UZF100 + 201 (3,1) -0.0000000 UZF001 + 202 (3,2) -0.0000000 UZF002 + 203 (3,3) -0.0000000 UZF003 + 204 (3,4) -0.0000000 UZF004 + 205 (3,5) -0.0000000 UZF005 + 206 (3,6) -0.0000000 UZF006 + 207 (3,7) -0.0000000 UZF007 + 208 (3,8) -0.0000000 UZF008 + 209 (3,9) -0.0000000 UZF009 + 210 (3,10) -0.0000000 UZF010 + 211 (3,11) -0.0000000 UZF011 + 212 (3,12) -0.0000000 UZF012 + 213 (3,13) -0.0000000 UZF013 + 214 (3,14) -0.0000000 UZF014 + 215 (3,15) -0.0000000 UZF015 + 216 (3,16) -0.0000000 UZF016 + 217 (3,17) -0.0000000 UZF017 + 218 (3,18) -0.0000000 UZF018 + 219 (3,19) -0.0000000 UZF019 + 220 (3,20) -0.0000000 UZF020 + 221 (3,21) -0.0000000 UZF021 + 222 (3,22) -0.0000000 UZF022 + 223 (3,23) -0.0000000 UZF023 + 224 (3,24) -0.0000000 UZF024 + 225 (3,25) -0.0000000 UZF025 + 226 (3,26) -0.0000000 UZF026 + 227 (3,27) -0.0000000 UZF027 + 228 (3,28) -0.0000000 UZF028 + 229 (3,29) -0.0000000 UZF029 + 230 (3,30) -0.0000000 UZF030 + 231 (3,31) -0.0000000 UZF031 + 232 (3,32) -0.0000000 UZF032 + 233 (3,33) -0.0000000 UZF033 + 234 (3,34) -0.0000000 UZF034 + 235 (3,35) -0.0000000 UZF035 + 236 (3,36) -0.0000000 UZF036 + 237 (3,37) -0.0000000 UZF037 + 238 (3,38) -0.0000000 UZF038 + 239 (3,39) -0.0000000 UZF039 + 240 (3,40) -0.0000000 UZF040 + 241 (3,41) -0.0000000 UZF041 + 242 (3,42) -0.0000000 UZF042 + 243 (3,43) -0.0000000 UZF043 + 244 (3,44) -0.0000000 UZF044 + 245 (3,45) -0.0000000 UZF045 + 246 (3,46) -0.0000000 UZF046 + 247 (3,47) -0.0000000 UZF047 + 248 (3,48) -0.0000000 UZF048 + 249 (3,49) -0.0000000 UZF049 + 250 (3,50) -0.0000000 UZF050 + 251 (3,51) -0.0000000 UZF051 + 252 (3,52) -0.0000000 UZF052 + 253 (3,53) -0.0000000 UZF053 + 254 (3,54) -0.0000000 UZF054 + 255 (3,55) -0.0000000 UZF055 + 256 (3,56) -0.0000000 UZF056 + 257 (3,57) -0.0000000 UZF057 + 258 (3,58) -0.0000000 UZF058 + 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14.0000 + + HEAD WILL BE SAVED ON UNIT 1016 AT END OF TIME STEP 5, STRESS PERIOD 3 + + + UZF_0 BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 5, STRESS PERIOD 3 + ------------------------------------------------------------------------------ + + CUMULATIVE UZF_0 L**3 RATES FOR THIS TIME STEP L**3/T + ------------------ ------------------------ + + IN: IN: + --- --- + GWF = 0.0000 GWF = 0.0000 + INFILTRATION = 450.0000 INFILTRATION = 15.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.0000 UZET = 0.0000 + STORAGE = 16.6050 STORAGE = 0.0000 + + TOTAL IN = 466.6050 TOTAL IN = 15.0000 + + OUT: OUT: + ---- ---- + GWF = 451.6718 GWF = 14.9405 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 1.1600 UZET = 4.0425E-02 + STORAGE = 13.7732 STORAGE = 1.9031E-02 + + TOTAL OUT = 466.6050 TOTAL OUT = 15.0000 + + IN - OUT = 1.6900E-06 IN - OUT = 2.1316E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 5, STRESS PERIOD 3 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.8377E-02 STO-SS = 3.7257E-05 STORAGE + STO-SY = 39.9329 STO-SY = 7.0247E-02 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 451.6718 UZF-GWRCH = 14.9405 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 491.6531 TOTAL IN = 15.0108 + + OUT: OUT: + ---- ---- + STO-SS = 7.9969E-04 STO-SS = 0.0000 STORAGE + STO-SY = 11.9671 STO-SY = 0.0000 STORAGE + GHB = 478.1400 GHB = 14.9626 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 1.5452 UZF-GWET = 4.8241E-02 UZF_0 + + TOTAL OUT = 491.6531 TOTAL OUT = 15.0108 + + IN - OUT = -1.1434E-06 IN - OUT = -5.7125E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 5 IN STRESS PERIOD 3 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 8.64000E+05 14400. 240.00 10.000 2.73785E-02 + TOTAL TIME 2.59200E+06 43200. 720.00 30.000 8.21355E-02 + + +end timestep + + +start timestep kper="4" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 4 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 4 IS TRANSIENT + + UBDSV1 SAVING STO-SS ON UNIT 1015 AT TIME STEP 1, STRESS PERIOD 4 + UBDSV1 SAVING STO-SY ON UNIT 1015 AT TIME STEP 1, STRESS PERIOD 4 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1015 AT TIME STEP 1, STRESS PERIOD 4 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1015 AT TIME STEP 1, STRESS PERIOD 4 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 1, STRESS PERIOD 4 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 1, STRESS PERIOD 4 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 1, STRESS PERIOD 4 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 1, STRESS PERIOD 4 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1011 AT TIME STEP 1, STRESS PERIOD 4 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 1, STRESS PERIOD 4 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 1, STRESS PERIOD 4 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 1, STRESS PERIOD 4 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 1, STRESS PERIOD 4 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 4 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.0252552 + 2 (4,20) -1.0252552 + 3 (4,30) -1.0252552 + 4 (4,40) -1.0252552 + 5 (4,50) -1.0252552 + 6 (4,60) -1.0252552 + 7 (4,70) -1.0252552 + 8 (4,80) -1.0252552 + 9 (4,90) -1.0252552 + 10 (4,100) -1.0252552 + 11 (5,10) -0.46977961 + 12 (5,20) -0.46977961 + 13 (5,30) -0.46977961 + 14 (5,40) -0.46977961 + 15 (5,50) -0.46977961 + 16 (5,60) -0.46977961 + 17 (5,70) -0.46977961 + 18 (5,80) -0.46977961 + 19 (5,90) -0.46977961 + 20 (5,100) -0.46977961 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 4 STEP 1 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14946506 UZF001 + 2 (1,2) 0.14947056 UZF002 + 3 (1,3) 0.14950796 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14946506 UZF011 + 12 (1,12) 0.14947056 UZF012 + 13 (1,13) 0.14950796 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14946506 UZF021 + 22 (1,22) 0.14947056 UZF022 + 23 (1,23) 0.14950796 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14946506 UZF031 + 32 (1,32) 0.14947056 UZF032 + 33 (1,33) 0.14950796 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14946506 UZF041 + 42 (1,42) 0.14947056 UZF042 + 43 (1,43) 0.14950796 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14946506 UZF051 + 52 (1,52) 0.14947056 UZF052 + 53 (1,53) 0.14950796 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14946506 UZF061 + 62 (1,62) 0.14947056 UZF062 + 63 (1,63) 0.14950796 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14946506 UZF071 + 72 (1,72) 0.14947056 UZF072 + 73 (1,73) 0.14950796 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14946506 UZF081 + 82 (1,82) 0.14947056 UZF082 + 83 (1,83) 0.14950796 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14946506 UZF091 + 92 (1,92) 0.14947056 UZF092 + 93 (1,93) 0.14950796 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.14943325 UZF004 + 105 (2,5) 0.14944136 UZF005 + 106 (2,6) 0.14944414 UZF006 + 107 (2,7) 0.14944303 UZF007 + 108 (2,8) 0.14943889 UZF008 + 109 (2,9) 0.14943277 UZF009 + 110 (2,10) 0.14942706 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.14943325 UZF014 + 115 (2,15) 0.14944136 UZF015 + 116 (2,16) 0.14944414 UZF016 + 117 (2,17) 0.14944303 UZF017 + 118 (2,18) 0.14943889 UZF018 + 119 (2,19) 0.14943277 UZF019 + 120 (2,20) 0.14942706 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.14943325 UZF024 + 125 (2,25) 0.14944136 UZF025 + 126 (2,26) 0.14944414 UZF026 + 127 (2,27) 0.14944303 UZF027 + 128 (2,28) 0.14943889 UZF028 + 129 (2,29) 0.14943277 UZF029 + 130 (2,30) 0.14942706 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.14943325 UZF034 + 135 (2,35) 0.14944136 UZF035 + 136 (2,36) 0.14944414 UZF036 + 137 (2,37) 0.14944303 UZF037 + 138 (2,38) 0.14943889 UZF038 + 139 (2,39) 0.14943277 UZF039 + 140 (2,40) 0.14942706 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.14943325 UZF044 + 145 (2,45) 0.14944136 UZF045 + 146 (2,46) 0.14944414 UZF046 + 147 (2,47) 0.14944303 UZF047 + 148 (2,48) 0.14943889 UZF048 + 149 (2,49) 0.14943277 UZF049 + 150 (2,50) 0.14942706 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.14943325 UZF054 + 155 (2,55) 0.14944136 UZF055 + 156 (2,56) 0.14944414 UZF056 + 157 (2,57) 0.14944303 UZF057 + 158 (2,58) 0.14943889 UZF058 + 159 (2,59) 0.14943277 UZF059 + 160 (2,60) 0.14942706 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.14943325 UZF064 + 165 (2,65) 0.14944136 UZF065 + 166 (2,66) 0.14944414 UZF066 + 167 (2,67) 0.14944303 UZF067 + 168 (2,68) 0.14943889 UZF068 + 169 (2,69) 0.14943277 UZF069 + 170 (2,70) 0.14942706 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.14943325 UZF074 + 175 (2,75) 0.14944136 UZF075 + 176 (2,76) 0.14944414 UZF076 + 177 (2,77) 0.14944303 UZF077 + 178 (2,78) 0.14943889 UZF078 + 179 (2,79) 0.14943277 UZF079 + 180 (2,80) 0.14942706 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.14943325 UZF084 + 185 (2,85) 0.14944136 UZF085 + 186 (2,86) 0.14944414 UZF086 + 187 (2,87) 0.14944303 UZF087 + 188 (2,88) 0.14943889 UZF088 + 189 (2,89) 0.14943277 UZF089 + 190 (2,90) 0.14942706 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.14943325 UZF094 + 195 (2,95) 0.14944136 UZF095 + 196 (2,96) 0.14944414 UZF096 + 197 (2,97) 0.14944303 UZF097 + 198 (2,98) 0.14943889 UZF098 + 199 (2,99) 0.14943277 UZF099 + 200 (2,100) 0.14942706 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 0.0000000 UZF076 + 277 (3,77) 0.0000000 UZF077 + 278 (3,78) 0.0000000 UZF078 + 279 (3,79) 0.0000000 UZF079 + 280 (3,80) 0.0000000 UZF080 + 281 (3,81) 0.0000000 UZF081 + 282 (3,82) 0.0000000 UZF082 + 283 (3,83) 0.0000000 UZF083 + 284 (3,84) 0.0000000 UZF084 + 285 (3,85) 0.0000000 UZF085 + 286 (3,86) 0.0000000 UZF086 + 287 (3,87) 0.0000000 UZF087 + 288 (3,88) 0.0000000 UZF088 + 289 (3,89) 0.0000000 UZF089 + 290 (3,90) 0.0000000 UZF090 + 291 (3,91) 0.0000000 UZF091 + 292 (3,92) 0.0000000 UZF092 + 293 (3,93) 0.0000000 UZF093 + 294 (3,94) 0.0000000 UZF094 + 295 (3,95) 0.0000000 UZF095 + 296 (3,96) 0.0000000 UZF096 + 297 (3,97) 0.0000000 UZF097 + 298 (3,98) 0.0000000 UZF098 + 299 (3,99) 0.0000000 UZF099 + 300 (3,100) 0.0000000 UZF100 + 301 (4,1) 0.0000000 UZF001 + 302 (4,2) 0.0000000 UZF002 + 303 (4,3) 0.0000000 UZF003 + 304 (4,4) 0.0000000 UZF004 + 305 (4,5) 0.0000000 UZF005 + 306 (4,6) 0.0000000 UZF006 + 307 (4,7) 0.0000000 UZF007 + 308 (4,8) 0.0000000 UZF008 + 309 (4,9) 0.0000000 UZF009 + 310 (4,10) 0.0000000 UZF010 + 311 (4,11) 0.0000000 UZF011 + 312 (4,12) 0.0000000 UZF012 + 313 (4,13) 0.0000000 UZF013 + 314 (4,14) 0.0000000 UZF014 + 315 (4,15) 0.0000000 UZF015 + 316 (4,16) 0.0000000 UZF016 + 317 (4,17) 0.0000000 UZF017 + 318 (4,18) 0.0000000 UZF018 + 319 (4,19) 0.0000000 UZF019 + 320 (4,20) 0.0000000 UZF020 + 321 (4,21) 0.0000000 UZF021 + 322 (4,22) 0.0000000 UZF022 + 323 (4,23) 0.0000000 UZF023 + 324 (4,24) 0.0000000 UZF024 + 325 (4,25) 0.0000000 UZF025 + 326 (4,26) 0.0000000 UZF026 + 327 (4,27) 0.0000000 UZF027 + 328 (4,28) 0.0000000 UZF028 + 329 (4,29) 0.0000000 UZF029 + 330 (4,30) 0.0000000 UZF030 + 331 (4,31) 0.0000000 UZF031 + 332 (4,32) 0.0000000 UZF032 + 333 (4,33) 0.0000000 UZF033 + 334 (4,34) 0.0000000 UZF034 + 335 (4,35) 0.0000000 UZF035 + 336 (4,36) 0.0000000 UZF036 + 337 (4,37) 0.0000000 UZF037 + 338 (4,38) 0.0000000 UZF038 + 339 (4,39) 0.0000000 UZF039 + 340 (4,40) 0.0000000 UZF040 + 341 (4,41) 0.0000000 UZF041 + 342 (4,42) 0.0000000 UZF042 + 343 (4,43) 0.0000000 UZF043 + 344 (4,44) 0.0000000 UZF044 + 345 (4,45) 0.0000000 UZF045 + 346 (4,46) 0.0000000 UZF046 + 347 (4,47) 0.0000000 UZF047 + 348 (4,48) 0.0000000 UZF048 + 349 (4,49) 0.0000000 UZF049 + 350 (4,50) 0.0000000 UZF050 + 351 (4,51) 0.0000000 UZF051 + 352 (4,52) 0.0000000 UZF052 + 353 (4,53) 0.0000000 UZF053 + 354 (4,54) 0.0000000 UZF054 + 355 (4,55) 0.0000000 UZF055 + 356 (4,56) 0.0000000 UZF056 + 357 (4,57) 0.0000000 UZF057 + 358 (4,58) 0.0000000 UZF058 + 359 (4,59) 0.0000000 UZF059 + 360 (4,60) 0.0000000 UZF060 + 361 (4,61) 0.0000000 UZF061 + 362 (4,62) 0.0000000 UZF062 + 363 (4,63) 0.0000000 UZF063 + 364 (4,64) 0.0000000 UZF064 + 365 (4,65) 0.0000000 UZF065 + 366 (4,66) 0.0000000 UZF066 + 367 (4,67) 0.0000000 UZF067 + 368 (4,68) 0.0000000 UZF068 + 369 (4,69) 0.0000000 UZF069 + 370 (4,70) 0.0000000 UZF070 + 371 (4,71) 0.0000000 UZF071 + 372 (4,72) 0.0000000 UZF072 + 373 (4,73) 0.0000000 UZF073 + 374 (4,74) 0.0000000 UZF074 + 375 (4,75) 0.0000000 UZF075 + 376 (4,76) 0.0000000 UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 (5,23) 0.0000000 UZF023 + 424 (5,24) 0.0000000 UZF024 + 425 (5,25) 0.0000000 UZF025 + 426 (5,26) 0.0000000 UZF026 + 427 (5,27) 0.0000000 UZF027 + 428 (5,28) 0.0000000 UZF028 + 429 (5,29) 0.0000000 UZF029 + 430 (5,30) 0.0000000 UZF030 + 431 (5,31) 0.0000000 UZF031 + 432 (5,32) 0.0000000 UZF032 + 433 (5,33) 0.0000000 UZF033 + 434 (5,34) 0.0000000 UZF034 + 435 (5,35) 0.0000000 UZF035 + 436 (5,36) 0.0000000 UZF036 + 437 (5,37) 0.0000000 UZF037 + 438 (5,38) 0.0000000 UZF038 + 439 (5,39) 0.0000000 UZF039 + 440 (5,40) 0.0000000 UZF040 + 441 (5,41) 0.0000000 UZF041 + 442 (5,42) 0.0000000 UZF042 + 443 (5,43) 0.0000000 UZF043 + 444 (5,44) 0.0000000 UZF044 + 445 (5,45) 0.0000000 UZF045 + 446 (5,46) 0.0000000 UZF046 + 447 (5,47) 0.0000000 UZF047 + 448 (5,48) 0.0000000 UZF048 + 449 (5,49) 0.0000000 UZF049 + 450 (5,50) 0.0000000 UZF050 + 451 (5,51) 0.0000000 UZF051 + 452 (5,52) 0.0000000 UZF052 + 453 (5,53) 0.0000000 UZF053 + 454 (5,54) 0.0000000 UZF054 + 455 (5,55) 0.0000000 UZF055 + 456 (5,56) 0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 4 STEP 1 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 0.0000000 UZF042 + 43 (1,43) 0.0000000 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.0000000 UZF051 + 52 (1,52) 0.0000000 UZF052 + 53 (1,53) 0.0000000 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.0000000 UZF061 + 62 (1,62) 0.0000000 UZF062 + 63 (1,63) 0.0000000 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.0000000 UZF071 + 72 (1,72) 0.0000000 UZF072 + 73 (1,73) 0.0000000 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 UZF081 + 82 (1,82) 0.0000000 UZF082 + 83 (1,83) 0.0000000 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.0000000 UZF091 + 92 (1,92) 0.0000000 UZF092 + 93 (1,93) 0.0000000 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) -0.0000000 UZF001 + 102 (2,2) -0.0000000 UZF002 + 103 (2,3) -0.0000000 UZF003 + 104 (2,4) -0.0000000 UZF004 + 105 (2,5) -0.0000000 UZF005 + 106 (2,6) -0.0000000 UZF006 + 107 (2,7) -0.0000000 UZF007 + 108 (2,8) -0.0000000 UZF008 + 109 (2,9) -0.0000000 UZF009 + 110 (2,10) -0.0000000 UZF010 + 111 (2,11) -0.0000000 UZF011 + 112 (2,12) -0.0000000 UZF012 + 113 (2,13) -0.0000000 UZF013 + 114 (2,14) -0.0000000 UZF014 + 115 (2,15) -0.0000000 UZF015 + 116 (2,16) -0.0000000 UZF016 + 117 (2,17) -0.0000000 UZF017 + 118 (2,18) -0.0000000 UZF018 + 119 (2,19) -0.0000000 UZF019 + 120 (2,20) -0.0000000 UZF020 + 121 (2,21) -0.0000000 UZF021 + 122 (2,22) -0.0000000 UZF022 + 123 (2,23) -0.0000000 UZF023 + 124 (2,24) -0.0000000 UZF024 + 125 (2,25) -0.0000000 UZF025 + 126 (2,26) -0.0000000 UZF026 + 127 (2,27) -0.0000000 UZF027 + 128 (2,28) -0.0000000 UZF028 + 129 (2,29) -0.0000000 UZF029 + 130 (2,30) -0.0000000 UZF030 + 131 (2,31) -0.0000000 UZF031 + 132 (2,32) -0.0000000 UZF032 + 133 (2,33) -0.0000000 UZF033 + 134 (2,34) -0.0000000 UZF034 + 135 (2,35) -0.0000000 UZF035 + 136 (2,36) -0.0000000 UZF036 + 137 (2,37) -0.0000000 UZF037 + 138 (2,38) -0.0000000 UZF038 + 139 (2,39) -0.0000000 UZF039 + 140 (2,40) -0.0000000 UZF040 + 141 (2,41) -0.0000000 UZF041 + 142 (2,42) -0.0000000 UZF042 + 143 (2,43) -0.0000000 UZF043 + 144 (2,44) -0.0000000 UZF044 + 145 (2,45) -0.0000000 UZF045 + 146 (2,46) -0.0000000 UZF046 + 147 (2,47) -0.0000000 UZF047 + 148 (2,48) -0.0000000 UZF048 + 149 (2,49) -0.0000000 UZF049 + 150 (2,50) -0.0000000 UZF050 + 151 (2,51) -0.0000000 UZF051 + 152 (2,52) -0.0000000 UZF052 + 153 (2,53) -0.0000000 UZF053 + 154 (2,54) -0.0000000 UZF054 + 155 (2,55) -0.0000000 UZF055 + 156 (2,56) -0.0000000 UZF056 + 157 (2,57) -0.0000000 UZF057 + 158 (2,58) -0.0000000 UZF058 + 159 (2,59) -0.0000000 UZF059 + 160 (2,60) -0.0000000 UZF060 + 161 (2,61) -0.0000000 UZF061 + 162 (2,62) -0.0000000 UZF062 + 163 (2,63) -0.0000000 UZF063 + 164 (2,64) -0.0000000 UZF064 + 165 (2,65) -0.0000000 UZF065 + 166 (2,66) -0.0000000 UZF066 + 167 (2,67) -0.0000000 UZF067 + 168 (2,68) -0.0000000 UZF068 + 169 (2,69) -0.0000000 UZF069 + 170 (2,70) -0.0000000 UZF070 + 171 (2,71) -0.0000000 UZF071 + 172 (2,72) -0.0000000 UZF072 + 173 (2,73) -0.0000000 UZF073 + 174 (2,74) -0.0000000 UZF074 + 175 (2,75) -0.0000000 UZF075 + 176 (2,76) -0.0000000 UZF076 + 177 (2,77) -0.0000000 UZF077 + 178 (2,78) -0.0000000 UZF078 + 179 (2,79) -0.0000000 UZF079 + 180 (2,80) -0.0000000 UZF080 + 181 (2,81) -0.0000000 UZF081 + 182 (2,82) -0.0000000 UZF082 + 183 (2,83) -0.0000000 UZF083 + 184 (2,84) -0.0000000 UZF084 + 185 (2,85) -0.0000000 UZF085 + 186 (2,86) -0.0000000 UZF086 + 187 (2,87) -0.0000000 UZF087 + 188 (2,88) -0.0000000 UZF088 + 189 (2,89) -0.0000000 UZF089 + 190 (2,90) -0.0000000 UZF090 + 191 (2,91) -0.0000000 UZF091 + 192 (2,92) -0.0000000 UZF092 + 193 (2,93) -0.0000000 UZF093 + 194 (2,94) -0.0000000 UZF094 + 195 (2,95) -0.0000000 UZF095 + 196 (2,96) -0.0000000 UZF096 + 197 (2,97) -0.0000000 UZF097 + 198 (2,98) -0.0000000 UZF098 + 199 (2,99) -0.0000000 UZF099 + 200 (2,100) -0.0000000 UZF100 + 201 (3,1) -0.0000000 UZF001 + 202 (3,2) -0.0000000 UZF002 + 203 (3,3) -0.0000000 UZF003 + 204 (3,4) -0.0000000 UZF004 + 205 (3,5) -0.0000000 UZF005 + 206 (3,6) -0.0000000 UZF006 + 207 (3,7) -0.0000000 UZF007 + 208 (3,8) -0.0000000 UZF008 + 209 (3,9) -0.0000000 UZF009 + 210 (3,10) -0.0000000 UZF010 + 211 (3,11) -0.0000000 UZF011 + 212 (3,12) -0.0000000 UZF012 + 213 (3,13) -0.0000000 UZF013 + 214 (3,14) -0.0000000 UZF014 + 215 (3,15) -0.0000000 UZF015 + 216 (3,16) -0.0000000 UZF016 + 217 (3,17) -0.0000000 UZF017 + 218 (3,18) -0.0000000 UZF018 + 219 (3,19) -0.0000000 UZF019 + 220 (3,20) -0.0000000 UZF020 + 221 (3,21) -0.0000000 UZF021 + 222 (3,22) -0.0000000 UZF022 + 223 (3,23) -0.0000000 UZF023 + 224 (3,24) -0.0000000 UZF024 + 225 (3,25) -0.0000000 UZF025 + 226 (3,26) -0.0000000 UZF026 + 227 (3,27) -0.0000000 UZF027 + 228 (3,28) -0.0000000 UZF028 + 229 (3,29) -0.0000000 UZF029 + 230 (3,30) -0.0000000 UZF030 + 231 (3,31) -0.0000000 UZF031 + 232 (3,32) -0.0000000 UZF032 + 233 (3,33) -0.0000000 UZF033 + 234 (3,34) -0.0000000 UZF034 + 235 (3,35) -0.0000000 UZF035 + 236 (3,36) -0.0000000 UZF036 + 237 (3,37) -0.0000000 UZF037 + 238 (3,38) -0.0000000 UZF038 + 239 (3,39) -0.0000000 UZF039 + 240 (3,40) -0.0000000 UZF040 + 241 (3,41) -0.0000000 UZF041 + 242 (3,42) -0.0000000 UZF042 + 243 (3,43) -0.0000000 UZF043 + 244 (3,44) -0.0000000 UZF044 + 245 (3,45) -0.0000000 UZF045 + 246 (3,46) -0.0000000 UZF046 + 247 (3,47) -0.0000000 UZF047 + 248 (3,48) -0.0000000 UZF048 + 249 (3,49) -0.0000000 UZF049 + 250 (3,50) -0.0000000 UZF050 + 251 (3,51) -0.0000000 UZF051 + 252 (3,52) -0.0000000 UZF052 + 253 (3,53) -0.0000000 UZF053 + 254 (3,54) -0.0000000 UZF054 + 255 (3,55) -0.0000000 UZF055 + 256 (3,56) -0.0000000 UZF056 + 257 (3,57) -0.0000000 UZF057 + 258 (3,58) -0.0000000 UZF058 + 259 (3,59) -0.0000000 UZF059 + 260 (3,60) -0.0000000 UZF060 + 261 (3,61) -0.0000000 UZF061 + 262 (3,62) -0.0000000 UZF062 + 263 (3,63) -0.0000000 UZF063 + 264 (3,64) -0.0000000 UZF064 + 265 (3,65) -0.0000000 UZF065 + 266 (3,66) -0.0000000 UZF066 + 267 (3,67) -0.0000000 UZF067 + 268 (3,68) -0.0000000 UZF068 + 269 (3,69) -0.0000000 UZF069 + 270 (3,70) -0.0000000 UZF070 + 271 (3,71) -0.0000000 UZF071 + 272 (3,72) -0.0000000 UZF072 + 273 (3,73) -0.0000000 UZF073 + 274 (3,74) -0.0000000 UZF074 + 275 (3,75) -0.0000000 UZF075 + 276 (3,76) -0.0000000 UZF076 + 277 (3,77) -0.0000000 UZF077 + 278 (3,78) -0.0000000 UZF078 + 279 (3,79) -0.0000000 UZF079 + 280 (3,80) -0.0000000 UZF080 + 281 (3,81) -0.0000000 UZF081 + 282 (3,82) -0.0000000 UZF082 + 283 (3,83) -0.0000000 UZF083 + 284 (3,84) -0.0000000 UZF084 + 285 (3,85) -0.0000000 UZF085 + 286 (3,86) -0.0000000 UZF086 + 287 (3,87) -0.0000000 UZF087 + 288 (3,88) -0.0000000 UZF088 + 289 (3,89) -0.0000000 UZF089 + 290 (3,90) -0.0000000 UZF090 + 291 (3,91) -0.0000000 UZF091 + 292 (3,92) -0.0000000 UZF092 + 293 (3,93) -0.0000000 UZF093 + 294 (3,94) -0.0000000 UZF094 + 295 (3,95) -0.0000000 UZF095 + 296 (3,96) -0.0000000 UZF096 + 297 (3,97) -0.0000000 UZF097 + 298 (3,98) -0.0000000 UZF098 + 299 (3,99) -0.0000000 UZF099 + 300 (3,100) -0.0000000 UZF100 + 301 (4,1) -0.0000000 UZF001 + 302 (4,2) -0.0000000 UZF002 + 303 (4,3) -0.0000000 UZF003 + 304 (4,4) -0.0000000 UZF004 + 305 (4,5) -0.0000000 UZF005 + 306 (4,6) -0.0000000 UZF006 + 307 (4,7) -0.0000000 UZF007 + 308 (4,8) -0.0000000 UZF008 + 309 (4,9) -0.0000000 UZF009 + 310 (4,10) -0.0000000 UZF010 + 311 (4,11) -0.0000000 UZF011 + 312 (4,12) -0.0000000 UZF012 + 313 (4,13) -0.0000000 UZF013 + 314 (4,14) -0.0000000 UZF014 + 315 (4,15) -0.0000000 UZF015 + 316 (4,16) -0.0000000 UZF016 + 317 (4,17) -0.0000000 UZF017 + 318 (4,18) -0.0000000 UZF018 + 319 (4,19) -0.0000000 UZF019 + 320 (4,20) -0.0000000 UZF020 + 321 (4,21) -0.0000000 UZF021 + 322 (4,22) -0.0000000 UZF022 + 323 (4,23) -0.0000000 UZF023 + 324 (4,24) -0.0000000 UZF024 + 325 (4,25) -0.0000000 UZF025 + 326 (4,26) -0.0000000 UZF026 + 327 (4,27) -0.0000000 UZF027 + 328 (4,28) -0.0000000 UZF028 + 329 (4,29) -0.0000000 UZF029 + 330 (4,30) -0.0000000 UZF030 + 331 (4,31) -0.0000000 UZF031 + 332 (4,32) -0.0000000 UZF032 + 333 (4,33) -0.0000000 UZF033 + 334 (4,34) -0.0000000 UZF034 + 335 (4,35) -0.0000000 UZF035 + 336 (4,36) -0.0000000 UZF036 + 337 (4,37) -0.0000000 UZF037 + 338 (4,38) -0.0000000 UZF038 + 339 (4,39) -0.0000000 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15.0000 + + OUT: OUT: + ---- ---- + GWF = 481.5619 GWF = 14.9450 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 1.2409 UZET = 4.0447E-02 + STORAGE = 13.8022 STORAGE = 1.4512E-02 + + TOTAL OUT = 496.6050 TOTAL OUT = 15.0000 + + IN - OUT = 1.6900E-06 IN - OUT = 2.3093E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 4 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.8434E-02 STO-SS = 2.8398E-05 STORAGE + STO-SY = 40.0399 STO-SY = 5.3490E-02 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 481.5619 UZF-GWRCH = 14.9450 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 521.6502 TOTAL IN = 14.9986 + + OUT: OUT: + ---- ---- + STO-SS = 7.9969E-04 STO-SS = 0.0000 STORAGE + STO-SY = 11.9671 STO-SY = 0.0000 STORAGE + GHB = 508.0407 GHB = 14.9503 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 1.6416 UZF-GWET = 4.8211E-02 UZF_0 + + TOTAL OUT = 521.6502 TOTAL OUT = 14.9986 + + IN - OUT = -1.2380E-06 IN - OUT = -4.7269E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 4 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + TOTAL TIME 2.76480E+06 46080. 768.00 32.000 8.76112E-02 + + +end timestep + + +start timestep kper="4" kstp="2" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1015 AT TIME STEP 2, STRESS PERIOD 4 + UBDSV1 SAVING STO-SY ON UNIT 1015 AT TIME STEP 2, STRESS PERIOD 4 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1015 AT TIME STEP 2, STRESS PERIOD 4 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1015 AT TIME STEP 2, STRESS PERIOD 4 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 2, STRESS PERIOD 4 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 2, STRESS PERIOD 4 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 2, STRESS PERIOD 4 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 2, STRESS PERIOD 4 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1011 AT TIME STEP 2, STRESS PERIOD 4 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 2, STRESS PERIOD 4 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 2, STRESS PERIOD 4 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 2, STRESS PERIOD 4 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 2, STRESS PERIOD 4 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 4 STEP 2 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.0246228 + 2 (4,20) -1.0246228 + 3 (4,30) -1.0246228 + 4 (4,40) -1.0246228 + 5 (4,50) -1.0246228 + 6 (4,60) -1.0246228 + 7 (4,70) -1.0246228 + 8 (4,80) -1.0246228 + 9 (4,90) -1.0246228 + 10 (4,100) -1.0246228 + 11 (5,10) -0.46947814 + 12 (5,20) -0.46947814 + 13 (5,30) -0.46947814 + 14 (5,40) -0.46947814 + 15 (5,50) -0.46947814 + 16 (5,60) -0.46947814 + 17 (5,70) -0.46947814 + 18 (5,80) -0.46947814 + 19 (5,90) -0.46947814 + 20 (5,100) -0.46947814 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 4 STEP 2 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14951478 UZF001 + 2 (1,2) 0.14951765 UZF002 + 3 (1,3) 0.14954380 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14951478 UZF011 + 12 (1,12) 0.14951765 UZF012 + 13 (1,13) 0.14954380 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14951478 UZF021 + 22 (1,22) 0.14951765 UZF022 + 23 (1,23) 0.14954380 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14951478 UZF031 + 32 (1,32) 0.14951765 UZF032 + 33 (1,33) 0.14954380 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14951478 UZF041 + 42 (1,42) 0.14951765 UZF042 + 43 (1,43) 0.14954380 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14951478 UZF051 + 52 (1,52) 0.14951765 UZF052 + 53 (1,53) 0.14954380 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14951478 UZF061 + 62 (1,62) 0.14951765 UZF062 + 63 (1,63) 0.14954380 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14951478 UZF071 + 72 (1,72) 0.14951765 UZF072 + 73 (1,73) 0.14954380 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14951478 UZF081 + 82 (1,82) 0.14951765 UZF082 + 83 (1,83) 0.14954380 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14951478 UZF091 + 92 (1,92) 0.14951765 UZF092 + 93 (1,93) 0.14954380 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.14947581 UZF004 + 105 (2,5) 0.14947889 UZF005 + 106 (2,6) 0.14947731 UZF006 + 107 (2,7) 0.14947224 UZF007 + 108 (2,8) 0.14946458 UZF008 + 109 (2,9) 0.14945564 UZF009 + 110 (2,10) 0.14944825 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.14947581 UZF014 + 115 (2,15) 0.14947889 UZF015 + 116 (2,16) 0.14947731 UZF016 + 117 (2,17) 0.14947224 UZF017 + 118 (2,18) 0.14946458 UZF018 + 119 (2,19) 0.14945564 UZF019 + 120 (2,20) 0.14944825 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.14947581 UZF024 + 125 (2,25) 0.14947889 UZF025 + 126 (2,26) 0.14947731 UZF026 + 127 (2,27) 0.14947224 UZF027 + 128 (2,28) 0.14946458 UZF028 + 129 (2,29) 0.14945564 UZF029 + 130 (2,30) 0.14944825 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.14947581 UZF034 + 135 (2,35) 0.14947889 UZF035 + 136 (2,36) 0.14947731 UZF036 + 137 (2,37) 0.14947224 UZF037 + 138 (2,38) 0.14946458 UZF038 + 139 (2,39) 0.14945564 UZF039 + 140 (2,40) 0.14944825 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.14947581 UZF044 + 145 (2,45) 0.14947889 UZF045 + 146 (2,46) 0.14947731 UZF046 + 147 (2,47) 0.14947224 UZF047 + 148 (2,48) 0.14946458 UZF048 + 149 (2,49) 0.14945564 UZF049 + 150 (2,50) 0.14944825 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.14947581 UZF054 + 155 (2,55) 0.14947889 UZF055 + 156 (2,56) 0.14947731 UZF056 + 157 (2,57) 0.14947224 UZF057 + 158 (2,58) 0.14946458 UZF058 + 159 (2,59) 0.14945564 UZF059 + 160 (2,60) 0.14944825 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.14947581 UZF064 + 165 (2,65) 0.14947889 UZF065 + 166 (2,66) 0.14947731 UZF066 + 167 (2,67) 0.14947224 UZF067 + 168 (2,68) 0.14946458 UZF068 + 169 (2,69) 0.14945564 UZF069 + 170 (2,70) 0.14944825 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.14947581 UZF074 + 175 (2,75) 0.14947889 UZF075 + 176 (2,76) 0.14947731 UZF076 + 177 (2,77) 0.14947224 UZF077 + 178 (2,78) 0.14946458 UZF078 + 179 (2,79) 0.14945564 UZF079 + 180 (2,80) 0.14944825 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.14947581 UZF084 + 185 (2,85) 0.14947889 UZF085 + 186 (2,86) 0.14947731 UZF086 + 187 (2,87) 0.14947224 UZF087 + 188 (2,88) 0.14946458 UZF088 + 189 (2,89) 0.14945564 UZF089 + 190 (2,90) 0.14944825 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.14947581 UZF094 + 195 (2,95) 0.14947889 UZF095 + 196 (2,96) 0.14947731 UZF096 + 197 (2,97) 0.14947224 UZF097 + 198 (2,98) 0.14946458 UZF098 + 199 (2,99) 0.14945564 UZF099 + 200 (2,100) 0.14944825 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 0.0000000 UZF076 + 277 (3,77) 0.0000000 UZF077 + 278 (3,78) 0.0000000 UZF078 + 279 (3,79) 0.0000000 UZF079 + 280 (3,80) 0.0000000 UZF080 + 281 (3,81) 0.0000000 UZF081 + 282 (3,82) 0.0000000 UZF082 + 283 (3,83) 0.0000000 UZF083 + 284 (3,84) 0.0000000 UZF084 + 285 (3,85) 0.0000000 UZF085 + 286 (3,86) 0.0000000 UZF086 + 287 (3,87) 0.0000000 UZF087 + 288 (3,88) 0.0000000 UZF088 + 289 (3,89) 0.0000000 UZF089 + 290 (3,90) 0.0000000 UZF090 + 291 (3,91) 0.0000000 UZF091 + 292 (3,92) 0.0000000 UZF092 + 293 (3,93) 0.0000000 UZF093 + 294 (3,94) 0.0000000 UZF094 + 295 (3,95) 0.0000000 UZF095 + 296 (3,96) 0.0000000 UZF096 + 297 (3,97) 0.0000000 UZF097 + 298 (3,98) 0.0000000 UZF098 + 299 (3,99) 0.0000000 UZF099 + 300 (3,100) 0.0000000 UZF100 + 301 (4,1) 0.0000000 UZF001 + 302 (4,2) 0.0000000 UZF002 + 303 (4,3) 0.0000000 UZF003 + 304 (4,4) 0.0000000 UZF004 + 305 (4,5) 0.0000000 UZF005 + 306 (4,6) 0.0000000 UZF006 + 307 (4,7) 0.0000000 UZF007 + 308 (4,8) 0.0000000 UZF008 + 309 (4,9) 0.0000000 UZF009 + 310 (4,10) 0.0000000 UZF010 + 311 (4,11) 0.0000000 UZF011 + 312 (4,12) 0.0000000 UZF012 + 313 (4,13) 0.0000000 UZF013 + 314 (4,14) 0.0000000 UZF014 + 315 (4,15) 0.0000000 UZF015 + 316 (4,16) 0.0000000 UZF016 + 317 (4,17) 0.0000000 UZF017 + 318 (4,18) 0.0000000 UZF018 + 319 (4,19) 0.0000000 UZF019 + 320 (4,20) 0.0000000 UZF020 + 321 (4,21) 0.0000000 UZF021 + 322 (4,22) 0.0000000 UZF022 + 323 (4,23) 0.0000000 UZF023 + 324 (4,24) 0.0000000 UZF024 + 325 (4,25) 0.0000000 UZF025 + 326 (4,26) 0.0000000 UZF026 + 327 (4,27) 0.0000000 UZF027 + 328 (4,28) 0.0000000 UZF028 + 329 (4,29) 0.0000000 UZF029 + 330 (4,30) 0.0000000 UZF030 + 331 (4,31) 0.0000000 UZF031 + 332 (4,32) 0.0000000 UZF032 + 333 (4,33) 0.0000000 UZF033 + 334 (4,34) 0.0000000 UZF034 + 335 (4,35) 0.0000000 UZF035 + 336 (4,36) 0.0000000 UZF036 + 337 (4,37) 0.0000000 UZF037 + 338 (4,38) 0.0000000 UZF038 + 339 (4,39) 0.0000000 UZF039 + 340 (4,40) 0.0000000 UZF040 + 341 (4,41) 0.0000000 UZF041 + 342 (4,42) 0.0000000 UZF042 + 343 (4,43) 0.0000000 UZF043 + 344 (4,44) 0.0000000 UZF044 + 345 (4,45) 0.0000000 UZF045 + 346 (4,46) 0.0000000 UZF046 + 347 (4,47) 0.0000000 UZF047 + 348 (4,48) 0.0000000 UZF048 + 349 (4,49) 0.0000000 UZF049 + 350 (4,50) 0.0000000 UZF050 + 351 (4,51) 0.0000000 UZF051 + 352 (4,52) 0.0000000 UZF052 + 353 (4,53) 0.0000000 UZF053 + 354 (4,54) 0.0000000 UZF054 + 355 (4,55) 0.0000000 UZF055 + 356 (4,56) 0.0000000 UZF056 + 357 (4,57) 0.0000000 UZF057 + 358 (4,58) 0.0000000 UZF058 + 359 (4,59) 0.0000000 UZF059 + 360 (4,60) 0.0000000 UZF060 + 361 (4,61) 0.0000000 UZF061 + 362 (4,62) 0.0000000 UZF062 + 363 (4,63) 0.0000000 UZF063 + 364 (4,64) 0.0000000 UZF064 + 365 (4,65) 0.0000000 UZF065 + 366 (4,66) 0.0000000 UZF066 + 367 (4,67) 0.0000000 UZF067 + 368 (4,68) 0.0000000 UZF068 + 369 (4,69) 0.0000000 UZF069 + 370 (4,70) 0.0000000 UZF070 + 371 (4,71) 0.0000000 UZF071 + 372 (4,72) 0.0000000 UZF072 + 373 (4,73) 0.0000000 UZF073 + 374 (4,74) 0.0000000 UZF074 + 375 (4,75) 0.0000000 UZF075 + 376 (4,76) 0.0000000 UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 (5,23) 0.0000000 UZF023 + 424 (5,24) 0.0000000 UZF024 + 425 (5,25) 0.0000000 UZF025 + 426 (5,26) 0.0000000 UZF026 + 427 (5,27) 0.0000000 UZF027 + 428 (5,28) 0.0000000 UZF028 + 429 (5,29) 0.0000000 UZF029 + 430 (5,30) 0.0000000 UZF030 + 431 (5,31) 0.0000000 UZF031 + 432 (5,32) 0.0000000 UZF032 + 433 (5,33) 0.0000000 UZF033 + 434 (5,34) 0.0000000 UZF034 + 435 (5,35) 0.0000000 UZF035 + 436 (5,36) 0.0000000 UZF036 + 437 (5,37) 0.0000000 UZF037 + 438 (5,38) 0.0000000 UZF038 + 439 (5,39) 0.0000000 UZF039 + 440 (5,40) 0.0000000 UZF040 + 441 (5,41) 0.0000000 UZF041 + 442 (5,42) 0.0000000 UZF042 + 443 (5,43) 0.0000000 UZF043 + 444 (5,44) 0.0000000 UZF044 + 445 (5,45) 0.0000000 UZF045 + 446 (5,46) 0.0000000 UZF046 + 447 (5,47) 0.0000000 UZF047 + 448 (5,48) 0.0000000 UZF048 + 449 (5,49) 0.0000000 UZF049 + 450 (5,50) 0.0000000 UZF050 + 451 (5,51) 0.0000000 UZF051 + 452 (5,52) 0.0000000 UZF052 + 453 (5,53) 0.0000000 UZF053 + 454 (5,54) 0.0000000 UZF054 + 455 (5,55) 0.0000000 UZF055 + 456 (5,56) 0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 4 STEP 2 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 0.0000000 UZF042 + 43 (1,43) 0.0000000 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.0000000 UZF051 + 52 (1,52) 0.0000000 UZF052 + 53 (1,53) 0.0000000 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.0000000 UZF061 + 62 (1,62) 0.0000000 UZF062 + 63 (1,63) 0.0000000 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.0000000 UZF071 + 72 (1,72) 0.0000000 UZF072 + 73 (1,73) 0.0000000 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 UZF081 + 82 (1,82) 0.0000000 UZF082 + 83 (1,83) 0.0000000 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.0000000 UZF091 + 92 (1,92) 0.0000000 UZF092 + 93 (1,93) 0.0000000 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) -0.0000000 UZF001 + 102 (2,2) -0.0000000 UZF002 + 103 (2,3) -0.0000000 UZF003 + 104 (2,4) -0.0000000 UZF004 + 105 (2,5) -0.0000000 UZF005 + 106 (2,6) -0.0000000 UZF006 + 107 (2,7) -0.0000000 UZF007 + 108 (2,8) -0.0000000 UZF008 + 109 (2,9) -0.0000000 UZF009 + 110 (2,10) -0.0000000 UZF010 + 111 (2,11) -0.0000000 UZF011 + 112 (2,12) -0.0000000 UZF012 + 113 (2,13) -0.0000000 UZF013 + 114 (2,14) -0.0000000 UZF014 + 115 (2,15) -0.0000000 UZF015 + 116 (2,16) -0.0000000 UZF016 + 117 (2,17) -0.0000000 UZF017 + 118 (2,18) -0.0000000 UZF018 + 119 (2,19) -0.0000000 UZF019 + 120 (2,20) -0.0000000 UZF020 + 121 (2,21) -0.0000000 UZF021 + 122 (2,22) -0.0000000 UZF022 + 123 (2,23) -0.0000000 UZF023 + 124 (2,24) -0.0000000 UZF024 + 125 (2,25) -0.0000000 UZF025 + 126 (2,26) -0.0000000 UZF026 + 127 (2,27) -0.0000000 UZF027 + 128 (2,28) -0.0000000 UZF028 + 129 (2,29) -0.0000000 UZF029 + 130 (2,30) -0.0000000 UZF030 + 131 (2,31) -0.0000000 UZF031 + 132 (2,32) -0.0000000 UZF032 + 133 (2,33) -0.0000000 UZF033 + 134 (2,34) -0.0000000 UZF034 + 135 (2,35) -0.0000000 UZF035 + 136 (2,36) -0.0000000 UZF036 + 137 (2,37) -0.0000000 UZF037 + 138 (2,38) -0.0000000 UZF038 + 139 (2,39) -0.0000000 UZF039 + 140 (2,40) -0.0000000 UZF040 + 141 (2,41) -0.0000000 UZF041 + 142 (2,42) -0.0000000 UZF042 + 143 (2,43) -0.0000000 UZF043 + 144 (2,44) -0.0000000 UZF044 + 145 (2,45) -0.0000000 UZF045 + 146 (2,46) -0.0000000 UZF046 + 147 (2,47) -0.0000000 UZF047 + 148 (2,48) -0.0000000 UZF048 + 149 (2,49) -0.0000000 UZF049 + 150 (2,50) -0.0000000 UZF050 + 151 (2,51) -0.0000000 UZF051 + 152 (2,52) -0.0000000 UZF052 + 153 (2,53) -0.0000000 UZF053 + 154 (2,54) -0.0000000 UZF054 + 155 (2,55) -0.0000000 UZF055 + 156 (2,56) -0.0000000 UZF056 + 157 (2,57) -0.0000000 UZF057 + 158 (2,58) -0.0000000 UZF058 + 159 (2,59) -0.0000000 UZF059 + 160 (2,60) -0.0000000 UZF060 + 161 (2,61) -0.0000000 UZF061 + 162 (2,62) -0.0000000 UZF062 + 163 (2,63) -0.0000000 UZF063 + 164 (2,64) -0.0000000 UZF064 + 165 (2,65) -0.0000000 UZF065 + 166 (2,66) -0.0000000 UZF066 + 167 (2,67) -0.0000000 UZF067 + 168 (2,68) -0.0000000 UZF068 + 169 (2,69) -0.0000000 UZF069 + 170 (2,70) -0.0000000 UZF070 + 171 (2,71) -0.0000000 UZF071 + 172 (2,72) -0.0000000 UZF072 + 173 (2,73) -0.0000000 UZF073 + 174 (2,74) -0.0000000 UZF074 + 175 (2,75) -0.0000000 UZF075 + 176 (2,76) -0.0000000 UZF076 + 177 (2,77) -0.0000000 UZF077 + 178 (2,78) -0.0000000 UZF078 + 179 (2,79) -0.0000000 UZF079 + 180 (2,80) -0.0000000 UZF080 + 181 (2,81) -0.0000000 UZF081 + 182 (2,82) -0.0000000 UZF082 + 183 (2,83) -0.0000000 UZF083 + 184 (2,84) -0.0000000 UZF084 + 185 (2,85) -0.0000000 UZF085 + 186 (2,86) -0.0000000 UZF086 + 187 (2,87) -0.0000000 UZF087 + 188 (2,88) -0.0000000 UZF088 + 189 (2,89) -0.0000000 UZF089 + 190 (2,90) -0.0000000 UZF090 + 191 (2,91) -0.0000000 UZF091 + 192 (2,92) -0.0000000 UZF092 + 193 (2,93) -0.0000000 UZF093 + 194 (2,94) -0.0000000 UZF094 + 195 (2,95) -0.0000000 UZF095 + 196 (2,96) -0.0000000 UZF096 + 197 (2,97) -0.0000000 UZF097 + 198 (2,98) -0.0000000 UZF098 + 199 (2,99) -0.0000000 UZF099 + 200 (2,100) -0.0000000 UZF100 + 201 (3,1) -0.0000000 UZF001 + 202 (3,2) -0.0000000 UZF002 + 203 (3,3) -0.0000000 UZF003 + 204 (3,4) -0.0000000 UZF004 + 205 (3,5) -0.0000000 UZF005 + 206 (3,6) -0.0000000 UZF006 + 207 (3,7) -0.0000000 UZF007 + 208 (3,8) -0.0000000 UZF008 + 209 (3,9) -0.0000000 UZF009 + 210 (3,10) -0.0000000 UZF010 + 211 (3,11) -0.0000000 UZF011 + 212 (3,12) -0.0000000 UZF012 + 213 (3,13) -0.0000000 UZF013 + 214 (3,14) -0.0000000 UZF014 + 215 (3,15) -0.0000000 UZF015 + 216 (3,16) -0.0000000 UZF016 + 217 (3,17) -0.0000000 UZF017 + 218 (3,18) -0.0000000 UZF018 + 219 (3,19) -0.0000000 UZF019 + 220 (3,20) -0.0000000 UZF020 + 221 (3,21) -0.0000000 UZF021 + 222 (3,22) -0.0000000 UZF022 + 223 (3,23) -0.0000000 UZF023 + 224 (3,24) -0.0000000 UZF024 + 225 (3,25) -0.0000000 UZF025 + 226 (3,26) -0.0000000 UZF026 + 227 (3,27) -0.0000000 UZF027 + 228 (3,28) -0.0000000 UZF028 + 229 (3,29) -0.0000000 UZF029 + 230 (3,30) -0.0000000 UZF030 + 231 (3,31) -0.0000000 UZF031 + 232 (3,32) -0.0000000 UZF032 + 233 (3,33) -0.0000000 UZF033 + 234 (3,34) -0.0000000 UZF034 + 235 (3,35) -0.0000000 UZF035 + 236 (3,36) -0.0000000 UZF036 + 237 (3,37) -0.0000000 UZF037 + 238 (3,38) -0.0000000 UZF038 + 239 (3,39) -0.0000000 UZF039 + 240 (3,40) -0.0000000 UZF040 + 241 (3,41) -0.0000000 UZF041 + 242 (3,42) -0.0000000 UZF042 + 243 (3,43) -0.0000000 UZF043 + 244 (3,44) -0.0000000 UZF044 + 245 (3,45) -0.0000000 UZF045 + 246 (3,46) -0.0000000 UZF046 + 247 (3,47) -0.0000000 UZF047 + 248 (3,48) -0.0000000 UZF048 + 249 (3,49) -0.0000000 UZF049 + 250 (3,50) -0.0000000 UZF050 + 251 (3,51) -0.0000000 UZF051 + 252 (3,52) -0.0000000 UZF052 + 253 (3,53) -0.0000000 UZF053 + 254 (3,54) -0.0000000 UZF054 + 255 (3,55) -0.0000000 UZF055 + 256 (3,56) -0.0000000 UZF056 + 257 (3,57) -0.0000000 UZF057 + 258 (3,58) -0.0000000 UZF058 + 259 (3,59) -0.0000000 UZF059 + 260 (3,60) -0.0000000 UZF060 + 261 (3,61) -0.0000000 UZF061 + 262 (3,62) -0.0000000 UZF062 + 263 (3,63) -0.0000000 UZF063 + 264 (3,64) -0.0000000 UZF064 + 265 (3,65) -0.0000000 UZF065 + 266 (3,66) -0.0000000 UZF066 + 267 (3,67) -0.0000000 UZF067 + 268 (3,68) -0.0000000 UZF068 + 269 (3,69) -0.0000000 UZF069 + 270 (3,70) -0.0000000 UZF070 + 271 (3,71) -0.0000000 UZF071 + 272 (3,72) -0.0000000 UZF072 + 273 (3,73) -0.0000000 UZF073 + 274 (3,74) -0.0000000 UZF074 + 275 (3,75) -0.0000000 UZF075 + 276 (3,76) -0.0000000 UZF076 + 277 (3,77) -0.0000000 UZF077 + 278 (3,78) -0.0000000 UZF078 + 279 (3,79) -0.0000000 UZF079 + 280 (3,80) -0.0000000 UZF080 + 281 (3,81) -0.0000000 UZF081 + 282 (3,82) -0.0000000 UZF082 + 283 (3,83) -0.0000000 UZF083 + 284 (3,84) -0.0000000 UZF084 + 285 (3,85) -0.0000000 UZF085 + 286 (3,86) -0.0000000 UZF086 + 287 (3,87) -0.0000000 UZF087 + 288 (3,88) -0.0000000 UZF088 + 289 (3,89) -0.0000000 UZF089 + 290 (3,90) -0.0000000 UZF090 + 291 (3,91) -0.0000000 UZF091 + 292 (3,92) -0.0000000 UZF092 + 293 (3,93) -0.0000000 UZF093 + 294 (3,94) -0.0000000 UZF094 + 295 (3,95) -0.0000000 UZF095 + 296 (3,96) -0.0000000 UZF096 + 297 (3,97) -0.0000000 UZF097 + 298 (3,98) -0.0000000 UZF098 + 299 (3,99) -0.0000000 UZF099 + 300 (3,100) -0.0000000 UZF100 + 301 (4,1) -0.0000000 UZF001 + 302 (4,2) -0.0000000 UZF002 + 303 (4,3) -0.0000000 UZF003 + 304 (4,4) -0.0000000 UZF004 + 305 (4,5) -0.0000000 UZF005 + 306 (4,6) -0.0000000 UZF006 + 307 (4,7) -0.0000000 UZF007 + 308 (4,8) -0.0000000 UZF008 + 309 (4,9) -0.0000000 UZF009 + 310 (4,10) -0.0000000 UZF010 + 311 (4,11) -0.0000000 UZF011 + 312 (4,12) -0.0000000 UZF012 + 313 (4,13) -0.0000000 UZF013 + 314 (4,14) -0.0000000 UZF014 + 315 (4,15) -0.0000000 UZF015 + 316 (4,16) -0.0000000 UZF016 + 317 (4,17) -0.0000000 UZF017 + 318 (4,18) -0.0000000 UZF018 + 319 (4,19) -0.0000000 UZF019 + 320 (4,20) -0.0000000 UZF020 + 321 (4,21) -0.0000000 UZF021 + 322 (4,22) -0.0000000 UZF022 + 323 (4,23) -0.0000000 UZF023 + 324 (4,24) -0.0000000 UZF024 + 325 (4,25) -0.0000000 UZF025 + 326 (4,26) -0.0000000 UZF026 + 327 (4,27) -0.0000000 UZF027 + 328 (4,28) -0.0000000 UZF028 + 329 (4,29) -0.0000000 UZF029 + 330 (4,30) 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LAYER 4 AT END OF TIME STEP 2 IN STRESS PERIOD 4 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + 11 12 13 14 15 16 17 18 19 20 + 21 22 23 24 25 26 27 28 29 30 + 31 32 33 34 35 36 37 38 39 40 + 41 42 43 44 45 46 47 48 49 50 + 51 52 53 54 55 56 57 58 59 60 + 61 62 63 64 65 66 67 68 69 70 + 71 72 73 74 75 76 77 78 79 80 + 81 82 83 84 85 86 87 88 89 90 + 91 92 93 94 95 96 97 98 99 100 + ................................................................................................................................................................ + 1 18.5336 18.4540 18.2935 18.0499 17.7189 17.2937 16.7616 16.0955 15.2307 14.0001 + 18.5336 18.4540 18.2935 18.0499 17.7189 17.2937 16.7616 16.0955 15.2307 14.0001 + 18.5336 18.4540 18.2935 18.0499 17.7189 17.2937 16.7616 16.0955 15.2307 14.0001 + 18.5336 18.4540 18.2935 18.0499 17.7189 17.2937 16.7616 16.0955 15.2307 14.0001 + 18.5336 18.4540 18.2935 18.0499 17.7189 17.2937 16.7616 16.0955 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................................................................................................................................................................ + 1 18.3248 18.2413 18.0728 17.8159 17.4655 17.0137 16.4498 15.7612 14.9390 14.0000 + 18.3248 18.2413 18.0728 17.8159 17.4655 17.0137 16.4498 15.7612 14.9390 14.0000 + 18.3248 18.2413 18.0728 17.8159 17.4655 17.0137 16.4498 15.7612 14.9390 14.0000 + 18.3248 18.2413 18.0728 17.8159 17.4655 17.0137 16.4498 15.7612 14.9390 14.0000 + 18.3248 18.2413 18.0728 17.8159 17.4655 17.0137 16.4498 15.7612 14.9390 14.0000 + 18.3248 18.2413 18.0728 17.8159 17.4655 17.0137 16.4498 15.7612 14.9390 14.0000 + 18.3248 18.2413 18.0728 17.8159 17.4655 17.0137 16.4498 15.7612 14.9390 14.0000 + 18.3248 18.2413 18.0728 17.8159 17.4655 17.0137 16.4498 15.7612 14.9390 14.0000 + 18.3248 18.2413 18.0728 17.8159 17.4655 17.0137 16.4498 15.7612 14.9390 14.0000 + 18.3248 18.2413 18.0728 17.8159 17.4655 17.0137 16.4498 15.7612 14.9390 14.0000 + + HEAD WILL BE SAVED ON UNIT 1016 AT END OF TIME STEP 2, STRESS PERIOD 4 + + + UZF_0 BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 2, STRESS PERIOD 4 + ------------------------------------------------------------------------------ + + CUMULATIVE UZF_0 L**3 RATES FOR THIS TIME STEP L**3/T + ------------------ ------------------------ + + IN: IN: + --- --- + GWF = 0.0000 GWF = 0.0000 + INFILTRATION = 510.0000 INFILTRATION = 15.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.0000 UZET = 0.0000 + STORAGE = 16.6050 STORAGE = 0.0000 + + TOTAL IN = 526.6050 TOTAL IN = 15.0000 + + OUT: OUT: + ---- ---- + GWF = 511.4588 GWF = 14.9485 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 1.3218 UZET = 4.0464E-02 + STORAGE = 13.8243 STORAGE = 1.1047E-02 + + TOTAL OUT = 526.6050 TOTAL OUT = 15.0000 + + IN - OUT = 1.6900E-06 IN - OUT = 1.9540E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 2, STRESS PERIOD 4 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.8477E-02 STO-SS = 2.1606E-05 STORAGE + STO-SY = 40.1213 STO-SY = 4.0687E-02 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 511.4588 UZF-GWRCH = 14.9485 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 551.6286 TOTAL IN = 14.9892 + + OUT: OUT: + ---- ---- + STO-SS = 7.9969E-04 STO-SS = 0.0000 STORAGE + STO-SY = 11.9671 STO-SY = 0.0000 STORAGE + GHB = 537.9227 GHB = 14.9410 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 1.7380 UZF-GWET = 4.8188E-02 UZF_0 + + TOTAL OUT = 551.6286 TOTAL OUT = 14.9892 + + IN - OUT = -1.3178E-06 IN - OUT = -3.9898E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 2 IN STRESS PERIOD 4 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 3.45600E+05 5760.0 96.000 4.0000 1.09514E-02 + TOTAL TIME 2.93760E+06 48960. 816.00 34.000 9.30869E-02 + + +end timestep + + +start timestep kper="4" kstp="3" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1015 AT TIME STEP 3, STRESS PERIOD 4 + UBDSV1 SAVING STO-SY ON UNIT 1015 AT TIME STEP 3, STRESS PERIOD 4 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1015 AT TIME STEP 3, STRESS PERIOD 4 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1015 AT TIME STEP 3, STRESS PERIOD 4 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 3, STRESS PERIOD 4 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 3, STRESS PERIOD 4 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 3, STRESS PERIOD 4 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 3, STRESS PERIOD 4 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1011 AT TIME STEP 3, STRESS PERIOD 4 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 3, STRESS PERIOD 4 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 3, STRESS PERIOD 4 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 3, STRESS PERIOD 4 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 3, STRESS PERIOD 4 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 4 STEP 3 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.0241411 + 2 (4,20) -1.0241411 + 3 (4,30) -1.0241411 + 4 (4,40) -1.0241411 + 5 (4,50) -1.0241411 + 6 (4,60) -1.0241411 + 7 (4,70) -1.0241411 + 8 (4,80) -1.0241411 + 9 (4,90) -1.0241411 + 10 (4,100) -1.0241411 + 11 (5,10) -0.46924874 + 12 (5,20) -0.46924874 + 13 (5,30) -0.46924874 + 14 (5,40) -0.46924874 + 15 (5,50) -0.46924873 + 16 (5,60) -0.46924874 + 17 (5,70) -0.46924873 + 18 (5,80) -0.46924873 + 19 (5,90) -0.46924873 + 20 (5,100) -0.46924873 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 4 STEP 3 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14955225 UZF001 + 2 (1,2) 0.14955326 UZF002 + 3 (1,3) 0.14957091 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14955225 UZF011 + 12 (1,12) 0.14955326 UZF012 + 13 (1,13) 0.14957091 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14955225 UZF021 + 22 (1,22) 0.14955326 UZF022 + 23 (1,23) 0.14957091 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14955225 UZF031 + 32 (1,32) 0.14955326 UZF032 + 33 (1,33) 0.14957091 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14955225 UZF041 + 42 (1,42) 0.14955326 UZF042 + 43 (1,43) 0.14957091 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14955225 UZF051 + 52 (1,52) 0.14955326 UZF052 + 53 (1,53) 0.14957091 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14955225 UZF061 + 62 (1,62) 0.14955326 UZF062 + 63 (1,63) 0.14957091 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14955225 UZF071 + 72 (1,72) 0.14955326 UZF072 + 73 (1,73) 0.14957091 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14955225 UZF081 + 82 (1,82) 0.14955326 UZF082 + 83 (1,83) 0.14957091 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14955225 UZF091 + 92 (1,92) 0.14955326 UZF092 + 93 (1,93) 0.14957091 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.14950830 UZF004 + 105 (2,5) 0.14950764 UZF005 + 106 (2,6) 0.14950279 UZF006 + 107 (2,7) 0.14949474 UZF007 + 108 (2,8) 0.14948442 UZF008 + 109 (2,9) 0.14947331 UZF009 + 110 (2,10) 0.14946465 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.14950830 UZF014 + 115 (2,15) 0.14950764 UZF015 + 116 (2,16) 0.14950279 UZF016 + 117 (2,17) 0.14949474 UZF017 + 118 (2,18) 0.14948442 UZF018 + 119 (2,19) 0.14947331 UZF019 + 120 (2,20) 0.14946465 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.14950830 UZF024 + 125 (2,25) 0.14950764 UZF025 + 126 (2,26) 0.14950279 UZF026 + 127 (2,27) 0.14949474 UZF027 + 128 (2,28) 0.14948442 UZF028 + 129 (2,29) 0.14947331 UZF029 + 130 (2,30) 0.14946465 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.14950830 UZF034 + 135 (2,35) 0.14950764 UZF035 + 136 (2,36) 0.14950279 UZF036 + 137 (2,37) 0.14949474 UZF037 + 138 (2,38) 0.14948442 UZF038 + 139 (2,39) 0.14947331 UZF039 + 140 (2,40) 0.14946465 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.14950830 UZF044 + 145 (2,45) 0.14950764 UZF045 + 146 (2,46) 0.14950279 UZF046 + 147 (2,47) 0.14949474 UZF047 + 148 (2,48) 0.14948442 UZF048 + 149 (2,49) 0.14947331 UZF049 + 150 (2,50) 0.14946465 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.14950830 UZF054 + 155 (2,55) 0.14950764 UZF055 + 156 (2,56) 0.14950279 UZF056 + 157 (2,57) 0.14949474 UZF057 + 158 (2,58) 0.14948442 UZF058 + 159 (2,59) 0.14947331 UZF059 + 160 (2,60) 0.14946465 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.14950830 UZF064 + 165 (2,65) 0.14950764 UZF065 + 166 (2,66) 0.14950279 UZF066 + 167 (2,67) 0.14949474 UZF067 + 168 (2,68) 0.14948442 UZF068 + 169 (2,69) 0.14947331 UZF069 + 170 (2,70) 0.14946465 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.14950830 UZF074 + 175 (2,75) 0.14950764 UZF075 + 176 (2,76) 0.14950279 UZF076 + 177 (2,77) 0.14949474 UZF077 + 178 (2,78) 0.14948442 UZF078 + 179 (2,79) 0.14947331 UZF079 + 180 (2,80) 0.14946465 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.14950830 UZF084 + 185 (2,85) 0.14950764 UZF085 + 186 (2,86) 0.14950279 UZF086 + 187 (2,87) 0.14949474 UZF087 + 188 (2,88) 0.14948442 UZF088 + 189 (2,89) 0.14947331 UZF089 + 190 (2,90) 0.14946465 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.14950830 UZF094 + 195 (2,95) 0.14950764 UZF095 + 196 (2,96) 0.14950279 UZF096 + 197 (2,97) 0.14949474 UZF097 + 198 (2,98) 0.14948442 UZF098 + 199 (2,99) 0.14947331 UZF099 + 200 (2,100) 0.14946465 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 0.0000000 UZF076 + 277 (3,77) 0.0000000 UZF077 + 278 (3,78) 0.0000000 UZF078 + 279 (3,79) 0.0000000 UZF079 + 280 (3,80) 0.0000000 UZF080 + 281 (3,81) 0.0000000 UZF081 + 282 (3,82) 0.0000000 UZF082 + 283 (3,83) 0.0000000 UZF083 + 284 (3,84) 0.0000000 UZF084 + 285 (3,85) 0.0000000 UZF085 + 286 (3,86) 0.0000000 UZF086 + 287 (3,87) 0.0000000 UZF087 + 288 (3,88) 0.0000000 UZF088 + 289 (3,89) 0.0000000 UZF089 + 290 (3,90) 0.0000000 UZF090 + 291 (3,91) 0.0000000 UZF091 + 292 (3,92) 0.0000000 UZF092 + 293 (3,93) 0.0000000 UZF093 + 294 (3,94) 0.0000000 UZF094 + 295 (3,95) 0.0000000 UZF095 + 296 (3,96) 0.0000000 UZF096 + 297 (3,97) 0.0000000 UZF097 + 298 (3,98) 0.0000000 UZF098 + 299 (3,99) 0.0000000 UZF099 + 300 (3,100) 0.0000000 UZF100 + 301 (4,1) 0.0000000 UZF001 + 302 (4,2) 0.0000000 UZF002 + 303 (4,3) 0.0000000 UZF003 + 304 (4,4) 0.0000000 UZF004 + 305 (4,5) 0.0000000 UZF005 + 306 (4,6) 0.0000000 UZF006 + 307 (4,7) 0.0000000 UZF007 + 308 (4,8) 0.0000000 UZF008 + 309 (4,9) 0.0000000 UZF009 + 310 (4,10) 0.0000000 UZF010 + 311 (4,11) 0.0000000 UZF011 + 312 (4,12) 0.0000000 UZF012 + 313 (4,13) 0.0000000 UZF013 + 314 (4,14) 0.0000000 UZF014 + 315 (4,15) 0.0000000 UZF015 + 316 (4,16) 0.0000000 UZF016 + 317 (4,17) 0.0000000 UZF017 + 318 (4,18) 0.0000000 UZF018 + 319 (4,19) 0.0000000 UZF019 + 320 (4,20) 0.0000000 UZF020 + 321 (4,21) 0.0000000 UZF021 + 322 (4,22) 0.0000000 UZF022 + 323 (4,23) 0.0000000 UZF023 + 324 (4,24) 0.0000000 UZF024 + 325 (4,25) 0.0000000 UZF025 + 326 (4,26) 0.0000000 UZF026 + 327 (4,27) 0.0000000 UZF027 + 328 (4,28) 0.0000000 UZF028 + 329 (4,29) 0.0000000 UZF029 + 330 (4,30) 0.0000000 UZF030 + 331 (4,31) 0.0000000 UZF031 + 332 (4,32) 0.0000000 UZF032 + 333 (4,33) 0.0000000 UZF033 + 334 (4,34) 0.0000000 UZF034 + 335 (4,35) 0.0000000 UZF035 + 336 (4,36) 0.0000000 UZF036 + 337 (4,37) 0.0000000 UZF037 + 338 (4,38) 0.0000000 UZF038 + 339 (4,39) 0.0000000 UZF039 + 340 (4,40) 0.0000000 UZF040 + 341 (4,41) 0.0000000 UZF041 + 342 (4,42) 0.0000000 UZF042 + 343 (4,43) 0.0000000 UZF043 + 344 (4,44) 0.0000000 UZF044 + 345 (4,45) 0.0000000 UZF045 + 346 (4,46) 0.0000000 UZF046 + 347 (4,47) 0.0000000 UZF047 + 348 (4,48) 0.0000000 UZF048 + 349 (4,49) 0.0000000 UZF049 + 350 (4,50) 0.0000000 UZF050 + 351 (4,51) 0.0000000 UZF051 + 352 (4,52) 0.0000000 UZF052 + 353 (4,53) 0.0000000 UZF053 + 354 (4,54) 0.0000000 UZF054 + 355 (4,55) 0.0000000 UZF055 + 356 (4,56) 0.0000000 UZF056 + 357 (4,57) 0.0000000 UZF057 + 358 (4,58) 0.0000000 UZF058 + 359 (4,59) 0.0000000 UZF059 + 360 (4,60) 0.0000000 UZF060 + 361 (4,61) 0.0000000 UZF061 + 362 (4,62) 0.0000000 UZF062 + 363 (4,63) 0.0000000 UZF063 + 364 (4,64) 0.0000000 UZF064 + 365 (4,65) 0.0000000 UZF065 + 366 (4,66) 0.0000000 UZF066 + 367 (4,67) 0.0000000 UZF067 + 368 (4,68) 0.0000000 UZF068 + 369 (4,69) 0.0000000 UZF069 + 370 (4,70) 0.0000000 UZF070 + 371 (4,71) 0.0000000 UZF071 + 372 (4,72) 0.0000000 UZF072 + 373 (4,73) 0.0000000 UZF073 + 374 (4,74) 0.0000000 UZF074 + 375 (4,75) 0.0000000 UZF075 + 376 (4,76) 0.0000000 UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 (5,23) 0.0000000 UZF023 + 424 (5,24) 0.0000000 UZF024 + 425 (5,25) 0.0000000 UZF025 + 426 (5,26) 0.0000000 UZF026 + 427 (5,27) 0.0000000 UZF027 + 428 (5,28) 0.0000000 UZF028 + 429 (5,29) 0.0000000 UZF029 + 430 (5,30) 0.0000000 UZF030 + 431 (5,31) 0.0000000 UZF031 + 432 (5,32) 0.0000000 UZF032 + 433 (5,33) 0.0000000 UZF033 + 434 (5,34) 0.0000000 UZF034 + 435 (5,35) 0.0000000 UZF035 + 436 (5,36) 0.0000000 UZF036 + 437 (5,37) 0.0000000 UZF037 + 438 (5,38) 0.0000000 UZF038 + 439 (5,39) 0.0000000 UZF039 + 440 (5,40) 0.0000000 UZF040 + 441 (5,41) 0.0000000 UZF041 + 442 (5,42) 0.0000000 UZF042 + 443 (5,43) 0.0000000 UZF043 + 444 (5,44) 0.0000000 UZF044 + 445 (5,45) 0.0000000 UZF045 + 446 (5,46) 0.0000000 UZF046 + 447 (5,47) 0.0000000 UZF047 + 448 (5,48) 0.0000000 UZF048 + 449 (5,49) 0.0000000 UZF049 + 450 (5,50) 0.0000000 UZF050 + 451 (5,51) 0.0000000 UZF051 + 452 (5,52) 0.0000000 UZF052 + 453 (5,53) 0.0000000 UZF053 + 454 (5,54) 0.0000000 UZF054 + 455 (5,55) 0.0000000 UZF055 + 456 (5,56) 0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 4 STEP 3 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 0.0000000 UZF042 + 43 (1,43) 0.0000000 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.0000000 UZF051 + 52 (1,52) 0.0000000 UZF052 + 53 (1,53) 0.0000000 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.0000000 UZF061 + 62 (1,62) 0.0000000 UZF062 + 63 (1,63) 0.0000000 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.0000000 UZF071 + 72 (1,72) 0.0000000 UZF072 + 73 (1,73) 0.0000000 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 UZF081 + 82 (1,82) 0.0000000 UZF082 + 83 (1,83) 0.0000000 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.0000000 UZF091 + 92 (1,92) 0.0000000 UZF092 + 93 (1,93) 0.0000000 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) -0.0000000 UZF001 + 102 (2,2) -0.0000000 UZF002 + 103 (2,3) -0.0000000 UZF003 + 104 (2,4) -0.0000000 UZF004 + 105 (2,5) -0.0000000 UZF005 + 106 (2,6) -0.0000000 UZF006 + 107 (2,7) -0.0000000 UZF007 + 108 (2,8) -0.0000000 UZF008 + 109 (2,9) -0.0000000 UZF009 + 110 (2,10) -0.0000000 UZF010 + 111 (2,11) -0.0000000 UZF011 + 112 (2,12) -0.0000000 UZF012 + 113 (2,13) -0.0000000 UZF013 + 114 (2,14) -0.0000000 UZF014 + 115 (2,15) -0.0000000 UZF015 + 116 (2,16) -0.0000000 UZF016 + 117 (2,17) -0.0000000 UZF017 + 118 (2,18) -0.0000000 UZF018 + 119 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UZF015 + 216 (3,16) -0.0000000 UZF016 + 217 (3,17) -0.0000000 UZF017 + 218 (3,18) -0.0000000 UZF018 + 219 (3,19) -0.0000000 UZF019 + 220 (3,20) -0.0000000 UZF020 + 221 (3,21) -0.0000000 UZF021 + 222 (3,22) -0.0000000 UZF022 + 223 (3,23) -0.0000000 UZF023 + 224 (3,24) -0.0000000 UZF024 + 225 (3,25) -0.0000000 UZF025 + 226 (3,26) -0.0000000 UZF026 + 227 (3,27) -0.0000000 UZF027 + 228 (3,28) -0.0000000 UZF028 + 229 (3,29) -0.0000000 UZF029 + 230 (3,30) -0.0000000 UZF030 + 231 (3,31) -0.0000000 UZF031 + 232 (3,32) -0.0000000 UZF032 + 233 (3,33) -0.0000000 UZF033 + 234 (3,34) -0.0000000 UZF034 + 235 (3,35) -0.0000000 UZF035 + 236 (3,36) -0.0000000 UZF036 + 237 (3,37) -0.0000000 UZF037 + 238 (3,38) -0.0000000 UZF038 + 239 (3,39) -0.0000000 UZF039 + 240 (3,40) -0.0000000 UZF040 + 241 (3,41) -0.0000000 UZF041 + 242 (3,42) -0.0000000 UZF042 + 243 (3,43) -0.0000000 UZF043 + 244 (3,44) -0.0000000 UZF044 + 245 (3,45) -0.0000000 UZF045 + 246 (3,46) -0.0000000 UZF046 + 247 (3,47) -0.0000000 UZF047 + 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(5,73) -0.0000000 UZF073 + 474 (5,74) -0.0000000 UZF074 + 475 (5,75) -0.0000000 UZF075 + 476 (5,76) -0.0000000 UZF076 + 477 (5,77) -0.0000000 UZF077 + 478 (5,78) -0.0000000 UZF078 + 479 (5,79) -0.0000000 UZF079 + 480 (5,80) -0.0000000 UZF080 + 481 (5,81) -0.0000000 UZF081 + 482 (5,82) -0.0000000 UZF082 + 483 (5,83) -0.0000000 UZF083 + 484 (5,84) -0.0000000 UZF084 + 485 (5,85) -0.0000000 UZF085 + 486 (5,86) -0.0000000 UZF086 + 487 (5,87) -0.0000000 UZF087 + 488 (5,88) -0.0000000 UZF088 + 489 (5,89) -0.0000000 UZF089 + 490 (5,90) -0.0000000 UZF090 + 491 (5,91) -0.0000000 UZF091 + 492 (5,92) -0.0000000 UZF092 + 493 (5,93) -0.0000000 UZF093 + 494 (5,94) -0.0000000 UZF094 + 495 (5,95) -0.0000000 UZF095 + 496 (5,96) -0.0000000 UZF096 + 497 (5,97) -0.0000000 UZF097 + 498 (5,98) -0.0000000 UZF098 + 499 (5,99) -0.0000000 UZF099 + 500 (5,100) -0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWET PACKAGE (UZF_0) FLOW RATES PERIOD 4 STEP 3 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) -4.50134424E-04 UZF001 + 2 (1,2) -4.44091186E-04 UZF002 + 3 (1,3) -4.30836941E-04 UZF003 + 4 (1,4) -0.0000000 UZF004 + 5 (1,5) -0.0000000 UZF005 + 6 (1,6) -0.0000000 UZF006 + 7 (1,7) -0.0000000 UZF007 + 8 (1,8) -0.0000000 UZF008 + 9 (1,9) -0.0000000 UZF009 + 10 (1,10) -0.0000000 UZF010 + 11 (1,11) -4.50134424E-04 UZF011 + 12 (1,12) -4.44091186E-04 UZF012 + 13 (1,13) -4.30836941E-04 UZF013 + 14 (1,14) -0.0000000 UZF014 + 15 (1,15) -0.0000000 UZF015 + 16 (1,16) -0.0000000 UZF016 + 17 (1,17) -0.0000000 UZF017 + 18 (1,18) -0.0000000 UZF018 + 19 (1,19) -0.0000000 UZF019 + 20 (1,20) -0.0000000 UZF020 + 21 (1,21) -4.50134424E-04 UZF021 + 22 (1,22) -4.44091186E-04 UZF022 + 23 (1,23) -4.30836941E-04 UZF023 + 24 (1,24) -0.0000000 UZF024 + 25 (1,25) -0.0000000 UZF025 + 26 (1,26) -0.0000000 UZF026 + 27 (1,27) -0.0000000 UZF027 + 28 (1,28) -0.0000000 UZF028 + 29 (1,29) -0.0000000 UZF029 + 30 (1,30) -0.0000000 UZF030 + 31 (1,31) -4.50134424E-04 UZF031 + 32 (1,32) -4.44091186E-04 UZF032 + 33 (1,33) -4.30836941E-04 UZF033 + 34 (1,34) -0.0000000 UZF034 + 35 (1,35) -0.0000000 UZF035 + 36 (1,36) -0.0000000 UZF036 + 37 (1,37) -0.0000000 UZF037 + 38 (1,38) -0.0000000 UZF038 + 39 (1,39) -0.0000000 UZF039 + 40 (1,40) -0.0000000 UZF040 + 41 (1,41) -4.50134424E-04 UZF041 + 42 (1,42) -4.44091186E-04 UZF042 + 43 (1,43) -4.30836941E-04 UZF043 + 44 (1,44) -0.0000000 UZF044 + 45 (1,45) -0.0000000 UZF045 + 46 (1,46) -0.0000000 UZF046 + 47 (1,47) -0.0000000 UZF047 + 48 (1,48) -0.0000000 UZF048 + 49 (1,49) -0.0000000 UZF049 + 50 (1,50) -0.0000000 UZF050 + 51 (1,51) -4.50134424E-04 UZF051 + 52 (1,52) -4.44091186E-04 UZF052 + 53 (1,53) -4.30836941E-04 UZF053 + 54 (1,54) -0.0000000 UZF054 + 55 (1,55) -0.0000000 UZF055 + 56 (1,56) -0.0000000 UZF056 + 57 (1,57) -0.0000000 UZF057 + 58 (1,58) -0.0000000 UZF058 + 59 (1,59) -0.0000000 UZF059 + 60 (1,60) -0.0000000 UZF060 + 61 (1,61) -4.50134424E-04 UZF061 + 62 (1,62) -4.44091186E-04 UZF062 + 63 (1,63) -4.30836941E-04 UZF063 + 64 (1,64) -0.0000000 UZF064 + 65 (1,65) -0.0000000 UZF065 + 66 (1,66) -0.0000000 UZF066 + 67 (1,67) -0.0000000 UZF067 + 68 (1,68) -0.0000000 UZF068 + 69 (1,69) -0.0000000 UZF069 + 70 (1,70) -0.0000000 UZF070 + 71 (1,71) -4.50134424E-04 UZF071 + 72 (1,72) -4.44091186E-04 UZF072 + 73 (1,73) -4.30836941E-04 UZF073 + 74 (1,74) -0.0000000 UZF074 + 75 (1,75) -0.0000000 UZF075 + 76 (1,76) -0.0000000 UZF076 + 77 (1,77) -0.0000000 UZF077 + 78 (1,78) -0.0000000 UZF078 + 79 (1,79) -0.0000000 UZF079 + 80 (1,80) -0.0000000 UZF080 + 81 (1,81) -4.50134424E-04 UZF081 + 82 (1,82) -4.44091186E-04 UZF082 + 83 (1,83) -4.30836941E-04 UZF083 + 84 (1,84) -0.0000000 UZF084 + 85 (1,85) -0.0000000 UZF085 + 86 (1,86) -0.0000000 UZF086 + 87 (1,87) -0.0000000 UZF087 + 88 (1,88) -0.0000000 UZF088 + 89 (1,89) -0.0000000 UZF089 + 90 (1,90) -0.0000000 UZF090 + 91 (1,91) -4.50134424E-04 UZF091 + 92 (1,92) -4.44091186E-04 UZF092 + 93 (1,93) -4.30836941E-04 UZF093 + 94 (1,94) -0.0000000 UZF094 + 95 (1,95) -0.0000000 UZF095 + 96 (1,96) -0.0000000 UZF096 + 97 (1,97) -0.0000000 UZF097 + 98 (1,98) -0.0000000 UZF098 + 99 (1,99) -0.0000000 UZF099 + 100 (1,100) -0.0000000 UZF100 + 101 (2,1) -1.36481683E-04 UZF001 + 102 (2,2) -1.36378756E-04 UZF002 + 103 (2,3) -1.36244257E-04 UZF003 + 104 (2,4) -3.61193985E-04 UZF004 + 105 (2,5) -3.42521752E-04 UZF005 + 106 (2,6) -3.20385292E-04 UZF006 + 107 (2,7) -2.95746828E-04 UZF007 + 108 (2,8) -2.70251782E-04 UZF008 + 109 (2,9) -2.46830109E-04 UZF009 + 110 (2,10) -2.30851447E-04 UZF010 + 111 (2,11) -1.36481683E-04 UZF011 + 112 (2,12) -1.36378756E-04 UZF012 + 113 (2,13) -1.36244257E-04 UZF013 + 114 (2,14) -3.61193985E-04 UZF014 + 115 (2,15) -3.42521752E-04 UZF015 + 116 (2,16) -3.20385292E-04 UZF016 + 117 (2,17) -2.95746828E-04 UZF017 + 118 (2,18) -2.70251782E-04 UZF018 + 119 (2,19) -2.46830109E-04 UZF019 + 120 (2,20) -2.30851447E-04 UZF020 + 121 (2,21) -1.36481683E-04 UZF021 + 122 (2,22) -1.36378756E-04 UZF022 + 123 (2,23) -1.36244257E-04 UZF023 + 124 (2,24) -3.61193985E-04 UZF024 + 125 (2,25) -3.42521752E-04 UZF025 + 126 (2,26) -3.20385292E-04 UZF026 + 127 (2,27) -2.95746828E-04 UZF027 + 128 (2,28) -2.70251782E-04 UZF028 + 129 (2,29) -2.46830109E-04 UZF029 + 130 (2,30) -2.30851447E-04 UZF030 + 131 (2,31) -1.36481683E-04 UZF031 + 132 (2,32) -1.36378756E-04 UZF032 + 133 (2,33) -1.36244257E-04 UZF033 + 134 (2,34) -3.61193985E-04 UZF034 + 135 (2,35) -3.42521752E-04 UZF035 + 136 (2,36) -3.20385292E-04 UZF036 + 137 (2,37) -2.95746828E-04 UZF037 + 138 (2,38) -2.70251782E-04 UZF038 + 139 (2,39) -2.46830109E-04 UZF039 + 140 (2,40) -2.30851447E-04 UZF040 + 141 (2,41) -1.36481683E-04 UZF041 + 142 (2,42) -1.36378756E-04 UZF042 + 143 (2,43) -1.36244257E-04 UZF043 + 144 (2,44) -3.61193985E-04 UZF044 + 145 (2,45) -3.42521752E-04 UZF045 + 146 (2,46) -3.20385292E-04 UZF046 + 147 (2,47) -2.95746828E-04 UZF047 + 148 (2,48) -2.70251782E-04 UZF048 + 149 (2,49) -2.46830109E-04 UZF049 + 150 (2,50) -2.30851447E-04 UZF050 + 151 (2,51) -1.36481683E-04 UZF051 + 152 (2,52) -1.36378756E-04 UZF052 + 153 (2,53) -1.36244257E-04 UZF053 + 154 (2,54) -3.61193985E-04 UZF054 + 155 (2,55) -3.42521752E-04 UZF055 + 156 (2,56) -3.20385292E-04 UZF056 + 157 (2,57) -2.95746828E-04 UZF057 + 158 (2,58) -2.70251782E-04 UZF058 + 159 (2,59) -2.46830109E-04 UZF059 + 160 (2,60) -2.30851447E-04 UZF060 + 161 (2,61) -1.36481683E-04 UZF061 + 162 (2,62) -1.36378756E-04 UZF062 + 163 (2,63) -1.36244257E-04 UZF063 + 164 (2,64) -3.61193985E-04 UZF064 + 165 (2,65) -3.42521752E-04 UZF065 + 166 (2,66) -3.20385292E-04 UZF066 + 167 (2,67) -2.95746828E-04 UZF067 + 168 (2,68) -2.70251782E-04 UZF068 + 169 (2,69) -2.46830109E-04 UZF069 + 170 (2,70) -2.30851447E-04 UZF070 + 171 (2,71) -1.36481683E-04 UZF071 + 172 (2,72) -1.36378756E-04 UZF072 + 173 (2,73) -1.36244257E-04 UZF073 + 174 (2,74) -3.61193985E-04 UZF074 + 175 (2,75) -3.42521752E-04 UZF075 + 176 (2,76) -3.20385292E-04 UZF076 + 177 (2,77) -2.95746828E-04 UZF077 + 178 (2,78) -2.70251782E-04 UZF078 + 179 (2,79) -2.46830109E-04 UZF079 + 180 (2,80) -2.30851447E-04 UZF080 + 181 (2,81) -1.36481683E-04 UZF081 + 182 (2,82) -1.36378756E-04 UZF082 + 183 (2,83) -1.36244257E-04 UZF083 + 184 (2,84) -3.61193985E-04 UZF084 + 185 (2,85) -3.42521752E-04 UZF085 + 186 (2,86) -3.20385292E-04 UZF086 + 187 (2,87) -2.95746828E-04 UZF087 + 188 (2,88) -2.70251782E-04 UZF088 + 189 (2,89) -2.46830109E-04 UZF089 + 190 (2,90) -2.30851447E-04 UZF090 + 191 (2,91) -1.36481683E-04 UZF091 + 192 (2,92) -1.36378756E-04 UZF092 + 193 (2,93) -1.36244257E-04 UZF093 + 194 (2,94) -3.61193985E-04 UZF094 + 195 (2,95) -3.42521752E-04 UZF095 + 196 (2,96) -3.20385292E-04 UZF096 + 197 (2,97) -2.95746828E-04 UZF097 + 198 (2,98) -2.70251782E-04 UZF098 + 199 (2,99) -2.46830109E-04 UZF099 + 200 (2,100) -2.30851447E-04 UZF100 + 201 (3,1) -4.85588934E-05 UZF001 + 202 (3,2) -4.90482359E-05 UZF002 + 203 (3,3) -5.00387074E-05 UZF003 + 204 (3,4) -1.36481698E-04 UZF004 + 205 (3,5) -1.34512460E-04 UZF005 + 206 (3,6) -1.31296871E-04 UZF006 + 207 (3,7) -1.26537053E-04 UZF007 + 208 (3,8) -1.20137230E-04 UZF008 + 209 (3,9) -1.12596925E-04 UZF009 + 210 (3,10) -1.05926018E-04 UZF010 + 211 (3,11) -4.85588934E-05 UZF011 + 212 (3,12) -4.90482359E-05 UZF012 + 213 (3,13) -5.00387074E-05 UZF013 + 214 (3,14) -1.36481698E-04 UZF014 + 215 (3,15) -1.34512460E-04 UZF015 + 216 (3,16) -1.31296871E-04 UZF016 + 217 (3,17) -1.26537053E-04 UZF017 + 218 (3,18) -1.20137230E-04 UZF018 + 219 (3,19) -1.12596925E-04 UZF019 + 220 (3,20) -1.05926018E-04 UZF020 + 221 (3,21) -4.85588934E-05 UZF021 + 222 (3,22) -4.90482359E-05 UZF022 + 223 (3,23) -5.00387074E-05 UZF023 + 224 (3,24) -1.36481698E-04 UZF024 + 225 (3,25) -1.34512460E-04 UZF025 + 226 (3,26) -1.31296871E-04 UZF026 + 227 (3,27) -1.26537053E-04 UZF027 + 228 (3,28) -1.20137230E-04 UZF028 + 229 (3,29) -1.12596925E-04 UZF029 + 230 (3,30) -1.05926018E-04 UZF030 + 231 (3,31) -4.85588934E-05 UZF031 + 232 (3,32) -4.90482359E-05 UZF032 + 233 (3,33) -5.00387074E-05 UZF033 + 234 (3,34) -1.36481698E-04 UZF034 + 235 (3,35) -1.34512460E-04 UZF035 + 236 (3,36) -1.31296871E-04 UZF036 + 237 (3,37) -1.26537053E-04 UZF037 + 238 (3,38) -1.20137230E-04 UZF038 + 239 (3,39) -1.12596925E-04 UZF039 + 240 (3,40) -1.05926018E-04 UZF040 + 241 (3,41) -4.85588934E-05 UZF041 + 242 (3,42) -4.90482359E-05 UZF042 + 243 (3,43) -5.00387074E-05 UZF043 + 244 (3,44) -1.36481698E-04 UZF044 + 245 (3,45) -1.34512460E-04 UZF045 + 246 (3,46) -1.31296871E-04 UZF046 + 247 (3,47) -1.26537053E-04 UZF047 + 248 (3,48) -1.20137230E-04 UZF048 + 249 (3,49) -1.12596925E-04 UZF049 + 250 (3,50) -1.05926018E-04 UZF050 + 251 (3,51) -4.85588934E-05 UZF051 + 252 (3,52) -4.90482359E-05 UZF052 + 253 (3,53) -5.00387074E-05 UZF053 + 254 (3,54) -1.36481698E-04 UZF054 + 255 (3,55) -1.34512460E-04 UZF055 + 256 (3,56) -1.31296871E-04 UZF056 + 257 (3,57) 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(3,85) -1.34512460E-04 UZF085 + 286 (3,86) -1.31296871E-04 UZF086 + 287 (3,87) -1.26537053E-04 UZF087 + 288 (3,88) -1.20137230E-04 UZF088 + 289 (3,89) -1.12596925E-04 UZF089 + 290 (3,90) -1.05926018E-04 UZF090 + 291 (3,91) -4.85588934E-05 UZF091 + 292 (3,92) -4.90482359E-05 UZF092 + 293 (3,93) -5.00387074E-05 UZF093 + 294 (3,94) -1.36481698E-04 UZF094 + 295 (3,95) -1.34512460E-04 UZF095 + 296 (3,96) -1.31296871E-04 UZF096 + 297 (3,97) -1.26537053E-04 UZF097 + 298 (3,98) -1.20137230E-04 UZF098 + 299 (3,99) -1.12596925E-04 UZF099 + 300 (3,100) -1.05926018E-04 UZF100 + 301 (4,1) -0.0000000 UZF001 + 302 (4,2) -0.0000000 UZF002 + 303 (4,3) -0.0000000 UZF003 + 304 (4,4) -0.0000000 UZF004 + 305 (4,5) -0.0000000 UZF005 + 306 (4,6) -0.0000000 UZF006 + 307 (4,7) -0.0000000 UZF007 + 308 (4,8) -0.0000000 UZF008 + 309 (4,9) -0.0000000 UZF009 + 310 (4,10) -0.0000000 UZF010 + 311 (4,11) -0.0000000 UZF011 + 312 (4,12) -0.0000000 UZF012 + 313 (4,13) -0.0000000 UZF013 + 314 (4,14) -0.0000000 UZF014 + 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(5,76) -0.0000000 UZF076 + 477 (5,77) -0.0000000 UZF077 + 478 (5,78) -0.0000000 UZF078 + 479 (5,79) -0.0000000 UZF079 + 480 (5,80) -0.0000000 UZF080 + 481 (5,81) -0.0000000 UZF081 + 482 (5,82) -0.0000000 UZF082 + 483 (5,83) -0.0000000 UZF083 + 484 (5,84) -0.0000000 UZF084 + 485 (5,85) -0.0000000 UZF085 + 486 (5,86) -0.0000000 UZF086 + 487 (5,87) -0.0000000 UZF087 + 488 (5,88) -0.0000000 UZF088 + 489 (5,89) -0.0000000 UZF089 + 490 (5,90) -0.0000000 UZF090 + 491 (5,91) -0.0000000 UZF091 + 492 (5,92) -0.0000000 UZF092 + 493 (5,93) -0.0000000 UZF093 + 494 (5,94) -0.0000000 UZF094 + 495 (5,95) -0.0000000 UZF095 + 496 (5,96) -0.0000000 UZF096 + 497 (5,97) -0.0000000 UZF097 + 498 (5,98) -0.0000000 UZF098 + 499 (5,99) -0.0000000 UZF099 + 500 (5,100) -0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF_0 PACKAGE - SUMMARY OF FLOWS FOR EACH CONTROL VOLUME PERIOD 4 STEP 3 + 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................................................................................................................................................................ + 1 19.5293 19.4635 19.3319 19.1406 18.8750 18.5511 18.1779 17.7761 17.3911 17.1186 + 19.5293 19.4635 19.3319 19.1406 18.8750 18.5511 18.1779 17.7761 17.3911 17.1186 + 19.5293 19.4635 19.3319 19.1406 18.8750 18.5511 18.1779 17.7761 17.3911 17.1186 + 19.5293 19.4635 19.3319 19.1406 18.8750 18.5511 18.1779 17.7761 17.3911 17.1186 + 19.5293 19.4635 19.3319 19.1406 18.8750 18.5511 18.1779 17.7761 17.3911 17.1186 + 19.5293 19.4635 19.3319 19.1406 18.8750 18.5511 18.1779 17.7761 17.3911 17.1186 + 19.5293 19.4635 19.3319 19.1406 18.8750 18.5511 18.1779 17.7761 17.3911 17.1186 + 19.5293 19.4635 19.3319 19.1406 18.8750 18.5511 18.1779 17.7761 17.3911 17.1186 + 19.5293 19.4635 19.3319 19.1406 18.8750 18.5511 18.1779 17.7761 17.3911 17.1186 + 19.5293 19.4635 19.3319 19.1406 18.8750 18.5511 18.1779 17.7761 17.3911 17.1186 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 3 IN STRESS PERIOD 4 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + 11 12 13 14 15 16 17 18 19 20 + 21 22 23 24 25 26 27 28 29 30 + 31 32 33 34 35 36 37 38 39 40 + 41 42 43 44 45 46 47 48 49 50 + 51 52 53 54 55 56 57 58 59 60 + 61 62 63 64 65 66 67 68 69 70 + 71 72 73 74 75 76 77 78 79 80 + 81 82 83 84 85 86 87 88 89 90 + 91 92 93 94 95 96 97 98 99 100 + ................................................................................................................................................................ + 1 18.9389 18.8659 18.7198 18.5002 18.2057 17.8391 17.4069 16.9251 16.4355 16.0460 + 18.9389 18.8659 18.7198 18.5002 18.2057 17.8391 17.4069 16.9251 16.4355 16.0460 + 18.9389 18.8659 18.7198 18.5002 18.2057 17.8391 17.4069 16.9251 16.4355 16.0460 + 18.9389 18.8659 18.7198 18.5002 18.2057 17.8391 17.4069 16.9251 16.4355 16.0460 + 18.9389 18.8659 18.7198 18.5002 18.2057 17.8391 17.4069 16.9251 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................................................................................................................................................................ + 1 18.5313 18.4517 18.2913 18.0479 17.7170 17.2921 16.7603 16.0945 15.2301 14.0001 + 18.5313 18.4517 18.2913 18.0479 17.7170 17.2921 16.7603 16.0945 15.2301 14.0001 + 18.5313 18.4517 18.2913 18.0479 17.7170 17.2921 16.7603 16.0945 15.2301 14.0001 + 18.5313 18.4517 18.2913 18.0479 17.7170 17.2921 16.7603 16.0945 15.2301 14.0001 + 18.5313 18.4517 18.2913 18.0479 17.7170 17.2921 16.7603 16.0945 15.2301 14.0001 + 18.5313 18.4517 18.2913 18.0479 17.7170 17.2921 16.7603 16.0945 15.2301 14.0001 + 18.5313 18.4517 18.2913 18.0479 17.7170 17.2921 16.7603 16.0945 15.2301 14.0001 + 18.5313 18.4517 18.2913 18.0479 17.7170 17.2921 16.7603 16.0945 15.2301 14.0001 + 18.5313 18.4517 18.2913 18.0479 17.7170 17.2921 16.7603 16.0945 15.2301 14.0001 + 18.5313 18.4517 18.2913 18.0479 17.7170 17.2921 16.7603 16.0945 15.2301 14.0001 +1 + HEAD IN LAYER 5 AT END OF TIME STEP 3 IN STRESS PERIOD 4 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + 11 12 13 14 15 16 17 18 19 20 + 21 22 23 24 25 26 27 28 29 30 + 31 32 33 34 35 36 37 38 39 40 + 41 42 43 44 45 46 47 48 49 50 + 51 52 53 54 55 56 57 58 59 60 + 61 62 63 64 65 66 67 68 69 70 + 71 72 73 74 75 76 77 78 79 80 + 81 82 83 84 85 86 87 88 89 90 + 91 92 93 94 95 96 97 98 99 100 + ................................................................................................................................................................ + 1 18.3226 18.2392 18.0707 17.8140 17.4637 17.0122 16.4486 15.7604 14.9385 14.0000 + 18.3226 18.2392 18.0707 17.8140 17.4637 17.0122 16.4486 15.7604 14.9385 14.0000 + 18.3226 18.2392 18.0707 17.8140 17.4637 17.0122 16.4486 15.7604 14.9385 14.0000 + 18.3226 18.2392 18.0707 17.8140 17.4637 17.0122 16.4486 15.7604 14.9385 14.0000 + 18.3226 18.2392 18.0707 17.8140 17.4637 17.0122 16.4486 15.7604 14.9385 14.0000 + 18.3226 18.2392 18.0707 17.8140 17.4637 17.0122 16.4486 15.7604 14.9385 14.0000 + 18.3226 18.2392 18.0707 17.8140 17.4637 17.0122 16.4486 15.7604 14.9385 14.0000 + 18.3226 18.2392 18.0707 17.8140 17.4637 17.0122 16.4486 15.7604 14.9385 14.0000 + 18.3226 18.2392 18.0707 17.8140 17.4637 17.0122 16.4486 15.7604 14.9385 14.0000 + 18.3226 18.2392 18.0707 17.8140 17.4637 17.0122 16.4486 15.7604 14.9385 14.0000 + + HEAD WILL BE SAVED ON UNIT 1016 AT END OF TIME STEP 3, STRESS PERIOD 4 + + + UZF_0 BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 3, STRESS PERIOD 4 + ------------------------------------------------------------------------------ + + CUMULATIVE UZF_0 L**3 RATES FOR THIS TIME STEP L**3/T + ------------------ ------------------------ + + IN: IN: + --- --- + GWF = 0.0000 GWF = 0.0000 + INFILTRATION = 540.0000 INFILTRATION = 15.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.0000 UZET = 0.0000 + STORAGE = 16.6050 STORAGE = 0.0000 + + TOTAL IN = 556.6050 TOTAL IN = 15.0000 + + OUT: OUT: + ---- ---- + GWF = 541.3611 GWF = 14.9511 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 1.4028 UZET = 4.0476E-02 + STORAGE = 13.8411 STORAGE = 8.4011E-03 + + TOTAL OUT = 556.6050 TOTAL OUT = 15.0000 + + IN - OUT = 1.6900E-06 IN - OUT = 2.1316E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 3, STRESS PERIOD 4 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.8510E-02 STO-SS = 1.6425E-05 STORAGE + STO-SY = 40.1832 STO-SY = 3.0930E-02 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 541.3611 UZF-GWRCH = 14.9511 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 581.5928 TOTAL IN = 14.9821 + + OUT: OUT: + ---- ---- + STO-SS = 7.9969E-04 STO-SS = 0.0000 STORAGE + STO-SY = 11.9671 STO-SY = 0.0000 STORAGE + GHB = 567.7905 GHB = 14.9339 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 1.8344 UZF-GWET = 4.8171E-02 UZF_0 + + TOTAL OUT = 581.5928 TOTAL OUT = 14.9821 + + IN - OUT = -1.3779E-06 IN - OUT = -3.0083E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 3 IN STRESS PERIOD 4 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 5.18400E+05 8640.0 144.00 6.0000 1.64271E-02 + TOTAL TIME 3.11040E+06 51840. 864.00 36.000 9.85626E-02 + + +end timestep + + +start timestep kper="4" kstp="4" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1015 AT TIME STEP 4, STRESS PERIOD 4 + UBDSV1 SAVING STO-SY ON UNIT 1015 AT TIME STEP 4, STRESS PERIOD 4 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1015 AT TIME STEP 4, STRESS PERIOD 4 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1015 AT TIME STEP 4, STRESS PERIOD 4 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 4, STRESS PERIOD 4 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 4, STRESS PERIOD 4 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 4, STRESS PERIOD 4 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 4, STRESS PERIOD 4 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1011 AT TIME STEP 4, STRESS PERIOD 4 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 4, STRESS PERIOD 4 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 4, STRESS PERIOD 4 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 4, STRESS PERIOD 4 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 4, STRESS PERIOD 4 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 4 STEP 4 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.0237747 + 2 (4,20) -1.0237747 + 3 (4,30) -1.0237747 + 4 (4,40) -1.0237747 + 5 (4,50) -1.0237747 + 6 (4,60) -1.0237747 + 7 (4,70) -1.0237747 + 8 (4,80) -1.0237747 + 9 (4,90) -1.0237747 + 10 (4,100) -1.0237747 + 11 (5,10) -0.46907431 + 12 (5,20) -0.46907431 + 13 (5,30) -0.46907431 + 14 (5,40) -0.46907431 + 15 (5,50) -0.46907431 + 16 (5,60) -0.46907431 + 17 (5,70) -0.46907431 + 18 (5,80) -0.46907431 + 19 (5,90) -0.46907431 + 20 (5,100) -0.46907431 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 4 STEP 4 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14958062 UZF001 + 2 (1,2) 0.14958028 UZF002 + 3 (1,3) 0.14959143 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14958062 UZF011 + 12 (1,12) 0.14958028 UZF012 + 13 (1,13) 0.14959143 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14958062 UZF021 + 22 (1,22) 0.14958028 UZF022 + 23 (1,23) 0.14959143 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14958062 UZF031 + 32 (1,32) 0.14958028 UZF032 + 33 (1,33) 0.14959143 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14958062 UZF041 + 42 (1,42) 0.14958028 UZF042 + 43 (1,43) 0.14959143 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14958062 UZF051 + 52 (1,52) 0.14958028 UZF052 + 53 (1,53) 0.14959143 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14958062 UZF061 + 62 (1,62) 0.14958028 UZF062 + 63 (1,63) 0.14959143 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14958062 UZF071 + 72 (1,72) 0.14958028 UZF072 + 73 (1,73) 0.14959143 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14958062 UZF081 + 82 (1,82) 0.14958028 UZF082 + 83 (1,83) 0.14959143 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14958062 UZF091 + 92 (1,92) 0.14958028 UZF092 + 93 (1,93) 0.14959143 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.14953304 UZF004 + 105 (2,5) 0.14952956 UZF005 + 106 (2,6) 0.14952224 UZF006 + 107 (2,7) 0.14951195 UZF007 + 108 (2,8) 0.14949962 UZF008 + 109 (2,9) 0.14948687 UZF009 + 110 (2,10) 0.14947724 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.14953304 UZF014 + 115 (2,15) 0.14952956 UZF015 + 116 (2,16) 0.14952224 UZF016 + 117 (2,17) 0.14951195 UZF017 + 118 (2,18) 0.14949962 UZF018 + 119 (2,19) 0.14948687 UZF019 + 120 (2,20) 0.14947724 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.14953304 UZF024 + 125 (2,25) 0.14952956 UZF025 + 126 (2,26) 0.14952224 UZF026 + 127 (2,27) 0.14951195 UZF027 + 128 (2,28) 0.14949962 UZF028 + 129 (2,29) 0.14948687 UZF029 + 130 (2,30) 0.14947724 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.14953304 UZF034 + 135 (2,35) 0.14952956 UZF035 + 136 (2,36) 0.14952224 UZF036 + 137 (2,37) 0.14951195 UZF037 + 138 (2,38) 0.14949962 UZF038 + 139 (2,39) 0.14948687 UZF039 + 140 (2,40) 0.14947724 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.14953304 UZF044 + 145 (2,45) 0.14952956 UZF045 + 146 (2,46) 0.14952224 UZF046 + 147 (2,47) 0.14951195 UZF047 + 148 (2,48) 0.14949962 UZF048 + 149 (2,49) 0.14948687 UZF049 + 150 (2,50) 0.14947724 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.14953304 UZF054 + 155 (2,55) 0.14952956 UZF055 + 156 (2,56) 0.14952224 UZF056 + 157 (2,57) 0.14951195 UZF057 + 158 (2,58) 0.14949962 UZF058 + 159 (2,59) 0.14948687 UZF059 + 160 (2,60) 0.14947724 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.14953304 UZF064 + 165 (2,65) 0.14952956 UZF065 + 166 (2,66) 0.14952224 UZF066 + 167 (2,67) 0.14951195 UZF067 + 168 (2,68) 0.14949962 UZF068 + 169 (2,69) 0.14948687 UZF069 + 170 (2,70) 0.14947724 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.14953304 UZF074 + 175 (2,75) 0.14952956 UZF075 + 176 (2,76) 0.14952224 UZF076 + 177 (2,77) 0.14951195 UZF077 + 178 (2,78) 0.14949962 UZF078 + 179 (2,79) 0.14948687 UZF079 + 180 (2,80) 0.14947724 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.14953304 UZF084 + 185 (2,85) 0.14952956 UZF085 + 186 (2,86) 0.14952224 UZF086 + 187 (2,87) 0.14951195 UZF087 + 188 (2,88) 0.14949962 UZF088 + 189 (2,89) 0.14948687 UZF089 + 190 (2,90) 0.14947724 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.14953304 UZF094 + 195 (2,95) 0.14952956 UZF095 + 196 (2,96) 0.14952224 UZF096 + 197 (2,97) 0.14951195 UZF097 + 198 (2,98) 0.14949962 UZF098 + 199 (2,99) 0.14948687 UZF099 + 200 (2,100) 0.14947724 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 0.0000000 UZF076 + 277 (3,77) 0.0000000 UZF077 + 278 (3,78) 0.0000000 UZF078 + 279 (3,79) 0.0000000 UZF079 + 280 (3,80) 0.0000000 UZF080 + 281 (3,81) 0.0000000 UZF081 + 282 (3,82) 0.0000000 UZF082 + 283 (3,83) 0.0000000 UZF083 + 284 (3,84) 0.0000000 UZF084 + 285 (3,85) 0.0000000 UZF085 + 286 (3,86) 0.0000000 UZF086 + 287 (3,87) 0.0000000 UZF087 + 288 (3,88) 0.0000000 UZF088 + 289 (3,89) 0.0000000 UZF089 + 290 (3,90) 0.0000000 UZF090 + 291 (3,91) 0.0000000 UZF091 + 292 (3,92) 0.0000000 UZF092 + 293 (3,93) 0.0000000 UZF093 + 294 (3,94) 0.0000000 UZF094 + 295 (3,95) 0.0000000 UZF095 + 296 (3,96) 0.0000000 UZF096 + 297 (3,97) 0.0000000 UZF097 + 298 (3,98) 0.0000000 UZF098 + 299 (3,99) 0.0000000 UZF099 + 300 (3,100) 0.0000000 UZF100 + 301 (4,1) 0.0000000 UZF001 + 302 (4,2) 0.0000000 UZF002 + 303 (4,3) 0.0000000 UZF003 + 304 (4,4) 0.0000000 UZF004 + 305 (4,5) 0.0000000 UZF005 + 306 (4,6) 0.0000000 UZF006 + 307 (4,7) 0.0000000 UZF007 + 308 (4,8) 0.0000000 UZF008 + 309 (4,9) 0.0000000 UZF009 + 310 (4,10) 0.0000000 UZF010 + 311 (4,11) 0.0000000 UZF011 + 312 (4,12) 0.0000000 UZF012 + 313 (4,13) 0.0000000 UZF013 + 314 (4,14) 0.0000000 UZF014 + 315 (4,15) 0.0000000 UZF015 + 316 (4,16) 0.0000000 UZF016 + 317 (4,17) 0.0000000 UZF017 + 318 (4,18) 0.0000000 UZF018 + 319 (4,19) 0.0000000 UZF019 + 320 (4,20) 0.0000000 UZF020 + 321 (4,21) 0.0000000 UZF021 + 322 (4,22) 0.0000000 UZF022 + 323 (4,23) 0.0000000 UZF023 + 324 (4,24) 0.0000000 UZF024 + 325 (4,25) 0.0000000 UZF025 + 326 (4,26) 0.0000000 UZF026 + 327 (4,27) 0.0000000 UZF027 + 328 (4,28) 0.0000000 UZF028 + 329 (4,29) 0.0000000 UZF029 + 330 (4,30) 0.0000000 UZF030 + 331 (4,31) 0.0000000 UZF031 + 332 (4,32) 0.0000000 UZF032 + 333 (4,33) 0.0000000 UZF033 + 334 (4,34) 0.0000000 UZF034 + 335 (4,35) 0.0000000 UZF035 + 336 (4,36) 0.0000000 UZF036 + 337 (4,37) 0.0000000 UZF037 + 338 (4,38) 0.0000000 UZF038 + 339 (4,39) 0.0000000 UZF039 + 340 (4,40) 0.0000000 UZF040 + 341 (4,41) 0.0000000 UZF041 + 342 (4,42) 0.0000000 UZF042 + 343 (4,43) 0.0000000 UZF043 + 344 (4,44) 0.0000000 UZF044 + 345 (4,45) 0.0000000 UZF045 + 346 (4,46) 0.0000000 UZF046 + 347 (4,47) 0.0000000 UZF047 + 348 (4,48) 0.0000000 UZF048 + 349 (4,49) 0.0000000 UZF049 + 350 (4,50) 0.0000000 UZF050 + 351 (4,51) 0.0000000 UZF051 + 352 (4,52) 0.0000000 UZF052 + 353 (4,53) 0.0000000 UZF053 + 354 (4,54) 0.0000000 UZF054 + 355 (4,55) 0.0000000 UZF055 + 356 (4,56) 0.0000000 UZF056 + 357 (4,57) 0.0000000 UZF057 + 358 (4,58) 0.0000000 UZF058 + 359 (4,59) 0.0000000 UZF059 + 360 (4,60) 0.0000000 UZF060 + 361 (4,61) 0.0000000 UZF061 + 362 (4,62) 0.0000000 UZF062 + 363 (4,63) 0.0000000 UZF063 + 364 (4,64) 0.0000000 UZF064 + 365 (4,65) 0.0000000 UZF065 + 366 (4,66) 0.0000000 UZF066 + 367 (4,67) 0.0000000 UZF067 + 368 (4,68) 0.0000000 UZF068 + 369 (4,69) 0.0000000 UZF069 + 370 (4,70) 0.0000000 UZF070 + 371 (4,71) 0.0000000 UZF071 + 372 (4,72) 0.0000000 UZF072 + 373 (4,73) 0.0000000 UZF073 + 374 (4,74) 0.0000000 UZF074 + 375 (4,75) 0.0000000 UZF075 + 376 (4,76) 0.0000000 UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 (5,23) 0.0000000 UZF023 + 424 (5,24) 0.0000000 UZF024 + 425 (5,25) 0.0000000 UZF025 + 426 (5,26) 0.0000000 UZF026 + 427 (5,27) 0.0000000 UZF027 + 428 (5,28) 0.0000000 UZF028 + 429 (5,29) 0.0000000 UZF029 + 430 (5,30) 0.0000000 UZF030 + 431 (5,31) 0.0000000 UZF031 + 432 (5,32) 0.0000000 UZF032 + 433 (5,33) 0.0000000 UZF033 + 434 (5,34) 0.0000000 UZF034 + 435 (5,35) 0.0000000 UZF035 + 436 (5,36) 0.0000000 UZF036 + 437 (5,37) 0.0000000 UZF037 + 438 (5,38) 0.0000000 UZF038 + 439 (5,39) 0.0000000 UZF039 + 440 (5,40) 0.0000000 UZF040 + 441 (5,41) 0.0000000 UZF041 + 442 (5,42) 0.0000000 UZF042 + 443 (5,43) 0.0000000 UZF043 + 444 (5,44) 0.0000000 UZF044 + 445 (5,45) 0.0000000 UZF045 + 446 (5,46) 0.0000000 UZF046 + 447 (5,47) 0.0000000 UZF047 + 448 (5,48) 0.0000000 UZF048 + 449 (5,49) 0.0000000 UZF049 + 450 (5,50) 0.0000000 UZF050 + 451 (5,51) 0.0000000 UZF051 + 452 (5,52) 0.0000000 UZF052 + 453 (5,53) 0.0000000 UZF053 + 454 (5,54) 0.0000000 UZF054 + 455 (5,55) 0.0000000 UZF055 + 456 (5,56) 0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 4 STEP 4 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 0.0000000 UZF042 + 43 (1,43) 0.0000000 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.0000000 UZF051 + 52 (1,52) 0.0000000 UZF052 + 53 (1,53) 0.0000000 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.0000000 UZF061 + 62 (1,62) 0.0000000 UZF062 + 63 (1,63) 0.0000000 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.0000000 UZF071 + 72 (1,72) 0.0000000 UZF072 + 73 (1,73) 0.0000000 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 UZF081 + 82 (1,82) 0.0000000 UZF082 + 83 (1,83) 0.0000000 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.0000000 UZF091 + 92 (1,92) 0.0000000 UZF092 + 93 (1,93) 0.0000000 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) -0.0000000 UZF001 + 102 (2,2) -0.0000000 UZF002 + 103 (2,3) -0.0000000 UZF003 + 104 (2,4) -0.0000000 UZF004 + 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64 65 66 67 68 69 70 + 71 72 73 74 75 76 77 78 79 80 + 81 82 83 84 85 86 87 88 89 90 + 91 92 93 94 95 96 97 98 99 100 + ................................................................................................................................................................ + 1 18.5295 18.4499 18.2897 18.0463 17.7156 17.2908 16.7592 16.0937 15.2296 14.0001 + 18.5295 18.4499 18.2897 18.0463 17.7156 17.2908 16.7592 16.0937 15.2296 14.0001 + 18.5295 18.4499 18.2897 18.0463 17.7156 17.2908 16.7592 16.0937 15.2296 14.0001 + 18.5295 18.4499 18.2897 18.0463 17.7156 17.2908 16.7592 16.0937 15.2296 14.0001 + 18.5295 18.4499 18.2897 18.0463 17.7156 17.2908 16.7592 16.0937 15.2296 14.0001 + 18.5295 18.4499 18.2897 18.0463 17.7156 17.2908 16.7592 16.0937 15.2296 14.0001 + 18.5295 18.4499 18.2897 18.0463 17.7156 17.2908 16.7592 16.0937 15.2296 14.0001 + 18.5295 18.4499 18.2897 18.0463 17.7156 17.2908 16.7592 16.0937 15.2296 14.0001 + 18.5295 18.4499 18.2897 18.0463 17.7156 17.2908 16.7592 16.0937 15.2296 14.0001 + 18.5295 18.4499 18.2897 18.0463 17.7156 17.2908 16.7592 16.0937 15.2296 14.0001 +1 + HEAD IN LAYER 5 AT END OF TIME STEP 4 IN STRESS PERIOD 4 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + 11 12 13 14 15 16 17 18 19 20 + 21 22 23 24 25 26 27 28 29 30 + 31 32 33 34 35 36 37 38 39 40 + 41 42 43 44 45 46 47 48 49 50 + 51 52 53 54 55 56 57 58 59 60 + 61 62 63 64 65 66 67 68 69 70 + 71 72 73 74 75 76 77 78 79 80 + 81 82 83 84 85 86 87 88 89 90 + 91 92 93 94 95 96 97 98 99 100 + ................................................................................................................................................................ + 1 18.3209 18.2375 18.0691 17.8125 17.4624 17.0110 16.4477 15.7597 14.9382 14.0000 + 18.3209 18.2375 18.0691 17.8125 17.4624 17.0110 16.4477 15.7597 14.9382 14.0000 + 18.3209 18.2375 18.0691 17.8125 17.4624 17.0110 16.4477 15.7597 14.9382 14.0000 + 18.3209 18.2375 18.0691 17.8125 17.4624 17.0110 16.4477 15.7597 14.9382 14.0000 + 18.3209 18.2375 18.0691 17.8125 17.4624 17.0110 16.4477 15.7597 14.9382 14.0000 + 18.3209 18.2375 18.0691 17.8125 17.4624 17.0110 16.4477 15.7597 14.9382 14.0000 + 18.3209 18.2375 18.0691 17.8125 17.4624 17.0110 16.4477 15.7597 14.9382 14.0000 + 18.3209 18.2375 18.0691 17.8125 17.4624 17.0110 16.4477 15.7597 14.9382 14.0000 + 18.3209 18.2375 18.0691 17.8125 17.4624 17.0110 16.4477 15.7597 14.9382 14.0000 + 18.3209 18.2375 18.0691 17.8125 17.4624 17.0110 16.4477 15.7597 14.9382 14.0000 + + HEAD WILL BE SAVED ON UNIT 1016 AT END OF TIME STEP 4, STRESS PERIOD 4 + + + UZF_0 BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 4, STRESS PERIOD 4 + ------------------------------------------------------------------------------ + + CUMULATIVE UZF_0 L**3 RATES FOR THIS TIME STEP L**3/T + ------------------ ------------------------ + + IN: IN: + --- --- + GWF = 0.0000 GWF = 0.0000 + INFILTRATION = 570.0000 INFILTRATION = 15.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.0000 UZET = 0.0000 + STORAGE = 16.6050 STORAGE = 0.0000 + + TOTAL IN = 586.6050 TOTAL IN = 15.0000 + + OUT: OUT: + ---- ---- + GWF = 571.2673 GWF = 14.9531 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 1.4838 UZET = 4.0486E-02 + STORAGE = 13.8539 STORAGE = 6.3859E-03 + + TOTAL OUT = 586.6050 TOTAL OUT = 15.0000 + + IN - OUT = 1.6900E-06 IN - OUT = 2.8422E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 4, STRESS PERIOD 4 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.8535E-02 STO-SS = 1.2482E-05 STORAGE + STO-SY = 40.2302 STO-SY = 2.3507E-02 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 571.2673 UZF-GWRCH = 14.9531 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 611.5460 TOTAL IN = 14.9766 + + OUT: OUT: + ---- ---- + STO-SS = 7.9969E-04 STO-SS = 0.0000 STORAGE + STO-SY = 11.9671 STO-SY = 0.0000 STORAGE + GHB = 597.6475 GHB = 14.9285 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 1.9307 UZF-GWET = 4.8158E-02 UZF_0 + + TOTAL OUT = 611.5460 TOTAL OUT = 14.9766 + + IN - OUT = -1.4265E-06 IN - OUT = -2.4280E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 4 IN STRESS PERIOD 4 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 6.91200E+05 11520. 192.00 8.0000 2.19028E-02 + TOTAL TIME 3.28320E+06 54720. 912.00 38.000 0.10404 + + +end timestep + + +start timestep kper="4" kstp="5" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1015 AT TIME STEP 5, STRESS PERIOD 4 + UBDSV1 SAVING STO-SY ON UNIT 1015 AT TIME STEP 5, STRESS PERIOD 4 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1015 AT TIME STEP 5, STRESS PERIOD 4 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1015 AT TIME STEP 5, STRESS PERIOD 4 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 5, STRESS PERIOD 4 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 5, STRESS PERIOD 4 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 5, STRESS PERIOD 4 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 5, STRESS PERIOD 4 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1011 AT TIME STEP 5, STRESS PERIOD 4 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 5, STRESS PERIOD 4 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 5, STRESS PERIOD 4 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 5, STRESS PERIOD 4 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 5, STRESS PERIOD 4 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 4 STEP 5 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.0234961 + 2 (4,20) -1.0234961 + 3 (4,30) -1.0234961 + 4 (4,40) -1.0234961 + 5 (4,50) -1.0234961 + 6 (4,60) -1.0234961 + 7 (4,70) -1.0234961 + 8 (4,80) -1.0234961 + 9 (4,90) -1.0234961 + 10 (4,100) -1.0234961 + 11 (5,10) -0.46894174 + 12 (5,20) -0.46894174 + 13 (5,30) -0.46894174 + 14 (5,40) -0.46894174 + 15 (5,50) -0.46894174 + 16 (5,60) -0.46894174 + 17 (5,70) -0.46894174 + 18 (5,80) -0.46894174 + 19 (5,90) -0.46894174 + 20 (5,100) -0.46894174 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 4 STEP 5 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14960215 UZF001 + 2 (1,2) 0.14960080 UZF002 + 3 (1,3) 0.14960698 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14960215 UZF011 + 12 (1,12) 0.14960080 UZF012 + 13 (1,13) 0.14960698 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14960215 UZF021 + 22 (1,22) 0.14960080 UZF022 + 23 (1,23) 0.14960698 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14960215 UZF031 + 32 (1,32) 0.14960080 UZF032 + 33 (1,33) 0.14960698 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14960215 UZF041 + 42 (1,42) 0.14960080 UZF042 + 43 (1,43) 0.14960698 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14960215 UZF051 + 52 (1,52) 0.14960080 UZF052 + 53 (1,53) 0.14960698 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14960215 UZF061 + 62 (1,62) 0.14960080 UZF062 + 63 (1,63) 0.14960698 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14960215 UZF071 + 72 (1,72) 0.14960080 UZF072 + 73 (1,73) 0.14960698 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14960215 UZF081 + 82 (1,82) 0.14960080 UZF082 + 83 (1,83) 0.14960698 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14960215 UZF091 + 92 (1,92) 0.14960080 UZF092 + 93 (1,93) 0.14960698 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.14955185 UZF004 + 105 (2,5) 0.14954624 UZF005 + 106 (2,6) 0.14953706 UZF006 + 107 (2,7) 0.14952507 UZF007 + 108 (2,8) 0.14951121 UZF008 + 109 (2,9) 0.14949722 UZF009 + 110 (2,10) 0.14948686 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.14955185 UZF014 + 115 (2,15) 0.14954624 UZF015 + 116 (2,16) 0.14953706 UZF016 + 117 (2,17) 0.14952507 UZF017 + 118 (2,18) 0.14951121 UZF018 + 119 (2,19) 0.14949722 UZF019 + 120 (2,20) 0.14948686 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.14955185 UZF024 + 125 (2,25) 0.14954624 UZF025 + 126 (2,26) 0.14953706 UZF026 + 127 (2,27) 0.14952507 UZF027 + 128 (2,28) 0.14951121 UZF028 + 129 (2,29) 0.14949722 UZF029 + 130 (2,30) 0.14948686 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.14955185 UZF034 + 135 (2,35) 0.14954624 UZF035 + 136 (2,36) 0.14953706 UZF036 + 137 (2,37) 0.14952507 UZF037 + 138 (2,38) 0.14951121 UZF038 + 139 (2,39) 0.14949722 UZF039 + 140 (2,40) 0.14948686 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.14955185 UZF044 + 145 (2,45) 0.14954624 UZF045 + 146 (2,46) 0.14953706 UZF046 + 147 (2,47) 0.14952507 UZF047 + 148 (2,48) 0.14951121 UZF048 + 149 (2,49) 0.14949722 UZF049 + 150 (2,50) 0.14948686 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.14955185 UZF054 + 155 (2,55) 0.14954624 UZF055 + 156 (2,56) 0.14953706 UZF056 + 157 (2,57) 0.14952507 UZF057 + 158 (2,58) 0.14951121 UZF058 + 159 (2,59) 0.14949722 UZF059 + 160 (2,60) 0.14948686 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.14955185 UZF064 + 165 (2,65) 0.14954624 UZF065 + 166 (2,66) 0.14953706 UZF066 + 167 (2,67) 0.14952507 UZF067 + 168 (2,68) 0.14951121 UZF068 + 169 (2,69) 0.14949722 UZF069 + 170 (2,70) 0.14948686 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.14955185 UZF074 + 175 (2,75) 0.14954624 UZF075 + 176 (2,76) 0.14953706 UZF076 + 177 (2,77) 0.14952507 UZF077 + 178 (2,78) 0.14951121 UZF078 + 179 (2,79) 0.14949722 UZF079 + 180 (2,80) 0.14948686 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.14955185 UZF084 + 185 (2,85) 0.14954624 UZF085 + 186 (2,86) 0.14953706 UZF086 + 187 (2,87) 0.14952507 UZF087 + 188 (2,88) 0.14951121 UZF088 + 189 (2,89) 0.14949722 UZF089 + 190 (2,90) 0.14948686 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.14955185 UZF094 + 195 (2,95) 0.14954624 UZF095 + 196 (2,96) 0.14953706 UZF096 + 197 (2,97) 0.14952507 UZF097 + 198 (2,98) 0.14951121 UZF098 + 199 (2,99) 0.14949722 UZF099 + 200 (2,100) 0.14948686 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 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UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 (5,23) 0.0000000 UZF023 + 424 (5,24) 0.0000000 UZF024 + 425 (5,25) 0.0000000 UZF025 + 426 (5,26) 0.0000000 UZF026 + 427 (5,27) 0.0000000 UZF027 + 428 (5,28) 0.0000000 UZF028 + 429 (5,29) 0.0000000 UZF029 + 430 (5,30) 0.0000000 UZF030 + 431 (5,31) 0.0000000 UZF031 + 432 (5,32) 0.0000000 UZF032 + 433 (5,33) 0.0000000 UZF033 + 434 (5,34) 0.0000000 UZF034 + 435 (5,35) 0.0000000 UZF035 + 436 (5,36) 0.0000000 UZF036 + 437 (5,37) 0.0000000 UZF037 + 438 (5,38) 0.0000000 UZF038 + 439 (5,39) 0.0000000 UZF039 + 440 (5,40) 0.0000000 UZF040 + 441 (5,41) 0.0000000 UZF041 + 442 (5,42) 0.0000000 UZF042 + 443 (5,43) 0.0000000 UZF043 + 444 (5,44) 0.0000000 UZF044 + 445 (5,45) 0.0000000 UZF045 + 446 (5,46) 0.0000000 UZF046 + 447 (5,47) 0.0000000 UZF047 + 448 (5,48) 0.0000000 UZF048 + 449 (5,49) 0.0000000 UZF049 + 450 (5,50) 0.0000000 UZF050 + 451 (5,51) 0.0000000 UZF051 + 452 (5,52) 0.0000000 UZF052 + 453 (5,53) 0.0000000 UZF053 + 454 (5,54) 0.0000000 UZF054 + 455 (5,55) 0.0000000 UZF055 + 456 (5,56) 0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 4 STEP 5 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + 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0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.0000000 UZF071 + 72 (1,72) 0.0000000 UZF072 + 73 (1,73) 0.0000000 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 UZF081 + 82 (1,82) 0.0000000 UZF082 + 83 (1,83) 0.0000000 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.0000000 UZF091 + 92 (1,92) 0.0000000 UZF092 + 93 (1,93) 0.0000000 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) -0.0000000 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................................................................................................................................................................ + 1 18.3196 18.2362 18.0679 17.8114 17.4614 17.0101 16.4470 15.7592 14.9379 14.0000 + 18.3196 18.2362 18.0679 17.8114 17.4614 17.0101 16.4470 15.7592 14.9379 14.0000 + 18.3196 18.2362 18.0679 17.8114 17.4614 17.0101 16.4470 15.7592 14.9379 14.0000 + 18.3196 18.2362 18.0679 17.8114 17.4614 17.0101 16.4470 15.7592 14.9379 14.0000 + 18.3196 18.2362 18.0679 17.8114 17.4614 17.0101 16.4470 15.7592 14.9379 14.0000 + 18.3196 18.2362 18.0679 17.8114 17.4614 17.0101 16.4470 15.7592 14.9379 14.0000 + 18.3196 18.2362 18.0679 17.8114 17.4614 17.0101 16.4470 15.7592 14.9379 14.0000 + 18.3196 18.2362 18.0679 17.8114 17.4614 17.0101 16.4470 15.7592 14.9379 14.0000 + 18.3196 18.2362 18.0679 17.8114 17.4614 17.0101 16.4470 15.7592 14.9379 14.0000 + 18.3196 18.2362 18.0679 17.8114 17.4614 17.0101 16.4470 15.7592 14.9379 14.0000 + + HEAD WILL BE SAVED ON UNIT 1016 AT END OF TIME STEP 5, STRESS PERIOD 4 + + + UZF_0 BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 5, STRESS PERIOD 4 + ------------------------------------------------------------------------------ + + CUMULATIVE UZF_0 L**3 RATES FOR THIS TIME STEP L**3/T + ------------------ ------------------------ + + IN: IN: + --- --- + GWF = 0.0000 GWF = 0.0000 + INFILTRATION = 600.0000 INFILTRATION = 15.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.0000 UZET = 0.0000 + STORAGE = 16.6050 STORAGE = 0.0000 + + TOTAL IN = 616.6050 TOTAL IN = 15.0000 + + OUT: OUT: + ---- ---- + GWF = 601.1767 GWF = 14.9547 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 1.5647 UZET = 4.0493E-02 + STORAGE = 13.8636 STORAGE = 4.8528E-03 + + TOTAL OUT = 616.6050 TOTAL OUT = 15.0000 + + IN - OUT = 1.6900E-06 IN - OUT = 2.1316E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 5, STRESS PERIOD 4 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.8554E-02 STO-SS = 9.4840E-06 STORAGE + STO-SY = 40.2659 STO-SY = 1.7862E-02 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 601.1767 UZF-GWRCH = 14.9547 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 641.4911 TOTAL IN = 14.9725 + + OUT: OUT: + ---- ---- + STO-SS = 7.9969E-04 STO-SS = 0.0000 STORAGE + STO-SY = 11.9671 STO-SY = 0.0000 STORAGE + GHB = 627.4962 GHB = 14.9244 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 2.0270 UZF-GWET = 4.8148E-02 UZF_0 + + TOTAL OUT = 641.4911 TOTAL OUT = 14.9725 + + IN - OUT = -1.5466E-06 IN - OUT = -6.0037E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 5 IN STRESS PERIOD 4 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 8.64000E+05 14400. 240.00 10.000 2.73785E-02 + TOTAL TIME 3.45600E+06 57600. 960.00 40.000 0.10951 + + +end timestep + + +start timestep kper="5" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 5 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 5 IS TRANSIENT + + UBDSV1 SAVING STO-SS ON UNIT 1015 AT TIME STEP 1, STRESS PERIOD 5 + UBDSV1 SAVING STO-SY ON UNIT 1015 AT TIME STEP 1, STRESS PERIOD 5 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1015 AT TIME STEP 1, STRESS PERIOD 5 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1015 AT TIME STEP 1, STRESS PERIOD 5 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 1, STRESS PERIOD 5 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 1, STRESS PERIOD 5 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 1, STRESS PERIOD 5 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 1, STRESS PERIOD 5 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1011 AT TIME STEP 1, STRESS PERIOD 5 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 1, STRESS PERIOD 5 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 1, STRESS PERIOD 5 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 1, STRESS PERIOD 5 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 1, STRESS PERIOD 5 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 5 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.0232843 + 2 (4,20) -1.0232843 + 3 (4,30) -1.0232843 + 4 (4,40) -1.0232843 + 5 (4,50) -1.0232843 + 6 (4,60) -1.0232843 + 7 (4,70) -1.0232843 + 8 (4,80) -1.0232843 + 9 (4,90) -1.0232843 + 10 (4,100) -1.0232843 + 11 (5,10) -0.46884100 + 12 (5,20) -0.46884100 + 13 (5,30) -0.46884100 + 14 (5,40) -0.46884100 + 15 (5,50) -0.46884100 + 16 (5,60) -0.46884100 + 17 (5,70) -0.46884100 + 18 (5,80) -0.46884100 + 19 (5,90) -0.46884100 + 20 (5,100) -0.46884100 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 5 STEP 1 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14961850 UZF001 + 2 (1,2) 0.14961638 UZF002 + 3 (1,3) 0.14961876 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14961850 UZF011 + 12 (1,12) 0.14961638 UZF012 + 13 (1,13) 0.14961876 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14961850 UZF021 + 22 (1,22) 0.14961638 UZF022 + 23 (1,23) 0.14961876 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14961850 UZF031 + 32 (1,32) 0.14961638 UZF032 + 33 (1,33) 0.14961876 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14961850 UZF041 + 42 (1,42) 0.14961638 UZF042 + 43 (1,43) 0.14961876 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14961850 UZF051 + 52 (1,52) 0.14961638 UZF052 + 53 (1,53) 0.14961876 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14961850 UZF061 + 62 (1,62) 0.14961638 UZF062 + 63 (1,63) 0.14961876 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14961850 UZF071 + 72 (1,72) 0.14961638 UZF072 + 73 (1,73) 0.14961876 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14961850 UZF081 + 82 (1,82) 0.14961638 UZF082 + 83 (1,83) 0.14961876 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14961850 UZF091 + 92 (1,92) 0.14961638 UZF092 + 93 (1,93) 0.14961876 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.14956614 UZF004 + 105 (2,5) 0.14955892 UZF005 + 106 (2,6) 0.14954833 UZF006 + 107 (2,7) 0.14953506 UZF007 + 108 (2,8) 0.14952004 UZF008 + 109 (2,9) 0.14950511 UZF009 + 110 (2,10) 0.14949419 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.14956614 UZF014 + 115 (2,15) 0.14955892 UZF015 + 116 (2,16) 0.14954833 UZF016 + 117 (2,17) 0.14953506 UZF017 + 118 (2,18) 0.14952004 UZF018 + 119 (2,19) 0.14950511 UZF019 + 120 (2,20) 0.14949419 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.14956614 UZF024 + 125 (2,25) 0.14955892 UZF025 + 126 (2,26) 0.14954833 UZF026 + 127 (2,27) 0.14953506 UZF027 + 128 (2,28) 0.14952004 UZF028 + 129 (2,29) 0.14950511 UZF029 + 130 (2,30) 0.14949419 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.14956614 UZF034 + 135 (2,35) 0.14955892 UZF035 + 136 (2,36) 0.14954833 UZF036 + 137 (2,37) 0.14953506 UZF037 + 138 (2,38) 0.14952004 UZF038 + 139 (2,39) 0.14950511 UZF039 + 140 (2,40) 0.14949419 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.14956614 UZF044 + 145 (2,45) 0.14955892 UZF045 + 146 (2,46) 0.14954833 UZF046 + 147 (2,47) 0.14953506 UZF047 + 148 (2,48) 0.14952004 UZF048 + 149 (2,49) 0.14950511 UZF049 + 150 (2,50) 0.14949419 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.14956614 UZF054 + 155 (2,55) 0.14955892 UZF055 + 156 (2,56) 0.14954833 UZF056 + 157 (2,57) 0.14953506 UZF057 + 158 (2,58) 0.14952004 UZF058 + 159 (2,59) 0.14950511 UZF059 + 160 (2,60) 0.14949419 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.14956614 UZF064 + 165 (2,65) 0.14955892 UZF065 + 166 (2,66) 0.14954833 UZF066 + 167 (2,67) 0.14953506 UZF067 + 168 (2,68) 0.14952004 UZF068 + 169 (2,69) 0.14950511 UZF069 + 170 (2,70) 0.14949419 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.14956614 UZF074 + 175 (2,75) 0.14955892 UZF075 + 176 (2,76) 0.14954833 UZF076 + 177 (2,77) 0.14953506 UZF077 + 178 (2,78) 0.14952004 UZF078 + 179 (2,79) 0.14950511 UZF079 + 180 (2,80) 0.14949419 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.14956614 UZF084 + 185 (2,85) 0.14955892 UZF085 + 186 (2,86) 0.14954833 UZF086 + 187 (2,87) 0.14953506 UZF087 + 188 (2,88) 0.14952004 UZF088 + 189 (2,89) 0.14950511 UZF089 + 190 (2,90) 0.14949419 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.14956614 UZF094 + 195 (2,95) 0.14955892 UZF095 + 196 (2,96) 0.14954833 UZF096 + 197 (2,97) 0.14953506 UZF097 + 198 (2,98) 0.14952004 UZF098 + 199 (2,99) 0.14950511 UZF099 + 200 (2,100) 0.14949419 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 0.0000000 UZF076 + 277 (3,77) 0.0000000 UZF077 + 278 (3,78) 0.0000000 UZF078 + 279 (3,79) 0.0000000 UZF079 + 280 (3,80) 0.0000000 UZF080 + 281 (3,81) 0.0000000 UZF081 + 282 (3,82) 0.0000000 UZF082 + 283 (3,83) 0.0000000 UZF083 + 284 (3,84) 0.0000000 UZF084 + 285 (3,85) 0.0000000 UZF085 + 286 (3,86) 0.0000000 UZF086 + 287 (3,87) 0.0000000 UZF087 + 288 (3,88) 0.0000000 UZF088 + 289 (3,89) 0.0000000 UZF089 + 290 (3,90) 0.0000000 UZF090 + 291 (3,91) 0.0000000 UZF091 + 292 (3,92) 0.0000000 UZF092 + 293 (3,93) 0.0000000 UZF093 + 294 (3,94) 0.0000000 UZF094 + 295 (3,95) 0.0000000 UZF095 + 296 (3,96) 0.0000000 UZF096 + 297 (3,97) 0.0000000 UZF097 + 298 (3,98) 0.0000000 UZF098 + 299 (3,99) 0.0000000 UZF099 + 300 (3,100) 0.0000000 UZF100 + 301 (4,1) 0.0000000 UZF001 + 302 (4,2) 0.0000000 UZF002 + 303 (4,3) 0.0000000 UZF003 + 304 (4,4) 0.0000000 UZF004 + 305 (4,5) 0.0000000 UZF005 + 306 (4,6) 0.0000000 UZF006 + 307 (4,7) 0.0000000 UZF007 + 308 (4,8) 0.0000000 UZF008 + 309 (4,9) 0.0000000 UZF009 + 310 (4,10) 0.0000000 UZF010 + 311 (4,11) 0.0000000 UZF011 + 312 (4,12) 0.0000000 UZF012 + 313 (4,13) 0.0000000 UZF013 + 314 (4,14) 0.0000000 UZF014 + 315 (4,15) 0.0000000 UZF015 + 316 (4,16) 0.0000000 UZF016 + 317 (4,17) 0.0000000 UZF017 + 318 (4,18) 0.0000000 UZF018 + 319 (4,19) 0.0000000 UZF019 + 320 (4,20) 0.0000000 UZF020 + 321 (4,21) 0.0000000 UZF021 + 322 (4,22) 0.0000000 UZF022 + 323 (4,23) 0.0000000 UZF023 + 324 (4,24) 0.0000000 UZF024 + 325 (4,25) 0.0000000 UZF025 + 326 (4,26) 0.0000000 UZF026 + 327 (4,27) 0.0000000 UZF027 + 328 (4,28) 0.0000000 UZF028 + 329 (4,29) 0.0000000 UZF029 + 330 (4,30) 0.0000000 UZF030 + 331 (4,31) 0.0000000 UZF031 + 332 (4,32) 0.0000000 UZF032 + 333 (4,33) 0.0000000 UZF033 + 334 (4,34) 0.0000000 UZF034 + 335 (4,35) 0.0000000 UZF035 + 336 (4,36) 0.0000000 UZF036 + 337 (4,37) 0.0000000 UZF037 + 338 (4,38) 0.0000000 UZF038 + 339 (4,39) 0.0000000 UZF039 + 340 (4,40) 0.0000000 UZF040 + 341 (4,41) 0.0000000 UZF041 + 342 (4,42) 0.0000000 UZF042 + 343 (4,43) 0.0000000 UZF043 + 344 (4,44) 0.0000000 UZF044 + 345 (4,45) 0.0000000 UZF045 + 346 (4,46) 0.0000000 UZF046 + 347 (4,47) 0.0000000 UZF047 + 348 (4,48) 0.0000000 UZF048 + 349 (4,49) 0.0000000 UZF049 + 350 (4,50) 0.0000000 UZF050 + 351 (4,51) 0.0000000 UZF051 + 352 (4,52) 0.0000000 UZF052 + 353 (4,53) 0.0000000 UZF053 + 354 (4,54) 0.0000000 UZF054 + 355 (4,55) 0.0000000 UZF055 + 356 (4,56) 0.0000000 UZF056 + 357 (4,57) 0.0000000 UZF057 + 358 (4,58) 0.0000000 UZF058 + 359 (4,59) 0.0000000 UZF059 + 360 (4,60) 0.0000000 UZF060 + 361 (4,61) 0.0000000 UZF061 + 362 (4,62) 0.0000000 UZF062 + 363 (4,63) 0.0000000 UZF063 + 364 (4,64) 0.0000000 UZF064 + 365 (4,65) 0.0000000 UZF065 + 366 (4,66) 0.0000000 UZF066 + 367 (4,67) 0.0000000 UZF067 + 368 (4,68) 0.0000000 UZF068 + 369 (4,69) 0.0000000 UZF069 + 370 (4,70) 0.0000000 UZF070 + 371 (4,71) 0.0000000 UZF071 + 372 (4,72) 0.0000000 UZF072 + 373 (4,73) 0.0000000 UZF073 + 374 (4,74) 0.0000000 UZF074 + 375 (4,75) 0.0000000 UZF075 + 376 (4,76) 0.0000000 UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 (5,23) 0.0000000 UZF023 + 424 (5,24) 0.0000000 UZF024 + 425 (5,25) 0.0000000 UZF025 + 426 (5,26) 0.0000000 UZF026 + 427 (5,27) 0.0000000 UZF027 + 428 (5,28) 0.0000000 UZF028 + 429 (5,29) 0.0000000 UZF029 + 430 (5,30) 0.0000000 UZF030 + 431 (5,31) 0.0000000 UZF031 + 432 (5,32) 0.0000000 UZF032 + 433 (5,33) 0.0000000 UZF033 + 434 (5,34) 0.0000000 UZF034 + 435 (5,35) 0.0000000 UZF035 + 436 (5,36) 0.0000000 UZF036 + 437 (5,37) 0.0000000 UZF037 + 438 (5,38) 0.0000000 UZF038 + 439 (5,39) 0.0000000 UZF039 + 440 (5,40) 0.0000000 UZF040 + 441 (5,41) 0.0000000 UZF041 + 442 (5,42) 0.0000000 UZF042 + 443 (5,43) 0.0000000 UZF043 + 444 (5,44) 0.0000000 UZF044 + 445 (5,45) 0.0000000 UZF045 + 446 (5,46) 0.0000000 UZF046 + 447 (5,47) 0.0000000 UZF047 + 448 (5,48) 0.0000000 UZF048 + 449 (5,49) 0.0000000 UZF049 + 450 (5,50) 0.0000000 UZF050 + 451 (5,51) 0.0000000 UZF051 + 452 (5,52) 0.0000000 UZF052 + 453 (5,53) 0.0000000 UZF053 + 454 (5,54) 0.0000000 UZF054 + 455 (5,55) 0.0000000 UZF055 + 456 (5,56) 0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 5 STEP 1 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 0.0000000 UZF042 + 43 (1,43) 0.0000000 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.0000000 UZF051 + 52 (1,52) 0.0000000 UZF052 + 53 (1,53) 0.0000000 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.0000000 UZF061 + 62 (1,62) 0.0000000 UZF062 + 63 (1,63) 0.0000000 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.0000000 UZF071 + 72 (1,72) 0.0000000 UZF072 + 73 (1,73) 0.0000000 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 UZF081 + 82 (1,82) 0.0000000 UZF082 + 83 (1,83) 0.0000000 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.0000000 UZF091 + 92 (1,92) 0.0000000 UZF092 + 93 (1,93) 0.0000000 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) -0.0000000 UZF001 + 102 (2,2) -0.0000000 UZF002 + 103 (2,3) -0.0000000 UZF003 + 104 (2,4) -0.0000000 UZF004 + 105 (2,5) -0.0000000 UZF005 + 106 (2,6) -0.0000000 UZF006 + 107 (2,7) -0.0000000 UZF007 + 108 (2,8) -0.0000000 UZF008 + 109 (2,9) -0.0000000 UZF009 + 110 (2,10) -0.0000000 UZF010 + 111 (2,11) -0.0000000 UZF011 + 112 (2,12) -0.0000000 UZF012 + 113 (2,13) -0.0000000 UZF013 + 114 (2,14) -0.0000000 UZF014 + 115 (2,15) -0.0000000 UZF015 + 116 (2,16) -0.0000000 UZF016 + 117 (2,17) -0.0000000 UZF017 + 118 (2,18) -0.0000000 UZF018 + 119 (2,19) -0.0000000 UZF019 + 120 (2,20) -0.0000000 UZF020 + 121 (2,21) -0.0000000 UZF021 + 122 (2,22) -0.0000000 UZF022 + 123 (2,23) -0.0000000 UZF023 + 124 (2,24) -0.0000000 UZF024 + 125 (2,25) -0.0000000 UZF025 + 126 (2,26) -0.0000000 UZF026 + 127 (2,27) -0.0000000 UZF027 + 128 (2,28) -0.0000000 UZF028 + 129 (2,29) -0.0000000 UZF029 + 130 (2,30) -0.0000000 UZF030 + 131 (2,31) -0.0000000 UZF031 + 132 (2,32) -0.0000000 UZF032 + 133 (2,33) -0.0000000 UZF033 + 134 (2,34) -0.0000000 UZF034 + 135 (2,35) -0.0000000 UZF035 + 136 (2,36) -0.0000000 UZF036 + 137 (2,37) -0.0000000 UZF037 + 138 (2,38) -0.0000000 UZF038 + 139 (2,39) -0.0000000 UZF039 + 140 (2,40) -0.0000000 UZF040 + 141 (2,41) -0.0000000 UZF041 + 142 (2,42) -0.0000000 UZF042 + 143 (2,43) -0.0000000 UZF043 + 144 (2,44) -0.0000000 UZF044 + 145 (2,45) -0.0000000 UZF045 + 146 (2,46) -0.0000000 UZF046 + 147 (2,47) -0.0000000 UZF047 + 148 (2,48) -0.0000000 UZF048 + 149 (2,49) -0.0000000 UZF049 + 150 (2,50) -0.0000000 UZF050 + 151 (2,51) -0.0000000 UZF051 + 152 (2,52) -0.0000000 UZF052 + 153 (2,53) -0.0000000 UZF053 + 154 (2,54) -0.0000000 UZF054 + 155 (2,55) -0.0000000 UZF055 + 156 (2,56) -0.0000000 UZF056 + 157 (2,57) -0.0000000 UZF057 + 158 (2,58) -0.0000000 UZF058 + 159 (2,59) -0.0000000 UZF059 + 160 (2,60) -0.0000000 UZF060 + 161 (2,61) -0.0000000 UZF061 + 162 (2,62) -0.0000000 UZF062 + 163 (2,63) -0.0000000 UZF063 + 164 (2,64) -0.0000000 UZF064 + 165 (2,65) -0.0000000 UZF065 + 166 (2,66) -0.0000000 UZF066 + 167 (2,67) -0.0000000 UZF067 + 168 (2,68) -0.0000000 UZF068 + 169 (2,69) -0.0000000 UZF069 + 170 (2,70) -0.0000000 UZF070 + 171 (2,71) -0.0000000 UZF071 + 172 (2,72) -0.0000000 UZF072 + 173 (2,73) -0.0000000 UZF073 + 174 (2,74) -0.0000000 UZF074 + 175 (2,75) -0.0000000 UZF075 + 176 (2,76) -0.0000000 UZF076 + 177 (2,77) -0.0000000 UZF077 + 178 (2,78) -0.0000000 UZF078 + 179 (2,79) -0.0000000 UZF079 + 180 (2,80) -0.0000000 UZF080 + 181 (2,81) -0.0000000 UZF081 + 182 (2,82) -0.0000000 UZF082 + 183 (2,83) -0.0000000 UZF083 + 184 (2,84) -0.0000000 UZF084 + 185 (2,85) -0.0000000 UZF085 + 186 (2,86) -0.0000000 UZF086 + 187 (2,87) -0.0000000 UZF087 + 188 (2,88) -0.0000000 UZF088 + 189 (2,89) -0.0000000 UZF089 + 190 (2,90) -0.0000000 UZF090 + 191 (2,91) -0.0000000 UZF091 + 192 (2,92) -0.0000000 UZF092 + 193 (2,93) -0.0000000 UZF093 + 194 (2,94) -0.0000000 UZF094 + 195 (2,95) -0.0000000 UZF095 + 196 (2,96) -0.0000000 UZF096 + 197 (2,97) -0.0000000 UZF097 + 198 (2,98) -0.0000000 UZF098 + 199 (2,99) -0.0000000 UZF099 + 200 (2,100) -0.0000000 UZF100 + 201 (3,1) -0.0000000 UZF001 + 202 (3,2) -0.0000000 UZF002 + 203 (3,3) -0.0000000 UZF003 + 204 (3,4) -0.0000000 UZF004 + 205 (3,5) -0.0000000 UZF005 + 206 (3,6) -0.0000000 UZF006 + 207 (3,7) -0.0000000 UZF007 + 208 (3,8) -0.0000000 UZF008 + 209 (3,9) -0.0000000 UZF009 + 210 (3,10) -0.0000000 UZF010 + 211 (3,11) -0.0000000 UZF011 + 212 (3,12) -0.0000000 UZF012 + 213 (3,13) -0.0000000 UZF013 + 214 (3,14) -0.0000000 UZF014 + 215 (3,15) -0.0000000 UZF015 + 216 (3,16) -0.0000000 UZF016 + 217 (3,17) -0.0000000 UZF017 + 218 (3,18) -0.0000000 UZF018 + 219 (3,19) -0.0000000 UZF019 + 220 (3,20) -0.0000000 UZF020 + 221 (3,21) -0.0000000 UZF021 + 222 (3,22) -0.0000000 UZF022 + 223 (3,23) -0.0000000 UZF023 + 224 (3,24) -0.0000000 UZF024 + 225 (3,25) -0.0000000 UZF025 + 226 (3,26) -0.0000000 UZF026 + 227 (3,27) -0.0000000 UZF027 + 228 (3,28) -0.0000000 UZF028 + 229 (3,29) -0.0000000 UZF029 + 230 (3,30) -0.0000000 UZF030 + 231 (3,31) -0.0000000 UZF031 + 232 (3,32) -0.0000000 UZF032 + 233 (3,33) -0.0000000 UZF033 + 234 (3,34) -0.0000000 UZF034 + 235 (3,35) -0.0000000 UZF035 + 236 (3,36) -0.0000000 UZF036 + 237 (3,37) -0.0000000 UZF037 + 238 (3,38) -0.0000000 UZF038 + 239 (3,39) -0.0000000 UZF039 + 240 (3,40) -0.0000000 UZF040 + 241 (3,41) -0.0000000 UZF041 + 242 (3,42) -0.0000000 UZF042 + 243 (3,43) -0.0000000 UZF043 + 244 (3,44) -0.0000000 UZF044 + 245 (3,45) -0.0000000 UZF045 + 246 (3,46) -0.0000000 UZF046 + 247 (3,47) -0.0000000 UZF047 + 248 (3,48) -0.0000000 UZF048 + 249 (3,49) -0.0000000 UZF049 + 250 (3,50) -0.0000000 UZF050 + 251 (3,51) -0.0000000 UZF051 + 252 (3,52) -0.0000000 UZF052 + 253 (3,53) -0.0000000 UZF053 + 254 (3,54) -0.0000000 UZF054 + 255 (3,55) -0.0000000 UZF055 + 256 (3,56) -0.0000000 UZF056 + 257 (3,57) -0.0000000 UZF057 + 258 (3,58) -0.0000000 UZF058 + 259 (3,59) -0.0000000 UZF059 + 260 (3,60) -0.0000000 UZF060 + 261 (3,61) -0.0000000 UZF061 + 262 (3,62) -0.0000000 UZF062 + 263 (3,63) -0.0000000 UZF063 + 264 (3,64) -0.0000000 UZF064 + 265 (3,65) -0.0000000 UZF065 + 266 (3,66) -0.0000000 UZF066 + 267 (3,67) -0.0000000 UZF067 + 268 (3,68) -0.0000000 UZF068 + 269 (3,69) -0.0000000 UZF069 + 270 (3,70) -0.0000000 UZF070 + 271 (3,71) -0.0000000 UZF071 + 272 (3,72) -0.0000000 UZF072 + 273 (3,73) -0.0000000 UZF073 + 274 (3,74) -0.0000000 UZF074 + 275 (3,75) -0.0000000 UZF075 + 276 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15.0000 + + OUT: OUT: + ---- ---- + GWF = 631.0883 GWF = 14.9558 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 1.6457 UZET = 4.0498E-02 + STORAGE = 13.8710 STORAGE = 3.6874E-03 + + TOTAL OUT = 646.6050 TOTAL OUT = 15.0000 + + IN - OUT = 1.6900E-06 IN - OUT = 2.3093E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 5 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.8568E-02 STO-SS = 7.2056E-06 STORAGE + STO-SY = 40.2930 STO-SY = 1.3572E-02 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 631.0883 UZF-GWRCH = 14.9558 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 671.4299 TOTAL IN = 14.9694 + + OUT: OUT: + ---- ---- + STO-SS = 7.9969E-04 STO-SS = 0.0000 STORAGE + STO-SY = 11.9671 STO-SY = 0.0000 STORAGE + GHB = 657.3387 GHB = 14.9213 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 2.1233 UZF-GWET = 4.8140E-02 UZF_0 + + TOTAL OUT = 671.4299 TOTAL OUT = 14.9694 + + IN - OUT = -1.6456E-06 IN - OUT = -4.9536E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 5 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + TOTAL TIME 3.62880E+06 60480. 1008.0 42.000 0.11499 + + +end timestep + + +start timestep kper="5" kstp="2" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1015 AT TIME STEP 2, STRESS PERIOD 5 + UBDSV1 SAVING STO-SY ON UNIT 1015 AT TIME STEP 2, STRESS PERIOD 5 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1015 AT TIME STEP 2, STRESS PERIOD 5 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1015 AT TIME STEP 2, STRESS PERIOD 5 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 2, STRESS PERIOD 5 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 2, STRESS PERIOD 5 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 2, STRESS PERIOD 5 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 2, STRESS PERIOD 5 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1011 AT TIME STEP 2, STRESS PERIOD 5 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 2, STRESS PERIOD 5 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 2, STRESS PERIOD 5 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 2, STRESS PERIOD 5 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 2, STRESS PERIOD 5 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 5 STEP 2 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.0231235 + 2 (4,20) -1.0231234 + 3 (4,30) -1.0231234 + 4 (4,40) -1.0231234 + 5 (4,50) -1.0231234 + 6 (4,60) -1.0231234 + 7 (4,70) -1.0231234 + 8 (4,80) -1.0231234 + 9 (4,90) -1.0231234 + 10 (4,100) -1.0231234 + 11 (5,10) -0.46876445 + 12 (5,20) -0.46876445 + 13 (5,30) -0.46876445 + 14 (5,40) -0.46876445 + 15 (5,50) -0.46876445 + 16 (5,60) -0.46876445 + 17 (5,70) -0.46876445 + 18 (5,80) -0.46876445 + 19 (5,90) -0.46876445 + 20 (5,100) -0.46876445 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 5 STEP 2 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14963091 UZF001 + 2 (1,2) 0.14962823 UZF002 + 3 (1,3) 0.14962770 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14963091 UZF011 + 12 (1,12) 0.14962823 UZF012 + 13 (1,13) 0.14962770 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14963091 UZF021 + 22 (1,22) 0.14962823 UZF022 + 23 (1,23) 0.14962770 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14963091 UZF031 + 32 (1,32) 0.14962823 UZF032 + 33 (1,33) 0.14962770 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14963091 UZF041 + 42 (1,42) 0.14962823 UZF042 + 43 (1,43) 0.14962770 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14963091 UZF051 + 52 (1,52) 0.14962823 UZF052 + 53 (1,53) 0.14962770 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14963091 UZF061 + 62 (1,62) 0.14962823 UZF062 + 63 (1,63) 0.14962770 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14963091 UZF071 + 72 (1,72) 0.14962823 UZF072 + 73 (1,73) 0.14962770 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14963091 UZF081 + 82 (1,82) 0.14962823 UZF082 + 83 (1,83) 0.14962770 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14963091 UZF091 + 92 (1,92) 0.14962823 UZF092 + 93 (1,93) 0.14962770 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.14957701 UZF004 + 105 (2,5) 0.14956856 UZF005 + 106 (2,6) 0.14955690 UZF006 + 107 (2,7) 0.14954265 UZF007 + 108 (2,8) 0.14952675 UZF008 + 109 (2,9) 0.14951111 UZF009 + 110 (2,10) 0.14949977 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.14957701 UZF014 + 115 (2,15) 0.14956856 UZF015 + 116 (2,16) 0.14955690 UZF016 + 117 (2,17) 0.14954265 UZF017 + 118 (2,18) 0.14952675 UZF018 + 119 (2,19) 0.14951111 UZF019 + 120 (2,20) 0.14949977 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.14957701 UZF024 + 125 (2,25) 0.14956856 UZF025 + 126 (2,26) 0.14955690 UZF026 + 127 (2,27) 0.14954265 UZF027 + 128 (2,28) 0.14952675 UZF028 + 129 (2,29) 0.14951111 UZF029 + 130 (2,30) 0.14949977 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.14957701 UZF034 + 135 (2,35) 0.14956856 UZF035 + 136 (2,36) 0.14955690 UZF036 + 137 (2,37) 0.14954265 UZF037 + 138 (2,38) 0.14952675 UZF038 + 139 (2,39) 0.14951111 UZF039 + 140 (2,40) 0.14949977 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.14957701 UZF044 + 145 (2,45) 0.14956856 UZF045 + 146 (2,46) 0.14955690 UZF046 + 147 (2,47) 0.14954265 UZF047 + 148 (2,48) 0.14952675 UZF048 + 149 (2,49) 0.14951111 UZF049 + 150 (2,50) 0.14949977 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.14957701 UZF054 + 155 (2,55) 0.14956856 UZF055 + 156 (2,56) 0.14955690 UZF056 + 157 (2,57) 0.14954265 UZF057 + 158 (2,58) 0.14952675 UZF058 + 159 (2,59) 0.14951111 UZF059 + 160 (2,60) 0.14949977 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.14957701 UZF064 + 165 (2,65) 0.14956856 UZF065 + 166 (2,66) 0.14955690 UZF066 + 167 (2,67) 0.14954265 UZF067 + 168 (2,68) 0.14952675 UZF068 + 169 (2,69) 0.14951111 UZF069 + 170 (2,70) 0.14949977 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.14957701 UZF074 + 175 (2,75) 0.14956856 UZF075 + 176 (2,76) 0.14955690 UZF076 + 177 (2,77) 0.14954265 UZF077 + 178 (2,78) 0.14952675 UZF078 + 179 (2,79) 0.14951111 UZF079 + 180 (2,80) 0.14949977 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.14957701 UZF084 + 185 (2,85) 0.14956856 UZF085 + 186 (2,86) 0.14955690 UZF086 + 187 (2,87) 0.14954265 UZF087 + 188 (2,88) 0.14952675 UZF088 + 189 (2,89) 0.14951111 UZF089 + 190 (2,90) 0.14949977 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.14957701 UZF094 + 195 (2,95) 0.14956856 UZF095 + 196 (2,96) 0.14955690 UZF096 + 197 (2,97) 0.14954265 UZF097 + 198 (2,98) 0.14952675 UZF098 + 199 (2,99) 0.14951111 UZF099 + 200 (2,100) 0.14949977 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 0.0000000 UZF076 + 277 (3,77) 0.0000000 UZF077 + 278 (3,78) 0.0000000 UZF078 + 279 (3,79) 0.0000000 UZF079 + 280 (3,80) 0.0000000 UZF080 + 281 (3,81) 0.0000000 UZF081 + 282 (3,82) 0.0000000 UZF082 + 283 (3,83) 0.0000000 UZF083 + 284 (3,84) 0.0000000 UZF084 + 285 (3,85) 0.0000000 UZF085 + 286 (3,86) 0.0000000 UZF086 + 287 (3,87) 0.0000000 UZF087 + 288 (3,88) 0.0000000 UZF088 + 289 (3,89) 0.0000000 UZF089 + 290 (3,90) 0.0000000 UZF090 + 291 (3,91) 0.0000000 UZF091 + 292 (3,92) 0.0000000 UZF092 + 293 (3,93) 0.0000000 UZF093 + 294 (3,94) 0.0000000 UZF094 + 295 (3,95) 0.0000000 UZF095 + 296 (3,96) 0.0000000 UZF096 + 297 (3,97) 0.0000000 UZF097 + 298 (3,98) 0.0000000 UZF098 + 299 (3,99) 0.0000000 UZF099 + 300 (3,100) 0.0000000 UZF100 + 301 (4,1) 0.0000000 UZF001 + 302 (4,2) 0.0000000 UZF002 + 303 (4,3) 0.0000000 UZF003 + 304 (4,4) 0.0000000 UZF004 + 305 (4,5) 0.0000000 UZF005 + 306 (4,6) 0.0000000 UZF006 + 307 (4,7) 0.0000000 UZF007 + 308 (4,8) 0.0000000 UZF008 + 309 (4,9) 0.0000000 UZF009 + 310 (4,10) 0.0000000 UZF010 + 311 (4,11) 0.0000000 UZF011 + 312 (4,12) 0.0000000 UZF012 + 313 (4,13) 0.0000000 UZF013 + 314 (4,14) 0.0000000 UZF014 + 315 (4,15) 0.0000000 UZF015 + 316 (4,16) 0.0000000 UZF016 + 317 (4,17) 0.0000000 UZF017 + 318 (4,18) 0.0000000 UZF018 + 319 (4,19) 0.0000000 UZF019 + 320 (4,20) 0.0000000 UZF020 + 321 (4,21) 0.0000000 UZF021 + 322 (4,22) 0.0000000 UZF022 + 323 (4,23) 0.0000000 UZF023 + 324 (4,24) 0.0000000 UZF024 + 325 (4,25) 0.0000000 UZF025 + 326 (4,26) 0.0000000 UZF026 + 327 (4,27) 0.0000000 UZF027 + 328 (4,28) 0.0000000 UZF028 + 329 (4,29) 0.0000000 UZF029 + 330 (4,30) 0.0000000 UZF030 + 331 (4,31) 0.0000000 UZF031 + 332 (4,32) 0.0000000 UZF032 + 333 (4,33) 0.0000000 UZF033 + 334 (4,34) 0.0000000 UZF034 + 335 (4,35) 0.0000000 UZF035 + 336 (4,36) 0.0000000 UZF036 + 337 (4,37) 0.0000000 UZF037 + 338 (4,38) 0.0000000 UZF038 + 339 (4,39) 0.0000000 UZF039 + 340 (4,40) 0.0000000 UZF040 + 341 (4,41) 0.0000000 UZF041 + 342 (4,42) 0.0000000 UZF042 + 343 (4,43) 0.0000000 UZF043 + 344 (4,44) 0.0000000 UZF044 + 345 (4,45) 0.0000000 UZF045 + 346 (4,46) 0.0000000 UZF046 + 347 (4,47) 0.0000000 UZF047 + 348 (4,48) 0.0000000 UZF048 + 349 (4,49) 0.0000000 UZF049 + 350 (4,50) 0.0000000 UZF050 + 351 (4,51) 0.0000000 UZF051 + 352 (4,52) 0.0000000 UZF052 + 353 (4,53) 0.0000000 UZF053 + 354 (4,54) 0.0000000 UZF054 + 355 (4,55) 0.0000000 UZF055 + 356 (4,56) 0.0000000 UZF056 + 357 (4,57) 0.0000000 UZF057 + 358 (4,58) 0.0000000 UZF058 + 359 (4,59) 0.0000000 UZF059 + 360 (4,60) 0.0000000 UZF060 + 361 (4,61) 0.0000000 UZF061 + 362 (4,62) 0.0000000 UZF062 + 363 (4,63) 0.0000000 UZF063 + 364 (4,64) 0.0000000 UZF064 + 365 (4,65) 0.0000000 UZF065 + 366 (4,66) 0.0000000 UZF066 + 367 (4,67) 0.0000000 UZF067 + 368 (4,68) 0.0000000 UZF068 + 369 (4,69) 0.0000000 UZF069 + 370 (4,70) 0.0000000 UZF070 + 371 (4,71) 0.0000000 UZF071 + 372 (4,72) 0.0000000 UZF072 + 373 (4,73) 0.0000000 UZF073 + 374 (4,74) 0.0000000 UZF074 + 375 (4,75) 0.0000000 UZF075 + 376 (4,76) 0.0000000 UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 (5,23) 0.0000000 UZF023 + 424 (5,24) 0.0000000 UZF024 + 425 (5,25) 0.0000000 UZF025 + 426 (5,26) 0.0000000 UZF026 + 427 (5,27) 0.0000000 UZF027 + 428 (5,28) 0.0000000 UZF028 + 429 (5,29) 0.0000000 UZF029 + 430 (5,30) 0.0000000 UZF030 + 431 (5,31) 0.0000000 UZF031 + 432 (5,32) 0.0000000 UZF032 + 433 (5,33) 0.0000000 UZF033 + 434 (5,34) 0.0000000 UZF034 + 435 (5,35) 0.0000000 UZF035 + 436 (5,36) 0.0000000 UZF036 + 437 (5,37) 0.0000000 UZF037 + 438 (5,38) 0.0000000 UZF038 + 439 (5,39) 0.0000000 UZF039 + 440 (5,40) 0.0000000 UZF040 + 441 (5,41) 0.0000000 UZF041 + 442 (5,42) 0.0000000 UZF042 + 443 (5,43) 0.0000000 UZF043 + 444 (5,44) 0.0000000 UZF044 + 445 (5,45) 0.0000000 UZF045 + 446 (5,46) 0.0000000 UZF046 + 447 (5,47) 0.0000000 UZF047 + 448 (5,48) 0.0000000 UZF048 + 449 (5,49) 0.0000000 UZF049 + 450 (5,50) 0.0000000 UZF050 + 451 (5,51) 0.0000000 UZF051 + 452 (5,52) 0.0000000 UZF052 + 453 (5,53) 0.0000000 UZF053 + 454 (5,54) 0.0000000 UZF054 + 455 (5,55) 0.0000000 UZF055 + 456 (5,56) 0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 5 STEP 2 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 0.0000000 UZF042 + 43 (1,43) 0.0000000 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.0000000 UZF051 + 52 (1,52) 0.0000000 UZF052 + 53 (1,53) 0.0000000 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.0000000 UZF061 + 62 (1,62) 0.0000000 UZF062 + 63 (1,63) 0.0000000 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.0000000 UZF071 + 72 (1,72) 0.0000000 UZF072 + 73 (1,73) 0.0000000 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 UZF081 + 82 (1,82) 0.0000000 UZF082 + 83 (1,83) 0.0000000 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.0000000 UZF091 + 92 (1,92) 0.0000000 UZF092 + 93 (1,93) 0.0000000 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) -0.0000000 UZF001 + 102 (2,2) -0.0000000 UZF002 + 103 (2,3) -0.0000000 UZF003 + 104 (2,4) -0.0000000 UZF004 + 105 (2,5) -0.0000000 UZF005 + 106 (2,6) -0.0000000 UZF006 + 107 (2,7) -0.0000000 UZF007 + 108 (2,8) -0.0000000 UZF008 + 109 (2,9) -0.0000000 UZF009 + 110 (2,10) -0.0000000 UZF010 + 111 (2,11) -0.0000000 UZF011 + 112 (2,12) -0.0000000 UZF012 + 113 (2,13) -0.0000000 UZF013 + 114 (2,14) -0.0000000 UZF014 + 115 (2,15) -0.0000000 UZF015 + 116 (2,16) -0.0000000 UZF016 + 117 (2,17) -0.0000000 UZF017 + 118 (2,18) -0.0000000 UZF018 + 119 (2,19) -0.0000000 UZF019 + 120 (2,20) -0.0000000 UZF020 + 121 (2,21) -0.0000000 UZF021 + 122 (2,22) -0.0000000 UZF022 + 123 (2,23) -0.0000000 UZF023 + 124 (2,24) -0.0000000 UZF024 + 125 (2,25) -0.0000000 UZF025 + 126 (2,26) -0.0000000 UZF026 + 127 (2,27) -0.0000000 UZF027 + 128 (2,28) -0.0000000 UZF028 + 129 (2,29) -0.0000000 UZF029 + 130 (2,30) -0.0000000 UZF030 + 131 (2,31) -0.0000000 UZF031 + 132 (2,32) -0.0000000 UZF032 + 133 (2,33) -0.0000000 UZF033 + 134 (2,34) -0.0000000 UZF034 + 135 (2,35) -0.0000000 UZF035 + 136 (2,36) -0.0000000 UZF036 + 137 (2,37) -0.0000000 UZF037 + 138 (2,38) -0.0000000 UZF038 + 139 (2,39) -0.0000000 UZF039 + 140 (2,40) -0.0000000 UZF040 + 141 (2,41) -0.0000000 UZF041 + 142 (2,42) -0.0000000 UZF042 + 143 (2,43) -0.0000000 UZF043 + 144 (2,44) -0.0000000 UZF044 + 145 (2,45) -0.0000000 UZF045 + 146 (2,46) -0.0000000 UZF046 + 147 (2,47) -0.0000000 UZF047 + 148 (2,48) -0.0000000 UZF048 + 149 (2,49) -0.0000000 UZF049 + 150 (2,50) -0.0000000 UZF050 + 151 (2,51) -0.0000000 UZF051 + 152 (2,52) -0.0000000 UZF052 + 153 (2,53) -0.0000000 UZF053 + 154 (2,54) -0.0000000 UZF054 + 155 (2,55) -0.0000000 UZF055 + 156 (2,56) -0.0000000 UZF056 + 157 (2,57) -0.0000000 UZF057 + 158 (2,58) -0.0000000 UZF058 + 159 (2,59) -0.0000000 UZF059 + 160 (2,60) -0.0000000 UZF060 + 161 (2,61) -0.0000000 UZF061 + 162 (2,62) -0.0000000 UZF062 + 163 (2,63) -0.0000000 UZF063 + 164 (2,64) -0.0000000 UZF064 + 165 (2,65) -0.0000000 UZF065 + 166 (2,66) -0.0000000 UZF066 + 167 (2,67) -0.0000000 UZF067 + 168 (2,68) -0.0000000 UZF068 + 169 (2,69) -0.0000000 UZF069 + 170 (2,70) -0.0000000 UZF070 + 171 (2,71) -0.0000000 UZF071 + 172 (2,72) -0.0000000 UZF072 + 173 (2,73) -0.0000000 UZF073 + 174 (2,74) -0.0000000 UZF074 + 175 (2,75) -0.0000000 UZF075 + 176 (2,76) -0.0000000 UZF076 + 177 (2,77) -0.0000000 UZF077 + 178 (2,78) -0.0000000 UZF078 + 179 (2,79) -0.0000000 UZF079 + 180 (2,80) -0.0000000 UZF080 + 181 (2,81) -0.0000000 UZF081 + 182 (2,82) -0.0000000 UZF082 + 183 (2,83) -0.0000000 UZF083 + 184 (2,84) -0.0000000 UZF084 + 185 (2,85) -0.0000000 UZF085 + 186 (2,86) -0.0000000 UZF086 + 187 (2,87) -0.0000000 UZF087 + 188 (2,88) -0.0000000 UZF088 + 189 (2,89) -0.0000000 UZF089 + 190 (2,90) -0.0000000 UZF090 + 191 (2,91) -0.0000000 UZF091 + 192 (2,92) -0.0000000 UZF092 + 193 (2,93) -0.0000000 UZF093 + 194 (2,94) -0.0000000 UZF094 + 195 (2,95) -0.0000000 UZF095 + 196 (2,96) -0.0000000 UZF096 + 197 (2,97) -0.0000000 UZF097 + 198 (2,98) -0.0000000 UZF098 + 199 (2,99) -0.0000000 UZF099 + 200 (2,100) -0.0000000 UZF100 + 201 (3,1) -0.0000000 UZF001 + 202 (3,2) -0.0000000 UZF002 + 203 (3,3) -0.0000000 UZF003 + 204 (3,4) -0.0000000 UZF004 + 205 (3,5) -0.0000000 UZF005 + 206 (3,6) -0.0000000 UZF006 + 207 (3,7) -0.0000000 UZF007 + 208 (3,8) -0.0000000 UZF008 + 209 (3,9) -0.0000000 UZF009 + 210 (3,10) -0.0000000 UZF010 + 211 (3,11) -0.0000000 UZF011 + 212 (3,12) -0.0000000 UZF012 + 213 (3,13) -0.0000000 UZF013 + 214 (3,14) -0.0000000 UZF014 + 215 (3,15) -0.0000000 UZF015 + 216 (3,16) -0.0000000 UZF016 + 217 (3,17) -0.0000000 UZF017 + 218 (3,18) -0.0000000 UZF018 + 219 (3,19) -0.0000000 UZF019 + 220 (3,20) -0.0000000 UZF020 + 221 (3,21) -0.0000000 UZF021 + 222 (3,22) -0.0000000 UZF022 + 223 (3,23) -0.0000000 UZF023 + 224 (3,24) -0.0000000 UZF024 + 225 (3,25) -0.0000000 UZF025 + 226 (3,26) -0.0000000 UZF026 + 227 (3,27) -0.0000000 UZF027 + 228 (3,28) -0.0000000 UZF028 + 229 (3,29) -0.0000000 UZF029 + 230 (3,30) -0.0000000 UZF030 + 231 (3,31) -0.0000000 UZF031 + 232 (3,32) -0.0000000 UZF032 + 233 (3,33) -0.0000000 UZF033 + 234 (3,34) -0.0000000 UZF034 + 235 (3,35) -0.0000000 UZF035 + 236 (3,36) -0.0000000 UZF036 + 237 (3,37) -0.0000000 UZF037 + 238 (3,38) -0.0000000 UZF038 + 239 (3,39) -0.0000000 UZF039 + 240 (3,40) -0.0000000 UZF040 + 241 (3,41) -0.0000000 UZF041 + 242 (3,42) -0.0000000 UZF042 + 243 (3,43) -0.0000000 UZF043 + 244 (3,44) -0.0000000 UZF044 + 245 (3,45) -0.0000000 UZF045 + 246 (3,46) -0.0000000 UZF046 + 247 (3,47) -0.0000000 UZF047 + 248 (3,48) -0.0000000 UZF048 + 249 (3,49) -0.0000000 UZF049 + 250 (3,50) -0.0000000 UZF050 + 251 (3,51) -0.0000000 UZF051 + 252 (3,52) -0.0000000 UZF052 + 253 (3,53) -0.0000000 UZF053 + 254 (3,54) -0.0000000 UZF054 + 255 (3,55) -0.0000000 UZF055 + 256 (3,56) -0.0000000 UZF056 + 257 (3,57) -0.0000000 UZF057 + 258 (3,58) -0.0000000 UZF058 + 259 (3,59) -0.0000000 UZF059 + 260 (3,60) -0.0000000 UZF060 + 261 (3,61) -0.0000000 UZF061 + 262 (3,62) -0.0000000 UZF062 + 263 (3,63) -0.0000000 UZF063 + 264 (3,64) -0.0000000 UZF064 + 265 (3,65) -0.0000000 UZF065 + 266 (3,66) -0.0000000 UZF066 + 267 (3,67) -0.0000000 UZF067 + 268 (3,68) -0.0000000 UZF068 + 269 (3,69) -0.0000000 UZF069 + 270 (3,70) -0.0000000 UZF070 + 271 (3,71) -0.0000000 UZF071 + 272 (3,72) -0.0000000 UZF072 + 273 (3,73) -0.0000000 UZF073 + 274 (3,74) -0.0000000 UZF074 + 275 (3,75) -0.0000000 UZF075 + 276 (3,76) -0.0000000 UZF076 + 277 (3,77) -0.0000000 UZF077 + 278 (3,78) -0.0000000 UZF078 + 279 (3,79) -0.0000000 UZF079 + 280 (3,80) -0.0000000 UZF080 + 281 (3,81) -0.0000000 UZF081 + 282 (3,82) -0.0000000 UZF082 + 283 (3,83) -0.0000000 UZF083 + 284 (3,84) -0.0000000 UZF084 + 285 (3,85) -0.0000000 UZF085 + 286 (3,86) -0.0000000 UZF086 + 287 (3,87) -0.0000000 UZF087 + 288 (3,88) -0.0000000 UZF088 + 289 (3,89) -0.0000000 UZF089 + 290 (3,90) -0.0000000 UZF090 + 291 (3,91) -0.0000000 UZF091 + 292 (3,92) -0.0000000 UZF092 + 293 (3,93) -0.0000000 UZF093 + 294 (3,94) -0.0000000 UZF094 + 295 (3,95) -0.0000000 UZF095 + 296 (3,96) -0.0000000 UZF096 + 297 (3,97) -0.0000000 UZF097 + 298 (3,98) -0.0000000 UZF098 + 299 (3,99) -0.0000000 UZF099 + 300 (3,100) -0.0000000 UZF100 + 301 (4,1) -0.0000000 UZF001 + 302 (4,2) -0.0000000 UZF002 + 303 (4,3) -0.0000000 UZF003 + 304 (4,4) -0.0000000 UZF004 + 305 (4,5) -0.0000000 UZF005 + 306 (4,6) -0.0000000 UZF006 + 307 (4,7) -0.0000000 UZF007 + 308 (4,8) -0.0000000 UZF008 + 309 (4,9) -0.0000000 UZF009 + 310 (4,10) -0.0000000 UZF010 + 311 (4,11) -0.0000000 UZF011 + 312 (4,12) -0.0000000 UZF012 + 313 (4,13) -0.0000000 UZF013 + 314 (4,14) -0.0000000 UZF014 + 315 (4,15) -0.0000000 UZF015 + 316 (4,16) -0.0000000 UZF016 + 317 (4,17) -0.0000000 UZF017 + 318 (4,18) -0.0000000 UZF018 + 319 (4,19) -0.0000000 UZF019 + 320 (4,20) -0.0000000 UZF020 + 321 (4,21) -0.0000000 UZF021 + 322 (4,22) -0.0000000 UZF022 + 323 (4,23) -0.0000000 UZF023 + 324 (4,24) -0.0000000 UZF024 + 325 (4,25) -0.0000000 UZF025 + 326 (4,26) -0.0000000 UZF026 + 327 (4,27) -0.0000000 UZF027 + 328 (4,28) -0.0000000 UZF028 + 329 (4,29) -0.0000000 UZF029 + 330 (4,30) -0.0000000 UZF030 + 331 (4,31) -0.0000000 UZF031 + 332 (4,32) -0.0000000 UZF032 + 333 (4,33) -0.0000000 UZF033 + 334 (4,34) -0.0000000 UZF034 + 335 (4,35) -0.0000000 UZF035 + 336 (4,36) -0.0000000 UZF036 + 337 (4,37) -0.0000000 UZF037 + 338 (4,38) -0.0000000 UZF038 + 339 (4,39) -0.0000000 UZF039 + 340 (4,40) -0.0000000 UZF040 + 341 (4,41) -0.0000000 UZF041 + 342 (4,42) -0.0000000 UZF042 + 343 (4,43) -0.0000000 UZF043 + 344 (4,44) -0.0000000 UZF044 + 345 (4,45) -0.0000000 UZF045 + 346 (4,46) -0.0000000 UZF046 + 347 (4,47) -0.0000000 UZF047 + 348 (4,48) -0.0000000 UZF048 + 349 (4,49) -0.0000000 UZF049 + 350 (4,50) -0.0000000 UZF050 + 351 (4,51) -0.0000000 UZF051 + 352 (4,52) -0.0000000 UZF052 + 353 (4,53) -0.0000000 UZF053 + 354 (4,54) -0.0000000 UZF054 + 355 (4,55) -0.0000000 UZF055 + 356 (4,56) -0.0000000 UZF056 + 357 (4,57) -0.0000000 UZF057 + 358 (4,58) -0.0000000 UZF058 + 359 (4,59) -0.0000000 UZF059 + 360 (4,60) -0.0000000 UZF060 + 361 (4,61) -0.0000000 UZF061 + 362 (4,62) 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SAVED ON UNIT 1016 AT END OF TIME STEP 2, STRESS PERIOD 5 + + + UZF_0 BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 2, STRESS PERIOD 5 + ------------------------------------------------------------------------------ + + CUMULATIVE UZF_0 L**3 RATES FOR THIS TIME STEP L**3/T + ------------------ ------------------------ + + IN: IN: + --- --- + GWF = 0.0000 GWF = 0.0000 + INFILTRATION = 660.0000 INFILTRATION = 15.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.0000 UZET = 0.0000 + STORAGE = 16.6050 STORAGE = 0.0000 + + TOTAL IN = 676.6050 TOTAL IN = 15.0000 + + OUT: OUT: + ---- ---- + GWF = 661.0017 GWF = 14.9567 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 1.7267 UZET = 4.0502E-02 + STORAGE = 13.8766 STORAGE = 2.8017E-03 + + TOTAL OUT = 676.6050 TOTAL OUT = 15.0000 + + IN - OUT = 1.6900E-06 IN - OUT = 2.1316E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 2, STRESS PERIOD 5 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.8579E-02 STO-SS = 5.4744E-06 STORAGE + STO-SY = 40.3137 STO-SY = 1.0312E-02 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 661.0017 UZF-GWRCH = 14.9567 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 701.3639 TOTAL IN = 14.9670 + + OUT: OUT: + ---- ---- + STO-SS = 7.9969E-04 STO-SS = 0.0000 STORAGE + STO-SY = 11.9671 STO-SY = 0.0000 STORAGE + GHB = 687.1765 GHB = 14.9189 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 2.2195 UZF-GWET = 4.8134E-02 UZF_0 + + TOTAL OUT = 701.3639 TOTAL OUT = 14.9670 + + IN - OUT = -1.7283E-06 IN - OUT = -4.1356E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 2 IN STRESS PERIOD 5 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 3.45600E+05 5760.0 96.000 4.0000 1.09514E-02 + TOTAL TIME 3.80160E+06 63360. 1056.0 44.000 0.12047 + + +end timestep + + +start timestep kper="5" kstp="3" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1015 AT TIME STEP 3, STRESS PERIOD 5 + UBDSV1 SAVING STO-SY ON UNIT 1015 AT TIME STEP 3, STRESS PERIOD 5 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1015 AT TIME STEP 3, STRESS PERIOD 5 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1015 AT TIME STEP 3, STRESS PERIOD 5 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 3, STRESS PERIOD 5 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 3, STRESS PERIOD 5 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 3, STRESS PERIOD 5 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 3, STRESS PERIOD 5 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1011 AT TIME STEP 3, STRESS PERIOD 5 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 3, STRESS PERIOD 5 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 3, STRESS PERIOD 5 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 3, STRESS PERIOD 5 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 3, STRESS PERIOD 5 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 5 STEP 3 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.0230012 + 2 (4,20) -1.0230012 + 3 (4,30) -1.0230012 + 4 (4,40) -1.0230012 + 5 (4,50) -1.0230012 + 6 (4,60) -1.0230012 + 7 (4,70) -1.0230012 + 8 (4,80) -1.0230012 + 9 (4,90) -1.0230012 + 10 (4,100) -1.0230012 + 11 (5,10) -0.46870629 + 12 (5,20) -0.46870629 + 13 (5,30) -0.46870629 + 14 (5,40) -0.46870629 + 15 (5,50) -0.46870629 + 16 (5,60) -0.46870629 + 17 (5,70) -0.46870629 + 18 (5,80) -0.46870629 + 19 (5,90) -0.46870629 + 20 (5,100) -0.46870629 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 5 STEP 3 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14964035 UZF001 + 2 (1,2) 0.14963723 UZF002 + 3 (1,3) 0.14963448 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14964035 UZF011 + 12 (1,12) 0.14963723 UZF012 + 13 (1,13) 0.14963448 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14964035 UZF021 + 22 (1,22) 0.14963723 UZF022 + 23 (1,23) 0.14963448 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14964035 UZF031 + 32 (1,32) 0.14963723 UZF032 + 33 (1,33) 0.14963448 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14964035 UZF041 + 42 (1,42) 0.14963723 UZF042 + 43 (1,43) 0.14963448 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14964035 UZF051 + 52 (1,52) 0.14963723 UZF052 + 53 (1,53) 0.14963448 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14964035 UZF061 + 62 (1,62) 0.14963723 UZF062 + 63 (1,63) 0.14963448 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14964035 UZF071 + 72 (1,72) 0.14963723 UZF072 + 73 (1,73) 0.14963448 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14964035 UZF081 + 82 (1,82) 0.14963723 UZF082 + 83 (1,83) 0.14963448 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14964035 UZF091 + 92 (1,92) 0.14963723 UZF092 + 93 (1,93) 0.14963448 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.14958526 UZF004 + 105 (2,5) 0.14957588 UZF005 + 106 (2,6) 0.14956341 UZF006 + 107 (2,7) 0.14954842 UZF007 + 108 (2,8) 0.14953185 UZF008 + 109 (2,9) 0.14951567 UZF009 + 110 (2,10) 0.14950401 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.14958526 UZF014 + 115 (2,15) 0.14957588 UZF015 + 116 (2,16) 0.14956341 UZF016 + 117 (2,17) 0.14954842 UZF017 + 118 (2,18) 0.14953185 UZF018 + 119 (2,19) 0.14951567 UZF019 + 120 (2,20) 0.14950401 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.14958526 UZF024 + 125 (2,25) 0.14957588 UZF025 + 126 (2,26) 0.14956341 UZF026 + 127 (2,27) 0.14954842 UZF027 + 128 (2,28) 0.14953185 UZF028 + 129 (2,29) 0.14951567 UZF029 + 130 (2,30) 0.14950401 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.14958526 UZF034 + 135 (2,35) 0.14957588 UZF035 + 136 (2,36) 0.14956341 UZF036 + 137 (2,37) 0.14954842 UZF037 + 138 (2,38) 0.14953185 UZF038 + 139 (2,39) 0.14951567 UZF039 + 140 (2,40) 0.14950401 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.14958526 UZF044 + 145 (2,45) 0.14957588 UZF045 + 146 (2,46) 0.14956341 UZF046 + 147 (2,47) 0.14954842 UZF047 + 148 (2,48) 0.14953185 UZF048 + 149 (2,49) 0.14951567 UZF049 + 150 (2,50) 0.14950401 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.14958526 UZF054 + 155 (2,55) 0.14957588 UZF055 + 156 (2,56) 0.14956341 UZF056 + 157 (2,57) 0.14954842 UZF057 + 158 (2,58) 0.14953185 UZF058 + 159 (2,59) 0.14951567 UZF059 + 160 (2,60) 0.14950401 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.14958526 UZF064 + 165 (2,65) 0.14957588 UZF065 + 166 (2,66) 0.14956341 UZF066 + 167 (2,67) 0.14954842 UZF067 + 168 (2,68) 0.14953185 UZF068 + 169 (2,69) 0.14951567 UZF069 + 170 (2,70) 0.14950401 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.14958526 UZF074 + 175 (2,75) 0.14957588 UZF075 + 176 (2,76) 0.14956341 UZF076 + 177 (2,77) 0.14954842 UZF077 + 178 (2,78) 0.14953185 UZF078 + 179 (2,79) 0.14951567 UZF079 + 180 (2,80) 0.14950401 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.14958526 UZF084 + 185 (2,85) 0.14957588 UZF085 + 186 (2,86) 0.14956341 UZF086 + 187 (2,87) 0.14954842 UZF087 + 188 (2,88) 0.14953185 UZF088 + 189 (2,89) 0.14951567 UZF089 + 190 (2,90) 0.14950401 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.14958526 UZF094 + 195 (2,95) 0.14957588 UZF095 + 196 (2,96) 0.14956341 UZF096 + 197 (2,97) 0.14954842 UZF097 + 198 (2,98) 0.14953185 UZF098 + 199 (2,99) 0.14951567 UZF099 + 200 (2,100) 0.14950401 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 0.0000000 UZF076 + 277 (3,77) 0.0000000 UZF077 + 278 (3,78) 0.0000000 UZF078 + 279 (3,79) 0.0000000 UZF079 + 280 (3,80) 0.0000000 UZF080 + 281 (3,81) 0.0000000 UZF081 + 282 (3,82) 0.0000000 UZF082 + 283 (3,83) 0.0000000 UZF083 + 284 (3,84) 0.0000000 UZF084 + 285 (3,85) 0.0000000 UZF085 + 286 (3,86) 0.0000000 UZF086 + 287 (3,87) 0.0000000 UZF087 + 288 (3,88) 0.0000000 UZF088 + 289 (3,89) 0.0000000 UZF089 + 290 (3,90) 0.0000000 UZF090 + 291 (3,91) 0.0000000 UZF091 + 292 (3,92) 0.0000000 UZF092 + 293 (3,93) 0.0000000 UZF093 + 294 (3,94) 0.0000000 UZF094 + 295 (3,95) 0.0000000 UZF095 + 296 (3,96) 0.0000000 UZF096 + 297 (3,97) 0.0000000 UZF097 + 298 (3,98) 0.0000000 UZF098 + 299 (3,99) 0.0000000 UZF099 + 300 (3,100) 0.0000000 UZF100 + 301 (4,1) 0.0000000 UZF001 + 302 (4,2) 0.0000000 UZF002 + 303 (4,3) 0.0000000 UZF003 + 304 (4,4) 0.0000000 UZF004 + 305 (4,5) 0.0000000 UZF005 + 306 (4,6) 0.0000000 UZF006 + 307 (4,7) 0.0000000 UZF007 + 308 (4,8) 0.0000000 UZF008 + 309 (4,9) 0.0000000 UZF009 + 310 (4,10) 0.0000000 UZF010 + 311 (4,11) 0.0000000 UZF011 + 312 (4,12) 0.0000000 UZF012 + 313 (4,13) 0.0000000 UZF013 + 314 (4,14) 0.0000000 UZF014 + 315 (4,15) 0.0000000 UZF015 + 316 (4,16) 0.0000000 UZF016 + 317 (4,17) 0.0000000 UZF017 + 318 (4,18) 0.0000000 UZF018 + 319 (4,19) 0.0000000 UZF019 + 320 (4,20) 0.0000000 UZF020 + 321 (4,21) 0.0000000 UZF021 + 322 (4,22) 0.0000000 UZF022 + 323 (4,23) 0.0000000 UZF023 + 324 (4,24) 0.0000000 UZF024 + 325 (4,25) 0.0000000 UZF025 + 326 (4,26) 0.0000000 UZF026 + 327 (4,27) 0.0000000 UZF027 + 328 (4,28) 0.0000000 UZF028 + 329 (4,29) 0.0000000 UZF029 + 330 (4,30) 0.0000000 UZF030 + 331 (4,31) 0.0000000 UZF031 + 332 (4,32) 0.0000000 UZF032 + 333 (4,33) 0.0000000 UZF033 + 334 (4,34) 0.0000000 UZF034 + 335 (4,35) 0.0000000 UZF035 + 336 (4,36) 0.0000000 UZF036 + 337 (4,37) 0.0000000 UZF037 + 338 (4,38) 0.0000000 UZF038 + 339 (4,39) 0.0000000 UZF039 + 340 (4,40) 0.0000000 UZF040 + 341 (4,41) 0.0000000 UZF041 + 342 (4,42) 0.0000000 UZF042 + 343 (4,43) 0.0000000 UZF043 + 344 (4,44) 0.0000000 UZF044 + 345 (4,45) 0.0000000 UZF045 + 346 (4,46) 0.0000000 UZF046 + 347 (4,47) 0.0000000 UZF047 + 348 (4,48) 0.0000000 UZF048 + 349 (4,49) 0.0000000 UZF049 + 350 (4,50) 0.0000000 UZF050 + 351 (4,51) 0.0000000 UZF051 + 352 (4,52) 0.0000000 UZF052 + 353 (4,53) 0.0000000 UZF053 + 354 (4,54) 0.0000000 UZF054 + 355 (4,55) 0.0000000 UZF055 + 356 (4,56) 0.0000000 UZF056 + 357 (4,57) 0.0000000 UZF057 + 358 (4,58) 0.0000000 UZF058 + 359 (4,59) 0.0000000 UZF059 + 360 (4,60) 0.0000000 UZF060 + 361 (4,61) 0.0000000 UZF061 + 362 (4,62) 0.0000000 UZF062 + 363 (4,63) 0.0000000 UZF063 + 364 (4,64) 0.0000000 UZF064 + 365 (4,65) 0.0000000 UZF065 + 366 (4,66) 0.0000000 UZF066 + 367 (4,67) 0.0000000 UZF067 + 368 (4,68) 0.0000000 UZF068 + 369 (4,69) 0.0000000 UZF069 + 370 (4,70) 0.0000000 UZF070 + 371 (4,71) 0.0000000 UZF071 + 372 (4,72) 0.0000000 UZF072 + 373 (4,73) 0.0000000 UZF073 + 374 (4,74) 0.0000000 UZF074 + 375 (4,75) 0.0000000 UZF075 + 376 (4,76) 0.0000000 UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 (5,23) 0.0000000 UZF023 + 424 (5,24) 0.0000000 UZF024 + 425 (5,25) 0.0000000 UZF025 + 426 (5,26) 0.0000000 UZF026 + 427 (5,27) 0.0000000 UZF027 + 428 (5,28) 0.0000000 UZF028 + 429 (5,29) 0.0000000 UZF029 + 430 (5,30) 0.0000000 UZF030 + 431 (5,31) 0.0000000 UZF031 + 432 (5,32) 0.0000000 UZF032 + 433 (5,33) 0.0000000 UZF033 + 434 (5,34) 0.0000000 UZF034 + 435 (5,35) 0.0000000 UZF035 + 436 (5,36) 0.0000000 UZF036 + 437 (5,37) 0.0000000 UZF037 + 438 (5,38) 0.0000000 UZF038 + 439 (5,39) 0.0000000 UZF039 + 440 (5,40) 0.0000000 UZF040 + 441 (5,41) 0.0000000 UZF041 + 442 (5,42) 0.0000000 UZF042 + 443 (5,43) 0.0000000 UZF043 + 444 (5,44) 0.0000000 UZF044 + 445 (5,45) 0.0000000 UZF045 + 446 (5,46) 0.0000000 UZF046 + 447 (5,47) 0.0000000 UZF047 + 448 (5,48) 0.0000000 UZF048 + 449 (5,49) 0.0000000 UZF049 + 450 (5,50) 0.0000000 UZF050 + 451 (5,51) 0.0000000 UZF051 + 452 (5,52) 0.0000000 UZF052 + 453 (5,53) 0.0000000 UZF053 + 454 (5,54) 0.0000000 UZF054 + 455 (5,55) 0.0000000 UZF055 + 456 (5,56) 0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 5 STEP 3 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 0.0000000 UZF042 + 43 (1,43) 0.0000000 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 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(5,73) -0.0000000 UZF073 + 474 (5,74) -0.0000000 UZF074 + 475 (5,75) -0.0000000 UZF075 + 476 (5,76) -0.0000000 UZF076 + 477 (5,77) -0.0000000 UZF077 + 478 (5,78) -0.0000000 UZF078 + 479 (5,79) -0.0000000 UZF079 + 480 (5,80) -0.0000000 UZF080 + 481 (5,81) -0.0000000 UZF081 + 482 (5,82) -0.0000000 UZF082 + 483 (5,83) -0.0000000 UZF083 + 484 (5,84) -0.0000000 UZF084 + 485 (5,85) -0.0000000 UZF085 + 486 (5,86) -0.0000000 UZF086 + 487 (5,87) -0.0000000 UZF087 + 488 (5,88) -0.0000000 UZF088 + 489 (5,89) -0.0000000 UZF089 + 490 (5,90) -0.0000000 UZF090 + 491 (5,91) -0.0000000 UZF091 + 492 (5,92) -0.0000000 UZF092 + 493 (5,93) -0.0000000 UZF093 + 494 (5,94) -0.0000000 UZF094 + 495 (5,95) -0.0000000 UZF095 + 496 (5,96) -0.0000000 UZF096 + 497 (5,97) -0.0000000 UZF097 + 498 (5,98) -0.0000000 UZF098 + 499 (5,99) -0.0000000 UZF099 + 500 (5,100) -0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWET PACKAGE (UZF_0) FLOW RATES PERIOD 5 STEP 3 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) -4.49420124E-04 UZF001 + 2 (1,2) -4.43414340E-04 UZF002 + 3 (1,3) -4.30335028E-04 UZF003 + 4 (1,4) -0.0000000 UZF004 + 5 (1,5) -0.0000000 UZF005 + 6 (1,6) -0.0000000 UZF006 + 7 (1,7) -0.0000000 UZF007 + 8 (1,8) -0.0000000 UZF008 + 9 (1,9) -0.0000000 UZF009 + 10 (1,10) -0.0000000 UZF010 + 11 (1,11) -4.49420124E-04 UZF011 + 12 (1,12) -4.43414340E-04 UZF012 + 13 (1,13) -4.30335028E-04 UZF013 + 14 (1,14) -0.0000000 UZF014 + 15 (1,15) -0.0000000 UZF015 + 16 (1,16) -0.0000000 UZF016 + 17 (1,17) -0.0000000 UZF017 + 18 (1,18) -0.0000000 UZF018 + 19 (1,19) -0.0000000 UZF019 + 20 (1,20) -0.0000000 UZF020 + 21 (1,21) -4.49420124E-04 UZF021 + 22 (1,22) -4.43414340E-04 UZF022 + 23 (1,23) -4.30335028E-04 UZF023 + 24 (1,24) -0.0000000 UZF024 + 25 (1,25) -0.0000000 UZF025 + 26 (1,26) -0.0000000 UZF026 + 27 (1,27) -0.0000000 UZF027 + 28 (1,28) -0.0000000 UZF028 + 29 (1,29) -0.0000000 UZF029 + 30 (1,30) -0.0000000 UZF030 + 31 (1,31) -4.49420124E-04 UZF031 + 32 (1,32) -4.43414340E-04 UZF032 + 33 (1,33) -4.30335028E-04 UZF033 + 34 (1,34) -0.0000000 UZF034 + 35 (1,35) -0.0000000 UZF035 + 36 (1,36) -0.0000000 UZF036 + 37 (1,37) -0.0000000 UZF037 + 38 (1,38) -0.0000000 UZF038 + 39 (1,39) -0.0000000 UZF039 + 40 (1,40) -0.0000000 UZF040 + 41 (1,41) -4.49420124E-04 UZF041 + 42 (1,42) -4.43414340E-04 UZF042 + 43 (1,43) -4.30335028E-04 UZF043 + 44 (1,44) -0.0000000 UZF044 + 45 (1,45) -0.0000000 UZF045 + 46 (1,46) -0.0000000 UZF046 + 47 (1,47) -0.0000000 UZF047 + 48 (1,48) -0.0000000 UZF048 + 49 (1,49) -0.0000000 UZF049 + 50 (1,50) -0.0000000 UZF050 + 51 (1,51) -4.49420124E-04 UZF051 + 52 (1,52) -4.43414340E-04 UZF052 + 53 (1,53) -4.30335028E-04 UZF053 + 54 (1,54) -0.0000000 UZF054 + 55 (1,55) -0.0000000 UZF055 + 56 (1,56) -0.0000000 UZF056 + 57 (1,57) -0.0000000 UZF057 + 58 (1,58) -0.0000000 UZF058 + 59 (1,59) -0.0000000 UZF059 + 60 (1,60) -0.0000000 UZF060 + 61 (1,61) -4.49420124E-04 UZF061 + 62 (1,62) -4.43414340E-04 UZF062 + 63 (1,63) -4.30335028E-04 UZF063 + 64 (1,64) -0.0000000 UZF064 + 65 (1,65) -0.0000000 UZF065 + 66 (1,66) -0.0000000 UZF066 + 67 (1,67) -0.0000000 UZF067 + 68 (1,68) -0.0000000 UZF068 + 69 (1,69) -0.0000000 UZF069 + 70 (1,70) -0.0000000 UZF070 + 71 (1,71) -4.49420124E-04 UZF071 + 72 (1,72) -4.43414340E-04 UZF072 + 73 (1,73) -4.30335028E-04 UZF073 + 74 (1,74) -0.0000000 UZF074 + 75 (1,75) -0.0000000 UZF075 + 76 (1,76) -0.0000000 UZF076 + 77 (1,77) -0.0000000 UZF077 + 78 (1,78) -0.0000000 UZF078 + 79 (1,79) -0.0000000 UZF079 + 80 (1,80) -0.0000000 UZF080 + 81 (1,81) -4.49420124E-04 UZF081 + 82 (1,82) -4.43414340E-04 UZF082 + 83 (1,83) -4.30335028E-04 UZF083 + 84 (1,84) -0.0000000 UZF084 + 85 (1,85) -0.0000000 UZF085 + 86 (1,86) -0.0000000 UZF086 + 87 (1,87) -0.0000000 UZF087 + 88 (1,88) -0.0000000 UZF088 + 89 (1,89) -0.0000000 UZF089 + 90 (1,90) -0.0000000 UZF090 + 91 (1,91) -4.49420124E-04 UZF091 + 92 (1,92) -4.43414340E-04 UZF092 + 93 (1,93) -4.30335028E-04 UZF093 + 94 (1,94) -0.0000000 UZF094 + 95 (1,95) -0.0000000 UZF095 + 96 (1,96) -0.0000000 UZF096 + 97 (1,97) -0.0000000 UZF097 + 98 (1,98) -0.0000000 UZF098 + 99 (1,99) -0.0000000 UZF099 + 100 (1,100) -0.0000000 UZF100 + 101 (2,1) -1.36483542E-04 UZF001 + 102 (2,2) -1.36374198E-04 UZF002 + 103 (2,3) -1.36212530E-04 UZF003 + 104 (2,4) -3.60730965E-04 UZF004 + 105 (2,5) -3.42121130E-04 UZF005 + 106 (2,6) -3.20040185E-04 UZF006 + 107 (2,7) -2.95452334E-04 UZF007 + 108 (2,8) -2.70002089E-04 UZF008 + 109 (2,9) -2.46616154E-04 UZF009 + 110 (2,10) -2.30658554E-04 UZF010 + 111 (2,11) -1.36483542E-04 UZF011 + 112 (2,12) -1.36374198E-04 UZF012 + 113 (2,13) -1.36212530E-04 UZF013 + 114 (2,14) -3.60730965E-04 UZF014 + 115 (2,15) -3.42121130E-04 UZF015 + 116 (2,16) -3.20040185E-04 UZF016 + 117 (2,17) -2.95452334E-04 UZF017 + 118 (2,18) -2.70002089E-04 UZF018 + 119 (2,19) -2.46616154E-04 UZF019 + 120 (2,20) -2.30658554E-04 UZF020 + 121 (2,21) -1.36483542E-04 UZF021 + 122 (2,22) -1.36374198E-04 UZF022 + 123 (2,23) -1.36212530E-04 UZF023 + 124 (2,24) -3.60730965E-04 UZF024 + 125 (2,25) -3.42121130E-04 UZF025 + 126 (2,26) -3.20040185E-04 UZF026 + 127 (2,27) -2.95452334E-04 UZF027 + 128 (2,28) -2.70002089E-04 UZF028 + 129 (2,29) -2.46616154E-04 UZF029 + 130 (2,30) -2.30658554E-04 UZF030 + 131 (2,31) -1.36483542E-04 UZF031 + 132 (2,32) -1.36374198E-04 UZF032 + 133 (2,33) -1.36212530E-04 UZF033 + 134 (2,34) -3.60730965E-04 UZF034 + 135 (2,35) -3.42121130E-04 UZF035 + 136 (2,36) -3.20040185E-04 UZF036 + 137 (2,37) -2.95452334E-04 UZF037 + 138 (2,38) -2.70002089E-04 UZF038 + 139 (2,39) -2.46616154E-04 UZF039 + 140 (2,40) -2.30658554E-04 UZF040 + 141 (2,41) -1.36483542E-04 UZF041 + 142 (2,42) -1.36374198E-04 UZF042 + 143 (2,43) -1.36212530E-04 UZF043 + 144 (2,44) -3.60730965E-04 UZF044 + 145 (2,45) -3.42121130E-04 UZF045 + 146 (2,46) -3.20040185E-04 UZF046 + 147 (2,47) -2.95452334E-04 UZF047 + 148 (2,48) -2.70002089E-04 UZF048 + 149 (2,49) -2.46616154E-04 UZF049 + 150 (2,50) -2.30658554E-04 UZF050 + 151 (2,51) -1.36483542E-04 UZF051 + 152 (2,52) -1.36374198E-04 UZF052 + 153 (2,53) -1.36212530E-04 UZF053 + 154 (2,54) -3.60730965E-04 UZF054 + 155 (2,55) -3.42121130E-04 UZF055 + 156 (2,56) -3.20040185E-04 UZF056 + 157 (2,57) -2.95452334E-04 UZF057 + 158 (2,58) -2.70002089E-04 UZF058 + 159 (2,59) -2.46616154E-04 UZF059 + 160 (2,60) -2.30658554E-04 UZF060 + 161 (2,61) -1.36483542E-04 UZF061 + 162 (2,62) -1.36374198E-04 UZF062 + 163 (2,63) -1.36212530E-04 UZF063 + 164 (2,64) -3.60730965E-04 UZF064 + 165 (2,65) -3.42121130E-04 UZF065 + 166 (2,66) -3.20040185E-04 UZF066 + 167 (2,67) -2.95452334E-04 UZF067 + 168 (2,68) -2.70002089E-04 UZF068 + 169 (2,69) -2.46616154E-04 UZF069 + 170 (2,70) -2.30658554E-04 UZF070 + 171 (2,71) -1.36483542E-04 UZF071 + 172 (2,72) -1.36374198E-04 UZF072 + 173 (2,73) -1.36212530E-04 UZF073 + 174 (2,74) -3.60730965E-04 UZF074 + 175 (2,75) -3.42121130E-04 UZF075 + 176 (2,76) -3.20040185E-04 UZF076 + 177 (2,77) -2.95452334E-04 UZF077 + 178 (2,78) -2.70002089E-04 UZF078 + 179 (2,79) -2.46616154E-04 UZF079 + 180 (2,80) -2.30658554E-04 UZF080 + 181 (2,81) -1.36483542E-04 UZF081 + 182 (2,82) -1.36374198E-04 UZF082 + 183 (2,83) -1.36212530E-04 UZF083 + 184 (2,84) -3.60730965E-04 UZF084 + 185 (2,85) -3.42121130E-04 UZF085 + 186 (2,86) -3.20040185E-04 UZF086 + 187 (2,87) -2.95452334E-04 UZF087 + 188 (2,88) -2.70002089E-04 UZF088 + 189 (2,89) -2.46616154E-04 UZF089 + 190 (2,90) -2.30658554E-04 UZF090 + 191 (2,91) -1.36483542E-04 UZF091 + 192 (2,92) -1.36374198E-04 UZF092 + 193 (2,93) -1.36212530E-04 UZF093 + 194 (2,94) -3.60730965E-04 UZF094 + 195 (2,95) -3.42121130E-04 UZF095 + 196 (2,96) -3.20040185E-04 UZF096 + 197 (2,97) -2.95452334E-04 UZF097 + 198 (2,98) -2.70002089E-04 UZF098 + 199 (2,99) -2.46616154E-04 UZF099 + 200 (2,100) -2.30658554E-04 UZF100 + 201 (3,1) -4.86256121E-05 UZF001 + 202 (3,2) -4.91103659E-05 UZF002 + 203 (3,3) -5.00866496E-05 UZF003 + 204 (3,4) -1.36470982E-04 UZF004 + 205 (3,5) -1.34489750E-04 UZF005 + 206 (3,6) -1.31265821E-04 UZF006 + 207 (3,7) -1.26501021E-04 UZF007 + 208 (3,8) -1.20099798E-04 UZF008 + 209 (3,9) -1.12561487E-04 UZF009 + 210 (3,10) -1.05894262E-04 UZF010 + 211 (3,11) -4.86256121E-05 UZF011 + 212 (3,12) -4.91103659E-05 UZF012 + 213 (3,13) -5.00866496E-05 UZF013 + 214 (3,14) -1.36470982E-04 UZF014 + 215 (3,15) -1.34489750E-04 UZF015 + 216 (3,16) -1.31265821E-04 UZF016 + 217 (3,17) -1.26501021E-04 UZF017 + 218 (3,18) -1.20099798E-04 UZF018 + 219 (3,19) -1.12561487E-04 UZF019 + 220 (3,20) -1.05894262E-04 UZF020 + 221 (3,21) -4.86256121E-05 UZF021 + 222 (3,22) -4.91103659E-05 UZF022 + 223 (3,23) -5.00866496E-05 UZF023 + 224 (3,24) -1.36470982E-04 UZF024 + 225 (3,25) -1.34489750E-04 UZF025 + 226 (3,26) -1.31265821E-04 UZF026 + 227 (3,27) -1.26501021E-04 UZF027 + 228 (3,28) -1.20099798E-04 UZF028 + 229 (3,29) -1.12561487E-04 UZF029 + 230 (3,30) -1.05894262E-04 UZF030 + 231 (3,31) -4.86256121E-05 UZF031 + 232 (3,32) -4.91103659E-05 UZF032 + 233 (3,33) -5.00866496E-05 UZF033 + 234 (3,34) -1.36470982E-04 UZF034 + 235 (3,35) -1.34489750E-04 UZF035 + 236 (3,36) -1.31265821E-04 UZF036 + 237 (3,37) -1.26501021E-04 UZF037 + 238 (3,38) -1.20099798E-04 UZF038 + 239 (3,39) -1.12561487E-04 UZF039 + 240 (3,40) -1.05894262E-04 UZF040 + 241 (3,41) -4.86256121E-05 UZF041 + 242 (3,42) -4.91103659E-05 UZF042 + 243 (3,43) -5.00866496E-05 UZF043 + 244 (3,44) -1.36470982E-04 UZF044 + 245 (3,45) -1.34489750E-04 UZF045 + 246 (3,46) -1.31265821E-04 UZF046 + 247 (3,47) -1.26501021E-04 UZF047 + 248 (3,48) -1.20099798E-04 UZF048 + 249 (3,49) -1.12561487E-04 UZF049 + 250 (3,50) -1.05894262E-04 UZF050 + 251 (3,51) -4.86256121E-05 UZF051 + 252 (3,52) -4.91103659E-05 UZF052 + 253 (3,53) -5.00866496E-05 UZF053 + 254 (3,54) -1.36470982E-04 UZF054 + 255 (3,55) -1.34489750E-04 UZF055 + 256 (3,56) -1.31265821E-04 UZF056 + 257 (3,57) 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(3,85) -1.34489750E-04 UZF085 + 286 (3,86) -1.31265821E-04 UZF086 + 287 (3,87) -1.26501021E-04 UZF087 + 288 (3,88) -1.20099798E-04 UZF088 + 289 (3,89) -1.12561487E-04 UZF089 + 290 (3,90) -1.05894262E-04 UZF090 + 291 (3,91) -4.86256121E-05 UZF091 + 292 (3,92) -4.91103659E-05 UZF092 + 293 (3,93) -5.00866496E-05 UZF093 + 294 (3,94) -1.36470982E-04 UZF094 + 295 (3,95) -1.34489750E-04 UZF095 + 296 (3,96) -1.31265821E-04 UZF096 + 297 (3,97) -1.26501021E-04 UZF097 + 298 (3,98) -1.20099798E-04 UZF098 + 299 (3,99) -1.12561487E-04 UZF099 + 300 (3,100) -1.05894262E-04 UZF100 + 301 (4,1) -0.0000000 UZF001 + 302 (4,2) -0.0000000 UZF002 + 303 (4,3) -0.0000000 UZF003 + 304 (4,4) -0.0000000 UZF004 + 305 (4,5) -0.0000000 UZF005 + 306 (4,6) -0.0000000 UZF006 + 307 (4,7) -0.0000000 UZF007 + 308 (4,8) -0.0000000 UZF008 + 309 (4,9) -0.0000000 UZF009 + 310 (4,10) -0.0000000 UZF010 + 311 (4,11) -0.0000000 UZF011 + 312 (4,12) -0.0000000 UZF012 + 313 (4,13) -0.0000000 UZF013 + 314 (4,14) -0.0000000 UZF014 + 315 (4,15) -0.0000000 UZF015 + 316 (4,16) -0.0000000 UZF016 + 317 (4,17) -0.0000000 UZF017 + 318 (4,18) -0.0000000 UZF018 + 319 (4,19) -0.0000000 UZF019 + 320 (4,20) -0.0000000 UZF020 + 321 (4,21) -0.0000000 UZF021 + 322 (4,22) -0.0000000 UZF022 + 323 (4,23) -0.0000000 UZF023 + 324 (4,24) -0.0000000 UZF024 + 325 (4,25) -0.0000000 UZF025 + 326 (4,26) -0.0000000 UZF026 + 327 (4,27) -0.0000000 UZF027 + 328 (4,28) -0.0000000 UZF028 + 329 (4,29) -0.0000000 UZF029 + 330 (4,30) -0.0000000 UZF030 + 331 (4,31) -0.0000000 UZF031 + 332 (4,32) -0.0000000 UZF032 + 333 (4,33) -0.0000000 UZF033 + 334 (4,34) -0.0000000 UZF034 + 335 (4,35) -0.0000000 UZF035 + 336 (4,36) -0.0000000 UZF036 + 337 (4,37) -0.0000000 UZF037 + 338 (4,38) -0.0000000 UZF038 + 339 (4,39) -0.0000000 UZF039 + 340 (4,40) -0.0000000 UZF040 + 341 (4,41) -0.0000000 UZF041 + 342 (4,42) -0.0000000 UZF042 + 343 (4,43) -0.0000000 UZF043 + 344 (4,44) -0.0000000 UZF044 + 345 (4,45) -0.0000000 UZF045 + 346 (4,46) -0.0000000 UZF046 + 347 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................................................................................................................................................................ + 1 19.5223 19.4566 19.3255 19.1341 18.8693 18.5460 18.1734 17.7721 17.3875 17.1152 + 19.5223 19.4566 19.3255 19.1341 18.8693 18.5460 18.1734 17.7721 17.3875 17.1152 + 19.5223 19.4566 19.3255 19.1341 18.8693 18.5460 18.1734 17.7721 17.3875 17.1152 + 19.5223 19.4566 19.3255 19.1341 18.8693 18.5460 18.1734 17.7721 17.3875 17.1152 + 19.5223 19.4566 19.3255 19.1341 18.8693 18.5460 18.1734 17.7721 17.3875 17.1152 + 19.5223 19.4566 19.3255 19.1341 18.8693 18.5460 18.1734 17.7721 17.3875 17.1152 + 19.5223 19.4566 19.3255 19.1341 18.8693 18.5460 18.1734 17.7721 17.3875 17.1152 + 19.5223 19.4566 19.3255 19.1341 18.8693 18.5460 18.1734 17.7721 17.3875 17.1152 + 19.5223 19.4566 19.3255 19.1341 18.8693 18.5460 18.1734 17.7721 17.3875 17.1152 + 19.5223 19.4566 19.3255 19.1341 18.8693 18.5460 18.1734 17.7721 17.3875 17.1152 +1 + HEAD IN LAYER 3 AT END OF TIME STEP 3 IN STRESS PERIOD 5 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + 11 12 13 14 15 16 17 18 19 20 + 21 22 23 24 25 26 27 28 29 30 + 31 32 33 34 35 36 37 38 39 40 + 41 42 43 44 45 46 47 48 49 50 + 51 52 53 54 55 56 57 58 59 60 + 61 62 63 64 65 66 67 68 69 70 + 71 72 73 74 75 76 77 78 79 80 + 81 82 83 84 85 86 87 88 89 90 + 91 92 93 94 95 96 97 98 99 100 + ................................................................................................................................................................ + 1 18.9328 18.8600 18.7140 18.4947 18.2007 17.8347 17.4030 16.9219 16.4328 16.0437 + 18.9328 18.8600 18.7140 18.4947 18.2007 17.8347 17.4030 16.9219 16.4328 16.0437 + 18.9328 18.8600 18.7140 18.4947 18.2007 17.8347 17.4030 16.9219 16.4328 16.0437 + 18.9328 18.8600 18.7140 18.4947 18.2007 17.8347 17.4030 16.9219 16.4328 16.0437 + 18.9328 18.8600 18.7140 18.4947 18.2007 17.8347 17.4030 16.9219 16.4328 16.0437 + 18.9328 18.8600 18.7140 18.4947 18.2007 17.8347 17.4030 16.9219 16.4328 16.0437 + 18.9328 18.8600 18.7140 18.4947 18.2007 17.8347 17.4030 16.9219 16.4328 16.0437 + 18.9328 18.8600 18.7140 18.4947 18.2007 17.8347 17.4030 16.9219 16.4328 16.0437 + 18.9328 18.8600 18.7140 18.4947 18.2007 17.8347 17.4030 16.9219 16.4328 16.0437 + 18.9328 18.8600 18.7140 18.4947 18.2007 17.8347 17.4030 16.9219 16.4328 16.0437 +1 + HEAD IN LAYER 4 AT END OF TIME STEP 3 IN STRESS PERIOD 5 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + 11 12 13 14 15 16 17 18 19 20 + 21 22 23 24 25 26 27 28 29 30 + 31 32 33 34 35 36 37 38 39 40 + 41 42 43 44 45 46 47 48 49 50 + 51 52 53 54 55 56 57 58 59 60 + 61 62 63 64 65 66 67 68 69 70 + 71 72 73 74 75 76 77 78 79 80 + 81 82 83 84 85 86 87 88 89 90 + 91 92 93 94 95 96 97 98 99 100 + ................................................................................................................................................................ + 1 18.5257 18.4462 18.2861 18.0430 17.7126 17.2882 16.7571 16.0921 15.2287 14.0001 + 18.5257 18.4462 18.2861 18.0430 17.7126 17.2882 16.7571 16.0921 15.2287 14.0001 + 18.5257 18.4462 18.2861 18.0430 17.7126 17.2882 16.7571 16.0921 15.2287 14.0001 + 18.5257 18.4462 18.2861 18.0430 17.7126 17.2882 16.7571 16.0921 15.2287 14.0001 + 18.5257 18.4462 18.2861 18.0430 17.7126 17.2882 16.7571 16.0921 15.2287 14.0001 + 18.5257 18.4462 18.2861 18.0430 17.7126 17.2882 16.7571 16.0921 15.2287 14.0001 + 18.5257 18.4462 18.2861 18.0430 17.7126 17.2882 16.7571 16.0921 15.2287 14.0001 + 18.5257 18.4462 18.2861 18.0430 17.7126 17.2882 16.7571 16.0921 15.2287 14.0001 + 18.5257 18.4462 18.2861 18.0430 17.7126 17.2882 16.7571 16.0921 15.2287 14.0001 + 18.5257 18.4462 18.2861 18.0430 17.7126 17.2882 16.7571 16.0921 15.2287 14.0001 +1 + HEAD IN LAYER 5 AT END OF TIME STEP 3 IN STRESS PERIOD 5 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + 11 12 13 14 15 16 17 18 19 20 + 21 22 23 24 25 26 27 28 29 30 + 31 32 33 34 35 36 37 38 39 40 + 41 42 43 44 45 46 47 48 49 50 + 51 52 53 54 55 56 57 58 59 60 + 61 62 63 64 65 66 67 68 69 70 + 71 72 73 74 75 76 77 78 79 80 + 81 82 83 84 85 86 87 88 89 90 + 91 92 93 94 95 96 97 98 99 100 + ................................................................................................................................................................ + 1 18.3173 18.2340 18.0658 17.8094 17.4596 17.0086 16.4457 15.7583 14.9374 14.0000 + 18.3173 18.2340 18.0658 17.8094 17.4596 17.0086 16.4457 15.7583 14.9374 14.0000 + 18.3173 18.2340 18.0658 17.8094 17.4596 17.0086 16.4457 15.7583 14.9374 14.0000 + 18.3173 18.2340 18.0658 17.8094 17.4596 17.0086 16.4457 15.7583 14.9374 14.0000 + 18.3173 18.2340 18.0658 17.8094 17.4596 17.0086 16.4457 15.7583 14.9374 14.0000 + 18.3173 18.2340 18.0658 17.8094 17.4596 17.0086 16.4457 15.7583 14.9374 14.0000 + 18.3173 18.2340 18.0658 17.8094 17.4596 17.0086 16.4457 15.7583 14.9374 14.0000 + 18.3173 18.2340 18.0658 17.8094 17.4596 17.0086 16.4457 15.7583 14.9374 14.0000 + 18.3173 18.2340 18.0658 17.8094 17.4596 17.0086 16.4457 15.7583 14.9374 14.0000 + 18.3173 18.2340 18.0658 17.8094 17.4596 17.0086 16.4457 15.7583 14.9374 14.0000 + + HEAD WILL BE SAVED ON UNIT 1016 AT END OF TIME STEP 3, STRESS PERIOD 5 + + + UZF_0 BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 3, STRESS PERIOD 5 + ------------------------------------------------------------------------------ + + CUMULATIVE UZF_0 L**3 RATES FOR THIS TIME STEP L**3/T + ------------------ ------------------------ + + IN: IN: + --- --- + GWF = 0.0000 GWF = 0.0000 + INFILTRATION = 690.0000 INFILTRATION = 15.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.0000 UZET = 0.0000 + STORAGE = 16.6050 STORAGE = 0.0000 + + TOTAL IN = 706.6050 TOTAL IN = 15.0000 + + OUT: OUT: + ---- ---- + GWF = 690.9164 GWF = 14.9574 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 1.8078 UZET = 4.0506E-02 + STORAGE = 13.8809 STORAGE = 2.1287E-03 + + TOTAL OUT = 706.6050 TOTAL OUT = 15.0000 + + IN - OUT = 1.6900E-06 IN - OUT = 2.8422E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 3, STRESS PERIOD 5 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.8588E-02 STO-SS = 4.1591E-06 STORAGE + STO-SY = 40.3293 STO-SY = 7.8347E-03 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 690.9164 UZF-GWRCH = 14.9574 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 731.2943 TOTAL IN = 14.9652 + + OUT: OUT: + ---- ---- + STO-SS = 7.9969E-04 STO-SS = 0.0000 STORAGE + STO-SY = 11.9671 STO-SY = 0.0000 STORAGE + GHB = 717.0106 GHB = 14.9171 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 2.3158 UZF-GWET = 4.8130E-02 UZF_0 + + TOTAL OUT = 731.2943 TOTAL OUT = 14.9652 + + IN - OUT = -1.7996E-06 IN - OUT = -3.5646E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 3 IN STRESS PERIOD 5 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 5.18400E+05 8640.0 144.00 6.0000 1.64271E-02 + TOTAL TIME 3.97440E+06 66240. 1104.0 46.000 0.12594 + + +end timestep + + +start timestep kper="5" kstp="4" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1015 AT TIME STEP 4, STRESS PERIOD 5 + UBDSV1 SAVING STO-SY ON UNIT 1015 AT TIME STEP 4, STRESS PERIOD 5 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1015 AT TIME STEP 4, STRESS PERIOD 5 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1015 AT TIME STEP 4, STRESS PERIOD 5 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 4, STRESS PERIOD 5 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 4, STRESS PERIOD 5 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 4, STRESS PERIOD 5 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 4, STRESS PERIOD 5 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1011 AT TIME STEP 4, STRESS PERIOD 5 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 4, STRESS PERIOD 5 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 4, STRESS PERIOD 5 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 4, STRESS PERIOD 5 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 4, STRESS PERIOD 5 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 5 STEP 4 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.0229083 + 2 (4,20) -1.0229083 + 3 (4,30) -1.0229083 + 4 (4,40) -1.0229083 + 5 (4,50) -1.0229083 + 6 (4,60) -1.0229083 + 7 (4,70) -1.0229083 + 8 (4,80) -1.0229083 + 9 (4,90) -1.0229083 + 10 (4,100) -1.0229083 + 11 (5,10) -0.46866210 + 12 (5,20) -0.46866210 + 13 (5,30) -0.46866210 + 14 (5,40) -0.46866210 + 15 (5,50) -0.46866210 + 16 (5,60) -0.46866210 + 17 (5,70) -0.46866210 + 18 (5,80) -0.46866210 + 19 (5,90) -0.46866210 + 20 (5,100) -0.46866210 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 5 STEP 4 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14964752 UZF001 + 2 (1,2) 0.14964407 UZF002 + 3 (1,3) 0.14963962 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14964752 UZF011 + 12 (1,12) 0.14964407 UZF012 + 13 (1,13) 0.14963962 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14964752 UZF021 + 22 (1,22) 0.14964407 UZF022 + 23 (1,23) 0.14963962 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14964752 UZF031 + 32 (1,32) 0.14964407 UZF032 + 33 (1,33) 0.14963962 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14964752 UZF041 + 42 (1,42) 0.14964407 UZF042 + 43 (1,43) 0.14963962 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14964752 UZF051 + 52 (1,52) 0.14964407 UZF052 + 53 (1,53) 0.14963962 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14964752 UZF061 + 62 (1,62) 0.14964407 UZF062 + 63 (1,63) 0.14963962 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14964752 UZF071 + 72 (1,72) 0.14964407 UZF072 + 73 (1,73) 0.14963962 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14964752 UZF081 + 82 (1,82) 0.14964407 UZF082 + 83 (1,83) 0.14963962 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14964752 UZF091 + 92 (1,92) 0.14964407 UZF092 + 93 (1,93) 0.14963962 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.14959153 UZF004 + 105 (2,5) 0.14958145 UZF005 + 106 (2,6) 0.14956836 UZF006 + 107 (2,7) 0.14955281 UZF007 + 108 (2,8) 0.14953573 UZF008 + 109 (2,9) 0.14951914 UZF009 + 110 (2,10) 0.14950723 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.14959153 UZF014 + 115 (2,15) 0.14958145 UZF015 + 116 (2,16) 0.14956836 UZF016 + 117 (2,17) 0.14955281 UZF017 + 118 (2,18) 0.14953573 UZF018 + 119 (2,19) 0.14951914 UZF019 + 120 (2,20) 0.14950723 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.14959153 UZF024 + 125 (2,25) 0.14958145 UZF025 + 126 (2,26) 0.14956836 UZF026 + 127 (2,27) 0.14955281 UZF027 + 128 (2,28) 0.14953573 UZF028 + 129 (2,29) 0.14951914 UZF029 + 130 (2,30) 0.14950723 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.14959153 UZF034 + 135 (2,35) 0.14958145 UZF035 + 136 (2,36) 0.14956836 UZF036 + 137 (2,37) 0.14955281 UZF037 + 138 (2,38) 0.14953573 UZF038 + 139 (2,39) 0.14951914 UZF039 + 140 (2,40) 0.14950723 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.14959153 UZF044 + 145 (2,45) 0.14958145 UZF045 + 146 (2,46) 0.14956836 UZF046 + 147 (2,47) 0.14955281 UZF047 + 148 (2,48) 0.14953573 UZF048 + 149 (2,49) 0.14951914 UZF049 + 150 (2,50) 0.14950723 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.14959153 UZF054 + 155 (2,55) 0.14958145 UZF055 + 156 (2,56) 0.14956836 UZF056 + 157 (2,57) 0.14955281 UZF057 + 158 (2,58) 0.14953573 UZF058 + 159 (2,59) 0.14951914 UZF059 + 160 (2,60) 0.14950723 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.14959153 UZF064 + 165 (2,65) 0.14958145 UZF065 + 166 (2,66) 0.14956836 UZF066 + 167 (2,67) 0.14955281 UZF067 + 168 (2,68) 0.14953573 UZF068 + 169 (2,69) 0.14951914 UZF069 + 170 (2,70) 0.14950723 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.14959153 UZF074 + 175 (2,75) 0.14958145 UZF075 + 176 (2,76) 0.14956836 UZF076 + 177 (2,77) 0.14955281 UZF077 + 178 (2,78) 0.14953573 UZF078 + 179 (2,79) 0.14951914 UZF079 + 180 (2,80) 0.14950723 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.14959153 UZF084 + 185 (2,85) 0.14958145 UZF085 + 186 (2,86) 0.14956836 UZF086 + 187 (2,87) 0.14955281 UZF087 + 188 (2,88) 0.14953573 UZF088 + 189 (2,89) 0.14951914 UZF089 + 190 (2,90) 0.14950723 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.14959153 UZF094 + 195 (2,95) 0.14958145 UZF095 + 196 (2,96) 0.14956836 UZF096 + 197 (2,97) 0.14955281 UZF097 + 198 (2,98) 0.14953573 UZF098 + 199 (2,99) 0.14951914 UZF099 + 200 (2,100) 0.14950723 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 261 (3,61) 0.0000000 UZF061 + 262 (3,62) 0.0000000 UZF062 + 263 (3,63) 0.0000000 UZF063 + 264 (3,64) 0.0000000 UZF064 + 265 (3,65) 0.0000000 UZF065 + 266 (3,66) 0.0000000 UZF066 + 267 (3,67) 0.0000000 UZF067 + 268 (3,68) 0.0000000 UZF068 + 269 (3,69) 0.0000000 UZF069 + 270 (3,70) 0.0000000 UZF070 + 271 (3,71) 0.0000000 UZF071 + 272 (3,72) 0.0000000 UZF072 + 273 (3,73) 0.0000000 UZF073 + 274 (3,74) 0.0000000 UZF074 + 275 (3,75) 0.0000000 UZF075 + 276 (3,76) 0.0000000 UZF076 + 277 (3,77) 0.0000000 UZF077 + 278 (3,78) 0.0000000 UZF078 + 279 (3,79) 0.0000000 UZF079 + 280 (3,80) 0.0000000 UZF080 + 281 (3,81) 0.0000000 UZF081 + 282 (3,82) 0.0000000 UZF082 + 283 (3,83) 0.0000000 UZF083 + 284 (3,84) 0.0000000 UZF084 + 285 (3,85) 0.0000000 UZF085 + 286 (3,86) 0.0000000 UZF086 + 287 (3,87) 0.0000000 UZF087 + 288 (3,88) 0.0000000 UZF088 + 289 (3,89) 0.0000000 UZF089 + 290 (3,90) 0.0000000 UZF090 + 291 (3,91) 0.0000000 UZF091 + 292 (3,92) 0.0000000 UZF092 + 293 (3,93) 0.0000000 UZF093 + 294 (3,94) 0.0000000 UZF094 + 295 (3,95) 0.0000000 UZF095 + 296 (3,96) 0.0000000 UZF096 + 297 (3,97) 0.0000000 UZF097 + 298 (3,98) 0.0000000 UZF098 + 299 (3,99) 0.0000000 UZF099 + 300 (3,100) 0.0000000 UZF100 + 301 (4,1) 0.0000000 UZF001 + 302 (4,2) 0.0000000 UZF002 + 303 (4,3) 0.0000000 UZF003 + 304 (4,4) 0.0000000 UZF004 + 305 (4,5) 0.0000000 UZF005 + 306 (4,6) 0.0000000 UZF006 + 307 (4,7) 0.0000000 UZF007 + 308 (4,8) 0.0000000 UZF008 + 309 (4,9) 0.0000000 UZF009 + 310 (4,10) 0.0000000 UZF010 + 311 (4,11) 0.0000000 UZF011 + 312 (4,12) 0.0000000 UZF012 + 313 (4,13) 0.0000000 UZF013 + 314 (4,14) 0.0000000 UZF014 + 315 (4,15) 0.0000000 UZF015 + 316 (4,16) 0.0000000 UZF016 + 317 (4,17) 0.0000000 UZF017 + 318 (4,18) 0.0000000 UZF018 + 319 (4,19) 0.0000000 UZF019 + 320 (4,20) 0.0000000 UZF020 + 321 (4,21) 0.0000000 UZF021 + 322 (4,22) 0.0000000 UZF022 + 323 (4,23) 0.0000000 UZF023 + 324 (4,24) 0.0000000 UZF024 + 325 (4,25) 0.0000000 UZF025 + 326 (4,26) 0.0000000 UZF026 + 327 (4,27) 0.0000000 UZF027 + 328 (4,28) 0.0000000 UZF028 + 329 (4,29) 0.0000000 UZF029 + 330 (4,30) 0.0000000 UZF030 + 331 (4,31) 0.0000000 UZF031 + 332 (4,32) 0.0000000 UZF032 + 333 (4,33) 0.0000000 UZF033 + 334 (4,34) 0.0000000 UZF034 + 335 (4,35) 0.0000000 UZF035 + 336 (4,36) 0.0000000 UZF036 + 337 (4,37) 0.0000000 UZF037 + 338 (4,38) 0.0000000 UZF038 + 339 (4,39) 0.0000000 UZF039 + 340 (4,40) 0.0000000 UZF040 + 341 (4,41) 0.0000000 UZF041 + 342 (4,42) 0.0000000 UZF042 + 343 (4,43) 0.0000000 UZF043 + 344 (4,44) 0.0000000 UZF044 + 345 (4,45) 0.0000000 UZF045 + 346 (4,46) 0.0000000 UZF046 + 347 (4,47) 0.0000000 UZF047 + 348 (4,48) 0.0000000 UZF048 + 349 (4,49) 0.0000000 UZF049 + 350 (4,50) 0.0000000 UZF050 + 351 (4,51) 0.0000000 UZF051 + 352 (4,52) 0.0000000 UZF052 + 353 (4,53) 0.0000000 UZF053 + 354 (4,54) 0.0000000 UZF054 + 355 (4,55) 0.0000000 UZF055 + 356 (4,56) 0.0000000 UZF056 + 357 (4,57) 0.0000000 UZF057 + 358 (4,58) 0.0000000 UZF058 + 359 (4,59) 0.0000000 UZF059 + 360 (4,60) 0.0000000 UZF060 + 361 (4,61) 0.0000000 UZF061 + 362 (4,62) 0.0000000 UZF062 + 363 (4,63) 0.0000000 UZF063 + 364 (4,64) 0.0000000 UZF064 + 365 (4,65) 0.0000000 UZF065 + 366 (4,66) 0.0000000 UZF066 + 367 (4,67) 0.0000000 UZF067 + 368 (4,68) 0.0000000 UZF068 + 369 (4,69) 0.0000000 UZF069 + 370 (4,70) 0.0000000 UZF070 + 371 (4,71) 0.0000000 UZF071 + 372 (4,72) 0.0000000 UZF072 + 373 (4,73) 0.0000000 UZF073 + 374 (4,74) 0.0000000 UZF074 + 375 (4,75) 0.0000000 UZF075 + 376 (4,76) 0.0000000 UZF076 + 377 (4,77) 0.0000000 UZF077 + 378 (4,78) 0.0000000 UZF078 + 379 (4,79) 0.0000000 UZF079 + 380 (4,80) 0.0000000 UZF080 + 381 (4,81) 0.0000000 UZF081 + 382 (4,82) 0.0000000 UZF082 + 383 (4,83) 0.0000000 UZF083 + 384 (4,84) 0.0000000 UZF084 + 385 (4,85) 0.0000000 UZF085 + 386 (4,86) 0.0000000 UZF086 + 387 (4,87) 0.0000000 UZF087 + 388 (4,88) 0.0000000 UZF088 + 389 (4,89) 0.0000000 UZF089 + 390 (4,90) 0.0000000 UZF090 + 391 (4,91) 0.0000000 UZF091 + 392 (4,92) 0.0000000 UZF092 + 393 (4,93) 0.0000000 UZF093 + 394 (4,94) 0.0000000 UZF094 + 395 (4,95) 0.0000000 UZF095 + 396 (4,96) 0.0000000 UZF096 + 397 (4,97) 0.0000000 UZF097 + 398 (4,98) 0.0000000 UZF098 + 399 (4,99) 0.0000000 UZF099 + 400 (4,100) 0.0000000 UZF100 + 401 (5,1) 0.0000000 UZF001 + 402 (5,2) 0.0000000 UZF002 + 403 (5,3) 0.0000000 UZF003 + 404 (5,4) 0.0000000 UZF004 + 405 (5,5) 0.0000000 UZF005 + 406 (5,6) 0.0000000 UZF006 + 407 (5,7) 0.0000000 UZF007 + 408 (5,8) 0.0000000 UZF008 + 409 (5,9) 0.0000000 UZF009 + 410 (5,10) 0.0000000 UZF010 + 411 (5,11) 0.0000000 UZF011 + 412 (5,12) 0.0000000 UZF012 + 413 (5,13) 0.0000000 UZF013 + 414 (5,14) 0.0000000 UZF014 + 415 (5,15) 0.0000000 UZF015 + 416 (5,16) 0.0000000 UZF016 + 417 (5,17) 0.0000000 UZF017 + 418 (5,18) 0.0000000 UZF018 + 419 (5,19) 0.0000000 UZF019 + 420 (5,20) 0.0000000 UZF020 + 421 (5,21) 0.0000000 UZF021 + 422 (5,22) 0.0000000 UZF022 + 423 (5,23) 0.0000000 UZF023 + 424 (5,24) 0.0000000 UZF024 + 425 (5,25) 0.0000000 UZF025 + 426 (5,26) 0.0000000 UZF026 + 427 (5,27) 0.0000000 UZF027 + 428 (5,28) 0.0000000 UZF028 + 429 (5,29) 0.0000000 UZF029 + 430 (5,30) 0.0000000 UZF030 + 431 (5,31) 0.0000000 UZF031 + 432 (5,32) 0.0000000 UZF032 + 433 (5,33) 0.0000000 UZF033 + 434 (5,34) 0.0000000 UZF034 + 435 (5,35) 0.0000000 UZF035 + 436 (5,36) 0.0000000 UZF036 + 437 (5,37) 0.0000000 UZF037 + 438 (5,38) 0.0000000 UZF038 + 439 (5,39) 0.0000000 UZF039 + 440 (5,40) 0.0000000 UZF040 + 441 (5,41) 0.0000000 UZF041 + 442 (5,42) 0.0000000 UZF042 + 443 (5,43) 0.0000000 UZF043 + 444 (5,44) 0.0000000 UZF044 + 445 (5,45) 0.0000000 UZF045 + 446 (5,46) 0.0000000 UZF046 + 447 (5,47) 0.0000000 UZF047 + 448 (5,48) 0.0000000 UZF048 + 449 (5,49) 0.0000000 UZF049 + 450 (5,50) 0.0000000 UZF050 + 451 (5,51) 0.0000000 UZF051 + 452 (5,52) 0.0000000 UZF052 + 453 (5,53) 0.0000000 UZF053 + 454 (5,54) 0.0000000 UZF054 + 455 (5,55) 0.0000000 UZF055 + 456 (5,56) 0.0000000 UZF056 + 457 (5,57) 0.0000000 UZF057 + 458 (5,58) 0.0000000 UZF058 + 459 (5,59) 0.0000000 UZF059 + 460 (5,60) 0.0000000 UZF060 + 461 (5,61) 0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 5 STEP 4 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 0.0000000 UZF042 + 43 (1,43) 0.0000000 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.0000000 UZF051 + 52 (1,52) 0.0000000 UZF052 + 53 (1,53) 0.0000000 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.0000000 UZF061 + 62 (1,62) 0.0000000 UZF062 + 63 (1,63) 0.0000000 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.0000000 UZF071 + 72 (1,72) 0.0000000 UZF072 + 73 (1,73) 0.0000000 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 UZF081 + 82 (1,82) 0.0000000 UZF082 + 83 (1,83) 0.0000000 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.0000000 UZF091 + 92 (1,92) 0.0000000 UZF092 + 93 (1,93) 0.0000000 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) -0.0000000 UZF001 + 102 (2,2) -0.0000000 UZF002 + 103 (2,3) -0.0000000 UZF003 + 104 (2,4) -0.0000000 UZF004 + 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LAYER 4 AT END OF TIME STEP 4 IN STRESS PERIOD 5 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + 11 12 13 14 15 16 17 18 19 20 + 21 22 23 24 25 26 27 28 29 30 + 31 32 33 34 35 36 37 38 39 40 + 41 42 43 44 45 46 47 48 49 50 + 51 52 53 54 55 56 57 58 59 60 + 61 62 63 64 65 66 67 68 69 70 + 71 72 73 74 75 76 77 78 79 80 + 81 82 83 84 85 86 87 88 89 90 + 91 92 93 94 95 96 97 98 99 100 + ................................................................................................................................................................ + 1 18.5253 18.4458 18.2857 18.0426 17.7123 17.2879 16.7568 16.0919 15.2286 14.0001 + 18.5253 18.4458 18.2857 18.0426 17.7123 17.2879 16.7568 16.0919 15.2286 14.0001 + 18.5253 18.4458 18.2857 18.0426 17.7123 17.2879 16.7568 16.0919 15.2286 14.0001 + 18.5253 18.4458 18.2857 18.0426 17.7123 17.2879 16.7568 16.0919 15.2286 14.0001 + 18.5253 18.4458 18.2857 18.0426 17.7123 17.2879 16.7568 16.0919 15.2286 14.0001 + 18.5253 18.4458 18.2857 18.0426 17.7123 17.2879 16.7568 16.0919 15.2286 14.0001 + 18.5253 18.4458 18.2857 18.0426 17.7123 17.2879 16.7568 16.0919 15.2286 14.0001 + 18.5253 18.4458 18.2857 18.0426 17.7123 17.2879 16.7568 16.0919 15.2286 14.0001 + 18.5253 18.4458 18.2857 18.0426 17.7123 17.2879 16.7568 16.0919 15.2286 14.0001 + 18.5253 18.4458 18.2857 18.0426 17.7123 17.2879 16.7568 16.0919 15.2286 14.0001 +1 + HEAD IN LAYER 5 AT END OF TIME STEP 4 IN STRESS PERIOD 5 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + 11 12 13 14 15 16 17 18 19 20 + 21 22 23 24 25 26 27 28 29 30 + 31 32 33 34 35 36 37 38 39 40 + 41 42 43 44 45 46 47 48 49 50 + 51 52 53 54 55 56 57 58 59 60 + 61 62 63 64 65 66 67 68 69 70 + 71 72 73 74 75 76 77 78 79 80 + 81 82 83 84 85 86 87 88 89 90 + 91 92 93 94 95 96 97 98 99 100 + ................................................................................................................................................................ + 1 18.3169 18.2336 18.0654 17.8090 17.4593 17.0083 16.4455 15.7582 14.9373 14.0000 + 18.3169 18.2336 18.0654 17.8090 17.4593 17.0083 16.4455 15.7582 14.9373 14.0000 + 18.3169 18.2336 18.0654 17.8090 17.4593 17.0083 16.4455 15.7582 14.9373 14.0000 + 18.3169 18.2336 18.0654 17.8090 17.4593 17.0083 16.4455 15.7582 14.9373 14.0000 + 18.3169 18.2336 18.0654 17.8090 17.4593 17.0083 16.4455 15.7582 14.9373 14.0000 + 18.3169 18.2336 18.0654 17.8090 17.4593 17.0083 16.4455 15.7582 14.9373 14.0000 + 18.3169 18.2336 18.0654 17.8090 17.4593 17.0083 16.4455 15.7582 14.9373 14.0000 + 18.3169 18.2336 18.0654 17.8090 17.4593 17.0083 16.4455 15.7582 14.9373 14.0000 + 18.3169 18.2336 18.0654 17.8090 17.4593 17.0083 16.4455 15.7582 14.9373 14.0000 + 18.3169 18.2336 18.0654 17.8090 17.4593 17.0083 16.4455 15.7582 14.9373 14.0000 + + HEAD WILL BE SAVED ON UNIT 1016 AT END OF TIME STEP 4, STRESS PERIOD 5 + + + UZF_0 BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 4, STRESS PERIOD 5 + ------------------------------------------------------------------------------ + + CUMULATIVE UZF_0 L**3 RATES FOR THIS TIME STEP L**3/T + ------------------ ------------------------ + + IN: IN: + --- --- + GWF = 0.0000 GWF = 0.0000 + INFILTRATION = 720.0000 INFILTRATION = 15.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.0000 UZET = 0.0000 + STORAGE = 16.6050 STORAGE = 0.0000 + + TOTAL IN = 736.6050 TOTAL IN = 15.0000 + + OUT: OUT: + ---- ---- + GWF = 720.8322 GWF = 14.9579 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 1.8888 UZET = 4.0508E-02 + STORAGE = 13.8841 STORAGE = 1.6173E-03 + + TOTAL OUT = 736.6050 TOTAL OUT = 15.0000 + + IN - OUT = 1.6900E-06 IN - OUT = 3.1974E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 4, STRESS PERIOD 5 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.8594E-02 STO-SS = 3.1599E-06 STORAGE + STO-SY = 40.3412 STO-SY = 5.9526E-03 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 720.8322 UZF-GWRCH = 14.9579 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 761.2220 TOTAL IN = 14.9638 + + OUT: OUT: + ---- ---- + STO-SS = 7.9969E-04 STO-SS = 0.0000 STORAGE + STO-SY = 11.9671 STO-SY = 0.0000 STORAGE + GHB = 746.8420 GHB = 14.9157 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 2.4120 UZF-GWET = 4.8126E-02 UZF_0 + + TOTAL OUT = 761.2220 TOTAL OUT = 14.9638 + + IN - OUT = -1.8499E-06 IN - OUT = -2.5152E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 4 IN STRESS PERIOD 5 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 6.91200E+05 11520. 192.00 8.0000 2.19028E-02 + TOTAL TIME 4.14720E+06 69120. 1152.0 48.000 0.13142 + + +end timestep + + +start timestep kper="5" kstp="5" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1015 AT TIME STEP 5, STRESS PERIOD 5 + UBDSV1 SAVING STO-SY ON UNIT 1015 AT TIME STEP 5, STRESS PERIOD 5 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1015 AT TIME STEP 5, STRESS PERIOD 5 + UBDSV06 SAVING GHB IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE GHB_0 ON UNIT 1015 AT TIME STEP 5, STRESS PERIOD 5 + UBDSV06 SAVING UZF-GWRCH IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 5, STRESS PERIOD 5 + UBDSV06 SAVING UZF-GWD IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 5, STRESS PERIOD 5 + UBDSV06 SAVING UZF-GWET IN MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1015 AT TIME STEP 5, STRESS PERIOD 5 + UBDSV06 SAVING FLOW-JA-FACE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 5, STRESS PERIOD 5 + UBDSV06 SAVING GWF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE DISV_WITH_UZF ON UNIT 1011 AT TIME STEP 5, STRESS PERIOD 5 + UBDSV06 SAVING INFILTRATION IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 5, STRESS PERIOD 5 + UBDSV06 SAVING REJ-INF IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 5, STRESS PERIOD 5 + UBDSV06 SAVING UZET IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 5, STRESS PERIOD 5 + UBDSV06 SAVING STORAGE IN MODEL DISV_WITH_UZF PACKAGE UZF_0 CONNECTED TO MODEL DISV_WITH_UZF PACKAGE UZF_0 ON UNIT 1011 AT TIME STEP 5, STRESS PERIOD 5 + + GHB PACKAGE (GHB_0) FLOW RATES PERIOD 5 STEP 5 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (4,10) -1.0228377 + 2 (4,20) -1.0228377 + 3 (4,30) -1.0228377 + 4 (4,40) -1.0228377 + 5 (4,50) -1.0228377 + 6 (4,60) -1.0228377 + 7 (4,70) -1.0228377 + 8 (4,80) -1.0228377 + 9 (4,90) -1.0228377 + 10 (4,100) -1.0228377 + 11 (5,10) -0.46862853 + 12 (5,20) -0.46862853 + 13 (5,30) -0.46862853 + 14 (5,40) -0.46862853 + 15 (5,50) -0.46862853 + 16 (5,60) -0.46862853 + 17 (5,70) -0.46862853 + 18 (5,80) -0.46862853 + 19 (5,90) -0.46862853 + 20 (5,100) -0.46862853 + ----------------------------------------------- + + + + + UZF-GWRCH PACKAGE (UZF_0) FLOW RATES PERIOD 5 STEP 5 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.14965297 UZF001 + 2 (1,2) 0.14964927 UZF002 + 3 (1,3) 0.14964353 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.14965297 UZF011 + 12 (1,12) 0.14964927 UZF012 + 13 (1,13) 0.14964353 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.14965297 UZF021 + 22 (1,22) 0.14964927 UZF022 + 23 (1,23) 0.14964353 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.14965297 UZF031 + 32 (1,32) 0.14964927 UZF032 + 33 (1,33) 0.14964353 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.14965297 UZF041 + 42 (1,42) 0.14964927 UZF042 + 43 (1,43) 0.14964353 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.14965297 UZF051 + 52 (1,52) 0.14964927 UZF052 + 53 (1,53) 0.14964353 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.14965297 UZF061 + 62 (1,62) 0.14964927 UZF062 + 63 (1,63) 0.14964353 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.14965297 UZF071 + 72 (1,72) 0.14964927 UZF072 + 73 (1,73) 0.14964353 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.14965297 UZF081 + 82 (1,82) 0.14964927 UZF082 + 83 (1,83) 0.14964353 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.14965297 UZF091 + 92 (1,92) 0.14964927 UZF092 + 93 (1,93) 0.14964353 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) 0.0000000 UZF001 + 102 (2,2) 0.0000000 UZF002 + 103 (2,3) 0.0000000 UZF003 + 104 (2,4) 0.14959630 UZF004 + 105 (2,5) 0.14958568 UZF005 + 106 (2,6) 0.14957212 UZF006 + 107 (2,7) 0.14955614 UZF007 + 108 (2,8) 0.14953868 UZF008 + 109 (2,9) 0.14952177 UZF009 + 110 (2,10) 0.14950968 UZF010 + 111 (2,11) 0.0000000 UZF011 + 112 (2,12) 0.0000000 UZF012 + 113 (2,13) 0.0000000 UZF013 + 114 (2,14) 0.14959630 UZF014 + 115 (2,15) 0.14958568 UZF015 + 116 (2,16) 0.14957212 UZF016 + 117 (2,17) 0.14955614 UZF017 + 118 (2,18) 0.14953868 UZF018 + 119 (2,19) 0.14952177 UZF019 + 120 (2,20) 0.14950968 UZF020 + 121 (2,21) 0.0000000 UZF021 + 122 (2,22) 0.0000000 UZF022 + 123 (2,23) 0.0000000 UZF023 + 124 (2,24) 0.14959630 UZF024 + 125 (2,25) 0.14958568 UZF025 + 126 (2,26) 0.14957212 UZF026 + 127 (2,27) 0.14955614 UZF027 + 128 (2,28) 0.14953868 UZF028 + 129 (2,29) 0.14952177 UZF029 + 130 (2,30) 0.14950968 UZF030 + 131 (2,31) 0.0000000 UZF031 + 132 (2,32) 0.0000000 UZF032 + 133 (2,33) 0.0000000 UZF033 + 134 (2,34) 0.14959630 UZF034 + 135 (2,35) 0.14958568 UZF035 + 136 (2,36) 0.14957212 UZF036 + 137 (2,37) 0.14955614 UZF037 + 138 (2,38) 0.14953868 UZF038 + 139 (2,39) 0.14952177 UZF039 + 140 (2,40) 0.14950968 UZF040 + 141 (2,41) 0.0000000 UZF041 + 142 (2,42) 0.0000000 UZF042 + 143 (2,43) 0.0000000 UZF043 + 144 (2,44) 0.14959630 UZF044 + 145 (2,45) 0.14958568 UZF045 + 146 (2,46) 0.14957212 UZF046 + 147 (2,47) 0.14955614 UZF047 + 148 (2,48) 0.14953868 UZF048 + 149 (2,49) 0.14952177 UZF049 + 150 (2,50) 0.14950968 UZF050 + 151 (2,51) 0.0000000 UZF051 + 152 (2,52) 0.0000000 UZF052 + 153 (2,53) 0.0000000 UZF053 + 154 (2,54) 0.14959630 UZF054 + 155 (2,55) 0.14958568 UZF055 + 156 (2,56) 0.14957212 UZF056 + 157 (2,57) 0.14955614 UZF057 + 158 (2,58) 0.14953868 UZF058 + 159 (2,59) 0.14952177 UZF059 + 160 (2,60) 0.14950968 UZF060 + 161 (2,61) 0.0000000 UZF061 + 162 (2,62) 0.0000000 UZF062 + 163 (2,63) 0.0000000 UZF063 + 164 (2,64) 0.14959630 UZF064 + 165 (2,65) 0.14958568 UZF065 + 166 (2,66) 0.14957212 UZF066 + 167 (2,67) 0.14955614 UZF067 + 168 (2,68) 0.14953868 UZF068 + 169 (2,69) 0.14952177 UZF069 + 170 (2,70) 0.14950968 UZF070 + 171 (2,71) 0.0000000 UZF071 + 172 (2,72) 0.0000000 UZF072 + 173 (2,73) 0.0000000 UZF073 + 174 (2,74) 0.14959630 UZF074 + 175 (2,75) 0.14958568 UZF075 + 176 (2,76) 0.14957212 UZF076 + 177 (2,77) 0.14955614 UZF077 + 178 (2,78) 0.14953868 UZF078 + 179 (2,79) 0.14952177 UZF079 + 180 (2,80) 0.14950968 UZF080 + 181 (2,81) 0.0000000 UZF081 + 182 (2,82) 0.0000000 UZF082 + 183 (2,83) 0.0000000 UZF083 + 184 (2,84) 0.14959630 UZF084 + 185 (2,85) 0.14958568 UZF085 + 186 (2,86) 0.14957212 UZF086 + 187 (2,87) 0.14955614 UZF087 + 188 (2,88) 0.14953868 UZF088 + 189 (2,89) 0.14952177 UZF089 + 190 (2,90) 0.14950968 UZF090 + 191 (2,91) 0.0000000 UZF091 + 192 (2,92) 0.0000000 UZF092 + 193 (2,93) 0.0000000 UZF093 + 194 (2,94) 0.14959630 UZF094 + 195 (2,95) 0.14958568 UZF095 + 196 (2,96) 0.14957212 UZF096 + 197 (2,97) 0.14955614 UZF097 + 198 (2,98) 0.14953868 UZF098 + 199 (2,99) 0.14952177 UZF099 + 200 (2,100) 0.14950968 UZF100 + 201 (3,1) 0.0000000 UZF001 + 202 (3,2) 0.0000000 UZF002 + 203 (3,3) 0.0000000 UZF003 + 204 (3,4) 0.0000000 UZF004 + 205 (3,5) 0.0000000 UZF005 + 206 (3,6) 0.0000000 UZF006 + 207 (3,7) 0.0000000 UZF007 + 208 (3,8) 0.0000000 UZF008 + 209 (3,9) 0.0000000 UZF009 + 210 (3,10) 0.0000000 UZF010 + 211 (3,11) 0.0000000 UZF011 + 212 (3,12) 0.0000000 UZF012 + 213 (3,13) 0.0000000 UZF013 + 214 (3,14) 0.0000000 UZF014 + 215 (3,15) 0.0000000 UZF015 + 216 (3,16) 0.0000000 UZF016 + 217 (3,17) 0.0000000 UZF017 + 218 (3,18) 0.0000000 UZF018 + 219 (3,19) 0.0000000 UZF019 + 220 (3,20) 0.0000000 UZF020 + 221 (3,21) 0.0000000 UZF021 + 222 (3,22) 0.0000000 UZF022 + 223 (3,23) 0.0000000 UZF023 + 224 (3,24) 0.0000000 UZF024 + 225 (3,25) 0.0000000 UZF025 + 226 (3,26) 0.0000000 UZF026 + 227 (3,27) 0.0000000 UZF027 + 228 (3,28) 0.0000000 UZF028 + 229 (3,29) 0.0000000 UZF029 + 230 (3,30) 0.0000000 UZF030 + 231 (3,31) 0.0000000 UZF031 + 232 (3,32) 0.0000000 UZF032 + 233 (3,33) 0.0000000 UZF033 + 234 (3,34) 0.0000000 UZF034 + 235 (3,35) 0.0000000 UZF035 + 236 (3,36) 0.0000000 UZF036 + 237 (3,37) 0.0000000 UZF037 + 238 (3,38) 0.0000000 UZF038 + 239 (3,39) 0.0000000 UZF039 + 240 (3,40) 0.0000000 UZF040 + 241 (3,41) 0.0000000 UZF041 + 242 (3,42) 0.0000000 UZF042 + 243 (3,43) 0.0000000 UZF043 + 244 (3,44) 0.0000000 UZF044 + 245 (3,45) 0.0000000 UZF045 + 246 (3,46) 0.0000000 UZF046 + 247 (3,47) 0.0000000 UZF047 + 248 (3,48) 0.0000000 UZF048 + 249 (3,49) 0.0000000 UZF049 + 250 (3,50) 0.0000000 UZF050 + 251 (3,51) 0.0000000 UZF051 + 252 (3,52) 0.0000000 UZF052 + 253 (3,53) 0.0000000 UZF053 + 254 (3,54) 0.0000000 UZF054 + 255 (3,55) 0.0000000 UZF055 + 256 (3,56) 0.0000000 UZF056 + 257 (3,57) 0.0000000 UZF057 + 258 (3,58) 0.0000000 UZF058 + 259 (3,59) 0.0000000 UZF059 + 260 (3,60) 0.0000000 UZF060 + 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0.0000000 UZF061 + 462 (5,62) 0.0000000 UZF062 + 463 (5,63) 0.0000000 UZF063 + 464 (5,64) 0.0000000 UZF064 + 465 (5,65) 0.0000000 UZF065 + 466 (5,66) 0.0000000 UZF066 + 467 (5,67) 0.0000000 UZF067 + 468 (5,68) 0.0000000 UZF068 + 469 (5,69) 0.0000000 UZF069 + 470 (5,70) 0.0000000 UZF070 + 471 (5,71) 0.0000000 UZF071 + 472 (5,72) 0.0000000 UZF072 + 473 (5,73) 0.0000000 UZF073 + 474 (5,74) 0.0000000 UZF074 + 475 (5,75) 0.0000000 UZF075 + 476 (5,76) 0.0000000 UZF076 + 477 (5,77) 0.0000000 UZF077 + 478 (5,78) 0.0000000 UZF078 + 479 (5,79) 0.0000000 UZF079 + 480 (5,80) 0.0000000 UZF080 + 481 (5,81) 0.0000000 UZF081 + 482 (5,82) 0.0000000 UZF082 + 483 (5,83) 0.0000000 UZF083 + 484 (5,84) 0.0000000 UZF084 + 485 (5,85) 0.0000000 UZF085 + 486 (5,86) 0.0000000 UZF086 + 487 (5,87) 0.0000000 UZF087 + 488 (5,88) 0.0000000 UZF088 + 489 (5,89) 0.0000000 UZF089 + 490 (5,90) 0.0000000 UZF090 + 491 (5,91) 0.0000000 UZF091 + 492 (5,92) 0.0000000 UZF092 + 493 (5,93) 0.0000000 UZF093 + 494 (5,94) 0.0000000 UZF094 + 495 (5,95) 0.0000000 UZF095 + 496 (5,96) 0.0000000 UZF096 + 497 (5,97) 0.0000000 UZF097 + 498 (5,98) 0.0000000 UZF098 + 499 (5,99) 0.0000000 UZF099 + 500 (5,100) 0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWD PACKAGE (UZF_0) FLOW RATES PERIOD 5 STEP 5 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) 0.0000000 UZF001 + 2 (1,2) 0.0000000 UZF002 + 3 (1,3) 0.0000000 UZF003 + 4 (1,4) 0.0000000 UZF004 + 5 (1,5) 0.0000000 UZF005 + 6 (1,6) 0.0000000 UZF006 + 7 (1,7) 0.0000000 UZF007 + 8 (1,8) 0.0000000 UZF008 + 9 (1,9) 0.0000000 UZF009 + 10 (1,10) 0.0000000 UZF010 + 11 (1,11) 0.0000000 UZF011 + 12 (1,12) 0.0000000 UZF012 + 13 (1,13) 0.0000000 UZF013 + 14 (1,14) 0.0000000 UZF014 + 15 (1,15) 0.0000000 UZF015 + 16 (1,16) 0.0000000 UZF016 + 17 (1,17) 0.0000000 UZF017 + 18 (1,18) 0.0000000 UZF018 + 19 (1,19) 0.0000000 UZF019 + 20 (1,20) 0.0000000 UZF020 + 21 (1,21) 0.0000000 UZF021 + 22 (1,22) 0.0000000 UZF022 + 23 (1,23) 0.0000000 UZF023 + 24 (1,24) 0.0000000 UZF024 + 25 (1,25) 0.0000000 UZF025 + 26 (1,26) 0.0000000 UZF026 + 27 (1,27) 0.0000000 UZF027 + 28 (1,28) 0.0000000 UZF028 + 29 (1,29) 0.0000000 UZF029 + 30 (1,30) 0.0000000 UZF030 + 31 (1,31) 0.0000000 UZF031 + 32 (1,32) 0.0000000 UZF032 + 33 (1,33) 0.0000000 UZF033 + 34 (1,34) 0.0000000 UZF034 + 35 (1,35) 0.0000000 UZF035 + 36 (1,36) 0.0000000 UZF036 + 37 (1,37) 0.0000000 UZF037 + 38 (1,38) 0.0000000 UZF038 + 39 (1,39) 0.0000000 UZF039 + 40 (1,40) 0.0000000 UZF040 + 41 (1,41) 0.0000000 UZF041 + 42 (1,42) 0.0000000 UZF042 + 43 (1,43) 0.0000000 UZF043 + 44 (1,44) 0.0000000 UZF044 + 45 (1,45) 0.0000000 UZF045 + 46 (1,46) 0.0000000 UZF046 + 47 (1,47) 0.0000000 UZF047 + 48 (1,48) 0.0000000 UZF048 + 49 (1,49) 0.0000000 UZF049 + 50 (1,50) 0.0000000 UZF050 + 51 (1,51) 0.0000000 UZF051 + 52 (1,52) 0.0000000 UZF052 + 53 (1,53) 0.0000000 UZF053 + 54 (1,54) 0.0000000 UZF054 + 55 (1,55) 0.0000000 UZF055 + 56 (1,56) 0.0000000 UZF056 + 57 (1,57) 0.0000000 UZF057 + 58 (1,58) 0.0000000 UZF058 + 59 (1,59) 0.0000000 UZF059 + 60 (1,60) 0.0000000 UZF060 + 61 (1,61) 0.0000000 UZF061 + 62 (1,62) 0.0000000 UZF062 + 63 (1,63) 0.0000000 UZF063 + 64 (1,64) 0.0000000 UZF064 + 65 (1,65) 0.0000000 UZF065 + 66 (1,66) 0.0000000 UZF066 + 67 (1,67) 0.0000000 UZF067 + 68 (1,68) 0.0000000 UZF068 + 69 (1,69) 0.0000000 UZF069 + 70 (1,70) 0.0000000 UZF070 + 71 (1,71) 0.0000000 UZF071 + 72 (1,72) 0.0000000 UZF072 + 73 (1,73) 0.0000000 UZF073 + 74 (1,74) 0.0000000 UZF074 + 75 (1,75) 0.0000000 UZF075 + 76 (1,76) 0.0000000 UZF076 + 77 (1,77) 0.0000000 UZF077 + 78 (1,78) 0.0000000 UZF078 + 79 (1,79) 0.0000000 UZF079 + 80 (1,80) 0.0000000 UZF080 + 81 (1,81) 0.0000000 UZF081 + 82 (1,82) 0.0000000 UZF082 + 83 (1,83) 0.0000000 UZF083 + 84 (1,84) 0.0000000 UZF084 + 85 (1,85) 0.0000000 UZF085 + 86 (1,86) 0.0000000 UZF086 + 87 (1,87) 0.0000000 UZF087 + 88 (1,88) 0.0000000 UZF088 + 89 (1,89) 0.0000000 UZF089 + 90 (1,90) 0.0000000 UZF090 + 91 (1,91) 0.0000000 UZF091 + 92 (1,92) 0.0000000 UZF092 + 93 (1,93) 0.0000000 UZF093 + 94 (1,94) 0.0000000 UZF094 + 95 (1,95) 0.0000000 UZF095 + 96 (1,96) 0.0000000 UZF096 + 97 (1,97) 0.0000000 UZF097 + 98 (1,98) 0.0000000 UZF098 + 99 (1,99) 0.0000000 UZF099 + 100 (1,100) 0.0000000 UZF100 + 101 (2,1) -0.0000000 UZF001 + 102 (2,2) -0.0000000 UZF002 + 103 (2,3) -0.0000000 UZF003 + 104 (2,4) -0.0000000 UZF004 + 105 (2,5) -0.0000000 UZF005 + 106 (2,6) -0.0000000 UZF006 + 107 (2,7) -0.0000000 UZF007 + 108 (2,8) -0.0000000 UZF008 + 109 (2,9) -0.0000000 UZF009 + 110 (2,10) -0.0000000 UZF010 + 111 (2,11) -0.0000000 UZF011 + 112 (2,12) -0.0000000 UZF012 + 113 (2,13) -0.0000000 UZF013 + 114 (2,14) -0.0000000 UZF014 + 115 (2,15) -0.0000000 UZF015 + 116 (2,16) -0.0000000 UZF016 + 117 (2,17) -0.0000000 UZF017 + 118 (2,18) -0.0000000 UZF018 + 119 (2,19) -0.0000000 UZF019 + 120 (2,20) -0.0000000 UZF020 + 121 (2,21) -0.0000000 UZF021 + 122 (2,22) -0.0000000 UZF022 + 123 (2,23) -0.0000000 UZF023 + 124 (2,24) -0.0000000 UZF024 + 125 (2,25) -0.0000000 UZF025 + 126 (2,26) -0.0000000 UZF026 + 127 (2,27) -0.0000000 UZF027 + 128 (2,28) -0.0000000 UZF028 + 129 (2,29) -0.0000000 UZF029 + 130 (2,30) -0.0000000 UZF030 + 131 (2,31) -0.0000000 UZF031 + 132 (2,32) -0.0000000 UZF032 + 133 (2,33) -0.0000000 UZF033 + 134 (2,34) -0.0000000 UZF034 + 135 (2,35) -0.0000000 UZF035 + 136 (2,36) -0.0000000 UZF036 + 137 (2,37) -0.0000000 UZF037 + 138 (2,38) -0.0000000 UZF038 + 139 (2,39) -0.0000000 UZF039 + 140 (2,40) -0.0000000 UZF040 + 141 (2,41) -0.0000000 UZF041 + 142 (2,42) -0.0000000 UZF042 + 143 (2,43) -0.0000000 UZF043 + 144 (2,44) -0.0000000 UZF044 + 145 (2,45) -0.0000000 UZF045 + 146 (2,46) -0.0000000 UZF046 + 147 (2,47) -0.0000000 UZF047 + 148 (2,48) -0.0000000 UZF048 + 149 (2,49) -0.0000000 UZF049 + 150 (2,50) -0.0000000 UZF050 + 151 (2,51) 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UZF015 + 216 (3,16) -0.0000000 UZF016 + 217 (3,17) -0.0000000 UZF017 + 218 (3,18) -0.0000000 UZF018 + 219 (3,19) -0.0000000 UZF019 + 220 (3,20) -0.0000000 UZF020 + 221 (3,21) -0.0000000 UZF021 + 222 (3,22) -0.0000000 UZF022 + 223 (3,23) -0.0000000 UZF023 + 224 (3,24) -0.0000000 UZF024 + 225 (3,25) -0.0000000 UZF025 + 226 (3,26) -0.0000000 UZF026 + 227 (3,27) -0.0000000 UZF027 + 228 (3,28) -0.0000000 UZF028 + 229 (3,29) -0.0000000 UZF029 + 230 (3,30) -0.0000000 UZF030 + 231 (3,31) -0.0000000 UZF031 + 232 (3,32) -0.0000000 UZF032 + 233 (3,33) -0.0000000 UZF033 + 234 (3,34) -0.0000000 UZF034 + 235 (3,35) -0.0000000 UZF035 + 236 (3,36) -0.0000000 UZF036 + 237 (3,37) -0.0000000 UZF037 + 238 (3,38) -0.0000000 UZF038 + 239 (3,39) -0.0000000 UZF039 + 240 (3,40) -0.0000000 UZF040 + 241 (3,41) -0.0000000 UZF041 + 242 (3,42) -0.0000000 UZF042 + 243 (3,43) -0.0000000 UZF043 + 244 (3,44) -0.0000000 UZF044 + 245 (3,45) -0.0000000 UZF045 + 246 (3,46) -0.0000000 UZF046 + 247 (3,47) -0.0000000 UZF047 + 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(3,80) -0.0000000 UZF080 + 281 (3,81) -0.0000000 UZF081 + 282 (3,82) -0.0000000 UZF082 + 283 (3,83) -0.0000000 UZF083 + 284 (3,84) -0.0000000 UZF084 + 285 (3,85) -0.0000000 UZF085 + 286 (3,86) -0.0000000 UZF086 + 287 (3,87) -0.0000000 UZF087 + 288 (3,88) -0.0000000 UZF088 + 289 (3,89) -0.0000000 UZF089 + 290 (3,90) -0.0000000 UZF090 + 291 (3,91) -0.0000000 UZF091 + 292 (3,92) -0.0000000 UZF092 + 293 (3,93) -0.0000000 UZF093 + 294 (3,94) -0.0000000 UZF094 + 295 (3,95) -0.0000000 UZF095 + 296 (3,96) -0.0000000 UZF096 + 297 (3,97) -0.0000000 UZF097 + 298 (3,98) -0.0000000 UZF098 + 299 (3,99) -0.0000000 UZF099 + 300 (3,100) -0.0000000 UZF100 + 301 (4,1) -0.0000000 UZF001 + 302 (4,2) -0.0000000 UZF002 + 303 (4,3) -0.0000000 UZF003 + 304 (4,4) -0.0000000 UZF004 + 305 (4,5) -0.0000000 UZF005 + 306 (4,6) -0.0000000 UZF006 + 307 (4,7) -0.0000000 UZF007 + 308 (4,8) -0.0000000 UZF008 + 309 (4,9) -0.0000000 UZF009 + 310 (4,10) -0.0000000 UZF010 + 311 (4,11) -0.0000000 UZF011 + 312 (4,12) -0.0000000 UZF012 + 313 (4,13) -0.0000000 UZF013 + 314 (4,14) -0.0000000 UZF014 + 315 (4,15) -0.0000000 UZF015 + 316 (4,16) -0.0000000 UZF016 + 317 (4,17) -0.0000000 UZF017 + 318 (4,18) -0.0000000 UZF018 + 319 (4,19) -0.0000000 UZF019 + 320 (4,20) -0.0000000 UZF020 + 321 (4,21) -0.0000000 UZF021 + 322 (4,22) -0.0000000 UZF022 + 323 (4,23) -0.0000000 UZF023 + 324 (4,24) -0.0000000 UZF024 + 325 (4,25) -0.0000000 UZF025 + 326 (4,26) -0.0000000 UZF026 + 327 (4,27) -0.0000000 UZF027 + 328 (4,28) -0.0000000 UZF028 + 329 (4,29) -0.0000000 UZF029 + 330 (4,30) -0.0000000 UZF030 + 331 (4,31) -0.0000000 UZF031 + 332 (4,32) -0.0000000 UZF032 + 333 (4,33) -0.0000000 UZF033 + 334 (4,34) -0.0000000 UZF034 + 335 (4,35) -0.0000000 UZF035 + 336 (4,36) -0.0000000 UZF036 + 337 (4,37) -0.0000000 UZF037 + 338 (4,38) -0.0000000 UZF038 + 339 (4,39) -0.0000000 UZF039 + 340 (4,40) -0.0000000 UZF040 + 341 (4,41) -0.0000000 UZF041 + 342 (4,42) -0.0000000 UZF042 + 343 (4,43) -0.0000000 UZF043 + 344 (4,44) -0.0000000 UZF044 + 345 (4,45) -0.0000000 UZF045 + 346 (4,46) -0.0000000 UZF046 + 347 (4,47) -0.0000000 UZF047 + 348 (4,48) -0.0000000 UZF048 + 349 (4,49) -0.0000000 UZF049 + 350 (4,50) -0.0000000 UZF050 + 351 (4,51) -0.0000000 UZF051 + 352 (4,52) -0.0000000 UZF052 + 353 (4,53) -0.0000000 UZF053 + 354 (4,54) -0.0000000 UZF054 + 355 (4,55) -0.0000000 UZF055 + 356 (4,56) -0.0000000 UZF056 + 357 (4,57) -0.0000000 UZF057 + 358 (4,58) -0.0000000 UZF058 + 359 (4,59) -0.0000000 UZF059 + 360 (4,60) -0.0000000 UZF060 + 361 (4,61) -0.0000000 UZF061 + 362 (4,62) -0.0000000 UZF062 + 363 (4,63) -0.0000000 UZF063 + 364 (4,64) -0.0000000 UZF064 + 365 (4,65) -0.0000000 UZF065 + 366 (4,66) -0.0000000 UZF066 + 367 (4,67) -0.0000000 UZF067 + 368 (4,68) -0.0000000 UZF068 + 369 (4,69) -0.0000000 UZF069 + 370 (4,70) -0.0000000 UZF070 + 371 (4,71) -0.0000000 UZF071 + 372 (4,72) -0.0000000 UZF072 + 373 (4,73) -0.0000000 UZF073 + 374 (4,74) -0.0000000 UZF074 + 375 (4,75) -0.0000000 UZF075 + 376 (4,76) -0.0000000 UZF076 + 377 (4,77) -0.0000000 UZF077 + 378 (4,78) -0.0000000 UZF078 + 379 (4,79) -0.0000000 UZF079 + 380 (4,80) -0.0000000 UZF080 + 381 (4,81) -0.0000000 UZF081 + 382 (4,82) -0.0000000 UZF082 + 383 (4,83) -0.0000000 UZF083 + 384 (4,84) -0.0000000 UZF084 + 385 (4,85) -0.0000000 UZF085 + 386 (4,86) -0.0000000 UZF086 + 387 (4,87) -0.0000000 UZF087 + 388 (4,88) -0.0000000 UZF088 + 389 (4,89) -0.0000000 UZF089 + 390 (4,90) -0.0000000 UZF090 + 391 (4,91) -0.0000000 UZF091 + 392 (4,92) -0.0000000 UZF092 + 393 (4,93) -0.0000000 UZF093 + 394 (4,94) -0.0000000 UZF094 + 395 (4,95) -0.0000000 UZF095 + 396 (4,96) -0.0000000 UZF096 + 397 (4,97) -0.0000000 UZF097 + 398 (4,98) -0.0000000 UZF098 + 399 (4,99) -0.0000000 UZF099 + 400 (4,100) -0.0000000 UZF100 + 401 (5,1) -0.0000000 UZF001 + 402 (5,2) -0.0000000 UZF002 + 403 (5,3) -0.0000000 UZF003 + 404 (5,4) -0.0000000 UZF004 + 405 (5,5) -0.0000000 UZF005 + 406 (5,6) -0.0000000 UZF006 + 407 (5,7) -0.0000000 UZF007 + 408 (5,8) -0.0000000 UZF008 + 409 (5,9) -0.0000000 UZF009 + 410 (5,10) -0.0000000 UZF010 + 411 (5,11) -0.0000000 UZF011 + 412 (5,12) -0.0000000 UZF012 + 413 (5,13) -0.0000000 UZF013 + 414 (5,14) -0.0000000 UZF014 + 415 (5,15) -0.0000000 UZF015 + 416 (5,16) -0.0000000 UZF016 + 417 (5,17) -0.0000000 UZF017 + 418 (5,18) -0.0000000 UZF018 + 419 (5,19) -0.0000000 UZF019 + 420 (5,20) -0.0000000 UZF020 + 421 (5,21) -0.0000000 UZF021 + 422 (5,22) -0.0000000 UZF022 + 423 (5,23) -0.0000000 UZF023 + 424 (5,24) -0.0000000 UZF024 + 425 (5,25) -0.0000000 UZF025 + 426 (5,26) -0.0000000 UZF026 + 427 (5,27) -0.0000000 UZF027 + 428 (5,28) -0.0000000 UZF028 + 429 (5,29) -0.0000000 UZF029 + 430 (5,30) -0.0000000 UZF030 + 431 (5,31) -0.0000000 UZF031 + 432 (5,32) -0.0000000 UZF032 + 433 (5,33) -0.0000000 UZF033 + 434 (5,34) -0.0000000 UZF034 + 435 (5,35) -0.0000000 UZF035 + 436 (5,36) -0.0000000 UZF036 + 437 (5,37) -0.0000000 UZF037 + 438 (5,38) -0.0000000 UZF038 + 439 (5,39) -0.0000000 UZF039 + 440 (5,40) -0.0000000 UZF040 + 441 (5,41) -0.0000000 UZF041 + 442 (5,42) -0.0000000 UZF042 + 443 (5,43) -0.0000000 UZF043 + 444 (5,44) -0.0000000 UZF044 + 445 (5,45) -0.0000000 UZF045 + 446 (5,46) -0.0000000 UZF046 + 447 (5,47) -0.0000000 UZF047 + 448 (5,48) -0.0000000 UZF048 + 449 (5,49) -0.0000000 UZF049 + 450 (5,50) -0.0000000 UZF050 + 451 (5,51) -0.0000000 UZF051 + 452 (5,52) -0.0000000 UZF052 + 453 (5,53) -0.0000000 UZF053 + 454 (5,54) -0.0000000 UZF054 + 455 (5,55) -0.0000000 UZF055 + 456 (5,56) -0.0000000 UZF056 + 457 (5,57) -0.0000000 UZF057 + 458 (5,58) -0.0000000 UZF058 + 459 (5,59) -0.0000000 UZF059 + 460 (5,60) -0.0000000 UZF060 + 461 (5,61) -0.0000000 UZF061 + 462 (5,62) -0.0000000 UZF062 + 463 (5,63) -0.0000000 UZF063 + 464 (5,64) -0.0000000 UZF064 + 465 (5,65) -0.0000000 UZF065 + 466 (5,66) -0.0000000 UZF066 + 467 (5,67) -0.0000000 UZF067 + 468 (5,68) -0.0000000 UZF068 + 469 (5,69) -0.0000000 UZF069 + 470 (5,70) -0.0000000 UZF070 + 471 (5,71) -0.0000000 UZF071 + 472 (5,72) -0.0000000 UZF072 + 473 (5,73) -0.0000000 UZF073 + 474 (5,74) -0.0000000 UZF074 + 475 (5,75) -0.0000000 UZF075 + 476 (5,76) -0.0000000 UZF076 + 477 (5,77) -0.0000000 UZF077 + 478 (5,78) -0.0000000 UZF078 + 479 (5,79) -0.0000000 UZF079 + 480 (5,80) -0.0000000 UZF080 + 481 (5,81) -0.0000000 UZF081 + 482 (5,82) -0.0000000 UZF082 + 483 (5,83) -0.0000000 UZF083 + 484 (5,84) -0.0000000 UZF084 + 485 (5,85) -0.0000000 UZF085 + 486 (5,86) -0.0000000 UZF086 + 487 (5,87) -0.0000000 UZF087 + 488 (5,88) -0.0000000 UZF088 + 489 (5,89) -0.0000000 UZF089 + 490 (5,90) -0.0000000 UZF090 + 491 (5,91) -0.0000000 UZF091 + 492 (5,92) -0.0000000 UZF092 + 493 (5,93) -0.0000000 UZF093 + 494 (5,94) -0.0000000 UZF094 + 495 (5,95) -0.0000000 UZF095 + 496 (5,96) -0.0000000 UZF096 + 497 (5,97) -0.0000000 UZF097 + 498 (5,98) -0.0000000 UZF098 + 499 (5,99) -0.0000000 UZF099 + 500 (5,100) -0.0000000 UZF100 + ---------------------------------------------------------------------------------------- + + + + + UZF-GWET PACKAGE (UZF_0) FLOW RATES PERIOD 5 STEP 5 + ---------------------------------------------------------------------------------------- + NUMBER CELLID RATE NAME + ---------------------------------------------------------------------------------------- + 1 (1,1) -4.49317771E-04 UZF001 + 2 (1,2) -4.43317324E-04 UZF002 + 3 (1,3) -4.30263309E-04 UZF003 + 4 (1,4) -0.0000000 UZF004 + 5 (1,5) -0.0000000 UZF005 + 6 (1,6) -0.0000000 UZF006 + 7 (1,7) -0.0000000 UZF007 + 8 (1,8) -0.0000000 UZF008 + 9 (1,9) -0.0000000 UZF009 + 10 (1,10) -0.0000000 UZF010 + 11 (1,11) -4.49317771E-04 UZF011 + 12 (1,12) -4.43317324E-04 UZF012 + 13 (1,13) -4.30263309E-04 UZF013 + 14 (1,14) -0.0000000 UZF014 + 15 (1,15) -0.0000000 UZF015 + 16 (1,16) -0.0000000 UZF016 + 17 (1,17) -0.0000000 UZF017 + 18 (1,18) -0.0000000 UZF018 + 19 (1,19) -0.0000000 UZF019 + 20 (1,20) -0.0000000 UZF020 + 21 (1,21) -4.49317771E-04 UZF021 + 22 (1,22) -4.43317324E-04 UZF022 + 23 (1,23) -4.30263309E-04 UZF023 + 24 (1,24) -0.0000000 UZF024 + 25 (1,25) -0.0000000 UZF025 + 26 (1,26) -0.0000000 UZF026 + 27 (1,27) -0.0000000 UZF027 + 28 (1,28) -0.0000000 UZF028 + 29 (1,29) -0.0000000 UZF029 + 30 (1,30) -0.0000000 UZF030 + 31 (1,31) -4.49317771E-04 UZF031 + 32 (1,32) -4.43317324E-04 UZF032 + 33 (1,33) -4.30263309E-04 UZF033 + 34 (1,34) -0.0000000 UZF034 + 35 (1,35) -0.0000000 UZF035 + 36 (1,36) -0.0000000 UZF036 + 37 (1,37) -0.0000000 UZF037 + 38 (1,38) -0.0000000 UZF038 + 39 (1,39) -0.0000000 UZF039 + 40 (1,40) -0.0000000 UZF040 + 41 (1,41) -4.49317771E-04 UZF041 + 42 (1,42) -4.43317324E-04 UZF042 + 43 (1,43) -4.30263309E-04 UZF043 + 44 (1,44) -0.0000000 UZF044 + 45 (1,45) -0.0000000 UZF045 + 46 (1,46) -0.0000000 UZF046 + 47 (1,47) -0.0000000 UZF047 + 48 (1,48) -0.0000000 UZF048 + 49 (1,49) -0.0000000 UZF049 + 50 (1,50) -0.0000000 UZF050 + 51 (1,51) -4.49317771E-04 UZF051 + 52 (1,52) -4.43317324E-04 UZF052 + 53 (1,53) -4.30263309E-04 UZF053 + 54 (1,54) -0.0000000 UZF054 + 55 (1,55) -0.0000000 UZF055 + 56 (1,56) -0.0000000 UZF056 + 57 (1,57) -0.0000000 UZF057 + 58 (1,58) -0.0000000 UZF058 + 59 (1,59) -0.0000000 UZF059 + 60 (1,60) -0.0000000 UZF060 + 61 (1,61) -4.49317771E-04 UZF061 + 62 (1,62) -4.43317324E-04 UZF062 + 63 (1,63) -4.30263309E-04 UZF063 + 64 (1,64) -0.0000000 UZF064 + 65 (1,65) -0.0000000 UZF065 + 66 (1,66) -0.0000000 UZF066 + 67 (1,67) -0.0000000 UZF067 + 68 (1,68) -0.0000000 UZF068 + 69 (1,69) -0.0000000 UZF069 + 70 (1,70) -0.0000000 UZF070 + 71 (1,71) -4.49317771E-04 UZF071 + 72 (1,72) -4.43317324E-04 UZF072 + 73 (1,73) -4.30263309E-04 UZF073 + 74 (1,74) -0.0000000 UZF074 + 75 (1,75) -0.0000000 UZF075 + 76 (1,76) -0.0000000 UZF076 + 77 (1,77) -0.0000000 UZF077 + 78 (1,78) -0.0000000 UZF078 + 79 (1,79) -0.0000000 UZF079 + 80 (1,80) -0.0000000 UZF080 + 81 (1,81) -4.49317771E-04 UZF081 + 82 (1,82) -4.43317324E-04 UZF082 + 83 (1,83) -4.30263309E-04 UZF083 + 84 (1,84) -0.0000000 UZF084 + 85 (1,85) -0.0000000 UZF085 + 86 (1,86) -0.0000000 UZF086 + 87 (1,87) -0.0000000 UZF087 + 88 (1,88) -0.0000000 UZF088 + 89 (1,89) -0.0000000 UZF089 + 90 (1,90) -0.0000000 UZF090 + 91 (1,91) -4.49317771E-04 UZF091 + 92 (1,92) -4.43317324E-04 UZF092 + 93 (1,93) -4.30263309E-04 UZF093 + 94 (1,94) -0.0000000 UZF094 + 95 (1,95) -0.0000000 UZF095 + 96 (1,96) -0.0000000 UZF096 + 97 (1,97) -0.0000000 UZF097 + 98 (1,98) -0.0000000 UZF098 + 99 (1,99) -0.0000000 UZF099 + 100 (1,100) -0.0000000 UZF100 + 101 (2,1) -1.36483767E-04 UZF001 + 102 (2,2) -1.36373513E-04 UZF002 + 103 (2,3) -1.36207937E-04 UZF003 + 104 (2,4) -3.60664619E-04 UZF004 + 105 (2,5) -3.42063720E-04 UZF005 + 106 (2,6) -3.19990724E-04 UZF006 + 107 (2,7) -2.95410119E-04 UZF007 + 108 (2,8) -2.69966291E-04 UZF008 + 109 (2,9) -2.46585475E-04 UZF009 + 110 (2,10) -2.30630891E-04 UZF010 + 111 (2,11) -1.36483767E-04 UZF011 + 112 (2,12) -1.36373513E-04 UZF012 + 113 (2,13) -1.36207937E-04 UZF013 + 114 (2,14) -3.60664619E-04 UZF014 + 115 (2,15) -3.42063720E-04 UZF015 + 116 (2,16) -3.19990724E-04 UZF016 + 117 (2,17) -2.95410119E-04 UZF017 + 118 (2,18) -2.69966290E-04 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14.9373 14.0000 + 18.3166 18.2333 18.0651 17.8087 17.4590 17.0081 16.4453 15.7580 14.9373 14.0000 + 18.3166 18.2333 18.0651 17.8087 17.4590 17.0081 16.4453 15.7580 14.9373 14.0000 + 18.3166 18.2333 18.0651 17.8087 17.4590 17.0081 16.4453 15.7580 14.9373 14.0000 + 18.3166 18.2333 18.0651 17.8087 17.4590 17.0081 16.4453 15.7580 14.9373 14.0000 + 18.3166 18.2333 18.0651 17.8087 17.4590 17.0081 16.4453 15.7580 14.9373 14.0000 + + HEAD WILL BE SAVED ON UNIT 1016 AT END OF TIME STEP 5, STRESS PERIOD 5 + + + UZF_0 BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 5, STRESS PERIOD 5 + ------------------------------------------------------------------------------ + + CUMULATIVE UZF_0 L**3 RATES FOR THIS TIME STEP L**3/T + ------------------ ------------------------ + + IN: IN: + --- --- + GWF = 0.0000 GWF = 0.0000 + INFILTRATION = 750.0000 INFILTRATION = 15.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 0.0000 UZET = 0.0000 + STORAGE = 16.6050 STORAGE = 0.0000 + + TOTAL IN = 766.6050 TOTAL IN = 15.0000 + + OUT: OUT: + ---- ---- + GWF = 750.7487 GWF = 14.9583 + INFILTRATION = 0.0000 INFILTRATION = 0.0000 + REJ-INF = 0.0000 REJ-INF = 0.0000 + UZET = 1.9698 UZET = 4.0510E-02 + STORAGE = 13.8865 STORAGE = 1.2288E-03 + + TOTAL OUT = 766.6050 TOTAL OUT = 15.0000 + + IN - OUT = 1.6900E-06 IN - OUT = 2.4869E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 5, STRESS PERIOD 5 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.8599E-02 STO-SS = 2.4007E-06 STORAGE + STO-SY = 40.3503 STO-SY = 4.5226E-03 STORAGE + GHB = 0.0000 GHB = 0.0000 GHB_0 + UZF-GWRCH = 750.7487 UZF-GWRCH = 14.9583 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 0.0000 UZF-GWET = 0.0000 UZF_0 + + TOTAL IN = 791.1476 TOTAL IN = 14.9628 + + OUT: OUT: + ---- ---- + STO-SS = 7.9969E-04 STO-SS = 0.0000 STORAGE + STO-SY = 11.9671 STO-SY = 0.0000 STORAGE + GHB = 776.6714 GHB = 14.9147 GHB_0 + UZF-GWRCH = 0.0000 UZF-GWRCH = 0.0000 UZF_0 + UZF-GWD = 0.0000 UZF-GWD = 0.0000 UZF_0 + UZF-GWET = 2.5083 UZF-GWET = 4.8124E-02 UZF_0 + + TOTAL OUT = 791.1476 TOTAL OUT = 14.9628 + + IN - OUT = -1.9748E-06 IN - OUT = -6.2418E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 5 IN STRESS PERIOD 5 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + STRESS PERIOD TIME 8.64000E+05 14400. 240.00 10.000 2.73785E-02 + TOTAL TIME 4.32000E+06 72000. 1200.0 50.000 0.13689 + + +end timestep + diff --git a/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model_nc[disv_with_uzf]0/disv_with_uzf.nam b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model_nc[disv_with_uzf]0/disv_with_uzf.nam new file mode 100644 index 000000000..e30402c0d --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model_nc[disv_with_uzf]0/disv_with_uzf.nam @@ -0,0 +1,17 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:06:42. +BEGIN options + SAVE_FLOWS + NEWTON +END options + +BEGIN packages + DISV6 disv_with_uzf.nc disv + IC6 disv_with_uzf.ic ic + NPF6 disv_with_uzf.nc npf + STO6 disv_with_uzf.sto sto + GHB6 disv_with_uzf.nc ghb_0 + UZF6 disv_with_uzf.uzf uzf_0 + OC6 disv_with_uzf.oc oc + OBS6 disv_with_uzf.obs head_obs +END packages + diff --git a/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model_nc[disv_with_uzf]0/disv_with_uzf.nc b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model_nc[disv_with_uzf]0/disv_with_uzf.nc new file mode 100644 index 000000000..326b66fb9 Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model_nc[disv_with_uzf]0/disv_with_uzf.nc differ diff --git a/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model_nc[disv_with_uzf]0/disv_with_uzf.nc.grb b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model_nc[disv_with_uzf]0/disv_with_uzf.nc.grb new file mode 100644 index 000000000..6c5e4a03a Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model_nc[disv_with_uzf]0/disv_with_uzf.nc.grb differ diff --git a/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model_nc[disv_with_uzf]0/disv_with_uzf.nc.out b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model_nc[disv_with_uzf]0/disv_with_uzf.nc.out new file mode 100644 index 000000000..d172cd9d0 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model_nc[disv_with_uzf]0/disv_with_uzf.nc.out @@ -0,0 +1,374 @@ +netcdf disv_with_uzf { +dimensions: + LINELENGTH = 300 ; + LENAUXNAME = 16 ; + LENBOUNDNAME = 40 ; + NPER = 5 ; + NLAY = 5 ; + NCPL = 100 ; + NVERT = 121 ; + dim_disv_ncvert = 400 ; + NCELLDIM = 2 ; + dim_ghb_0_maxbound = 20 ; + dim_ghb_0_niper = 1 ; +variables: + int disv_nlay ; + disv_nlay:mf6_input = "DISV6:DISV_WITH_UZF/DISV/NLAY" ; + int disv_ncpl ; + disv_ncpl:mf6_input = "DISV6:DISV_WITH_UZF/DISV/NCPL" ; + int disv_nvert ; + disv_nvert:mf6_input = "DISV6:DISV_WITH_UZF/DISV/NVERT" ; + double disv_top(NCPL) ; + disv_top:_FillValue = 3.e+30 ; + disv_top:mf6_input = "DISV6:DISV_WITH_UZF/DISV/TOP" ; + double disv_botm(NLAY, NCPL) ; + disv_botm:_FillValue = 3.e+30 ; + disv_botm:mf6_input = "DISV6:DISV_WITH_UZF/DISV/BOTM" ; + int disv_iv(NVERT) ; + disv_iv:_FillValue = -2147483647 ; + disv_iv:mf6_input = "DISV6:DISV_WITH_UZF/DISV/IV" ; + double disv_xv(NVERT) ; + disv_xv:_FillValue = 3.e+30 ; + disv_xv:mf6_input = "DISV6:DISV_WITH_UZF/DISV/XV" ; + double disv_yv(NVERT) ; + disv_yv:_FillValue = 3.e+30 ; + disv_yv:mf6_input = "DISV6:DISV_WITH_UZF/DISV/YV" ; + int disv_icell2d(NCPL) ; + disv_icell2d:_FillValue = -2147483647 ; + disv_icell2d:mf6_input = "DISV6:DISV_WITH_UZF/DISV/ICELL2D" ; + double disv_xc(NCPL) ; + disv_xc:_FillValue = 3.e+30 ; + disv_xc:mf6_input = "DISV6:DISV_WITH_UZF/DISV/XC" ; + double disv_yc(NCPL) ; + disv_yc:_FillValue = 3.e+30 ; + disv_yc:mf6_input = "DISV6:DISV_WITH_UZF/DISV/YC" ; + int disv_ncvert(NCPL) ; + disv_ncvert:_FillValue = -2147483647 ; + disv_ncvert:mf6_input = "DISV6:DISV_WITH_UZF/DISV/NCVERT" ; + int disv_icvert(dim_disv_ncvert) ; + disv_icvert:_FillValue = -2147483647 ; + disv_icvert:mf6_input = "DISV6:DISV_WITH_UZF/DISV/ICVERT" ; + double ic_strt(NLAY, NCPL) ; + ic_strt:_FillValue = 3.e+30 ; + ic_strt:mf6_input = "IC6:DISV_WITH_UZF/IC/STRT" ; + ic_strt:_Storage = "chunked" ; + ic_strt:_ChunkSizes = 5, 100 ; + ic_strt:_DeflateLevel = 4 ; + ic_strt:_Shuffle = "true" ; + ic_strt:_Endianness = "little" ; + int npf_save_flows ; + npf_save_flows:mf6_input = "NPF6:DISV_WITH_UZF/NPF/SAVE_FLOWS" ; + int npf_icelltype(NLAY, NCPL) ; + npf_icelltype:_FillValue = -2147483647 ; + npf_icelltype:mf6_input = "NPF6:DISV_WITH_UZF/NPF/ICELLTYPE" ; + double npf_k(NLAY, NCPL) ; + npf_k:_FillValue = 3.e+30 ; + npf_k:mf6_input = "NPF6:DISV_WITH_UZF/NPF/K" ; + double npf_k33(NLAY, NCPL) ; + npf_k33:_FillValue = 3.e+30 ; + npf_k33:mf6_input = "NPF6:DISV_WITH_UZF/NPF/K33" ; + int ghb_0_print_flows ; + ghb_0_print_flows:mf6_input = "GHB6:DISV_WITH_UZF/GHB_0/PRINT_FLOWS" ; + int ghb_0_maxbound ; + ghb_0_maxbound:mf6_input = "GHB6:DISV_WITH_UZF/GHB_0/MAXBOUND" ; + int ghb_0_iper(dim_ghb_0_niper) ; + ghb_0_iper:mf6_input = "GHB6:DISV_WITH_UZF/GHB_0/IPER" ; + int ghb_0_cellid(dim_ghb_0_niper, dim_ghb_0_maxbound, NCELLDIM) ; + ghb_0_cellid:_FillValue = -2147483647 ; + ghb_0_cellid:mf6_input = "GHB6:DISV_WITH_UZF/GHB_0/CELLID" ; + double ghb_0_bhead(dim_ghb_0_niper, dim_ghb_0_maxbound) ; + ghb_0_bhead:_FillValue = 3.e+30 ; + ghb_0_bhead:mf6_input = "GHB6:DISV_WITH_UZF/GHB_0/BHEAD" ; + double ghb_0_cond(dim_ghb_0_niper, dim_ghb_0_maxbound) ; + ghb_0_cond:_FillValue = 3.e+30 ; + ghb_0_cond:mf6_input = "GHB6:DISV_WITH_UZF/GHB_0/COND" ; + +// global attributes: + :description = "MODFLOW 6 NetCDF4 file prototype" ; + :history = "Created Mon Oct 30 09:06:42 2023" ; + :source = "mf6netcdf4.py" ; + :mf6_modeltype = "GWF6" ; + :mf6_modelname = "DISV_WITH_UZF" ; + :Conventions = "CF-1.8" ; +data: + + disv_nlay = 5 ; + + disv_ncpl = 100 ; + + disv_nvert = 121 ; + + disv_top = 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, + 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, + 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, + 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, + 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, + 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25 ; + + disv_botm = + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, + 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, + 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, + 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, + 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, + 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, + 15, 15, 15, 15, 15, 15, 15, 15, 15, + 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, + 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, + 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, + 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, + 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, + 10, 10, 10, 10, 10, 10, 10, 10, 10, + 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, + 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, + 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, + 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, + 5, 5, 5, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0 ; + + disv_iv = 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, + 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, + 38, 39, 40, 41, 42, 43, 44, 45, 46, 47, 48, 49, 50, 51, 52, 53, 54, 55, + 56, 57, 58, 59, 60, 61, 62, 63, 64, 65, 66, 67, 68, 69, 70, 71, 72, 73, + 74, 75, 76, 77, 78, 79, 80, 81, 82, 83, 84, 85, 86, 87, 88, 89, 90, 91, + 92, 93, 94, 95, 96, 97, 98, 99, 100, 101, 102, 103, 104, 105, 106, 107, + 108, 109, 110, 111, 112, 113, 114, 115, 116, 117, 118, 119, 120, 121 ; + + disv_xv = 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, + 10, 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, + 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 0, 1, + 2, 3, 4, 5, 6, 7, 8, 9, 10, 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 0, 1, 2, 3, + 4, 5, 6, 7, 8, 9, 10, 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 0, 1, 2, 3, 4, 5, + 6, 7, 8, 9, 10 ; + + disv_yv = 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 9, 9, 9, 9, 9, 9, 9, + 9, 9, 9, 9, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 7, 7, 7, 7, 7, 7, 7, 7, 7, + 7, 7, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, + 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0 ; + + disv_icell2d = 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, + 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, + 36, 37, 38, 39, 40, 41, 42, 43, 44, 45, 46, 47, 48, 49, 50, 51, 52, 53, + 54, 55, 56, 57, 58, 59, 60, 61, 62, 63, 64, 65, 66, 67, 68, 69, 70, 71, + 72, 73, 74, 75, 76, 77, 78, 79, 80, 81, 82, 83, 84, 85, 86, 87, 88, 89, + 90, 91, 92, 93, 94, 95, 96, 97, 98, 99, 100 ; + + disv_xc = 0.5, 1.5, 2.5, 3.5, 4.5, 5.5, 6.5, 7.5, 8.5, 9.5, 0.5, 1.5, 2.5, + 3.5, 4.5, 5.5, 6.5, 7.5, 8.5, 9.5, 0.5, 1.5, 2.5, 3.5, 4.5, 5.5, 6.5, + 7.5, 8.5, 9.5, 0.5, 1.5, 2.5, 3.5, 4.5, 5.5, 6.5, 7.5, 8.5, 9.5, 0.5, + 1.5, 2.5, 3.5, 4.5, 5.5, 6.5, 7.5, 8.5, 9.5, 0.5, 1.5, 2.5, 3.5, 4.5, + 5.5, 6.5, 7.5, 8.5, 9.5, 0.5, 1.5, 2.5, 3.5, 4.5, 5.5, 6.5, 7.5, 8.5, + 9.5, 0.5, 1.5, 2.5, 3.5, 4.5, 5.5, 6.5, 7.5, 8.5, 9.5, 0.5, 1.5, 2.5, + 3.5, 4.5, 5.5, 6.5, 7.5, 8.5, 9.5, 0.5, 1.5, 2.5, 3.5, 4.5, 5.5, 6.5, + 7.5, 8.5, 9.5 ; + + disv_yc = 9.5, 9.5, 9.5, 9.5, 9.5, 9.5, 9.5, 9.5, 9.5, 9.5, 8.5, 8.5, 8.5, + 8.5, 8.5, 8.5, 8.5, 8.5, 8.5, 8.5, 7.5, 7.5, 7.5, 7.5, 7.5, 7.5, 7.5, + 7.5, 7.5, 7.5, 6.5, 6.5, 6.5, 6.5, 6.5, 6.5, 6.5, 6.5, 6.5, 6.5, 5.5, + 5.5, 5.5, 5.5, 5.5, 5.5, 5.5, 5.5, 5.5, 5.5, 4.5, 4.5, 4.5, 4.5, 4.5, + 4.5, 4.5, 4.5, 4.5, 4.5, 3.5, 3.5, 3.5, 3.5, 3.5, 3.5, 3.5, 3.5, 3.5, + 3.5, 2.5, 2.5, 2.5, 2.5, 2.5, 2.5, 2.5, 2.5, 2.5, 2.5, 1.5, 1.5, 1.5, + 1.5, 1.5, 1.5, 1.5, 1.5, 1.5, 1.5, 0.5, 0.5, 0.5, 0.5, 0.5, 0.5, 0.5, + 0.5, 0.5, 0.5 ; + + disv_ncvert = 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, + 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, + 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, + 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, + 4, 4, 4, 4, 4, 4, 4 ; + + disv_icvert = 1, 2, 13, 12, 2, 3, 14, 13, 3, 4, 15, 14, 4, 5, 16, 15, 5, 6, + 17, 16, 6, 7, 18, 17, 7, 8, 19, 18, 8, 9, 20, 19, 9, 10, 21, 20, 10, 11, + 22, 21, 12, 13, 24, 23, 13, 14, 25, 24, 14, 15, 26, 25, 15, 16, 27, 26, + 16, 17, 28, 27, 17, 18, 29, 28, 18, 19, 30, 29, 19, 20, 31, 30, 20, 21, + 32, 31, 21, 22, 33, 32, 23, 24, 35, 34, 24, 25, 36, 35, 25, 26, 37, 36, + 26, 27, 38, 37, 27, 28, 39, 38, 28, 29, 40, 39, 29, 30, 41, 40, 30, 31, + 42, 41, 31, 32, 43, 42, 32, 33, 44, 43, 34, 35, 46, 45, 35, 36, 47, 46, + 36, 37, 48, 47, 37, 38, 49, 48, 38, 39, 50, 49, 39, 40, 51, 50, 40, 41, + 52, 51, 41, 42, 53, 52, 42, 43, 54, 53, 43, 44, 55, 54, 45, 46, 57, 56, + 46, 47, 58, 57, 47, 48, 59, 58, 48, 49, 60, 59, 49, 50, 61, 60, 50, 51, + 62, 61, 51, 52, 63, 62, 52, 53, 64, 63, 53, 54, 65, 64, 54, 55, 66, 65, + 56, 57, 68, 67, 57, 58, 69, 68, 58, 59, 70, 69, 59, 60, 71, 70, 60, 61, + 72, 71, 61, 62, 73, 72, 62, 63, 74, 73, 63, 64, 75, 74, 64, 65, 76, 75, + 65, 66, 77, 76, 67, 68, 79, 78, 68, 69, 80, 79, 69, 70, 81, 80, 70, 71, + 82, 81, 71, 72, 83, 82, 72, 73, 84, 83, 73, 74, 85, 84, 74, 75, 86, 85, + 75, 76, 87, 86, 76, 77, 88, 87, 78, 79, 90, 89, 79, 80, 91, 90, 80, 81, + 92, 91, 81, 82, 93, 92, 82, 83, 94, 93, 83, 84, 95, 94, 84, 85, 96, 95, + 85, 86, 97, 96, 86, 87, 98, 97, 87, 88, 99, 98, 89, 90, 101, 100, 90, 91, + 102, 101, 91, 92, 103, 102, 92, 93, 104, 103, 93, 94, 105, 104, 94, 95, + 106, 105, 95, 96, 107, 106, 96, 97, 108, 107, 97, 98, 109, 108, 98, 99, + 110, 109, 100, 101, 112, 111, 101, 102, 113, 112, 102, 103, 114, 113, + 103, 104, 115, 114, 104, 105, 116, 115, 105, 106, 117, 116, 106, 107, + 118, 117, 107, 108, 119, 118, 108, 109, 120, 119, 109, 110, 121, 120 ; + + ic_strt = + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, + 20, 20, 20, 20, 20, 20, 20, 20, 20 ; + + npf_save_flows = 1 ; + + npf_icelltype = + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1 ; + + npf_k = + 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, + 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, + 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, + 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, + 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, + 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, + 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, + 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, + 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, + 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, + 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, + 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, + 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, + 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, + 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, + 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, + 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, + 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, + 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, + 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, + 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, + 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, + 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, + 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, + 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, + 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, + 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, + 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, + 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, + 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, + 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, + 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, + 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, + 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, + 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1 ; + + npf_k33 = + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1 ; + + ghb_0_print_flows = 1 ; + + ghb_0_maxbound = 20 ; + + ghb_0_iper = 1 ; + + ghb_0_cellid = + 4, 10, + 4, 20, + 4, 30, + 4, 40, + 4, 50, + 4, 60, + 4, 70, + 4, 80, + 4, 90, + 4, 100, + 5, 10, + 5, 20, + 5, 30, + 5, 40, + 5, 50, + 5, 60, + 5, 70, + 5, 80, + 5, 90, + 5, 100 ; + + ghb_0_bhead = + 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14 ; + + ghb_0_cond = + 10000, 10000, 10000, 10000, 10000, 10000, 10000, 10000, 10000, 10000, + 10000, 10000, 10000, 10000, 10000, 10000, 10000, 10000, 10000, 10000 ; +} diff --git a/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model_nc[disv_with_uzf]0/disv_with_uzf.obs b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model_nc[disv_with_uzf]0/disv_with_uzf.obs new file mode 100644 index 000000000..152f510f1 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model_nc[disv_with_uzf]0/disv_with_uzf.obs @@ -0,0 +1,18 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:06:42. +BEGIN options + DIGITS 20 +END options + +BEGIN continuous FILEOUT disv_with_uzf.obs.csv + obs_41 head 1 41 + obs_42 head 1 42 + obs_43 head 1 43 + obs_44 head 1 44 + obs_45 head 1 45 + obs_46 head 1 46 + obs_47 head 1 47 + obs_48 head 1 48 + obs_49 head 1 49 + obs_50 head 1 50 +END continuous FILEOUT disv_with_uzf.obs.csv + diff --git a/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model_nc[disv_with_uzf]0/disv_with_uzf.obs.csv b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model_nc[disv_with_uzf]0/disv_with_uzf.obs.csv new file mode 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+BEGIN period 1 + SAVE HEAD ALL + SAVE BUDGET ALL + PRINT HEAD ALL + PRINT BUDGET ALL +END period 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model_nc[disv_with_uzf]0/disv_with_uzf.sto b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model_nc[disv_with_uzf]0/disv_with_uzf.sto new file mode 100644 index 000000000..3d826b39e --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model_nc[disv_with_uzf]0/disv_with_uzf.sto @@ -0,0 +1,17 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:06:42. +BEGIN options +END options + +BEGIN griddata + iconvert + CONSTANT 1 + ss + CONSTANT 1.00000000E-05 + sy + CONSTANT 0.20000000 +END griddata + +BEGIN period 1 + TRANSIENT +END period 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model_nc[disv_with_uzf]0/disv_with_uzf.tdis b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model_nc[disv_with_uzf]0/disv_with_uzf.tdis new file mode 100644 index 000000000..711f6e2a1 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a/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model_nc[disv_with_uzf]0/mfsim.lst b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model_nc[disv_with_uzf]0/mfsim.lst new file mode 100644 index 000000000..e34f1443f --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model_nc[disv_with_uzf]0/mfsim.lst @@ -0,0 +1,2130 @@ + MODFLOW 6 PROFESSIONAL + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + VERSION 6.5.0.dev0 (preliminary) 07/13/2023 + ***DEVELOP MODE*** + + MODFLOW 6 compiled Oct 30 2023 08:23:02 with GCC version 11.3.0 + +This software is preliminary or provisional and is subject to +revision. It is being provided to meet the need for timely best +science. The software has not received final approval by the U.S. +Geological Survey (USGS). No warranty, expressed or implied, is made +by the USGS or the U.S. Government as to the functionality of the +software and related material nor shall the fact of release +constitute any such warranty. The software is provided on the +condition that neither the USGS nor the U.S. Government shall be held +liable for any damages resulting from the authorized or unauthorized +use of the software. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +The following 2-clause BSD License library is used in this +USGS product: + + PETSc, the Portable, Extensible Toolkit for Scientific + Computation Library + Copyright (c) 1991-2021, UChicago Argonne, LLC + and the PETSc Development Team All rights reserved. + (https://petsc.org/release/) + +MODFLOW 6 compiler options: -cpp -I src/libmf6core.a.p -I src -I ../src -I +src/libmf6_external.a.p -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/include -I +/home/mreno/.clone/external/petsc/include -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/lib -I +/home/mreno/miniconda3/envs/modflow6/include -I -fdiagnostics-color=always +-imultiarch x86_64-linux-gnu -D _FILE_OFFSET_BITS=64 -D __linux__ -D +__WITH_PETSC__ -D __WITH_MPI__ -D __WITH_NETCDF__ -mtune=generic +-march=x86-64 -g -O2 -Wall -Wpedantic -Wcharacter-truncation +-Wno-unused-dummy-argument -Wno-intrinsic-shadow -Wno-maybe-uninitialized +-Wno-uninitialized -std=f2008 -fall-intrinsics -fbacktrace -fcheck=all +-ffpe-trap=overflow,zero,invalid -ffpe-summary=overflow +-ffpe-trap=overflow,zero,invalid -fPIC -J src/libmf6core.a.p +-fpre-include=/usr/include/finclude/math-vector-fortran.h + +System command used to initiate simulation: +/home/mreno/.clone/usgs/w/netcdf/2/modflow6/bin/mf6 + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + + OPENED mfsim.nam + FILE TYPE:NAM6 UNIT 1001 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:06:42. + + OPENED disv_with_uzf.nam + FILE TYPE:GWF6 UNIT 1002 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:06:42. +Model NetCDF4 Input "disv_with_uzf.nc" opened NF90_NOWRITE, ncid=65536 +IDM nc modeltype=GWF6 +IDM load netcdf var model=GWF6, ptype=DISV6 +IDM nc4_context pkg cname=DISV_WITH_UZF, scname=DISV +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DISV6, sctype=DISV +Input parameter "NLAY" discovered for package "DISV_WITH_UZF/DISV". +IDM load netcdf var model=GWF6, ptype=DISV6 +IDM nc4_context pkg cname=DISV_WITH_UZF, scname=DISV +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DISV6, sctype=DISV +Input parameter "NCPL" discovered for package "DISV_WITH_UZF/DISV". +IDM load netcdf var model=GWF6, ptype=DISV6 +IDM nc4_context pkg cname=DISV_WITH_UZF, scname=DISV +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DISV6, sctype=DISV +Input parameter "NVERT" discovered for package "DISV_WITH_UZF/DISV". +IDM load netcdf var model=GWF6, ptype=DISV6 +IDM nc4_context pkg cname=DISV_WITH_UZF, scname=DISV +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DISV6, sctype=DISV +Input parameter "TOP" discovered for package "DISV_WITH_UZF/DISV". +IDM load netcdf var model=GWF6, ptype=DISV6 +IDM nc4_context pkg cname=DISV_WITH_UZF, scname=DISV +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DISV6, sctype=DISV +Input parameter "BOTM" discovered for package "DISV_WITH_UZF/DISV". +IDM load netcdf var model=GWF6, ptype=DISV6 +IDM nc4_context pkg cname=DISV_WITH_UZF, scname=DISV +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DISV6, sctype=DISV +Input parameter "IV" discovered for package "DISV_WITH_UZF/DISV". +IDM load netcdf var model=GWF6, ptype=DISV6 +IDM nc4_context pkg cname=DISV_WITH_UZF, scname=DISV +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DISV6, sctype=DISV +Input parameter "XV" discovered for package "DISV_WITH_UZF/DISV". +IDM load netcdf var model=GWF6, ptype=DISV6 +IDM nc4_context pkg cname=DISV_WITH_UZF, scname=DISV +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DISV6, sctype=DISV +Input parameter "YV" discovered for package "DISV_WITH_UZF/DISV". +IDM load netcdf var model=GWF6, ptype=DISV6 +IDM nc4_context pkg cname=DISV_WITH_UZF, scname=DISV +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DISV6, sctype=DISV +Input parameter "ICELL2D" discovered for package "DISV_WITH_UZF/DISV". +IDM load netcdf var model=GWF6, ptype=DISV6 +IDM nc4_context pkg cname=DISV_WITH_UZF, scname=DISV +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DISV6, sctype=DISV +Input parameter "XC" discovered for package "DISV_WITH_UZF/DISV". +IDM load netcdf var model=GWF6, ptype=DISV6 +IDM nc4_context pkg cname=DISV_WITH_UZF, scname=DISV +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DISV6, sctype=DISV +Input parameter "YC" discovered for package "DISV_WITH_UZF/DISV". +IDM load netcdf var model=GWF6, ptype=DISV6 +IDM nc4_context pkg cname=DISV_WITH_UZF, scname=DISV +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DISV6, sctype=DISV +Input parameter "NCVERT" discovered for package "DISV_WITH_UZF/DISV". +IDM load netcdf var model=GWF6, ptype=DISV6 +IDM nc4_context pkg cname=DISV_WITH_UZF, scname=DISV +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DISV6, sctype=DISV +Input parameter "ICVERT" discovered for package "DISV_WITH_UZF/DISV". +IDM load netcdf var model=GWF6, ptype=NPF6 +IDM nc4_context pkg cname=DISV_WITH_UZF, scname=DISV +IDM nc4_context pkg cname=DISV_WITH_UZF, scname=NPF +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=NPF6, sctype=NPF +Input parameter "SAVE_FLOWS" discovered for package "DISV_WITH_UZF/NPF". +IDM load netcdf var model=GWF6, ptype=NPF6 +IDM nc4_context pkg cname=DISV_WITH_UZF, scname=DISV +IDM nc4_context pkg cname=DISV_WITH_UZF, scname=NPF +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=NPF6, sctype=NPF +Input parameter "ICELLTYPE" discovered for package "DISV_WITH_UZF/NPF". +IDM load netcdf var model=GWF6, ptype=NPF6 +IDM nc4_context pkg cname=DISV_WITH_UZF, scname=DISV +IDM nc4_context pkg cname=DISV_WITH_UZF, scname=NPF +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=NPF6, sctype=NPF +Input parameter "K" discovered for package "DISV_WITH_UZF/NPF". +IDM load netcdf var model=GWF6, ptype=NPF6 +IDM nc4_context pkg cname=DISV_WITH_UZF, scname=DISV +IDM nc4_context pkg cname=DISV_WITH_UZF, scname=NPF +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=NPF6, sctype=NPF +Input parameter "K33" discovered for package "DISV_WITH_UZF/NPF". +IDM load netcdf var model=GWF6, ptype=GHB6 +IDM nc4_context pkg cname=DISV_WITH_UZF, scname=DISV +IDM nc4_context pkg cname=DISV_WITH_UZF, scname=NPF +IDM nc4_context pkg cname=DISV_WITH_UZF, scname=GHB_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=GHB6, sctype=GHB +Input parameter "PRINT_FLOWS" discovered for package "DISV_WITH_UZF/GHB_0". +IDM load netcdf var model=GWF6, ptype=GHB6 +IDM nc4_context pkg cname=DISV_WITH_UZF, scname=DISV +IDM nc4_context pkg cname=DISV_WITH_UZF, scname=NPF +IDM nc4_context pkg cname=DISV_WITH_UZF, scname=GHB_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=GHB6, sctype=GHB +Input parameter "MAXBOUND" discovered for package "DISV_WITH_UZF/GHB_0". +IDM load netcdf var model=GWF6, ptype=GHB6 +IDM nc4_context pkg cname=DISV_WITH_UZF, scname=DISV +IDM nc4_context pkg cname=DISV_WITH_UZF, scname=NPF +IDM nc4_context pkg cname=DISV_WITH_UZF, scname=GHB_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=GHB6 +IDM nc4_context pkg cname=DISV_WITH_UZF, scname=DISV +IDM nc4_context pkg cname=DISV_WITH_UZF, scname=NPF +IDM nc4_context pkg cname=DISV_WITH_UZF, scname=GHB_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=GHB6, sctype=GHB +Input parameter "CELLID" discovered for package "DISV_WITH_UZF/GHB_0". +IDM load netcdf var model=GWF6, ptype=GHB6 +IDM nc4_context pkg cname=DISV_WITH_UZF, scname=DISV +IDM nc4_context pkg cname=DISV_WITH_UZF, scname=NPF +IDM nc4_context pkg cname=DISV_WITH_UZF, scname=GHB_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=GHB6, sctype=GHB +Input parameter "BHEAD" discovered for package "DISV_WITH_UZF/GHB_0". +IDM load netcdf var model=GWF6, ptype=GHB6 +IDM nc4_context pkg cname=DISV_WITH_UZF, scname=DISV +IDM nc4_context pkg cname=DISV_WITH_UZF, scname=NPF +IDM nc4_context pkg cname=DISV_WITH_UZF, scname=GHB_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=GHB6, sctype=GHB +Input parameter "COND" discovered for package "DISV_WITH_UZF/GHB_0". +IDM input_load pkg=DISV +IDM NF90_MAX_DIMS=1024 +IDM NF90_MAX_VAR_DIMS=1024 +varname=NLAY, type=INTEGER +varname=NCPL, type=INTEGER +varname=NVERT, type=INTEGER +varname=TOP, type=DOUBLE1D +varname=BOTM, type=DOUBLE2D +varname=IV, type=INTEGER1D +varname=XV, type=DOUBLE1D +varname=YV, type=DOUBLE1D +varname=ICELL2D, type=INTEGER1D +varname=XC, type=DOUBLE1D +varname=YC, type=DOUBLE1D +varname=NCVERT, type=INTEGER1D + ALL SIMULATION MEMORY INFORMATION WILL BE WRITTEN. + + DETAILED INFORMATION ON VARIABLES STORED IN THE MEMORY MANAGER + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + ORIGIN VARIABLE NAME DATA TYPE NUMBER OF ITEMS ASSOCIATED VARIABLE + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + __INPUT__/SIM/NAM TDIS6 STRING LEN=300 1 -- + __INPUT__/SIM/NAM MTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM MFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM MNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM EXGTYPE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGFILE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEA STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEB STRING LEN=300 0 -- + __INPUT__/SIM/NAM SOLUTIONGROUPNUM INTEGER 1 -- + __INPUT__/SIM/NAM SLNTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNMNAMES STRING LEN=300 1 -- + __INPUT__/SIM/NAM CONTINUE INTEGER 1 -- + __INPUT__/SIM/NAM NOCHECK INTEGER 1 -- + __INPUT__/SIM/NAM PRMEM STRING LEN=300 1 -- + __INPUT__/SIM/NAM MAXERRORS INTEGER 1 -- + __INPUT__/SIM/NAM PRINT_INPUT INTEGER 1 -- + __INPUT__/SIM/NAM MXITER INTEGER 1 -- + __INPUT__/SIM NUMMODELS INTEGER 1 -- + __INPUT__/SIM NUMEXCHANGES INTEGER 1 -- + __INPUT__/DISV_WITH_UZF/NAM SAVE_FLOWS INTEGER 1 -- + __INPUT__/DISV_WITH_UZF/NAM NEWTON INTEGER 1 -- + __INPUT__/DISV_WITH_UZF/NAM FTYPE STRING LEN=300 8 -- + __INPUT__/DISV_WITH_UZF/NAM FNAME STRING LEN=300 8 -- + __INPUT__/DISV_WITH_UZF/NAM PNAME STRING LEN=300 8 -- + __INPUT__/DISV_WITH_UZF PKGTYPES STRING LEN=7 0 -- + __INPUT__/DISV_WITH_UZF PKGNAMES STRING LEN=16 0 -- + __INPUT__/DISV_WITH_UZF MEMPATHS STRING LEN=50 0 -- + __INPUT__/DISV_WITH_UZF INUNITS INTEGER 0 -- + __INPUT__/DISV_WITH_UZF/DISV INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/DISV_WITH_UZF/NPF INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/DISV_WITH_UZF/GHB_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/DISV_WITH_UZF/DISV NLAY INTEGER 1 -- + __INPUT__/DISV_WITH_UZF/DISV NCPL INTEGER 1 -- + __INPUT__/DISV_WITH_UZF/DISV NVERT INTEGER 1 -- + __INPUT__/DISV_WITH_UZF MODEL_SHAPE INTEGER 2 -- + __INPUT__/DISV_WITH_UZF NCELLDIM INTEGER 1 -- + __INPUT__/DISV_WITH_UZF/DISV TOP DOUBLE 100 -- + __INPUT__/DISV_WITH_UZF/DISV BOTM DOUBLE 500 -- + __INPUT__/DISV_WITH_UZF/DISV IV INTEGER 121 -- + __INPUT__/DISV_WITH_UZF/DISV XV DOUBLE 121 -- + __INPUT__/DISV_WITH_UZF/DISV YV DOUBLE 121 -- + __INPUT__/DISV_WITH_UZF/DISV ICELL2D INTEGER 100 -- + __INPUT__/DISV_WITH_UZF/DISV XC DOUBLE 100 -- + __INPUT__/DISV_WITH_UZF/DISV YC DOUBLE 100 -- + __INPUT__/DISV_WITH_UZF/DISV NCVERT INTEGER 100 -- + __INPUT__/DISV_WITH_UZF/DISV ICVERT INTEGER 400 -- + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 1.5300000 + Logical 0.0000000 + Integer 2.9480000 + Real 8.3360000 + ------------------------------- + Total 12.814000 + Virtual 0.0000000 + ------------------------------- + + +IDM input_load pkg=NPF +IDM NF90_MAX_DIMS=1024 +IDM NF90_MAX_VAR_DIMS=1024 +varname=IPAKCB, type=KEYWORD +varname=ICELLTYPE, type=INTEGER1D +varname=K, type=DOUBLE1D +varname=K33, type=DOUBLE1D + ALL SIMULATION MEMORY INFORMATION WILL BE WRITTEN. + + DETAILED INFORMATION ON VARIABLES STORED IN THE MEMORY MANAGER + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + ORIGIN VARIABLE NAME DATA TYPE NUMBER OF ITEMS ASSOCIATED VARIABLE + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + __INPUT__/SIM/NAM TDIS6 STRING LEN=300 1 -- + __INPUT__/SIM/NAM MTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM MFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM MNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM EXGTYPE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGFILE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEA STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEB STRING LEN=300 0 -- + __INPUT__/SIM/NAM SOLUTIONGROUPNUM INTEGER 1 -- + __INPUT__/SIM/NAM SLNTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNMNAMES STRING LEN=300 1 -- + __INPUT__/SIM/NAM CONTINUE INTEGER 1 -- + __INPUT__/SIM/NAM NOCHECK INTEGER 1 -- + __INPUT__/SIM/NAM PRMEM STRING LEN=300 1 -- + __INPUT__/SIM/NAM MAXERRORS INTEGER 1 -- + __INPUT__/SIM/NAM PRINT_INPUT INTEGER 1 -- + __INPUT__/SIM/NAM MXITER INTEGER 1 -- + __INPUT__/SIM NUMMODELS INTEGER 1 -- + __INPUT__/SIM NUMEXCHANGES INTEGER 1 -- + __INPUT__/DISV_WITH_UZF/NAM SAVE_FLOWS INTEGER 1 -- + __INPUT__/DISV_WITH_UZF/NAM NEWTON INTEGER 1 -- + __INPUT__/DISV_WITH_UZF/NAM FTYPE STRING LEN=300 8 -- + __INPUT__/DISV_WITH_UZF/NAM FNAME STRING LEN=300 8 -- + __INPUT__/DISV_WITH_UZF/NAM PNAME STRING LEN=300 8 -- + __INPUT__/DISV_WITH_UZF PKGTYPES STRING LEN=7 0 -- + __INPUT__/DISV_WITH_UZF PKGNAMES STRING LEN=16 0 -- + __INPUT__/DISV_WITH_UZF MEMPATHS STRING LEN=50 0 -- + __INPUT__/DISV_WITH_UZF INUNITS INTEGER 0 -- + __INPUT__/DISV_WITH_UZF/DISV INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/DISV_WITH_UZF/NPF INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/DISV_WITH_UZF/GHB_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/DISV_WITH_UZF/DISV NLAY INTEGER 1 -- + __INPUT__/DISV_WITH_UZF/DISV NCPL INTEGER 1 -- + __INPUT__/DISV_WITH_UZF/DISV NVERT INTEGER 1 -- + __INPUT__/DISV_WITH_UZF MODEL_SHAPE INTEGER 2 -- + __INPUT__/DISV_WITH_UZF NCELLDIM INTEGER 1 -- + __INPUT__/DISV_WITH_UZF/DISV TOP DOUBLE 100 -- + __INPUT__/DISV_WITH_UZF/DISV BOTM DOUBLE 500 -- + __INPUT__/DISV_WITH_UZF/DISV IV INTEGER 121 -- + __INPUT__/DISV_WITH_UZF/DISV XV DOUBLE 121 -- + __INPUT__/DISV_WITH_UZF/DISV YV DOUBLE 121 -- + __INPUT__/DISV_WITH_UZF/DISV ICELL2D INTEGER 100 -- + __INPUT__/DISV_WITH_UZF/DISV XC DOUBLE 100 -- + __INPUT__/DISV_WITH_UZF/DISV YC DOUBLE 100 -- + __INPUT__/DISV_WITH_UZF/DISV NCVERT INTEGER 100 -- + __INPUT__/DISV_WITH_UZF/DISV ICVERT INTEGER 400 -- + __INPUT__/DISV_WITH_UZF/NPF IPAKCB INTEGER 1 -- + __INPUT__/DISV_WITH_UZF/NPF ICELLTYPE INTEGER 500 -- + __INPUT__/DISV_WITH_UZF/NPF K DOUBLE 500 -- + __INPUT__/DISV_WITH_UZF/NPF K33 DOUBLE 500 -- + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 1.5300000 + Logical 0.0000000 + Integer 4.9520000 + Real 16.336000 + ------------------------------- + Total 22.818000 + Virtual 0.0000000 + ------------------------------- + + + + OPENED disv_with_uzf.sto + FILE TYPE:STO6 UNIT 1003 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED disv_with_uzf.ic + FILE TYPE:IC6 UNIT 1004 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED disv_with_uzf.oc + FILE TYPE:OC6 UNIT 1005 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED disv_with_uzf.obs + FILE TYPE:OBS6 UNIT 1006 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + +IDM input_load pkg=GHB_0 +IDM NF90_MAX_DIMS=1024 +IDM NF90_MAX_VAR_DIMS=1024 +varname=IPRFLOW, type=KEYWORD +varname=MAXBOUND, type=INTEGER + ALL SIMULATION MEMORY INFORMATION WILL BE WRITTEN. + + DETAILED INFORMATION ON VARIABLES STORED IN THE MEMORY MANAGER + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + ORIGIN VARIABLE NAME DATA TYPE NUMBER OF ITEMS ASSOCIATED VARIABLE + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + __INPUT__/SIM/NAM TDIS6 STRING LEN=300 1 -- + __INPUT__/SIM/NAM MTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM MFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM MNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM EXGTYPE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGFILE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEA STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEB STRING LEN=300 0 -- + __INPUT__/SIM/NAM SOLUTIONGROUPNUM INTEGER 1 -- + __INPUT__/SIM/NAM SLNTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNMNAMES STRING LEN=300 1 -- + __INPUT__/SIM/NAM CONTINUE INTEGER 1 -- + __INPUT__/SIM/NAM NOCHECK INTEGER 1 -- + __INPUT__/SIM/NAM PRMEM STRING LEN=300 1 -- + __INPUT__/SIM/NAM MAXERRORS INTEGER 1 -- + __INPUT__/SIM/NAM PRINT_INPUT INTEGER 1 -- + __INPUT__/SIM/NAM MXITER INTEGER 1 -- + __INPUT__/SIM NUMMODELS INTEGER 1 -- + __INPUT__/SIM NUMEXCHANGES INTEGER 1 -- + __INPUT__/DISV_WITH_UZF/NAM SAVE_FLOWS INTEGER 1 -- + __INPUT__/DISV_WITH_UZF/NAM NEWTON INTEGER 1 -- + __INPUT__/DISV_WITH_UZF/NAM FTYPE STRING LEN=300 8 -- + __INPUT__/DISV_WITH_UZF/NAM FNAME STRING LEN=300 8 -- + __INPUT__/DISV_WITH_UZF/NAM PNAME STRING LEN=300 8 -- + __INPUT__/DISV_WITH_UZF PKGTYPES STRING LEN=7 0 -- + __INPUT__/DISV_WITH_UZF PKGNAMES STRING LEN=16 0 -- + __INPUT__/DISV_WITH_UZF MEMPATHS STRING LEN=50 0 -- + __INPUT__/DISV_WITH_UZF INUNITS INTEGER 0 -- + __INPUT__/DISV_WITH_UZF/DISV INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/DISV_WITH_UZF/NPF INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/DISV_WITH_UZF/GHB_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/DISV_WITH_UZF/DISV NLAY INTEGER 1 -- + __INPUT__/DISV_WITH_UZF/DISV NCPL INTEGER 1 -- + __INPUT__/DISV_WITH_UZF/DISV NVERT INTEGER 1 -- + __INPUT__/DISV_WITH_UZF MODEL_SHAPE INTEGER 2 -- + __INPUT__/DISV_WITH_UZF NCELLDIM INTEGER 1 -- + __INPUT__/DISV_WITH_UZF/DISV TOP DOUBLE 100 -- + __INPUT__/DISV_WITH_UZF/DISV BOTM DOUBLE 500 -- + __INPUT__/DISV_WITH_UZF/DISV IV INTEGER 121 -- + __INPUT__/DISV_WITH_UZF/DISV XV DOUBLE 121 -- + __INPUT__/DISV_WITH_UZF/DISV YV DOUBLE 121 -- + __INPUT__/DISV_WITH_UZF/DISV ICELL2D INTEGER 100 -- + __INPUT__/DISV_WITH_UZF/DISV XC DOUBLE 100 -- + __INPUT__/DISV_WITH_UZF/DISV YC DOUBLE 100 -- + __INPUT__/DISV_WITH_UZF/DISV NCVERT INTEGER 100 -- + __INPUT__/DISV_WITH_UZF/DISV ICVERT INTEGER 400 -- + __INPUT__/DISV_WITH_UZF/NPF IPAKCB INTEGER 1 -- + __INPUT__/DISV_WITH_UZF/NPF ICELLTYPE INTEGER 500 -- + __INPUT__/DISV_WITH_UZF/NPF K DOUBLE 500 -- + __INPUT__/DISV_WITH_UZF/NPF K33 DOUBLE 500 -- + __INPUT__/DISV_WITH_UZF/GHB_0 IPRFLOW INTEGER 1 -- + __INPUT__/DISV_WITH_UZF/GHB_0 NAUX INTEGER 1 -- + __INPUT__/DISV_WITH_UZF/GHB_0 MAXBOUND INTEGER 1 -- + __INPUT__/DISV_WITH_UZF/GHB_0 IPER INTEGER 1 -- + __INPUT__/DISV_WITH_UZF/GHB_0 IONPER INTEGER 1 -- + __INPUT__/DISV_WITH_UZF/GHB_0 NBOUND INTEGER 1 -- + __INPUT__/DISV_WITH_UZF/GHB_0 NCPL INTEGER 1 -- + __INPUT__/DISV_WITH_UZF/GHB_0 AUXILIARY STRING LEN=16 0 -- + __INPUT__/DISV_WITH_UZF/GHB_0 CELLID INTEGER 40 -- + __INPUT__/DISV_WITH_UZF/GHB_0 BHEAD DOUBLE 20 -- + __INPUT__/DISV_WITH_UZF/GHB_0 COND DOUBLE 20 -- + __INPUT__/DISV_WITH_UZF/GHB_0 BOUNDNAME STRING LEN=40 0 -- + __INPUT__/DISV_WITH_UZF/GHB_0 AUXVAR DOUBLE 0 -- + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 1.5300000 + Logical 0.0000000 + Integer 5.1400000 + Real 16.656000 + ------------------------------- + Total 23.326000 + Virtual 0.0000000 + ------------------------------- + + + + OPENED disv_with_uzf.uzf + FILE TYPE:UZF6 UNIT 1007 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + READING SIMULATION OPTIONS + MAXIMUM NUMBER OF ERRORS THAT WILL BE STORED IS 1000 + END OF SIMULATION OPTIONS + + READING SIMULATION TIMING + + OPENED disv_with_uzf.tdis + FILE TYPE:TDIS UNIT 1008 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + TDIS -- TEMPORAL DISCRETIZATION PACKAGE, + VERSION 1 : 11/13/2014 - INPUT READ FROM UNIT 1008 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:06:42. + PROCESSING TDIS OPTIONS + SIMULATION TIME UNIT IS DAYS + END OF TDIS OPTIONS + PROCESSING TDIS DIMENSIONS + 5 STRESS PERIOD(S) IN SIMULATION + END OF TDIS DIMENSIONS + PROCESSING TDIS PERIODDATA + + + STRESS PERIOD LENGTH TIME STEPS MULTIPLIER FOR DELT + ---------------------------------------------------------------------------- + 1 10.00000 5 1.000 + 2 10.00000 5 1.000 + 3 10.00000 5 1.000 + 4 10.00000 5 1.000 + 5 10.00000 5 1.000 + END OF TDIS PERIODDATA + END OF SIMULATION TIMING + + READING SIMULATION MODELS + GWF6 model 1 will be created + END OF SIMULATION MODELS + + READING SIMULATION EXCHANGES + END OF SIMULATION EXCHANGES + + READING SOLUTIONGROUP + + Creating solution: SLN_1 + + OPENED disv_with_uzf.ims + FILE TYPE:IMS UNIT 1010 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + END OF SOLUTIONGROUP + +PROCESSING MODEL CONNECTIONS + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1010 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:06:42. + + PROCESSING IMS OPTIONS + MODERATE OPTION: + DEFAULT SOLVER INPUT VALUES REFLECT MODERETELY NONLINEAR MODEL + END OF IMS OPTIONS + + PROCESSING IMS NONLINEAR + END OF IMS NONLINEAR DATA + **UNDER-RELAXATION WILL BE USED*** + + + PROCESSING LINEAR DATA + END OF LINEAR DATA + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + An asymmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-08 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 100 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 3 + LINEAR SOLUTION METHOD (LINMETH) = 1 + UNDER-RELAXATION WEIGHT REDUCTION FACTOR (THETA) = 0.900000E+00 + UNDER-RELAXATION WEIGHT INCREASE INCREMENT (KAPPA) = 0.100000E-03 + UNDER-RELAXATION PREVIOUS HISTORY FACTOR (GAMMA) = 0.000000E+00 + UNDER-RELAXATION MOMENTUM TERM (AMOMENTUM) = 0.000000E+00 + + SOLUTION BY THE BICONJUGATE-GRADIENT STABILIZED METHOD + ------------------------------------------------------------------ + MAXIMUM OF 100 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 300 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = BCGS + MATRIX PRECONDITIONING TYPE = MOD. INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-08 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E-02 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.97000E+00 + + + + + Solving: Stress period: 1 Time step: 1 + +1 + STRESS PERIOD NO. 1, LENGTH = 10.00000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 5 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=1 +IDM RP LIST kper=1 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=2size n=20 +CELLID FIRST SET nbound=20 +IDM RP LIST varname=BHEAD, type=DOUBLE +IDM RP LIST varname=COND, type=DOUBLE + INITIAL TIME STEP SIZE = 2.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 18 -5.9999351 1_GWF-(5,10) + Model 2 17 -1.1332456 1_GWF-(1,1) + Model 3 12 -0.38361681 1_GWF-(1,1) + Model 4 14 -0.12697473 1_GWF-(1,51) + Model 5 13 -3.88790415E-02 1_GWF-(1,61) + Model 6 12 -1.24040184E-02 1_GWF-(1,11) + Model 7 11 -3.97301565E-03 1_GWF-(1,51) + Model 8 11 -1.27873124E-03 1_GWF-(1,51) + Model 9 10 -4.13524984E-04 1_GWF-(1,1) + Model 10 9 -1.34317303E-04 1_GWF-(1,91) + Model 11 9 -4.38014489E-05 1_GWF-(1,91) + Model 12 8 -1.43349352E-05 1_GWF-(1,1) + Model 13 7 -4.70616950E-06 1_GWF-(1,1) + Model 14 7 -1.54973071E-06 1_GWF-(1,91) + Model 15 6 -5.11611788E-07 1_GWF-(1,91) + Model 16 6 -1.72259785E-07 1_GWF-(2,10) + Model 17 5 -6.01656858E-08 1_GWF-(2,100) + Model 18 4 -2.12083222E-08 1_GWF-(2,20) + Model 19 3 -7.74852182E-09 1_GWF-(2,20) + Model 20 2 -1.82524218E-09 1_GWF-(1,1) + Model 21 1 -4.40124381E-10 * 1_GWF-(1,1) + Package 21 1.23717037E-10 * 1_GWF-UZF_0-(1)-rech + ---------------------------------------------------------------------------------------------------------- + + + 21 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 185 TOTAL ITERATIONS + + Solving: Stress period: 1 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 14 -0.71196323 1_GWF-(1,99) + Model 2 14 -0.99969019 1_GWF-(1,88) + Model 3 12 -8.89456951E-02 1_GWF-(1,8) + Model 4 11 -6.32321202E-03 1_GWF-(2,60) + Model 5 9 -1.17821672E-03 1_GWF-(2,80) + Model 6 9 -2.63198280E-04 1_GWF-(1,18) + Model 7 9 -7.80810406E-05 1_GWF-(1,27) + Model 8 6 -2.48597120E-05 1_GWF-(1,97) + Model 9 6 -7.64322768E-06 1_GWF-(1,57) + Model 10 6 -2.30070345E-06 1_GWF-(1,17) + Model 11 6 -6.82597584E-07 1_GWF-(1,87) + Model 12 4 -1.99756460E-07 1_GWF-(1,87) + Model 13 3 -5.87340843E-08 1_GWF-(1,7) + Model 14 3 -1.73918409E-08 1_GWF-(1,17) + Model 15 3 -3.83917609E-09 1_GWF-(1,17) + Model 16 1 -2.70809153E-10 * 1_GWF-(1,17) + Package 16 2.34496256E-10 * 1_GWF-UZF_0-(17)-rech + ---------------------------------------------------------------------------------------------------------- + + + 16 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 1 + 116 TOTAL ITERATIONS + + Solving: Stress period: 1 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 13 -0.45591400 1_GWF-(1,28) + Model 2 13 -1.0240714 1_GWF-(1,97) + Model 3 12 -7.29715391E-02 1_GWF-(1,87) + Model 4 11 -8.08484249E-03 1_GWF-(1,68) + Model 5 10 -2.36465212E-03 1_GWF-(1,18) + Model 6 9 -6.23128891E-04 1_GWF-(1,8) + Model 7 9 -1.57309570E-04 1_GWF-(1,18) + Model 8 12 -3.90870751E-05 1_GWF-(1,8) + Model 9 7 -9.70038340E-06 1_GWF-(1,98) + Model 10 5 -2.42715535E-06 1_GWF-(1,18) + Model 11 6 -6.09938859E-07 1_GWF-(1,98) + Model 12 4 -1.63217809E-07 1_GWF-(1,6) + Model 13 3 -4.80149751E-08 1_GWF-(1,6) + Model 14 3 -1.41003191E-08 1_GWF-(1,16) + Model 15 2 -2.00007477E-09 1_GWF-(1,16) + Model 16 1 -4.05680822E-10 * 1_GWF-(1,16) + Package 16 1.22164279E-10 * 1_GWF-UZF_0-(16)-rech + ---------------------------------------------------------------------------------------------------------- + + + 16 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 1 + 120 TOTAL ITERATIONS + + Solving: Stress period: 1 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 12 -0.18325890 1_GWF-(1,37) + Model 2 12 -0.85987820 1_GWF-(1,6) + Model 3 12 -5.08511561E-02 1_GWF-(1,96) + Model 4 10 -5.47393499E-03 1_GWF-(1,97) + Model 5 10 -1.56720686E-03 1_GWF-(1,7) + Model 6 9 -4.07934252E-04 1_GWF-(1,97) + Model 7 9 -1.02047850E-04 1_GWF-(1,7) + Model 8 7 -2.51397638E-05 1_GWF-(1,97) + Model 9 7 -6.18459724E-06 1_GWF-(1,97) + Model 10 5 -1.53229782E-06 1_GWF-(1,97) + Model 11 4 -3.89843219E-07 1_GWF-(1,85) + Model 12 3 -1.14278183E-07 1_GWF-(1,35) + Model 13 3 -3.35766366E-08 1_GWF-(1,5) + Model 14 4 -9.80325510E-09 1_GWF-(1,5) + Model 15 1 -4.04515532E-10 * 1_GWF-(1,5) + Package 15 5.98707084E-10 * 1_GWF-UZF_0-(5)-rech + ---------------------------------------------------------------------------------------------------------- + + + 15 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 1 + 108 TOTAL ITERATIONS + + Solving: Stress period: 1 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 12 -0.10955286 1_GWF-(1,6) + Model 2 11 -2.41213238E-02 1_GWF-(1,86) + Model 3 10 -5.12329637E-03 1_GWF-(1,96) + Model 4 10 -1.11125514E-03 1_GWF-(1,56) + Model 5 8 -2.43546083E-04 1_GWF-(1,96) + Model 6 8 -5.35548707E-05 1_GWF-(1,6) + Model 7 7 -1.17920054E-05 1_GWF-(1,6) + Model 8 6 -2.59848614E-06 1_GWF-(1,6) + Model 9 6 -5.73144803E-07 1_GWF-(1,16) + Model 10 4 -1.24592209E-07 1_GWF-(1,96) + Model 11 4 -2.84911366E-08 1_GWF-(1,6) + Model 12 4 -6.96904223E-09 1_GWF-(1,16) + Model 13 1 -1.16997967E-10 * 1_GWF-(5,12) + Package 13 4.17659130E-10 * 1_GWF-UZF_0-(130)-rech + ---------------------------------------------------------------------------------------------------------- + + + 13 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 1 + 91 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 1 + +1 + STRESS PERIOD NO. 2, LENGTH = 10.00000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 5 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 2.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 12 -8.42613612E-02 1_GWF-(1,16) + Model 2 13 -0.76884561 1_GWF-(1,5) + Model 3 12 -3.77578775E-02 1_GWF-(1,85) + Model 4 10 -2.28791669E-03 1_GWF-(1,95) + Model 5 8 -4.93693848E-04 1_GWF-(1,95) + Model 6 8 -1.11242546E-04 1_GWF-(1,35) + Model 7 8 -2.52737509E-05 1_GWF-(1,5) + Model 8 6 -5.75157602E-06 1_GWF-(1,5) + Model 9 6 -1.30981957E-06 1_GWF-(1,15) + Model 10 4 -2.96030493E-07 1_GWF-(1,95) + Model 11 4 -6.91821853E-08 1_GWF-(1,5) + Model 12 4 -1.57375766E-08 1_GWF-(1,5) + Model 13 1 -8.63568772E-10 * 1_GWF-(1,25) + Package 13 1.06351938E-09 1_GWF-UZF_0-(200)-rech + Model 14 1 -5.80545390E-10 * 1_GWF-(1,25) + Package 14 5.99523764E-11 * 1_GWF-UZF_0-(109)-rech + ---------------------------------------------------------------------------------------------------------- + + + 14 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 2 + 97 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 12 -5.59288338E-02 1_GWF-(2,51) + Model 2 11 -1.16351710E-02 1_GWF-(1,5) + Model 3 11 -2.74342756E-03 1_GWF-(1,85) + Model 4 10 -6.23977418E-04 1_GWF-(1,55) + Model 5 8 -1.41457094E-04 1_GWF-(1,95) + Model 6 8 -3.20785701E-05 1_GWF-(1,75) + Model 7 6 -7.28003982E-06 1_GWF-(1,5) + Model 8 6 -1.65347207E-06 1_GWF-(1,45) + Model 9 6 -3.77692682E-07 1_GWF-(1,25) + Model 10 4 -8.29276665E-08 1_GWF-(1,95) + Model 11 4 -1.94281782E-08 1_GWF-(1,5) + Model 12 5 -5.33323785E-09 1_GWF-(1,25) + Model 13 1 -4.60644856E-11 * 1_GWF-(5,22) + Package 13 3.43981343E-10 * 1_GWF-UZF_0-(108)-rech + ---------------------------------------------------------------------------------------------------------- + + + 13 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 2 + 92 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 12 -4.55798739E-02 1_GWF-(1,15) + Model 2 11 -1.00208497E-02 1_GWF-(1,5) + Model 3 11 -2.19035189E-03 1_GWF-(1,95) + Model 4 11 -4.90673888E-04 1_GWF-(1,65) + Model 5 8 -1.10774203E-04 1_GWF-(1,95) + Model 6 8 -2.50826411E-05 1_GWF-(1,45) + Model 7 6 -5.68873126E-06 1_GWF-(1,5) + Model 8 6 -1.29160729E-06 1_GWF-(1,55) + Model 9 4 -2.91246465E-07 1_GWF-(1,95) + Model 10 4 -6.79744687E-08 1_GWF-(1,5) + Model 11 4 -1.55270676E-08 1_GWF-(1,5) + Model 12 1 -7.83689558E-10 * 1_GWF-(1,25) + Package 12 1.00793413E-09 1_GWF-UZF_0-(200)-rech + Model 13 1 -5.36459765E-10 * 1_GWF-(1,25) + Package 13 5.38068479E-11 * 1_GWF-UZF_0-(108)-rech + ---------------------------------------------------------------------------------------------------------- + + + 13 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 2 + 87 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 12 -3.70218979E-02 1_GWF-(1,15) + Model 2 11 -7.90670287E-03 1_GWF-(1,5) + Model 3 11 -1.71453311E-03 1_GWF-(1,95) + Model 4 8 -3.83056844E-04 1_GWF-(1,95) + Model 5 8 -8.63716330E-05 1_GWF-(1,55) + Model 6 8 -1.95460469E-05 1_GWF-(1,45) + Model 7 6 -4.43171862E-06 1_GWF-(1,5) + Model 8 6 -1.00601195E-06 1_GWF-(1,15) + Model 9 4 -2.26699530E-07 1_GWF-(1,95) + Model 10 5 -5.31364570E-08 1_GWF-(1,5) + Model 11 4 -1.20385657E-08 1_GWF-(1,35) + Model 12 1 -4.09198009E-10 * 1_GWF-(1,5) + Package 12 7.79714460E-10 * 1_GWF-UZF_0-(200)-rech + ---------------------------------------------------------------------------------------------------------- + + + 12 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 2 + 84 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 12 -2.91523012E-02 1_GWF-(1,15) + Model 2 11 -6.16291918E-03 1_GWF-(1,5) + Model 3 12 -0.72423375 1_GWF-(1,94) + Model 4 11 -2.64913955E-02 1_GWF-(1,84) + Model 5 10 -1.53794903E-03 1_GWF-(1,54) + Model 6 8 -3.25443173E-04 1_GWF-(1,94) + Model 7 8 -9.80782441E-05 1_GWF-(1,53) + Model 8 8 -3.30903027E-05 1_GWF-(1,3) + Model 9 6 -1.06399920E-05 1_GWF-(1,3) + Model 10 6 -3.32895375E-06 1_GWF-(1,3) + Model 11 7 -1.02349799E-06 1_GWF-(1,53) + Model 12 6 -3.09975952E-07 1_GWF-(1,93) + Model 13 4 -9.33580466E-08 1_GWF-(1,83) + Model 14 3 -2.83785937E-08 1_GWF-(1,33) + Model 15 4 -8.74898731E-09 1_GWF-(1,3) + Model 16 1 -3.04083869E-10 * 1_GWF-(1,3) + Package 16 5.34320643E-10 * 1_GWF-UZF_0-(3)-rech + ---------------------------------------------------------------------------------------------------------- + + + 16 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 2 + 117 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 1 + +1 + STRESS PERIOD NO. 3, LENGTH = 10.00000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 5 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 2.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 12 -2.38833926E-02 1_GWF-(1,81) + Model 2 10 -4.49373166E-03 1_GWF-(1,11) + Model 3 10 -8.89928890E-04 1_GWF-(1,91) + Model 4 9 -2.12461297E-04 1_GWF-(2,14) + Model 5 8 -5.87562218E-05 1_GWF-(2,4) + Model 6 7 -1.54101676E-05 1_GWF-(2,54) + Model 7 8 -3.94043835E-06 1_GWF-(2,94) + Model 8 5 -9.94054545E-07 1_GWF-(2,94) + Model 9 6 -2.49537926E-07 1_GWF-(2,44) + Model 10 4 -6.05794774E-08 1_GWF-(2,64) + Model 11 3 -1.53226090E-08 1_GWF-(2,44) + Model 12 3 -4.43995773E-09 1_GWF-(2,4) + Model 13 1 -2.90359736E-10 * 1_GWF-(2,4) + Package 13 3.00677372E-10 * 1_GWF-UZF_0-(104)-rech + ---------------------------------------------------------------------------------------------------------- + + + 13 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 3 + 86 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 12 -1.52195492E-02 1_GWF-(1,41) + Model 2 10 -3.06091911E-03 1_GWF-(1,1) + Model 3 10 -6.82506761E-04 1_GWF-(1,94) + Model 4 8 -1.57904004E-04 1_GWF-(1,94) + Model 5 8 -3.66561777E-05 1_GWF-(1,74) + Model 6 7 -8.53895822E-06 1_GWF-(1,4) + Model 7 6 -1.99533322E-06 1_GWF-(1,4) + Model 8 6 -4.68614342E-07 1_GWF-(1,44) + Model 9 4 -1.07924951E-07 1_GWF-(1,94) + Model 10 5 -2.60418709E-08 1_GWF-(1,4) + Model 11 4 -6.27306207E-09 1_GWF-(1,24) + Model 12 1 -1.39159795E-10 * 1_GWF-(5,12) + Package 12 3.90107779E-10 * 1_GWF-UZF_0-(117)-rech + ---------------------------------------------------------------------------------------------------------- + + + 12 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 3 + 81 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 10 -1.10066536E-02 1_GWF-(1,4) + Model 2 10 -2.37325832E-03 1_GWF-(1,94) + Model 3 8 -5.33483957E-04 1_GWF-(1,4) + Model 4 8 -1.22358013E-04 1_GWF-(1,74) + Model 5 8 -2.83190470E-05 1_GWF-(1,74) + Model 6 7 -6.59140825E-06 1_GWF-(1,34) + Model 7 6 -1.54017618E-06 1_GWF-(1,4) + Model 8 8 -3.61191642E-07 1_GWF-(1,14) + Model 9 4 -8.37330738E-08 1_GWF-(1,94) + Model 10 4 -1.96400407E-08 1_GWF-(1,4) + Model 11 5 -5.71523984E-09 1_GWF-(1,24) + Model 12 1 -5.74722492E-11 * 1_GWF-(5,22) + Package 12 3.74299314E-10 * 1_GWF-UZF_0-(116)-rech + ---------------------------------------------------------------------------------------------------------- + + + 12 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 3 + 79 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 10 -8.63019581E-03 1_GWF-(1,4) + Model 2 10 -1.83407758E-03 1_GWF-(1,94) + Model 3 8 -4.10348342E-04 1_GWF-(1,4) + Model 4 8 -9.39424956E-05 1_GWF-(1,74) + Model 5 7 -2.17299883E-05 1_GWF-(1,84) + Model 6 6 -5.05729486E-06 1_GWF-(1,4) + Model 7 6 -1.18326811E-06 1_GWF-(1,14) + Model 8 4 -2.75483053E-07 1_GWF-(1,94) + Model 9 4 -6.61782131E-08 1_GWF-(1,44) + Model 10 4 -1.50960666E-08 1_GWF-(1,44) + Model 11 1 -8.42895531E-10 * 1_GWF-(1,24) + Package 11 9.82602111E-10 * 1_GWF-UZF_0-(200)-rech + ---------------------------------------------------------------------------------------------------------- + + + 11 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 3 + 68 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 10 -6.62526868E-03 1_GWF-(1,14) + Model 2 10 -1.40235549E-03 1_GWF-(1,94) + Model 3 8 -3.13621971E-04 1_GWF-(1,94) + Model 4 8 -7.17825287E-05 1_GWF-(1,74) + Model 5 7 -1.66044572E-05 1_GWF-(1,4) + Model 6 6 -3.86524055E-06 1_GWF-(1,4) + Model 7 5 -9.04427402E-07 1_GWF-(1,24) + Model 8 4 -2.10379202E-07 1_GWF-(1,94) + Model 9 5 -5.07256317E-08 1_GWF-(1,44) + Model 10 4 -1.13970344E-08 1_GWF-(1,44) + Model 11 1 -4.46561899E-10 * 1_GWF-(5,2) + Package 11 7.48341278E-10 * 1_GWF-UZF_0-(200)-rech + ---------------------------------------------------------------------------------------------------------- + + + 11 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 3 + 68 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 1 + +1 + STRESS PERIOD NO. 4, LENGTH = 10.00000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 5 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 2.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 10 -5.05423421E-03 1_GWF-(1,14) + Model 2 10 -1.06814032E-03 1_GWF-(1,94) + Model 3 8 -2.38985370E-04 1_GWF-(1,94) + Model 4 8 -5.47067995E-05 1_GWF-(1,64) + Model 5 7 -1.26561776E-05 1_GWF-(1,4) + Model 6 6 -2.94654266E-06 1_GWF-(1,4) + Model 7 5 -6.89456659E-07 1_GWF-(1,14) + Model 8 4 -1.60403776E-07 1_GWF-(1,94) + Model 9 5 -3.85363776E-08 1_GWF-(1,44) + Model 10 4 -8.82818085E-09 1_GWF-(1,34) + Model 11 1 -2.66112465E-10 * 1_GWF-(5,2) + Package 11 5.66192315E-10 * 1_GWF-UZF_0-(200)-rech + ---------------------------------------------------------------------------------------------------------- + + + 11 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 4 + 68 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 10 -3.84714885E-03 1_GWF-(1,14) + Model 2 8 -8.12354028E-04 1_GWF-(1,14) + Model 3 8 -1.81853209E-04 1_GWF-(1,84) + Model 4 7 -4.16353603E-05 1_GWF-(1,74) + Model 5 7 -9.63315274E-06 1_GWF-(1,4) + Model 6 6 -2.24291566E-06 1_GWF-(1,4) + Model 7 6 -5.25373895E-07 1_GWF-(1,34) + Model 8 4 -1.21229672E-07 1_GWF-(1,94) + Model 9 5 -2.94158511E-08 1_GWF-(1,44) + Model 10 4 -6.92208957E-09 1_GWF-(1,24) + Model 11 1 -1.64192215E-10 * 1_GWF-(5,2) + Package 11 4.30474212E-10 * 1_GWF-UZF_0-(130)-rech + ---------------------------------------------------------------------------------------------------------- + + + 11 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 4 + 66 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 10 -2.92576728E-03 1_GWF-(1,4) + Model 2 8 -6.17444850E-04 1_GWF-(1,14) + Model 3 8 -1.38282332E-04 1_GWF-(1,84) + Model 4 7 -3.16637617E-05 1_GWF-(1,74) + Model 5 7 -7.32669567E-06 1_GWF-(1,84) + Model 6 6 -1.70593298E-06 1_GWF-(1,4) + Model 7 7 -3.98695143E-07 1_GWF-(1,14) + Model 8 4 -9.28375137E-08 1_GWF-(1,94) + Model 9 5 -2.20904219E-08 1_GWF-(1,4) + Model 10 5 -5.85865223E-09 1_GWF-(1,24) + Model 11 1 -7.58326735E-11 * 1_GWF-(5,12) + Package 11 3.69137165E-10 * 1_GWF-UZF_0-(117)-rech + ---------------------------------------------------------------------------------------------------------- + + + 11 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 4 + 68 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 10 -2.22418781E-03 1_GWF-(1,4) + Model 2 8 -4.69183823E-04 1_GWF-(1,14) + Model 3 8 -1.05113391E-04 1_GWF-(1,84) + Model 4 7 -2.40707686E-05 1_GWF-(1,84) + Model 5 6 -5.56938485E-06 1_GWF-(1,4) + Model 6 6 -1.29826579E-06 1_GWF-(1,14) + Model 7 4 -3.01491426E-07 1_GWF-(1,94) + Model 8 4 -7.23402636E-08 1_GWF-(1,44) + Model 9 4 -1.65356226E-08 1_GWF-(1,44) + Model 10 5 -4.89344032E-09 1_GWF-(1,24) + Model 11 1 -3.81241705E-11 * 1_GWF-(1,34) + Package 11 3.33770567E-10 * 1_GWF-UZF_0-(107)-rech + ---------------------------------------------------------------------------------------------------------- + + + 11 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 4 + 63 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 10 -1.69051318E-03 1_GWF-(1,24) + Model 2 8 -3.56487435E-04 1_GWF-(1,14) + Model 3 8 -7.98854647E-05 1_GWF-(1,84) + Model 4 7 -1.82945423E-05 1_GWF-(1,94) + Model 5 6 -4.23329320E-06 1_GWF-(1,4) + Model 6 6 -9.86483656E-07 1_GWF-(1,14) + Model 7 4 -2.28987357E-07 1_GWF-(1,94) + Model 8 5 -5.51272414E-08 1_GWF-(1,44) + Model 9 4 -1.23770256E-08 1_GWF-(1,44) + Model 10 1 -5.17420773E-10 * 1_GWF-(1,94) + Package 10 8.01130717E-10 * 1_GWF-UZF_0-(200)-rech + ---------------------------------------------------------------------------------------------------------- + + + 10 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 4 + 59 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 1 + +1 + STRESS PERIOD NO. 5, LENGTH = 10.00000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 5 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 2.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 10 -1.28474764E-03 1_GWF-(1,24) + Model 2 8 -2.70850255E-04 1_GWF-(1,14) + Model 3 8 -6.07061673E-05 1_GWF-(1,84) + Model 4 7 -1.39027956E-05 1_GWF-(1,94) + Model 5 6 -3.21712807E-06 1_GWF-(1,4) + Model 6 5 -7.49828438E-07 1_GWF-(1,44) + Model 7 4 -1.73784109E-07 1_GWF-(1,94) + Model 8 5 -4.17637445E-08 1_GWF-(1,44) + Model 9 4 -9.51573398E-09 1_GWF-(1,44) + Model 10 1 -3.02655678E-10 * 1_GWF-(5,2) + Package 10 6.05009154E-10 * 1_GWF-UZF_0-(200)-rech + ---------------------------------------------------------------------------------------------------------- + + + 10 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 5 + 58 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 10 -9.76308628E-04 1_GWF-(1,24) + Model 2 8 -2.05782910E-04 1_GWF-(1,14) + Model 3 8 -4.61287748E-05 1_GWF-(1,84) + Model 4 7 -1.05646311E-05 1_GWF-(1,94) + Model 5 6 -2.44468550E-06 1_GWF-(1,4) + Model 6 5 -5.69778315E-07 1_GWF-(1,24) + Model 7 4 -1.31788379E-07 1_GWF-(1,94) + Model 8 5 -3.17378550E-08 1_GWF-(1,44) + Model 9 4 -7.41287920E-09 1_GWF-(1,24) + Model 10 1 -1.81550774E-10 * 1_GWF-(5,2) + Package 10 4.57456073E-10 * 1_GWF-UZF_0-(130)-rech + ---------------------------------------------------------------------------------------------------------- + + + 10 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 5 + 58 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 10 -7.41884247E-04 1_GWF-(1,24) + Model 2 8 -1.56346841E-04 1_GWF-(1,14) + Model 3 8 -3.50505860E-05 1_GWF-(1,84) + Model 4 7 -8.02781818E-06 1_GWF-(1,94) + Model 5 6 -1.85765280E-06 1_GWF-(1,4) + Model 6 6 -4.33958331E-07 1_GWF-(1,34) + Model 7 4 -9.90388322E-08 1_GWF-(1,94) + Model 8 5 -2.38193785E-08 1_GWF-(1,4) + Model 9 4 -5.78974735E-09 1_GWF-(1,24) + Model 10 1 -1.21445964E-10 * 1_GWF-(5,12) + Package 10 3.57515795E-10 * 1_GWF-UZF_0-(117)-rech + ---------------------------------------------------------------------------------------------------------- + + + 10 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 5 + 59 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 8 -5.63730377E-04 1_GWF-(1,4) + Model 2 8 -1.18788993E-04 1_GWF-(1,94) + Model 3 7 -2.66332842E-05 1_GWF-(1,84) + Model 4 8 -6.09956975E-06 1_GWF-(1,4) + Model 5 6 -1.41139333E-06 1_GWF-(1,4) + Model 6 4 -3.26467156E-07 1_GWF-(1,94) + Model 7 4 -7.81663942E-08 1_GWF-(1,44) + Model 8 4 -1.78919990E-08 1_GWF-(1,44) + Model 9 5 -5.24645216E-09 1_GWF-(1,24) + Model 10 1 -4.22275548E-11 * 1_GWF-(5,22) + Package 10 3.49891505E-10 * 1_GWF-UZF_0-(107)-rech + ---------------------------------------------------------------------------------------------------------- + + + 10 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 5 + 55 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 8 -4.28347252E-04 1_GWF-(1,4) + Model 2 8 -9.02526749E-05 1_GWF-(1,94) + Model 3 7 -2.02362569E-05 1_GWF-(1,84) + Model 4 6 -4.63466129E-06 1_GWF-(1,4) + Model 5 6 -1.07310487E-06 1_GWF-(1,14) + Model 6 4 -2.48072734E-07 1_GWF-(1,94) + Model 7 4 -5.93266094E-08 1_GWF-(1,44) + Model 8 4 -1.35947431E-08 1_GWF-(1,44) + Model 9 1 -6.18957330E-10 * 1_GWF-(1,94) + Package 9 8.50352344E-10 * 1_GWF-UZF_0-(200)-rech + ---------------------------------------------------------------------------------------------------------- + + + 9 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 5 + 48 TOTAL ITERATIONS + + + Solution SLN_1 summary + ---------------------------------------------------------------------- + Total formulate time: 0.12062599999999901 seconds + Total solution time: 0.36056000000000532E-1 seconds + + + DETAILED INFORMATION ON VARIABLES STORED IN THE MEMORY MANAGER + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + ORIGIN VARIABLE NAME DATA TYPE NUMBER OF ITEMS ASSOCIATED VARIABLE + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + __INPUT__/SIM/NAM TDIS6 STRING LEN=300 1 -- + __INPUT__/SIM/NAM MTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM MFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM MNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM EXGTYPE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGFILE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEA STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEB STRING LEN=300 0 -- + __INPUT__/SIM/NAM SOLUTIONGROUPNUM INTEGER 1 -- + __INPUT__/SIM/NAM SLNTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNMNAMES STRING LEN=300 1 -- + __INPUT__/SIM/NAM CONTINUE INTEGER 1 -- + __INPUT__/SIM/NAM NOCHECK INTEGER 1 -- + __INPUT__/SIM/NAM PRMEM STRING LEN=300 1 -- + __INPUT__/SIM/NAM MAXERRORS INTEGER 1 -- + __INPUT__/SIM/NAM PRINT_INPUT INTEGER 1 -- + __INPUT__/SIM/NAM MXITER INTEGER 1 -- + __INPUT__/SIM NUMMODELS INTEGER 1 -- + __INPUT__/SIM NUMEXCHANGES INTEGER 1 -- + __INPUT__/DISV_WITH_UZF/NAM SAVE_FLOWS INTEGER 1 -- + __INPUT__/DISV_WITH_UZF/NAM NEWTON INTEGER 1 -- + __INPUT__/DISV_WITH_UZF/NAM FTYPE STRING LEN=300 8 -- + __INPUT__/DISV_WITH_UZF/NAM FNAME STRING LEN=300 8 -- + __INPUT__/DISV_WITH_UZF/NAM PNAME STRING LEN=300 8 -- + __INPUT__/DISV_WITH_UZF PKGTYPES STRING LEN=7 8 -- + __INPUT__/DISV_WITH_UZF PKGNAMES STRING LEN=16 8 -- + __INPUT__/DISV_WITH_UZF MEMPATHS STRING LEN=50 8 -- + __INPUT__/DISV_WITH_UZF INUNITS INTEGER 8 -- + __INPUT__/DISV_WITH_UZF/DISV INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/DISV_WITH_UZF/NPF INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/DISV_WITH_UZF/GHB_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/DISV_WITH_UZF/DISV NLAY INTEGER 1 -- + __INPUT__/DISV_WITH_UZF/DISV NCPL INTEGER 1 -- + __INPUT__/DISV_WITH_UZF/DISV NVERT INTEGER 1 -- + __INPUT__/DISV_WITH_UZF MODEL_SHAPE INTEGER 2 -- + __INPUT__/DISV_WITH_UZF NCELLDIM INTEGER 1 -- + __INPUT__/DISV_WITH_UZF/DISV TOP DOUBLE 100 -- + __INPUT__/DISV_WITH_UZF/DISV BOTM DOUBLE 500 -- + __INPUT__/DISV_WITH_UZF/DISV IV INTEGER 121 -- + __INPUT__/DISV_WITH_UZF/DISV XV DOUBLE 121 -- + __INPUT__/DISV_WITH_UZF/DISV YV DOUBLE 121 -- + __INPUT__/DISV_WITH_UZF/DISV ICELL2D INTEGER 100 -- + __INPUT__/DISV_WITH_UZF/DISV XC DOUBLE 100 -- + __INPUT__/DISV_WITH_UZF/DISV YC DOUBLE 100 -- + __INPUT__/DISV_WITH_UZF/DISV NCVERT INTEGER 100 -- + __INPUT__/DISV_WITH_UZF/DISV ICVERT INTEGER 400 -- + __INPUT__/DISV_WITH_UZF/NPF IPAKCB INTEGER 1 -- + __INPUT__/DISV_WITH_UZF/NPF ICELLTYPE INTEGER 500 -- + __INPUT__/DISV_WITH_UZF/NPF K DOUBLE 500 -- + __INPUT__/DISV_WITH_UZF/NPF K33 DOUBLE 500 -- + __INPUT__/DISV_WITH_UZF/GHB_0 IPRFLOW INTEGER 1 -- + __INPUT__/DISV_WITH_UZF/GHB_0 NAUX INTEGER 1 -- + __INPUT__/DISV_WITH_UZF/GHB_0 MAXBOUND INTEGER 1 -- + __INPUT__/DISV_WITH_UZF/GHB_0 IPER INTEGER 1 -- + __INPUT__/DISV_WITH_UZF/GHB_0 IONPER INTEGER 1 -- + __INPUT__/DISV_WITH_UZF/GHB_0 NBOUND INTEGER 1 -- + __INPUT__/DISV_WITH_UZF/GHB_0 NCPL INTEGER 1 -- + __INPUT__/DISV_WITH_UZF/GHB_0 AUXILIARY STRING LEN=16 0 -- + __INPUT__/DISV_WITH_UZF/GHB_0 CELLID INTEGER 40 -- + __INPUT__/DISV_WITH_UZF/GHB_0 BHEAD DOUBLE 20 -- + __INPUT__/DISV_WITH_UZF/GHB_0 COND DOUBLE 20 -- + __INPUT__/DISV_WITH_UZF/GHB_0 BOUNDNAME STRING LEN=40 0 -- + __INPUT__/DISV_WITH_UZF/GHB_0 AUXVAR DOUBLE 0 -- + TDIS NPER INTEGER 1 -- + TDIS ITMUNI INTEGER 1 -- + TDIS KPER INTEGER 1 -- + TDIS KSTP INTEGER 1 -- + TDIS INATS INTEGER 1 -- + TDIS READNEWDATA LOGICAL 1 -- + TDIS ENDOFPERIOD LOGICAL 1 -- + TDIS ENDOFSIMULATION LOGICAL 1 -- + TDIS DELT DOUBLE 1 -- + TDIS PERTIM DOUBLE 1 -- + TDIS TOPERTIM DOUBLE 1 -- + TDIS TOTIM DOUBLE 1 -- + TDIS TOTIMC DOUBLE 1 -- + TDIS DELTSAV DOUBLE 1 -- + TDIS TOTIMSAV DOUBLE 1 -- + TDIS PERTIMSAV DOUBLE 1 -- + TDIS TOTALSIMTIME DOUBLE 1 -- + TDIS PERLEN DOUBLE 5 -- + TDIS NSTP INTEGER 5 -- + TDIS TSMULT DOUBLE 5 -- + __INPUT__/SIM/NAM MRANKS INTEGER 1 -- + DISV_WITH_UZF NAME STRING LEN=16 1 -- + DISV_WITH_UZF MACRONYM STRING LEN=3 1 -- + DISV_WITH_UZF ID INTEGER 1 -- + DISV_WITH_UZF IOUT INTEGER 1 -- + DISV_WITH_UZF INEWTON INTEGER 1 -- + DISV_WITH_UZF IPRPAK INTEGER 1 -- + DISV_WITH_UZF IPRFLOW INTEGER 1 -- + DISV_WITH_UZF IPAKCB INTEGER 1 -- + DISV_WITH_UZF IDSOLN INTEGER 1 -- + DISV_WITH_UZF NEQ INTEGER 1 -- + DISV_WITH_UZF NJA INTEGER 1 -- + DISV_WITH_UZF ICNVG INTEGER 1 -- + DISV_WITH_UZF MOFFSET INTEGER 1 -- + DISV_WITH_UZF INIC INTEGER 1 -- + DISV_WITH_UZF INOC INTEGER 1 -- + DISV_WITH_UZF INNPF INTEGER 1 -- + DISV_WITH_UZF INBUY INTEGER 1 -- + DISV_WITH_UZF INVSC INTEGER 1 -- + DISV_WITH_UZF INSTO INTEGER 1 -- + DISV_WITH_UZF INCSUB INTEGER 1 -- + DISV_WITH_UZF INMVR INTEGER 1 -- + DISV_WITH_UZF INHFB INTEGER 1 -- + DISV_WITH_UZF INGNC INTEGER 1 -- + DISV_WITH_UZF INOBS INTEGER 1 -- + DISV_WITH_UZF ISS INTEGER 1 -- + DISV_WITH_UZF INEWTONUR INTEGER 1 -- + DISV_WITH_UZF/DIS INUNIT INTEGER 1 -- + DISV_WITH_UZF/DIS IOUT INTEGER 1 -- + DISV_WITH_UZF/DIS NODES INTEGER 1 -- + DISV_WITH_UZF/DIS NODESUSER INTEGER 1 -- + DISV_WITH_UZF/DIS NDIM INTEGER 1 -- + DISV_WITH_UZF/DIS ICONDIR INTEGER 1 -- + DISV_WITH_UZF/DIS NOGRB INTEGER 1 -- + DISV_WITH_UZF/DIS XORIGIN DOUBLE 1 -- + DISV_WITH_UZF/DIS YORIGIN DOUBLE 1 -- + DISV_WITH_UZF/DIS ANGROT DOUBLE 1 -- + DISV_WITH_UZF/DIS NJA INTEGER 1 -- + DISV_WITH_UZF/DIS NJAS INTEGER 1 -- + DISV_WITH_UZF/DIS LENUNI INTEGER 1 -- + DISV_WITH_UZF/DIS NLAY INTEGER 1 -- + DISV_WITH_UZF/DIS NCPL INTEGER 1 -- + DISV_WITH_UZF/DIS NVERT INTEGER 1 -- + DISV_WITH_UZF/DIS IDOMAIN INTEGER 500 -- + DISV_WITH_UZF/DIS TOP1D DOUBLE 100 -- + DISV_WITH_UZF/DIS BOT2D DOUBLE 500 -- + DISV_WITH_UZF/DIS VERTICES DOUBLE 242 -- + DISV_WITH_UZF/DIS CELLXY DOUBLE 200 -- + DISV_WITH_UZF/DIS IAVERT INTEGER 101 -- + DISV_WITH_UZF/DIS JAVERT INTEGER 500 -- + DISV_WITH_UZF/NPF INPUT_FNAME STRING LEN=300 1 -- + DISV_WITH_UZF/NPF PACKAGE_TYPE STRING LEN=5 1 -- + DISV_WITH_UZF/NPF ID INTEGER 1 -- + DISV_WITH_UZF/NPF INUNIT INTEGER 1 -- + DISV_WITH_UZF/NPF IOUT INTEGER 1 -- + DISV_WITH_UZF/NPF INEWTON INTEGER 1 -- + DISV_WITH_UZF/NPF IASYM INTEGER 1 -- + DISV_WITH_UZF/NPF IPRPAK INTEGER 1 -- + DISV_WITH_UZF/NPF IPRFLOW INTEGER 1 -- + DISV_WITH_UZF/NPF IPAKCB INTEGER 1 -- + DISV_WITH_UZF/NPF IONPER INTEGER 1 -- + DISV_WITH_UZF/NPF LASTONPER INTEGER 1 -- + DISV_WITH_UZF/NPF INAME INTEGER 1 -- + DISV_WITH_UZF/NPF IXT3D INTEGER 1 -- + DISV_WITH_UZF/NPF IXT3DRHS INTEGER 1 -- + DISV_WITH_UZF/NPF SATOMEGA DOUBLE 1 -- + DISV_WITH_UZF/NPF HNOFLO DOUBLE 1 -- + DISV_WITH_UZF/NPF HDRY DOUBLE 1 -- + DISV_WITH_UZF/NPF ICELLAVG INTEGER 1 -- + DISV_WITH_UZF/NPF IAVGKEFF INTEGER 1 -- + DISV_WITH_UZF/NPF IK22 INTEGER 1 -- + DISV_WITH_UZF/NPF IK33 INTEGER 1 -- + DISV_WITH_UZF/NPF IK22OVERK INTEGER 1 -- + DISV_WITH_UZF/NPF IK33OVERK INTEGER 1 -- + DISV_WITH_UZF/NPF IPERCHED INTEGER 1 -- + DISV_WITH_UZF/NPF IVARCV INTEGER 1 -- + DISV_WITH_UZF/NPF IDEWATCV INTEGER 1 -- + DISV_WITH_UZF/NPF ITHICKSTRT INTEGER 1 -- + DISV_WITH_UZF/NPF IUSGNRHC INTEGER 1 -- + DISV_WITH_UZF/NPF INWTUPW INTEGER 1 -- + DISV_WITH_UZF/NPF ICALCSPDIS INTEGER 1 -- + DISV_WITH_UZF/NPF ISAVSPDIS INTEGER 1 -- + DISV_WITH_UZF/NPF ISAVSAT INTEGER 1 -- + DISV_WITH_UZF/NPF IREWET INTEGER 1 -- + DISV_WITH_UZF/NPF WETFCT DOUBLE 1 -- + DISV_WITH_UZF/NPF IWETIT INTEGER 1 -- + DISV_WITH_UZF/NPF IHDWET INTEGER 1 -- + DISV_WITH_UZF/NPF SATMIN DOUBLE 1 -- + DISV_WITH_UZF/NPF IANGLE1 INTEGER 1 -- + DISV_WITH_UZF/NPF IANGLE2 INTEGER 1 -- + DISV_WITH_UZF/NPF IANGLE3 INTEGER 1 -- + DISV_WITH_UZF/NPF IWETDRY INTEGER 1 -- + DISV_WITH_UZF/NPF NEDGES INTEGER 1 -- + DISV_WITH_UZF/NPF LASTEDGE INTEGER 1 -- + DISV_WITH_UZF/NPF INTVK INTEGER 1 -- + DISV_WITH_UZF/NPF INVSC INTEGER 1 -- + DISV_WITH_UZF/NPF KCHANGEPER INTEGER 1 -- + DISV_WITH_UZF/NPF KCHANGESTP INTEGER 1 -- + DISV_WITH_UZF/XT3D IXT3D INTEGER 1 -- + DISV_WITH_UZF/XT3D NBRMAX INTEGER 1 -- + DISV_WITH_UZF/XT3D INUNIT INTEGER 1 -- + DISV_WITH_UZF/XT3D IOUT INTEGER 1 -- + DISV_WITH_UZF/XT3D INEWTON INTEGER 1 -- + DISV_WITH_UZF/XT3D NUMEXTNBRS INTEGER 1 -- + DISV_WITH_UZF/XT3D NOZEE LOGICAL 1 -- + DISV_WITH_UZF/XT3D VCTHRESH DOUBLE 1 -- + DISV_WITH_UZF/XT3D LAMATSAVED LOGICAL 1 -- + DISV_WITH_UZF/XT3D LDISPERSION LOGICAL 1 -- + DISV_WITH_UZF/BUY INPUT_FNAME STRING LEN=300 1 -- + DISV_WITH_UZF/BUY PACKAGE_TYPE STRING LEN=5 1 -- + DISV_WITH_UZF/BUY ID INTEGER 1 -- + DISV_WITH_UZF/BUY INUNIT INTEGER 1 -- + DISV_WITH_UZF/BUY IOUT INTEGER 1 -- + DISV_WITH_UZF/BUY INEWTON INTEGER 1 -- + DISV_WITH_UZF/BUY IASYM INTEGER 1 -- + DISV_WITH_UZF/BUY IPRPAK INTEGER 1 -- + DISV_WITH_UZF/BUY IPRFLOW INTEGER 1 -- + DISV_WITH_UZF/BUY IPAKCB INTEGER 1 -- + DISV_WITH_UZF/BUY IONPER INTEGER 1 -- + DISV_WITH_UZF/BUY LASTONPER INTEGER 1 -- + DISV_WITH_UZF/BUY IOUTDENSE INTEGER 1 -- + DISV_WITH_UZF/BUY IFORM INTEGER 1 -- + DISV_WITH_UZF/BUY IREADELEV INTEGER 1 -- + DISV_WITH_UZF/BUY IREADCONCBUY INTEGER 1 -- + DISV_WITH_UZF/BUY ICONCSET INTEGER 1 -- + DISV_WITH_UZF/BUY DENSEREF DOUBLE 1 -- + DISV_WITH_UZF/BUY NRHOSPECIES INTEGER 1 -- + DISV_WITH_UZF/VSC INPUT_FNAME STRING LEN=300 1 -- + DISV_WITH_UZF/VSC PACKAGE_TYPE STRING LEN=5 1 -- + DISV_WITH_UZF/VSC ID INTEGER 1 -- + DISV_WITH_UZF/VSC INUNIT INTEGER 1 -- + DISV_WITH_UZF/VSC IOUT INTEGER 1 -- + DISV_WITH_UZF/VSC INEWTON INTEGER 1 -- + DISV_WITH_UZF/VSC IASYM INTEGER 1 -- + DISV_WITH_UZF/VSC IPRPAK INTEGER 1 -- + DISV_WITH_UZF/VSC IPRFLOW INTEGER 1 -- + DISV_WITH_UZF/VSC IPAKCB INTEGER 1 -- + DISV_WITH_UZF/VSC IONPER INTEGER 1 -- + DISV_WITH_UZF/VSC LASTONPER INTEGER 1 -- + DISV_WITH_UZF/VSC THERMIVISC INTEGER 1 -- + DISV_WITH_UZF/VSC IDXTMPR INTEGER 1 -- + DISV_WITH_UZF/VSC IOUTVISC INTEGER 1 -- + DISV_WITH_UZF/VSC IREADELEV INTEGER 1 -- + DISV_WITH_UZF/VSC ICONCSET INTEGER 1 -- + DISV_WITH_UZF/VSC VISCREF DOUBLE 1 -- + DISV_WITH_UZF/VSC A2 DOUBLE 1 -- + DISV_WITH_UZF/VSC A3 DOUBLE 1 -- + DISV_WITH_UZF/VSC A4 DOUBLE 1 -- + DISV_WITH_UZF/VSC NVISCSPECIES INTEGER 1 -- + DISV_WITH_UZF/GNC INPUT_FNAME STRING LEN=300 1 -- + DISV_WITH_UZF/GNC PACKAGE_TYPE STRING LEN=5 1 -- + DISV_WITH_UZF/GNC ID INTEGER 1 -- + DISV_WITH_UZF/GNC INUNIT INTEGER 1 -- + DISV_WITH_UZF/GNC IOUT INTEGER 1 -- + DISV_WITH_UZF/GNC INEWTON INTEGER 1 -- + DISV_WITH_UZF/GNC IASYM INTEGER 1 -- + DISV_WITH_UZF/GNC IPRPAK INTEGER 1 -- + DISV_WITH_UZF/GNC IPRFLOW INTEGER 1 -- + DISV_WITH_UZF/GNC IPAKCB INTEGER 1 -- + DISV_WITH_UZF/GNC IONPER INTEGER 1 -- + DISV_WITH_UZF/GNC LASTONPER INTEGER 1 -- + DISV_WITH_UZF/GNC SMGNC LOGICAL 1 -- + DISV_WITH_UZF/GNC IMPLICIT LOGICAL 1 -- + DISV_WITH_UZF/GNC I2KN LOGICAL 1 -- + DISV_WITH_UZF/GNC NEXG INTEGER 1 -- + DISV_WITH_UZF/GNC NUMJS INTEGER 1 -- + DISV_WITH_UZF/HFB INPUT_FNAME STRING LEN=300 1 -- + DISV_WITH_UZF/HFB PACKAGE_TYPE STRING LEN=5 1 -- + DISV_WITH_UZF/HFB ID INTEGER 1 -- + DISV_WITH_UZF/HFB INUNIT INTEGER 1 -- + DISV_WITH_UZF/HFB IOUT INTEGER 1 -- + DISV_WITH_UZF/HFB INEWTON INTEGER 1 -- + DISV_WITH_UZF/HFB IASYM INTEGER 1 -- + DISV_WITH_UZF/HFB IPRPAK INTEGER 1 -- + DISV_WITH_UZF/HFB IPRFLOW INTEGER 1 -- + DISV_WITH_UZF/HFB IPAKCB INTEGER 1 -- + DISV_WITH_UZF/HFB IONPER INTEGER 1 -- + DISV_WITH_UZF/HFB LASTONPER INTEGER 1 -- + DISV_WITH_UZF/HFB MAXHFB INTEGER 1 -- + DISV_WITH_UZF/HFB NHFB INTEGER 1 -- + DISV_WITH_UZF/HFB IVSC INTEGER 1 -- + DISV_WITH_UZF/STO INPUT_FNAME STRING LEN=300 1 -- + DISV_WITH_UZF/STO PACKAGE_TYPE STRING LEN=5 1 -- + DISV_WITH_UZF/STO ID INTEGER 1 -- + DISV_WITH_UZF/STO INUNIT INTEGER 1 -- + DISV_WITH_UZF/STO IOUT INTEGER 1 -- + DISV_WITH_UZF/STO INEWTON INTEGER 1 -- + DISV_WITH_UZF/STO IASYM INTEGER 1 -- + DISV_WITH_UZF/STO IPRPAK INTEGER 1 -- + DISV_WITH_UZF/STO IPRFLOW INTEGER 1 -- + DISV_WITH_UZF/STO IPAKCB INTEGER 1 -- + DISV_WITH_UZF/STO IONPER INTEGER 1 -- + DISV_WITH_UZF/STO LASTONPER INTEGER 1 -- + DISV_WITH_UZF/STO ISTOR_COEF INTEGER 1 -- + DISV_WITH_UZF/STO ICONF_SS INTEGER 1 -- + DISV_WITH_UZF/STO IORIG_SS INTEGER 1 -- + DISV_WITH_UZF/STO IUSESY INTEGER 1 -- + DISV_WITH_UZF/STO SATOMEGA DOUBLE 1 -- + DISV_WITH_UZF/STO INTEGRATECHANGES INTEGER 1 -- + DISV_WITH_UZF/STO INTVS INTEGER 1 -- + DISV_WITH_UZF/CSUB INPUT_FNAME STRING LEN=300 1 -- + DISV_WITH_UZF/CSUB PACKAGE_TYPE STRING LEN=5 1 -- + DISV_WITH_UZF/CSUB ID INTEGER 1 -- + DISV_WITH_UZF/CSUB INUNIT INTEGER 1 -- + DISV_WITH_UZF/CSUB IOUT INTEGER 1 -- + DISV_WITH_UZF/CSUB INEWTON INTEGER 1 -- + DISV_WITH_UZF/CSUB IASYM INTEGER 1 -- + DISV_WITH_UZF/CSUB IPRPAK INTEGER 1 -- + DISV_WITH_UZF/CSUB IPRFLOW INTEGER 1 -- + DISV_WITH_UZF/CSUB IPAKCB INTEGER 1 -- + DISV_WITH_UZF/CSUB IONPER INTEGER 1 -- + DISV_WITH_UZF/CSUB LASTONPER INTEGER 1 -- + DISV_WITH_UZF/CSUB LISTLABEL STRING LEN=500 1 -- + DISV_WITH_UZF/CSUB STONAME STRING LEN=50 1 -- + DISV_WITH_UZF/CSUB ISTOUNIT INTEGER 1 -- + DISV_WITH_UZF/CSUB INOBSPKG INTEGER 1 -- + DISV_WITH_UZF/CSUB NINTERBEDS INTEGER 1 -- + DISV_WITH_UZF/CSUB MAXSIG0 INTEGER 1 -- + DISV_WITH_UZF/CSUB NBOUND INTEGER 1 -- + DISV_WITH_UZF/CSUB ISCLOC INTEGER 1 -- + DISV_WITH_UZF/CSUB IAUXMULTCOL INTEGER 1 -- + DISV_WITH_UZF/CSUB NDELAYCELLS INTEGER 1 -- + DISV_WITH_UZF/CSUB NDELAYBEDS INTEGER 1 -- + DISV_WITH_UZF/CSUB INITIALIZED INTEGER 1 -- + DISV_WITH_UZF/CSUB IESLAG INTEGER 1 -- + DISV_WITH_UZF/CSUB IPCH INTEGER 1 -- + DISV_WITH_UZF/CSUB LHEAD_BASED LOGICAL 1 -- + DISV_WITH_UZF/CSUB IUPDATESTRESS INTEGER 1 -- + DISV_WITH_UZF/CSUB ISPECIFIED_PCS INTEGER 1 -- + DISV_WITH_UZF/CSUB ISPECIFIED_DBH INTEGER 1 -- + DISV_WITH_UZF/CSUB INAMEDBOUND INTEGER 1 -- + DISV_WITH_UZF/CSUB ICONVCHK INTEGER 1 -- + DISV_WITH_UZF/CSUB NAUX INTEGER 1 -- + DISV_WITH_UZF/CSUB ISTORAGEC INTEGER 1 -- + DISV_WITH_UZF/CSUB ISTRAINIB INTEGER 1 -- + DISV_WITH_UZF/CSUB ISTRAINSK INTEGER 1 -- + DISV_WITH_UZF/CSUB IOUTCOMP INTEGER 1 -- + DISV_WITH_UZF/CSUB IOUTCOMPI INTEGER 1 -- + DISV_WITH_UZF/CSUB IOUTCOMPE INTEGER 1 -- + DISV_WITH_UZF/CSUB IOUTCOMPIB INTEGER 1 -- + DISV_WITH_UZF/CSUB IOUTCOMPS INTEGER 1 -- + DISV_WITH_UZF/CSUB IOUTZDISP INTEGER 1 -- + DISV_WITH_UZF/CSUB IPAKCSV INTEGER 1 -- + DISV_WITH_UZF/CSUB IUPDATEMATPROP INTEGER 1 -- + DISV_WITH_UZF/CSUB EPSILON DOUBLE 1 -- + DISV_WITH_UZF/CSUB CC_CRIT DOUBLE 1 -- + DISV_WITH_UZF/CSUB GAMMAW DOUBLE 1 -- + DISV_WITH_UZF/CSUB BETA DOUBLE 1 -- + DISV_WITH_UZF/CSUB BRG DOUBLE 1 -- + DISV_WITH_UZF/CSUB SATOMEGA DOUBLE 1 -- + DISV_WITH_UZF/CSUB ICELLF INTEGER 1 -- + DISV_WITH_UZF/CSUB GWFISS0 INTEGER 1 -- + DISV_WITH_UZF/CSUB AUXNAME STRING LEN=16 0 -- + DISV_WITH_UZF/IC INPUT_FNAME STRING LEN=300 1 -- + DISV_WITH_UZF/IC PACKAGE_TYPE STRING LEN=5 1 -- + DISV_WITH_UZF/IC ID INTEGER 1 -- + DISV_WITH_UZF/IC INUNIT INTEGER 1 -- + DISV_WITH_UZF/IC IOUT INTEGER 1 -- + DISV_WITH_UZF/IC INEWTON INTEGER 1 -- + DISV_WITH_UZF/IC IASYM INTEGER 1 -- + DISV_WITH_UZF/IC IPRPAK INTEGER 1 -- + DISV_WITH_UZF/IC IPRFLOW INTEGER 1 -- + DISV_WITH_UZF/IC IPAKCB INTEGER 1 -- + DISV_WITH_UZF/IC IONPER INTEGER 1 -- + DISV_WITH_UZF/IC LASTONPER INTEGER 1 -- + DISV_WITH_UZF/MVR INPUT_FNAME STRING LEN=300 1 -- + DISV_WITH_UZF/MVR PACKAGE_TYPE STRING LEN=5 1 -- + DISV_WITH_UZF/MVR ID INTEGER 1 -- + DISV_WITH_UZF/MVR INUNIT INTEGER 1 -- + DISV_WITH_UZF/MVR IOUT INTEGER 1 -- + DISV_WITH_UZF/MVR INEWTON INTEGER 1 -- + DISV_WITH_UZF/MVR IASYM INTEGER 1 -- + DISV_WITH_UZF/MVR IPRPAK INTEGER 1 -- + DISV_WITH_UZF/MVR IPRFLOW INTEGER 1 -- + DISV_WITH_UZF/MVR IPAKCB INTEGER 1 -- + DISV_WITH_UZF/MVR IONPER INTEGER 1 -- + DISV_WITH_UZF/MVR LASTONPER INTEGER 1 -- + DISV_WITH_UZF/MVR IBUDGETOUT INTEGER 1 -- + DISV_WITH_UZF/MVR IBUDCSV INTEGER 1 -- + DISV_WITH_UZF/MVR MAXMVR INTEGER 1 -- + DISV_WITH_UZF/MVR MAXPACKAGES INTEGER 1 -- + DISV_WITH_UZF/MVR MAXCOMB INTEGER 1 -- + DISV_WITH_UZF/MVR NMVR INTEGER 1 -- + DISV_WITH_UZF/MVR IEXGMVR INTEGER 1 -- + DISV_WITH_UZF/MVR IMODELNAMES INTEGER 1 -- + DISV_WITH_UZF/OC INUNIT INTEGER 1 -- + DISV_WITH_UZF/OC IOUT INTEGER 1 -- + DISV_WITH_UZF/OC IBUDCSV INTEGER 1 -- + DISV_WITH_UZF/OC IPEROC INTEGER 1 -- + DISV_WITH_UZF/OC IOCREP INTEGER 1 -- + DISV_WITH_UZF/GHB_0 INPUT_FNAME STRING LEN=300 1 -- + DISV_WITH_UZF/GHB_0 PACKAGE_TYPE STRING LEN=5 1 -- + DISV_WITH_UZF/GHB_0 ID INTEGER 1 -- + DISV_WITH_UZF/GHB_0 INUNIT INTEGER 1 -- + DISV_WITH_UZF/GHB_0 IOUT INTEGER 1 -- + DISV_WITH_UZF/GHB_0 INEWTON INTEGER 1 -- + DISV_WITH_UZF/GHB_0 IASYM INTEGER 1 -- + DISV_WITH_UZF/GHB_0 IPRPAK INTEGER 1 -- + DISV_WITH_UZF/GHB_0 IPRFLOW INTEGER 1 -- + DISV_WITH_UZF/GHB_0 IPAKCB INTEGER 1 -- + DISV_WITH_UZF/GHB_0 IONPER INTEGER 1 -- + DISV_WITH_UZF/GHB_0 LASTONPER INTEGER 1 -- + DISV_WITH_UZF/GHB_0 LISTLABEL STRING LEN=500 1 -- + DISV_WITH_UZF/GHB_0 ISADVPAK INTEGER 1 -- + DISV_WITH_UZF/GHB_0 IBCNUM INTEGER 1 -- + DISV_WITH_UZF/GHB_0 MAXBOUND INTEGER 1 -- + DISV_WITH_UZF/GHB_0 NBOUND INTEGER 1 -- + DISV_WITH_UZF/GHB_0 NCOLBND INTEGER 1 -- + DISV_WITH_UZF/GHB_0 ISCLOC INTEGER 1 -- + DISV_WITH_UZF/GHB_0 NAUX INTEGER 1 -- + DISV_WITH_UZF/GHB_0 INAMEDBOUND INTEGER 1 -- + DISV_WITH_UZF/GHB_0 IAUXMULTCOL INTEGER 1 -- + DISV_WITH_UZF/GHB_0 INOBSPKG INTEGER 1 -- + DISV_WITH_UZF/GHB_0 IMOVER INTEGER 1 -- + DISV_WITH_UZF/GHB_0 IVSC INTEGER 1 -- + DISV_WITH_UZF/GHB_0 NPAKEQ INTEGER 1 -- + DISV_WITH_UZF/GHB_0 IOFFSET INTEGER 1 -- + DISV_WITH_UZF/GHB_0 AUXNAME STRING LEN=16 0 -- + DISV_WITH_UZF/GHB_0 AUXNAME_CST STRING LEN=16 0 -- + DISV_WITH_UZF/UZF_0 INPUT_FNAME STRING LEN=300 1 -- + DISV_WITH_UZF/UZF_0 PACKAGE_TYPE STRING LEN=5 1 -- + DISV_WITH_UZF/UZF_0 ID INTEGER 1 -- + DISV_WITH_UZF/UZF_0 INUNIT INTEGER 1 -- + DISV_WITH_UZF/UZF_0 IOUT INTEGER 1 -- + DISV_WITH_UZF/UZF_0 INEWTON INTEGER 1 -- + DISV_WITH_UZF/UZF_0 IASYM INTEGER 1 -- + DISV_WITH_UZF/UZF_0 IPRPAK INTEGER 1 -- + DISV_WITH_UZF/UZF_0 IPRFLOW INTEGER 1 -- + DISV_WITH_UZF/UZF_0 IPAKCB INTEGER 1 -- + DISV_WITH_UZF/UZF_0 IONPER INTEGER 1 -- + DISV_WITH_UZF/UZF_0 LASTONPER INTEGER 1 -- + DISV_WITH_UZF/UZF_0 LISTLABEL STRING LEN=500 1 -- + DISV_WITH_UZF/UZF_0 ISADVPAK INTEGER 1 -- + DISV_WITH_UZF/UZF_0 IBCNUM INTEGER 1 -- + DISV_WITH_UZF/UZF_0 MAXBOUND INTEGER 1 -- + DISV_WITH_UZF/UZF_0 NBOUND INTEGER 1 -- + DISV_WITH_UZF/UZF_0 NCOLBND INTEGER 1 -- + DISV_WITH_UZF/UZF_0 ISCLOC INTEGER 1 -- + DISV_WITH_UZF/UZF_0 NAUX INTEGER 1 -- + DISV_WITH_UZF/UZF_0 INAMEDBOUND INTEGER 1 -- + DISV_WITH_UZF/UZF_0 IAUXMULTCOL INTEGER 1 -- + DISV_WITH_UZF/UZF_0 INOBSPKG INTEGER 1 -- + DISV_WITH_UZF/UZF_0 IMOVER INTEGER 1 -- + DISV_WITH_UZF/UZF_0 IVSC INTEGER 1 -- + DISV_WITH_UZF/UZF_0 NPAKEQ INTEGER 1 -- + DISV_WITH_UZF/UZF_0 IOFFSET INTEGER 1 -- + DISV_WITH_UZF/UZF_0 AUXNAME STRING LEN=16 0 -- + DISV_WITH_UZF/UZF_0 AUXNAME_CST STRING LEN=16 0 -- + DISV_WITH_UZF/UZF_0 IPRWCONT INTEGER 1 -- + DISV_WITH_UZF/UZF_0 IWCONTOUT INTEGER 1 -- + DISV_WITH_UZF/UZF_0 IBUDGETOUT INTEGER 1 -- + DISV_WITH_UZF/UZF_0 IBUDCSV INTEGER 1 -- + DISV_WITH_UZF/UZF_0 IPAKCSV INTEGER 1 -- + DISV_WITH_UZF/UZF_0 NTRAIL INTEGER 1 -- + DISV_WITH_UZF/UZF_0 NSETS INTEGER 1 -- + DISV_WITH_UZF/UZF_0 NODES INTEGER 1 -- + DISV_WITH_UZF/UZF_0 ISTOCB INTEGER 1 -- + DISV_WITH_UZF/UZF_0 NWAV INTEGER 1 -- + DISV_WITH_UZF/UZF_0 TOTFLUXTOT DOUBLE 1 -- + DISV_WITH_UZF/UZF_0 BDITEMS INTEGER 1 -- + DISV_WITH_UZF/UZF_0 NBDTXT INTEGER 1 -- + DISV_WITH_UZF/UZF_0 ISSFLAG INTEGER 1 -- + DISV_WITH_UZF/UZF_0 ISSFLAGOLD INTEGER 1 -- + DISV_WITH_UZF/UZF_0 READFLAG INTEGER 1 -- + DISV_WITH_UZF/UZF_0 ISEEPFLAG INTEGER 1 -- + DISV_WITH_UZF/UZF_0 IMAXCELLCNT INTEGER 1 -- + DISV_WITH_UZF/UZF_0 IETFLAG INTEGER 1 -- + DISV_WITH_UZF/UZF_0 IGWETFLAG INTEGER 1 -- + DISV_WITH_UZF/UZF_0 IUZF2UZF INTEGER 1 -- + DISV_WITH_UZF/UZF_0 CBCAUXITEMS INTEGER 1 -- + DISV_WITH_UZF/UZF_0 ICONVCHK INTEGER 1 -- + SLN_1 ID INTEGER 1 -- + SLN_1 IU INTEGER 1 -- + SLN_1 TTFORM DOUBLE 1 -- + SLN_1 TTSOLN DOUBLE 1 -- + SLN_1 ISYMMETRIC INTEGER 1 -- + SLN_1 NEQ INTEGER 1 -- + SLN_1 MATRIX_OFFSET INTEGER 1 -- + SLN_1 DVCLOSE DOUBLE 1 -- + SLN_1 BIGCHOLD DOUBLE 1 -- + SLN_1 BIGCH DOUBLE 1 -- + SLN_1 RELAXOLD DOUBLE 1 -- + SLN_1 RES_PREV DOUBLE 1 -- + SLN_1 RES_NEW DOUBLE 1 -- + SLN_1 ICNVG INTEGER 1 -- + SLN_1 ITERTOT_TIMESTEP INTEGER 1 -- + SLN_1 IOUTTOT_TIMESTEP INTEGER 1 -- + SLN_1 INNERTOT_SIM INTEGER 1 -- + SLN_1 MXITER INTEGER 1 -- + SLN_1 LINSOLVER INTEGER 1 -- + SLN_1 NONMETH INTEGER 1 -- + SLN_1 IPRIMS INTEGER 1 -- + SLN_1 THETA DOUBLE 1 -- + SLN_1 AKAPPA DOUBLE 1 -- + SLN_1 GAMMA DOUBLE 1 -- + SLN_1 AMOMENTUM DOUBLE 1 -- + SLN_1 BREDUC DOUBLE 1 -- + SLN_1 BTOL DOUBLE 1 -- + SLN_1 RES_LIM DOUBLE 1 -- + SLN_1 NUMTRACK INTEGER 1 -- + SLN_1 IBFLAG INTEGER 1 -- + SLN_1 ICSVOUTEROUT INTEGER 1 -- + SLN_1 ICSVINNEROUT INTEGER 1 -- + SLN_1 NITERMAX INTEGER 1 -- + SLN_1 CONVNMOD INTEGER 1 -- + SLN_1 IALLOWPTC INTEGER 1 -- + SLN_1 IPTCOPT INTEGER 1 -- + SLN_1 IPTCOUT INTEGER 1 -- + SLN_1 L2NORM0 DOUBLE 1 -- + SLN_1 PTCDEL DOUBLE 1 -- + SLN_1 PTCDEL0 DOUBLE 1 -- + SLN_1 PTCEXP DOUBLE 1 -- + SLN_1 ATSFRAC DOUBLE 1 -- + DISV_WITH_UZF/DIS MSHAPE INTEGER 2 -- + DISV_WITH_UZF/DIS XC DOUBLE 500 -- + DISV_WITH_UZF/DIS YC DOUBLE 500 -- + DISV_WITH_UZF/DIS TOP DOUBLE 500 -- + DISV_WITH_UZF/DIS BOT DOUBLE 500 -- + DISV_WITH_UZF/DIS AREA DOUBLE 500 -- + DISV_WITH_UZF DBUFF DOUBLE 500 -- + DISV_WITH_UZF IBUFF INTEGER 500 -- + DISV_WITH_UZF/DIS NODEUSER INTEGER 1 -- + DISV_WITH_UZF/DIS NODEREDUCED INTEGER 1 -- + DISV_WITH_UZF/CON NODES INTEGER 1 -- + DISV_WITH_UZF/CON NJA INTEGER 1 -- + DISV_WITH_UZF/CON NJAS INTEGER 1 -- + DISV_WITH_UZF/CON IANGLEX INTEGER 1 -- + DISV_WITH_UZF/CON IA INTEGER 501 -- + DISV_WITH_UZF/CON JA INTEGER 3100 -- + DISV_WITH_UZF/CON ISYM INTEGER 3100 -- + DISV_WITH_UZF/CON JAS INTEGER 3100 -- + DISV_WITH_UZF/CON HWVA DOUBLE 1300 -- + DISV_WITH_UZF/CON ANGLEX DOUBLE 1300 -- + DISV_WITH_UZF/CON IHC INTEGER 1300 -- + DISV_WITH_UZF/CON CL1 DOUBLE 1300 -- + DISV_WITH_UZF/CON CL2 DOUBLE 1300 -- + DISV_WITH_UZF/CON IAUSR INTEGER 1 -- + DISV_WITH_UZF/CON JAUSR INTEGER 1 -- + DISV_WITH_UZF/NPF ITHICKSTARTFLAG INTEGER 500 -- + DISV_WITH_UZF/NPF ICELLTYPE INTEGER 500 -- + DISV_WITH_UZF/NPF K11 DOUBLE 500 -- + DISV_WITH_UZF/NPF SAT DOUBLE 500 -- + DISV_WITH_UZF/NPF CONDSAT DOUBLE 1300 -- + DISV_WITH_UZF/NPF K22 DOUBLE 500 -- + DISV_WITH_UZF/NPF K33 DOUBLE 500 -- + DISV_WITH_UZF/NPF WETDRY DOUBLE 1 -- + DISV_WITH_UZF/NPF ANGLE1 DOUBLE 0 -- + DISV_WITH_UZF/NPF ANGLE2 DOUBLE 0 -- + DISV_WITH_UZF/NPF ANGLE3 DOUBLE 0 -- + DISV_WITH_UZF/NPF IBOTNODE INTEGER 0 -- + DISV_WITH_UZF/NPF NODEDGE INTEGER 0 -- + DISV_WITH_UZF/NPF IHCEDGE INTEGER 0 -- + DISV_WITH_UZF/NPF PROPSEDGE DOUBLE 0 -- + DISV_WITH_UZF/NPF K11INPUT DOUBLE 0 -- + DISV_WITH_UZF/NPF K22INPUT DOUBLE 0 -- + DISV_WITH_UZF/NPF K33INPUT DOUBLE 0 -- + DISV_WITH_UZF/NPF SPDIS DOUBLE 0 -- + DISV_WITH_UZF/NPF NODEKCHANGE INTEGER 500 -- + DISV_WITH_UZF XOLD DOUBLE 500 -- + DISV_WITH_UZF FLOWJA DOUBLE 3100 -- + DISV_WITH_UZF IDXGLO INTEGER 3100 -- + DISV_WITH_UZF/UZF_0 IGWFNODE INTEGER 500 -- + DISV_WITH_UZF/UZF_0 APPLIEDINF DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 REJINF DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 REJINF0 DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 REJINFTOMVR DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 INFILTRATION DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 GWET DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 UZET DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 GWD DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 GWD0 DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 GWDTOMVR DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 RCH DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 RCH0 DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 QSTO DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 DERIV DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 IA INTEGER 501 -- + DISV_WITH_UZF/UZF_0 JA INTEGER 500 -- + DISV_WITH_UZF/UZF_0 SINF DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 PET DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 EXDP DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 EXTWC DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 HA DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 HROOT DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 ROOTACT DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 UAUXVAR DOUBLE 0 -- + DISV_WITH_UZF/UZF_0 WCNEW DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 WCOLD DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 QAUXCBC DOUBLE 1 -- + DISV_WITH_UZF/UZF_0 UZDPST DOUBLE 300000 -- + DISV_WITH_UZF/UZF_0 UZTHST DOUBLE 300000 -- + DISV_WITH_UZF/UZF_0 UZFLST DOUBLE 300000 -- + DISV_WITH_UZF/UZF_0 UZSPST DOUBLE 300000 -- + DISV_WITH_UZF/UZF_0 NWAVST INTEGER 500 -- + DISV_WITH_UZF/UZF_0 THTR DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 THTS DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 THTI DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 EPS DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 HA DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 HROOT DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 ROOTACT DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 EXTWC DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 ETACT DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 NWAV INTEGER 500 -- + DISV_WITH_UZF/UZF_0 NTRAIL INTEGER 500 -- + DISV_WITH_UZF/UZF_0 TOTFLUX DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 SINF DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 FINF DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 FINF_REJ DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 GWET DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 UZFAREA DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 CELLAREA DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 CELTOP DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 CELBOT DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 LANDTOP DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 WATAB DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 WATABOLD DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 SURFDEP DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 VKS DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 SURFLUX DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 SURFLUXBELOW DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 SURFSEEP DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 GWPET DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 PET DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 PETMAX DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 EXTDP DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 EXTDPUZ DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 LANDFLAG INTEGER 500 -- + DISV_WITH_UZF/UZF_0 IVERTCON INTEGER 500 -- + SLN_1 X DOUBLE 500 -- + SLN_1 RHS DOUBLE 500 -- + SLN_1 IACTIVE INTEGER 500 -- + SLN_1 XTEMP DOUBLE 500 -- + SLN_1 DXOLD DOUBLE 500 -- + SLN_1 HNCG DOUBLE 100 -- + SLN_1 LRCH INTEGER 300 -- + SLN_1 WSAVE DOUBLE 500 -- + SLN_1 HCHOLD DOUBLE 500 -- + SLN_1 DEOLD DOUBLE 500 -- + SLN_1 CONVMODSTART INTEGER 2 -- + TMPSLN_1 CONVNMOD INTEGER 1 -- + TMPSLN_1 NITERMAX INTEGER 1 -- + TMPSLN_1 ITINNER INTEGER 1 -- + TMPSLN_1 LOCDV INTEGER 1 -- + TMPSLN_1 DVMAX DOUBLE 1 -- + TMPSLN_1 LOCDR INTEGER 1 -- + TMPSLN_1 DRMAX DOUBLE 1 -- + TMPSLN_1 CONVDVMAX DOUBLE 1 -- + TMPSLN_1 CONVLOCDV INTEGER 1 -- + TMPSLN_1 CONVDRMAX DOUBLE 1 -- + TMPSLN_1 CONVLOCDR INTEGER 1 -- + DISV_WITH_UZF X DOUBLE 500 SLN_1/X + DISV_WITH_UZF RHS DOUBLE 500 SLN_1/RHS + DISV_WITH_UZF IBOUND INTEGER 500 SLN_1/IBOUND + SLN_1 NROW INTEGER 1 -- + SLN_1 NCOL INTEGER 1 -- + SLN_1 NJA INTEGER 1 -- + SLN_1 IA INTEGER 501 -- + SLN_1 JA INTEGER 3100 -- + SLN_1 AMAT DOUBLE 3100 -- + DISV_WITH_UZF/IC STRT DOUBLE 500 -- + DISV_WITH_UZF/STO ICONVERT INTEGER 500 -- + DISV_WITH_UZF/STO SS DOUBLE 500 -- + DISV_WITH_UZF/STO SY DOUBLE 500 -- + DISV_WITH_UZF/STO STRGSS DOUBLE 500 -- + DISV_WITH_UZF/STO STRGSY DOUBLE 500 -- + DISV_WITH_UZF/GHB_0 NODELIST INTEGER 20 -- + DISV_WITH_UZF/GHB_0 NOUPDATEAUXVAR INTEGER 0 -- + DISV_WITH_UZF/GHB_0 BOUND DOUBLE 40 -- + DISV_WITH_UZF/GHB_0 CONDINPUT DOUBLE 0 -- + DISV_WITH_UZF/GHB_0 HCOF DOUBLE 20 -- + DISV_WITH_UZF/GHB_0 RHS DOUBLE 20 -- + DISV_WITH_UZF/GHB_0 SIMVALS DOUBLE 20 -- + DISV_WITH_UZF/GHB_0 SIMTOMVR DOUBLE 0 -- + DISV_WITH_UZF/GHB_0 AUXVAR DOUBLE 0 -- + DISV_WITH_UZF/GHB_0 BOUNDNAME STRING LEN=40 0 -- + DISV_WITH_UZF/GHB_0 BOUNDNAME_CST STRING LEN=40 0 -- + DISV_WITH_UZF/GHB_0 CELLID INTEGER 40 __INPUT__/DISV_WITH_UZF/GHB_0/CELLID + DISV_WITH_UZF/GHB_0 BOUNDNAME_IDM STRING LEN=40 0 __INPUT__/DISV_WITH_UZF/GHB_0/BOUNDNAME + DISV_WITH_UZF/GHB_0 AUXVAR_IDM DOUBLE 0 __INPUT__/DISV_WITH_UZF/GHB_0/AUXVAR + DISV_WITH_UZF/GHB_0 BHEAD DOUBLE 20 __INPUT__/DISV_WITH_UZF/GHB_0/BHEAD + DISV_WITH_UZF/GHB_0 COND DOUBLE 20 __INPUT__/DISV_WITH_UZF/GHB_0/COND + DISV_WITH_UZF/UZF_0 NODELIST INTEGER 500 -- + DISV_WITH_UZF/UZF_0 NOUPDATEAUXVAR INTEGER 0 -- + DISV_WITH_UZF/UZF_0 BOUND DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 CONDINPUT DOUBLE 0 -- + DISV_WITH_UZF/UZF_0 HCOF DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 RHS DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 SIMVALS DOUBLE 500 -- + DISV_WITH_UZF/UZF_0 SIMTOMVR DOUBLE 0 -- + DISV_WITH_UZF/UZF_0 AUXVAR DOUBLE 0 -- + DISV_WITH_UZF/UZF_0 BOUNDNAME STRING LEN=40 500 -- + DISV_WITH_UZF/UZF_0 BOUNDNAME_CST STRING LEN=40 500 -- + SLN_1/IMSLINEAR DVCLOSE DOUBLE 1 -- + SLN_1/IMSLINEAR RCLOSE DOUBLE 1 -- + SLN_1/IMSLINEAR ICNVGOPT INTEGER 1 -- + SLN_1/IMSLINEAR ITER1 INTEGER 1 -- + SLN_1/IMSLINEAR ILINMETH INTEGER 1 -- + SLN_1/IMSLINEAR ISCL INTEGER 1 -- + SLN_1/IMSLINEAR IORD INTEGER 1 -- + SLN_1/IMSLINEAR NORTH INTEGER 1 -- + SLN_1/IMSLINEAR RELAX DOUBLE 1 -- + SLN_1/IMSLINEAR LEVEL INTEGER 1 -- + SLN_1/IMSLINEAR DROPTOL DOUBLE 1 -- + SLN_1/IMSLINEAR IDFPARAM INTEGER 1 -- + SLN_1/IMSLINEAR NJA INTEGER 1 -- + SLN_1/IMSLINEAR IOUT INTEGER 1 -- + SLN_1/IMSLINEAR IPC INTEGER 1 -- + SLN_1/IMSLINEAR IACPC INTEGER 1 -- + SLN_1/IMSLINEAR NITERC INTEGER 1 -- + SLN_1/IMSLINEAR NIABCGS INTEGER 1 -- + SLN_1/IMSLINEAR NIAPC INTEGER 1 -- + SLN_1/IMSLINEAR NJAPC INTEGER 1 -- + SLN_1/IMSLINEAR EPFACT DOUBLE 1 -- + SLN_1/IMSLINEAR L2NORM0 DOUBLE 1 -- + SLN_1/IMSLINEAR NJLU INTEGER 1 -- + SLN_1/IMSLINEAR NJW INTEGER 1 -- + SLN_1/IMSLINEAR NWLU INTEGER 1 -- + SLN_1/IMSLINEAR DSCALE DOUBLE 1 -- + SLN_1/IMSLINEAR DSCALE2 DOUBLE 1 -- + SLN_1/IMSLINEAR IAPC INTEGER 501 -- + SLN_1/IMSLINEAR JAPC INTEGER 3100 -- + SLN_1/IMSLINEAR APC DOUBLE 3100 -- + SLN_1/IMSLINEAR IW INTEGER 500 -- + SLN_1/IMSLINEAR W DOUBLE 500 -- + SLN_1/IMSLINEAR JLU INTEGER 1 -- + SLN_1/IMSLINEAR JW INTEGER 1 -- + SLN_1/IMSLINEAR WLU DOUBLE 1 -- + SLN_1/IMSLINEAR LORDER INTEGER 1 -- + SLN_1/IMSLINEAR IORDER INTEGER 1 -- + SLN_1/IMSLINEAR IARO INTEGER 2 -- + SLN_1/IMSLINEAR JARO INTEGER 1 -- + SLN_1/IMSLINEAR ARO DOUBLE 1 -- + SLN_1/IMSLINEAR ID INTEGER 500 -- + SLN_1/IMSLINEAR D DOUBLE 500 -- + SLN_1/IMSLINEAR P DOUBLE 500 -- + SLN_1/IMSLINEAR Q DOUBLE 500 -- + SLN_1/IMSLINEAR Z DOUBLE 500 -- + SLN_1/IMSLINEAR T DOUBLE 500 -- + SLN_1/IMSLINEAR V DOUBLE 500 -- + SLN_1/IMSLINEAR DHAT DOUBLE 500 -- + SLN_1/IMSLINEAR PHAT DOUBLE 500 -- + SLN_1/IMSLINEAR QHAT DOUBLE 500 -- + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN MEGABYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 7.47800000E-03 + Logical 4.00000000E-05 + Integer 0.13222800 + Real 10.117152 + ------------------------------- + Total 10.256898 + Virtual 0.0000000 + ------------------------------- + + + + Run end date and time (yyyy/mm/dd hh:mm:ss): 2023/10/30 9:06:43 + Elapsed run time: 1.037 Seconds + Normal termination of simulation. diff --git a/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model_nc[disv_with_uzf]0/mfsim.nam b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model_nc[disv_with_uzf]0/mfsim.nam new file mode 100644 index 000000000..2e4fa9cef --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_disv_uzf/test_mf6model_nc[disv_with_uzf]0/mfsim.nam @@ -0,0 +1,19 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:06:42. +BEGIN options +END options + +BEGIN timing + TDIS6 disv_with_uzf.tdis +END timing + +BEGIN models + gwf6 disv_with_uzf.nam disv_with_uzf +END models + +BEGIN exchanges +END exchanges + +BEGIN solutiongroup 1 + ims6 disv_with_uzf.ims disv_with_uzf +END solutiongroup 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model[0-evt02]0/evt02.cbc b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model[0-evt02]0/evt02.cbc new file mode 100644 index 000000000..ca90276c2 Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model[0-evt02]0/evt02.cbc differ diff --git a/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model[0-evt02]0/evt02.chd b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model[0-evt02]0/evt02.chd new file mode 100644 index 000000000..a8e35a7cc --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model[0-evt02]0/evt02.chd @@ -0,0 +1,258 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:08:53. +BEGIN options +END options + +BEGIN dimensions + MAXBOUND 2 +END dimensions + +BEGIN period 1 + 1 1 1 1.00000000E+00 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a/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model[0-evt02]0/evt02.dis b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model[0-evt02]0/evt02.dis new file mode 100644 index 000000000..d51c481a9 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model[0-evt02]0/evt02.dis @@ -0,0 +1,21 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:08:53. +BEGIN options +END options + +BEGIN dimensions + NLAY 1 + NROW 1 + NCOL 3 +END dimensions + +BEGIN griddata + delr + CONSTANT 1.00000000 + delc + CONSTANT 1.00000000 + top + CONSTANT 100.00000000 + botm + CONSTANT 0.00000000 +END griddata + diff --git a/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model[0-evt02]0/evt02.dis.grb b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model[0-evt02]0/evt02.dis.grb new file mode 100644 index 000000000..c3733d780 Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model[0-evt02]0/evt02.dis.grb differ diff --git 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b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model[0-evt02]0/evt02.ic new file mode 100644 index 000000000..a5f4190ba --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model[0-evt02]0/evt02.ic @@ -0,0 +1,6 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:08:53. +BEGIN griddata + strt + CONSTANT 1.00000000 +END griddata + diff --git a/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model[0-evt02]0/evt02.ims b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model[0-evt02]0/evt02.ims new file mode 100644 index 000000000..6f05904db --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model[0-evt02]0/evt02.ims @@ -0,0 +1,21 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:08:53. +BEGIN options + PRINT_OPTION summary +END options + +BEGIN nonlinear + OUTER_DVCLOSE 1.00000000E-09 + OUTER_MAXIMUM 100 + UNDER_RELAXATION dbd +END nonlinear + +BEGIN linear + INNER_MAXIMUM 300 + INNER_DVCLOSE 1.00000000E-09 + inner_rclose 0.00100000 + LINEAR_ACCELERATION bicgstab + RELAXATION_FACTOR 0.97000000 + SCALING_METHOD none + REORDERING_METHOD none +END linear + diff --git a/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model[0-evt02]0/evt02.lst b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model[0-evt02]0/evt02.lst new file mode 100644 index 000000000..117ec9beb --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model[0-evt02]0/evt02.lst @@ -0,0 +1,3516 @@ + MODFLOW 6 PROFESSIONAL + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + GROUNDWATER FLOW MODEL (GWF) + VERSION 6.5.0.dev0 (preliminary) 07/13/2023 + ***DEVELOP MODE*** + + MODFLOW 6 compiled Oct 30 2023 08:23:02 with GCC version 11.3.0 + +This software is preliminary or provisional and is subject to +revision. It is being provided to meet the need for timely best +science. The software has not received final approval by the U.S. +Geological Survey (USGS). No warranty, expressed or implied, is made +by the USGS or the U.S. Government as to the functionality of the +software and related material nor shall the fact of release +constitute any such warranty. The software is provided on the +condition that neither the USGS nor the U.S. Government shall be held +liable for any damages resulting from the authorized or unauthorized +use of the software. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +The following 2-clause BSD License library is used in this +USGS product: + + PETSc, the Portable, Extensible Toolkit for Scientific + Computation Library + Copyright (c) 1991-2021, UChicago Argonne, LLC + and the PETSc Development Team All rights reserved. + (https://petsc.org/release/) + +MODFLOW 6 compiler options: -cpp -I src/libmf6core.a.p -I src -I ../src -I +src/libmf6_external.a.p -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/include -I +/home/mreno/.clone/external/petsc/include -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/lib -I +/home/mreno/miniconda3/envs/modflow6/include -I -fdiagnostics-color=always +-imultiarch x86_64-linux-gnu -D _FILE_OFFSET_BITS=64 -D __linux__ -D +__WITH_PETSC__ -D __WITH_MPI__ -D __WITH_NETCDF__ -mtune=generic +-march=x86-64 -g -O2 -Wall -Wpedantic -Wcharacter-truncation +-Wno-unused-dummy-argument -Wno-intrinsic-shadow -Wno-maybe-uninitialized +-Wno-uninitialized -std=f2008 -fall-intrinsics -fbacktrace -fcheck=all +-ffpe-trap=overflow,zero,invalid -ffpe-summary=overflow +-ffpe-trap=overflow,zero,invalid -fPIC -J src/libmf6core.a.p +-fpre-include=/usr/include/finclude/math-vector-fortran.h + +System command used to initiate simulation: +/home/mreno/.clone/usgs/w/netcdf/2/modflow6/bin/mf6 + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/EVT02/DIS + + + NPF -- NODE PROPERTY FLOW PACKAGE, VERSION 1, 3/30/2015 INPUT READ FROM MEMPATH: __INPUT__/EVT02/NPF + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 1 + NROW = 1 + NCOL = 3 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + End Setting Discretization Griddata + + Setting NPF Options + Cell-by-cell flow information will be saved to binary file whenever ICBCFL is not zero. + End Setting NPF Options + + Setting NPF Griddata + ICELLTYPE set from input file + K set from input file + K33 not provided. Setting K33 = K. + K22 not provided. Setting K22 = K. + End Setting NPF Griddata + + + EVT -- EVT PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/EVT02/EVT_0 + + PROCESSING EVT BASE OPTIONS + EVT FLOWS WILL BE PRINTED TO LISTING FILE. + END OF EVT BASE OPTIONS + + PROCESSING EVT OPTIONS + ET RATE AT SURFACE WILL BE AS SPECIFIED BY PETM0. + END OF EVT OPTIONS + + PROCESSING EVT BASE DIMENSIONS + MAXBOUND = 1 + END OF EVT BASE DIMENSIONS + + PROCESSING EVT DIMENSIONS + NSEG = 1 + END OF EVT DIMENSIONS + + CHD -- CHD PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/EVT02/CHD_0 + + PROCESSING CHD BASE OPTIONS + END OF CHD BASE OPTIONS + + PROCESSING CHD BASE DIMENSIONS + MAXBOUND = 2 + END OF CHD BASE DIMENSIONS + + IC -- INITIAL CONDITIONS PACKAGE, VERSION 8, 3/28/2015 INPUT READ FROM UNIT 1005 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:08:53. + PROCESSING GRIDDATA + + INITIAL HEAD = 1.000000 + END PROCESSING GRIDDATA + BINARY GRID INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1013 + FILE NAME: evt02.dis.grb + + OPENED evt02.dis.grb + FILE TYPE:DATA(BINARY) UNIT 1013 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:08:53. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1014 + FILE NAME: evt02.cbc + + OPENED evt02.cbc + FILE TYPE:DATA(BINARY) UNIT 1014 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + HEAD INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1015 + FILE NAME: evt02.hds + + OPENED evt02.hds + FILE TYPE:DATA(BINARY) UNIT 1015 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + ALL TIME STEPS WILL BE SAVED + ALL TIME STEPS WILL BE SAVED + ALL TIME STEPS WILL BE PRINTED + ALL TIME STEPS WILL BE PRINTED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 1 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 1 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) 0.0000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 1.00000 1.00000 1.00000 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL IN = 0.0000 TOTAL IN = 0.0000 + + OUT: OUT: + ---- ---- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 0.0000 TOTAL OUT = 0.0000 + + IN - OUT = 0.0000 IN - OUT = 0.0000 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + + +end timestep + + +start timestep kper="2" kstp="1" mode="normal" + + + END OF FILE DETECTED IN OUTPUT CONTROL. + CURRENT OUTPUT CONTROL SETTINGS WILL BE + REPEATED UNTIL THE END OF THE SIMULATION. + + OUTPUT CONTROL FOR STRESS PERIOD 2 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 2 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 2 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) 0.0000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 3.02041 3.02041 3.02041 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL IN = 0.0000 TOTAL IN = 0.0000 + + OUT: OUT: + ---- ---- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 0.0000 TOTAL OUT = 0.0000 + + IN - OUT = 0.0000 IN - OUT = 0.0000 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + + +end timestep + + +start timestep kper="3" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 3 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 3 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 3 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 3 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 3 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -4.53514278E-07 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 3 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 5.04082 5.04082 5.04082 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 3 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 3 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 4.5351E-07 CHD = 4.5351E-07 CHD_0 + + TOTAL IN = 4.5351E-07 TOTAL IN = 4.5351E-07 + + OUT: OUT: + ---- ---- + EVT = 4.5351E-07 EVT = 4.5351E-07 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 4.5351E-07 TOTAL OUT = 4.5351E-07 + + IN - OUT = -5.3516E-13 IN - OUT = -5.3516E-13 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 3 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 2.59200E+05 4320.0 72.000 3.0000 8.21355E-03 + + +end timestep + + +start timestep kper="4" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 4 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 4 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 4 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 4 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 4 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -2.29024763E-05 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 4 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 7.06122 7.06122 7.06122 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 4 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 4 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 2.3356E-05 CHD = 2.2902E-05 CHD_0 + + TOTAL IN = 2.3356E-05 TOTAL IN = 2.2902E-05 + + OUT: OUT: + ---- ---- + EVT = 2.3356E-05 EVT = 2.2902E-05 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 2.3356E-05 TOTAL OUT = 2.2902E-05 + + IN - OUT = -9.1761E-15 IN - OUT = 5.2598E-13 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 4 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 3.45600E+05 5760.0 96.000 4.0000 1.09514E-02 + + +end timestep + + +start timestep kper="5" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 5 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 5 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 5 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 5 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 5 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -4.53514461E-05 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 5 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 9.08163 9.08163 9.08163 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 5 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 5 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 6.8707E-05 CHD = 4.5351E-05 CHD_0 + + TOTAL IN = 6.8707E-05 TOTAL IN = 4.5351E-05 + + OUT: OUT: + ---- ---- + EVT = 6.8707E-05 EVT = 4.5351E-05 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 6.8707E-05 TOTAL OUT = 4.5351E-05 + + IN - OUT = 8.6168E-13 IN - OUT = 8.7086E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 5 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 4.32000E+05 7200.0 120.00 5.0000 1.36893E-02 + + +end timestep + + +start timestep kper="6" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 6 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 6 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 6 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 6 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 6 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -6.78004194E-05 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 6 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 11.1020 11.1020 11.1020 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 6 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 6 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 1.3651E-04 CHD = 6.7800E-05 CHD_0 + + TOTAL IN = 1.3651E-04 TOTAL IN = 6.7800E-05 + + OUT: OUT: + ---- ---- + EVT = 1.3651E-04 EVT = 6.7800E-05 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 1.3651E-04 TOTAL OUT = 6.7800E-05 + + IN - OUT = 1.8979E-12 IN - OUT = 1.0362E-12 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 6 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 5.18400E+05 8640.0 144.00 6.0000 1.64271E-02 + + +end timestep + + +start timestep kper="7" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 7 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 7 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 7 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 7 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 7 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -9.02493951E-05 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 7 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 13.1224 13.1224 13.1224 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 7 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 7 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 2.2676E-04 CHD = 9.0249E-05 CHD_0 + + TOTAL IN = 2.2676E-04 TOTAL IN = 9.0249E-05 + + OUT: OUT: + ---- ---- + EVT = 2.2676E-04 EVT = 9.0249E-05 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 2.2676E-04 TOTAL OUT = 9.0249E-05 + + IN - OUT = 2.9638E-12 IN - OUT = 1.0659E-12 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 7 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 6.04800E+05 10080. 168.00 7.0000 1.91650E-02 + + +end timestep + + +start timestep kper="8" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 8 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 8 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 8 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 8 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 8 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -1.12698371E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 8 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 15.1429 15.1429 15.1429 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 8 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 8 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 3.3946E-04 CHD = 1.1270E-04 CHD_0 + + TOTAL IN = 3.3946E-04 TOTAL IN = 1.1270E-04 + + OUT: OUT: + ---- ---- + EVT = 3.3946E-04 EVT = 1.1270E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 3.3946E-04 TOTAL OUT = 1.1270E-04 + + IN - OUT = 3.9722E-12 IN - OUT = 1.0084E-12 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 8 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 6.91200E+05 11520. 192.00 8.0000 2.19028E-02 + + +end timestep + + +start timestep kper="9" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 9 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 9 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 9 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 9 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 9 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -1.35147348E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 9 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 17.1633 17.1633 17.1633 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 9 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 9 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 4.7460E-04 CHD = 1.3515E-04 CHD_0 + + TOTAL IN = 4.7460E-04 TOTAL IN = 1.3515E-04 + + OUT: OUT: + ---- ---- + EVT = 4.7460E-04 EVT = 1.3515E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 4.7460E-04 TOTAL OUT = 1.3515E-04 + + IN - OUT = 4.9885E-12 IN - OUT = 1.0163E-12 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 9 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 7.77600E+05 12960. 216.00 9.0000 2.46407E-02 + + +end timestep + + +start timestep kper="10" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 10 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 10 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 10 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 10 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 10 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -1.57596327E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 10 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 19.1837 19.1837 19.1837 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 10 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 10 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 6.3220E-04 CHD = 1.5760E-04 CHD_0 + + TOTAL IN = 6.3220E-04 TOTAL IN = 1.5760E-04 + + OUT: OUT: + ---- ---- + EVT = 6.3220E-04 EVT = 1.5760E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 6.3220E-04 TOTAL OUT = 1.5760E-04 + + IN - OUT = 5.8551E-12 IN - OUT = 8.6659E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 10 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 8.64000E+05 14400. 240.00 10.000 2.73785E-02 + + +end timestep + + +start timestep kper="11" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 11 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 11 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 11 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 11 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 11 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -1.80045304E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 11 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 21.2041 21.2041 21.2041 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 11 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 11 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 8.1224E-04 CHD = 1.8005E-04 CHD_0 + + TOTAL IN = 8.1224E-04 TOTAL IN = 1.8005E-04 + + OUT: OUT: + ---- ---- + EVT = 8.1224E-04 EVT = 1.8005E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 8.1224E-04 TOTAL OUT = 1.8005E-04 + + IN - OUT = 6.9261E-12 IN - OUT = 1.0710E-12 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 11 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 9.50400E+05 15840. 264.00 11.000 3.01164E-02 + + +end timestep + + +start timestep kper="12" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 12 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 12 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 12 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 12 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 12 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -2.02494283E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 12 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 23.2245 23.2245 23.2245 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 12 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 12 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 1.0147E-03 CHD = 2.0249E-04 CHD_0 + + TOTAL IN = 1.0147E-03 TOTAL IN = 2.0249E-04 + + OUT: OUT: + ---- ---- + EVT = 1.0147E-03 EVT = 2.0249E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 1.0147E-03 TOTAL OUT = 2.0249E-04 + + IN - OUT = 8.0569E-12 IN - OUT = 1.1308E-12 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 12 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 1.03680E+06 17280. 288.00 12.000 3.28542E-02 + + +end timestep + + +start timestep kper="13" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 13 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 13 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 13 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 13 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 13 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -2.24943262E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 13 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 25.2449 25.2449 25.2449 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 13 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 13 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 1.2397E-03 CHD = 2.2494E-04 CHD_0 + + TOTAL IN = 1.2397E-03 TOTAL IN = 2.2494E-04 + + OUT: OUT: + ---- ---- + EVT = 1.2397E-03 EVT = 2.2494E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 1.2397E-03 TOTAL OUT = 2.2494E-04 + + IN - OUT = 8.8570E-12 IN - OUT = 8.0017E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 13 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 1.12320E+06 18720. 312.00 13.000 3.55921E-02 + + +end timestep + + +start timestep kper="14" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 14 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 14 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 14 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 14 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 14 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -2.47392240E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 14 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 27.2653 27.2653 27.2653 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 14 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 14 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 1.4871E-03 CHD = 2.4739E-04 CHD_0 + + TOTAL IN = 1.4871E-03 TOTAL IN = 2.4739E-04 + + OUT: OUT: + ---- ---- + EVT = 1.4871E-03 EVT = 2.4739E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 1.4871E-03 TOTAL OUT = 2.4739E-04 + + IN - OUT = 9.6877E-12 IN - OUT = 8.3070E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 14 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 1.20960E+06 20160. 336.00 14.000 3.83299E-02 + + +end timestep + + +start timestep kper="15" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 15 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 15 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 15 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 15 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 15 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -2.69841219E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 15 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 29.2857 29.2857 29.2857 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 15 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 15 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 1.7569E-03 CHD = 2.6984E-04 CHD_0 + + TOTAL IN = 1.7569E-03 TOTAL IN = 2.6984E-04 + + OUT: OUT: + ---- ---- + EVT = 1.7569E-03 EVT = 2.6984E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 1.7569E-03 TOTAL OUT = 2.6984E-04 + + IN - OUT = 1.0412E-11 IN - OUT = 7.2447E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 15 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 1.29600E+06 21600. 360.00 15.000 4.10678E-02 + + +end timestep + + +start timestep kper="16" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 16 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 16 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 16 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 16 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 16 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -2.92290197E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 16 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 31.3061 31.3061 31.3061 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 16 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 16 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 2.0492E-03 CHD = 2.9229E-04 CHD_0 + + TOTAL IN = 2.0492E-03 TOTAL IN = 2.9229E-04 + + OUT: OUT: + ---- ---- + EVT = 2.0492E-03 EVT = 2.9229E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 2.0492E-03 TOTAL OUT = 2.9229E-04 + + IN - OUT = 1.1319E-11 IN - OUT = 9.0680E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 16 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 1.38240E+06 23040. 384.00 16.000 4.38056E-02 + + +end timestep + + +start timestep kper="17" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 17 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 17 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 17 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 17 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 17 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -3.14739176E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 17 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 33.3265 33.3265 33.3265 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 17 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 17 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 2.3639E-03 CHD = 3.1474E-04 CHD_0 + + TOTAL IN = 2.3639E-03 TOTAL IN = 3.1474E-04 + + OUT: OUT: + ---- ---- + EVT = 2.3639E-03 EVT = 3.1474E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 2.3639E-03 TOTAL OUT = 3.1474E-04 + + IN - OUT = 1.2061E-11 IN - OUT = 7.4219E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 17 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 1.46880E+06 24480. 408.00 17.000 4.65435E-02 + + +end timestep + + +start timestep kper="18" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 18 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 18 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 18 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 18 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 18 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -3.37188156E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 18 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 35.3469 35.3469 35.3469 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 18 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 18 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 2.7011E-03 CHD = 3.3719E-04 CHD_0 + + TOTAL IN = 2.7011E-03 TOTAL IN = 3.3719E-04 + + OUT: OUT: + ---- ---- + EVT = 2.7011E-03 EVT = 3.3719E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 2.7011E-03 TOTAL OUT = 3.3719E-04 + + IN - OUT = 1.2925E-11 IN - OUT = 8.6356E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 18 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 1.55520E+06 25920. 432.00 18.000 4.92813E-02 + + +end timestep + + +start timestep kper="19" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 19 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 19 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 19 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 19 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 19 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -3.59637134E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 19 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 37.3673 37.3673 37.3673 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 19 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 19 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 3.0608E-03 CHD = 3.5964E-04 CHD_0 + + TOTAL IN = 3.0608E-03 TOTAL IN = 3.5964E-04 + + OUT: OUT: + ---- ---- + EVT = 3.0608E-03 EVT = 3.5964E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 3.0608E-03 TOTAL OUT = 3.5964E-04 + + IN - OUT = 1.2861E-11 IN - OUT = -6.3881E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 19 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 1.64160E+06 27360. 456.00 19.000 5.20192E-02 + + +end timestep + + +start timestep kper="20" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 20 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 20 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 20 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 20 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 20 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -3.82086114E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 20 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 39.3878 39.3878 39.3878 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 20 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 20 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 3.4429E-03 CHD = 3.8209E-04 CHD_0 + + TOTAL IN = 3.4429E-03 TOTAL IN = 3.8209E-04 + + OUT: OUT: + ---- ---- + EVT = 3.4429E-03 EVT = 3.8209E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 3.4429E-03 TOTAL OUT = 3.8209E-04 + + IN - OUT = 1.3372E-11 IN - OUT = 5.1157E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 20 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 1.72800E+06 28800. 480.00 20.000 5.47570E-02 + + +end timestep + + +start timestep kper="21" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 21 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 21 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 21 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 21 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 21 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -4.04535094E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 21 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 41.4082 41.4082 41.4082 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 21 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 21 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 3.8474E-03 CHD = 4.0454E-04 CHD_0 + + TOTAL IN = 3.8474E-03 TOTAL IN = 4.0454E-04 + + OUT: OUT: + ---- ---- + EVT = 3.8474E-03 EVT = 4.0454E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 3.8474E-03 TOTAL OUT = 4.0454E-04 + + IN - OUT = 1.3593E-11 IN - OUT = 2.2080E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 21 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 1.81440E+06 30240. 504.00 21.000 5.74949E-02 + + +end timestep + + +start timestep kper="22" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 22 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 22 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 22 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 22 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 22 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -4.26984072E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 22 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 43.4286 43.4286 43.4286 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 22 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 22 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 4.2744E-03 CHD = 4.2698E-04 CHD_0 + + TOTAL IN = 4.2744E-03 TOTAL IN = 4.2698E-04 + + OUT: OUT: + ---- ---- + EVT = 4.2744E-03 EVT = 4.2698E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 4.2744E-03 TOTAL OUT = 4.2698E-04 + + IN - OUT = 1.3557E-11 IN - OUT = -3.6704E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 22 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 1.90080E+06 31680. 528.00 22.000 6.02327E-02 + + +end timestep + + +start timestep kper="23" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 23 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 23 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 23 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 23 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 23 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -4.49433052E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 23 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 45.4490 45.4490 45.4490 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 23 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 23 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 4.7238E-03 CHD = 4.4943E-04 CHD_0 + + TOTAL IN = 4.7238E-03 TOTAL IN = 4.4943E-04 + + OUT: OUT: + ---- ---- + EVT = 4.7238E-03 EVT = 4.4943E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 4.7238E-03 TOTAL OUT = 4.4943E-04 + + IN - OUT = 1.3838E-11 IN - OUT = 2.8167E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 23 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 1.98720E+06 33120. 552.00 23.000 6.29706E-02 + + +end timestep + + +start timestep kper="24" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 24 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 24 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 24 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 24 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 24 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -4.71882031E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 24 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 47.4694 47.4694 47.4694 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 24 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 24 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 5.1957E-03 CHD = 4.7188E-04 CHD_0 + + TOTAL IN = 5.1957E-03 TOTAL IN = 4.7188E-04 + + OUT: OUT: + ---- ---- + EVT = 5.1957E-03 EVT = 4.7188E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 5.1957E-03 TOTAL OUT = 4.7188E-04 + + IN - OUT = 1.4694E-11 IN - OUT = 8.5593E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 24 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 2.07360E+06 34560. 576.00 24.000 6.57084E-02 + + +end timestep + + +start timestep kper="25" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 25 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 25 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 25 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 25 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 25 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -4.94331010E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 25 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 49.4898 49.4898 49.4898 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 25 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 25 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 5.6900E-03 CHD = 4.9433E-04 CHD_0 + + TOTAL IN = 5.6900E-03 TOTAL IN = 4.9433E-04 + + OUT: OUT: + ---- ---- + EVT = 5.6900E-03 EVT = 4.9433E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 5.6900E-03 TOTAL OUT = 4.9433E-04 + + IN - OUT = 1.4219E-11 IN - OUT = -4.7517E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 25 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 2.16000E+06 36000. 600.00 25.000 6.84463E-02 + + +end timestep + + +start timestep kper="26" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 26 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 26 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 26 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 26 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 26 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -5.16779990E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 26 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 51.5102 51.5102 51.5102 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 26 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 26 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 6.2068E-03 CHD = 5.1678E-04 CHD_0 + + TOTAL IN = 6.2068E-03 TOTAL IN = 5.1678E-04 + + OUT: OUT: + ---- ---- + EVT = 6.2068E-03 EVT = 5.1678E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 6.2068E-03 TOTAL OUT = 5.1678E-04 + + IN - OUT = 1.3963E-11 IN - OUT = -2.5600E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 26 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 2.24640E+06 37440. 624.00 26.000 7.11841E-02 + + +end timestep + + +start timestep kper="27" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 27 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 27 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 27 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 27 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 27 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -5.39228968E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 27 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 53.5306 53.5306 53.5306 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 27 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 27 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 6.7460E-03 CHD = 5.3923E-04 CHD_0 + + TOTAL IN = 6.7460E-03 TOTAL IN = 5.3923E-04 + + OUT: OUT: + ---- ---- + EVT = 6.7460E-03 EVT = 5.3923E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 6.7460E-03 TOTAL OUT = 5.3923E-04 + + IN - OUT = 1.4970E-11 IN - OUT = 1.0073E-12 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 27 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 2.33280E+06 38880. 648.00 27.000 7.39220E-02 + + +end timestep + + +start timestep kper="28" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 28 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 28 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 28 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 28 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 28 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -5.61677948E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 28 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 55.5510 55.5510 55.5510 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 28 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 28 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 7.3077E-03 CHD = 5.6168E-04 CHD_0 + + TOTAL IN = 7.3077E-03 TOTAL IN = 5.6168E-04 + + OUT: OUT: + ---- ---- + EVT = 7.3077E-03 EVT = 5.6168E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 7.3077E-03 TOTAL OUT = 5.6168E-04 + + IN - OUT = 1.5378E-11 IN - OUT = 4.0819E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 28 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 2.41920E+06 40320. 672.00 28.000 7.66598E-02 + + +end timestep + + +start timestep kper="29" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 29 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 29 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 29 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 29 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 29 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -5.84126928E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 29 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 57.5714 57.5714 57.5714 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 29 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 29 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 7.8918E-03 CHD = 5.8413E-04 CHD_0 + + TOTAL IN = 7.8918E-03 TOTAL IN = 5.8413E-04 + + OUT: OUT: + ---- ---- + EVT = 7.8918E-03 EVT = 5.8413E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 7.8918E-03 TOTAL OUT = 5.8413E-04 + + IN - OUT = 1.5506E-11 IN - OUT = 1.2740E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 29 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 2.50560E+06 41760. 696.00 29.000 7.93977E-02 + + +end timestep + + +start timestep kper="30" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 30 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 30 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 30 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 30 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 30 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -6.06575907E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 30 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 59.5918 59.5918 59.5918 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 30 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 30 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 8.4984E-03 CHD = 6.0658E-04 CHD_0 + + TOTAL IN = 8.4984E-03 TOTAL IN = 6.0658E-04 + + OUT: OUT: + ---- ---- + EVT = 8.4984E-03 EVT = 6.0658E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 8.4984E-03 TOTAL OUT = 6.0658E-04 + + IN - OUT = 1.5656E-11 IN - OUT = 1.4992E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 30 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 2.59200E+06 43200. 720.00 30.000 8.21355E-02 + + +end timestep + + +start timestep kper="31" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 31 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 31 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 31 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 31 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 31 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -6.29024887E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 31 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 61.6122 61.6122 61.6122 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 31 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 31 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 9.1274E-03 CHD = 6.2902E-04 CHD_0 + + TOTAL IN = 9.1274E-03 TOTAL IN = 6.2902E-04 + + OUT: OUT: + ---- ---- + EVT = 9.1274E-03 EVT = 6.2902E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 9.1274E-03 TOTAL OUT = 6.2902E-04 + + IN - OUT = 1.5161E-11 IN - OUT = -4.9478E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 31 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 2.67840E+06 44640. 744.00 31.000 8.48734E-02 + + +end timestep + + +start timestep kper="32" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 32 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 32 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 32 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 32 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 32 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -6.51473866E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 32 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 63.6327 63.6326 63.6327 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 32 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 32 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 9.7789E-03 CHD = 6.5147E-04 CHD_0 + + TOTAL IN = 9.7789E-03 TOTAL IN = 6.5147E-04 + + OUT: OUT: + ---- ---- + EVT = 9.7789E-03 EVT = 6.5147E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 9.7789E-03 TOTAL OUT = 6.5147E-04 + + IN - OUT = 1.4724E-11 IN - OUT = -4.3678E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 32 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 2.76480E+06 46080. 768.00 32.000 8.76112E-02 + + +end timestep + + +start timestep kper="33" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 33 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 33 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 33 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 33 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 33 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -6.73922845E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 33 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 65.6531 65.6531 65.6531 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 33 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 33 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 1.0453E-02 CHD = 6.7392E-04 CHD_0 + + TOTAL IN = 1.0453E-02 TOTAL IN = 6.7392E-04 + + OUT: OUT: + ---- ---- + EVT = 1.0453E-02 EVT = 6.7392E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 1.0453E-02 TOTAL OUT = 6.7392E-04 + + IN - OUT = 1.6046E-11 IN - OUT = 1.3215E-12 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 33 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 2.85120E+06 47520. 792.00 33.000 9.03491E-02 + + +end timestep + + +start timestep kper="34" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 34 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 34 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 34 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 34 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 34 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -6.96371825E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 34 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 67.6735 67.6735 67.6735 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 34 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 34 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 1.1149E-02 CHD = 6.9637E-04 CHD_0 + + TOTAL IN = 1.1149E-02 TOTAL IN = 6.9637E-04 + + OUT: OUT: + ---- ---- + EVT = 1.1149E-02 EVT = 6.9637E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 1.1149E-02 TOTAL OUT = 6.9637E-04 + + IN - OUT = 1.7005E-11 IN - OUT = 9.5975E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 34 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 2.93760E+06 48960. 816.00 34.000 9.30869E-02 + + +end timestep + + +start timestep kper="35" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 35 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 35 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 35 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 35 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 35 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -7.18820805E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 35 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 69.6939 69.6939 69.6939 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 35 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 35 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 1.1868E-02 CHD = 7.1882E-04 CHD_0 + + TOTAL IN = 1.1868E-02 TOTAL IN = 7.1882E-04 + + OUT: OUT: + ---- ---- + EVT = 1.1868E-02 EVT = 7.1882E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 1.1868E-02 TOTAL OUT = 7.1882E-04 + + IN - OUT = 1.9228E-11 IN - OUT = 2.2230E-12 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 35 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 3.02400E+06 50400. 840.00 35.000 9.58248E-02 + + +end timestep + + +start timestep kper="36" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 36 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 36 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 36 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 36 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 36 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -7.41269784E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 36 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 71.7143 71.7143 71.7143 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 36 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 36 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 1.2609E-02 CHD = 7.4127E-04 CHD_0 + + TOTAL IN = 1.2609E-02 TOTAL IN = 7.4127E-04 + + OUT: OUT: + ---- ---- + EVT = 1.2609E-02 EVT = 7.4127E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 1.2609E-02 TOTAL OUT = 7.4127E-04 + + IN - OUT = 2.2838E-11 IN - OUT = 3.6098E-12 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 36 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 3.11040E+06 51840. 864.00 36.000 9.85626E-02 + + +end timestep + + +start timestep kper="37" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 37 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 37 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 37 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 37 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 37 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -7.63718764E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 37 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 73.7347 73.7347 73.7347 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 37 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 37 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 1.3373E-02 CHD = 7.6372E-04 CHD_0 + + TOTAL IN = 1.3373E-02 TOTAL IN = 7.6372E-04 + + OUT: OUT: + ---- ---- + EVT = 1.3373E-02 EVT = 7.6372E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 1.3373E-02 TOTAL OUT = 7.6372E-04 + + IN - OUT = 2.4811E-11 IN - OUT = 1.9724E-12 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 37 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 3.19680E+06 53280. 888.00 37.000 0.10130 + + +end timestep + + +start timestep kper="38" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 38 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 38 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 38 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 38 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 38 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -7.86167742E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 38 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 75.7551 75.7551 75.7551 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 38 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 38 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 1.4159E-02 CHD = 7.8617E-04 CHD_0 + + TOTAL IN = 1.4159E-02 TOTAL IN = 7.8617E-04 + + OUT: OUT: + ---- ---- + EVT = 1.4159E-02 EVT = 7.8617E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 1.4159E-02 TOTAL OUT = 7.8617E-04 + + IN - OUT = 2.4887E-11 IN - OUT = 7.6214E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 38 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 3.28320E+06 54720. 912.00 38.000 0.10404 + + +end timestep + + +start timestep kper="39" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 39 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 39 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 39 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 39 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 39 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -8.08616722E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 39 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 77.7755 77.7755 77.7755 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 39 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 39 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 1.4968E-02 CHD = 8.0862E-04 CHD_0 + + TOTAL IN = 1.4968E-02 TOTAL IN = 8.0862E-04 + + OUT: OUT: + ---- ---- + EVT = 1.4968E-02 EVT = 8.0862E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 1.4968E-02 TOTAL OUT = 8.0862E-04 + + IN - OUT = 2.5606E-11 IN - OUT = 7.1924E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 39 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 3.36960E+06 56160. 936.00 39.000 0.10678 + + +end timestep + + +start timestep kper="40" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 40 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 40 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 40 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 40 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 40 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -8.31065702E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 40 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 79.7959 79.7959 79.7959 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 40 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 40 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 1.5799E-02 CHD = 8.3107E-04 CHD_0 + + TOTAL IN = 1.5799E-02 TOTAL IN = 8.3107E-04 + + OUT: OUT: + ---- ---- + EVT = 1.5799E-02 EVT = 8.3107E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 1.5799E-02 TOTAL OUT = 8.3107E-04 + + IN - OUT = 2.7023E-11 IN - OUT = 1.4165E-12 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 40 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 3.45600E+06 57600. 960.00 40.000 0.10951 + + +end timestep + + +start timestep kper="41" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 41 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 41 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 41 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 41 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 41 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -8.53514681E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 41 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 81.8163 81.8163 81.8163 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 41 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 41 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 1.6652E-02 CHD = 8.5351E-04 CHD_0 + + TOTAL IN = 1.6652E-02 TOTAL IN = 8.5351E-04 + + OUT: OUT: + ---- ---- + EVT = 1.6652E-02 EVT = 8.5351E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 1.6652E-02 TOTAL OUT = 8.5351E-04 + + IN - OUT = 2.7840E-11 IN - OUT = 8.1759E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 41 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 3.54240E+06 59040. 984.00 41.000 0.11225 + + +end timestep + + +start timestep kper="42" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 42 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 42 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 42 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 42 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 42 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -8.75963661E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 42 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 83.8367 83.8367 83.8367 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 42 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 42 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 1.7528E-02 CHD = 8.7596E-04 CHD_0 + + TOTAL IN = 1.7528E-02 TOTAL IN = 8.7596E-04 + + OUT: OUT: + ---- ---- + EVT = 1.7528E-02 EVT = 8.7596E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 1.7528E-02 TOTAL OUT = 8.7596E-04 + + IN - OUT = 2.8407E-11 IN - OUT = 5.6639E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 42 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 3.62880E+06 60480. 1008.0 42.000 0.11499 + + +end timestep + + +start timestep kper="43" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 43 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 43 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 43 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 43 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 43 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -8.98412641E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 43 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 85.8571 85.8571 85.8571 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 43 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 43 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 1.8427E-02 CHD = 8.9841E-04 CHD_0 + + TOTAL IN = 1.8427E-02 TOTAL IN = 8.9841E-04 + + OUT: OUT: + ---- ---- + EVT = 1.8427E-02 EVT = 8.9841E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 1.8427E-02 TOTAL OUT = 8.9841E-04 + + IN - OUT = 3.0810E-11 IN - OUT = 2.4035E-12 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 43 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 3.71520E+06 61920. 1032.0 43.000 0.11773 + + +end timestep + + +start timestep kper="44" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 44 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 44 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 44 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 44 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 44 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -9.20861620E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 44 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 87.8776 87.8775 87.8776 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 44 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 44 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 1.9348E-02 CHD = 9.2086E-04 CHD_0 + + TOTAL IN = 1.9348E-02 TOTAL IN = 9.2086E-04 + + OUT: OUT: + ---- ---- + EVT = 1.9348E-02 EVT = 9.2086E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 1.9348E-02 TOTAL OUT = 9.2086E-04 + + IN - OUT = 3.4766E-11 IN - OUT = 3.9554E-12 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 44 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 3.80160E+06 63360. 1056.0 44.000 0.12047 + + +end timestep + + +start timestep kper="45" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 45 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 45 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 45 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 45 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 45 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -9.43310599E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 45 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 89.8980 89.8980 89.8980 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 45 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 45 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 2.0291E-02 CHD = 9.4331E-04 CHD_0 + + TOTAL IN = 2.0291E-02 TOTAL IN = 9.4331E-04 + + OUT: OUT: + ---- ---- + EVT = 2.0291E-02 EVT = 9.4331E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 2.0291E-02 TOTAL OUT = 9.4331E-04 + + IN - OUT = 3.4687E-11 IN - OUT = -7.8544E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 45 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 3.88800E+06 64800. 1080.0 45.000 0.12320 + + +end timestep + + +start timestep kper="46" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 46 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 46 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 46 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 46 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 46 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -9.65759578E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 46 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 91.9184 91.9184 91.9184 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 46 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 46 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 2.1257E-02 CHD = 9.6576E-04 CHD_0 + + TOTAL IN = 2.1257E-02 TOTAL IN = 9.6576E-04 + + OUT: OUT: + ---- ---- + EVT = 2.1257E-02 EVT = 9.6576E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 2.1257E-02 TOTAL OUT = 9.6576E-04 + + IN - OUT = 3.6606E-11 IN - OUT = 1.9195E-12 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 46 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 3.97440E+06 66240. 1104.0 46.000 0.12594 + + +end timestep + + +start timestep kper="47" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 47 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 47 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 47 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 47 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 47 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -9.88208558E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 47 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 93.9388 93.9388 93.9388 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 47 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 47 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 2.2245E-02 CHD = 9.8821E-04 CHD_0 + + TOTAL IN = 2.2245E-02 TOTAL IN = 9.8821E-04 + + OUT: OUT: + ---- ---- + EVT = 2.2245E-02 EVT = 9.8821E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 2.2245E-02 TOTAL OUT = 9.8821E-04 + + IN - OUT = 3.6204E-11 IN - OUT = -4.0207E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 47 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 4.06080E+06 67680. 1128.0 47.000 0.12868 + + +end timestep + + +start timestep kper="48" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 48 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 48 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 48 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 48 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 48 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -1.00000000E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 48 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 95.9592 95.9592 95.9592 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 48 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 48 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 2.2345E-02 CHD = 1.0000E-04 CHD_0 + + TOTAL IN = 2.2345E-02 TOTAL IN = 1.0000E-04 + + OUT: OUT: + ---- ---- + EVT = 2.2345E-02 EVT = 1.0000E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 2.2345E-02 TOTAL OUT = 1.0000E-04 + + IN - OUT = 3.9047E-11 IN - OUT = 2.8424E-12 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 48 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 4.14720E+06 69120. 1152.0 48.000 0.13142 + + +end timestep + + +start timestep kper="49" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 49 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 49 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 49 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 49 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 49 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -1.00000000E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 49 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 97.9796 97.9796 97.9796 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 49 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 49 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 2.2445E-02 CHD = 1.0000E-04 CHD_0 + + TOTAL IN = 2.2445E-02 TOTAL IN = 1.0000E-04 + + OUT: OUT: + ---- ---- + EVT = 2.2445E-02 EVT = 1.0000E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 2.2445E-02 TOTAL OUT = 1.0000E-04 + + IN - OUT = 3.7045E-11 IN - OUT = -2.0016E-12 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 49 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 4.23360E+06 70560. 1176.0 49.000 0.13415 + + +end timestep + + +start timestep kper="50" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 50 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 50 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 50 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 50 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 50 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -1.00000000E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 50 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 100.000 100.000 100.000 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 50 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 50 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 2.2545E-02 CHD = 1.0000E-04 CHD_0 + + TOTAL IN = 2.2545E-02 TOTAL IN = 1.0000E-04 + + OUT: OUT: + ---- ---- + EVT = 2.2545E-02 EVT = 1.0000E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 2.2545E-02 TOTAL OUT = 1.0000E-04 + + IN - OUT = 3.6543E-11 IN - OUT = -5.0248E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 50 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 4.32000E+06 72000. 1200.0 50.000 0.13689 + + +end timestep + diff --git a/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model[0-evt02]0/evt02.nam b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model[0-evt02]0/evt02.nam new file mode 100644 index 000000000..8fdaa0442 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model[0-evt02]0/evt02.nam @@ -0,0 +1,14 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:08:53. +BEGIN options + SAVE_FLOWS +END options + +BEGIN packages + DIS6 evt02.dis dis + IC6 evt02.ic ic + NPF6 evt02.npf npf + CHD6 evt02.chd chd_0 + EVT6 evt02.evt evt_0 + OC6 evt02.oc oc +END packages + diff --git a/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model[0-evt02]0/evt02.npf b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model[0-evt02]0/evt02.npf new file mode 100644 index 000000000..2e8d04def --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model[0-evt02]0/evt02.npf @@ -0,0 +1,12 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:08:53. +BEGIN options + SAVE_FLOWS +END options + +BEGIN griddata + icelltype + CONSTANT 1 + k + CONSTANT 1.00000000 +END griddata + diff --git a/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model[0-evt02]0/evt02.oc b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model[0-evt02]0/evt02.oc new file mode 100644 index 000000000..0bcf1ac84 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model[0-evt02]0/evt02.oc @@ -0,0 +1,14 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:08:53. +BEGIN options + BUDGET FILEOUT evt02.cbc + HEAD FILEOUT evt02.hds + HEAD PRINT_FORMAT COLUMNS 10 WIDTH 15 DIGITS 6 GENERAL +END options + +BEGIN period 1 + SAVE HEAD ALL + SAVE BUDGET ALL + PRINT HEAD ALL + PRINT BUDGET ALL +END period 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model[0-evt02]0/evt02.tdis b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model[0-evt02]0/evt02.tdis new file mode 100644 index 000000000..8e91056f8 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model[0-evt02]0/evt02.tdis @@ -0,0 +1,62 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:08:53. +BEGIN options + TIME_UNITS days +END options + +BEGIN dimensions + NPER 50 +END dimensions + +BEGIN perioddata + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 +END perioddata + diff --git a/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model[0-evt02]0/mfsim.lst b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model[0-evt02]0/mfsim.lst new file mode 100644 index 000000000..3aed62e07 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model[0-evt02]0/mfsim.lst @@ -0,0 +1,1475 @@ + MODFLOW 6 PROFESSIONAL + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + VERSION 6.5.0.dev0 (preliminary) 07/13/2023 + ***DEVELOP MODE*** + + MODFLOW 6 compiled Oct 30 2023 08:23:02 with GCC version 11.3.0 + +This software is preliminary or provisional and is subject to +revision. It is being provided to meet the need for timely best +science. The software has not received final approval by the U.S. +Geological Survey (USGS). No warranty, expressed or implied, is made +by the USGS or the U.S. Government as to the functionality of the +software and related material nor shall the fact of release +constitute any such warranty. The software is provided on the +condition that neither the USGS nor the U.S. Government shall be held +liable for any damages resulting from the authorized or unauthorized +use of the software. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +The following 2-clause BSD License library is used in this +USGS product: + + PETSc, the Portable, Extensible Toolkit for Scientific + Computation Library + Copyright (c) 1991-2021, UChicago Argonne, LLC + and the PETSc Development Team All rights reserved. + (https://petsc.org/release/) + +MODFLOW 6 compiler options: -cpp -I src/libmf6core.a.p -I src -I ../src -I +src/libmf6_external.a.p -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/include -I +/home/mreno/.clone/external/petsc/include -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/lib -I +/home/mreno/miniconda3/envs/modflow6/include -I -fdiagnostics-color=always +-imultiarch x86_64-linux-gnu -D _FILE_OFFSET_BITS=64 -D __linux__ -D +__WITH_PETSC__ -D __WITH_MPI__ -D __WITH_NETCDF__ -mtune=generic +-march=x86-64 -g -O2 -Wall -Wpedantic -Wcharacter-truncation +-Wno-unused-dummy-argument -Wno-intrinsic-shadow -Wno-maybe-uninitialized +-Wno-uninitialized -std=f2008 -fall-intrinsics -fbacktrace -fcheck=all +-ffpe-trap=overflow,zero,invalid -ffpe-summary=overflow +-ffpe-trap=overflow,zero,invalid -fPIC -J src/libmf6core.a.p +-fpre-include=/usr/include/finclude/math-vector-fortran.h + +System command used to initiate simulation: +/home/mreno/.clone/usgs/w/netcdf/2/modflow6/bin/mf6 + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + + OPENED mfsim.nam + FILE TYPE:NAM6 UNIT 1001 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:08:53. + + OPENED evt02.nam + FILE TYPE:GWF6 UNIT 1002 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:08:53. + + OPENED evt02.dis + FILE TYPE:DIS6 UNIT 1003 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:08:53. + + OPENED evt02.npf + FILE TYPE:NPF6 UNIT 1004 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:08:53. + + OPENED evt02.ic + FILE TYPE:IC6 UNIT 1005 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED evt02.oc + FILE TYPE:OC6 UNIT 1006 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED evt02.evt + FILE TYPE:EVT6 UNIT 1008 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:08:53. + + OPENED evt02.chd + FILE TYPE:CHD6 UNIT 1009 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:08:53. + + READING SIMULATION OPTIONS + MAXIMUM NUMBER OF ERRORS THAT WILL BE STORED IS 1000 + END OF SIMULATION OPTIONS + + READING SIMULATION TIMING + + OPENED evt02.tdis + FILE TYPE:TDIS UNIT 1010 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + TDIS -- TEMPORAL DISCRETIZATION PACKAGE, + VERSION 1 : 11/13/2014 - INPUT READ FROM UNIT 1010 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:08:53. + PROCESSING TDIS OPTIONS + SIMULATION TIME UNIT IS DAYS + END OF TDIS OPTIONS + PROCESSING TDIS DIMENSIONS + 50 STRESS PERIOD(S) IN SIMULATION + END OF TDIS DIMENSIONS + PROCESSING TDIS PERIODDATA + + + STRESS PERIOD LENGTH TIME STEPS MULTIPLIER FOR DELT + ---------------------------------------------------------------------------- + 1 1.000000 1 1.000 + 2 1.000000 1 1.000 + 3 1.000000 1 1.000 + 4 1.000000 1 1.000 + 5 1.000000 1 1.000 + 6 1.000000 1 1.000 + 7 1.000000 1 1.000 + 8 1.000000 1 1.000 + 9 1.000000 1 1.000 + 10 1.000000 1 1.000 + 11 1.000000 1 1.000 + 12 1.000000 1 1.000 + 13 1.000000 1 1.000 + 14 1.000000 1 1.000 + 15 1.000000 1 1.000 + 16 1.000000 1 1.000 + 17 1.000000 1 1.000 + 18 1.000000 1 1.000 + 19 1.000000 1 1.000 + 20 1.000000 1 1.000 + 21 1.000000 1 1.000 + 22 1.000000 1 1.000 + 23 1.000000 1 1.000 + 24 1.000000 1 1.000 + 25 1.000000 1 1.000 + 26 1.000000 1 1.000 + 27 1.000000 1 1.000 + 28 1.000000 1 1.000 + 29 1.000000 1 1.000 + 30 1.000000 1 1.000 + 31 1.000000 1 1.000 + 32 1.000000 1 1.000 + 33 1.000000 1 1.000 + 34 1.000000 1 1.000 + 35 1.000000 1 1.000 + 36 1.000000 1 1.000 + 37 1.000000 1 1.000 + 38 1.000000 1 1.000 + 39 1.000000 1 1.000 + 40 1.000000 1 1.000 + 41 1.000000 1 1.000 + 42 1.000000 1 1.000 + 43 1.000000 1 1.000 + 44 1.000000 1 1.000 + 45 1.000000 1 1.000 + 46 1.000000 1 1.000 + 47 1.000000 1 1.000 + 48 1.000000 1 1.000 + 49 1.000000 1 1.000 + 50 1.000000 1 1.000 + END OF TDIS PERIODDATA + END OF SIMULATION TIMING + + READING SIMULATION MODELS + GWF6 model 1 will be created + END OF SIMULATION MODELS + + READING SIMULATION EXCHANGES + END OF SIMULATION EXCHANGES + + READING SOLUTIONGROUP + + Creating solution: SLN_1 + + OPENED evt02.ims + FILE TYPE:IMS UNIT 1012 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + END OF SOLUTIONGROUP + +PROCESSING MODEL CONNECTIONS + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1012 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:08:53. + + PROCESSING IMS OPTIONS + END OF IMS OPTIONS + + PROCESSING IMS NONLINEAR + END OF IMS NONLINEAR DATA + **UNDER-RELAXATION WILL BE USED*** + + + PROCESSING LINEAR DATA + END OF LINEAR DATA + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + An asymmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-08 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 100 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 3 + LINEAR SOLUTION METHOD (LINMETH) = 1 + UNDER-RELAXATION WEIGHT REDUCTION FACTOR (THETA) = 0.100000E+01 + UNDER-RELAXATION WEIGHT INCREASE INCREMENT (KAPPA) = 0.000000E+00 + UNDER-RELAXATION PREVIOUS HISTORY FACTOR (GAMMA) = 0.100000E+01 + UNDER-RELAXATION MOMENTUM TERM (AMOMENTUM) = 0.000000E+00 + + SOLUTION BY THE BICONJUGATE-GRADIENT STABILIZED METHOD + ------------------------------------------------------------------ + MAXIMUM OF 100 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 300 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = BCGS + MATRIX PRECONDITIONING TYPE = MOD. INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-08 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E-02 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.97000E+00 + + + + + Solving: Stress period: 1 Time step: 1 + +1 + STRESS PERIOD NO. 1, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 0 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 0 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 1 + +1 + STRESS PERIOD NO. 2, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204082 1_GWF-(1,1,2) + Model 2 0 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 1 + +1 + STRESS PERIOD NO. 3, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204082 1_GWF-(1,1,2) + Model 2 2 -4.49841568E-08 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 3 + 4 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 1 + +1 + STRESS PERIOD NO. 4, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204063 1_GWF-(1,1,2) + Model 2 2 3.24997467E-07 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 4 + 4 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 1 + +1 + STRESS PERIOD NO. 5, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204069 1_GWF-(1,1,2) + Model 2 2 3.57211951E-07 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 5 + 4 TOTAL ITERATIONS + + Solving: Stress period: 6 Time step: 1 + +1 + STRESS PERIOD NO. 6, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204073 1_GWF-(1,1,2) + Model 2 2 3.39660128E-07 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 6 + 4 TOTAL ITERATIONS + + Solving: Stress period: 7 Time step: 1 + +1 + STRESS PERIOD NO. 7, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.0204075 1_GWF-(1,1,2) + Model 2 2 3.12900033E-07 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 7 + 5 TOTAL ITERATIONS + + Solving: Stress period: 8 Time step: 1 + +1 + STRESS PERIOD NO. 8, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.0204075 1_GWF-(1,1,2) + Model 2 2 2.86466582E-07 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 8 + 5 TOTAL ITERATIONS + + Solving: Stress period: 9 Time step: 1 + +1 + STRESS PERIOD NO. 9, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204077 1_GWF-(1,1,2) + Model 2 2 2.62650897E-07 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 9 + 4 TOTAL ITERATIONS + + Solving: Stress period: 10 Time step: 1 + +1 + STRESS PERIOD NO. 10, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204078 1_GWF-(1,1,2) + Model 2 2 2.41765051E-07 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 10 + 4 TOTAL ITERATIONS + + Solving: Stress period: 11 Time step: 1 + +1 + STRESS PERIOD NO. 11, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204077 1_GWF-(1,1,2) + Model 2 2 2.23568005E-07 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 11 + 4 TOTAL ITERATIONS + + Solving: Stress period: 12 Time step: 1 + +1 + STRESS PERIOD NO. 12, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204079 1_GWF-(1,1,2) + Model 2 2 2.07695095E-07 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 12 + 4 TOTAL ITERATIONS + + Solving: Stress period: 13 Time step: 1 + +1 + STRESS PERIOD NO. 13, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.0204079 1_GWF-(1,1,2) + Model 2 2 1.93790427E-07 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 13 + 5 TOTAL ITERATIONS + + Solving: Stress period: 14 Time step: 1 + +1 + STRESS PERIOD NO. 14, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.0204078 1_GWF-(1,1,2) + Model 2 2 1.81543705E-07 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 14 + 5 TOTAL ITERATIONS + + Solving: Stress period: 15 Time step: 1 + +1 + STRESS PERIOD NO. 15, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204080 1_GWF-(1,1,2) + Model 2 2 1.70695174E-07 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 15 + 4 TOTAL ITERATIONS + + Solving: Stress period: 16 Time step: 1 + +1 + STRESS PERIOD NO. 16, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204079 1_GWF-(1,1,2) + Model 2 2 1.61030549E-07 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 16 + 4 TOTAL ITERATIONS + + Solving: Stress period: 17 Time step: 1 + +1 + STRESS PERIOD NO. 17, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204080 1_GWF-(1,1,2) + Model 2 2 1.52373886E-07 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 17 + 4 TOTAL ITERATIONS + + Solving: Stress period: 18 Time step: 1 + +1 + STRESS PERIOD NO. 18, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204080 1_GWF-(1,1,2) + Model 2 2 1.44580433E-07 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 18 + 4 TOTAL ITERATIONS + + Solving: Stress period: 19 Time step: 1 + +1 + STRESS PERIOD NO. 19, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204079 1_GWF-(1,1,2) + Model 2 2 1.37530684E-07 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 19 + 4 TOTAL ITERATIONS + + Solving: Stress period: 20 Time step: 1 + +1 + STRESS PERIOD NO. 20, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204080 1_GWF-(1,1,2) + Model 2 2 1.31125418E-07 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 20 + 4 TOTAL ITERATIONS + + Solving: Stress period: 21 Time step: 1 + +1 + STRESS PERIOD NO. 21, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204080 1_GWF-(1,1,2) + Model 2 2 1.25281851E-07 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 21 + 4 TOTAL ITERATIONS + + Solving: Stress period: 22 Time step: 1 + +1 + STRESS PERIOD NO. 22, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204079 1_GWF-(1,1,2) + Model 2 2 1.19930405E-07 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 22 + 4 TOTAL ITERATIONS + + Solving: Stress period: 23 Time step: 1 + +1 + STRESS PERIOD NO. 23, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204081 1_GWF-(1,1,2) + Model 2 2 1.15012348E-07 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 23 + 4 TOTAL ITERATIONS + + Solving: Stress period: 24 Time step: 1 + +1 + STRESS PERIOD NO. 24, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204081 1_GWF-(1,1,2) + Model 2 2 1.10477743E-07 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 24 + 4 TOTAL ITERATIONS + + Solving: Stress period: 25 Time step: 1 + +1 + STRESS PERIOD NO. 25, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.0204080 1_GWF-(1,1,2) + Model 2 2 1.06283963E-07 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 25 + 5 TOTAL ITERATIONS + + Solving: Stress period: 26 Time step: 1 + +1 + STRESS PERIOD NO. 26, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204081 1_GWF-(1,1,2) + Model 2 2 1.02394331E-07 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 26 + 4 TOTAL ITERATIONS + + Solving: Stress period: 27 Time step: 1 + +1 + STRESS PERIOD NO. 27, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.0204080 1_GWF-(1,1,2) + Model 2 2 9.87772211E-08 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 27 + 5 TOTAL ITERATIONS + + Solving: Stress period: 28 Time step: 1 + +1 + STRESS PERIOD NO. 28, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204081 1_GWF-(1,1,2) + Model 2 2 9.54052481E-08 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 28 + 4 TOTAL ITERATIONS + + Solving: Stress period: 29 Time step: 1 + +1 + STRESS PERIOD NO. 29, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204081 1_GWF-(1,1,2) + Model 2 2 9.22544530E-08 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 29 + 4 TOTAL ITERATIONS + + Solving: Stress period: 30 Time step: 1 + +1 + STRESS PERIOD NO. 30, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204080 1_GWF-(1,1,2) + Model 2 2 8.93039172E-08 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 30 + 4 TOTAL ITERATIONS + + Solving: Stress period: 31 Time step: 1 + +1 + STRESS PERIOD NO. 31, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204081 1_GWF-(1,1,2) + Model 2 2 8.65352732E-08 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 31 + 4 TOTAL ITERATIONS + + Solving: Stress period: 32 Time step: 1 + +1 + STRESS PERIOD NO. 32, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204081 1_GWF-(1,1,2) + Model 2 2 8.39322922E-08 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 32 + 4 TOTAL ITERATIONS + + Solving: Stress period: 33 Time step: 1 + +1 + STRESS PERIOD NO. 33, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204080 1_GWF-(1,1,2) + Model 2 2 8.14806214E-08 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 33 + 4 TOTAL ITERATIONS + + Solving: Stress period: 34 Time step: 1 + +1 + STRESS PERIOD NO. 34, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204081 1_GWF-(1,1,2) + Model 2 2 7.91674921E-08 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 34 + 4 TOTAL ITERATIONS + + Solving: Stress period: 35 Time step: 1 + +1 + STRESS PERIOD NO. 35, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204081 1_GWF-(1,1,2) + Model 2 2 7.69815500E-08 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 35 + 4 TOTAL ITERATIONS + + Solving: Stress period: 36 Time step: 1 + +1 + STRESS PERIOD NO. 36, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204080 1_GWF-(1,1,2) + Model 2 2 7.49126201E-08 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 36 + 4 TOTAL ITERATIONS + + Solving: Stress period: 37 Time step: 1 + +1 + STRESS PERIOD NO. 37, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204081 1_GWF-(1,1,2) + Model 2 2 7.29516216E-08 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 37 + 4 TOTAL ITERATIONS + + Solving: Stress period: 38 Time step: 1 + +1 + STRESS PERIOD NO. 38, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204080 1_GWF-(1,1,2) + Model 2 2 7.10903407E-08 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 38 + 4 TOTAL ITERATIONS + + Solving: Stress period: 39 Time step: 1 + +1 + STRESS PERIOD NO. 39, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204081 1_GWF-(1,1,2) + Model 2 2 6.93213735E-08 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 39 + 4 TOTAL ITERATIONS + + Solving: Stress period: 40 Time step: 1 + +1 + STRESS PERIOD NO. 40, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204081 1_GWF-(1,1,2) + Model 2 2 6.76380267E-08 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 40 + 4 TOTAL ITERATIONS + + Solving: Stress period: 41 Time step: 1 + +1 + STRESS PERIOD NO. 41, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204080 1_GWF-(1,1,2) + Model 2 2 6.60342891E-08 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 41 + 4 TOTAL ITERATIONS + + Solving: Stress period: 42 Time step: 1 + +1 + STRESS PERIOD NO. 42, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204081 1_GWF-(1,1,2) + Model 2 2 6.45046327E-08 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 42 + 4 TOTAL ITERATIONS + + Solving: Stress period: 43 Time step: 1 + +1 + STRESS PERIOD NO. 43, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204081 1_GWF-(1,1,2) + Model 2 2 6.30440553E-08 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 43 + 4 TOTAL ITERATIONS + + Solving: Stress period: 44 Time step: 1 + +1 + STRESS PERIOD NO. 44, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204080 1_GWF-(1,1,2) + Model 2 2 6.16479952E-08 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 44 + 4 TOTAL ITERATIONS + + Solving: Stress period: 45 Time step: 1 + +1 + STRESS PERIOD NO. 45, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204081 1_GWF-(1,1,2) + Model 2 2 6.03123311E-08 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 45 + 4 TOTAL ITERATIONS + + Solving: Stress period: 46 Time step: 1 + +1 + STRESS PERIOD NO. 46, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204080 1_GWF-(1,1,2) + Model 2 2 5.90331695E-08 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 46 + 4 TOTAL ITERATIONS + + Solving: Stress period: 47 Time step: 1 + +1 + STRESS PERIOD NO. 47, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204081 1_GWF-(1,1,2) + Model 2 2 5.78070285E-08 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 47 + 4 TOTAL ITERATIONS + + Solving: Stress period: 48 Time step: 1 + +1 + STRESS PERIOD NO. 48, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204081 1_GWF-(1,1,2) + Model 2 2 4.80165626E-06 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 48 + 4 TOTAL ITERATIONS + + Solving: Stress period: 49 Time step: 1 + +1 + STRESS PERIOD NO. 49, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204081 1_GWF-(1,1,2) + Model 2 2 5.37227152E-09 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 49 + 4 TOTAL ITERATIONS + + Solving: Stress period: 50 Time step: 1 + +1 + STRESS PERIOD NO. 50, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.0204082 1_GWF-(1,1,2) + Model 2 2 5.15517229E-09 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 50 + 5 TOTAL ITERATIONS + + + Solution SLN_1 summary + ---------------------------------------------------------------------- + Total formulate time: 0.19089999999999940E-2 seconds + Total solution time: 0.96999999999985986E-4 seconds + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 6.7660000 + Logical 4.00000000E-02 + Integer 3.5840000 + Real 3.0320000 + ------------------------------- + Total 13.422000 + Virtual 0.0000000 + ------------------------------- + + + + Run end date and time (yyyy/mm/dd hh:mm:ss): 2023/10/30 9:08:53 + Elapsed run time: 0.015 Seconds + Normal termination of simulation. diff --git a/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model[0-evt02]0/mfsim.nam b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model[0-evt02]0/mfsim.nam new file mode 100644 index 000000000..0b23b59fb --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model[0-evt02]0/mfsim.nam @@ -0,0 +1,19 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:08:53. +BEGIN options +END options + +BEGIN timing + TDIS6 evt02.tdis +END timing + +BEGIN models + gwf6 evt02.nam evt02 +END models + +BEGIN exchanges +END exchanges + +BEGIN solutiongroup 1 + ims6 evt02.ims evt02 +END solutiongroup 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model_nc[0-evt02]0/evt02.cbc b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model_nc[0-evt02]0/evt02.cbc new file mode 100644 index 000000000..bbd1f231d Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model_nc[0-evt02]0/evt02.cbc differ diff --git a/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model_nc[0-evt02]0/evt02.hds b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model_nc[0-evt02]0/evt02.hds new file mode 100644 index 000000000..6e2c277c0 Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model_nc[0-evt02]0/evt02.hds differ diff --git a/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model_nc[0-evt02]0/evt02.ic b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model_nc[0-evt02]0/evt02.ic new file mode 100644 index 000000000..a5f4190ba --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model_nc[0-evt02]0/evt02.ic @@ -0,0 +1,6 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:08:53. +BEGIN griddata + strt + CONSTANT 1.00000000 +END griddata + diff --git a/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model_nc[0-evt02]0/evt02.ims b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model_nc[0-evt02]0/evt02.ims new file mode 100644 index 000000000..6f05904db --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model_nc[0-evt02]0/evt02.ims @@ -0,0 +1,21 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:08:53. +BEGIN options + PRINT_OPTION summary +END options + +BEGIN nonlinear + OUTER_DVCLOSE 1.00000000E-09 + OUTER_MAXIMUM 100 + UNDER_RELAXATION dbd +END nonlinear + +BEGIN linear + INNER_MAXIMUM 300 + INNER_DVCLOSE 1.00000000E-09 + inner_rclose 0.00100000 + LINEAR_ACCELERATION bicgstab + RELAXATION_FACTOR 0.97000000 + SCALING_METHOD none + REORDERING_METHOD none +END linear + diff --git a/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model_nc[0-evt02]0/evt02.lst b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model_nc[0-evt02]0/evt02.lst new file mode 100644 index 000000000..7f42c3cc4 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model_nc[0-evt02]0/evt02.lst @@ -0,0 +1,3516 @@ + MODFLOW 6 PROFESSIONAL + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + GROUNDWATER FLOW MODEL (GWF) + VERSION 6.5.0.dev0 (preliminary) 07/13/2023 + ***DEVELOP MODE*** + + MODFLOW 6 compiled Oct 30 2023 08:23:02 with GCC version 11.3.0 + +This software is preliminary or provisional and is subject to +revision. It is being provided to meet the need for timely best +science. The software has not received final approval by the U.S. +Geological Survey (USGS). No warranty, expressed or implied, is made +by the USGS or the U.S. Government as to the functionality of the +software and related material nor shall the fact of release +constitute any such warranty. The software is provided on the +condition that neither the USGS nor the U.S. Government shall be held +liable for any damages resulting from the authorized or unauthorized +use of the software. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +The following 2-clause BSD License library is used in this +USGS product: + + PETSc, the Portable, Extensible Toolkit for Scientific + Computation Library + Copyright (c) 1991-2021, UChicago Argonne, LLC + and the PETSc Development Team All rights reserved. + (https://petsc.org/release/) + +MODFLOW 6 compiler options: -cpp -I src/libmf6core.a.p -I src -I ../src -I +src/libmf6_external.a.p -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/include -I +/home/mreno/.clone/external/petsc/include -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/lib -I +/home/mreno/miniconda3/envs/modflow6/include -I -fdiagnostics-color=always +-imultiarch x86_64-linux-gnu -D _FILE_OFFSET_BITS=64 -D __linux__ -D +__WITH_PETSC__ -D __WITH_MPI__ -D __WITH_NETCDF__ -mtune=generic +-march=x86-64 -g -O2 -Wall -Wpedantic -Wcharacter-truncation +-Wno-unused-dummy-argument -Wno-intrinsic-shadow -Wno-maybe-uninitialized +-Wno-uninitialized -std=f2008 -fall-intrinsics -fbacktrace -fcheck=all +-ffpe-trap=overflow,zero,invalid -ffpe-summary=overflow +-ffpe-trap=overflow,zero,invalid -fPIC -J src/libmf6core.a.p +-fpre-include=/usr/include/finclude/math-vector-fortran.h + +System command used to initiate simulation: +/home/mreno/.clone/usgs/w/netcdf/2/modflow6/bin/mf6 + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/EVT02/DIS + + + NPF -- NODE PROPERTY FLOW PACKAGE, VERSION 1, 3/30/2015 INPUT READ FROM MEMPATH: __INPUT__/EVT02/NPF + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 1 + NROW = 1 + NCOL = 3 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + End Setting Discretization Griddata + + Setting NPF Options + Cell-by-cell flow information will be saved to binary file whenever ICBCFL is not zero. + End Setting NPF Options + + Setting NPF Griddata + ICELLTYPE set from input file + K set from input file + K33 not provided. Setting K33 = K. + K22 not provided. Setting K22 = K. + End Setting NPF Griddata + + + EVT -- EVT PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/EVT02/EVT_0 + + PROCESSING EVT BASE OPTIONS + EVT FLOWS WILL BE PRINTED TO LISTING FILE. + END OF EVT BASE OPTIONS + + PROCESSING EVT OPTIONS + ET RATE AT SURFACE WILL BE AS SPECIFIED BY PETM0. + END OF EVT OPTIONS + + PROCESSING EVT BASE DIMENSIONS + MAXBOUND = 1 + END OF EVT BASE DIMENSIONS + + PROCESSING EVT DIMENSIONS + NSEG = 1 + END OF EVT DIMENSIONS + + CHD -- CHD PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/EVT02/CHD_0 + + PROCESSING CHD BASE OPTIONS + END OF CHD BASE OPTIONS + + PROCESSING CHD BASE DIMENSIONS + MAXBOUND = 2 + END OF CHD BASE DIMENSIONS + + IC -- INITIAL CONDITIONS PACKAGE, VERSION 8, 3/28/2015 INPUT READ FROM UNIT 1003 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:08:53. + PROCESSING GRIDDATA + + INITIAL HEAD = 1.000000 + END PROCESSING GRIDDATA + BINARY GRID INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1008 + FILE NAME: evt02.nc.grb + + OPENED evt02.nc.grb + FILE TYPE:DATA(BINARY) UNIT 1008 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:08:54. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1009 + FILE NAME: evt02.cbc + + OPENED evt02.cbc + FILE TYPE:DATA(BINARY) UNIT 1009 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + HEAD INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1010 + FILE NAME: evt02.hds + + OPENED evt02.hds + FILE TYPE:DATA(BINARY) UNIT 1010 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + ALL TIME STEPS WILL BE SAVED + ALL TIME STEPS WILL BE SAVED + ALL TIME STEPS WILL BE PRINTED + ALL TIME STEPS WILL BE PRINTED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 1 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 1 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) 0.0000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 1.00000 1.00000 1.00000 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL IN = 0.0000 TOTAL IN = 0.0000 + + OUT: OUT: + ---- ---- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 0.0000 TOTAL OUT = 0.0000 + + IN - OUT = 0.0000 IN - OUT = 0.0000 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + + +end timestep + + +start timestep kper="2" kstp="1" mode="normal" + + + END OF FILE DETECTED IN OUTPUT CONTROL. + CURRENT OUTPUT CONTROL SETTINGS WILL BE + REPEATED UNTIL THE END OF THE SIMULATION. + + OUTPUT CONTROL FOR STRESS PERIOD 2 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 2 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 2 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) 0.0000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 3.02041 3.02041 3.02041 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 2.6827E-15 CHD = 2.6827E-15 CHD_0 + + TOTAL IN = 2.6827E-15 TOTAL IN = 2.6827E-15 + + OUT: OUT: + ---- ---- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 0.0000 TOTAL OUT = 0.0000 + + IN - OUT = 2.6827E-15 IN - OUT = 2.6827E-15 + + PERCENT DISCREPANCY = 200.00 PERCENT DISCREPANCY = 200.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + + +end timestep + + +start timestep kper="3" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 3 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 3 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 3 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 3 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 3 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -4.53514239E-07 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 3 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 5.04082 5.04082 5.04082 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 3 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 3 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 4.5351E-07 CHD = 4.5351E-07 CHD_0 + + TOTAL IN = 4.5351E-07 TOTAL IN = 4.5351E-07 + + OUT: OUT: + ---- ---- + EVT = 4.5351E-07 EVT = 4.5351E-07 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 4.5351E-07 TOTAL OUT = 4.5351E-07 + + IN - OUT = -5.3005E-13 IN - OUT = -5.3274E-13 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 3 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 2.59200E+05 4320.0 72.000 3.0000 8.21355E-03 + + +end timestep + + +start timestep kper="4" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 4 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 4 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 4 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 4 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 4 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -2.29024763E-05 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 4 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 7.06122 7.06122 7.06122 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 4 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 4 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 2.3356E-05 CHD = 2.2902E-05 CHD_0 + + TOTAL IN = 2.3356E-05 TOTAL IN = 2.2902E-05 + + OUT: OUT: + ---- ---- + EVT = 2.3356E-05 EVT = 2.2902E-05 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 2.3356E-05 TOTAL OUT = 2.2902E-05 + + IN - OUT = -1.5012E-14 IN - OUT = 5.1504E-13 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 4 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 3.45600E+05 5760.0 96.000 4.0000 1.09514E-02 + + +end timestep + + +start timestep kper="5" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 5 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 5 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 5 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 5 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 5 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -4.53514462E-05 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 5 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 9.08163 9.08163 9.08163 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 5 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 5 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 6.8707E-05 CHD = 4.5351E-05 CHD_0 + + TOTAL IN = 6.8707E-05 TOTAL IN = 4.5351E-05 + + OUT: OUT: + ---- ---- + EVT = 6.8707E-05 EVT = 4.5351E-05 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 6.8707E-05 TOTAL OUT = 4.5351E-05 + + IN - OUT = 8.6938E-13 IN - OUT = 8.8439E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 5 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 4.32000E+05 7200.0 120.00 5.0000 1.36893E-02 + + +end timestep + + +start timestep kper="6" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 6 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 6 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 6 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 6 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 6 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -6.78004196E-05 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 6 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 11.1020 11.1020 11.1020 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 6 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 6 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 1.3651E-04 CHD = 6.7800E-05 CHD_0 + + TOTAL IN = 1.3651E-04 TOTAL IN = 6.7800E-05 + + OUT: OUT: + ---- ---- + EVT = 1.3651E-04 EVT = 6.7800E-05 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 1.3651E-04 TOTAL OUT = 6.7800E-05 + + IN - OUT = 1.9028E-12 IN - OUT = 1.0334E-12 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 6 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 5.18400E+05 8640.0 144.00 6.0000 1.64271E-02 + + +end timestep + + +start timestep kper="7" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 7 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 7 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 7 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 7 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 7 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -9.02493949E-05 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 7 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 13.1224 13.1224 13.1224 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 7 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 7 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 2.2676E-04 CHD = 9.0249E-05 CHD_0 + + TOTAL IN = 2.2676E-04 TOTAL IN = 9.0249E-05 + + OUT: OUT: + ---- ---- + EVT = 2.2676E-04 EVT = 9.0249E-05 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 2.2676E-04 TOTAL OUT = 9.0249E-05 + + IN - OUT = 2.9152E-12 IN - OUT = 1.0124E-12 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 7 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 6.04800E+05 10080. 168.00 7.0000 1.91650E-02 + + +end timestep + + +start timestep kper="8" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 8 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 8 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 8 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 8 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 8 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -1.12698371E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 8 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 15.1429 15.1429 15.1429 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 8 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 8 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 3.3946E-04 CHD = 1.1270E-04 CHD_0 + + TOTAL IN = 3.3946E-04 TOTAL IN = 1.1270E-04 + + OUT: OUT: + ---- ---- + EVT = 3.3946E-04 EVT = 1.1270E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 3.3946E-04 TOTAL OUT = 1.1270E-04 + + IN - OUT = 3.9278E-12 IN - OUT = 1.0126E-12 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 8 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 6.91200E+05 11520. 192.00 8.0000 2.19028E-02 + + +end timestep + + +start timestep kper="9" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 9 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 9 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 9 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 9 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 9 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -1.35147349E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 9 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 17.1633 17.1633 17.1633 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 9 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 9 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 4.7460E-04 CHD = 1.3515E-04 CHD_0 + + TOTAL IN = 4.7460E-04 TOTAL IN = 1.3515E-04 + + OUT: OUT: + ---- ---- + EVT = 4.7460E-04 EVT = 1.3515E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 4.7460E-04 TOTAL OUT = 1.3515E-04 + + IN - OUT = 5.0462E-12 IN - OUT = 1.1184E-12 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 9 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 7.77600E+05 12960. 216.00 9.0000 2.46407E-02 + + +end timestep + + +start timestep kper="10" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 10 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 10 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 10 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 10 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 10 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -1.57596326E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 10 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 19.1837 19.1837 19.1837 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 10 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 10 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 6.3220E-04 CHD = 1.5760E-04 CHD_0 + + TOTAL IN = 6.3220E-04 TOTAL IN = 1.5760E-04 + + OUT: OUT: + ---- ---- + EVT = 6.3220E-04 EVT = 1.5760E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 6.3220E-04 TOTAL OUT = 1.5760E-04 + + IN - OUT = 6.0015E-12 IN - OUT = 9.5524E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 10 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 8.64000E+05 14400. 240.00 10.000 2.73785E-02 + + +end timestep + + +start timestep kper="11" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 11 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 11 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 11 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 11 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 11 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -1.80045304E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 11 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 21.2041 21.2041 21.2041 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 11 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 11 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 8.1224E-04 CHD = 1.8005E-04 CHD_0 + + TOTAL IN = 8.1224E-04 TOTAL IN = 1.8005E-04 + + OUT: OUT: + ---- ---- + EVT = 8.1224E-04 EVT = 1.8005E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 8.1224E-04 TOTAL OUT = 1.8005E-04 + + IN - OUT = 7.1376E-12 IN - OUT = 1.1361E-12 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 11 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 9.50400E+05 15840. 264.00 11.000 3.01164E-02 + + +end timestep + + +start timestep kper="12" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 12 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 12 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 12 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 12 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 12 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -2.02494283E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 12 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 23.2245 23.2245 23.2245 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 12 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 12 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 1.0147E-03 CHD = 2.0249E-04 CHD_0 + + TOTAL IN = 1.0147E-03 TOTAL IN = 2.0249E-04 + + OUT: OUT: + ---- ---- + EVT = 1.0147E-03 EVT = 2.0249E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 1.0147E-03 TOTAL OUT = 2.0249E-04 + + IN - OUT = 8.2781E-12 IN - OUT = 1.1406E-12 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 12 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 1.03680E+06 17280. 288.00 12.000 3.28542E-02 + + +end timestep + + +start timestep kper="13" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 13 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 13 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 13 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 13 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 13 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -2.24943261E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 13 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 25.2449 25.2449 25.2449 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 13 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 13 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 1.2397E-03 CHD = 2.2494E-04 CHD_0 + + TOTAL IN = 1.2397E-03 TOTAL IN = 2.2494E-04 + + OUT: OUT: + ---- ---- + EVT = 1.2397E-03 EVT = 2.2494E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 1.2397E-03 TOTAL OUT = 2.2494E-04 + + IN - OUT = 9.3475E-12 IN - OUT = 1.0694E-12 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 13 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 1.12320E+06 18720. 312.00 13.000 3.55921E-02 + + +end timestep + + +start timestep kper="14" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 14 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 14 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 14 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 14 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 14 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -2.47392240E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 14 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 27.2653 27.2653 27.2653 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 14 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 14 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 1.4871E-03 CHD = 2.4739E-04 CHD_0 + + TOTAL IN = 1.4871E-03 TOTAL IN = 2.4739E-04 + + OUT: OUT: + ---- ---- + EVT = 1.4871E-03 EVT = 2.4739E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 1.4871E-03 TOTAL OUT = 2.4739E-04 + + IN - OUT = 1.0326E-11 IN - OUT = 9.7869E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 14 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 1.20960E+06 20160. 336.00 14.000 3.83299E-02 + + +end timestep + + +start timestep kper="15" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 15 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 15 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 15 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 15 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 15 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -2.69841219E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 15 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 29.2857 29.2857 29.2857 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 15 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 15 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 1.7569E-03 CHD = 2.6984E-04 CHD_0 + + TOTAL IN = 1.7569E-03 TOTAL IN = 2.6984E-04 + + OUT: OUT: + ---- ---- + EVT = 1.7569E-03 EVT = 2.6984E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 1.7569E-03 TOTAL OUT = 2.6984E-04 + + IN - OUT = 1.1078E-11 IN - OUT = 7.5157E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 15 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 1.29600E+06 21600. 360.00 15.000 4.10678E-02 + + +end timestep + + +start timestep kper="16" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 16 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 16 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 16 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 16 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 16 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -2.92290198E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 16 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 31.3061 31.3061 31.3061 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 16 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 16 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 2.0492E-03 CHD = 2.9229E-04 CHD_0 + + TOTAL IN = 2.0492E-03 TOTAL IN = 2.9229E-04 + + OUT: OUT: + ---- ---- + EVT = 2.0492E-03 EVT = 2.9229E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 2.0492E-03 TOTAL OUT = 2.9229E-04 + + IN - OUT = 1.1898E-11 IN - OUT = 8.1988E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 16 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 1.38240E+06 23040. 384.00 16.000 4.38056E-02 + + +end timestep + + +start timestep kper="17" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 17 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 17 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 17 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 17 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 17 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -3.14739177E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 17 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 33.3265 33.3265 33.3265 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 17 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 17 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 2.3639E-03 CHD = 3.1474E-04 CHD_0 + + TOTAL IN = 2.3639E-03 TOTAL IN = 3.1474E-04 + + OUT: OUT: + ---- ---- + EVT = 2.3639E-03 EVT = 3.1474E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 2.3639E-03 TOTAL OUT = 3.1474E-04 + + IN - OUT = 1.2619E-11 IN - OUT = 7.2178E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 17 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 1.46880E+06 24480. 408.00 17.000 4.65435E-02 + + +end timestep + + +start timestep kper="18" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 18 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 18 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 18 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 18 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 18 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -3.37188156E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 18 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 35.3469 35.3469 35.3469 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 18 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 18 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 2.7011E-03 CHD = 3.3719E-04 CHD_0 + + TOTAL IN = 2.7011E-03 TOTAL IN = 3.3719E-04 + + OUT: OUT: + ---- ---- + EVT = 2.7011E-03 EVT = 3.3719E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 2.7011E-03 TOTAL OUT = 3.3719E-04 + + IN - OUT = 1.3521E-11 IN - OUT = 9.0205E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 18 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 1.55520E+06 25920. 432.00 18.000 4.92813E-02 + + +end timestep + + +start timestep kper="19" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 19 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 19 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 19 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 19 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 19 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -3.59637135E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 19 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 37.3673 37.3673 37.3673 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 19 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 19 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 3.0608E-03 CHD = 3.5964E-04 CHD_0 + + TOTAL IN = 3.0608E-03 TOTAL IN = 3.5964E-04 + + OUT: OUT: + ---- ---- + EVT = 3.0608E-03 EVT = 3.5964E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 3.0608E-03 TOTAL OUT = 3.5964E-04 + + IN - OUT = 1.3931E-11 IN - OUT = 4.0949E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 19 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 1.64160E+06 27360. 456.00 19.000 5.20192E-02 + + +end timestep + + +start timestep kper="20" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 20 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 20 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 20 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 20 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 20 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -3.82086114E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 20 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 39.3878 39.3878 39.3878 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 20 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 20 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 3.4429E-03 CHD = 3.8209E-04 CHD_0 + + TOTAL IN = 3.4429E-03 TOTAL IN = 3.8209E-04 + + OUT: OUT: + ---- ---- + EVT = 3.4429E-03 EVT = 3.8209E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 3.4429E-03 TOTAL OUT = 3.8209E-04 + + IN - OUT = 1.4440E-11 IN - OUT = 5.0869E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 20 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 1.72800E+06 28800. 480.00 20.000 5.47570E-02 + + +end timestep + + +start timestep kper="21" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 21 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 21 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 21 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 21 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 21 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -4.04535093E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 21 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 41.4082 41.4082 41.4082 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 21 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 21 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 3.8474E-03 CHD = 4.0454E-04 CHD_0 + + TOTAL IN = 3.8474E-03 TOTAL IN = 4.0454E-04 + + OUT: OUT: + ---- ---- + EVT = 3.8474E-03 EVT = 4.0454E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 3.8474E-03 TOTAL OUT = 4.0454E-04 + + IN - OUT = 1.5295E-11 IN - OUT = 8.5579E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 21 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 1.81440E+06 30240. 504.00 21.000 5.74949E-02 + + +end timestep + + +start timestep kper="22" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 22 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 22 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 22 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 22 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 22 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -4.26984072E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 22 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 43.4286 43.4286 43.4286 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 22 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 22 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 4.2744E-03 CHD = 4.2698E-04 CHD_0 + + TOTAL IN = 4.2744E-03 TOTAL IN = 4.2698E-04 + + OUT: OUT: + ---- ---- + EVT = 4.2744E-03 EVT = 4.2698E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 4.2744E-03 TOTAL OUT = 4.2698E-04 + + IN - OUT = 1.5222E-11 IN - OUT = -7.3254E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 22 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 1.90080E+06 31680. 528.00 22.000 6.02327E-02 + + +end timestep + + +start timestep kper="23" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 23 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 23 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 23 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 23 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 23 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -4.49433052E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 23 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 45.4490 45.4490 45.4490 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 23 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 23 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 4.7238E-03 CHD = 4.4943E-04 CHD_0 + + TOTAL IN = 4.7238E-03 TOTAL IN = 4.4943E-04 + + OUT: OUT: + ---- ---- + EVT = 4.7238E-03 EVT = 4.4943E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 4.7238E-03 TOTAL OUT = 4.4943E-04 + + IN - OUT = 1.5514E-11 IN - OUT = 2.9165E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 23 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 1.98720E+06 33120. 552.00 23.000 6.29706E-02 + + +end timestep + + +start timestep kper="24" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 24 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 24 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 24 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 24 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 24 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -4.71882031E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 24 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 47.4694 47.4694 47.4694 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 24 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 24 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 5.1957E-03 CHD = 4.7188E-04 CHD_0 + + TOTAL IN = 5.1957E-03 TOTAL IN = 4.7188E-04 + + OUT: OUT: + ---- ---- + EVT = 5.1957E-03 EVT = 4.7188E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 5.1957E-03 TOTAL OUT = 4.7188E-04 + + IN - OUT = 1.5748E-11 IN - OUT = 2.3390E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 24 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 2.07360E+06 34560. 576.00 24.000 6.57084E-02 + + +end timestep + + +start timestep kper="25" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 25 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 25 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 25 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 25 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 25 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -4.94331010E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 25 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 49.4898 49.4898 49.4898 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 25 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 25 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 5.6900E-03 CHD = 4.9433E-04 CHD_0 + + TOTAL IN = 5.6900E-03 TOTAL IN = 4.9433E-04 + + OUT: OUT: + ---- ---- + EVT = 5.6900E-03 EVT = 4.9433E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 5.6900E-03 TOTAL OUT = 4.9433E-04 + + IN - OUT = 1.6659E-11 IN - OUT = 9.1080E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 25 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 2.16000E+06 36000. 600.00 25.000 6.84463E-02 + + +end timestep + + +start timestep kper="26" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 26 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 26 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 26 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 26 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 26 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -5.16779990E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 26 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 51.5102 51.5102 51.5102 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 26 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 26 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 6.2068E-03 CHD = 5.1678E-04 CHD_0 + + TOTAL IN = 6.2068E-03 TOTAL IN = 5.1678E-04 + + OUT: OUT: + ---- ---- + EVT = 6.2068E-03 EVT = 5.1678E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 6.2068E-03 TOTAL OUT = 5.1678E-04 + + IN - OUT = 1.7154E-11 IN - OUT = 4.9582E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 26 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 2.24640E+06 37440. 624.00 26.000 7.11841E-02 + + +end timestep + + +start timestep kper="27" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 27 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 27 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 27 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 27 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 27 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -5.39228969E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 27 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 53.5306 53.5306 53.5306 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 27 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 27 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 6.7460E-03 CHD = 5.3923E-04 CHD_0 + + TOTAL IN = 6.7460E-03 TOTAL IN = 5.3923E-04 + + OUT: OUT: + ---- ---- + EVT = 6.7460E-03 EVT = 5.3923E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 6.7460E-03 TOTAL OUT = 5.3923E-04 + + IN - OUT = 1.6594E-11 IN - OUT = -5.6076E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 27 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 2.33280E+06 38880. 648.00 27.000 7.39220E-02 + + +end timestep + + +start timestep kper="28" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 28 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 28 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 28 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 28 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 28 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -5.61677948E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 28 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 55.5510 55.5510 55.5510 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 28 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 28 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 7.3077E-03 CHD = 5.6168E-04 CHD_0 + + TOTAL IN = 7.3077E-03 TOTAL IN = 5.6168E-04 + + OUT: OUT: + ---- ---- + EVT = 7.3077E-03 EVT = 5.6168E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 7.3077E-03 TOTAL OUT = 5.6168E-04 + + IN - OUT = 1.6994E-11 IN - OUT = 4.0003E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 28 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 2.41920E+06 40320. 672.00 28.000 7.66598E-02 + + +end timestep + + +start timestep kper="29" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 29 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 29 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 29 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 29 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 29 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -5.84126928E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 29 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 57.5714 57.5714 57.5714 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 29 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 29 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 7.8918E-03 CHD = 5.8413E-04 CHD_0 + + TOTAL IN = 7.8918E-03 TOTAL IN = 5.8413E-04 + + OUT: OUT: + ---- ---- + EVT = 7.8918E-03 EVT = 5.8413E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 7.8918E-03 TOTAL OUT = 5.8413E-04 + + IN - OUT = 1.7149E-11 IN - OUT = 1.5497E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 29 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 2.50560E+06 41760. 696.00 29.000 7.93977E-02 + + +end timestep + + +start timestep kper="30" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 30 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 30 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 30 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 30 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 30 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -6.06575907E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 30 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 59.5918 59.5918 59.5918 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 30 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 30 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 8.4984E-03 CHD = 6.0658E-04 CHD_0 + + TOTAL IN = 8.4984E-03 TOTAL IN = 6.0658E-04 + + OUT: OUT: + ---- ---- + EVT = 8.4984E-03 EVT = 6.0658E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 8.4984E-03 TOTAL OUT = 6.0658E-04 + + IN - OUT = 1.7266E-11 IN - OUT = 1.1758E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 30 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 2.59200E+06 43200. 720.00 30.000 8.21355E-02 + + +end timestep + + +start timestep kper="31" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 31 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 31 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 31 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 31 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 31 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -6.29024887E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 31 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 61.6122 61.6122 61.6122 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 31 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 31 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 9.1274E-03 CHD = 6.2902E-04 CHD_0 + + TOTAL IN = 9.1274E-03 TOTAL IN = 6.2902E-04 + + OUT: OUT: + ---- ---- + EVT = 9.1274E-03 EVT = 6.2902E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 9.1274E-03 TOTAL OUT = 6.2902E-04 + + IN - OUT = 1.7649E-11 IN - OUT = 3.8263E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 31 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 2.67840E+06 44640. 744.00 31.000 8.48734E-02 + + +end timestep + + +start timestep kper="32" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 32 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 32 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 32 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 32 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 32 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -6.51473866E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 32 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 63.6327 63.6326 63.6327 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 32 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 32 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 9.7789E-03 CHD = 6.5147E-04 CHD_0 + + TOTAL IN = 9.7789E-03 TOTAL IN = 6.5147E-04 + + OUT: OUT: + ---- ---- + EVT = 9.7789E-03 EVT = 6.5147E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 9.7789E-03 TOTAL OUT = 6.5147E-04 + + IN - OUT = 1.8150E-11 IN - OUT = 5.0135E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 32 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 2.76480E+06 46080. 768.00 32.000 8.76112E-02 + + +end timestep + + +start timestep kper="33" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 33 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 33 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 33 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 33 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 33 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -6.73922845E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 33 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 65.6531 65.6531 65.6531 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 33 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 33 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 1.0453E-02 CHD = 6.7392E-04 CHD_0 + + TOTAL IN = 1.0453E-02 TOTAL IN = 6.7392E-04 + + OUT: OUT: + ---- ---- + EVT = 1.0453E-02 EVT = 6.7392E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 1.0453E-02 TOTAL OUT = 6.7392E-04 + + IN - OUT = 1.9451E-11 IN - OUT = 1.3008E-12 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 33 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 2.85120E+06 47520. 792.00 33.000 9.03491E-02 + + +end timestep + + +start timestep kper="34" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 34 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 34 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 34 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 34 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 34 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -6.96371825E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 34 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 67.6735 67.6735 67.6735 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 34 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 34 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 1.1149E-02 CHD = 6.9637E-04 CHD_0 + + TOTAL IN = 1.1149E-02 TOTAL IN = 6.9637E-04 + + OUT: OUT: + ---- ---- + EVT = 1.1149E-02 EVT = 6.9637E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 1.1149E-02 TOTAL OUT = 6.9637E-04 + + IN - OUT = 2.0421E-11 IN - OUT = 9.6981E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 34 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 2.93760E+06 48960. 816.00 34.000 9.30869E-02 + + +end timestep + + +start timestep kper="35" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 35 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 35 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 35 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 35 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 35 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -7.18820804E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 35 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 69.6939 69.6939 69.6939 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 35 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 35 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 1.1868E-02 CHD = 7.1882E-04 CHD_0 + + TOTAL IN = 1.1868E-02 TOTAL IN = 7.1882E-04 + + OUT: OUT: + ---- ---- + EVT = 1.1868E-02 EVT = 7.1882E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 1.1868E-02 TOTAL OUT = 7.1882E-04 + + IN - OUT = 2.2683E-11 IN - OUT = 2.2621E-12 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 35 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 3.02400E+06 50400. 840.00 35.000 9.58248E-02 + + +end timestep + + +start timestep kper="36" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 36 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 36 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 36 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 36 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 36 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -7.41269784E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 36 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 71.7143 71.7143 71.7143 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 36 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 36 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 1.2609E-02 CHD = 7.4127E-04 CHD_0 + + TOTAL IN = 1.2609E-02 TOTAL IN = 7.4127E-04 + + OUT: OUT: + ---- ---- + EVT = 1.2609E-02 EVT = 7.4127E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 1.2609E-02 TOTAL OUT = 7.4127E-04 + + IN - OUT = 2.6282E-11 IN - OUT = 3.5987E-12 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 36 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 3.11040E+06 51840. 864.00 36.000 9.85626E-02 + + +end timestep + + +start timestep kper="37" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 37 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 37 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 37 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 37 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 37 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -7.63718763E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 37 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 73.7347 73.7347 73.7347 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 37 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 37 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 1.3373E-02 CHD = 7.6372E-04 CHD_0 + + TOTAL IN = 1.3373E-02 TOTAL IN = 7.6372E-04 + + OUT: OUT: + ---- ---- + EVT = 1.3373E-02 EVT = 7.6372E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 1.3373E-02 TOTAL OUT = 7.6372E-04 + + IN - OUT = 2.8271E-11 IN - OUT = 1.9893E-12 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 37 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 3.19680E+06 53280. 888.00 37.000 0.10130 + + +end timestep + + +start timestep kper="38" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 38 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 38 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 38 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 38 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 38 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -7.86167743E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 38 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 75.7551 75.7551 75.7551 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 38 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 38 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 1.4159E-02 CHD = 7.8617E-04 CHD_0 + + TOTAL IN = 1.4159E-02 TOTAL IN = 7.8617E-04 + + OUT: OUT: + ---- ---- + EVT = 1.4159E-02 EVT = 7.8617E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 1.4159E-02 TOTAL OUT = 7.8617E-04 + + IN - OUT = 2.8317E-11 IN - OUT = 4.6281E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 38 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 3.28320E+06 54720. 912.00 38.000 0.10404 + + +end timestep + + +start timestep kper="39" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 39 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 39 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 39 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 39 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 39 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -8.08616722E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 39 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 77.7755 77.7755 77.7755 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 39 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 39 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 1.4968E-02 CHD = 8.0862E-04 CHD_0 + + TOTAL IN = 1.4968E-02 TOTAL IN = 8.0862E-04 + + OUT: OUT: + ---- ---- + EVT = 1.4968E-02 EVT = 8.0862E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 1.4968E-02 TOTAL OUT = 8.0862E-04 + + IN - OUT = 2.9033E-11 IN - OUT = 7.1632E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 39 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 3.36960E+06 56160. 936.00 39.000 0.10678 + + +end timestep + + +start timestep kper="40" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 40 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 40 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 40 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 40 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 40 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -8.31065702E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 40 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 79.7959 79.7959 79.7959 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 40 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 40 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 1.5799E-02 CHD = 8.3107E-04 CHD_0 + + TOTAL IN = 1.5799E-02 TOTAL IN = 8.3107E-04 + + OUT: OUT: + ---- ---- + EVT = 1.5799E-02 EVT = 8.3107E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 1.5799E-02 TOTAL OUT = 8.3107E-04 + + IN - OUT = 3.0473E-11 IN - OUT = 1.4392E-12 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 40 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 3.45600E+06 57600. 960.00 40.000 0.10951 + + +end timestep + + +start timestep kper="41" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 41 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 41 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 41 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 41 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 41 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -8.53514681E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 41 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 81.8163 81.8163 81.8163 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 41 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 41 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 1.6652E-02 CHD = 8.5351E-04 CHD_0 + + TOTAL IN = 1.6652E-02 TOTAL IN = 8.5351E-04 + + OUT: OUT: + ---- ---- + EVT = 1.6652E-02 EVT = 8.5351E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 1.6652E-02 TOTAL OUT = 8.5351E-04 + + IN - OUT = 3.1269E-11 IN - OUT = 7.9680E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 41 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 3.54240E+06 59040. 984.00 41.000 0.11225 + + +end timestep + + +start timestep kper="42" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 42 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 42 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 42 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 42 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 42 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -8.75963661E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 42 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 83.8367 83.8367 83.8367 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 42 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 42 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 1.7528E-02 CHD = 8.7596E-04 CHD_0 + + TOTAL IN = 1.7528E-02 TOTAL IN = 8.7596E-04 + + OUT: OUT: + ---- ---- + EVT = 1.7528E-02 EVT = 8.7596E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 1.7528E-02 TOTAL OUT = 8.7596E-04 + + IN - OUT = 3.1840E-11 IN - OUT = 5.7044E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 42 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 3.62880E+06 60480. 1008.0 42.000 0.11499 + + +end timestep + + +start timestep kper="43" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 43 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 43 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 43 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 43 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 43 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -8.98412640E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 43 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 85.8571 85.8571 85.8571 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 43 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 43 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 1.8427E-02 CHD = 8.9841E-04 CHD_0 + + TOTAL IN = 1.8427E-02 TOTAL IN = 8.9841E-04 + + OUT: OUT: + ---- ---- + EVT = 1.8427E-02 EVT = 8.9841E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 1.8427E-02 TOTAL OUT = 8.9841E-04 + + IN - OUT = 3.4271E-11 IN - OUT = 2.4312E-12 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 43 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 3.71520E+06 61920. 1032.0 43.000 0.11773 + + +end timestep + + +start timestep kper="44" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 44 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 44 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 44 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 44 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 44 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -9.20861620E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 44 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 87.8776 87.8775 87.8776 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 44 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 44 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 1.9348E-02 CHD = 9.2086E-04 CHD_0 + + TOTAL IN = 1.9348E-02 TOTAL IN = 9.2086E-04 + + OUT: OUT: + ---- ---- + EVT = 1.9348E-02 EVT = 9.2086E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 1.9348E-02 TOTAL OUT = 9.2086E-04 + + IN - OUT = 3.8214E-11 IN - OUT = 3.9425E-12 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 44 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 3.80160E+06 63360. 1056.0 44.000 0.12047 + + +end timestep + + +start timestep kper="45" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 45 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 45 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 45 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 45 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 45 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -9.43310599E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 45 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 89.8980 89.8980 89.8980 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 45 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 45 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 2.0291E-02 CHD = 9.4331E-04 CHD_0 + + TOTAL IN = 2.0291E-02 TOTAL IN = 9.4331E-04 + + OUT: OUT: + ---- ---- + EVT = 2.0291E-02 EVT = 9.4331E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 2.0291E-02 TOTAL OUT = 9.4331E-04 + + IN - OUT = 3.8145E-11 IN - OUT = -6.8455E-14 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 45 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 3.88800E+06 64800. 1080.0 45.000 0.12320 + + +end timestep + + +start timestep kper="46" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 46 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 46 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 46 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 46 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 46 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -9.65759579E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 46 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 91.9184 91.9184 91.9184 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 46 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 46 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 2.1257E-02 CHD = 9.6576E-04 CHD_0 + + TOTAL IN = 2.1257E-02 TOTAL IN = 9.6576E-04 + + OUT: OUT: + ---- ---- + EVT = 2.1257E-02 EVT = 9.6576E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 2.1257E-02 TOTAL OUT = 9.6576E-04 + + IN - OUT = 3.7424E-11 IN - OUT = -7.2132E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 46 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 3.97440E+06 66240. 1104.0 46.000 0.12594 + + +end timestep + + +start timestep kper="47" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 47 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 47 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 47 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 47 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 47 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -9.88208558E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 47 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 93.9388 93.9388 93.9388 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 47 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 47 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 2.2245E-02 CHD = 9.8821E-04 CHD_0 + + TOTAL IN = 2.2245E-02 TOTAL IN = 9.8821E-04 + + OUT: OUT: + ---- ---- + EVT = 2.2245E-02 EVT = 9.8821E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 2.2245E-02 TOTAL OUT = 9.8821E-04 + + IN - OUT = 3.7016E-11 IN - OUT = -4.0811E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 47 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 4.06080E+06 67680. 1128.0 47.000 0.12868 + + +end timestep + + +start timestep kper="48" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 48 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 48 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 48 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 48 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 48 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -1.00000000E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 48 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 95.9592 95.9592 95.9592 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 48 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 48 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 2.2345E-02 CHD = 1.0000E-04 CHD_0 + + TOTAL IN = 2.2345E-02 TOTAL IN = 1.0000E-04 + + OUT: OUT: + ---- ---- + EVT = 2.2345E-02 EVT = 1.0000E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 2.2345E-02 TOTAL OUT = 1.0000E-04 + + IN - OUT = 4.2558E-11 IN - OUT = 5.5420E-12 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 48 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 4.14720E+06 69120. 1152.0 48.000 0.13142 + + +end timestep + + +start timestep kper="49" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 49 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 49 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 49 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 49 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 49 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -1.00000000E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 49 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 97.9796 97.9796 97.9796 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 49 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 49 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 2.2445E-02 CHD = 1.0000E-04 CHD_0 + + TOTAL IN = 2.2445E-02 TOTAL IN = 1.0000E-04 + + OUT: OUT: + ---- ---- + EVT = 2.2445E-02 EVT = 1.0000E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 2.2445E-02 TOTAL OUT = 1.0000E-04 + + IN - OUT = 4.0594E-11 IN - OUT = -1.9641E-12 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 49 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 4.23360E+06 70560. 1176.0 49.000 0.13415 + + +end timestep + + +start timestep kper="50" kstp="1" mode="normal" + + + OUTPUT CONTROL FOR STRESS PERIOD 50 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 50 + UBDSV06 SAVING EVT IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE EVT_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 50 + UBDSV06 SAVING CHD IN MODEL EVT02 PACKAGE EVT02 CONNECTED TO MODEL EVT02 PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 50 + + EVT PACKAGE (EVT_0) FLOW RATES PERIOD 50 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,2) -1.00000000E-04 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 50 + --------------------------------------------------------------------------- + + 1 2 3 + ................................................ + 1 100.000 100.000 100.000 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 50 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 50 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + EVT = 0.0000 EVT = 0.0000 EVT_0 + CHD = 2.2545E-02 CHD = 1.0000E-04 CHD_0 + + TOTAL IN = 2.2545E-02 TOTAL IN = 1.0000E-04 + + OUT: OUT: + ---- ---- + EVT = 2.2545E-02 EVT = 1.0000E-04 EVT_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL OUT = 2.2545E-02 TOTAL OUT = 1.0000E-04 + + IN - OUT = 4.0091E-11 IN - OUT = -5.0248E-13 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 50 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 4.32000E+06 72000. 1200.0 50.000 0.13689 + + +end timestep + diff --git a/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model_nc[0-evt02]0/evt02.nam b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model_nc[0-evt02]0/evt02.nam new file mode 100644 index 000000000..a3f9095e4 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model_nc[0-evt02]0/evt02.nam @@ -0,0 +1,14 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:08:53. +BEGIN options + SAVE_FLOWS +END options + +BEGIN packages + DIS6 evt02.nc dis + IC6 evt02.ic ic + NPF6 evt02.nc npf + CHD6 evt02.nc chd_0 + EVT6 evt02.nc evt_0 + OC6 evt02.oc oc +END packages + diff --git a/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model_nc[0-evt02]0/evt02.nc b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model_nc[0-evt02]0/evt02.nc new file mode 100644 index 000000000..b1e76b5af Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model_nc[0-evt02]0/evt02.nc differ diff --git a/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model_nc[0-evt02]0/evt02.nc.grb b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model_nc[0-evt02]0/evt02.nc.grb new file mode 100644 index 000000000..c3733d780 Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model_nc[0-evt02]0/evt02.nc.grb differ diff --git a/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model_nc[0-evt02]0/evt02.nc.out b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model_nc[0-evt02]0/evt02.nc.out new file mode 100644 index 000000000..59b3ead01 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model_nc[0-evt02]0/evt02.nc.out @@ -0,0 +1,307 @@ +netcdf evt02 { +dimensions: + LINELENGTH = 300 ; + LENAUXNAME = 16 ; + LENBOUNDNAME = 40 ; + NPER = 50 ; + NLAY = 1 ; + NROW = 1 ; + NCOL = 3 ; + NCPL = 3 ; + NCELLDIM = 3 ; + dim_chd_0_maxbound = 2 ; + dim_chd_0_niper = 50 ; + dim_evt_0_maxbound = 1 ; + dim_evt_0_niper = 1 ; +variables: + int dis_nlay ; + dis_nlay:mf6_input = "DIS6:EVT02/DIS/NLAY" ; + int dis_nrow ; + dis_nrow:mf6_input = "DIS6:EVT02/DIS/NROW" ; + int dis_ncol ; + dis_ncol:mf6_input = "DIS6:EVT02/DIS/NCOL" ; + double dis_delr(NCOL) ; + dis_delr:_FillValue = 3.e+30 ; + dis_delr:mf6_input = "DIS6:EVT02/DIS/DELR" ; + double dis_delc(NROW) ; + dis_delc:_FillValue = 3.e+30 ; + dis_delc:mf6_input = "DIS6:EVT02/DIS/DELC" ; + double dis_top(NROW, NCOL) ; + dis_top:_FillValue = 3.e+30 ; + dis_top:mf6_input = "DIS6:EVT02/DIS/TOP" ; + double dis_botm(NLAY, NROW, NCOL) ; + dis_botm:_FillValue = 3.e+30 ; + dis_botm:mf6_input = "DIS6:EVT02/DIS/BOTM" ; + double ic_strt(NLAY, NROW, NCOL) ; + ic_strt:_FillValue = 3.e+30 ; + ic_strt:mf6_input = "IC6:EVT02/IC/STRT" ; + ic_strt:_Storage = "chunked" ; + ic_strt:_ChunkSizes = 1, 1, 3 ; + ic_strt:_DeflateLevel = 4 ; + ic_strt:_Shuffle = "true" ; + ic_strt:_Endianness = "little" ; + int npf_save_flows ; + npf_save_flows:mf6_input = "NPF6:EVT02/NPF/SAVE_FLOWS" ; + int npf_icelltype(NLAY, NROW, NCOL) ; + npf_icelltype:_FillValue = -2147483647 ; + npf_icelltype:mf6_input = "NPF6:EVT02/NPF/ICELLTYPE" ; + double npf_k(NLAY, NROW, NCOL) ; + npf_k:_FillValue = 3.e+30 ; + npf_k:mf6_input = "NPF6:EVT02/NPF/K" ; + int chd_0_maxbound ; + chd_0_maxbound:mf6_input = "CHD6:EVT02/CHD_0/MAXBOUND" ; + int chd_0_iper(dim_chd_0_niper) ; + chd_0_iper:mf6_input = "CHD6:EVT02/CHD_0/IPER" ; + int chd_0_cellid(dim_chd_0_niper, dim_chd_0_maxbound, NCELLDIM) ; + chd_0_cellid:_FillValue = -2147483647 ; + chd_0_cellid:mf6_input = "CHD6:EVT02/CHD_0/CELLID" ; + double chd_0_head(dim_chd_0_niper, dim_chd_0_maxbound) ; + chd_0_head:_FillValue = 3.e+30 ; + chd_0_head:mf6_input = "CHD6:EVT02/CHD_0/HEAD" ; + int evt_0_print_flows ; + evt_0_print_flows:mf6_input = "EVT6:EVT02/EVT_0/PRINT_FLOWS" ; + int evt_0_surf_rate_specified ; + evt_0_surf_rate_specified:mf6_input = "EVT6:EVT02/EVT_0/SURF_RATE_SPECIFIED" ; + int evt_0_maxbound ; + evt_0_maxbound:mf6_input = "EVT6:EVT02/EVT_0/MAXBOUND" ; + int evt_0_nseg ; + evt_0_nseg:mf6_input = "EVT6:EVT02/EVT_0/NSEG" ; + int evt_0_iper(dim_evt_0_niper) ; + evt_0_iper:mf6_input = "EVT6:EVT02/EVT_0/IPER" ; + int evt_0_cellid(dim_evt_0_niper, dim_evt_0_maxbound, NCELLDIM) ; + evt_0_cellid:_FillValue = -2147483647 ; + evt_0_cellid:mf6_input = "EVT6:EVT02/EVT_0/CELLID" ; + double evt_0_surface(dim_evt_0_niper, dim_evt_0_maxbound) ; + evt_0_surface:_FillValue = 3.e+30 ; + evt_0_surface:mf6_input = "EVT6:EVT02/EVT_0/SURFACE" ; + double evt_0_rate(dim_evt_0_niper, dim_evt_0_maxbound) ; + evt_0_rate:_FillValue = 3.e+30 ; + evt_0_rate:mf6_input = "EVT6:EVT02/EVT_0/RATE" ; + double evt_0_depth(dim_evt_0_niper, dim_evt_0_maxbound) ; + evt_0_depth:_FillValue = 3.e+30 ; + evt_0_depth:mf6_input = "EVT6:EVT02/EVT_0/DEPTH" ; + double evt_0_petm0(dim_evt_0_niper, dim_evt_0_maxbound) ; + evt_0_petm0:_FillValue = 3.e+30 ; + evt_0_petm0:mf6_input = "EVT6:EVT02/EVT_0/PETM0" ; + +// global attributes: + :description = "MODFLOW 6 NetCDF4 file prototype" ; + :history = "Created Mon Oct 30 09:08:54 2023" ; + :source = "mf6netcdf4.py" ; + :mf6_modeltype = "GWF6" ; + :mf6_modelname = "EVT02" ; + :Conventions = "CF-1.8" ; +data: + + dis_nlay = 1 ; + + dis_nrow = 1 ; + + dis_ncol = 3 ; + + dis_delr = 1, 1, 1 ; + + dis_delc = 1 ; + + dis_top = + 100, 100, 100 ; + + dis_botm = + 0, 0, 0 ; + + ic_strt = + 1, 1, 1 ; + + npf_save_flows = 1 ; + + npf_icelltype = + 1, 1, 1 ; + + npf_k = + 1, 1, 1 ; + + chd_0_maxbound = 2 ; + + chd_0_iper = 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, + 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, + 37, 38, 39, 40, 41, 42, 43, 44, 45, 46, 47, 48, 49, 50 ; + + chd_0_cellid = + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3, + 1, 1, 1, + 1, 1, 3 ; + + chd_0_head = + 1, 1, + 3.02040816326531, 3.02040816326531, + 5.04081632653061, 5.04081632653061, + 7.06122448979592, 7.06122448979592, + 9.08163265306122, 9.08163265306122, + 11.1020408163265, 11.1020408163265, + 13.1224489795918, 13.1224489795918, + 15.1428571428571, 15.1428571428571, + 17.1632653061224, 17.1632653061224, + 19.1836734693878, 19.1836734693878, + 21.2040816326531, 21.2040816326531, + 23.2244897959184, 23.2244897959184, + 25.2448979591837, 25.2448979591837, + 27.265306122449, 27.265306122449, + 29.2857142857143, 29.2857142857143, + 31.3061224489796, 31.3061224489796, + 33.3265306122449, 33.3265306122449, + 35.3469387755102, 35.3469387755102, + 37.3673469387755, 37.3673469387755, + 39.3877551020408, 39.3877551020408, + 41.4081632653061, 41.4081632653061, + 43.4285714285714, 43.4285714285714, + 45.4489795918367, 45.4489795918367, + 47.469387755102, 47.469387755102, + 49.4897959183673, 49.4897959183673, + 51.5102040816327, 51.5102040816327, + 53.530612244898, 53.530612244898, + 55.5510204081633, 55.5510204081633, + 57.5714285714286, 57.5714285714286, + 59.5918367346939, 59.5918367346939, + 61.6122448979592, 61.6122448979592, + 63.6326530612245, 63.6326530612245, + 65.6530612244898, 65.6530612244898, + 67.6734693877551, 67.6734693877551, + 69.6938775510204, 69.6938775510204, + 71.7142857142857, 71.7142857142857, + 73.734693877551, 73.734693877551, + 75.7551020408163, 75.7551020408163, + 77.7755102040816, 77.7755102040816, + 79.7959183673469, 79.7959183673469, + 81.8163265306122, 81.8163265306122, + 83.8367346938775, 83.8367346938775, + 85.8571428571428, 85.8571428571428, + 87.8775510204081, 87.8775510204081, + 89.8979591836735, 89.8979591836735, + 91.9183673469388, 91.9183673469388, + 93.9387755102041, 93.9387755102041, + 95.9591836734694, 95.9591836734694, + 97.9795918367347, 97.9795918367347, + 100, 100 ; + + evt_0_print_flows = 1 ; + + evt_0_surf_rate_specified = 1 ; + + evt_0_maxbound = 1 ; + + evt_0_nseg = 1 ; + + evt_0_iper = 1 ; + + evt_0_cellid = + 1, 1, 2 ; + + evt_0_surface = + 95 ; + + evt_0_rate = + 0.001 ; + + evt_0_depth = + 90 ; + + evt_0_petm0 = + 0.1 ; +} diff --git a/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model_nc[0-evt02]0/evt02.oc b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model_nc[0-evt02]0/evt02.oc new file mode 100644 index 000000000..df160681c --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model_nc[0-evt02]0/evt02.oc @@ -0,0 +1,14 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:08:54. +BEGIN options + BUDGET FILEOUT evt02.cbc + HEAD FILEOUT evt02.hds + HEAD PRINT_FORMAT COLUMNS 10 WIDTH 15 DIGITS 6 GENERAL +END options + +BEGIN period 1 + SAVE HEAD ALL + SAVE BUDGET ALL + PRINT HEAD ALL + PRINT BUDGET ALL +END period 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model_nc[0-evt02]0/evt02.tdis b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model_nc[0-evt02]0/evt02.tdis new file mode 100644 index 000000000..8e91056f8 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model_nc[0-evt02]0/evt02.tdis @@ -0,0 +1,62 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:08:53. +BEGIN options + TIME_UNITS days +END options + +BEGIN dimensions + NPER 50 +END dimensions + +BEGIN perioddata + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 + 1.00000000 1 1.00000000 +END perioddata + diff --git a/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model_nc[0-evt02]0/mfsim.lst b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model_nc[0-evt02]0/mfsim.lst new file mode 100644 index 000000000..b21070505 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model_nc[0-evt02]0/mfsim.lst @@ -0,0 +1,2910 @@ + MODFLOW 6 PROFESSIONAL + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + VERSION 6.5.0.dev0 (preliminary) 07/13/2023 + ***DEVELOP MODE*** + + MODFLOW 6 compiled Oct 30 2023 08:23:02 with GCC version 11.3.0 + +This software is preliminary or provisional and is subject to +revision. It is being provided to meet the need for timely best +science. The software has not received final approval by the U.S. +Geological Survey (USGS). No warranty, expressed or implied, is made +by the USGS or the U.S. Government as to the functionality of the +software and related material nor shall the fact of release +constitute any such warranty. The software is provided on the +condition that neither the USGS nor the U.S. Government shall be held +liable for any damages resulting from the authorized or unauthorized +use of the software. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +The following 2-clause BSD License library is used in this +USGS product: + + PETSc, the Portable, Extensible Toolkit for Scientific + Computation Library + Copyright (c) 1991-2021, UChicago Argonne, LLC + and the PETSc Development Team All rights reserved. + (https://petsc.org/release/) + +MODFLOW 6 compiler options: -cpp -I src/libmf6core.a.p -I src -I ../src -I +src/libmf6_external.a.p -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/include -I +/home/mreno/.clone/external/petsc/include -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/lib -I +/home/mreno/miniconda3/envs/modflow6/include -I -fdiagnostics-color=always +-imultiarch x86_64-linux-gnu -D _FILE_OFFSET_BITS=64 -D __linux__ -D +__WITH_PETSC__ -D __WITH_MPI__ -D __WITH_NETCDF__ -mtune=generic +-march=x86-64 -g -O2 -Wall -Wpedantic -Wcharacter-truncation +-Wno-unused-dummy-argument -Wno-intrinsic-shadow -Wno-maybe-uninitialized +-Wno-uninitialized -std=f2008 -fall-intrinsics -fbacktrace -fcheck=all +-ffpe-trap=overflow,zero,invalid -ffpe-summary=overflow +-ffpe-trap=overflow,zero,invalid -fPIC -J src/libmf6core.a.p +-fpre-include=/usr/include/finclude/math-vector-fortran.h + +System command used to initiate simulation: +/home/mreno/.clone/usgs/w/netcdf/2/modflow6/bin/mf6 + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + + OPENED mfsim.nam + FILE TYPE:NAM6 UNIT 1001 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:08:53. + + OPENED evt02.nam + FILE TYPE:GWF6 UNIT 1002 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:08:53. +Model NetCDF4 Input "evt02.nc" opened NF90_NOWRITE, ncid=65536 +IDM nc modeltype=GWF6 +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=EVT02, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "NLAY" discovered for package "EVT02/DIS". +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=EVT02, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "NROW" discovered for package "EVT02/DIS". +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=EVT02, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "NCOL" discovered for package "EVT02/DIS". +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=EVT02, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "DELR" discovered for package "EVT02/DIS". +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=EVT02, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "DELC" discovered for package "EVT02/DIS". +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=EVT02, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "TOP" discovered for package "EVT02/DIS". +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=EVT02, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "BOTM" discovered for package "EVT02/DIS". +IDM load netcdf var model=GWF6, ptype=NPF6 +IDM nc4_context pkg cname=EVT02, scname=DIS +IDM nc4_context pkg cname=EVT02, scname=NPF +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=NPF6, sctype=NPF +Input parameter "SAVE_FLOWS" discovered for package "EVT02/NPF". +IDM load netcdf var model=GWF6, ptype=NPF6 +IDM nc4_context pkg cname=EVT02, scname=DIS +IDM nc4_context pkg cname=EVT02, scname=NPF +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=NPF6, sctype=NPF +Input parameter "ICELLTYPE" discovered for package "EVT02/NPF". +IDM load netcdf var model=GWF6, ptype=NPF6 +IDM nc4_context pkg cname=EVT02, scname=DIS +IDM nc4_context pkg cname=EVT02, scname=NPF +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=NPF6, sctype=NPF +Input parameter "K" discovered for package "EVT02/NPF". +IDM load netcdf var model=GWF6, ptype=CHD6 +IDM nc4_context pkg cname=EVT02, scname=DIS +IDM nc4_context pkg cname=EVT02, scname=NPF +IDM nc4_context pkg cname=EVT02, scname=EVT_0 +IDM nc4_context pkg cname=EVT02, scname=CHD_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=CHD6, sctype=CHD +Input parameter "MAXBOUND" discovered for package "EVT02/CHD_0". +IDM load netcdf var model=GWF6, ptype=CHD6 +IDM nc4_context pkg cname=EVT02, scname=DIS +IDM nc4_context pkg cname=EVT02, scname=NPF +IDM nc4_context pkg cname=EVT02, scname=EVT_0 +IDM nc4_context pkg cname=EVT02, scname=CHD_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=CHD6 +IDM nc4_context pkg cname=EVT02, scname=DIS +IDM nc4_context pkg cname=EVT02, scname=NPF +IDM nc4_context pkg cname=EVT02, scname=EVT_0 +IDM nc4_context pkg cname=EVT02, scname=CHD_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=CHD6, sctype=CHD +Input parameter "CELLID" discovered for package "EVT02/CHD_0". +IDM load netcdf var model=GWF6, ptype=CHD6 +IDM nc4_context pkg cname=EVT02, scname=DIS +IDM nc4_context pkg cname=EVT02, scname=NPF +IDM nc4_context pkg cname=EVT02, scname=EVT_0 +IDM nc4_context pkg cname=EVT02, scname=CHD_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=CHD6, sctype=CHD +Input parameter "HEAD" discovered for package "EVT02/CHD_0". +IDM load netcdf var model=GWF6, ptype=EVT6 +IDM nc4_context pkg cname=EVT02, scname=DIS +IDM nc4_context pkg cname=EVT02, scname=NPF +IDM nc4_context pkg cname=EVT02, scname=EVT_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=EVT6, sctype=EVT +Input parameter "PRINT_FLOWS" discovered for package "EVT02/EVT_0". +IDM load netcdf var model=GWF6, ptype=EVT6 +IDM nc4_context pkg cname=EVT02, scname=DIS +IDM nc4_context pkg cname=EVT02, scname=NPF +IDM nc4_context pkg cname=EVT02, scname=EVT_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=EVT6, sctype=EVT +Input parameter "SURF_RATE_SPECIFIED" discovered for package "EVT02/EVT_0". +IDM load netcdf var model=GWF6, ptype=EVT6 +IDM nc4_context pkg cname=EVT02, scname=DIS +IDM nc4_context pkg cname=EVT02, scname=NPF +IDM nc4_context pkg cname=EVT02, scname=EVT_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=EVT6, sctype=EVT +Input parameter "MAXBOUND" discovered for package "EVT02/EVT_0". +IDM load netcdf var model=GWF6, ptype=EVT6 +IDM nc4_context pkg cname=EVT02, scname=DIS +IDM nc4_context pkg cname=EVT02, scname=NPF +IDM nc4_context pkg cname=EVT02, scname=EVT_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=EVT6, sctype=EVT +Input parameter "NSEG" discovered for package "EVT02/EVT_0". +IDM load netcdf var model=GWF6, ptype=EVT6 +IDM nc4_context pkg cname=EVT02, scname=DIS +IDM nc4_context pkg cname=EVT02, scname=NPF +IDM nc4_context pkg cname=EVT02, scname=EVT_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=EVT6 +IDM nc4_context pkg cname=EVT02, scname=DIS +IDM nc4_context pkg cname=EVT02, scname=NPF +IDM nc4_context pkg cname=EVT02, scname=EVT_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=EVT6, sctype=EVT +Input parameter "CELLID" discovered for package "EVT02/EVT_0". +IDM load netcdf var model=GWF6, ptype=EVT6 +IDM nc4_context pkg cname=EVT02, scname=DIS +IDM nc4_context pkg cname=EVT02, scname=NPF +IDM nc4_context pkg cname=EVT02, scname=EVT_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=EVT6, sctype=EVT +Input parameter "SURFACE" discovered for package "EVT02/EVT_0". +IDM load netcdf var model=GWF6, ptype=EVT6 +IDM nc4_context pkg cname=EVT02, scname=DIS +IDM nc4_context pkg cname=EVT02, scname=NPF +IDM nc4_context pkg cname=EVT02, scname=EVT_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=EVT6, sctype=EVT +Input parameter "RATE" discovered for package "EVT02/EVT_0". +IDM load netcdf var model=GWF6, ptype=EVT6 +IDM nc4_context pkg cname=EVT02, scname=DIS +IDM nc4_context pkg cname=EVT02, scname=NPF +IDM nc4_context pkg cname=EVT02, scname=EVT_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=EVT6, sctype=EVT +Input parameter "DEPTH" discovered for package "EVT02/EVT_0". +IDM load netcdf var model=GWF6, ptype=EVT6 +IDM nc4_context pkg cname=EVT02, scname=DIS +IDM nc4_context pkg cname=EVT02, scname=NPF +IDM nc4_context pkg cname=EVT02, scname=EVT_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=EVT6, sctype=EVT +Input parameter "PETM0" discovered for package "EVT02/EVT_0". +IDM input_load pkg=DIS +IDM NF90_MAX_DIMS=1024 +IDM NF90_MAX_VAR_DIMS=1024 +varname=NLAY, type=INTEGER +varname=NROW, type=INTEGER +varname=NCOL, type=INTEGER +varname=DELR, type=DOUBLE1D +varname=DELC, type=DOUBLE1D +varname=TOP, type=DOUBLE2D +varname=BOTM, type=DOUBLE3D + ALL SIMULATION MEMORY INFORMATION WILL BE WRITTEN. + + DETAILED INFORMATION ON VARIABLES STORED IN THE MEMORY MANAGER + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + ORIGIN VARIABLE NAME DATA TYPE NUMBER OF ITEMS ASSOCIATED VARIABLE + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + __INPUT__/SIM/NAM TDIS6 STRING LEN=300 1 -- + __INPUT__/SIM/NAM MTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM MFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM MNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM EXGTYPE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGFILE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEA STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEB STRING LEN=300 0 -- + __INPUT__/SIM/NAM SOLUTIONGROUPNUM INTEGER 1 -- + __INPUT__/SIM/NAM SLNTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNMNAMES STRING LEN=300 1 -- + __INPUT__/SIM/NAM CONTINUE INTEGER 1 -- + __INPUT__/SIM/NAM NOCHECK INTEGER 1 -- + __INPUT__/SIM/NAM PRMEM STRING LEN=300 1 -- + __INPUT__/SIM/NAM MAXERRORS INTEGER 1 -- + __INPUT__/SIM/NAM PRINT_INPUT INTEGER 1 -- + __INPUT__/SIM/NAM MXITER INTEGER 1 -- + __INPUT__/SIM NUMMODELS INTEGER 1 -- + __INPUT__/SIM NUMEXCHANGES INTEGER 1 -- + __INPUT__/EVT02/NAM SAVE_FLOWS INTEGER 1 -- + __INPUT__/EVT02/NAM FTYPE STRING LEN=300 6 -- + __INPUT__/EVT02/NAM FNAME STRING LEN=300 6 -- + __INPUT__/EVT02/NAM PNAME STRING LEN=300 6 -- + __INPUT__/EVT02 PKGTYPES STRING LEN=7 0 -- + __INPUT__/EVT02 PKGNAMES STRING LEN=16 0 -- + __INPUT__/EVT02 MEMPATHS STRING LEN=50 0 -- + __INPUT__/EVT02 INUNITS INTEGER 0 -- + __INPUT__/EVT02/DIS INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/EVT02/NPF INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/EVT02/CHD_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/EVT02/EVT_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/EVT02/DIS NLAY INTEGER 1 -- + __INPUT__/EVT02/DIS NROW INTEGER 1 -- + __INPUT__/EVT02/DIS NCOL INTEGER 1 -- + __INPUT__/EVT02 MODEL_SHAPE INTEGER 3 -- + __INPUT__/EVT02 NCELLDIM INTEGER 1 -- + __INPUT__/EVT02/DIS DELR DOUBLE 3 -- + __INPUT__/EVT02/DIS DELC DOUBLE 1 -- + __INPUT__/EVT02/DIS TOP DOUBLE 3 -- + __INPUT__/EVT02/DIS BOTM DOUBLE 3 -- + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 1.8240000 + Logical 0.0000000 + Integer 6.40000000E-02 + Real 8.00000000E-02 + ------------------------------- + Total 1.9680000 + Virtual 0.0000000 + ------------------------------- + + +IDM input_load pkg=NPF +IDM NF90_MAX_DIMS=1024 +IDM NF90_MAX_VAR_DIMS=1024 +varname=IPAKCB, type=KEYWORD +varname=ICELLTYPE, type=INTEGER1D +varname=K, type=DOUBLE1D + ALL SIMULATION MEMORY INFORMATION WILL BE WRITTEN. + + DETAILED INFORMATION ON VARIABLES STORED IN THE MEMORY MANAGER + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + ORIGIN VARIABLE NAME DATA TYPE NUMBER OF ITEMS ASSOCIATED VARIABLE + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + __INPUT__/SIM/NAM TDIS6 STRING LEN=300 1 -- + __INPUT__/SIM/NAM MTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM MFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM MNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM EXGTYPE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGFILE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEA STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEB STRING LEN=300 0 -- + __INPUT__/SIM/NAM SOLUTIONGROUPNUM INTEGER 1 -- + __INPUT__/SIM/NAM SLNTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNMNAMES STRING LEN=300 1 -- + __INPUT__/SIM/NAM CONTINUE INTEGER 1 -- + __INPUT__/SIM/NAM NOCHECK INTEGER 1 -- + __INPUT__/SIM/NAM PRMEM STRING LEN=300 1 -- + __INPUT__/SIM/NAM MAXERRORS INTEGER 1 -- + __INPUT__/SIM/NAM PRINT_INPUT INTEGER 1 -- + __INPUT__/SIM/NAM MXITER INTEGER 1 -- + __INPUT__/SIM NUMMODELS INTEGER 1 -- + __INPUT__/SIM NUMEXCHANGES INTEGER 1 -- + __INPUT__/EVT02/NAM SAVE_FLOWS INTEGER 1 -- + __INPUT__/EVT02/NAM FTYPE STRING LEN=300 6 -- + __INPUT__/EVT02/NAM FNAME STRING LEN=300 6 -- + __INPUT__/EVT02/NAM PNAME STRING LEN=300 6 -- + __INPUT__/EVT02 PKGTYPES STRING LEN=7 0 -- + __INPUT__/EVT02 PKGNAMES STRING LEN=16 0 -- + __INPUT__/EVT02 MEMPATHS STRING LEN=50 0 -- + __INPUT__/EVT02 INUNITS INTEGER 0 -- + __INPUT__/EVT02/DIS INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/EVT02/NPF INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/EVT02/CHD_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/EVT02/EVT_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/EVT02/DIS NLAY INTEGER 1 -- + __INPUT__/EVT02/DIS NROW INTEGER 1 -- + __INPUT__/EVT02/DIS NCOL INTEGER 1 -- + __INPUT__/EVT02 MODEL_SHAPE INTEGER 3 -- + __INPUT__/EVT02 NCELLDIM INTEGER 1 -- + __INPUT__/EVT02/DIS DELR DOUBLE 3 -- + __INPUT__/EVT02/DIS DELC DOUBLE 1 -- + __INPUT__/EVT02/DIS TOP DOUBLE 3 -- + __INPUT__/EVT02/DIS BOTM DOUBLE 3 -- + __INPUT__/EVT02/NPF IPAKCB INTEGER 1 -- + __INPUT__/EVT02/NPF ICELLTYPE INTEGER 3 -- + __INPUT__/EVT02/NPF K DOUBLE 3 -- + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 1.8240000 + Logical 0.0000000 + Integer 8.00000000E-02 + Real 0.10400000 + ------------------------------- + Total 2.0080000 + Virtual 0.0000000 + ------------------------------- + + + + OPENED evt02.ic + FILE TYPE:IC6 UNIT 1003 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED evt02.oc + FILE TYPE:OC6 UNIT 1004 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + +IDM input_load pkg=EVT_0 +IDM NF90_MAX_DIMS=1024 +IDM NF90_MAX_VAR_DIMS=1024 +varname=IPRFLOW, type=KEYWORD +varname=SURFRATESPEC, type=KEYWORD +varname=MAXBOUND, type=INTEGER +varname=NSEG, type=INTEGER + ALL SIMULATION MEMORY INFORMATION WILL BE WRITTEN. + + DETAILED INFORMATION ON VARIABLES STORED IN THE MEMORY MANAGER + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + ORIGIN VARIABLE NAME DATA TYPE NUMBER OF ITEMS ASSOCIATED VARIABLE + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + __INPUT__/SIM/NAM TDIS6 STRING LEN=300 1 -- + __INPUT__/SIM/NAM MTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM MFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM MNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM EXGTYPE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGFILE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEA STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEB STRING LEN=300 0 -- + __INPUT__/SIM/NAM SOLUTIONGROUPNUM INTEGER 1 -- + __INPUT__/SIM/NAM SLNTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNMNAMES STRING LEN=300 1 -- + __INPUT__/SIM/NAM CONTINUE INTEGER 1 -- + __INPUT__/SIM/NAM NOCHECK INTEGER 1 -- + __INPUT__/SIM/NAM PRMEM STRING LEN=300 1 -- + __INPUT__/SIM/NAM MAXERRORS INTEGER 1 -- + __INPUT__/SIM/NAM PRINT_INPUT INTEGER 1 -- + __INPUT__/SIM/NAM MXITER INTEGER 1 -- + __INPUT__/SIM NUMMODELS INTEGER 1 -- + __INPUT__/SIM NUMEXCHANGES INTEGER 1 -- + __INPUT__/EVT02/NAM SAVE_FLOWS INTEGER 1 -- + __INPUT__/EVT02/NAM FTYPE STRING LEN=300 6 -- + __INPUT__/EVT02/NAM FNAME STRING LEN=300 6 -- + __INPUT__/EVT02/NAM PNAME STRING LEN=300 6 -- + __INPUT__/EVT02 PKGTYPES STRING LEN=7 0 -- + __INPUT__/EVT02 PKGNAMES STRING LEN=16 0 -- + __INPUT__/EVT02 MEMPATHS STRING LEN=50 0 -- + __INPUT__/EVT02 INUNITS INTEGER 0 -- + __INPUT__/EVT02/DIS INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/EVT02/NPF INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/EVT02/CHD_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/EVT02/EVT_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/EVT02/DIS NLAY INTEGER 1 -- + __INPUT__/EVT02/DIS NROW INTEGER 1 -- + __INPUT__/EVT02/DIS NCOL INTEGER 1 -- + __INPUT__/EVT02 MODEL_SHAPE INTEGER 3 -- + __INPUT__/EVT02 NCELLDIM INTEGER 1 -- + __INPUT__/EVT02/DIS DELR DOUBLE 3 -- + __INPUT__/EVT02/DIS DELC DOUBLE 1 -- + __INPUT__/EVT02/DIS TOP DOUBLE 3 -- + __INPUT__/EVT02/DIS BOTM DOUBLE 3 -- + __INPUT__/EVT02/NPF IPAKCB INTEGER 1 -- + __INPUT__/EVT02/NPF ICELLTYPE INTEGER 3 -- + __INPUT__/EVT02/NPF K DOUBLE 3 -- + __INPUT__/EVT02/EVT_0 IPRFLOW INTEGER 1 -- + __INPUT__/EVT02/EVT_0 SURFRATESPEC INTEGER 1 -- + __INPUT__/EVT02/EVT_0 NAUX INTEGER 1 -- + __INPUT__/EVT02/EVT_0 MAXBOUND INTEGER 1 -- + __INPUT__/EVT02/EVT_0 NSEG INTEGER 1 -- + __INPUT__/EVT02/EVT_0 IPER INTEGER 1 -- + __INPUT__/EVT02/EVT_0 IONPER INTEGER 1 -- + __INPUT__/EVT02/EVT_0 NBOUND INTEGER 1 -- + __INPUT__/EVT02/EVT_0 NCPL INTEGER 1 -- + __INPUT__/EVT02/EVT_0 AUXILIARY STRING LEN=16 0 -- + __INPUT__/EVT02/EVT_0 CELLID INTEGER 3 -- + __INPUT__/EVT02/EVT_0 SURFACE DOUBLE 1 -- + __INPUT__/EVT02/EVT_0 RATE DOUBLE 1 -- + __INPUT__/EVT02/EVT_0 DEPTH DOUBLE 1 -- + __INPUT__/EVT02/EVT_0 PETM0 DOUBLE 1 -- + __INPUT__/EVT02/EVT_0 BOUNDNAME STRING LEN=40 0 -- + __INPUT__/EVT02/EVT_0 AUXVAR DOUBLE 0 -- + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 1.8240000 + Logical 0.0000000 + Integer 0.12800000 + Real 0.13600000 + ------------------------------- + Total 2.0880000 + Virtual 0.0000000 + ------------------------------- + + +IDM input_load pkg=CHD_0 +IDM NF90_MAX_DIMS=1024 +IDM NF90_MAX_VAR_DIMS=1024 +varname=MAXBOUND, type=INTEGER + ALL SIMULATION MEMORY INFORMATION WILL BE WRITTEN. + + DETAILED INFORMATION ON VARIABLES STORED IN THE MEMORY MANAGER + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + ORIGIN VARIABLE NAME DATA TYPE NUMBER OF ITEMS ASSOCIATED VARIABLE + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + __INPUT__/SIM/NAM TDIS6 STRING LEN=300 1 -- + __INPUT__/SIM/NAM MTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM MFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM MNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM EXGTYPE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGFILE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEA STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEB STRING LEN=300 0 -- + __INPUT__/SIM/NAM SOLUTIONGROUPNUM INTEGER 1 -- + __INPUT__/SIM/NAM SLNTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNMNAMES STRING LEN=300 1 -- + __INPUT__/SIM/NAM CONTINUE INTEGER 1 -- + __INPUT__/SIM/NAM NOCHECK INTEGER 1 -- + __INPUT__/SIM/NAM PRMEM STRING LEN=300 1 -- + __INPUT__/SIM/NAM MAXERRORS INTEGER 1 -- + __INPUT__/SIM/NAM PRINT_INPUT INTEGER 1 -- + __INPUT__/SIM/NAM MXITER INTEGER 1 -- + __INPUT__/SIM NUMMODELS INTEGER 1 -- + __INPUT__/SIM NUMEXCHANGES INTEGER 1 -- + __INPUT__/EVT02/NAM SAVE_FLOWS INTEGER 1 -- + __INPUT__/EVT02/NAM FTYPE STRING LEN=300 6 -- + __INPUT__/EVT02/NAM FNAME STRING LEN=300 6 -- + __INPUT__/EVT02/NAM PNAME STRING LEN=300 6 -- + __INPUT__/EVT02 PKGTYPES STRING LEN=7 0 -- + __INPUT__/EVT02 PKGNAMES STRING LEN=16 0 -- + __INPUT__/EVT02 MEMPATHS STRING LEN=50 0 -- + __INPUT__/EVT02 INUNITS INTEGER 0 -- + __INPUT__/EVT02/DIS INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/EVT02/NPF INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/EVT02/CHD_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/EVT02/EVT_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/EVT02/DIS NLAY INTEGER 1 -- + __INPUT__/EVT02/DIS NROW INTEGER 1 -- + __INPUT__/EVT02/DIS NCOL INTEGER 1 -- + __INPUT__/EVT02 MODEL_SHAPE INTEGER 3 -- + __INPUT__/EVT02 NCELLDIM INTEGER 1 -- + __INPUT__/EVT02/DIS DELR DOUBLE 3 -- + __INPUT__/EVT02/DIS DELC DOUBLE 1 -- + __INPUT__/EVT02/DIS TOP DOUBLE 3 -- + __INPUT__/EVT02/DIS BOTM DOUBLE 3 -- + __INPUT__/EVT02/NPF IPAKCB INTEGER 1 -- + __INPUT__/EVT02/NPF ICELLTYPE INTEGER 3 -- + __INPUT__/EVT02/NPF K DOUBLE 3 -- + __INPUT__/EVT02/EVT_0 IPRFLOW INTEGER 1 -- + __INPUT__/EVT02/EVT_0 SURFRATESPEC INTEGER 1 -- + __INPUT__/EVT02/EVT_0 NAUX INTEGER 1 -- + __INPUT__/EVT02/EVT_0 MAXBOUND INTEGER 1 -- + __INPUT__/EVT02/EVT_0 NSEG INTEGER 1 -- + __INPUT__/EVT02/EVT_0 IPER INTEGER 1 -- + __INPUT__/EVT02/EVT_0 IONPER INTEGER 1 -- + __INPUT__/EVT02/EVT_0 NBOUND INTEGER 1 -- + __INPUT__/EVT02/EVT_0 NCPL INTEGER 1 -- + __INPUT__/EVT02/EVT_0 AUXILIARY STRING LEN=16 0 -- + __INPUT__/EVT02/EVT_0 CELLID INTEGER 3 -- + __INPUT__/EVT02/EVT_0 SURFACE DOUBLE 1 -- + __INPUT__/EVT02/EVT_0 RATE DOUBLE 1 -- + __INPUT__/EVT02/EVT_0 DEPTH DOUBLE 1 -- + __INPUT__/EVT02/EVT_0 PETM0 DOUBLE 1 -- + __INPUT__/EVT02/EVT_0 BOUNDNAME STRING LEN=40 0 -- + __INPUT__/EVT02/EVT_0 AUXVAR DOUBLE 0 -- + __INPUT__/EVT02/CHD_0 NAUX INTEGER 1 -- + __INPUT__/EVT02/CHD_0 MAXBOUND INTEGER 1 -- + __INPUT__/EVT02/CHD_0 IPER INTEGER 1 -- + __INPUT__/EVT02/CHD_0 IONPER INTEGER 1 -- + __INPUT__/EVT02/CHD_0 NBOUND INTEGER 1 -- + __INPUT__/EVT02/CHD_0 NCPL INTEGER 1 -- + __INPUT__/EVT02/CHD_0 AUXILIARY STRING LEN=16 0 -- + __INPUT__/EVT02/CHD_0 CELLID INTEGER 6 -- + __INPUT__/EVT02/CHD_0 HEAD DOUBLE 2 -- + __INPUT__/EVT02/CHD_0 BOUNDNAME STRING LEN=40 0 -- + __INPUT__/EVT02/CHD_0 AUXVAR DOUBLE 0 -- + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 1.8240000 + Logical 0.0000000 + Integer 0.17600000 + Real 0.15200000 + ------------------------------- + Total 2.1520000 + Virtual 0.0000000 + ------------------------------- + + + + READING SIMULATION OPTIONS + MAXIMUM NUMBER OF ERRORS THAT WILL BE STORED IS 1000 + END OF SIMULATION OPTIONS + + READING SIMULATION TIMING + + OPENED evt02.tdis + FILE TYPE:TDIS UNIT 1005 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + TDIS -- TEMPORAL DISCRETIZATION PACKAGE, + VERSION 1 : 11/13/2014 - INPUT READ FROM UNIT 1005 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:08:53. + PROCESSING TDIS OPTIONS + SIMULATION TIME UNIT IS DAYS + END OF TDIS OPTIONS + PROCESSING TDIS DIMENSIONS + 50 STRESS PERIOD(S) IN SIMULATION + END OF TDIS DIMENSIONS + PROCESSING TDIS PERIODDATA + + + STRESS PERIOD LENGTH TIME STEPS MULTIPLIER FOR DELT + ---------------------------------------------------------------------------- + 1 1.000000 1 1.000 + 2 1.000000 1 1.000 + 3 1.000000 1 1.000 + 4 1.000000 1 1.000 + 5 1.000000 1 1.000 + 6 1.000000 1 1.000 + 7 1.000000 1 1.000 + 8 1.000000 1 1.000 + 9 1.000000 1 1.000 + 10 1.000000 1 1.000 + 11 1.000000 1 1.000 + 12 1.000000 1 1.000 + 13 1.000000 1 1.000 + 14 1.000000 1 1.000 + 15 1.000000 1 1.000 + 16 1.000000 1 1.000 + 17 1.000000 1 1.000 + 18 1.000000 1 1.000 + 19 1.000000 1 1.000 + 20 1.000000 1 1.000 + 21 1.000000 1 1.000 + 22 1.000000 1 1.000 + 23 1.000000 1 1.000 + 24 1.000000 1 1.000 + 25 1.000000 1 1.000 + 26 1.000000 1 1.000 + 27 1.000000 1 1.000 + 28 1.000000 1 1.000 + 29 1.000000 1 1.000 + 30 1.000000 1 1.000 + 31 1.000000 1 1.000 + 32 1.000000 1 1.000 + 33 1.000000 1 1.000 + 34 1.000000 1 1.000 + 35 1.000000 1 1.000 + 36 1.000000 1 1.000 + 37 1.000000 1 1.000 + 38 1.000000 1 1.000 + 39 1.000000 1 1.000 + 40 1.000000 1 1.000 + 41 1.000000 1 1.000 + 42 1.000000 1 1.000 + 43 1.000000 1 1.000 + 44 1.000000 1 1.000 + 45 1.000000 1 1.000 + 46 1.000000 1 1.000 + 47 1.000000 1 1.000 + 48 1.000000 1 1.000 + 49 1.000000 1 1.000 + 50 1.000000 1 1.000 + END OF TDIS PERIODDATA + END OF SIMULATION TIMING + + READING SIMULATION MODELS + GWF6 model 1 will be created + END OF SIMULATION MODELS + + READING SIMULATION EXCHANGES + END OF SIMULATION EXCHANGES + + READING SOLUTIONGROUP + + Creating solution: SLN_1 + + OPENED evt02.ims + FILE TYPE:IMS UNIT 1007 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + END OF SOLUTIONGROUP + +PROCESSING MODEL CONNECTIONS + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1007 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:08:53. + + PROCESSING IMS OPTIONS + END OF IMS OPTIONS + + PROCESSING IMS NONLINEAR + END OF IMS NONLINEAR DATA + **UNDER-RELAXATION WILL BE USED*** + + + PROCESSING LINEAR DATA + END OF LINEAR DATA + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + An asymmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-08 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 100 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 3 + LINEAR SOLUTION METHOD (LINMETH) = 1 + UNDER-RELAXATION WEIGHT REDUCTION FACTOR (THETA) = 0.100000E+01 + UNDER-RELAXATION WEIGHT INCREASE INCREMENT (KAPPA) = 0.000000E+00 + UNDER-RELAXATION PREVIOUS HISTORY FACTOR (GAMMA) = 0.100000E+01 + UNDER-RELAXATION MOMENTUM TERM (AMOMENTUM) = 0.000000E+00 + + SOLUTION BY THE BICONJUGATE-GRADIENT STABILIZED METHOD + ------------------------------------------------------------------ + MAXIMUM OF 100 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 300 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = BCGS + MATRIX PRECONDITIONING TYPE = MOD. INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-08 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E-02 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.97000E+00 + + + + + Solving: Stress period: 1 Time step: 1 + +1 + STRESS PERIOD NO. 1, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=1 +IDM RP LIST kper=1 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=1 +CELLID FIRST SET nbound=1 +IDM RP LIST varname=SURFACE, type=DOUBLE +IDM RP LIST varname=RATE, type=DOUBLE +IDM RP LIST varname=DEPTH, type=DOUBLE +IDM RP LIST varname=PETM0, type=DOUBLE +IDM inlist_rp iiper=1 +IDM RP LIST kper=1 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 0 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 0 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 1 + +1 + STRESS PERIOD NO. 2, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=2 +IDM RP LIST kper=2 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.0204082 1_GWF-(1,1,2) + Model 2 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 3 Time step: 1 + +1 + STRESS PERIOD NO. 3, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=3 +IDM RP LIST kper=3 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204082 1_GWF-(1,1,2) + Model 2 2 -4.49841533E-08 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 3 + 4 TOTAL ITERATIONS + + Solving: Stress period: 4 Time step: 1 + +1 + STRESS PERIOD NO. 4, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=4 +IDM RP LIST kper=4 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204063 1_GWF-(1,1,2) + Model 2 2 3.24997469E-07 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 4 + 4 TOTAL ITERATIONS + + Solving: Stress period: 5 Time step: 1 + +1 + STRESS PERIOD NO. 5, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=5 +IDM RP LIST kper=5 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204069 1_GWF-(1,1,2) + Model 2 2 3.57211952E-07 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 5 + 4 TOTAL ITERATIONS + + Solving: Stress period: 6 Time step: 1 + +1 + STRESS PERIOD NO. 6, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=6 +IDM RP LIST kper=6 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204073 1_GWF-(1,1,2) + Model 2 2 3.39660129E-07 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 6 + 4 TOTAL ITERATIONS + + Solving: Stress period: 7 Time step: 1 + +1 + STRESS PERIOD NO. 7, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=7 +IDM RP LIST kper=7 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204075 1_GWF-(1,1,2) + Model 2 2 3.12900031E-07 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 7 + 4 TOTAL ITERATIONS + + Solving: Stress period: 8 Time step: 1 + +1 + STRESS PERIOD NO. 8, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=8 +IDM RP LIST kper=8 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204076 1_GWF-(1,1,2) + Model 2 2 2.86466593E-07 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 8 + 4 TOTAL ITERATIONS + + Solving: Stress period: 9 Time step: 1 + +1 + STRESS PERIOD NO. 9, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=9 +IDM RP LIST kper=9 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204077 1_GWF-(1,1,2) + Model 2 2 2.62650886E-07 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 9 + 4 TOTAL ITERATIONS + + Solving: Stress period: 10 Time step: 1 + +1 + STRESS PERIOD NO. 10, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=10 +IDM RP LIST kper=10 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204078 1_GWF-(1,1,2) + Model 2 2 2.41765044E-07 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 10 + 4 TOTAL ITERATIONS + + Solving: Stress period: 11 Time step: 1 + +1 + STRESS PERIOD NO. 11, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=11 +IDM RP LIST kper=11 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204078 1_GWF-(1,1,2) + Model 2 2 2.23568012E-07 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 11 + 4 TOTAL ITERATIONS + + Solving: Stress period: 12 Time step: 1 + +1 + STRESS PERIOD NO. 12, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=12 +IDM RP LIST kper=12 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204078 1_GWF-(1,1,2) + Model 2 2 2.07695088E-07 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 12 + 4 TOTAL ITERATIONS + + Solving: Stress period: 13 Time step: 1 + +1 + STRESS PERIOD NO. 13, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=13 +IDM RP LIST kper=13 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204079 1_GWF-(1,1,2) + Model 2 2 1.93790420E-07 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 13 + 4 TOTAL ITERATIONS + + Solving: Stress period: 14 Time step: 1 + +1 + STRESS PERIOD NO. 14, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=14 +IDM RP LIST kper=14 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.0204079 1_GWF-(1,1,2) + Model 2 2 1.81543705E-07 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 14 + 5 TOTAL ITERATIONS + + Solving: Stress period: 15 Time step: 1 + +1 + STRESS PERIOD NO. 15, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=15 +IDM RP LIST kper=15 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204079 1_GWF-(1,1,2) + Model 2 2 1.70695166E-07 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 15 + 4 TOTAL ITERATIONS + + Solving: Stress period: 16 Time step: 1 + +1 + STRESS PERIOD NO. 16, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=16 +IDM RP LIST kper=16 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204079 1_GWF-(1,1,2) + Model 2 2 1.61030552E-07 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 16 + 4 TOTAL ITERATIONS + + Solving: Stress period: 17 Time step: 1 + +1 + STRESS PERIOD NO. 17, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=17 +IDM RP LIST kper=17 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204080 1_GWF-(1,1,2) + Model 2 2 1.52373886E-07 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 17 + 4 TOTAL ITERATIONS + + Solving: Stress period: 18 Time step: 1 + +1 + STRESS PERIOD NO. 18, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=18 +IDM RP LIST kper=18 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204080 1_GWF-(1,1,2) + Model 2 2 1.44580433E-07 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 18 + 4 TOTAL ITERATIONS + + Solving: Stress period: 19 Time step: 1 + +1 + STRESS PERIOD NO. 19, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=19 +IDM RP LIST kper=19 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204080 1_GWF-(1,1,2) + Model 2 2 1.37530677E-07 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 19 + 4 TOTAL ITERATIONS + + Solving: Stress period: 20 Time step: 1 + +1 + STRESS PERIOD NO. 20, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=20 +IDM RP LIST kper=20 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204080 1_GWF-(1,1,2) + Model 2 2 1.31125418E-07 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 20 + 4 TOTAL ITERATIONS + + Solving: Stress period: 21 Time step: 1 + +1 + STRESS PERIOD NO. 21, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=21 +IDM RP LIST kper=21 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204080 1_GWF-(1,1,2) + Model 2 2 1.25281844E-07 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 21 + 4 TOTAL ITERATIONS + + Solving: Stress period: 22 Time step: 1 + +1 + STRESS PERIOD NO. 22, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=22 +IDM RP LIST kper=22 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204080 1_GWF-(1,1,2) + Model 2 2 1.19930412E-07 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 22 + 4 TOTAL ITERATIONS + + Solving: Stress period: 23 Time step: 1 + +1 + STRESS PERIOD NO. 23, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=23 +IDM RP LIST kper=23 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204080 1_GWF-(1,1,2) + Model 2 2 1.15012348E-07 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 23 + 4 TOTAL ITERATIONS + + Solving: Stress period: 24 Time step: 1 + +1 + STRESS PERIOD NO. 24, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=24 +IDM RP LIST kper=24 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204080 1_GWF-(1,1,2) + Model 2 2 1.10477743E-07 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 24 + 4 TOTAL ITERATIONS + + Solving: Stress period: 25 Time step: 1 + +1 + STRESS PERIOD NO. 25, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=25 +IDM RP LIST kper=25 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204080 1_GWF-(1,1,2) + Model 2 2 1.06283949E-07 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 25 + 4 TOTAL ITERATIONS + + Solving: Stress period: 26 Time step: 1 + +1 + STRESS PERIOD NO. 26, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=26 +IDM RP LIST kper=26 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.0204080 1_GWF-(1,1,2) + Model 2 2 1.02394331E-07 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 26 + 5 TOTAL ITERATIONS + + Solving: Stress period: 27 Time step: 1 + +1 + STRESS PERIOD NO. 27, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=27 +IDM RP LIST kper=27 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204080 1_GWF-(1,1,2) + Model 2 2 9.87772424E-08 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 27 + 4 TOTAL ITERATIONS + + Solving: Stress period: 28 Time step: 1 + +1 + STRESS PERIOD NO. 28, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=28 +IDM RP LIST kper=28 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204080 1_GWF-(1,1,2) + Model 2 2 9.54052481E-08 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 28 + 4 TOTAL ITERATIONS + + Solving: Stress period: 29 Time step: 1 + +1 + STRESS PERIOD NO. 29, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=29 +IDM RP LIST kper=29 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.0204081 1_GWF-(1,1,2) + Model 2 2 9.22544530E-08 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 29 + 5 TOTAL ITERATIONS + + Solving: Stress period: 30 Time step: 1 + +1 + STRESS PERIOD NO. 30, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=30 +IDM RP LIST kper=30 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204081 1_GWF-(1,1,2) + Model 2 2 8.93039172E-08 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 30 + 4 TOTAL ITERATIONS + + Solving: Stress period: 31 Time step: 1 + +1 + STRESS PERIOD NO. 31, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=31 +IDM RP LIST kper=31 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.0204081 1_GWF-(1,1,2) + Model 2 2 8.65352661E-08 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 31 + 5 TOTAL ITERATIONS + + Solving: Stress period: 32 Time step: 1 + +1 + STRESS PERIOD NO. 32, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=32 +IDM RP LIST kper=32 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204081 1_GWF-(1,1,2) + Model 2 2 8.39322851E-08 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 32 + 4 TOTAL ITERATIONS + + Solving: Stress period: 33 Time step: 1 + +1 + STRESS PERIOD NO. 33, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=33 +IDM RP LIST kper=33 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204081 1_GWF-(1,1,2) + Model 2 2 8.14806214E-08 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 33 + 4 TOTAL ITERATIONS + + Solving: Stress period: 34 Time step: 1 + +1 + STRESS PERIOD NO. 34, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=34 +IDM RP LIST kper=34 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204081 1_GWF-(1,1,2) + Model 2 2 7.91674921E-08 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 34 + 4 TOTAL ITERATIONS + + Solving: Stress period: 35 Time step: 1 + +1 + STRESS PERIOD NO. 35, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=35 +IDM RP LIST kper=35 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204081 1_GWF-(1,1,2) + Model 2 2 7.69815642E-08 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 35 + 4 TOTAL ITERATIONS + + Solving: Stress period: 36 Time step: 1 + +1 + STRESS PERIOD NO. 36, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=36 +IDM RP LIST kper=36 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204081 1_GWF-(1,1,2) + Model 2 2 7.49126343E-08 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 36 + 4 TOTAL ITERATIONS + + Solving: Stress period: 37 Time step: 1 + +1 + STRESS PERIOD NO. 37, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=37 +IDM RP LIST kper=37 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204081 1_GWF-(1,1,2) + Model 2 2 7.29516216E-08 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 37 + 4 TOTAL ITERATIONS + + Solving: Stress period: 38 Time step: 1 + +1 + STRESS PERIOD NO. 38, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=38 +IDM RP LIST kper=38 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204081 1_GWF-(1,1,2) + Model 2 2 7.10903407E-08 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 38 + 4 TOTAL ITERATIONS + + Solving: Stress period: 39 Time step: 1 + +1 + STRESS PERIOD NO. 39, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=39 +IDM RP LIST kper=39 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204081 1_GWF-(1,1,2) + Model 2 2 6.93213735E-08 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 39 + 4 TOTAL ITERATIONS + + Solving: Stress period: 40 Time step: 1 + +1 + STRESS PERIOD NO. 40, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=40 +IDM RP LIST kper=40 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204081 1_GWF-(1,1,2) + Model 2 2 6.76380267E-08 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 40 + 4 TOTAL ITERATIONS + + Solving: Stress period: 41 Time step: 1 + +1 + STRESS PERIOD NO. 41, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=41 +IDM RP LIST kper=41 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204081 1_GWF-(1,1,2) + Model 2 2 6.60342891E-08 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 41 + 4 TOTAL ITERATIONS + + Solving: Stress period: 42 Time step: 1 + +1 + STRESS PERIOD NO. 42, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=42 +IDM RP LIST kper=42 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204081 1_GWF-(1,1,2) + Model 2 2 6.45046327E-08 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 42 + 4 TOTAL ITERATIONS + + Solving: Stress period: 43 Time step: 1 + +1 + STRESS PERIOD NO. 43, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=43 +IDM RP LIST kper=43 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204081 1_GWF-(1,1,2) + Model 2 2 6.30440553E-08 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 43 + 4 TOTAL ITERATIONS + + Solving: Stress period: 44 Time step: 1 + +1 + STRESS PERIOD NO. 44, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=44 +IDM RP LIST kper=44 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204081 1_GWF-(1,1,2) + Model 2 2 6.16479952E-08 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 44 + 4 TOTAL ITERATIONS + + Solving: Stress period: 45 Time step: 1 + +1 + STRESS PERIOD NO. 45, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=45 +IDM RP LIST kper=45 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204081 1_GWF-(1,1,2) + Model 2 2 6.03123311E-08 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 45 + 4 TOTAL ITERATIONS + + Solving: Stress period: 46 Time step: 1 + +1 + STRESS PERIOD NO. 46, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=46 +IDM RP LIST kper=46 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204081 1_GWF-(1,1,2) + Model 2 2 5.90331695E-08 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 46 + 4 TOTAL ITERATIONS + + Solving: Stress period: 47 Time step: 1 + +1 + STRESS PERIOD NO. 47, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=47 +IDM RP LIST kper=47 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204081 1_GWF-(1,1,2) + Model 2 2 5.78070285E-08 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 47 + 4 TOTAL ITERATIONS + + Solving: Stress period: 48 Time step: 1 + +1 + STRESS PERIOD NO. 48, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=48 +IDM RP LIST kper=48 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204081 1_GWF-(1,1,2) + Model 2 2 4.80165626E-06 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 48 + 4 TOTAL ITERATIONS + + Solving: Stress period: 49 Time step: 1 + +1 + STRESS PERIOD NO. 49, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=49 +IDM RP LIST kper=49 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.0204082 1_GWF-(1,1,2) + Model 2 2 5.37227152E-09 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 49 + 4 TOTAL ITERATIONS + + Solving: Stress period: 50 Time step: 1 + +1 + STRESS PERIOD NO. 50, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=50 +IDM RP LIST kper=50 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=2 +CELLID FIRST SET nbound=2 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.0204082 1_GWF-(1,1,2) + Model 2 2 5.15518650E-09 1_GWF-(1,1,2) + Model 3 1 0.0000000 * 1_GWF-(1,1,2) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 50 + 5 TOTAL ITERATIONS + + + Solution SLN_1 summary + ---------------------------------------------------------------------- + Total formulate time: 0.18829999999999923E-2 seconds + Total solution time: 0.99000000000005334E-4 seconds + + + DETAILED INFORMATION ON VARIABLES STORED IN THE MEMORY MANAGER + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + ORIGIN VARIABLE NAME DATA TYPE NUMBER OF ITEMS ASSOCIATED VARIABLE + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + __INPUT__/SIM/NAM TDIS6 STRING LEN=300 1 -- + __INPUT__/SIM/NAM MTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM MFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM MNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM EXGTYPE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGFILE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEA STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEB STRING LEN=300 0 -- + __INPUT__/SIM/NAM SOLUTIONGROUPNUM INTEGER 1 -- + __INPUT__/SIM/NAM SLNTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNMNAMES STRING LEN=300 1 -- + __INPUT__/SIM/NAM CONTINUE INTEGER 1 -- + __INPUT__/SIM/NAM NOCHECK INTEGER 1 -- + __INPUT__/SIM/NAM PRMEM STRING LEN=300 1 -- + __INPUT__/SIM/NAM MAXERRORS INTEGER 1 -- + __INPUT__/SIM/NAM PRINT_INPUT INTEGER 1 -- + __INPUT__/SIM/NAM MXITER INTEGER 1 -- + __INPUT__/SIM NUMMODELS INTEGER 1 -- + __INPUT__/SIM NUMEXCHANGES INTEGER 1 -- + __INPUT__/EVT02/NAM SAVE_FLOWS INTEGER 1 -- + __INPUT__/EVT02/NAM FTYPE STRING LEN=300 6 -- + __INPUT__/EVT02/NAM FNAME STRING LEN=300 6 -- + __INPUT__/EVT02/NAM PNAME STRING LEN=300 6 -- + __INPUT__/EVT02 PKGTYPES STRING LEN=7 6 -- + __INPUT__/EVT02 PKGNAMES STRING LEN=16 6 -- + __INPUT__/EVT02 MEMPATHS STRING LEN=50 6 -- + __INPUT__/EVT02 INUNITS INTEGER 6 -- + __INPUT__/EVT02/DIS INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/EVT02/NPF INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/EVT02/CHD_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/EVT02/EVT_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/EVT02/DIS NLAY INTEGER 1 -- + __INPUT__/EVT02/DIS NROW INTEGER 1 -- + __INPUT__/EVT02/DIS NCOL INTEGER 1 -- + __INPUT__/EVT02 MODEL_SHAPE INTEGER 3 -- + __INPUT__/EVT02 NCELLDIM INTEGER 1 -- + __INPUT__/EVT02/DIS DELR DOUBLE 3 -- + __INPUT__/EVT02/DIS DELC DOUBLE 1 -- + __INPUT__/EVT02/DIS TOP DOUBLE 3 -- + __INPUT__/EVT02/DIS BOTM DOUBLE 3 -- + __INPUT__/EVT02/NPF IPAKCB INTEGER 1 -- + __INPUT__/EVT02/NPF ICELLTYPE INTEGER 3 -- + __INPUT__/EVT02/NPF K DOUBLE 3 -- + __INPUT__/EVT02/EVT_0 IPRFLOW INTEGER 1 -- + __INPUT__/EVT02/EVT_0 SURFRATESPEC INTEGER 1 -- + __INPUT__/EVT02/EVT_0 NAUX INTEGER 1 -- + __INPUT__/EVT02/EVT_0 MAXBOUND INTEGER 1 -- + __INPUT__/EVT02/EVT_0 NSEG INTEGER 1 -- + __INPUT__/EVT02/EVT_0 IPER INTEGER 1 -- + __INPUT__/EVT02/EVT_0 IONPER INTEGER 1 -- + __INPUT__/EVT02/EVT_0 NBOUND INTEGER 1 -- + __INPUT__/EVT02/EVT_0 NCPL INTEGER 1 -- + __INPUT__/EVT02/EVT_0 AUXILIARY STRING LEN=16 0 -- + __INPUT__/EVT02/EVT_0 CELLID INTEGER 3 -- + __INPUT__/EVT02/EVT_0 SURFACE DOUBLE 1 -- + __INPUT__/EVT02/EVT_0 RATE DOUBLE 1 -- + __INPUT__/EVT02/EVT_0 DEPTH DOUBLE 1 -- + __INPUT__/EVT02/EVT_0 PETM0 DOUBLE 1 -- + __INPUT__/EVT02/EVT_0 BOUNDNAME STRING LEN=40 0 -- + __INPUT__/EVT02/EVT_0 AUXVAR DOUBLE 0 -- + __INPUT__/EVT02/CHD_0 NAUX INTEGER 1 -- + __INPUT__/EVT02/CHD_0 MAXBOUND INTEGER 1 -- + __INPUT__/EVT02/CHD_0 IPER INTEGER 1 -- + __INPUT__/EVT02/CHD_0 IONPER INTEGER 1 -- + __INPUT__/EVT02/CHD_0 NBOUND INTEGER 1 -- + __INPUT__/EVT02/CHD_0 NCPL INTEGER 1 -- + __INPUT__/EVT02/CHD_0 AUXILIARY STRING LEN=16 0 -- + __INPUT__/EVT02/CHD_0 CELLID INTEGER 6 -- + __INPUT__/EVT02/CHD_0 HEAD DOUBLE 2 -- + __INPUT__/EVT02/CHD_0 BOUNDNAME STRING LEN=40 0 -- + __INPUT__/EVT02/CHD_0 AUXVAR DOUBLE 0 -- + TDIS NPER INTEGER 1 -- + TDIS ITMUNI INTEGER 1 -- + TDIS KPER INTEGER 1 -- + TDIS KSTP INTEGER 1 -- + TDIS INATS INTEGER 1 -- + TDIS READNEWDATA LOGICAL 1 -- + TDIS ENDOFPERIOD LOGICAL 1 -- + TDIS ENDOFSIMULATION LOGICAL 1 -- + TDIS DELT DOUBLE 1 -- + TDIS PERTIM DOUBLE 1 -- + TDIS TOPERTIM DOUBLE 1 -- + TDIS TOTIM DOUBLE 1 -- + TDIS TOTIMC DOUBLE 1 -- + TDIS DELTSAV DOUBLE 1 -- + TDIS TOTIMSAV DOUBLE 1 -- + TDIS PERTIMSAV DOUBLE 1 -- + TDIS TOTALSIMTIME DOUBLE 1 -- + TDIS PERLEN DOUBLE 50 -- + TDIS NSTP INTEGER 50 -- + TDIS TSMULT DOUBLE 50 -- + __INPUT__/SIM/NAM MRANKS INTEGER 1 -- + EVT02 NAME STRING LEN=16 1 -- + EVT02 MACRONYM STRING LEN=3 1 -- + EVT02 ID INTEGER 1 -- + EVT02 IOUT INTEGER 1 -- + EVT02 INEWTON INTEGER 1 -- + EVT02 IPRPAK INTEGER 1 -- + EVT02 IPRFLOW INTEGER 1 -- + EVT02 IPAKCB INTEGER 1 -- + EVT02 IDSOLN INTEGER 1 -- + EVT02 NEQ INTEGER 1 -- + EVT02 NJA INTEGER 1 -- + EVT02 ICNVG INTEGER 1 -- + EVT02 MOFFSET INTEGER 1 -- + EVT02 INIC INTEGER 1 -- + EVT02 INOC INTEGER 1 -- + EVT02 INNPF INTEGER 1 -- + EVT02 INBUY INTEGER 1 -- + EVT02 INVSC INTEGER 1 -- + EVT02 INSTO INTEGER 1 -- + EVT02 INCSUB INTEGER 1 -- + EVT02 INMVR INTEGER 1 -- + EVT02 INHFB INTEGER 1 -- + EVT02 INGNC INTEGER 1 -- + EVT02 INOBS INTEGER 1 -- + EVT02 ISS INTEGER 1 -- + EVT02 INEWTONUR INTEGER 1 -- + EVT02/DIS INUNIT INTEGER 1 -- + EVT02/DIS IOUT INTEGER 1 -- + EVT02/DIS NODES INTEGER 1 -- + EVT02/DIS NODESUSER INTEGER 1 -- + EVT02/DIS NDIM INTEGER 1 -- + EVT02/DIS ICONDIR INTEGER 1 -- + EVT02/DIS NOGRB INTEGER 1 -- + EVT02/DIS XORIGIN DOUBLE 1 -- + EVT02/DIS YORIGIN DOUBLE 1 -- + EVT02/DIS ANGROT DOUBLE 1 -- + EVT02/DIS NJA INTEGER 1 -- + EVT02/DIS NJAS INTEGER 1 -- + EVT02/DIS LENUNI INTEGER 1 -- + EVT02/DIS NLAY INTEGER 1 -- + EVT02/DIS NROW INTEGER 1 -- + EVT02/DIS NCOL INTEGER 1 -- + EVT02/NPF INPUT_FNAME STRING LEN=300 1 -- + EVT02/NPF PACKAGE_TYPE STRING LEN=5 1 -- + EVT02/NPF ID INTEGER 1 -- + EVT02/NPF INUNIT INTEGER 1 -- + EVT02/NPF IOUT INTEGER 1 -- + EVT02/NPF INEWTON INTEGER 1 -- + EVT02/NPF IASYM INTEGER 1 -- + EVT02/NPF IPRPAK INTEGER 1 -- + EVT02/NPF IPRFLOW INTEGER 1 -- + EVT02/NPF IPAKCB INTEGER 1 -- + EVT02/NPF IONPER INTEGER 1 -- + EVT02/NPF LASTONPER INTEGER 1 -- + EVT02/NPF INAME INTEGER 1 -- + EVT02/NPF IXT3D INTEGER 1 -- + EVT02/NPF IXT3DRHS INTEGER 1 -- + EVT02/NPF SATOMEGA DOUBLE 1 -- + EVT02/NPF HNOFLO DOUBLE 1 -- + EVT02/NPF HDRY DOUBLE 1 -- + EVT02/NPF ICELLAVG INTEGER 1 -- + EVT02/NPF IAVGKEFF INTEGER 1 -- + EVT02/NPF IK22 INTEGER 1 -- + EVT02/NPF IK33 INTEGER 1 -- + EVT02/NPF IK22OVERK INTEGER 1 -- + EVT02/NPF IK33OVERK INTEGER 1 -- + EVT02/NPF IPERCHED INTEGER 1 -- + EVT02/NPF IVARCV INTEGER 1 -- + EVT02/NPF IDEWATCV INTEGER 1 -- + EVT02/NPF ITHICKSTRT INTEGER 1 -- + EVT02/NPF IUSGNRHC INTEGER 1 -- + EVT02/NPF INWTUPW INTEGER 1 -- + EVT02/NPF ICALCSPDIS INTEGER 1 -- + EVT02/NPF ISAVSPDIS INTEGER 1 -- + EVT02/NPF ISAVSAT INTEGER 1 -- + EVT02/NPF IREWET INTEGER 1 -- + EVT02/NPF WETFCT DOUBLE 1 -- + EVT02/NPF IWETIT INTEGER 1 -- + EVT02/NPF IHDWET INTEGER 1 -- + EVT02/NPF SATMIN DOUBLE 1 -- + EVT02/NPF IANGLE1 INTEGER 1 -- + EVT02/NPF IANGLE2 INTEGER 1 -- + EVT02/NPF IANGLE3 INTEGER 1 -- + EVT02/NPF IWETDRY INTEGER 1 -- + EVT02/NPF NEDGES INTEGER 1 -- + EVT02/NPF LASTEDGE INTEGER 1 -- + EVT02/NPF INTVK INTEGER 1 -- + EVT02/NPF INVSC INTEGER 1 -- + EVT02/NPF KCHANGEPER INTEGER 1 -- + EVT02/NPF KCHANGESTP INTEGER 1 -- + EVT02/XT3D IXT3D INTEGER 1 -- + EVT02/XT3D NBRMAX INTEGER 1 -- + EVT02/XT3D INUNIT INTEGER 1 -- + EVT02/XT3D IOUT INTEGER 1 -- + EVT02/XT3D INEWTON INTEGER 1 -- + EVT02/XT3D NUMEXTNBRS INTEGER 1 -- + EVT02/XT3D NOZEE LOGICAL 1 -- + EVT02/XT3D VCTHRESH DOUBLE 1 -- + EVT02/XT3D LAMATSAVED LOGICAL 1 -- + EVT02/XT3D LDISPERSION LOGICAL 1 -- + EVT02/BUY INPUT_FNAME STRING LEN=300 1 -- + EVT02/BUY PACKAGE_TYPE STRING LEN=5 1 -- + EVT02/BUY ID INTEGER 1 -- + EVT02/BUY INUNIT INTEGER 1 -- + EVT02/BUY IOUT INTEGER 1 -- + EVT02/BUY INEWTON INTEGER 1 -- + EVT02/BUY IASYM INTEGER 1 -- + EVT02/BUY IPRPAK INTEGER 1 -- + EVT02/BUY IPRFLOW INTEGER 1 -- + EVT02/BUY IPAKCB INTEGER 1 -- + EVT02/BUY IONPER INTEGER 1 -- + EVT02/BUY LASTONPER INTEGER 1 -- + EVT02/BUY IOUTDENSE INTEGER 1 -- + EVT02/BUY IFORM INTEGER 1 -- + EVT02/BUY IREADELEV INTEGER 1 -- + EVT02/BUY IREADCONCBUY INTEGER 1 -- + EVT02/BUY ICONCSET INTEGER 1 -- + EVT02/BUY DENSEREF DOUBLE 1 -- + EVT02/BUY NRHOSPECIES INTEGER 1 -- + EVT02/VSC INPUT_FNAME STRING LEN=300 1 -- + EVT02/VSC PACKAGE_TYPE STRING LEN=5 1 -- + EVT02/VSC ID INTEGER 1 -- + EVT02/VSC INUNIT INTEGER 1 -- + EVT02/VSC IOUT INTEGER 1 -- + EVT02/VSC INEWTON INTEGER 1 -- + EVT02/VSC IASYM INTEGER 1 -- + EVT02/VSC IPRPAK INTEGER 1 -- + EVT02/VSC IPRFLOW INTEGER 1 -- + EVT02/VSC IPAKCB INTEGER 1 -- + EVT02/VSC IONPER INTEGER 1 -- + EVT02/VSC LASTONPER INTEGER 1 -- + EVT02/VSC THERMIVISC INTEGER 1 -- + EVT02/VSC IDXTMPR INTEGER 1 -- + EVT02/VSC IOUTVISC INTEGER 1 -- + EVT02/VSC IREADELEV INTEGER 1 -- + EVT02/VSC ICONCSET INTEGER 1 -- + EVT02/VSC VISCREF DOUBLE 1 -- + EVT02/VSC A2 DOUBLE 1 -- + EVT02/VSC A3 DOUBLE 1 -- + EVT02/VSC A4 DOUBLE 1 -- + EVT02/VSC NVISCSPECIES INTEGER 1 -- + EVT02/GNC INPUT_FNAME STRING LEN=300 1 -- + EVT02/GNC PACKAGE_TYPE STRING LEN=5 1 -- + EVT02/GNC ID INTEGER 1 -- + EVT02/GNC INUNIT INTEGER 1 -- + EVT02/GNC IOUT INTEGER 1 -- + EVT02/GNC INEWTON INTEGER 1 -- + EVT02/GNC IASYM INTEGER 1 -- + EVT02/GNC IPRPAK INTEGER 1 -- + EVT02/GNC IPRFLOW INTEGER 1 -- + EVT02/GNC IPAKCB INTEGER 1 -- + EVT02/GNC IONPER INTEGER 1 -- + EVT02/GNC LASTONPER INTEGER 1 -- + EVT02/GNC SMGNC LOGICAL 1 -- + EVT02/GNC IMPLICIT LOGICAL 1 -- + EVT02/GNC I2KN LOGICAL 1 -- + EVT02/GNC NEXG INTEGER 1 -- + EVT02/GNC NUMJS INTEGER 1 -- + EVT02/HFB INPUT_FNAME STRING LEN=300 1 -- + EVT02/HFB PACKAGE_TYPE STRING LEN=5 1 -- + EVT02/HFB ID INTEGER 1 -- + EVT02/HFB INUNIT INTEGER 1 -- + EVT02/HFB IOUT INTEGER 1 -- + EVT02/HFB INEWTON INTEGER 1 -- + EVT02/HFB IASYM INTEGER 1 -- + EVT02/HFB IPRPAK INTEGER 1 -- + EVT02/HFB IPRFLOW INTEGER 1 -- + EVT02/HFB IPAKCB INTEGER 1 -- + EVT02/HFB IONPER INTEGER 1 -- + EVT02/HFB LASTONPER INTEGER 1 -- + EVT02/HFB MAXHFB INTEGER 1 -- + EVT02/HFB NHFB INTEGER 1 -- + EVT02/HFB IVSC INTEGER 1 -- + EVT02/STO INPUT_FNAME STRING LEN=300 1 -- + EVT02/STO PACKAGE_TYPE STRING LEN=5 1 -- + EVT02/STO ID INTEGER 1 -- + EVT02/STO INUNIT INTEGER 1 -- + EVT02/STO IOUT INTEGER 1 -- + EVT02/STO INEWTON INTEGER 1 -- + EVT02/STO IASYM INTEGER 1 -- + EVT02/STO IPRPAK INTEGER 1 -- + EVT02/STO IPRFLOW INTEGER 1 -- + EVT02/STO IPAKCB INTEGER 1 -- + EVT02/STO IONPER INTEGER 1 -- + EVT02/STO LASTONPER INTEGER 1 -- + EVT02/STO ISTOR_COEF INTEGER 1 -- + EVT02/STO ICONF_SS INTEGER 1 -- + EVT02/STO IORIG_SS INTEGER 1 -- + EVT02/STO IUSESY INTEGER 1 -- + EVT02/STO SATOMEGA DOUBLE 1 -- + EVT02/STO INTEGRATECHANGES INTEGER 1 -- + EVT02/STO INTVS INTEGER 1 -- + EVT02/CSUB INPUT_FNAME STRING LEN=300 1 -- + EVT02/CSUB PACKAGE_TYPE STRING LEN=5 1 -- + EVT02/CSUB ID INTEGER 1 -- + EVT02/CSUB INUNIT INTEGER 1 -- + EVT02/CSUB IOUT INTEGER 1 -- + EVT02/CSUB INEWTON INTEGER 1 -- + EVT02/CSUB IASYM INTEGER 1 -- + EVT02/CSUB IPRPAK INTEGER 1 -- + EVT02/CSUB IPRFLOW INTEGER 1 -- + EVT02/CSUB IPAKCB INTEGER 1 -- + EVT02/CSUB IONPER INTEGER 1 -- + EVT02/CSUB LASTONPER INTEGER 1 -- + EVT02/CSUB LISTLABEL STRING LEN=500 1 -- + EVT02/CSUB STONAME STRING LEN=50 1 -- + EVT02/CSUB ISTOUNIT INTEGER 1 -- + EVT02/CSUB INOBSPKG INTEGER 1 -- + EVT02/CSUB NINTERBEDS INTEGER 1 -- + EVT02/CSUB MAXSIG0 INTEGER 1 -- + EVT02/CSUB NBOUND INTEGER 1 -- + EVT02/CSUB ISCLOC INTEGER 1 -- + EVT02/CSUB IAUXMULTCOL INTEGER 1 -- + EVT02/CSUB NDELAYCELLS INTEGER 1 -- + EVT02/CSUB NDELAYBEDS INTEGER 1 -- + EVT02/CSUB INITIALIZED INTEGER 1 -- + EVT02/CSUB IESLAG INTEGER 1 -- + EVT02/CSUB IPCH INTEGER 1 -- + EVT02/CSUB LHEAD_BASED LOGICAL 1 -- + EVT02/CSUB IUPDATESTRESS INTEGER 1 -- + EVT02/CSUB ISPECIFIED_PCS INTEGER 1 -- + EVT02/CSUB ISPECIFIED_DBH INTEGER 1 -- + EVT02/CSUB INAMEDBOUND INTEGER 1 -- + EVT02/CSUB ICONVCHK INTEGER 1 -- + EVT02/CSUB NAUX INTEGER 1 -- + EVT02/CSUB ISTORAGEC INTEGER 1 -- + EVT02/CSUB ISTRAINIB INTEGER 1 -- + EVT02/CSUB ISTRAINSK INTEGER 1 -- + EVT02/CSUB IOUTCOMP INTEGER 1 -- + EVT02/CSUB IOUTCOMPI INTEGER 1 -- + EVT02/CSUB IOUTCOMPE INTEGER 1 -- + EVT02/CSUB IOUTCOMPIB INTEGER 1 -- + EVT02/CSUB IOUTCOMPS INTEGER 1 -- + EVT02/CSUB IOUTZDISP INTEGER 1 -- + EVT02/CSUB IPAKCSV INTEGER 1 -- + EVT02/CSUB IUPDATEMATPROP INTEGER 1 -- + EVT02/CSUB EPSILON DOUBLE 1 -- + EVT02/CSUB CC_CRIT DOUBLE 1 -- + EVT02/CSUB GAMMAW DOUBLE 1 -- + EVT02/CSUB BETA DOUBLE 1 -- + EVT02/CSUB BRG DOUBLE 1 -- + EVT02/CSUB SATOMEGA DOUBLE 1 -- + EVT02/CSUB ICELLF INTEGER 1 -- + EVT02/CSUB GWFISS0 INTEGER 1 -- + EVT02/CSUB AUXNAME STRING LEN=16 0 -- + EVT02/IC INPUT_FNAME STRING LEN=300 1 -- + EVT02/IC PACKAGE_TYPE STRING LEN=5 1 -- + EVT02/IC ID INTEGER 1 -- + EVT02/IC INUNIT INTEGER 1 -- + EVT02/IC IOUT INTEGER 1 -- + EVT02/IC INEWTON INTEGER 1 -- + EVT02/IC IASYM INTEGER 1 -- + EVT02/IC IPRPAK INTEGER 1 -- + EVT02/IC IPRFLOW INTEGER 1 -- + EVT02/IC IPAKCB INTEGER 1 -- + EVT02/IC IONPER INTEGER 1 -- + EVT02/IC LASTONPER INTEGER 1 -- + EVT02/MVR INPUT_FNAME STRING LEN=300 1 -- + EVT02/MVR PACKAGE_TYPE STRING LEN=5 1 -- + EVT02/MVR ID INTEGER 1 -- + EVT02/MVR INUNIT INTEGER 1 -- + EVT02/MVR IOUT INTEGER 1 -- + EVT02/MVR INEWTON INTEGER 1 -- + EVT02/MVR IASYM INTEGER 1 -- + EVT02/MVR IPRPAK INTEGER 1 -- + EVT02/MVR IPRFLOW INTEGER 1 -- + EVT02/MVR IPAKCB INTEGER 1 -- + EVT02/MVR IONPER INTEGER 1 -- + EVT02/MVR LASTONPER INTEGER 1 -- + EVT02/MVR IBUDGETOUT INTEGER 1 -- + EVT02/MVR IBUDCSV INTEGER 1 -- + EVT02/MVR MAXMVR INTEGER 1 -- + EVT02/MVR MAXPACKAGES INTEGER 1 -- + EVT02/MVR MAXCOMB INTEGER 1 -- + EVT02/MVR NMVR INTEGER 1 -- + EVT02/MVR IEXGMVR INTEGER 1 -- + EVT02/MVR IMODELNAMES INTEGER 1 -- + EVT02/OC INUNIT INTEGER 1 -- + EVT02/OC IOUT INTEGER 1 -- + EVT02/OC IBUDCSV INTEGER 1 -- + EVT02/OC IPEROC INTEGER 1 -- + EVT02/OC IOCREP INTEGER 1 -- + EVT02/EVT_0 INPUT_FNAME STRING LEN=300 1 -- + EVT02/EVT_0 PACKAGE_TYPE STRING LEN=5 1 -- + EVT02/EVT_0 ID INTEGER 1 -- + EVT02/EVT_0 INUNIT INTEGER 1 -- + EVT02/EVT_0 IOUT INTEGER 1 -- + EVT02/EVT_0 INEWTON INTEGER 1 -- + EVT02/EVT_0 IASYM INTEGER 1 -- + EVT02/EVT_0 IPRPAK INTEGER 1 -- + EVT02/EVT_0 IPRFLOW INTEGER 1 -- + EVT02/EVT_0 IPAKCB INTEGER 1 -- + EVT02/EVT_0 IONPER INTEGER 1 -- + EVT02/EVT_0 LASTONPER INTEGER 1 -- + EVT02/EVT_0 LISTLABEL STRING LEN=500 1 -- + EVT02/EVT_0 ISADVPAK INTEGER 1 -- + EVT02/EVT_0 IBCNUM INTEGER 1 -- + EVT02/EVT_0 MAXBOUND INTEGER 1 -- + EVT02/EVT_0 NBOUND INTEGER 1 -- + EVT02/EVT_0 NCOLBND INTEGER 1 -- + EVT02/EVT_0 ISCLOC INTEGER 1 -- + EVT02/EVT_0 NAUX INTEGER 1 -- + EVT02/EVT_0 INAMEDBOUND INTEGER 1 -- + EVT02/EVT_0 IAUXMULTCOL INTEGER 1 -- + EVT02/EVT_0 INOBSPKG INTEGER 1 -- + EVT02/EVT_0 IMOVER INTEGER 1 -- + EVT02/EVT_0 IVSC INTEGER 1 -- + EVT02/EVT_0 NPAKEQ INTEGER 1 -- + EVT02/EVT_0 IOFFSET INTEGER 1 -- + EVT02/EVT_0 AUXNAME STRING LEN=16 0 -- + EVT02/EVT_0 AUXNAME_CST STRING LEN=16 0 -- + EVT02/EVT_0 NSEG INTEGER 1 -- + EVT02/CHD_0 INPUT_FNAME STRING LEN=300 1 -- + EVT02/CHD_0 PACKAGE_TYPE STRING LEN=5 1 -- + EVT02/CHD_0 ID INTEGER 1 -- + EVT02/CHD_0 INUNIT INTEGER 1 -- + EVT02/CHD_0 IOUT INTEGER 1 -- + EVT02/CHD_0 INEWTON INTEGER 1 -- + EVT02/CHD_0 IASYM INTEGER 1 -- + EVT02/CHD_0 IPRPAK INTEGER 1 -- + EVT02/CHD_0 IPRFLOW INTEGER 1 -- + EVT02/CHD_0 IPAKCB INTEGER 1 -- + EVT02/CHD_0 IONPER INTEGER 1 -- + EVT02/CHD_0 LASTONPER INTEGER 1 -- + EVT02/CHD_0 LISTLABEL STRING LEN=500 1 -- + EVT02/CHD_0 ISADVPAK INTEGER 1 -- + EVT02/CHD_0 IBCNUM INTEGER 1 -- + EVT02/CHD_0 MAXBOUND INTEGER 1 -- + EVT02/CHD_0 NBOUND INTEGER 1 -- + EVT02/CHD_0 NCOLBND INTEGER 1 -- + EVT02/CHD_0 ISCLOC INTEGER 1 -- + EVT02/CHD_0 NAUX INTEGER 1 -- + EVT02/CHD_0 INAMEDBOUND INTEGER 1 -- + EVT02/CHD_0 IAUXMULTCOL INTEGER 1 -- + EVT02/CHD_0 INOBSPKG INTEGER 1 -- + EVT02/CHD_0 IMOVER INTEGER 1 -- + EVT02/CHD_0 IVSC INTEGER 1 -- + EVT02/CHD_0 NPAKEQ INTEGER 1 -- + EVT02/CHD_0 IOFFSET INTEGER 1 -- + EVT02/CHD_0 AUXNAME STRING LEN=16 0 -- + EVT02/CHD_0 AUXNAME_CST STRING LEN=16 0 -- + SLN_1 ID INTEGER 1 -- + SLN_1 IU INTEGER 1 -- + SLN_1 TTFORM DOUBLE 1 -- + SLN_1 TTSOLN DOUBLE 1 -- + SLN_1 ISYMMETRIC INTEGER 1 -- + SLN_1 NEQ INTEGER 1 -- + SLN_1 MATRIX_OFFSET INTEGER 1 -- + SLN_1 DVCLOSE DOUBLE 1 -- + SLN_1 BIGCHOLD DOUBLE 1 -- + SLN_1 BIGCH DOUBLE 1 -- + SLN_1 RELAXOLD DOUBLE 1 -- + SLN_1 RES_PREV DOUBLE 1 -- + SLN_1 RES_NEW DOUBLE 1 -- + SLN_1 ICNVG INTEGER 1 -- + SLN_1 ITERTOT_TIMESTEP INTEGER 1 -- + SLN_1 IOUTTOT_TIMESTEP INTEGER 1 -- + SLN_1 INNERTOT_SIM INTEGER 1 -- + SLN_1 MXITER INTEGER 1 -- + SLN_1 LINSOLVER INTEGER 1 -- + SLN_1 NONMETH INTEGER 1 -- + SLN_1 IPRIMS INTEGER 1 -- + SLN_1 THETA DOUBLE 1 -- + SLN_1 AKAPPA DOUBLE 1 -- + SLN_1 GAMMA DOUBLE 1 -- + SLN_1 AMOMENTUM DOUBLE 1 -- + SLN_1 BREDUC DOUBLE 1 -- + SLN_1 BTOL DOUBLE 1 -- + SLN_1 RES_LIM DOUBLE 1 -- + SLN_1 NUMTRACK INTEGER 1 -- + SLN_1 IBFLAG INTEGER 1 -- + SLN_1 ICSVOUTEROUT INTEGER 1 -- + SLN_1 ICSVINNEROUT INTEGER 1 -- + SLN_1 NITERMAX INTEGER 1 -- + SLN_1 CONVNMOD INTEGER 1 -- + SLN_1 IALLOWPTC INTEGER 1 -- + SLN_1 IPTCOPT INTEGER 1 -- + SLN_1 IPTCOUT INTEGER 1 -- + SLN_1 L2NORM0 DOUBLE 1 -- + SLN_1 PTCDEL DOUBLE 1 -- + SLN_1 PTCDEL0 DOUBLE 1 -- + SLN_1 PTCEXP DOUBLE 1 -- + SLN_1 ATSFRAC DOUBLE 1 -- + EVT02/DIS DELR DOUBLE 3 -- + EVT02/DIS DELC DOUBLE 1 -- + EVT02/DIS IDOMAIN INTEGER 3 -- + EVT02/DIS TOP2D DOUBLE 3 -- + EVT02/DIS BOT3D DOUBLE 3 -- + EVT02/DIS CELLX DOUBLE 3 -- + EVT02/DIS CELLY DOUBLE 1 -- + EVT02/DIS MSHAPE INTEGER 3 -- + EVT02/DIS XC DOUBLE 3 -- + EVT02/DIS YC DOUBLE 3 -- + EVT02/DIS TOP DOUBLE 3 -- + EVT02/DIS BOT DOUBLE 3 -- + EVT02/DIS AREA DOUBLE 3 -- + EVT02 DBUFF DOUBLE 3 -- + EVT02 IBUFF INTEGER 3 -- + EVT02/DIS NODEUSER INTEGER 1 -- + EVT02/DIS NODEREDUCED INTEGER 1 -- + EVT02/CON NODES INTEGER 1 -- + EVT02/CON NJA INTEGER 1 -- + EVT02/CON NJAS INTEGER 1 -- + EVT02/CON IANGLEX INTEGER 1 -- + EVT02/CON IA INTEGER 4 -- + EVT02/CON JA INTEGER 7 -- + EVT02/CON ISYM INTEGER 7 -- + EVT02/CON JAS INTEGER 7 -- + EVT02/CON HWVA DOUBLE 2 -- + EVT02/CON ANGLEX DOUBLE 2 -- + EVT02/CON IHC INTEGER 2 -- + EVT02/CON CL1 DOUBLE 2 -- + EVT02/CON CL2 DOUBLE 2 -- + EVT02/CON IAUSR INTEGER 1 -- + EVT02/CON JAUSR INTEGER 1 -- + EVT02/NPF ITHICKSTARTFLAG INTEGER 3 -- + EVT02/NPF ICELLTYPE INTEGER 3 -- + EVT02/NPF K11 DOUBLE 3 -- + EVT02/NPF SAT DOUBLE 3 -- + EVT02/NPF CONDSAT DOUBLE 2 -- + EVT02/NPF K22 DOUBLE 3 -- + EVT02/NPF K33 DOUBLE 3 -- + EVT02/NPF WETDRY DOUBLE 1 -- + EVT02/NPF ANGLE1 DOUBLE 0 -- + EVT02/NPF ANGLE2 DOUBLE 0 -- + EVT02/NPF ANGLE3 DOUBLE 0 -- + EVT02/NPF IBOTNODE INTEGER 0 -- + EVT02/NPF NODEDGE INTEGER 0 -- + EVT02/NPF IHCEDGE INTEGER 0 -- + EVT02/NPF PROPSEDGE DOUBLE 0 -- + EVT02/NPF K11INPUT DOUBLE 0 -- + EVT02/NPF K22INPUT DOUBLE 0 -- + EVT02/NPF K33INPUT DOUBLE 0 -- + EVT02/NPF SPDIS DOUBLE 0 -- + EVT02/NPF NODEKCHANGE INTEGER 3 -- + EVT02 XOLD DOUBLE 3 -- + EVT02 FLOWJA DOUBLE 7 -- + EVT02 IDXGLO INTEGER 7 -- + SLN_1 X DOUBLE 3 -- + SLN_1 RHS DOUBLE 3 -- + SLN_1 IACTIVE INTEGER 3 -- + SLN_1 XTEMP DOUBLE 3 -- + SLN_1 DXOLD DOUBLE 3 -- + SLN_1 HNCG DOUBLE 100 -- + SLN_1 LRCH INTEGER 300 -- + SLN_1 WSAVE DOUBLE 3 -- + SLN_1 HCHOLD DOUBLE 3 -- + SLN_1 DEOLD DOUBLE 3 -- + SLN_1 CONVMODSTART INTEGER 2 -- + TMPSLN_1 CONVNMOD INTEGER 1 -- + TMPSLN_1 NITERMAX INTEGER 1 -- + TMPSLN_1 ITINNER INTEGER 1 -- + TMPSLN_1 LOCDV INTEGER 1 -- + TMPSLN_1 DVMAX DOUBLE 1 -- + TMPSLN_1 LOCDR INTEGER 1 -- + TMPSLN_1 DRMAX DOUBLE 1 -- + TMPSLN_1 CONVDVMAX DOUBLE 1 -- + TMPSLN_1 CONVLOCDV INTEGER 1 -- + TMPSLN_1 CONVDRMAX DOUBLE 1 -- + TMPSLN_1 CONVLOCDR INTEGER 1 -- + EVT02 X DOUBLE 3 SLN_1/X + EVT02 RHS DOUBLE 3 SLN_1/RHS + EVT02 IBOUND INTEGER 3 SLN_1/IBOUND + SLN_1 NROW INTEGER 1 -- + SLN_1 NCOL INTEGER 1 -- + SLN_1 NJA INTEGER 1 -- + SLN_1 IA INTEGER 4 -- + SLN_1 JA INTEGER 7 -- + SLN_1 AMAT DOUBLE 7 -- + EVT02/IC STRT DOUBLE 3 -- + EVT02/EVT_0 NODELIST INTEGER 1 -- + EVT02/EVT_0 NOUPDATEAUXVAR INTEGER 0 -- + EVT02/EVT_0 BOUND DOUBLE 4 -- + EVT02/EVT_0 CONDINPUT DOUBLE 0 -- + EVT02/EVT_0 HCOF DOUBLE 1 -- + EVT02/EVT_0 RHS DOUBLE 1 -- + EVT02/EVT_0 SIMVALS DOUBLE 1 -- + EVT02/EVT_0 SIMTOMVR DOUBLE 0 -- + EVT02/EVT_0 AUXVAR DOUBLE 0 -- + EVT02/EVT_0 BOUNDNAME STRING LEN=40 0 -- + EVT02/EVT_0 BOUNDNAME_CST STRING LEN=40 0 -- + EVT02/EVT_0 CELLID INTEGER 3 __INPUT__/EVT02/EVT_0/CELLID + EVT02/EVT_0 BOUNDNAME_IDM STRING LEN=40 0 __INPUT__/EVT02/EVT_0/BOUNDNAME + EVT02/EVT_0 AUXVAR_IDM DOUBLE 0 __INPUT__/EVT02/EVT_0/AUXVAR + EVT02/EVT_0 SURFACE DOUBLE 1 __INPUT__/EVT02/EVT_0/SURFACE + EVT02/EVT_0 RATE DOUBLE 1 __INPUT__/EVT02/EVT_0/RATE + EVT02/EVT_0 DEPTH DOUBLE 1 __INPUT__/EVT02/EVT_0/DEPTH + EVT02/EVT_0 PETM0 DOUBLE 1 __INPUT__/EVT02/EVT_0/PETM0 + EVT02/CHD_0 NODELIST INTEGER 2 -- + EVT02/CHD_0 NOUPDATEAUXVAR INTEGER 0 -- + EVT02/CHD_0 BOUND DOUBLE 2 -- + EVT02/CHD_0 CONDINPUT DOUBLE 0 -- + EVT02/CHD_0 HCOF DOUBLE 2 -- + EVT02/CHD_0 RHS DOUBLE 2 -- + EVT02/CHD_0 SIMVALS DOUBLE 2 -- + EVT02/CHD_0 SIMTOMVR DOUBLE 0 -- + EVT02/CHD_0 AUXVAR DOUBLE 0 -- + EVT02/CHD_0 BOUNDNAME STRING LEN=40 0 -- + EVT02/CHD_0 BOUNDNAME_CST STRING LEN=40 0 -- + EVT02/CHD_0 CELLID INTEGER 6 __INPUT__/EVT02/CHD_0/CELLID + EVT02/CHD_0 BOUNDNAME_IDM STRING LEN=40 0 __INPUT__/EVT02/CHD_0/BOUNDNAME + EVT02/CHD_0 AUXVAR_IDM DOUBLE 0 __INPUT__/EVT02/CHD_0/AUXVAR + EVT02/CHD_0 RATECHDIN DOUBLE 2 -- + EVT02/CHD_0 RATECHDOUT DOUBLE 2 -- + EVT02/CHD_0 HEAD DOUBLE 2 __INPUT__/EVT02/CHD_0/HEAD + SLN_1/IMSLINEAR DVCLOSE DOUBLE 1 -- + SLN_1/IMSLINEAR RCLOSE DOUBLE 1 -- + SLN_1/IMSLINEAR ICNVGOPT INTEGER 1 -- + SLN_1/IMSLINEAR ITER1 INTEGER 1 -- + SLN_1/IMSLINEAR ILINMETH INTEGER 1 -- + SLN_1/IMSLINEAR ISCL INTEGER 1 -- + SLN_1/IMSLINEAR IORD INTEGER 1 -- + SLN_1/IMSLINEAR NORTH INTEGER 1 -- + SLN_1/IMSLINEAR RELAX DOUBLE 1 -- + SLN_1/IMSLINEAR LEVEL INTEGER 1 -- + SLN_1/IMSLINEAR DROPTOL DOUBLE 1 -- + SLN_1/IMSLINEAR IDFPARAM INTEGER 1 -- + SLN_1/IMSLINEAR NJA INTEGER 1 -- + SLN_1/IMSLINEAR IOUT INTEGER 1 -- + SLN_1/IMSLINEAR IPC INTEGER 1 -- + SLN_1/IMSLINEAR IACPC INTEGER 1 -- + SLN_1/IMSLINEAR NITERC INTEGER 1 -- + SLN_1/IMSLINEAR NIABCGS INTEGER 1 -- + SLN_1/IMSLINEAR NIAPC INTEGER 1 -- + SLN_1/IMSLINEAR NJAPC INTEGER 1 -- + SLN_1/IMSLINEAR EPFACT DOUBLE 1 -- + SLN_1/IMSLINEAR L2NORM0 DOUBLE 1 -- + SLN_1/IMSLINEAR NJLU INTEGER 1 -- + SLN_1/IMSLINEAR NJW INTEGER 1 -- + SLN_1/IMSLINEAR NWLU INTEGER 1 -- + SLN_1/IMSLINEAR DSCALE DOUBLE 1 -- + SLN_1/IMSLINEAR DSCALE2 DOUBLE 1 -- + SLN_1/IMSLINEAR IAPC INTEGER 4 -- + SLN_1/IMSLINEAR JAPC INTEGER 7 -- + SLN_1/IMSLINEAR APC DOUBLE 7 -- + SLN_1/IMSLINEAR IW INTEGER 3 -- + SLN_1/IMSLINEAR W DOUBLE 3 -- + SLN_1/IMSLINEAR JLU INTEGER 1 -- + SLN_1/IMSLINEAR JW INTEGER 1 -- + SLN_1/IMSLINEAR WLU DOUBLE 1 -- + SLN_1/IMSLINEAR LORDER INTEGER 1 -- + SLN_1/IMSLINEAR IORDER INTEGER 1 -- + SLN_1/IMSLINEAR IARO INTEGER 2 -- + SLN_1/IMSLINEAR JARO INTEGER 1 -- + SLN_1/IMSLINEAR ARO DOUBLE 1 -- + SLN_1/IMSLINEAR ID INTEGER 3 -- + SLN_1/IMSLINEAR D DOUBLE 3 -- + SLN_1/IMSLINEAR P DOUBLE 3 -- + SLN_1/IMSLINEAR Q DOUBLE 3 -- + SLN_1/IMSLINEAR Z DOUBLE 3 -- + SLN_1/IMSLINEAR T DOUBLE 3 -- + SLN_1/IMSLINEAR V DOUBLE 3 -- + SLN_1/IMSLINEAR DHAT DOUBLE 3 -- + SLN_1/IMSLINEAR PHAT DOUBLE 3 -- + SLN_1/IMSLINEAR QHAT DOUBLE 3 -- + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 6.7660000 + Logical 4.00000000E-02 + Integer 3.5840000 + Real 3.0320000 + ------------------------------- + Total 13.422000 + Virtual 0.0000000 + ------------------------------- + + + + Run end date and time (yyyy/mm/dd hh:mm:ss): 2023/10/30 9:08:54 + Elapsed run time: 0.027 Seconds + Normal termination of simulation. diff --git a/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model_nc[0-evt02]0/mfsim.nam b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model_nc[0-evt02]0/mfsim.nam new file mode 100644 index 000000000..0b23b59fb --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_evt02/test_mf6model_nc[0-evt02]0/mfsim.nam @@ -0,0 +1,19 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:08:53. +BEGIN options +END options + +BEGIN timing + TDIS6 evt02.tdis +END timing + +BEGIN models + gwf6 evt02.nam evt02 +END models + +BEGIN exchanges +END exchanges + +BEGIN solutiongroup 1 + ims6 evt02.ims evt02 +END solutiongroup 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/gwf0 - Copy.npf b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/gwf0 - Copy.npf new file mode 100644 index 000000000..6e40b2a65 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/gwf0 - Copy.npf @@ -0,0 +1,14 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:20:40. +BEGIN options + REWET WETFCT 1.00000000 IWETIT 1 IHDWET 1 +END options + +BEGIN griddata + icelltype + CONSTANT 1 + k + CONSTANT 10.00000000 + wetdry + CONSTANT -0.00100000 +END griddata + diff --git a/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/gwf0.cbc b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/gwf0.cbc new file mode 100644 index 000000000..e69de29bb diff --git a/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/gwf0.chd1.chd b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/gwf0.chd1.chd new file mode 100644 index 000000000..84cb10e12 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/gwf0.chd1.chd @@ -0,0 +1,35 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:20:40. +BEGIN options + PRINT_INPUT +END options + +BEGIN dimensions + MAXBOUND 10 +END dimensions + +BEGIN period 1 + 1 1 1 1.00000000E+02 + 1 2 1 1.00000000E+02 + 1 3 1 1.00000000E+02 + 1 4 1 1.00000000E+02 + 1 5 1 1.00000000E+02 + 1 6 1 1.00000000E+02 + 1 7 1 1.00000000E+02 + 1 8 1 1.00000000E+02 + 1 9 1 1.00000000E+02 + 1 10 1 1.00000000E+02 +END period 1 + +BEGIN period 2 + 1 1 1 25 + 1 2 1 25 + 1 3 1 25 + 1 4 1 25 + 1 5 1 25 + 1 6 1 25 + 1 7 1 25 + 1 8 1 25 + 1 9 1 25 + 1 10 1 25 +END period 2 + diff --git a/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/gwf0.chd2.chd b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/gwf0.chd2.chd new file mode 100644 index 000000000..9d8a5a0fc --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/gwf0.chd2.chd @@ -0,0 +1,22 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:20:40. +BEGIN options + PRINT_INPUT +END options + +BEGIN dimensions + MAXBOUND 10 +END dimensions + +BEGIN period 1 + 1 1 15 -4.00000000E+01 + 1 2 15 -4.00000000E+01 + 1 3 15 -4.00000000E+01 + 1 4 15 -4.00000000E+01 + 1 5 15 -4.00000000E+01 + 1 6 15 -4.00000000E+01 + 1 7 15 -4.00000000E+01 + 1 8 15 -4.00000000E+01 + 1 9 15 -4.00000000E+01 + 1 10 15 -4.00000000E+01 +END period 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/gwf0.dis b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/gwf0.dis new file mode 100644 index 000000000..984a9fb92 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/gwf0.dis @@ -0,0 +1,21 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:20:40. +BEGIN options +END options + +BEGIN dimensions + NLAY 1 + NROW 10 + NCOL 15 +END dimensions + +BEGIN griddata + delr + CONSTANT 500.00000000 + delc + CONSTANT 500.00000000 + top + CONSTANT 150.00000000 + botm + CONSTANT -50.00000000 +END griddata + diff --git a/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/gwf0.dis.grb b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/gwf0.dis.grb new file mode 100644 index 000000000..a2f34fd15 Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/gwf0.dis.grb differ diff --git a/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/gwf0.hds b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/gwf0.hds new file mode 100644 index 000000000..8148365db Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/gwf0.hds differ diff --git a/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/gwf0.ic b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/gwf0.ic new file mode 100644 index 000000000..c2a0d5d72 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/gwf0.ic @@ -0,0 +1,6 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:20:40. +BEGIN griddata + strt + CONSTANT -40.00000000 +END griddata + diff --git a/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/gwf0.lst b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/gwf0.lst new file mode 100644 index 000000000..ab2dfaefe --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/gwf0.lst @@ -0,0 +1,570 @@ + MODFLOW 6 PROFESSIONAL + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + GROUNDWATER FLOW MODEL (GWF) + VERSION 6.5.0.dev0 (preliminary) 07/13/2023 + ***DEVELOP MODE*** + + MODFLOW 6 compiled Oct 30 2023 08:23:02 with GCC version 11.3.0 + +This software is preliminary or provisional and is subject to +revision. It is being provided to meet the need for timely best +science. The software has not received final approval by the U.S. +Geological Survey (USGS). No warranty, expressed or implied, is made +by the USGS or the U.S. Government as to the functionality of the +software and related material nor shall the fact of release +constitute any such warranty. The software is provided on the +condition that neither the USGS nor the U.S. Government shall be held +liable for any damages resulting from the authorized or unauthorized +use of the software. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +The following 2-clause BSD License library is used in this +USGS product: + + PETSc, the Portable, Extensible Toolkit for Scientific + Computation Library + Copyright (c) 1991-2021, UChicago Argonne, LLC + and the PETSc Development Team All rights reserved. + (https://petsc.org/release/) + +MODFLOW 6 compiler options: -cpp -I src/libmf6core.a.p -I src -I ../src -I +src/libmf6_external.a.p -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/include -I +/home/mreno/.clone/external/petsc/include -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/lib -I +/home/mreno/miniconda3/envs/modflow6/include -I -fdiagnostics-color=always +-imultiarch x86_64-linux-gnu -D _FILE_OFFSET_BITS=64 -D __linux__ -D +__WITH_PETSC__ -D __WITH_MPI__ -D __WITH_NETCDF__ -mtune=generic +-march=x86-64 -g -O2 -Wall -Wpedantic -Wcharacter-truncation +-Wno-unused-dummy-argument -Wno-intrinsic-shadow -Wno-maybe-uninitialized +-Wno-uninitialized -std=f2008 -fall-intrinsics -fbacktrace -fcheck=all +-ffpe-trap=overflow,zero,invalid -ffpe-summary=overflow +-ffpe-trap=overflow,zero,invalid -fPIC -J src/libmf6core.a.p +-fpre-include=/usr/include/finclude/math-vector-fortran.h + +System command used to initiate simulation: +/home/mreno/.clone/usgs/w/netcdf/2/modflow6/bin/mf6 + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/GWF0/DIS + + + NPF -- NODE PROPERTY FLOW PACKAGE, VERSION 1, 3/30/2015 INPUT READ FROM MEMPATH: __INPUT__/GWF0/NPF + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 1 + NROW = 10 + NCOL = 15 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + End Setting Discretization Griddata + + Setting NPF Options + Rewetting is active. + Wetting factor (WETFCT) has been set to: 1.00000 + Wetting iteration interval (IWETIT) has been set to: 1 + Head rewet equation (IHDWET) has been set to: 1 + End Setting NPF Options + + Setting NPF Griddata + ICELLTYPE set from input file + K set from input file + K33 not provided. Setting K33 = K. + K22 not provided. Setting K22 = K. + WETDRY set from input file + End Setting NPF Griddata + + + CHD -- CHD PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF0/CHD1 + + PROCESSING CHD BASE OPTIONS + LISTS OF CHD CELLS WILL BE PRINTED. + END OF CHD BASE OPTIONS + + PROCESSING CHD BASE DIMENSIONS + MAXBOUND = 10 + END OF CHD BASE DIMENSIONS + + CHD -- CHD PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF0/CHD2 + + PROCESSING CHD BASE OPTIONS + LISTS OF CHD CELLS WILL BE PRINTED. + END OF CHD BASE OPTIONS + + PROCESSING CHD BASE DIMENSIONS + MAXBOUND = 10 + END OF CHD BASE DIMENSIONS + + IC -- INITIAL CONDITIONS PACKAGE, VERSION 8, 3/28/2015 INPUT READ FROM UNIT 1005 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:20:40. + PROCESSING GRIDDATA + + INITIAL HEAD = -40.00000 + END PROCESSING GRIDDATA + BINARY GRID INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1012 + FILE NAME: gwf0.dis.grb + + OPENED gwf0.dis.grb + FILE TYPE:DATA(BINARY) UNIT 1012 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:20:40. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1013 + FILE NAME: gwf0.cbc + + OPENED gwf0.cbc + FILE TYPE:DATA(BINARY) UNIT 1013 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + HEAD INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1014 + FILE NAME: gwf0.hds + + OPENED gwf0.hds + FILE TYPE:DATA(BINARY) UNIT 1014 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + THE LAST TIME STEP WILL BE SAVED + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + --------------------------------------------------- + CHD NO. LAYER ROW COL HEAD + --------------------------------------------------- + 1 1 1 1 100.000000 + 2 1 2 1 100.000000 + 3 1 3 1 100.000000 + 4 1 4 1 100.000000 + 5 1 5 1 100.000000 + 6 1 6 1 100.000000 + 7 1 7 1 100.000000 + 8 1 8 1 100.000000 + 9 1 9 1 100.000000 + 10 1 10 1 100.000000 + --------------------------------------------------- + + + --------------------------------------------------- + CHD NO. LAYER ROW COL HEAD + --------------------------------------------------- + 1 1 1 15 -40.0000000 + 2 1 2 15 -40.0000000 + 3 1 3 15 -40.0000000 + 4 1 4 15 -40.0000000 + 5 1 5 15 -40.0000000 + 6 1 6 15 -40.0000000 + 7 1 7 15 -40.0000000 + 8 1 8 15 -40.0000000 + 9 1 9 15 -40.0000000 + 10 1 10 15 -40.0000000 + --------------------------------------------------- + + + + SLN_1 INNER ITERATION SUMMARY + -------------------------------------------------------------------------------------------------------------------------------------- + TOTAL OUTER INNER MAXIMUM + ITERATION ITERATION ITERATION MAXIMUM CHANGE MAXIMUM CHANGE MODEL-(CELLID) RESIDUAL MAXIMUM RESIDUAL MODEL-(CELLID) + -------------------------------------------------------------------------------------------------------------------------------------- + 1 1 1 132.58403 1_GWF-(1,10,2) 1491.6296 1_GWF-(1,10,12) + 2 1 2 31.029958 1_GWF-(1,1,9) -815.63990 1_GWF-(1,1,12) + 3 1 3 -12.212677 1_GWF-(1,10,7) -462.40850 1_GWF-(1,1,14) + 4 1 4 -2.9500675 1_GWF-(1,10,4) -146.41039 1_GWF-(1,1,14) + 5 1 5 0.96711845 1_GWF-(1,2,10) -44.804306 1_GWF-(1,2,12) + 6 1 6 0.32737920 1_GWF-(1,2,12) 14.167756 1_GWF-(1,10,2) + 7 1 7 0.11039513 1_GWF-(1,4,9) 7.3195357 1_GWF-(1,10,2) + 8 1 8 -2.35236078E-02 1_GWF-(1,1,4) 1.8401728 1_GWF-(1,10,2) + 9 1 9 1.03060542E-02 1_GWF-(1,4,7) 0.57360373 1_GWF-(1,10,2) + 10 1 10 -2.46969711E-03 1_GWF-(1,10,13) 0.12222419 1_GWF-(1,10,2) + 11 1 11 9.37818474E-04 1_GWF-(1,8,11) 4.96599844E-02 1_GWF-(1,7,8) + 12 1 12 -2.03964624E-04 1_GWF-(1,7,8) 1.17759869E-02 1_GWF-(1,2,4) + 13 1 13 -5.56447829E-05 1_GWF-(1,2,4) 3.29973075E-03 1_GWF-(1,6,9) + 14 2 1 37.540029 1_GWF-(1,3,10) 5282.9250 1_GWF-(1,1,5) + 15 2 2 18.201822 1_GWF-(1,1,12) -3417.1980 1_GWF-(1,10,5) + 16 2 3 6.9001340 1_GWF-(1,1,14) -2258.8339 1_GWF-(1,10,3) + 17 2 4 2.2590026 1_GWF-(1,8,10) -902.90298 1_GWF-(1,10,2) + 18 2 5 0.85619376 1_GWF-(1,3,12) -545.18192 1_GWF-(1,10,2) + 19 2 6 -0.40664137 1_GWF-(1,3,11) -207.00577 1_GWF-(1,10,2) + 20 2 7 0.10320968 1_GWF-(1,5,13) -57.709167 1_GWF-(1,9,4) + 21 2 8 -4.29648006E-02 1_GWF-(1,2,12) -22.986114 1_GWF-(1,9,4) + 22 2 9 1.26910133E-02 1_GWF-(1,3,13) -5.7317512 1_GWF-(1,8,6) + 23 2 10 -2.07388535E-03 1_GWF-(1,1,12) -0.97792198 1_GWF-(1,8,5) + 24 2 11 7.71858599E-04 1_GWF-(1,2,13) 0.37191505 1_GWF-(1,1,3) + 25 2 12 -1.77862201E-04 1_GWF-(1,1,12) 0.11554603 1_GWF-(1,1,3) + 26 2 13 7.02604886E-05 1_GWF-(1,10,12) 2.53283114E-02 1_GWF-(1,7,5) + 27 2 14 2.47813874E-05 1_GWF-(1,2,13) -6.97567131E-03 1_GWF-(1,6,8) + 28 3 1 -9.1250098 1_GWF-(1,7,10) -3604.7090 1_GWF-(1,10,14) + 29 3 2 -4.3261561 1_GWF-(1,1,11) 2323.6452 1_GWF-(1,1,13) + 30 3 3 3.0227758 1_GWF-(1,10,14) -841.09908 1_GWF-(1,2,13) + 31 3 4 1.6056812 1_GWF-(1,10,14) 365.81025 1_GWF-(1,2,12) + 32 3 5 0.37736810 1_GWF-(1,10,12) -128.22647 1_GWF-(1,9,14) + 33 3 6 0.10603675 1_GWF-(1,3,11) -71.180224 1_GWF-(1,9,14) + 34 3 7 6.67043617E-02 1_GWF-(1,9,14) -18.871401 1_GWF-(1,2,11) + 35 3 8 1.59600788E-02 1_GWF-(1,2,11) 6.1328467 1_GWF-(1,3,11) + 36 3 9 -4.44696477E-03 1_GWF-(1,4,13) -2.0201798 1_GWF-(1,10,13) + 37 3 10 1.37161678E-03 1_GWF-(1,10,13) -0.58635828 1_GWF-(1,10,13) + 38 3 11 3.64201442E-04 1_GWF-(1,7,14) 0.13817402 1_GWF-(1,3,7) + 39 3 12 9.01144689E-05 1_GWF-(1,10,13) 5.55414565E-02 1_GWF-(1,2,2) + 40 3 13 -2.94771845E-05 1_GWF-(1,1,14) 1.13925122E-02 1_GWF-(1,2,13) + 41 3 14 -7.19606697E-06 1_GWF-(1,2,13) -2.96816898E-03 1_GWF-(1,3,3) + 42 4 1 -2.4143881 1_GWF-(1,4,12) 871.06319 1_GWF-(1,1,13) + 43 4 2 -1.1896468 1_GWF-(1,1,13) -324.01692 1_GWF-(1,1,10) + 44 4 3 -0.44644213 1_GWF-(1,10,9) 186.67267 1_GWF-(1,2,11) + 45 4 4 -0.20098468 1_GWF-(1,5,14) 76.958285 1_GWF-(1,2,12) + 46 4 5 -5.80056591E-02 1_GWF-(1,8,14) -20.549390 1_GWF-(1,2,11) + 47 4 6 -1.56969924E-02 1_GWF-(1,9,11) 6.4857054 1_GWF-(1,3,11) + 48 4 7 5.20621142E-03 1_GWF-(1,5,10) 2.5514552 1_GWF-(1,10,13) + 49 4 8 -2.07278074E-03 1_GWF-(1,8,13) 0.96669073 1_GWF-(1,10,2) + 50 4 9 -8.20306143E-04 1_GWF-(1,8,8) -0.49428828 1_GWF-(1,3,10) + 51 4 10 1.96392716E-04 1_GWF-(1,5,6) -0.11483939 1_GWF-(1,4,8) + 52 4 11 -5.22262263E-05 1_GWF-(1,5,12) -3.80425015E-02 1_GWF-(1,2,3) + 53 4 12 -1.86645969E-05 1_GWF-(1,3,13) -9.20788261E-03 1_GWF-(1,3,3) + 54 5 1 0.48722384 1_GWF-(1,8,10) -160.18468 1_GWF-(1,1,11) + 55 5 2 0.24143580 1_GWF-(1,1,11) -100.35210 1_GWF-(1,1,13) + 56 5 3 -0.16309448 1_GWF-(1,10,13) -33.853191 1_GWF-(1,2,9) + 57 5 4 -7.43845556E-02 1_GWF-(1,10,13) -17.178652 1_GWF-(1,2,11) + 58 5 5 -1.86101826E-02 1_GWF-(1,10,11) 6.8682638 1_GWF-(1,9,14) + 59 5 6 -5.07723582E-03 1_GWF-(1,3,10) 3.2997725 1_GWF-(1,9,14) + 60 5 7 -3.23810565E-03 1_GWF-(1,9,14) 0.96859618 1_GWF-(1,2,11) + 61 5 8 -8.23570318E-04 1_GWF-(1,2,11) -0.26493391 1_GWF-(1,3,11) + 62 5 9 2.14668780E-04 1_GWF-(1,4,13) 0.10904161 1_GWF-(1,10,13) + 63 5 10 -7.78776358E-05 1_GWF-(1,10,13) 2.58465211E-02 1_GWF-(1,10,13) + 64 5 11 -1.69368181E-05 1_GWF-(1,7,14) 7.07044844E-03 1_GWF-(1,5,2) + 65 6 1 0.13047618 1_GWF-(1,4,12) -43.360723 1_GWF-(1,1,13) + 66 6 2 6.35373862E-02 1_GWF-(1,1,13) 18.481533 1_GWF-(1,1,10) + 67 6 3 2.42355570E-02 1_GWF-(1,10,9) -9.8843232 1_GWF-(1,2,11) + 68 6 4 1.04478550E-02 1_GWF-(1,5,14) -3.7808295 1_GWF-(1,2,12) + 69 6 5 3.00961988E-03 1_GWF-(1,8,14) 1.2341571 1_GWF-(1,2,10) + 70 6 6 8.66491607E-04 1_GWF-(1,9,11) 0.39200811 1_GWF-(1,2,11) + 71 6 7 3.40380852E-04 1_GWF-(1,5,13) 0.15694727 1_GWF-(1,2,11) + 72 6 8 1.30704428E-04 1_GWF-(1,8,13) -5.10393529E-02 1_GWF-(1,2,7) + 73 6 9 4.65373778E-05 1_GWF-(1,8,8) 2.69060719E-02 1_GWF-(1,3,10) + 74 6 10 -1.12039109E-05 1_GWF-(1,5,6) -5.91805717E-03 1_GWF-(1,3,5) + 75 7 1 -2.64493796E-02 1_GWF-(1,8,10) 9.0019667 1_GWF-(1,1,11) + 76 7 2 -1.32546849E-02 1_GWF-(1,1,11) 5.4278359 1_GWF-(1,1,12) + 77 7 3 8.96524471E-03 1_GWF-(1,10,13) 1.8884340 1_GWF-(1,2,9) + 78 7 4 3.95160554E-03 1_GWF-(1,10,13) 0.90299856 1_GWF-(1,2,11) + 79 7 5 9.98543392E-04 1_GWF-(1,10,11) -0.35868346 1_GWF-(1,9,14) + 80 7 6 2.59978314E-04 1_GWF-(1,3,10) -0.16482565 1_GWF-(1,9,14) + 81 7 7 1.66975417E-04 1_GWF-(1,9,14) -5.20316281E-02 1_GWF-(1,2,11) + 82 7 8 4.54015381E-05 1_GWF-(1,2,11) 1.41162490E-02 1_GWF-(1,3,11) + 83 7 9 -1.18355499E-05 1_GWF-(1,4,13) -6.12347873E-03 1_GWF-(1,10,13) + -------------------------------------------------------------------------------------------------------------------------------------- + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + 11 12 13 14 15 + ................................................................................................................................................................ + 1 100.000 94.9119 89.6385 84.1578 78.4433 72.4620 66.1725 59.5215 52.4380 44.8239 + 36.5370 27.3565 16.9026 4.39940 -40.0000 + 2 100.000 94.9119 89.6385 84.1578 78.4433 72.4620 66.1725 59.5215 52.4380 44.8239 + 36.5370 27.3565 16.9026 4.39940 -40.0000 + 3 100.000 94.9119 89.6385 84.1578 78.4433 72.4620 66.1725 59.5215 52.4380 44.8239 + 36.5370 27.3565 16.9026 4.39940 -40.0000 + 4 100.000 94.9119 89.6385 84.1578 78.4433 72.4620 66.1725 59.5215 52.4380 44.8239 + 36.5370 27.3565 16.9026 4.39939 -40.0000 + 5 100.000 94.9119 89.6385 84.1578 78.4433 72.4620 66.1725 59.5215 52.4380 44.8239 + 36.5370 27.3565 16.9026 4.39939 -40.0000 + 6 100.000 94.9119 89.6385 84.1578 78.4433 72.4620 66.1725 59.5215 52.4380 44.8239 + 36.5370 27.3565 16.9026 4.39939 -40.0000 + 7 100.000 94.9119 89.6385 84.1578 78.4433 72.4620 66.1725 59.5215 52.4380 44.8239 + 36.5370 27.3565 16.9026 4.39939 -40.0000 + 8 100.000 94.9119 89.6385 84.1578 78.4433 72.4620 66.1725 59.5215 52.4380 44.8239 + 36.5370 27.3565 16.9026 4.39939 -40.0000 + 9 100.000 94.9119 89.6385 84.1578 78.4433 72.4620 66.1725 59.5215 52.4380 44.8239 + 36.5370 27.3565 16.9026 4.39940 -40.0000 + 10 100.000 94.9119 89.6385 84.1578 78.4433 72.4620 66.1725 59.5215 52.4380 44.8239 + 36.5370 27.3565 16.9026 4.39939 -40.0000 + + HEAD WILL BE SAVED ON UNIT 1014 AT END OF TIME STEP 1, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + CHD = 75005.0706 CHD = 75005.0706 CHD1 + CHD = 0.0000 CHD = 0.0000 CHD2 + + TOTAL IN = 75005.0706 TOTAL IN = 75005.0706 + + OUT: OUT: + ---- ---- + CHD = 0.0000 CHD = 0.0000 CHD1 + CHD = 75005.0714 CHD = 75005.0714 CHD2 + + TOTAL OUT = 75005.0714 TOTAL OUT = 75005.0714 + + IN - OUT = -8.1510E-04 IN - OUT = -8.1510E-04 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + + +end timestep + + +start timestep kper="2" kstp="1" mode="normal" + + + END OF FILE DETECTED IN OUTPUT CONTROL. + CURRENT OUTPUT CONTROL SETTINGS WILL BE + REPEATED UNTIL THE END OF THE SIMULATION. + + OUTPUT CONTROL FOR STRESS PERIOD 2 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + --------------------------------------------------- + CHD NO. LAYER ROW COL HEAD + --------------------------------------------------- + 1 1 1 1 25.0000000 + 2 1 2 1 25.0000000 + 3 1 3 1 25.0000000 + 4 1 4 1 25.0000000 + 5 1 5 1 25.0000000 + 6 1 6 1 25.0000000 + 7 1 7 1 25.0000000 + 8 1 8 1 25.0000000 + 9 1 9 1 25.0000000 + 10 1 10 1 25.0000000 + --------------------------------------------------- + + + + SLN_1 INNER ITERATION SUMMARY + -------------------------------------------------------------------------------------------------------------------------------------- + TOTAL OUTER INNER MAXIMUM + ITERATION ITERATION ITERATION MAXIMUM CHANGE MAXIMUM CHANGE MODEL-(CELLID) RESIDUAL MAXIMUM RESIDUAL MODEL-(CELLID) + -------------------------------------------------------------------------------------------------------------------------------------- + 1 1 1 -70.516459 1_GWF-(1,10,2) 8275.0425 1_GWF-(1,1,7) + 2 1 2 -24.734832 1_GWF-(1,1,10) 4402.2133 1_GWF-(1,1,12) + 3 1 3 -12.673230 1_GWF-(1,1,13) 1901.1507 1_GWF-(1,1,14) + 4 1 4 -2.9750805 1_GWF-(1,1,14) -717.40430 1_GWF-(1,10,2) + 5 1 5 -0.61045833 1_GWF-(1,3,12) -303.63999 1_GWF-(1,10,2) + 6 1 6 -0.23248936 1_GWF-(1,4,9) -167.51372 1_GWF-(1,10,2) + 7 1 7 -8.88490717E-02 1_GWF-(1,2,13) -41.050917 1_GWF-(1,9,5) + 8 1 8 -2.01456629E-02 1_GWF-(1,10,12) -11.970610 1_GWF-(1,9,4) + 9 1 9 5.47228294E-03 1_GWF-(1,8,9) -4.0762506 1_GWF-(1,9,4) + 10 1 10 -1.48942026E-03 1_GWF-(1,9,10) 1.0013990 1_GWF-(1,8,4) + 11 1 11 -4.64077974E-04 1_GWF-(1,8,12) -0.42612774 1_GWF-(1,8,5) + 12 1 12 -1.12867312E-04 1_GWF-(1,3,6) -8.33579635E-02 1_GWF-(1,7,7) + 13 1 13 -2.59612716E-05 1_GWF-(1,2,8) 3.00119382E-02 1_GWF-(1,7,5) + 14 1 14 -8.84449953E-06 1_GWF-(1,10,13) -5.43351558E-03 1_GWF-(1,7,6) + 15 2 1 -5.8930365 1_GWF-(1,1,12) -462.34201 1_GWF-(1,1,6) + 16 2 2 -1.7283133 1_GWF-(1,10,11) -265.76177 1_GWF-(1,1,11) + 17 2 3 -0.79526832 1_GWF-(1,10,7) 120.38669 1_GWF-(1,10,4) + 18 2 4 -0.26915894 1_GWF-(1,10,13) 51.334892 1_GWF-(1,10,3) + 19 2 5 5.55385730E-02 1_GWF-(1,2,10) 19.130957 1_GWF-(1,10,2) + 20 2 6 2.14351281E-02 1_GWF-(1,2,12) 4.9239861 1_GWF-(1,10,2) + 21 2 7 4.93097601E-03 1_GWF-(1,3,9) 2.1426618 1_GWF-(1,10,2) + 22 2 8 -1.94236321E-03 1_GWF-(1,5,10) 0.84280285 1_GWF-(1,9,4) + 23 2 9 -7.05567184E-04 1_GWF-(1,8,8) 0.30170043 1_GWF-(1,9,4) + 24 2 10 2.21250670E-04 1_GWF-(1,9,9) -6.99227747E-02 1_GWF-(1,8,4) + 25 2 11 -6.01612760E-05 1_GWF-(1,1,5) 2.54912470E-02 1_GWF-(1,8,5) + 26 2 12 1.40503053E-05 1_GWF-(1,3,6) 4.78026749E-03 1_GWF-(1,7,7) + 27 3 1 1.3453895 1_GWF-(1,5,10) 166.59689 1_GWF-(1,10,14) + 28 3 2 0.55020084 1_GWF-(1,1,12) -115.31132 1_GWF-(1,1,13) + 29 3 3 0.24673602 1_GWF-(1,1,13) 39.257725 1_GWF-(1,10,14) + 30 3 4 -0.10268172 1_GWF-(1,10,13) -18.751312 1_GWF-(1,2,12) + 31 3 5 3.46971719E-02 1_GWF-(1,2,11) -6.4269456 1_GWF-(1,2,12) + 32 3 6 -1.04956833E-02 1_GWF-(1,3,11) -4.2209652 1_GWF-(1,9,5) + 33 3 7 -5.49971880E-03 1_GWF-(1,9,14) -0.88129961 1_GWF-(1,9,4) + 34 3 8 -1.20055357E-03 1_GWF-(1,2,11) 0.25028696 1_GWF-(1,3,9) + 35 3 9 3.75355562E-04 1_GWF-(1,3,13) -9.88736688E-02 1_GWF-(1,8,6) + 36 3 10 -9.64812839E-05 1_GWF-(1,1,12) 2.58763706E-02 1_GWF-(1,10,13) + 37 3 11 2.74101022E-05 1_GWF-(1,9,14) -7.50409355E-03 1_GWF-(1,3,7) + 38 4 1 0.25772787 1_GWF-(1,3,13) 31.129148 1_GWF-(1,1,9) + 39 4 2 0.14967653 1_GWF-(1,10,13) 23.973468 1_GWF-(1,1,11) + 40 4 3 6.60488935E-02 1_GWF-(1,10,11) -11.022131 1_GWF-(1,2,12) + 41 4 4 1.69008239E-02 1_GWF-(1,10,7) 3.6374571 1_GWF-(1,2,10) + 42 4 5 6.97353496E-03 1_GWF-(1,9,14) 1.2475880 1_GWF-(1,2,10) + 43 4 6 2.11964488E-03 1_GWF-(1,9,9) 0.66160489 1_GWF-(1,2,11) + 44 4 7 1.07091040E-03 1_GWF-(1,9,12) 0.15010141 1_GWF-(1,3,9) + 45 4 8 1.94380840E-04 1_GWF-(1,7,13) 5.43724125E-02 1_GWF-(1,3,10) + 46 4 9 8.49878695E-05 1_GWF-(1,2,8) -1.53140887E-02 1_GWF-(1,3,7) + 47 4 10 -2.28848400E-05 1_GWF-(1,3,11) 6.19330500E-03 1_GWF-(1,2,3) + 48 5 1 -8.59489923E-02 1_GWF-(1,4,10) 11.482072 1_GWF-(1,1,12) + 49 5 2 -3.85509283E-02 1_GWF-(1,1,12) 7.0484937 1_GWF-(1,1,13) + 50 5 3 -1.65875408E-02 1_GWF-(1,1,13) 2.5358630 1_GWF-(1,2,10) + 51 5 4 -5.23817617E-03 1_GWF-(1,7,9) 1.1883896 1_GWF-(1,2,11) + 52 5 5 -2.29143520E-03 1_GWF-(1,2,11) -0.40048148 1_GWF-(1,9,14) + 53 5 6 -7.16110901E-04 1_GWF-(1,5,9) -0.24301516 1_GWF-(1,9,14) + 54 5 7 -3.44014055E-04 1_GWF-(1,5,13) -4.63728620E-02 1_GWF-(1,2,11) + 55 5 8 6.25973649E-05 1_GWF-(1,2,11) -1.73497960E-02 1_GWF-(1,3,9) + 56 5 9 -1.98390654E-05 1_GWF-(1,3,13) -4.76467754E-03 1_GWF-(1,10,13) + 57 6 1 -1.37386736E-02 1_GWF-(1,2,13) -2.1849090 1_GWF-(1,1,10) + 58 6 2 -8.98983926E-03 1_GWF-(1,10,13) -1.5423489 1_GWF-(1,1,12) + 59 6 3 -4.51586167E-03 1_GWF-(1,10,11) 0.62298768 1_GWF-(1,2,12) + 60 6 4 -1.30071642E-03 1_GWF-(1,10,8) 0.24725700 1_GWF-(1,9,14) + 61 6 5 -4.69086421E-04 1_GWF-(1,9,14) -8.96106567E-02 1_GWF-(1,2,10) + 62 6 6 -1.60768225E-04 1_GWF-(1,9,9) -3.86998819E-02 1_GWF-(1,9,4) + 63 6 7 -6.42944616E-05 1_GWF-(1,9,13) 1.06059855E-02 1_GWF-(1,2,10) + 64 6 8 -1.31410573E-05 1_GWF-(1,7,13) -3.66722428E-03 1_GWF-(1,3,10) + -------------------------------------------------------------------------------------------------------------------------------------- + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + 11 12 13 14 15 + ................................................................................................................................................................ + 1 25.0000 22.3659 19.6319 16.7858 13.8126 10.6935 7.40455 3.91461 0.181458 -3.85447 + -8.28221 -13.2464 -19.0146 -26.2213 -40.0000 + 2 25.0000 22.3659 19.6319 16.7858 13.8126 10.6935 7.40455 3.91462 0.181459 -3.85447 + -8.28221 -13.2464 -19.0146 -26.2213 -40.0000 + 3 25.0000 22.3659 19.6319 16.7858 13.8126 10.6935 7.40455 3.91462 0.181458 -3.85448 + -8.28222 -13.2464 -19.0146 -26.2213 -40.0000 + 4 25.0000 22.3659 19.6319 16.7858 13.8126 10.6935 7.40455 3.91461 0.181458 -3.85447 + -8.28222 -13.2464 -19.0146 -26.2213 -40.0000 + 5 25.0000 22.3659 19.6319 16.7858 13.8126 10.6935 7.40455 3.91461 0.181456 -3.85447 + -8.28222 -13.2464 -19.0146 -26.2213 -40.0000 + 6 25.0000 22.3659 19.6319 16.7858 13.8126 10.6935 7.40455 3.91461 0.181455 -3.85448 + -8.28222 -13.2464 -19.0146 -26.2213 -40.0000 + 7 25.0000 22.3659 19.6319 16.7858 13.8126 10.6935 7.40455 3.91461 0.181457 -3.85447 + -8.28222 -13.2464 -19.0146 -26.2213 -40.0000 + 8 25.0000 22.3659 19.6319 16.7858 13.8126 10.6935 7.40455 3.91461 0.181458 -3.85447 + -8.28221 -13.2464 -19.0146 -26.2213 -40.0000 + 9 25.0000 22.3659 19.6319 16.7858 13.8126 10.6935 7.40455 3.91462 0.181458 -3.85447 + -8.28221 -13.2464 -19.0146 -26.2213 -40.0000 + 10 25.0000 22.3659 19.6319 16.7858 13.8126 10.6935 7.40455 3.91461 0.181458 -3.85447 + -8.28221 -13.2464 -19.0146 -26.2213 -40.0000 + + HEAD WILL BE SAVED ON UNIT 1014 AT END OF TIME STEP 1, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + CHD = 94407.5903 CHD = 19402.5197 CHD1 + CHD = 0.0000 CHD = 0.0000 CHD2 + + TOTAL IN = 94407.5903 TOTAL IN = 19402.5197 + + OUT: OUT: + ---- ---- + CHD = 0.0000 CHD = 0.0000 CHD1 + CHD = 94407.5911 CHD = 19402.5197 CHD2 + + TOTAL OUT = 94407.5911 TOTAL OUT = 19402.5197 + + IN - OUT = -8.3948E-04 IN - OUT = -2.4375E-05 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + + +end timestep + diff --git a/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/gwf0.nam b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/gwf0.nam new file mode 100644 index 000000000..ae061dde5 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/gwf0.nam @@ -0,0 +1,13 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:20:40. +BEGIN options +END options + +BEGIN packages + DIS6 gwf0.dis dis + IC6 gwf0.ic ic + NPF6 gwf0.npf npf + CHD6 gwf0.chd1.chd chd1 + CHD6 gwf0.chd2.chd chd2 + OC6 gwf0.oc oc +END packages + diff --git a/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/gwf0.npf b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/gwf0.npf new file mode 100644 index 000000000..9545f7d43 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/gwf0.npf @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:20:40. +BEGIN options + XT3D RHS + REWET WETFCT 1.00000000 IWETIT 1 IHDWET 1 +END options + +BEGIN griddata + icelltype + CONSTANT 1 + k + CONSTANT 10.00000000 + wetdry + CONSTANT -0.00100000 +END griddata + diff --git a/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/gwf0.oc b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/gwf0.oc new file mode 100644 index 000000000..3de27390b --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/gwf0.oc @@ -0,0 +1,13 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:20:40. +BEGIN options + BUDGET FILEOUT gwf0.cbc + HEAD FILEOUT gwf0.hds + HEAD PRINT_FORMAT COLUMNS 10 WIDTH 15 DIGITS 6 GENERAL +END options + +BEGIN period 1 + SAVE HEAD LAST + PRINT HEAD LAST + PRINT BUDGET LAST +END period 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/mfsim.lst b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/mfsim.lst new file mode 100644 index 000000000..2b728d1b4 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/mfsim.lst @@ -0,0 +1,510 @@ + MODFLOW 6 PROFESSIONAL + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + VERSION 6.5.0.dev0 (preliminary) 07/13/2023 + ***DEVELOP MODE*** + + MODFLOW 6 compiled Oct 30 2023 08:23:02 with GCC version 11.3.0 + +This software is preliminary or provisional and is subject to +revision. It is being provided to meet the need for timely best +science. The software has not received final approval by the U.S. +Geological Survey (USGS). No warranty, expressed or implied, is made +by the USGS or the U.S. Government as to the functionality of the +software and related material nor shall the fact of release +constitute any such warranty. The software is provided on the +condition that neither the USGS nor the U.S. Government shall be held +liable for any damages resulting from the authorized or unauthorized +use of the software. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +The following 2-clause BSD License library is used in this +USGS product: + + PETSc, the Portable, Extensible Toolkit for Scientific + Computation Library + Copyright (c) 1991-2021, UChicago Argonne, LLC + and the PETSc Development Team All rights reserved. + (https://petsc.org/release/) + +MODFLOW 6 compiler options: -cpp -I src/libmf6core.a.p -I src -I ../src -I +src/libmf6_external.a.p -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/include -I +/home/mreno/.clone/external/petsc/include -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/lib -I +/home/mreno/miniconda3/envs/modflow6/include -I -fdiagnostics-color=always +-imultiarch x86_64-linux-gnu -D _FILE_OFFSET_BITS=64 -D __linux__ -D +__WITH_PETSC__ -D __WITH_MPI__ -D __WITH_NETCDF__ -mtune=generic +-march=x86-64 -g -O2 -Wall -Wpedantic -Wcharacter-truncation +-Wno-unused-dummy-argument -Wno-intrinsic-shadow -Wno-maybe-uninitialized +-Wno-uninitialized -std=f2008 -fall-intrinsics -fbacktrace -fcheck=all +-ffpe-trap=overflow,zero,invalid -ffpe-summary=overflow +-ffpe-trap=overflow,zero,invalid -fPIC -J src/libmf6core.a.p +-fpre-include=/usr/include/finclude/math-vector-fortran.h + +System command used to initiate simulation: +/home/mreno/.clone/usgs/w/netcdf/2/modflow6/bin/mf6 + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + + OPENED mfsim.nam + FILE TYPE:NAM6 UNIT 1001 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:20:40. + + OPENED gwf0.nam + FILE TYPE:GWF6 UNIT 1002 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:20:40. + + OPENED gwf0.dis + FILE TYPE:DIS6 UNIT 1003 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:20:40. + + OPENED gwf0.npf + FILE TYPE:NPF6 UNIT 1004 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:20:40. + + OPENED gwf0.ic + FILE TYPE:IC6 UNIT 1005 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwf0.oc + FILE TYPE:OC6 UNIT 1006 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwf0.chd1.chd + FILE TYPE:CHD6 UNIT 1007 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:20:40. + + OPENED gwf0.chd2.chd + FILE TYPE:CHD6 UNIT 1008 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:20:40. + + READING SIMULATION OPTIONS + MAXIMUM NUMBER OF ERRORS THAT WILL BE STORED IS 1000 + END OF SIMULATION OPTIONS + + READING SIMULATION TIMING + + OPENED npf02_hreweta.tdis + FILE TYPE:TDIS UNIT 1009 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + TDIS -- TEMPORAL DISCRETIZATION PACKAGE, + VERSION 1 : 11/13/2014 - INPUT READ FROM UNIT 1009 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:20:40. + PROCESSING TDIS OPTIONS + SIMULATION TIME UNIT IS DAYS + END OF TDIS OPTIONS + PROCESSING TDIS DIMENSIONS + 2 STRESS PERIOD(S) IN SIMULATION + END OF TDIS DIMENSIONS + PROCESSING TDIS PERIODDATA + + + STRESS PERIOD LENGTH TIME STEPS MULTIPLIER FOR DELT + ---------------------------------------------------------------------------- + 1 1.000000 1 1.000 + 2 1.000000 1 1.000 + END OF TDIS PERIODDATA + END OF SIMULATION TIMING + + READING SIMULATION MODELS + GWF6 model 1 will be created + END OF SIMULATION MODELS + + READING SIMULATION EXCHANGES + END OF SIMULATION EXCHANGES + + READING SOLUTIONGROUP + + Creating solution: SLN_1 + + OPENED npf02_hreweta.ims + FILE TYPE:IMS UNIT 1011 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + END OF SOLUTIONGROUP + +PROCESSING MODEL CONNECTIONS + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1011 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:20:40. + + PROCESSING IMS OPTIONS + + OPENED npf02_hreweta.outer.ims.csv + FILE TYPE:CSV_OUTER_OUTPUT UNIT 1015 STATUS:REPLACE + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READWRITE + + CSV OUTPUT WILL BE SAVED TO FILE: npf02_hreweta.outer.ims.csv + OPENED ON UNIT: 1015 + + OPENED npf02_hreweta.inner.ims.csv + FILE TYPE:CSV_INNER_OUTPUT UNIT 1016 STATUS:REPLACE + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READWRITE + + CSV OUTPUT WILL BE SAVED TO FILE: npf02_hreweta.inner.ims.csv + OPENED ON UNIT: 1016 + END OF IMS OPTIONS + + PROCESSING IMS NONLINEAR + END OF IMS NONLINEAR DATA + ***UNDER-RELAXATION WILL NOT BE USED*** + + + PROCESSING LINEAR DATA + END OF LINEAR DATA + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + A symmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E+00 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 1000 + SOLVER PRINTOUT INDEX (IPRIMS) = 2 + NONLINEAR ITERATION METHOD (NONLINMETH) = 0 + LINEAR SOLUTION METHOD (LINMETH) = 1 + + SOLUTION BY THE CONJUGATE-GRADIENT METHOD + ------------------------------------------------------------------ + MAXIMUM OF 1000 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 100 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = CG + MATRIX PRECONDITIONING TYPE = MOD. INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E+00 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E-01 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.10000E+01 + + + + + Solving: Stress period: 1 Time step: 1 + +1 + STRESS PERIOD NO. 1, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 13 134.48276 1_GWF-(1,10,2) + Model 2 14 43.708855 1_GWF-(1,1,11) + Model 3 14 -8.4140618 1_GWF-(1,1,9) + Model 4 12 -3.0395632 1_GWF-(1,1,13) + Model 5 11 0.45863372 1_GWF-(1,2,9) + Model 6 10 0.16453594 1_GWF-(1,3,12) + Model 7 9 -2.50280148E-02 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 7 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 83 TOTAL ITERATIONS + + SLN_1 INNER ITERATION SUMMARY + -------------------------------------------------------------------------------------------------------------------------------------- + TOTAL OUTER INNER MAXIMUM + ITERATION ITERATION ITERATION MAXIMUM CHANGE MAXIMUM CHANGE MODEL-(CELLID) RESIDUAL MAXIMUM RESIDUAL MODEL-(CELLID) + -------------------------------------------------------------------------------------------------------------------------------------- + 1 1 1 132.58403 1_GWF-(1,10,2) 1491.6296 1_GWF-(1,10,12) + 2 1 2 31.029958 1_GWF-(1,1,9) -815.63990 1_GWF-(1,1,12) + 3 1 3 -12.212677 1_GWF-(1,10,7) -462.40850 1_GWF-(1,1,14) + 4 1 4 -2.9500675 1_GWF-(1,10,4) -146.41039 1_GWF-(1,1,14) + 5 1 5 0.96711845 1_GWF-(1,2,10) -44.804306 1_GWF-(1,2,12) + 6 1 6 0.32737920 1_GWF-(1,2,12) 14.167756 1_GWF-(1,10,2) + 7 1 7 0.11039513 1_GWF-(1,4,9) 7.3195357 1_GWF-(1,10,2) + 8 1 8 -2.35236078E-02 1_GWF-(1,1,4) 1.8401728 1_GWF-(1,10,2) + 9 1 9 1.03060542E-02 1_GWF-(1,4,7) 0.57360373 1_GWF-(1,10,2) + 10 1 10 -2.46969711E-03 1_GWF-(1,10,13) 0.12222419 1_GWF-(1,10,2) + 11 1 11 9.37818474E-04 1_GWF-(1,8,11) 4.96599844E-02 1_GWF-(1,7,8) + 12 1 12 -2.03964624E-04 1_GWF-(1,7,8) 1.17759869E-02 1_GWF-(1,2,4) + 13 1 13 -5.56447829E-05 1_GWF-(1,2,4) 3.29973075E-03 1_GWF-(1,6,9) + 14 2 1 37.540029 1_GWF-(1,3,10) 5282.9250 1_GWF-(1,1,5) + 15 2 2 18.201822 1_GWF-(1,1,12) -3417.1980 1_GWF-(1,10,5) + 16 2 3 6.9001340 1_GWF-(1,1,14) -2258.8339 1_GWF-(1,10,3) + 17 2 4 2.2590026 1_GWF-(1,8,10) -902.90298 1_GWF-(1,10,2) + 18 2 5 0.85619376 1_GWF-(1,3,12) -545.18192 1_GWF-(1,10,2) + 19 2 6 -0.40664137 1_GWF-(1,3,11) -207.00577 1_GWF-(1,10,2) + 20 2 7 0.10320968 1_GWF-(1,5,13) -57.709167 1_GWF-(1,9,4) + 21 2 8 -4.29648006E-02 1_GWF-(1,2,12) -22.986114 1_GWF-(1,9,4) + 22 2 9 1.26910133E-02 1_GWF-(1,3,13) -5.7317512 1_GWF-(1,8,6) + 23 2 10 -2.07388535E-03 1_GWF-(1,1,12) -0.97792198 1_GWF-(1,8,5) + 24 2 11 7.71858599E-04 1_GWF-(1,2,13) 0.37191505 1_GWF-(1,1,3) + 25 2 12 -1.77862201E-04 1_GWF-(1,1,12) 0.11554603 1_GWF-(1,1,3) + 26 2 13 7.02604886E-05 1_GWF-(1,10,12) 2.53283114E-02 1_GWF-(1,7,5) + 27 2 14 2.47813874E-05 1_GWF-(1,2,13) -6.97567131E-03 1_GWF-(1,6,8) + 28 3 1 -9.1250098 1_GWF-(1,7,10) -3604.7090 1_GWF-(1,10,14) + 29 3 2 -4.3261561 1_GWF-(1,1,11) 2323.6452 1_GWF-(1,1,13) + 30 3 3 3.0227758 1_GWF-(1,10,14) -841.09908 1_GWF-(1,2,13) + 31 3 4 1.6056812 1_GWF-(1,10,14) 365.81025 1_GWF-(1,2,12) + 32 3 5 0.37736810 1_GWF-(1,10,12) -128.22647 1_GWF-(1,9,14) + 33 3 6 0.10603675 1_GWF-(1,3,11) -71.180224 1_GWF-(1,9,14) + 34 3 7 6.67043617E-02 1_GWF-(1,9,14) -18.871401 1_GWF-(1,2,11) + 35 3 8 1.59600788E-02 1_GWF-(1,2,11) 6.1328467 1_GWF-(1,3,11) + 36 3 9 -4.44696477E-03 1_GWF-(1,4,13) -2.0201798 1_GWF-(1,10,13) + 37 3 10 1.37161678E-03 1_GWF-(1,10,13) -0.58635828 1_GWF-(1,10,13) + 38 3 11 3.64201442E-04 1_GWF-(1,7,14) 0.13817402 1_GWF-(1,3,7) + 39 3 12 9.01144689E-05 1_GWF-(1,10,13) 5.55414565E-02 1_GWF-(1,2,2) + 40 3 13 -2.94771845E-05 1_GWF-(1,1,14) 1.13925122E-02 1_GWF-(1,2,13) + 41 3 14 -7.19606697E-06 1_GWF-(1,2,13) -2.96816898E-03 1_GWF-(1,3,3) + 42 4 1 -2.4143881 1_GWF-(1,4,12) 871.06319 1_GWF-(1,1,13) + 43 4 2 -1.1896468 1_GWF-(1,1,13) -324.01692 1_GWF-(1,1,10) + 44 4 3 -0.44644213 1_GWF-(1,10,9) 186.67267 1_GWF-(1,2,11) + 45 4 4 -0.20098468 1_GWF-(1,5,14) 76.958285 1_GWF-(1,2,12) + 46 4 5 -5.80056591E-02 1_GWF-(1,8,14) -20.549390 1_GWF-(1,2,11) + 47 4 6 -1.56969924E-02 1_GWF-(1,9,11) 6.4857054 1_GWF-(1,3,11) + 48 4 7 5.20621142E-03 1_GWF-(1,5,10) 2.5514552 1_GWF-(1,10,13) + 49 4 8 -2.07278074E-03 1_GWF-(1,8,13) 0.96669073 1_GWF-(1,10,2) + 50 4 9 -8.20306143E-04 1_GWF-(1,8,8) -0.49428828 1_GWF-(1,3,10) + 51 4 10 1.96392716E-04 1_GWF-(1,5,6) -0.11483939 1_GWF-(1,4,8) + 52 4 11 -5.22262263E-05 1_GWF-(1,5,12) -3.80425015E-02 1_GWF-(1,2,3) + 53 4 12 -1.86645969E-05 1_GWF-(1,3,13) -9.20788261E-03 1_GWF-(1,3,3) + 54 5 1 0.48722384 1_GWF-(1,8,10) -160.18468 1_GWF-(1,1,11) + 55 5 2 0.24143580 1_GWF-(1,1,11) -100.35210 1_GWF-(1,1,13) + 56 5 3 -0.16309448 1_GWF-(1,10,13) -33.853191 1_GWF-(1,2,9) + 57 5 4 -7.43845556E-02 1_GWF-(1,10,13) -17.178652 1_GWF-(1,2,11) + 58 5 5 -1.86101826E-02 1_GWF-(1,10,11) 6.8682638 1_GWF-(1,9,14) + 59 5 6 -5.07723582E-03 1_GWF-(1,3,10) 3.2997725 1_GWF-(1,9,14) + 60 5 7 -3.23810565E-03 1_GWF-(1,9,14) 0.96859618 1_GWF-(1,2,11) + 61 5 8 -8.23570318E-04 1_GWF-(1,2,11) -0.26493391 1_GWF-(1,3,11) + 62 5 9 2.14668780E-04 1_GWF-(1,4,13) 0.10904161 1_GWF-(1,10,13) + 63 5 10 -7.78776358E-05 1_GWF-(1,10,13) 2.58465211E-02 1_GWF-(1,10,13) + 64 5 11 -1.69368181E-05 1_GWF-(1,7,14) 7.07044844E-03 1_GWF-(1,5,2) + 65 6 1 0.13047618 1_GWF-(1,4,12) -43.360723 1_GWF-(1,1,13) + 66 6 2 6.35373862E-02 1_GWF-(1,1,13) 18.481533 1_GWF-(1,1,10) + 67 6 3 2.42355570E-02 1_GWF-(1,10,9) -9.8843232 1_GWF-(1,2,11) + 68 6 4 1.04478550E-02 1_GWF-(1,5,14) -3.7808295 1_GWF-(1,2,12) + 69 6 5 3.00961988E-03 1_GWF-(1,8,14) 1.2341571 1_GWF-(1,2,10) + 70 6 6 8.66491607E-04 1_GWF-(1,9,11) 0.39200811 1_GWF-(1,2,11) + 71 6 7 3.40380852E-04 1_GWF-(1,5,13) 0.15694727 1_GWF-(1,2,11) + 72 6 8 1.30704428E-04 1_GWF-(1,8,13) -5.10393529E-02 1_GWF-(1,2,7) + 73 6 9 4.65373778E-05 1_GWF-(1,8,8) 2.69060719E-02 1_GWF-(1,3,10) + 74 6 10 -1.12039109E-05 1_GWF-(1,5,6) -5.91805717E-03 1_GWF-(1,3,5) + 75 7 1 -2.64493796E-02 1_GWF-(1,8,10) 9.0019667 1_GWF-(1,1,11) + 76 7 2 -1.32546849E-02 1_GWF-(1,1,11) 5.4278359 1_GWF-(1,1,12) + 77 7 3 8.96524471E-03 1_GWF-(1,10,13) 1.8884340 1_GWF-(1,2,9) + 78 7 4 3.95160554E-03 1_GWF-(1,10,13) 0.90299856 1_GWF-(1,2,11) + 79 7 5 9.98543392E-04 1_GWF-(1,10,11) -0.35868346 1_GWF-(1,9,14) + 80 7 6 2.59978314E-04 1_GWF-(1,3,10) -0.16482565 1_GWF-(1,9,14) + 81 7 7 1.66975417E-04 1_GWF-(1,9,14) -5.20316281E-02 1_GWF-(1,2,11) + 82 7 8 4.54015381E-05 1_GWF-(1,2,11) 1.41162490E-02 1_GWF-(1,3,11) + 83 7 9 -1.18355499E-05 1_GWF-(1,4,13) -6.12347873E-03 1_GWF-(1,10,13) + -------------------------------------------------------------------------------------------------------------------------------------- + + + + Solving: Stress period: 2 Time step: 1 + +1 + STRESS PERIOD NO. 2, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 14 -73.373168 1_GWF-(1,10,2) + Model 2 12 -6.5058946 1_GWF-(1,1,14) + Model 3 11 1.4731404 1_GWF-(1,7,10) + Model 4 10 0.31046228 1_GWF-(1,3,13) + Model 5 9 -0.10096173 1_GWF-(1,1,11) + Model 6 8 -1.54404485E-02 * 1_GWF-(1,5,13) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 2 + 64 TOTAL ITERATIONS + + SLN_1 INNER ITERATION SUMMARY + -------------------------------------------------------------------------------------------------------------------------------------- + TOTAL OUTER INNER MAXIMUM + ITERATION ITERATION ITERATION MAXIMUM CHANGE MAXIMUM CHANGE MODEL-(CELLID) RESIDUAL MAXIMUM RESIDUAL MODEL-(CELLID) + -------------------------------------------------------------------------------------------------------------------------------------- + 1 1 1 -70.516459 1_GWF-(1,10,2) 8275.0425 1_GWF-(1,1,7) + 2 1 2 -24.734832 1_GWF-(1,1,10) 4402.2133 1_GWF-(1,1,12) + 3 1 3 -12.673230 1_GWF-(1,1,13) 1901.1507 1_GWF-(1,1,14) + 4 1 4 -2.9750805 1_GWF-(1,1,14) -717.40430 1_GWF-(1,10,2) + 5 1 5 -0.61045833 1_GWF-(1,3,12) -303.63999 1_GWF-(1,10,2) + 6 1 6 -0.23248936 1_GWF-(1,4,9) -167.51372 1_GWF-(1,10,2) + 7 1 7 -8.88490717E-02 1_GWF-(1,2,13) -41.050917 1_GWF-(1,9,5) + 8 1 8 -2.01456629E-02 1_GWF-(1,10,12) -11.970610 1_GWF-(1,9,4) + 9 1 9 5.47228294E-03 1_GWF-(1,8,9) -4.0762506 1_GWF-(1,9,4) + 10 1 10 -1.48942026E-03 1_GWF-(1,9,10) 1.0013990 1_GWF-(1,8,4) + 11 1 11 -4.64077974E-04 1_GWF-(1,8,12) -0.42612774 1_GWF-(1,8,5) + 12 1 12 -1.12867312E-04 1_GWF-(1,3,6) -8.33579635E-02 1_GWF-(1,7,7) + 13 1 13 -2.59612716E-05 1_GWF-(1,2,8) 3.00119382E-02 1_GWF-(1,7,5) + 14 1 14 -8.84449953E-06 1_GWF-(1,10,13) -5.43351558E-03 1_GWF-(1,7,6) + 15 2 1 -5.8930365 1_GWF-(1,1,12) -462.34201 1_GWF-(1,1,6) + 16 2 2 -1.7283133 1_GWF-(1,10,11) -265.76177 1_GWF-(1,1,11) + 17 2 3 -0.79526832 1_GWF-(1,10,7) 120.38669 1_GWF-(1,10,4) + 18 2 4 -0.26915894 1_GWF-(1,10,13) 51.334892 1_GWF-(1,10,3) + 19 2 5 5.55385730E-02 1_GWF-(1,2,10) 19.130957 1_GWF-(1,10,2) + 20 2 6 2.14351281E-02 1_GWF-(1,2,12) 4.9239861 1_GWF-(1,10,2) + 21 2 7 4.93097601E-03 1_GWF-(1,3,9) 2.1426618 1_GWF-(1,10,2) + 22 2 8 -1.94236321E-03 1_GWF-(1,5,10) 0.84280285 1_GWF-(1,9,4) + 23 2 9 -7.05567184E-04 1_GWF-(1,8,8) 0.30170043 1_GWF-(1,9,4) + 24 2 10 2.21250670E-04 1_GWF-(1,9,9) -6.99227747E-02 1_GWF-(1,8,4) + 25 2 11 -6.01612760E-05 1_GWF-(1,1,5) 2.54912470E-02 1_GWF-(1,8,5) + 26 2 12 1.40503053E-05 1_GWF-(1,3,6) 4.78026749E-03 1_GWF-(1,7,7) + 27 3 1 1.3453895 1_GWF-(1,5,10) 166.59689 1_GWF-(1,10,14) + 28 3 2 0.55020084 1_GWF-(1,1,12) -115.31132 1_GWF-(1,1,13) + 29 3 3 0.24673602 1_GWF-(1,1,13) 39.257725 1_GWF-(1,10,14) + 30 3 4 -0.10268172 1_GWF-(1,10,13) -18.751312 1_GWF-(1,2,12) + 31 3 5 3.46971719E-02 1_GWF-(1,2,11) -6.4269456 1_GWF-(1,2,12) + 32 3 6 -1.04956833E-02 1_GWF-(1,3,11) -4.2209652 1_GWF-(1,9,5) + 33 3 7 -5.49971880E-03 1_GWF-(1,9,14) -0.88129961 1_GWF-(1,9,4) + 34 3 8 -1.20055357E-03 1_GWF-(1,2,11) 0.25028696 1_GWF-(1,3,9) + 35 3 9 3.75355562E-04 1_GWF-(1,3,13) -9.88736688E-02 1_GWF-(1,8,6) + 36 3 10 -9.64812839E-05 1_GWF-(1,1,12) 2.58763706E-02 1_GWF-(1,10,13) + 37 3 11 2.74101022E-05 1_GWF-(1,9,14) -7.50409355E-03 1_GWF-(1,3,7) + 38 4 1 0.25772787 1_GWF-(1,3,13) 31.129148 1_GWF-(1,1,9) + 39 4 2 0.14967653 1_GWF-(1,10,13) 23.973468 1_GWF-(1,1,11) + 40 4 3 6.60488935E-02 1_GWF-(1,10,11) -11.022131 1_GWF-(1,2,12) + 41 4 4 1.69008239E-02 1_GWF-(1,10,7) 3.6374571 1_GWF-(1,2,10) + 42 4 5 6.97353496E-03 1_GWF-(1,9,14) 1.2475880 1_GWF-(1,2,10) + 43 4 6 2.11964488E-03 1_GWF-(1,9,9) 0.66160489 1_GWF-(1,2,11) + 44 4 7 1.07091040E-03 1_GWF-(1,9,12) 0.15010141 1_GWF-(1,3,9) + 45 4 8 1.94380840E-04 1_GWF-(1,7,13) 5.43724125E-02 1_GWF-(1,3,10) + 46 4 9 8.49878695E-05 1_GWF-(1,2,8) -1.53140887E-02 1_GWF-(1,3,7) + 47 4 10 -2.28848400E-05 1_GWF-(1,3,11) 6.19330500E-03 1_GWF-(1,2,3) + 48 5 1 -8.59489923E-02 1_GWF-(1,4,10) 11.482072 1_GWF-(1,1,12) + 49 5 2 -3.85509283E-02 1_GWF-(1,1,12) 7.0484937 1_GWF-(1,1,13) + 50 5 3 -1.65875408E-02 1_GWF-(1,1,13) 2.5358630 1_GWF-(1,2,10) + 51 5 4 -5.23817617E-03 1_GWF-(1,7,9) 1.1883896 1_GWF-(1,2,11) + 52 5 5 -2.29143520E-03 1_GWF-(1,2,11) -0.40048148 1_GWF-(1,9,14) + 53 5 6 -7.16110901E-04 1_GWF-(1,5,9) -0.24301516 1_GWF-(1,9,14) + 54 5 7 -3.44014055E-04 1_GWF-(1,5,13) -4.63728620E-02 1_GWF-(1,2,11) + 55 5 8 6.25973649E-05 1_GWF-(1,2,11) -1.73497960E-02 1_GWF-(1,3,9) + 56 5 9 -1.98390654E-05 1_GWF-(1,3,13) -4.76467754E-03 1_GWF-(1,10,13) + 57 6 1 -1.37386736E-02 1_GWF-(1,2,13) -2.1849090 1_GWF-(1,1,10) + 58 6 2 -8.98983926E-03 1_GWF-(1,10,13) -1.5423489 1_GWF-(1,1,12) + 59 6 3 -4.51586167E-03 1_GWF-(1,10,11) 0.62298768 1_GWF-(1,2,12) + 60 6 4 -1.30071642E-03 1_GWF-(1,10,8) 0.24725700 1_GWF-(1,9,14) + 61 6 5 -4.69086421E-04 1_GWF-(1,9,14) -8.96106567E-02 1_GWF-(1,2,10) + 62 6 6 -1.60768225E-04 1_GWF-(1,9,9) -3.86998819E-02 1_GWF-(1,9,4) + 63 6 7 -6.42944616E-05 1_GWF-(1,9,13) 1.06059855E-02 1_GWF-(1,2,10) + 64 6 8 -1.31410573E-05 1_GWF-(1,7,13) -3.66722428E-03 1_GWF-(1,3,10) + -------------------------------------------------------------------------------------------------------------------------------------- + + + + + Solution SLN_1 summary + ---------------------------------------------------------------------- + Total formulate time: 0.45900000000000281E-3 seconds + Total solution time: 0.54899999999999914E-3 seconds + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN MEGABYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 6.76600000E-03 + Logical 4.00000000E-05 + Integer 1.2392320 + Real 1.6712400 + ------------------------------- + Total 2.9172780 + Virtual 0.0000000 + ------------------------------- + + + + Run end date and time (yyyy/mm/dd hh:mm:ss): 2023/10/30 9:20:40 + Elapsed run time: 0.013 Seconds + Normal termination of simulation. diff --git a/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/mfsim.nam b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/mfsim.nam new file mode 100644 index 000000000..06f37205d --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/mfsim.nam @@ -0,0 +1,19 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:20:40. +BEGIN options +END options + +BEGIN timing + TDIS6 npf02_hreweta.tdis +END timing + +BEGIN models + gwf6 gwf0.nam gwf0 +END models + +BEGIN exchanges +END exchanges + +BEGIN solutiongroup 1 + ims6 npf02_hreweta.ims gwf0 +END solutiongroup 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/npf02_hreweta.ims b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/npf02_hreweta.ims new file mode 100644 index 000000000..a8532512d --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/npf02_hreweta.ims @@ -0,0 +1,23 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:20:40. +BEGIN options + PRINT_OPTION all + CSV_OUTER_OUTPUT FILEOUT npf02_hreweta.outer.ims.csv + CSV_INNER_OUTPUT FILEOUT npf02_hreweta.inner.ims.csv +END options + +BEGIN nonlinear + OUTER_DVCLOSE 0.10000000 + OUTER_MAXIMUM 1000 + UNDER_RELAXATION none +END nonlinear + +BEGIN linear + INNER_MAXIMUM 100 + INNER_DVCLOSE 0.10000000 + inner_rclose 0.01000000 + LINEAR_ACCELERATION cg + RELAXATION_FACTOR 1.00000000 + SCALING_METHOD none + REORDERING_METHOD none +END linear + diff --git a/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/npf02_hreweta.inner.ims.csv b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/npf02_hreweta.inner.ims.csv new file mode 100644 index 000000000..9021d8712 --- /dev/null +++ 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--git a/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/npf02_hreweta.outer.ims.csv b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/npf02_hreweta.outer.ims.csv new file mode 100644 index 000000000..8b8ed9519 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model[0-npf02_hreweta]0/npf02_hreweta.outer.ims.csv @@ -0,0 +1,14 @@ +total_inner_iterations,totim,kper,kstp,nouter,inner_iterations,solution_outer_dvmax,solution_outer_dvmax_model,solution_outer_dvmax_package,solution_outer_dvmax_node +13,1.0000000000000000,1,1,1,13,134.48276477402558,1,,137 +27,1.0000000000000000,1,1,2,14,43.708855415504544,1,,11 +41,1.0000000000000000,1,1,3,14,-8.4140617662890236,1,,9 +53,1.0000000000000000,1,1,4,12,-3.0395632114157962,1,,13 +64,1.0000000000000000,1,1,5,11,0.45863371783123341,1,,24 +74,1.0000000000000000,1,1,6,10,0.16453594349864531,1,,42 +83,1.0000000000000000,1,1,7,9,-0.25028014812733090E-1,1,,39 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+ diff --git a/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model_nc[0-npf02_hreweta]0/gwf0.cbc b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model_nc[0-npf02_hreweta]0/gwf0.cbc new file mode 100644 index 000000000..e69de29bb diff --git a/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model_nc[0-npf02_hreweta]0/gwf0.hds b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model_nc[0-npf02_hreweta]0/gwf0.hds new file mode 100644 index 000000000..8148365db Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model_nc[0-npf02_hreweta]0/gwf0.hds differ diff --git a/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model_nc[0-npf02_hreweta]0/gwf0.ic b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model_nc[0-npf02_hreweta]0/gwf0.ic new file mode 100644 index 000000000..c2a0d5d72 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model_nc[0-npf02_hreweta]0/gwf0.ic @@ -0,0 +1,6 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:20:40. +BEGIN griddata + strt + CONSTANT -40.00000000 +END griddata + diff --git a/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model_nc[0-npf02_hreweta]0/gwf0.lst b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model_nc[0-npf02_hreweta]0/gwf0.lst new file mode 100644 index 000000000..101ca4639 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model_nc[0-npf02_hreweta]0/gwf0.lst @@ -0,0 +1,573 @@ + MODFLOW 6 PROFESSIONAL + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + GROUNDWATER FLOW MODEL (GWF) + VERSION 6.5.0.dev0 (preliminary) 07/13/2023 + ***DEVELOP MODE*** + + MODFLOW 6 compiled Oct 30 2023 08:23:02 with GCC version 11.3.0 + +This software is preliminary or provisional and is subject to +revision. It is being provided to meet the need for timely best +science. The software has not received final approval by the U.S. +Geological Survey (USGS). No warranty, expressed or implied, is made +by the USGS or the U.S. Government as to the functionality of the +software and related material nor shall the fact of release +constitute any such warranty. The software is provided on the +condition that neither the USGS nor the U.S. Government shall be held +liable for any damages resulting from the authorized or unauthorized +use of the software. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +The following 2-clause BSD License library is used in this +USGS product: + + PETSc, the Portable, Extensible Toolkit for Scientific + Computation Library + Copyright (c) 1991-2021, UChicago Argonne, LLC + and the PETSc Development Team All rights reserved. + (https://petsc.org/release/) + +MODFLOW 6 compiler options: -cpp -I src/libmf6core.a.p -I src -I ../src -I +src/libmf6_external.a.p -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/include -I +/home/mreno/.clone/external/petsc/include -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/lib -I +/home/mreno/miniconda3/envs/modflow6/include -I -fdiagnostics-color=always +-imultiarch x86_64-linux-gnu -D _FILE_OFFSET_BITS=64 -D __linux__ -D +__WITH_PETSC__ -D __WITH_MPI__ -D __WITH_NETCDF__ -mtune=generic +-march=x86-64 -g -O2 -Wall -Wpedantic -Wcharacter-truncation +-Wno-unused-dummy-argument -Wno-intrinsic-shadow -Wno-maybe-uninitialized +-Wno-uninitialized -std=f2008 -fall-intrinsics -fbacktrace -fcheck=all +-ffpe-trap=overflow,zero,invalid -ffpe-summary=overflow +-ffpe-trap=overflow,zero,invalid -fPIC -J src/libmf6core.a.p +-fpre-include=/usr/include/finclude/math-vector-fortran.h + +System command used to initiate simulation: +/home/mreno/.clone/usgs/w/netcdf/2/modflow6/bin/mf6 + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/GWF0/DIS + + + NPF -- NODE PROPERTY FLOW PACKAGE, VERSION 1, 3/30/2015 INPUT READ FROM MEMPATH: __INPUT__/GWF0/NPF + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 1 + NROW = 10 + NCOL = 15 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + End Setting Discretization Griddata + + Setting NPF Options + Cell-by-cell flow information will be saved to binary file whenever ICBCFL is not zero. + Rewetting is active. + Wetting factor (WETFCT) has been set to: 1.00000 + Wetting iteration interval (IWETIT) has been set to: 1 + Head rewet equation (IHDWET) has been set to: 1 + End Setting NPF Options + + Setting NPF Griddata + ICELLTYPE set from input file + K set from input file + K33 not provided. Setting K33 = K. + K22 not provided. Setting K22 = K. + WETDRY set from input file + End Setting NPF Griddata + + + CHD -- CHD PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF0/CHD1 + + PROCESSING CHD BASE OPTIONS + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + LISTS OF CHD CELLS WILL BE PRINTED. + END OF CHD BASE OPTIONS + + PROCESSING CHD BASE DIMENSIONS + MAXBOUND = 10 + END OF CHD BASE DIMENSIONS + + CHD -- CHD PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF0/CHD2 + + PROCESSING CHD BASE OPTIONS + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + LISTS OF CHD CELLS WILL BE PRINTED. + END OF CHD BASE OPTIONS + + PROCESSING CHD BASE DIMENSIONS + MAXBOUND = 10 + END OF CHD BASE DIMENSIONS + + IC -- INITIAL CONDITIONS PACKAGE, VERSION 8, 3/28/2015 INPUT READ FROM UNIT 1003 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:20:40. + PROCESSING GRIDDATA + + INITIAL HEAD = -40.00000 + END PROCESSING GRIDDATA + BINARY GRID INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1008 + FILE NAME: gwf0.nc.grb + + OPENED gwf0.nc.grb + FILE TYPE:DATA(BINARY) UNIT 1008 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:20:40. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1009 + FILE NAME: gwf0.cbc + + OPENED gwf0.cbc + FILE TYPE:DATA(BINARY) UNIT 1009 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + HEAD INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1010 + FILE NAME: gwf0.hds + + OPENED gwf0.hds + FILE TYPE:DATA(BINARY) UNIT 1010 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + THE LAST TIME STEP WILL BE SAVED + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + --------------------------------------------------- + CHD NO. LAYER ROW COL HEAD + --------------------------------------------------- + 1 1 1 1 100.000000 + 2 1 2 1 100.000000 + 3 1 3 1 100.000000 + 4 1 4 1 100.000000 + 5 1 5 1 100.000000 + 6 1 6 1 100.000000 + 7 1 7 1 100.000000 + 8 1 8 1 100.000000 + 9 1 9 1 100.000000 + 10 1 10 1 100.000000 + --------------------------------------------------- + + + --------------------------------------------------- + CHD NO. LAYER ROW COL HEAD + --------------------------------------------------- + 1 1 1 15 -40.0000000 + 2 1 2 15 -40.0000000 + 3 1 3 15 -40.0000000 + 4 1 4 15 -40.0000000 + 5 1 5 15 -40.0000000 + 6 1 6 15 -40.0000000 + 7 1 7 15 -40.0000000 + 8 1 8 15 -40.0000000 + 9 1 9 15 -40.0000000 + 10 1 10 15 -40.0000000 + --------------------------------------------------- + + + + SLN_1 INNER ITERATION SUMMARY + -------------------------------------------------------------------------------------------------------------------------------------- + TOTAL OUTER INNER MAXIMUM + ITERATION ITERATION ITERATION MAXIMUM CHANGE MAXIMUM CHANGE MODEL-(CELLID) RESIDUAL MAXIMUM RESIDUAL MODEL-(CELLID) + -------------------------------------------------------------------------------------------------------------------------------------- + 1 1 1 132.58403 1_GWF-(1,10,2) 1491.6296 1_GWF-(1,10,12) + 2 1 2 31.029958 1_GWF-(1,1,9) -815.63990 1_GWF-(1,1,12) + 3 1 3 -12.212677 1_GWF-(1,10,7) -462.40850 1_GWF-(1,1,14) + 4 1 4 -2.9500675 1_GWF-(1,10,4) -146.41039 1_GWF-(1,1,14) + 5 1 5 0.96711845 1_GWF-(1,2,10) -44.804306 1_GWF-(1,2,12) + 6 1 6 0.32737920 1_GWF-(1,2,12) 14.167756 1_GWF-(1,10,2) + 7 1 7 0.11039513 1_GWF-(1,4,9) 7.3195357 1_GWF-(1,10,2) + 8 1 8 -2.35236078E-02 1_GWF-(1,1,4) 1.8401728 1_GWF-(1,10,2) + 9 1 9 1.03060542E-02 1_GWF-(1,4,7) 0.57360373 1_GWF-(1,10,2) + 10 1 10 -2.46969711E-03 1_GWF-(1,10,13) 0.12222419 1_GWF-(1,10,2) + 11 1 11 9.37818474E-04 1_GWF-(1,8,11) 4.96599844E-02 1_GWF-(1,7,8) + 12 1 12 -2.03964624E-04 1_GWF-(1,7,8) 1.17759869E-02 1_GWF-(1,2,4) + 13 1 13 -5.56447829E-05 1_GWF-(1,2,4) 3.29973075E-03 1_GWF-(1,6,9) + 14 2 1 37.540029 1_GWF-(1,3,10) 5282.9250 1_GWF-(1,1,5) + 15 2 2 18.201822 1_GWF-(1,1,12) -3417.1980 1_GWF-(1,10,5) + 16 2 3 6.9001340 1_GWF-(1,1,14) -2258.8339 1_GWF-(1,10,3) + 17 2 4 2.2590026 1_GWF-(1,8,10) -902.90298 1_GWF-(1,10,2) + 18 2 5 0.85619376 1_GWF-(1,3,12) -545.18192 1_GWF-(1,10,2) + 19 2 6 -0.40664137 1_GWF-(1,3,11) -207.00577 1_GWF-(1,10,2) + 20 2 7 0.10320968 1_GWF-(1,5,13) -57.709167 1_GWF-(1,9,4) + 21 2 8 -4.29648006E-02 1_GWF-(1,2,12) -22.986114 1_GWF-(1,9,4) + 22 2 9 1.26910133E-02 1_GWF-(1,3,13) -5.7317512 1_GWF-(1,8,6) + 23 2 10 -2.07388535E-03 1_GWF-(1,1,12) -0.97792198 1_GWF-(1,8,5) + 24 2 11 7.71858599E-04 1_GWF-(1,2,13) 0.37191505 1_GWF-(1,1,3) + 25 2 12 -1.77862201E-04 1_GWF-(1,1,12) 0.11554603 1_GWF-(1,1,3) + 26 2 13 7.02604886E-05 1_GWF-(1,10,12) 2.53283114E-02 1_GWF-(1,7,5) + 27 2 14 2.47813874E-05 1_GWF-(1,2,13) -6.97567131E-03 1_GWF-(1,6,8) + 28 3 1 -9.1250098 1_GWF-(1,7,10) -3604.7090 1_GWF-(1,10,14) + 29 3 2 -4.3261561 1_GWF-(1,1,11) 2323.6452 1_GWF-(1,1,13) + 30 3 3 3.0227758 1_GWF-(1,10,14) -841.09908 1_GWF-(1,2,13) + 31 3 4 1.6056812 1_GWF-(1,10,14) 365.81025 1_GWF-(1,2,12) + 32 3 5 0.37736810 1_GWF-(1,10,12) -128.22647 1_GWF-(1,9,14) + 33 3 6 0.10603675 1_GWF-(1,3,11) -71.180224 1_GWF-(1,9,14) + 34 3 7 6.67043617E-02 1_GWF-(1,9,14) -18.871401 1_GWF-(1,2,11) + 35 3 8 1.59600788E-02 1_GWF-(1,2,11) 6.1328467 1_GWF-(1,3,11) + 36 3 9 -4.44696477E-03 1_GWF-(1,4,13) -2.0201798 1_GWF-(1,10,13) + 37 3 10 1.37161678E-03 1_GWF-(1,10,13) -0.58635828 1_GWF-(1,10,13) + 38 3 11 3.64201442E-04 1_GWF-(1,7,14) 0.13817402 1_GWF-(1,3,7) + 39 3 12 9.01144689E-05 1_GWF-(1,10,13) 5.55414565E-02 1_GWF-(1,2,2) + 40 3 13 -2.94771845E-05 1_GWF-(1,1,14) 1.13925122E-02 1_GWF-(1,2,13) + 41 3 14 -7.19606697E-06 1_GWF-(1,2,13) -2.96816898E-03 1_GWF-(1,3,3) + 42 4 1 -2.4143881 1_GWF-(1,4,12) 871.06319 1_GWF-(1,1,13) + 43 4 2 -1.1896468 1_GWF-(1,1,13) -324.01692 1_GWF-(1,1,10) + 44 4 3 -0.44644213 1_GWF-(1,10,9) 186.67267 1_GWF-(1,2,11) + 45 4 4 -0.20098468 1_GWF-(1,5,14) 76.958285 1_GWF-(1,2,12) + 46 4 5 -5.80056591E-02 1_GWF-(1,8,14) -20.549390 1_GWF-(1,2,11) + 47 4 6 -1.56969924E-02 1_GWF-(1,9,11) 6.4857054 1_GWF-(1,3,11) + 48 4 7 5.20621142E-03 1_GWF-(1,5,10) 2.5514552 1_GWF-(1,10,13) + 49 4 8 -2.07278074E-03 1_GWF-(1,8,13) 0.96669073 1_GWF-(1,10,2) + 50 4 9 -8.20306143E-04 1_GWF-(1,8,8) -0.49428828 1_GWF-(1,3,10) + 51 4 10 1.96392716E-04 1_GWF-(1,5,6) -0.11483939 1_GWF-(1,4,8) + 52 4 11 -5.22262263E-05 1_GWF-(1,5,12) -3.80425015E-02 1_GWF-(1,2,3) + 53 4 12 -1.86645969E-05 1_GWF-(1,3,13) -9.20788261E-03 1_GWF-(1,3,3) + 54 5 1 0.48722384 1_GWF-(1,8,10) -160.18468 1_GWF-(1,1,11) + 55 5 2 0.24143580 1_GWF-(1,1,11) -100.35210 1_GWF-(1,1,13) + 56 5 3 -0.16309448 1_GWF-(1,10,13) -33.853191 1_GWF-(1,2,9) + 57 5 4 -7.43845556E-02 1_GWF-(1,10,13) -17.178652 1_GWF-(1,2,11) + 58 5 5 -1.86101826E-02 1_GWF-(1,10,11) 6.8682638 1_GWF-(1,9,14) + 59 5 6 -5.07723582E-03 1_GWF-(1,3,10) 3.2997725 1_GWF-(1,9,14) + 60 5 7 -3.23810565E-03 1_GWF-(1,9,14) 0.96859618 1_GWF-(1,2,11) + 61 5 8 -8.23570318E-04 1_GWF-(1,2,11) -0.26493391 1_GWF-(1,3,11) + 62 5 9 2.14668780E-04 1_GWF-(1,4,13) 0.10904161 1_GWF-(1,10,13) + 63 5 10 -7.78776358E-05 1_GWF-(1,10,13) 2.58465211E-02 1_GWF-(1,10,13) + 64 5 11 -1.69368181E-05 1_GWF-(1,7,14) 7.07044844E-03 1_GWF-(1,5,2) + 65 6 1 0.13047618 1_GWF-(1,4,12) -43.360723 1_GWF-(1,1,13) + 66 6 2 6.35373862E-02 1_GWF-(1,1,13) 18.481533 1_GWF-(1,1,10) + 67 6 3 2.42355570E-02 1_GWF-(1,10,9) -9.8843232 1_GWF-(1,2,11) + 68 6 4 1.04478550E-02 1_GWF-(1,5,14) -3.7808295 1_GWF-(1,2,12) + 69 6 5 3.00961988E-03 1_GWF-(1,8,14) 1.2341571 1_GWF-(1,2,10) + 70 6 6 8.66491607E-04 1_GWF-(1,9,11) 0.39200811 1_GWF-(1,2,11) + 71 6 7 3.40380852E-04 1_GWF-(1,5,13) 0.15694727 1_GWF-(1,2,11) + 72 6 8 1.30704428E-04 1_GWF-(1,8,13) -5.10393529E-02 1_GWF-(1,2,7) + 73 6 9 4.65373778E-05 1_GWF-(1,8,8) 2.69060719E-02 1_GWF-(1,3,10) + 74 6 10 -1.12039109E-05 1_GWF-(1,5,6) -5.91805717E-03 1_GWF-(1,3,5) + 75 7 1 -2.64493796E-02 1_GWF-(1,8,10) 9.0019667 1_GWF-(1,1,11) + 76 7 2 -1.32546849E-02 1_GWF-(1,1,11) 5.4278359 1_GWF-(1,1,12) + 77 7 3 8.96524471E-03 1_GWF-(1,10,13) 1.8884340 1_GWF-(1,2,9) + 78 7 4 3.95160554E-03 1_GWF-(1,10,13) 0.90299856 1_GWF-(1,2,11) + 79 7 5 9.98543392E-04 1_GWF-(1,10,11) -0.35868346 1_GWF-(1,9,14) + 80 7 6 2.59978314E-04 1_GWF-(1,3,10) -0.16482565 1_GWF-(1,9,14) + 81 7 7 1.66975417E-04 1_GWF-(1,9,14) -5.20316281E-02 1_GWF-(1,2,11) + 82 7 8 4.54015381E-05 1_GWF-(1,2,11) 1.41162490E-02 1_GWF-(1,3,11) + 83 7 9 -1.18355499E-05 1_GWF-(1,4,13) -6.12347873E-03 1_GWF-(1,10,13) + -------------------------------------------------------------------------------------------------------------------------------------- + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + 11 12 13 14 15 + ................................................................................................................................................................ + 1 100.000 94.9119 89.6385 84.1578 78.4433 72.4620 66.1725 59.5215 52.4380 44.8239 + 36.5370 27.3565 16.9026 4.39940 -40.0000 + 2 100.000 94.9119 89.6385 84.1578 78.4433 72.4620 66.1725 59.5215 52.4380 44.8239 + 36.5370 27.3565 16.9026 4.39940 -40.0000 + 3 100.000 94.9119 89.6385 84.1578 78.4433 72.4620 66.1725 59.5215 52.4380 44.8239 + 36.5370 27.3565 16.9026 4.39940 -40.0000 + 4 100.000 94.9119 89.6385 84.1578 78.4433 72.4620 66.1725 59.5215 52.4380 44.8239 + 36.5370 27.3565 16.9026 4.39939 -40.0000 + 5 100.000 94.9119 89.6385 84.1578 78.4433 72.4620 66.1725 59.5215 52.4380 44.8239 + 36.5370 27.3565 16.9026 4.39939 -40.0000 + 6 100.000 94.9119 89.6385 84.1578 78.4433 72.4620 66.1725 59.5215 52.4380 44.8239 + 36.5370 27.3565 16.9026 4.39939 -40.0000 + 7 100.000 94.9119 89.6385 84.1578 78.4433 72.4620 66.1725 59.5215 52.4380 44.8239 + 36.5370 27.3565 16.9026 4.39939 -40.0000 + 8 100.000 94.9119 89.6385 84.1578 78.4433 72.4620 66.1725 59.5215 52.4380 44.8239 + 36.5370 27.3565 16.9026 4.39939 -40.0000 + 9 100.000 94.9119 89.6385 84.1578 78.4433 72.4620 66.1725 59.5215 52.4380 44.8239 + 36.5370 27.3565 16.9026 4.39940 -40.0000 + 10 100.000 94.9119 89.6385 84.1578 78.4433 72.4620 66.1725 59.5215 52.4380 44.8239 + 36.5370 27.3565 16.9026 4.39939 -40.0000 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + CHD = 75005.0706 CHD = 75005.0706 CHD1 + CHD = 0.0000 CHD = 0.0000 CHD2 + + TOTAL IN = 75005.0706 TOTAL IN = 75005.0706 + + OUT: OUT: + ---- ---- + CHD = 0.0000 CHD = 0.0000 CHD1 + CHD = 75005.0714 CHD = 75005.0714 CHD2 + + TOTAL OUT = 75005.0714 TOTAL OUT = 75005.0714 + + IN - OUT = -8.1510E-04 IN - OUT = -8.1510E-04 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + + +end timestep + + +start timestep kper="2" kstp="1" mode="normal" + + + END OF FILE DETECTED IN OUTPUT CONTROL. + CURRENT OUTPUT CONTROL SETTINGS WILL BE + REPEATED UNTIL THE END OF THE SIMULATION. + + OUTPUT CONTROL FOR STRESS PERIOD 2 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + --------------------------------------------------- + CHD NO. LAYER ROW COL HEAD + --------------------------------------------------- + 1 1 1 1 25.0000000 + 2 1 2 1 25.0000000 + 3 1 3 1 25.0000000 + 4 1 4 1 25.0000000 + 5 1 5 1 25.0000000 + 6 1 6 1 25.0000000 + 7 1 7 1 25.0000000 + 8 1 8 1 25.0000000 + 9 1 9 1 25.0000000 + 10 1 10 1 25.0000000 + --------------------------------------------------- + + + + SLN_1 INNER ITERATION SUMMARY + -------------------------------------------------------------------------------------------------------------------------------------- + TOTAL OUTER INNER MAXIMUM + ITERATION ITERATION ITERATION MAXIMUM CHANGE MAXIMUM CHANGE MODEL-(CELLID) RESIDUAL MAXIMUM RESIDUAL MODEL-(CELLID) + -------------------------------------------------------------------------------------------------------------------------------------- + 1 1 1 -70.516459 1_GWF-(1,10,2) 8275.0425 1_GWF-(1,1,7) + 2 1 2 -24.734832 1_GWF-(1,1,10) 4402.2133 1_GWF-(1,1,12) + 3 1 3 -12.673230 1_GWF-(1,1,13) 1901.1507 1_GWF-(1,1,14) + 4 1 4 -2.9750805 1_GWF-(1,1,14) -717.40430 1_GWF-(1,10,2) + 5 1 5 -0.61045833 1_GWF-(1,3,12) -303.63999 1_GWF-(1,10,2) + 6 1 6 -0.23248936 1_GWF-(1,4,9) -167.51372 1_GWF-(1,10,2) + 7 1 7 -8.88490717E-02 1_GWF-(1,2,13) -41.050917 1_GWF-(1,9,5) + 8 1 8 -2.01456629E-02 1_GWF-(1,10,12) -11.970610 1_GWF-(1,9,4) + 9 1 9 5.47228294E-03 1_GWF-(1,8,9) -4.0762506 1_GWF-(1,9,4) + 10 1 10 -1.48942026E-03 1_GWF-(1,9,10) 1.0013990 1_GWF-(1,8,4) + 11 1 11 -4.64077974E-04 1_GWF-(1,8,12) -0.42612774 1_GWF-(1,8,5) + 12 1 12 -1.12867312E-04 1_GWF-(1,3,6) -8.33579635E-02 1_GWF-(1,7,7) + 13 1 13 -2.59612716E-05 1_GWF-(1,2,8) 3.00119382E-02 1_GWF-(1,7,5) + 14 1 14 -8.84449953E-06 1_GWF-(1,10,13) -5.43351558E-03 1_GWF-(1,7,6) + 15 2 1 -5.8930365 1_GWF-(1,1,12) -462.34201 1_GWF-(1,1,6) + 16 2 2 -1.7283133 1_GWF-(1,10,11) -265.76177 1_GWF-(1,1,11) + 17 2 3 -0.79526832 1_GWF-(1,10,7) 120.38669 1_GWF-(1,10,4) + 18 2 4 -0.26915894 1_GWF-(1,10,13) 51.334892 1_GWF-(1,10,3) + 19 2 5 5.55385730E-02 1_GWF-(1,2,10) 19.130957 1_GWF-(1,10,2) + 20 2 6 2.14351281E-02 1_GWF-(1,2,12) 4.9239861 1_GWF-(1,10,2) + 21 2 7 4.93097601E-03 1_GWF-(1,3,9) 2.1426618 1_GWF-(1,10,2) + 22 2 8 -1.94236321E-03 1_GWF-(1,5,10) 0.84280285 1_GWF-(1,9,4) + 23 2 9 -7.05567184E-04 1_GWF-(1,8,8) 0.30170043 1_GWF-(1,9,4) + 24 2 10 2.21250670E-04 1_GWF-(1,9,9) -6.99227747E-02 1_GWF-(1,8,4) + 25 2 11 -6.01612760E-05 1_GWF-(1,1,5) 2.54912470E-02 1_GWF-(1,8,5) + 26 2 12 1.40503053E-05 1_GWF-(1,3,6) 4.78026749E-03 1_GWF-(1,7,7) + 27 3 1 1.3453895 1_GWF-(1,5,10) 166.59689 1_GWF-(1,10,14) + 28 3 2 0.55020084 1_GWF-(1,1,12) -115.31132 1_GWF-(1,1,13) + 29 3 3 0.24673602 1_GWF-(1,1,13) 39.257725 1_GWF-(1,10,14) + 30 3 4 -0.10268172 1_GWF-(1,10,13) -18.751312 1_GWF-(1,2,12) + 31 3 5 3.46971719E-02 1_GWF-(1,2,11) -6.4269456 1_GWF-(1,2,12) + 32 3 6 -1.04956833E-02 1_GWF-(1,3,11) -4.2209652 1_GWF-(1,9,5) + 33 3 7 -5.49971880E-03 1_GWF-(1,9,14) -0.88129961 1_GWF-(1,9,4) + 34 3 8 -1.20055357E-03 1_GWF-(1,2,11) 0.25028696 1_GWF-(1,3,9) + 35 3 9 3.75355562E-04 1_GWF-(1,3,13) -9.88736688E-02 1_GWF-(1,8,6) + 36 3 10 -9.64812839E-05 1_GWF-(1,1,12) 2.58763706E-02 1_GWF-(1,10,13) + 37 3 11 2.74101022E-05 1_GWF-(1,9,14) -7.50409355E-03 1_GWF-(1,3,7) + 38 4 1 0.25772787 1_GWF-(1,3,13) 31.129148 1_GWF-(1,1,9) + 39 4 2 0.14967653 1_GWF-(1,10,13) 23.973468 1_GWF-(1,1,11) + 40 4 3 6.60488935E-02 1_GWF-(1,10,11) -11.022131 1_GWF-(1,2,12) + 41 4 4 1.69008239E-02 1_GWF-(1,10,7) 3.6374571 1_GWF-(1,2,10) + 42 4 5 6.97353496E-03 1_GWF-(1,9,14) 1.2475880 1_GWF-(1,2,10) + 43 4 6 2.11964488E-03 1_GWF-(1,9,9) 0.66160489 1_GWF-(1,2,11) + 44 4 7 1.07091040E-03 1_GWF-(1,9,12) 0.15010141 1_GWF-(1,3,9) + 45 4 8 1.94380840E-04 1_GWF-(1,7,13) 5.43724125E-02 1_GWF-(1,3,10) + 46 4 9 8.49878695E-05 1_GWF-(1,2,8) -1.53140887E-02 1_GWF-(1,3,7) + 47 4 10 -2.28848400E-05 1_GWF-(1,3,11) 6.19330500E-03 1_GWF-(1,2,3) + 48 5 1 -8.59489923E-02 1_GWF-(1,4,10) 11.482072 1_GWF-(1,1,12) + 49 5 2 -3.85509283E-02 1_GWF-(1,1,12) 7.0484937 1_GWF-(1,1,13) + 50 5 3 -1.65875408E-02 1_GWF-(1,1,13) 2.5358630 1_GWF-(1,2,10) + 51 5 4 -5.23817617E-03 1_GWF-(1,7,9) 1.1883896 1_GWF-(1,2,11) + 52 5 5 -2.29143520E-03 1_GWF-(1,2,11) -0.40048148 1_GWF-(1,9,14) + 53 5 6 -7.16110901E-04 1_GWF-(1,5,9) -0.24301516 1_GWF-(1,9,14) + 54 5 7 -3.44014055E-04 1_GWF-(1,5,13) -4.63728620E-02 1_GWF-(1,2,11) + 55 5 8 6.25973649E-05 1_GWF-(1,2,11) -1.73497960E-02 1_GWF-(1,3,9) + 56 5 9 -1.98390654E-05 1_GWF-(1,3,13) -4.76467754E-03 1_GWF-(1,10,13) + 57 6 1 -1.37386736E-02 1_GWF-(1,2,13) -2.1849090 1_GWF-(1,1,10) + 58 6 2 -8.98983926E-03 1_GWF-(1,10,13) -1.5423489 1_GWF-(1,1,12) + 59 6 3 -4.51586167E-03 1_GWF-(1,10,11) 0.62298768 1_GWF-(1,2,12) + 60 6 4 -1.30071642E-03 1_GWF-(1,10,8) 0.24725700 1_GWF-(1,9,14) + 61 6 5 -4.69086421E-04 1_GWF-(1,9,14) -8.96106567E-02 1_GWF-(1,2,10) + 62 6 6 -1.60768225E-04 1_GWF-(1,9,9) -3.86998819E-02 1_GWF-(1,9,4) + 63 6 7 -6.42944616E-05 1_GWF-(1,9,13) 1.06059855E-02 1_GWF-(1,2,10) + 64 6 8 -1.31410573E-05 1_GWF-(1,7,13) -3.66722428E-03 1_GWF-(1,3,10) + -------------------------------------------------------------------------------------------------------------------------------------- + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 2 3 4 5 6 7 8 9 10 + 11 12 13 14 15 + ................................................................................................................................................................ + 1 25.0000 22.3659 19.6319 16.7858 13.8126 10.6935 7.40455 3.91461 0.181458 -3.85447 + -8.28221 -13.2464 -19.0146 -26.2213 -40.0000 + 2 25.0000 22.3659 19.6319 16.7858 13.8126 10.6935 7.40455 3.91462 0.181459 -3.85447 + -8.28221 -13.2464 -19.0146 -26.2213 -40.0000 + 3 25.0000 22.3659 19.6319 16.7858 13.8126 10.6935 7.40455 3.91462 0.181458 -3.85448 + -8.28222 -13.2464 -19.0146 -26.2213 -40.0000 + 4 25.0000 22.3659 19.6319 16.7858 13.8126 10.6935 7.40455 3.91461 0.181458 -3.85447 + -8.28222 -13.2464 -19.0146 -26.2213 -40.0000 + 5 25.0000 22.3659 19.6319 16.7858 13.8126 10.6935 7.40455 3.91461 0.181456 -3.85447 + -8.28222 -13.2464 -19.0146 -26.2213 -40.0000 + 6 25.0000 22.3659 19.6319 16.7858 13.8126 10.6935 7.40455 3.91461 0.181455 -3.85448 + -8.28222 -13.2464 -19.0146 -26.2213 -40.0000 + 7 25.0000 22.3659 19.6319 16.7858 13.8126 10.6935 7.40455 3.91461 0.181457 -3.85447 + -8.28222 -13.2464 -19.0146 -26.2213 -40.0000 + 8 25.0000 22.3659 19.6319 16.7858 13.8126 10.6935 7.40455 3.91461 0.181458 -3.85447 + -8.28221 -13.2464 -19.0146 -26.2213 -40.0000 + 9 25.0000 22.3659 19.6319 16.7858 13.8126 10.6935 7.40455 3.91462 0.181458 -3.85447 + -8.28221 -13.2464 -19.0146 -26.2213 -40.0000 + 10 25.0000 22.3659 19.6319 16.7858 13.8126 10.6935 7.40455 3.91461 0.181458 -3.85447 + -8.28221 -13.2464 -19.0146 -26.2213 -40.0000 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + CHD = 94407.5903 CHD = 19402.5197 CHD1 + CHD = 0.0000 CHD = 0.0000 CHD2 + + TOTAL IN = 94407.5903 TOTAL IN = 19402.5197 + + OUT: OUT: + ---- ---- + CHD = 0.0000 CHD = 0.0000 CHD1 + CHD = 94407.5911 CHD = 19402.5197 CHD2 + + TOTAL OUT = 94407.5911 TOTAL OUT = 19402.5197 + + IN - OUT = -8.3948E-04 IN - OUT = -2.4375E-05 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + + +end timestep + diff --git a/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model_nc[0-npf02_hreweta]0/gwf0.nam b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model_nc[0-npf02_hreweta]0/gwf0.nam new file mode 100644 index 000000000..5bd21c783 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model_nc[0-npf02_hreweta]0/gwf0.nam @@ -0,0 +1,13 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:20:40. +BEGIN options +END options + +BEGIN packages + DIS6 gwf0.nc dis + IC6 gwf0.ic ic + NPF6 gwf0.nc npf + CHD6 gwf0.nc chd1 + CHD6 gwf0.nc chd2 + OC6 gwf0.oc oc +END packages + diff --git a/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model_nc[0-npf02_hreweta]0/gwf0.nc b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model_nc[0-npf02_hreweta]0/gwf0.nc new file mode 100644 index 000000000..26286ae3e Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model_nc[0-npf02_hreweta]0/gwf0.nc differ diff --git a/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model_nc[0-npf02_hreweta]0/gwf0.nc.grb b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model_nc[0-npf02_hreweta]0/gwf0.nc.grb new file mode 100644 index 000000000..a2f34fd15 Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model_nc[0-npf02_hreweta]0/gwf0.nc.grb differ diff --git a/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model_nc[0-npf02_hreweta]0/gwf0.nc.out b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model_nc[0-npf02_hreweta]0/gwf0.nc.out new file mode 100644 index 000000000..8abcd878f --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model_nc[0-npf02_hreweta]0/gwf0.nc.out @@ -0,0 +1,257 @@ +netcdf gwf0 { +dimensions: + LINELENGTH = 300 ; + LENAUXNAME = 16 ; + LENBOUNDNAME = 40 ; + NPER = 2 ; + NLAY = 1 ; + NROW = 10 ; + NCOL = 15 ; + NCPL = 150 ; + NCELLDIM = 3 ; + dim_chd1_maxbound = 10 ; + dim_chd1_niper = 2 ; + dim_chd2_maxbound = 10 ; + dim_chd2_niper = 1 ; +variables: + int dis_nlay ; + dis_nlay:mf6_input = "DIS6:GWF0/DIS/NLAY" ; + int dis_nrow ; + dis_nrow:mf6_input = "DIS6:GWF0/DIS/NROW" ; + int dis_ncol ; + dis_ncol:mf6_input = "DIS6:GWF0/DIS/NCOL" ; + double dis_delr(NCOL) ; + dis_delr:_FillValue = 3.e+30 ; + dis_delr:mf6_input = "DIS6:GWF0/DIS/DELR" ; + double dis_delc(NROW) ; + dis_delc:_FillValue = 3.e+30 ; + dis_delc:mf6_input = "DIS6:GWF0/DIS/DELC" ; + double dis_top(NROW, NCOL) ; + dis_top:_FillValue = 3.e+30 ; + dis_top:mf6_input = "DIS6:GWF0/DIS/TOP" ; + double dis_botm(NLAY, NROW, NCOL) ; + dis_botm:_FillValue = 3.e+30 ; + dis_botm:mf6_input = "DIS6:GWF0/DIS/BOTM" ; + double ic_strt(NLAY, NROW, NCOL) ; + ic_strt:_FillValue = 3.e+30 ; + ic_strt:mf6_input = "IC6:GWF0/IC/STRT" ; + ic_strt:_Storage = "chunked" ; + ic_strt:_ChunkSizes = 1, 10, 15 ; + ic_strt:_DeflateLevel = 4 ; + ic_strt:_Shuffle = "true" ; + ic_strt:_Endianness = "little" ; + int npf_rewet ; + npf_rewet:mf6_input = "NPF6:GWF0/NPF/REWET" ; + double npf_wetfct ; + npf_wetfct:mf6_input = "NPF6:GWF0/NPF/WETFCT" ; + int npf_iwetit ; + npf_iwetit:mf6_input = "NPF6:GWF0/NPF/IWETIT" ; + int npf_ihdwet ; + npf_ihdwet:mf6_input = "NPF6:GWF0/NPF/IHDWET" ; + int npf_xt3d ; + npf_xt3d:mf6_input = "NPF6:GWF0/NPF/XT3D" ; + npf_xt3d:_Endianness = "little" ; + int npf_rhs ; + npf_rhs:mf6_input = "NPF6:GWF0/NPF/RHS" ; + npf_rhs:_Endianness = "little" ; + int npf_icelltype(NLAY, NROW, NCOL) ; + npf_icelltype:_FillValue = -2147483647 ; + npf_icelltype:mf6_input = "NPF6:GWF0/NPF/ICELLTYPE" ; + double npf_k(NLAY, NROW, NCOL) ; + npf_k:_FillValue = 3.e+30 ; + npf_k:mf6_input = "NPF6:GWF0/NPF/K" ; + double npf_wetdry(NLAY, NROW, NCOL) ; + npf_wetdry:_FillValue = 3.e+30 ; + npf_wetdry:mf6_input = "NPF6:GWF0/NPF/WETDRY" ; + int chd1_print_input ; + chd1_print_input:mf6_input = "CHD6:GWF0/CHD1/PRINT_INPUT" ; + int chd1_maxbound ; + chd1_maxbound:mf6_input = "CHD6:GWF0/CHD1/MAXBOUND" ; + int chd1_iper(dim_chd1_niper) ; + chd1_iper:mf6_input = "CHD6:GWF0/CHD1/IPER" ; + int chd1_cellid(dim_chd1_niper, dim_chd1_maxbound, NCELLDIM) ; + chd1_cellid:_FillValue = -2147483647 ; + chd1_cellid:mf6_input = "CHD6:GWF0/CHD1/CELLID" ; + double chd1_head(dim_chd1_niper, dim_chd1_maxbound) ; + chd1_head:_FillValue = 3.e+30 ; + chd1_head:mf6_input = "CHD6:GWF0/CHD1/HEAD" ; + int chd2_print_input ; + chd2_print_input:mf6_input = "CHD6:GWF0/CHD2/PRINT_INPUT" ; + int chd2_maxbound ; + chd2_maxbound:mf6_input = "CHD6:GWF0/CHD2/MAXBOUND" ; + int chd2_iper(dim_chd2_niper) ; + chd2_iper:mf6_input = "CHD6:GWF0/CHD2/IPER" ; + int chd2_cellid(dim_chd2_niper, dim_chd2_maxbound, NCELLDIM) ; + chd2_cellid:_FillValue = -2147483647 ; + chd2_cellid:mf6_input = "CHD6:GWF0/CHD2/CELLID" ; + double chd2_head(dim_chd2_niper, dim_chd2_maxbound) ; + chd2_head:_FillValue = 3.e+30 ; + chd2_head:mf6_input = "CHD6:GWF0/CHD2/HEAD" ; + +// global attributes: + :description = "MODFLOW 6 NetCDF4 file prototype" ; + :history = "Created Mon Oct 30 09:20:40 2023" ; + :source = "mf6netcdf4.py" ; + :mf6_modeltype = "GWF6" ; + :mf6_modelname = "GWF0" ; + :Conventions = "CF-1.8" ; +data: + + dis_nlay = 1 ; + + dis_nrow = 10 ; + + dis_ncol = 15 ; + + dis_delr = 500, 500, 500, 500, 500, 500, 500, 500, 500, 500, 500, 500, 500, + 500, 500 ; + + dis_delc = 500, 500, 500, 500, 500, 500, 500, 500, 500, 500 ; + + dis_top = + 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, + 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, + 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, + 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, + 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, + 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, + 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, + 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, + 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, + 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150, 150 ; + + dis_botm = + -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, + -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, + -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, + -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, + -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, + -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, + -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, + -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, + -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, + -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50, -50 ; + + ic_strt = + -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, + -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, + -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, + -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, + -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, + -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, + -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, + -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, + -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, + -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40, -40 ; + + npf_rewet = 1 ; + + npf_wetfct = 1 ; + + npf_iwetit = 1 ; + + npf_ihdwet = 1 ; + + npf_xt3d = 1 ; + + npf_rhs = 1 ; + + npf_icelltype = + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1 ; + + npf_k = + 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, + 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, + 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, + 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, + 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, + 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, + 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, + 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, + 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, + 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10 ; + + npf_wetdry = + -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, + -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, + -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, + -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, + -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, + -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, + -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, + -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, + -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, + -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, + -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, + -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, + -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, + -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, + -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, + -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, + -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, + -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, + -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, -0.001, + -0.001, -0.001, -0.001, -0.001, -0.001, -0.001 ; + + chd1_print_input = 1 ; + + chd1_maxbound = 10 ; + + chd1_iper = 1, 2 ; + + chd1_cellid = + 1, 1, 1, + 1, 2, 1, + 1, 3, 1, + 1, 4, 1, + 1, 5, 1, + 1, 6, 1, + 1, 7, 1, + 1, 8, 1, + 1, 9, 1, + 1, 10, 1, + 1, 1, 1, + 1, 2, 1, + 1, 3, 1, + 1, 4, 1, + 1, 5, 1, + 1, 6, 1, + 1, 7, 1, + 1, 8, 1, + 1, 9, 1, + 1, 10, 1 ; + + chd1_head = + 100, 100, 100, 100, 100, 100, 100, 100, 100, 100, + 25, 25, 25, 25, 25, 25, 25, 25, 25, 25 ; + + chd2_print_input = 1 ; + + chd2_maxbound = 10 ; + + chd2_iper = 1 ; + + chd2_cellid = + 1, 1, 15, + 1, 2, 15, + 1, 3, 15, + 1, 4, 15, + 1, 5, 15, + 1, 6, 15, + 1, 7, 15, + 1, 8, 15, + 1, 9, 15, + 1, 10, 15 ; + + chd2_head = + -40, -40, -40, -40, -40, -40, -40, -40, -40, -40 ; +} diff --git a/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model_nc[0-npf02_hreweta]0/gwf0.oc b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model_nc[0-npf02_hreweta]0/gwf0.oc new file mode 100644 index 000000000..3de27390b --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model_nc[0-npf02_hreweta]0/gwf0.oc @@ -0,0 +1,13 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:20:40. +BEGIN options + BUDGET FILEOUT gwf0.cbc + HEAD FILEOUT gwf0.hds + HEAD PRINT_FORMAT COLUMNS 10 WIDTH 15 DIGITS 6 GENERAL +END options + +BEGIN period 1 + SAVE HEAD LAST + PRINT HEAD LAST + PRINT BUDGET LAST +END period 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model_nc[0-npf02_hreweta]0/mfsim.lst b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model_nc[0-npf02_hreweta]0/mfsim.lst new file mode 100644 index 000000000..43aab1296 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model_nc[0-npf02_hreweta]0/mfsim.lst @@ -0,0 +1,1683 @@ + MODFLOW 6 PROFESSIONAL + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + VERSION 6.5.0.dev0 (preliminary) 07/13/2023 + ***DEVELOP MODE*** + + MODFLOW 6 compiled Oct 30 2023 08:23:02 with GCC version 11.3.0 + +This software is preliminary or provisional and is subject to +revision. It is being provided to meet the need for timely best +science. The software has not received final approval by the U.S. +Geological Survey (USGS). No warranty, expressed or implied, is made +by the USGS or the U.S. Government as to the functionality of the +software and related material nor shall the fact of release +constitute any such warranty. The software is provided on the +condition that neither the USGS nor the U.S. Government shall be held +liable for any damages resulting from the authorized or unauthorized +use of the software. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +The following 2-clause BSD License library is used in this +USGS product: + + PETSc, the Portable, Extensible Toolkit for Scientific + Computation Library + Copyright (c) 1991-2021, UChicago Argonne, LLC + and the PETSc Development Team All rights reserved. + (https://petsc.org/release/) + +MODFLOW 6 compiler options: -cpp -I src/libmf6core.a.p -I src -I ../src -I +src/libmf6_external.a.p -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/include -I +/home/mreno/.clone/external/petsc/include -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/lib -I +/home/mreno/miniconda3/envs/modflow6/include -I -fdiagnostics-color=always +-imultiarch x86_64-linux-gnu -D _FILE_OFFSET_BITS=64 -D __linux__ -D +__WITH_PETSC__ -D __WITH_MPI__ -D __WITH_NETCDF__ -mtune=generic +-march=x86-64 -g -O2 -Wall -Wpedantic -Wcharacter-truncation +-Wno-unused-dummy-argument -Wno-intrinsic-shadow -Wno-maybe-uninitialized +-Wno-uninitialized -std=f2008 -fall-intrinsics -fbacktrace -fcheck=all +-ffpe-trap=overflow,zero,invalid -ffpe-summary=overflow +-ffpe-trap=overflow,zero,invalid -fPIC -J src/libmf6core.a.p +-fpre-include=/usr/include/finclude/math-vector-fortran.h + +System command used to initiate simulation: +/home/mreno/.clone/usgs/w/netcdf/2/modflow6/bin/mf6 + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + + OPENED mfsim.nam + FILE TYPE:NAM6 UNIT 1001 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:20:40. + + OPENED gwf0.nam + FILE TYPE:GWF6 UNIT 1002 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:20:40. +Model NetCDF4 Input "gwf0.nc" opened NF90_NOWRITE, ncid=65536 +IDM nc modeltype=GWF6 +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=GWF0, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "NLAY" discovered for package "GWF0/DIS". +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=GWF0, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "NROW" discovered for package "GWF0/DIS". +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=GWF0, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "NCOL" discovered for package "GWF0/DIS". +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=GWF0, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "DELR" discovered for package "GWF0/DIS". +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=GWF0, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "DELC" discovered for package "GWF0/DIS". +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=GWF0, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "TOP" discovered for package "GWF0/DIS". +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=GWF0, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "BOTM" discovered for package "GWF0/DIS". +IDM load netcdf var model=GWF6, ptype=NPF6 +IDM nc4_context pkg cname=GWF0, scname=DIS +IDM nc4_context pkg cname=GWF0, scname=NPF +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=NPF6, sctype=NPF +Input parameter "SAVE_FLOWS" discovered for package "GWF0/NPF". +IDM load netcdf var model=GWF6, ptype=NPF6 +IDM nc4_context pkg cname=GWF0, scname=DIS +IDM nc4_context pkg cname=GWF0, scname=NPF +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=NPF6, sctype=NPF +Input parameter "REWET" discovered for package "GWF0/NPF". +IDM load netcdf var model=GWF6, ptype=NPF6 +IDM nc4_context pkg cname=GWF0, scname=DIS +IDM nc4_context pkg cname=GWF0, scname=NPF +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=NPF6, sctype=NPF +Input parameter "WETFCT" discovered for package "GWF0/NPF". +IDM load netcdf var model=GWF6, ptype=NPF6 +IDM nc4_context pkg cname=GWF0, scname=DIS +IDM nc4_context pkg cname=GWF0, scname=NPF +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=NPF6, sctype=NPF +Input parameter "IWETIT" discovered for package "GWF0/NPF". +IDM load netcdf var model=GWF6, ptype=NPF6 +IDM nc4_context pkg cname=GWF0, scname=DIS +IDM nc4_context pkg cname=GWF0, scname=NPF +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=NPF6, sctype=NPF +Input parameter "IHDWET" discovered for package "GWF0/NPF". +IDM load netcdf var model=GWF6, ptype=NPF6 +IDM nc4_context pkg cname=GWF0, scname=DIS +IDM nc4_context pkg cname=GWF0, scname=NPF +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=NPF6, sctype=NPF +Input parameter "ICELLTYPE" discovered for package "GWF0/NPF". +IDM load netcdf var model=GWF6, ptype=NPF6 +IDM nc4_context pkg cname=GWF0, scname=DIS +IDM nc4_context pkg cname=GWF0, scname=NPF +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=NPF6, sctype=NPF +Input parameter "K" discovered for package "GWF0/NPF". +IDM load netcdf var model=GWF6, ptype=NPF6 +IDM nc4_context pkg cname=GWF0, scname=DIS +IDM nc4_context pkg cname=GWF0, scname=NPF +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=NPF6, sctype=NPF +Input parameter "WETDRY" discovered for package "GWF0/NPF". +IDM load netcdf var model=GWF6, ptype=CHD6 +IDM nc4_context pkg cname=GWF0, scname=DIS +IDM nc4_context pkg cname=GWF0, scname=NPF +IDM nc4_context pkg cname=GWF0, scname=CHD1 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=CHD6, sctype=CHD +Input parameter "PRINT_INPUT" discovered for package "GWF0/CHD1". +IDM load netcdf var model=GWF6, ptype=CHD6 +IDM nc4_context pkg cname=GWF0, scname=DIS +IDM nc4_context pkg cname=GWF0, scname=NPF +IDM nc4_context pkg cname=GWF0, scname=CHD1 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=CHD6, sctype=CHD +Input parameter "SAVE_FLOWS" discovered for package "GWF0/CHD1". +IDM load netcdf var model=GWF6, ptype=CHD6 +IDM nc4_context pkg cname=GWF0, scname=DIS +IDM nc4_context pkg cname=GWF0, scname=NPF +IDM nc4_context pkg cname=GWF0, scname=CHD1 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=CHD6, sctype=CHD +Input parameter "MAXBOUND" discovered for package "GWF0/CHD1". +IDM load netcdf var model=GWF6, ptype=CHD6 +IDM nc4_context pkg cname=GWF0, scname=DIS +IDM nc4_context pkg cname=GWF0, scname=NPF +IDM nc4_context pkg cname=GWF0, scname=CHD1 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=CHD6 +IDM nc4_context pkg cname=GWF0, scname=DIS +IDM nc4_context pkg cname=GWF0, scname=NPF +IDM nc4_context pkg cname=GWF0, scname=CHD1 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=CHD6, sctype=CHD +Input parameter "CELLID" discovered for package "GWF0/CHD1". +IDM load netcdf var model=GWF6, ptype=CHD6 +IDM nc4_context pkg cname=GWF0, scname=DIS +IDM nc4_context pkg cname=GWF0, scname=NPF +IDM nc4_context pkg cname=GWF0, scname=CHD1 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=CHD6, sctype=CHD +Input parameter "HEAD" discovered for package "GWF0/CHD1". +IDM load netcdf var model=GWF6, ptype=CHD6 +IDM nc4_context pkg cname=GWF0, scname=DIS +IDM nc4_context pkg cname=GWF0, scname=NPF +IDM nc4_context pkg cname=GWF0, scname=CHD1 +IDM nc4_context pkg cname=GWF0, scname=CHD2 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=CHD6, sctype=CHD +Input parameter "PRINT_INPUT" discovered for package "GWF0/CHD2". +IDM load netcdf var model=GWF6, ptype=CHD6 +IDM nc4_context pkg cname=GWF0, scname=DIS +IDM nc4_context pkg cname=GWF0, scname=NPF +IDM nc4_context pkg cname=GWF0, scname=CHD1 +IDM nc4_context pkg cname=GWF0, scname=CHD2 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=CHD6, sctype=CHD +Input parameter "SAVE_FLOWS" discovered for package "GWF0/CHD2". +IDM load netcdf var model=GWF6, ptype=CHD6 +IDM nc4_context pkg cname=GWF0, scname=DIS +IDM nc4_context pkg cname=GWF0, scname=NPF +IDM nc4_context pkg cname=GWF0, scname=CHD1 +IDM nc4_context pkg cname=GWF0, scname=CHD2 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=CHD6, sctype=CHD +Input parameter "MAXBOUND" discovered for package "GWF0/CHD2". +IDM load netcdf var model=GWF6, ptype=CHD6 +IDM nc4_context pkg cname=GWF0, scname=DIS +IDM nc4_context pkg cname=GWF0, scname=NPF +IDM nc4_context pkg cname=GWF0, scname=CHD1 +IDM nc4_context pkg cname=GWF0, scname=CHD2 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=CHD6 +IDM nc4_context pkg cname=GWF0, scname=DIS +IDM nc4_context pkg cname=GWF0, scname=NPF +IDM nc4_context pkg cname=GWF0, scname=CHD1 +IDM nc4_context pkg cname=GWF0, scname=CHD2 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=CHD6, sctype=CHD +Input parameter "CELLID" discovered for package "GWF0/CHD2". +IDM load netcdf var model=GWF6, ptype=CHD6 +IDM nc4_context pkg cname=GWF0, scname=DIS +IDM nc4_context pkg cname=GWF0, scname=NPF +IDM nc4_context pkg cname=GWF0, scname=CHD1 +IDM nc4_context pkg cname=GWF0, scname=CHD2 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=CHD6, sctype=CHD +Input parameter "HEAD" discovered for package "GWF0/CHD2". +IDM input_load pkg=DIS +IDM NF90_MAX_DIMS=1024 +IDM NF90_MAX_VAR_DIMS=1024 +varname=NLAY, type=INTEGER +varname=NROW, type=INTEGER +varname=NCOL, type=INTEGER +varname=DELR, type=DOUBLE1D +varname=DELC, type=DOUBLE1D +varname=TOP, type=DOUBLE2D +varname=BOTM, type=DOUBLE3D + ALL SIMULATION MEMORY INFORMATION WILL BE WRITTEN. + + DETAILED INFORMATION ON VARIABLES STORED IN THE MEMORY MANAGER + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + ORIGIN VARIABLE NAME DATA TYPE NUMBER OF ITEMS ASSOCIATED VARIABLE + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + __INPUT__/SIM/NAM TDIS6 STRING LEN=300 1 -- + __INPUT__/SIM/NAM MTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM MFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM MNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM EXGTYPE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGFILE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEA STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEB STRING LEN=300 0 -- + __INPUT__/SIM/NAM SOLUTIONGROUPNUM INTEGER 1 -- + __INPUT__/SIM/NAM SLNTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNMNAMES STRING LEN=300 1 -- + __INPUT__/SIM/NAM CONTINUE INTEGER 1 -- + __INPUT__/SIM/NAM NOCHECK INTEGER 1 -- + __INPUT__/SIM/NAM PRMEM STRING LEN=300 1 -- + __INPUT__/SIM/NAM MAXERRORS INTEGER 1 -- + __INPUT__/SIM/NAM PRINT_INPUT INTEGER 1 -- + __INPUT__/SIM/NAM MXITER INTEGER 1 -- + __INPUT__/SIM NUMMODELS INTEGER 1 -- + __INPUT__/SIM NUMEXCHANGES INTEGER 1 -- + __INPUT__/GWF0/NAM FTYPE STRING LEN=300 6 -- + __INPUT__/GWF0/NAM FNAME STRING LEN=300 6 -- + __INPUT__/GWF0/NAM PNAME STRING LEN=300 6 -- + __INPUT__/GWF0 PKGTYPES STRING LEN=7 0 -- + __INPUT__/GWF0 PKGNAMES STRING LEN=16 0 -- + __INPUT__/GWF0 MEMPATHS STRING LEN=50 0 -- + __INPUT__/GWF0 INUNITS INTEGER 0 -- + __INPUT__/GWF0/DIS INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/GWF0/NPF INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/GWF0/CHD1 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/GWF0/CHD2 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/GWF0/DIS NLAY INTEGER 1 -- + __INPUT__/GWF0/DIS NROW INTEGER 1 -- + __INPUT__/GWF0/DIS NCOL INTEGER 1 -- + __INPUT__/GWF0 MODEL_SHAPE INTEGER 3 -- + __INPUT__/GWF0 NCELLDIM INTEGER 1 -- + __INPUT__/GWF0/DIS DELR DOUBLE 15 -- + __INPUT__/GWF0/DIS DELC DOUBLE 10 -- + __INPUT__/GWF0/DIS TOP DOUBLE 150 -- + __INPUT__/GWF0/DIS BOTM DOUBLE 150 -- + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 1.8240000 + Logical 0.0000000 + Integer 6.00000000E-02 + Real 2.6000000 + ------------------------------- + Total 4.4840000 + Virtual 0.0000000 + ------------------------------- + + +IDM input_load pkg=NPF +IDM NF90_MAX_DIMS=1024 +IDM NF90_MAX_VAR_DIMS=1024 +varname=IPAKCB, type=KEYWORD +varname=IREWET, type=KEYWORD +varname=WETFCT, type=DOUBLE +varname=IWETIT, type=INTEGER +varname=IHDWET, type=INTEGER +varname=ICELLTYPE, type=INTEGER1D +varname=K, type=DOUBLE1D +varname=WETDRY, type=DOUBLE1D + ALL SIMULATION MEMORY INFORMATION WILL BE WRITTEN. + + DETAILED INFORMATION ON VARIABLES STORED IN THE MEMORY MANAGER + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + ORIGIN VARIABLE NAME DATA TYPE NUMBER OF ITEMS ASSOCIATED VARIABLE + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + __INPUT__/SIM/NAM TDIS6 STRING LEN=300 1 -- + __INPUT__/SIM/NAM MTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM MFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM MNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM EXGTYPE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGFILE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEA STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEB STRING LEN=300 0 -- + __INPUT__/SIM/NAM SOLUTIONGROUPNUM INTEGER 1 -- + __INPUT__/SIM/NAM SLNTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNMNAMES STRING LEN=300 1 -- + __INPUT__/SIM/NAM CONTINUE INTEGER 1 -- + __INPUT__/SIM/NAM NOCHECK INTEGER 1 -- + __INPUT__/SIM/NAM PRMEM STRING LEN=300 1 -- + __INPUT__/SIM/NAM MAXERRORS INTEGER 1 -- + __INPUT__/SIM/NAM PRINT_INPUT INTEGER 1 -- + __INPUT__/SIM/NAM MXITER INTEGER 1 -- + __INPUT__/SIM NUMMODELS INTEGER 1 -- + __INPUT__/SIM NUMEXCHANGES INTEGER 1 -- + __INPUT__/GWF0/NAM FTYPE STRING LEN=300 6 -- + __INPUT__/GWF0/NAM FNAME STRING LEN=300 6 -- + __INPUT__/GWF0/NAM PNAME STRING LEN=300 6 -- + __INPUT__/GWF0 PKGTYPES STRING LEN=7 0 -- + __INPUT__/GWF0 PKGNAMES STRING LEN=16 0 -- + __INPUT__/GWF0 MEMPATHS STRING LEN=50 0 -- + __INPUT__/GWF0 INUNITS INTEGER 0 -- + __INPUT__/GWF0/DIS INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/GWF0/NPF INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/GWF0/CHD1 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/GWF0/CHD2 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/GWF0/DIS NLAY INTEGER 1 -- + __INPUT__/GWF0/DIS NROW INTEGER 1 -- + __INPUT__/GWF0/DIS NCOL INTEGER 1 -- + __INPUT__/GWF0 MODEL_SHAPE INTEGER 3 -- + __INPUT__/GWF0 NCELLDIM INTEGER 1 -- + __INPUT__/GWF0/DIS DELR DOUBLE 15 -- + __INPUT__/GWF0/DIS DELC DOUBLE 10 -- + __INPUT__/GWF0/DIS TOP DOUBLE 150 -- + __INPUT__/GWF0/DIS BOTM DOUBLE 150 -- + __INPUT__/GWF0/NPF IPAKCB INTEGER 1 -- + __INPUT__/GWF0/NPF IREWET INTEGER 1 -- + __INPUT__/GWF0/NPF WETFCT DOUBLE 1 -- + __INPUT__/GWF0/NPF IWETIT INTEGER 1 -- + __INPUT__/GWF0/NPF IHDWET INTEGER 1 -- + __INPUT__/GWF0/NPF ICELLTYPE INTEGER 150 -- + __INPUT__/GWF0/NPF K DOUBLE 150 -- + __INPUT__/GWF0/NPF WETDRY DOUBLE 150 -- + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 1.8240000 + Logical 0.0000000 + Integer 0.68000000 + Real 5.0000000 + ------------------------------- + Total 7.5040000 + Virtual 0.0000000 + ------------------------------- + + + + OPENED gwf0.ic + FILE TYPE:IC6 UNIT 1003 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwf0.oc + FILE TYPE:OC6 UNIT 1004 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + +IDM input_load pkg=CHD1 +IDM NF90_MAX_DIMS=1024 +IDM NF90_MAX_VAR_DIMS=1024 +varname=IPRPAK, type=KEYWORD +varname=IPAKCB, type=KEYWORD +varname=MAXBOUND, type=INTEGER + ALL SIMULATION MEMORY INFORMATION WILL BE WRITTEN. + + DETAILED INFORMATION ON VARIABLES STORED IN THE MEMORY MANAGER + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + ORIGIN VARIABLE NAME DATA TYPE NUMBER OF ITEMS ASSOCIATED VARIABLE + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + __INPUT__/SIM/NAM TDIS6 STRING LEN=300 1 -- + __INPUT__/SIM/NAM MTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM MFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM MNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM EXGTYPE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGFILE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEA STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEB STRING LEN=300 0 -- + __INPUT__/SIM/NAM SOLUTIONGROUPNUM INTEGER 1 -- + __INPUT__/SIM/NAM SLNTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNMNAMES STRING LEN=300 1 -- + __INPUT__/SIM/NAM CONTINUE INTEGER 1 -- + __INPUT__/SIM/NAM NOCHECK INTEGER 1 -- + __INPUT__/SIM/NAM PRMEM STRING LEN=300 1 -- + __INPUT__/SIM/NAM MAXERRORS INTEGER 1 -- + __INPUT__/SIM/NAM PRINT_INPUT INTEGER 1 -- + __INPUT__/SIM/NAM MXITER INTEGER 1 -- + __INPUT__/SIM NUMMODELS INTEGER 1 -- + __INPUT__/SIM NUMEXCHANGES INTEGER 1 -- + __INPUT__/GWF0/NAM FTYPE STRING LEN=300 6 -- + __INPUT__/GWF0/NAM FNAME STRING LEN=300 6 -- + __INPUT__/GWF0/NAM PNAME STRING LEN=300 6 -- + __INPUT__/GWF0 PKGTYPES STRING LEN=7 0 -- + __INPUT__/GWF0 PKGNAMES STRING LEN=16 0 -- + __INPUT__/GWF0 MEMPATHS STRING LEN=50 0 -- + __INPUT__/GWF0 INUNITS INTEGER 0 -- + __INPUT__/GWF0/DIS INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/GWF0/NPF INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/GWF0/CHD1 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/GWF0/CHD2 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/GWF0/DIS NLAY INTEGER 1 -- + __INPUT__/GWF0/DIS NROW INTEGER 1 -- + __INPUT__/GWF0/DIS NCOL INTEGER 1 -- + __INPUT__/GWF0 MODEL_SHAPE INTEGER 3 -- + __INPUT__/GWF0 NCELLDIM INTEGER 1 -- + __INPUT__/GWF0/DIS DELR DOUBLE 15 -- + __INPUT__/GWF0/DIS DELC DOUBLE 10 -- + __INPUT__/GWF0/DIS TOP DOUBLE 150 -- + __INPUT__/GWF0/DIS BOTM DOUBLE 150 -- + __INPUT__/GWF0/NPF IPAKCB INTEGER 1 -- + __INPUT__/GWF0/NPF IREWET INTEGER 1 -- + __INPUT__/GWF0/NPF WETFCT DOUBLE 1 -- + __INPUT__/GWF0/NPF IWETIT INTEGER 1 -- + __INPUT__/GWF0/NPF IHDWET INTEGER 1 -- + __INPUT__/GWF0/NPF ICELLTYPE INTEGER 150 -- + __INPUT__/GWF0/NPF K DOUBLE 150 -- + __INPUT__/GWF0/NPF WETDRY DOUBLE 150 -- + __INPUT__/GWF0/CHD1 IPRPAK INTEGER 1 -- + __INPUT__/GWF0/CHD1 IPAKCB INTEGER 1 -- + __INPUT__/GWF0/CHD1 NAUX INTEGER 1 -- + __INPUT__/GWF0/CHD1 MAXBOUND INTEGER 1 -- + __INPUT__/GWF0/CHD1 IPER INTEGER 1 -- + __INPUT__/GWF0/CHD1 IONPER INTEGER 1 -- + __INPUT__/GWF0/CHD1 NBOUND INTEGER 1 -- + __INPUT__/GWF0/CHD1 NCPL INTEGER 1 -- + __INPUT__/GWF0/CHD1 AUXILIARY STRING LEN=16 0 -- + __INPUT__/GWF0/CHD1 CELLID INTEGER 30 -- + __INPUT__/GWF0/CHD1 HEAD DOUBLE 10 -- + __INPUT__/GWF0/CHD1 BOUNDNAME STRING LEN=40 0 -- + __INPUT__/GWF0/CHD1 AUXVAR DOUBLE 0 -- + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 1.8240000 + Logical 0.0000000 + Integer 0.83200000 + Real 5.0800000 + ------------------------------- + Total 7.7360000 + Virtual 0.0000000 + ------------------------------- + + +IDM input_load pkg=CHD2 +IDM NF90_MAX_DIMS=1024 +IDM NF90_MAX_VAR_DIMS=1024 +varname=IPRPAK, type=KEYWORD +varname=IPAKCB, type=KEYWORD +varname=MAXBOUND, type=INTEGER + ALL SIMULATION MEMORY INFORMATION WILL BE WRITTEN. + + DETAILED INFORMATION ON VARIABLES STORED IN THE MEMORY MANAGER + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + ORIGIN VARIABLE NAME DATA TYPE NUMBER OF ITEMS ASSOCIATED VARIABLE + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + __INPUT__/SIM/NAM TDIS6 STRING LEN=300 1 -- + __INPUT__/SIM/NAM MTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM MFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM MNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM EXGTYPE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGFILE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEA STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEB STRING LEN=300 0 -- + __INPUT__/SIM/NAM SOLUTIONGROUPNUM INTEGER 1 -- + __INPUT__/SIM/NAM SLNTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNMNAMES STRING LEN=300 1 -- + __INPUT__/SIM/NAM CONTINUE INTEGER 1 -- + __INPUT__/SIM/NAM NOCHECK INTEGER 1 -- + __INPUT__/SIM/NAM PRMEM STRING LEN=300 1 -- + __INPUT__/SIM/NAM MAXERRORS INTEGER 1 -- + __INPUT__/SIM/NAM PRINT_INPUT INTEGER 1 -- + __INPUT__/SIM/NAM MXITER INTEGER 1 -- + __INPUT__/SIM NUMMODELS INTEGER 1 -- + __INPUT__/SIM NUMEXCHANGES INTEGER 1 -- + __INPUT__/GWF0/NAM FTYPE STRING LEN=300 6 -- + __INPUT__/GWF0/NAM FNAME STRING LEN=300 6 -- + __INPUT__/GWF0/NAM PNAME STRING LEN=300 6 -- + __INPUT__/GWF0 PKGTYPES STRING LEN=7 0 -- + __INPUT__/GWF0 PKGNAMES STRING LEN=16 0 -- + __INPUT__/GWF0 MEMPATHS STRING LEN=50 0 -- + __INPUT__/GWF0 INUNITS INTEGER 0 -- + __INPUT__/GWF0/DIS INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/GWF0/NPF INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/GWF0/CHD1 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/GWF0/CHD2 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/GWF0/DIS NLAY INTEGER 1 -- + __INPUT__/GWF0/DIS NROW INTEGER 1 -- + __INPUT__/GWF0/DIS NCOL INTEGER 1 -- + __INPUT__/GWF0 MODEL_SHAPE INTEGER 3 -- + __INPUT__/GWF0 NCELLDIM INTEGER 1 -- + __INPUT__/GWF0/DIS DELR DOUBLE 15 -- + __INPUT__/GWF0/DIS DELC DOUBLE 10 -- + __INPUT__/GWF0/DIS TOP DOUBLE 150 -- + __INPUT__/GWF0/DIS BOTM DOUBLE 150 -- + __INPUT__/GWF0/NPF IPAKCB INTEGER 1 -- + __INPUT__/GWF0/NPF IREWET INTEGER 1 -- + __INPUT__/GWF0/NPF WETFCT DOUBLE 1 -- + __INPUT__/GWF0/NPF IWETIT INTEGER 1 -- + __INPUT__/GWF0/NPF IHDWET INTEGER 1 -- + __INPUT__/GWF0/NPF ICELLTYPE INTEGER 150 -- + __INPUT__/GWF0/NPF K DOUBLE 150 -- + __INPUT__/GWF0/NPF WETDRY DOUBLE 150 -- + __INPUT__/GWF0/CHD1 IPRPAK INTEGER 1 -- + __INPUT__/GWF0/CHD1 IPAKCB INTEGER 1 -- + __INPUT__/GWF0/CHD1 NAUX INTEGER 1 -- + __INPUT__/GWF0/CHD1 MAXBOUND INTEGER 1 -- + __INPUT__/GWF0/CHD1 IPER INTEGER 1 -- + __INPUT__/GWF0/CHD1 IONPER INTEGER 1 -- + __INPUT__/GWF0/CHD1 NBOUND INTEGER 1 -- + __INPUT__/GWF0/CHD1 NCPL INTEGER 1 -- + __INPUT__/GWF0/CHD1 AUXILIARY STRING LEN=16 0 -- + __INPUT__/GWF0/CHD1 CELLID INTEGER 30 -- + __INPUT__/GWF0/CHD1 HEAD DOUBLE 10 -- + __INPUT__/GWF0/CHD1 BOUNDNAME STRING LEN=40 0 -- + __INPUT__/GWF0/CHD1 AUXVAR DOUBLE 0 -- + __INPUT__/GWF0/CHD2 IPRPAK INTEGER 1 -- + __INPUT__/GWF0/CHD2 IPAKCB INTEGER 1 -- + __INPUT__/GWF0/CHD2 NAUX INTEGER 1 -- + __INPUT__/GWF0/CHD2 MAXBOUND INTEGER 1 -- + __INPUT__/GWF0/CHD2 IPER INTEGER 1 -- + __INPUT__/GWF0/CHD2 IONPER INTEGER 1 -- + __INPUT__/GWF0/CHD2 NBOUND INTEGER 1 -- + __INPUT__/GWF0/CHD2 NCPL INTEGER 1 -- + __INPUT__/GWF0/CHD2 AUXILIARY STRING LEN=16 0 -- + __INPUT__/GWF0/CHD2 CELLID INTEGER 30 -- + __INPUT__/GWF0/CHD2 HEAD DOUBLE 10 -- + __INPUT__/GWF0/CHD2 BOUNDNAME STRING LEN=40 0 -- + __INPUT__/GWF0/CHD2 AUXVAR DOUBLE 0 -- + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 1.8240000 + Logical 0.0000000 + Integer 0.98400000 + Real 5.1600000 + ------------------------------- + Total 7.9680000 + Virtual 0.0000000 + ------------------------------- + + + + READING SIMULATION OPTIONS + MAXIMUM NUMBER OF ERRORS THAT WILL BE STORED IS 1000 + END OF SIMULATION OPTIONS + + READING SIMULATION TIMING + + OPENED npf02_hreweta.tdis + FILE TYPE:TDIS UNIT 1005 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + TDIS -- TEMPORAL DISCRETIZATION PACKAGE, + VERSION 1 : 11/13/2014 - INPUT READ FROM UNIT 1005 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:20:40. + PROCESSING TDIS OPTIONS + SIMULATION TIME UNIT IS DAYS + END OF TDIS OPTIONS + PROCESSING TDIS DIMENSIONS + 2 STRESS PERIOD(S) IN SIMULATION + END OF TDIS DIMENSIONS + PROCESSING TDIS PERIODDATA + + + STRESS PERIOD LENGTH TIME STEPS MULTIPLIER FOR DELT + ---------------------------------------------------------------------------- + 1 1.000000 1 1.000 + 2 1.000000 1 1.000 + END OF TDIS PERIODDATA + END OF SIMULATION TIMING + + READING SIMULATION MODELS + GWF6 model 1 will be created + END OF SIMULATION MODELS + + READING SIMULATION EXCHANGES + END OF SIMULATION EXCHANGES + + READING SOLUTIONGROUP + + Creating solution: SLN_1 + + OPENED npf02_hreweta.ims + FILE TYPE:IMS UNIT 1007 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + END OF SOLUTIONGROUP + +PROCESSING MODEL CONNECTIONS + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1007 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:20:40. + + PROCESSING IMS OPTIONS + + OPENED npf02_hreweta.outer.ims.csv + FILE TYPE:CSV_OUTER_OUTPUT UNIT 1011 STATUS:REPLACE + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READWRITE + + CSV OUTPUT WILL BE SAVED TO FILE: npf02_hreweta.outer.ims.csv + OPENED ON UNIT: 1011 + + OPENED npf02_hreweta.inner.ims.csv + FILE TYPE:CSV_INNER_OUTPUT UNIT 1012 STATUS:REPLACE + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READWRITE + + CSV OUTPUT WILL BE SAVED TO FILE: npf02_hreweta.inner.ims.csv + OPENED ON UNIT: 1012 + END OF IMS OPTIONS + + PROCESSING IMS NONLINEAR + END OF IMS NONLINEAR DATA + ***UNDER-RELAXATION WILL NOT BE USED*** + + + PROCESSING LINEAR DATA + END OF LINEAR DATA + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + A symmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E+00 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 1000 + SOLVER PRINTOUT INDEX (IPRIMS) = 2 + NONLINEAR ITERATION METHOD (NONLINMETH) = 0 + LINEAR SOLUTION METHOD (LINMETH) = 1 + + SOLUTION BY THE CONJUGATE-GRADIENT METHOD + ------------------------------------------------------------------ + MAXIMUM OF 1000 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 100 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = CG + MATRIX PRECONDITIONING TYPE = MOD. INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E+00 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E-01 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.10000E+01 + + + + + Solving: Stress period: 1 Time step: 1 + +1 + STRESS PERIOD NO. 1, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=1 +IDM RP LIST kper=1 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=10 +CELLID FIRST SET nbound=10 +IDM RP LIST varname=HEAD, type=DOUBLE +IDM inlist_rp iiper=1 +IDM RP LIST kper=1 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=10 +CELLID FIRST SET nbound=10 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 13 134.48276 1_GWF-(1,10,2) + Model 2 14 43.708855 1_GWF-(1,1,11) + Model 3 14 -8.4140618 1_GWF-(1,1,9) + Model 4 12 -3.0395632 1_GWF-(1,1,13) + Model 5 11 0.45863372 1_GWF-(1,2,9) + Model 6 10 0.16453594 1_GWF-(1,3,12) + Model 7 9 -2.50280148E-02 * 1_GWF-(1,3,9) + ---------------------------------------------------------------------------------------------------------- + + + 7 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 83 TOTAL ITERATIONS + + SLN_1 INNER ITERATION SUMMARY + -------------------------------------------------------------------------------------------------------------------------------------- + TOTAL OUTER INNER MAXIMUM + ITERATION ITERATION ITERATION MAXIMUM CHANGE MAXIMUM CHANGE MODEL-(CELLID) RESIDUAL MAXIMUM RESIDUAL MODEL-(CELLID) + -------------------------------------------------------------------------------------------------------------------------------------- + 1 1 1 132.58403 1_GWF-(1,10,2) 1491.6296 1_GWF-(1,10,12) + 2 1 2 31.029958 1_GWF-(1,1,9) -815.63990 1_GWF-(1,1,12) + 3 1 3 -12.212677 1_GWF-(1,10,7) -462.40850 1_GWF-(1,1,14) + 4 1 4 -2.9500675 1_GWF-(1,10,4) -146.41039 1_GWF-(1,1,14) + 5 1 5 0.96711845 1_GWF-(1,2,10) -44.804306 1_GWF-(1,2,12) + 6 1 6 0.32737920 1_GWF-(1,2,12) 14.167756 1_GWF-(1,10,2) + 7 1 7 0.11039513 1_GWF-(1,4,9) 7.3195357 1_GWF-(1,10,2) + 8 1 8 -2.35236078E-02 1_GWF-(1,1,4) 1.8401728 1_GWF-(1,10,2) + 9 1 9 1.03060542E-02 1_GWF-(1,4,7) 0.57360373 1_GWF-(1,10,2) + 10 1 10 -2.46969711E-03 1_GWF-(1,10,13) 0.12222419 1_GWF-(1,10,2) + 11 1 11 9.37818474E-04 1_GWF-(1,8,11) 4.96599844E-02 1_GWF-(1,7,8) + 12 1 12 -2.03964624E-04 1_GWF-(1,7,8) 1.17759869E-02 1_GWF-(1,2,4) + 13 1 13 -5.56447829E-05 1_GWF-(1,2,4) 3.29973075E-03 1_GWF-(1,6,9) + 14 2 1 37.540029 1_GWF-(1,3,10) 5282.9250 1_GWF-(1,1,5) + 15 2 2 18.201822 1_GWF-(1,1,12) -3417.1980 1_GWF-(1,10,5) + 16 2 3 6.9001340 1_GWF-(1,1,14) -2258.8339 1_GWF-(1,10,3) + 17 2 4 2.2590026 1_GWF-(1,8,10) -902.90298 1_GWF-(1,10,2) + 18 2 5 0.85619376 1_GWF-(1,3,12) -545.18192 1_GWF-(1,10,2) + 19 2 6 -0.40664137 1_GWF-(1,3,11) -207.00577 1_GWF-(1,10,2) + 20 2 7 0.10320968 1_GWF-(1,5,13) -57.709167 1_GWF-(1,9,4) + 21 2 8 -4.29648006E-02 1_GWF-(1,2,12) -22.986114 1_GWF-(1,9,4) + 22 2 9 1.26910133E-02 1_GWF-(1,3,13) -5.7317512 1_GWF-(1,8,6) + 23 2 10 -2.07388535E-03 1_GWF-(1,1,12) -0.97792198 1_GWF-(1,8,5) + 24 2 11 7.71858599E-04 1_GWF-(1,2,13) 0.37191505 1_GWF-(1,1,3) + 25 2 12 -1.77862201E-04 1_GWF-(1,1,12) 0.11554603 1_GWF-(1,1,3) + 26 2 13 7.02604886E-05 1_GWF-(1,10,12) 2.53283114E-02 1_GWF-(1,7,5) + 27 2 14 2.47813874E-05 1_GWF-(1,2,13) -6.97567131E-03 1_GWF-(1,6,8) + 28 3 1 -9.1250098 1_GWF-(1,7,10) -3604.7090 1_GWF-(1,10,14) + 29 3 2 -4.3261561 1_GWF-(1,1,11) 2323.6452 1_GWF-(1,1,13) + 30 3 3 3.0227758 1_GWF-(1,10,14) -841.09908 1_GWF-(1,2,13) + 31 3 4 1.6056812 1_GWF-(1,10,14) 365.81025 1_GWF-(1,2,12) + 32 3 5 0.37736810 1_GWF-(1,10,12) -128.22647 1_GWF-(1,9,14) + 33 3 6 0.10603675 1_GWF-(1,3,11) -71.180224 1_GWF-(1,9,14) + 34 3 7 6.67043617E-02 1_GWF-(1,9,14) -18.871401 1_GWF-(1,2,11) + 35 3 8 1.59600788E-02 1_GWF-(1,2,11) 6.1328467 1_GWF-(1,3,11) + 36 3 9 -4.44696477E-03 1_GWF-(1,4,13) -2.0201798 1_GWF-(1,10,13) + 37 3 10 1.37161678E-03 1_GWF-(1,10,13) -0.58635828 1_GWF-(1,10,13) + 38 3 11 3.64201442E-04 1_GWF-(1,7,14) 0.13817402 1_GWF-(1,3,7) + 39 3 12 9.01144689E-05 1_GWF-(1,10,13) 5.55414565E-02 1_GWF-(1,2,2) + 40 3 13 -2.94771845E-05 1_GWF-(1,1,14) 1.13925122E-02 1_GWF-(1,2,13) + 41 3 14 -7.19606697E-06 1_GWF-(1,2,13) -2.96816898E-03 1_GWF-(1,3,3) + 42 4 1 -2.4143881 1_GWF-(1,4,12) 871.06319 1_GWF-(1,1,13) + 43 4 2 -1.1896468 1_GWF-(1,1,13) -324.01692 1_GWF-(1,1,10) + 44 4 3 -0.44644213 1_GWF-(1,10,9) 186.67267 1_GWF-(1,2,11) + 45 4 4 -0.20098468 1_GWF-(1,5,14) 76.958285 1_GWF-(1,2,12) + 46 4 5 -5.80056591E-02 1_GWF-(1,8,14) -20.549390 1_GWF-(1,2,11) + 47 4 6 -1.56969924E-02 1_GWF-(1,9,11) 6.4857054 1_GWF-(1,3,11) + 48 4 7 5.20621142E-03 1_GWF-(1,5,10) 2.5514552 1_GWF-(1,10,13) + 49 4 8 -2.07278074E-03 1_GWF-(1,8,13) 0.96669073 1_GWF-(1,10,2) + 50 4 9 -8.20306143E-04 1_GWF-(1,8,8) -0.49428828 1_GWF-(1,3,10) + 51 4 10 1.96392716E-04 1_GWF-(1,5,6) -0.11483939 1_GWF-(1,4,8) + 52 4 11 -5.22262263E-05 1_GWF-(1,5,12) -3.80425015E-02 1_GWF-(1,2,3) + 53 4 12 -1.86645969E-05 1_GWF-(1,3,13) -9.20788261E-03 1_GWF-(1,3,3) + 54 5 1 0.48722384 1_GWF-(1,8,10) -160.18468 1_GWF-(1,1,11) + 55 5 2 0.24143580 1_GWF-(1,1,11) -100.35210 1_GWF-(1,1,13) + 56 5 3 -0.16309448 1_GWF-(1,10,13) -33.853191 1_GWF-(1,2,9) + 57 5 4 -7.43845556E-02 1_GWF-(1,10,13) -17.178652 1_GWF-(1,2,11) + 58 5 5 -1.86101826E-02 1_GWF-(1,10,11) 6.8682638 1_GWF-(1,9,14) + 59 5 6 -5.07723582E-03 1_GWF-(1,3,10) 3.2997725 1_GWF-(1,9,14) + 60 5 7 -3.23810565E-03 1_GWF-(1,9,14) 0.96859618 1_GWF-(1,2,11) + 61 5 8 -8.23570318E-04 1_GWF-(1,2,11) -0.26493391 1_GWF-(1,3,11) + 62 5 9 2.14668780E-04 1_GWF-(1,4,13) 0.10904161 1_GWF-(1,10,13) + 63 5 10 -7.78776358E-05 1_GWF-(1,10,13) 2.58465211E-02 1_GWF-(1,10,13) + 64 5 11 -1.69368181E-05 1_GWF-(1,7,14) 7.07044844E-03 1_GWF-(1,5,2) + 65 6 1 0.13047618 1_GWF-(1,4,12) -43.360723 1_GWF-(1,1,13) + 66 6 2 6.35373862E-02 1_GWF-(1,1,13) 18.481533 1_GWF-(1,1,10) + 67 6 3 2.42355570E-02 1_GWF-(1,10,9) -9.8843232 1_GWF-(1,2,11) + 68 6 4 1.04478550E-02 1_GWF-(1,5,14) -3.7808295 1_GWF-(1,2,12) + 69 6 5 3.00961988E-03 1_GWF-(1,8,14) 1.2341571 1_GWF-(1,2,10) + 70 6 6 8.66491607E-04 1_GWF-(1,9,11) 0.39200811 1_GWF-(1,2,11) + 71 6 7 3.40380852E-04 1_GWF-(1,5,13) 0.15694727 1_GWF-(1,2,11) + 72 6 8 1.30704428E-04 1_GWF-(1,8,13) -5.10393529E-02 1_GWF-(1,2,7) + 73 6 9 4.65373778E-05 1_GWF-(1,8,8) 2.69060719E-02 1_GWF-(1,3,10) + 74 6 10 -1.12039109E-05 1_GWF-(1,5,6) -5.91805717E-03 1_GWF-(1,3,5) + 75 7 1 -2.64493796E-02 1_GWF-(1,8,10) 9.0019667 1_GWF-(1,1,11) + 76 7 2 -1.32546849E-02 1_GWF-(1,1,11) 5.4278359 1_GWF-(1,1,12) + 77 7 3 8.96524471E-03 1_GWF-(1,10,13) 1.8884340 1_GWF-(1,2,9) + 78 7 4 3.95160554E-03 1_GWF-(1,10,13) 0.90299856 1_GWF-(1,2,11) + 79 7 5 9.98543392E-04 1_GWF-(1,10,11) -0.35868346 1_GWF-(1,9,14) + 80 7 6 2.59978314E-04 1_GWF-(1,3,10) -0.16482565 1_GWF-(1,9,14) + 81 7 7 1.66975417E-04 1_GWF-(1,9,14) -5.20316281E-02 1_GWF-(1,2,11) + 82 7 8 4.54015381E-05 1_GWF-(1,2,11) 1.41162490E-02 1_GWF-(1,3,11) + 83 7 9 -1.18355499E-05 1_GWF-(1,4,13) -6.12347873E-03 1_GWF-(1,10,13) + -------------------------------------------------------------------------------------------------------------------------------------- + + + + Solving: Stress period: 2 Time step: 1 + +1 + STRESS PERIOD NO. 2, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=2 +IDM RP LIST kper=2 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=10 +CELLID FIRST SET nbound=10 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 14 -73.373168 1_GWF-(1,10,2) + Model 2 12 -6.5058946 1_GWF-(1,1,14) + Model 3 11 1.4731404 1_GWF-(1,7,10) + Model 4 10 0.31046228 1_GWF-(1,3,13) + Model 5 9 -0.10096173 1_GWF-(1,1,11) + Model 6 8 -1.54404485E-02 * 1_GWF-(1,5,13) + ---------------------------------------------------------------------------------------------------------- + + + 6 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 2 + 64 TOTAL ITERATIONS + + SLN_1 INNER ITERATION SUMMARY + -------------------------------------------------------------------------------------------------------------------------------------- + TOTAL OUTER INNER MAXIMUM + ITERATION ITERATION ITERATION MAXIMUM CHANGE MAXIMUM CHANGE MODEL-(CELLID) RESIDUAL MAXIMUM RESIDUAL MODEL-(CELLID) + -------------------------------------------------------------------------------------------------------------------------------------- + 1 1 1 -70.516459 1_GWF-(1,10,2) 8275.0425 1_GWF-(1,1,7) + 2 1 2 -24.734832 1_GWF-(1,1,10) 4402.2133 1_GWF-(1,1,12) + 3 1 3 -12.673230 1_GWF-(1,1,13) 1901.1507 1_GWF-(1,1,14) + 4 1 4 -2.9750805 1_GWF-(1,1,14) -717.40430 1_GWF-(1,10,2) + 5 1 5 -0.61045833 1_GWF-(1,3,12) -303.63999 1_GWF-(1,10,2) + 6 1 6 -0.23248936 1_GWF-(1,4,9) -167.51372 1_GWF-(1,10,2) + 7 1 7 -8.88490717E-02 1_GWF-(1,2,13) -41.050917 1_GWF-(1,9,5) + 8 1 8 -2.01456629E-02 1_GWF-(1,10,12) -11.970610 1_GWF-(1,9,4) + 9 1 9 5.47228294E-03 1_GWF-(1,8,9) -4.0762506 1_GWF-(1,9,4) + 10 1 10 -1.48942026E-03 1_GWF-(1,9,10) 1.0013990 1_GWF-(1,8,4) + 11 1 11 -4.64077974E-04 1_GWF-(1,8,12) -0.42612774 1_GWF-(1,8,5) + 12 1 12 -1.12867312E-04 1_GWF-(1,3,6) -8.33579635E-02 1_GWF-(1,7,7) + 13 1 13 -2.59612716E-05 1_GWF-(1,2,8) 3.00119382E-02 1_GWF-(1,7,5) + 14 1 14 -8.84449953E-06 1_GWF-(1,10,13) -5.43351558E-03 1_GWF-(1,7,6) + 15 2 1 -5.8930365 1_GWF-(1,1,12) -462.34201 1_GWF-(1,1,6) + 16 2 2 -1.7283133 1_GWF-(1,10,11) -265.76177 1_GWF-(1,1,11) + 17 2 3 -0.79526832 1_GWF-(1,10,7) 120.38669 1_GWF-(1,10,4) + 18 2 4 -0.26915894 1_GWF-(1,10,13) 51.334892 1_GWF-(1,10,3) + 19 2 5 5.55385730E-02 1_GWF-(1,2,10) 19.130957 1_GWF-(1,10,2) + 20 2 6 2.14351281E-02 1_GWF-(1,2,12) 4.9239861 1_GWF-(1,10,2) + 21 2 7 4.93097601E-03 1_GWF-(1,3,9) 2.1426618 1_GWF-(1,10,2) + 22 2 8 -1.94236321E-03 1_GWF-(1,5,10) 0.84280285 1_GWF-(1,9,4) + 23 2 9 -7.05567184E-04 1_GWF-(1,8,8) 0.30170043 1_GWF-(1,9,4) + 24 2 10 2.21250670E-04 1_GWF-(1,9,9) -6.99227747E-02 1_GWF-(1,8,4) + 25 2 11 -6.01612760E-05 1_GWF-(1,1,5) 2.54912470E-02 1_GWF-(1,8,5) + 26 2 12 1.40503053E-05 1_GWF-(1,3,6) 4.78026749E-03 1_GWF-(1,7,7) + 27 3 1 1.3453895 1_GWF-(1,5,10) 166.59689 1_GWF-(1,10,14) + 28 3 2 0.55020084 1_GWF-(1,1,12) -115.31132 1_GWF-(1,1,13) + 29 3 3 0.24673602 1_GWF-(1,1,13) 39.257725 1_GWF-(1,10,14) + 30 3 4 -0.10268172 1_GWF-(1,10,13) -18.751312 1_GWF-(1,2,12) + 31 3 5 3.46971719E-02 1_GWF-(1,2,11) -6.4269456 1_GWF-(1,2,12) + 32 3 6 -1.04956833E-02 1_GWF-(1,3,11) -4.2209652 1_GWF-(1,9,5) + 33 3 7 -5.49971880E-03 1_GWF-(1,9,14) -0.88129961 1_GWF-(1,9,4) + 34 3 8 -1.20055357E-03 1_GWF-(1,2,11) 0.25028696 1_GWF-(1,3,9) + 35 3 9 3.75355562E-04 1_GWF-(1,3,13) -9.88736688E-02 1_GWF-(1,8,6) + 36 3 10 -9.64812839E-05 1_GWF-(1,1,12) 2.58763706E-02 1_GWF-(1,10,13) + 37 3 11 2.74101022E-05 1_GWF-(1,9,14) -7.50409355E-03 1_GWF-(1,3,7) + 38 4 1 0.25772787 1_GWF-(1,3,13) 31.129148 1_GWF-(1,1,9) + 39 4 2 0.14967653 1_GWF-(1,10,13) 23.973468 1_GWF-(1,1,11) + 40 4 3 6.60488935E-02 1_GWF-(1,10,11) -11.022131 1_GWF-(1,2,12) + 41 4 4 1.69008239E-02 1_GWF-(1,10,7) 3.6374571 1_GWF-(1,2,10) + 42 4 5 6.97353496E-03 1_GWF-(1,9,14) 1.2475880 1_GWF-(1,2,10) + 43 4 6 2.11964488E-03 1_GWF-(1,9,9) 0.66160489 1_GWF-(1,2,11) + 44 4 7 1.07091040E-03 1_GWF-(1,9,12) 0.15010141 1_GWF-(1,3,9) + 45 4 8 1.94380840E-04 1_GWF-(1,7,13) 5.43724125E-02 1_GWF-(1,3,10) + 46 4 9 8.49878695E-05 1_GWF-(1,2,8) -1.53140887E-02 1_GWF-(1,3,7) + 47 4 10 -2.28848400E-05 1_GWF-(1,3,11) 6.19330500E-03 1_GWF-(1,2,3) + 48 5 1 -8.59489923E-02 1_GWF-(1,4,10) 11.482072 1_GWF-(1,1,12) + 49 5 2 -3.85509283E-02 1_GWF-(1,1,12) 7.0484937 1_GWF-(1,1,13) + 50 5 3 -1.65875408E-02 1_GWF-(1,1,13) 2.5358630 1_GWF-(1,2,10) + 51 5 4 -5.23817617E-03 1_GWF-(1,7,9) 1.1883896 1_GWF-(1,2,11) + 52 5 5 -2.29143520E-03 1_GWF-(1,2,11) -0.40048148 1_GWF-(1,9,14) + 53 5 6 -7.16110901E-04 1_GWF-(1,5,9) -0.24301516 1_GWF-(1,9,14) + 54 5 7 -3.44014055E-04 1_GWF-(1,5,13) -4.63728620E-02 1_GWF-(1,2,11) + 55 5 8 6.25973649E-05 1_GWF-(1,2,11) -1.73497960E-02 1_GWF-(1,3,9) + 56 5 9 -1.98390654E-05 1_GWF-(1,3,13) -4.76467754E-03 1_GWF-(1,10,13) + 57 6 1 -1.37386736E-02 1_GWF-(1,2,13) -2.1849090 1_GWF-(1,1,10) + 58 6 2 -8.98983926E-03 1_GWF-(1,10,13) -1.5423489 1_GWF-(1,1,12) + 59 6 3 -4.51586167E-03 1_GWF-(1,10,11) 0.62298768 1_GWF-(1,2,12) + 60 6 4 -1.30071642E-03 1_GWF-(1,10,8) 0.24725700 1_GWF-(1,9,14) + 61 6 5 -4.69086421E-04 1_GWF-(1,9,14) -8.96106567E-02 1_GWF-(1,2,10) + 62 6 6 -1.60768225E-04 1_GWF-(1,9,9) -3.86998819E-02 1_GWF-(1,9,4) + 63 6 7 -6.42944616E-05 1_GWF-(1,9,13) 1.06059855E-02 1_GWF-(1,2,10) + 64 6 8 -1.31410573E-05 1_GWF-(1,7,13) -3.66722428E-03 1_GWF-(1,3,10) + -------------------------------------------------------------------------------------------------------------------------------------- + + + + + Solution SLN_1 summary + ---------------------------------------------------------------------- + Total formulate time: 0.45400000000000301E-3 seconds + Total solution time: 0.54999999999999494E-3 seconds + + + DETAILED INFORMATION ON VARIABLES STORED IN THE MEMORY MANAGER + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + ORIGIN VARIABLE NAME DATA TYPE NUMBER OF ITEMS ASSOCIATED VARIABLE + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + __INPUT__/SIM/NAM TDIS6 STRING LEN=300 1 -- + __INPUT__/SIM/NAM MTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM MFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM MNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM EXGTYPE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGFILE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEA STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEB STRING LEN=300 0 -- + __INPUT__/SIM/NAM SOLUTIONGROUPNUM INTEGER 1 -- + __INPUT__/SIM/NAM SLNTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNMNAMES STRING LEN=300 1 -- + __INPUT__/SIM/NAM CONTINUE INTEGER 1 -- + __INPUT__/SIM/NAM NOCHECK INTEGER 1 -- + __INPUT__/SIM/NAM PRMEM STRING LEN=300 1 -- + __INPUT__/SIM/NAM MAXERRORS INTEGER 1 -- + __INPUT__/SIM/NAM PRINT_INPUT INTEGER 1 -- + __INPUT__/SIM/NAM MXITER INTEGER 1 -- + __INPUT__/SIM NUMMODELS INTEGER 1 -- + __INPUT__/SIM NUMEXCHANGES INTEGER 1 -- + __INPUT__/GWF0/NAM FTYPE STRING LEN=300 6 -- + __INPUT__/GWF0/NAM FNAME STRING LEN=300 6 -- + __INPUT__/GWF0/NAM PNAME STRING LEN=300 6 -- + __INPUT__/GWF0 PKGTYPES STRING LEN=7 6 -- + __INPUT__/GWF0 PKGNAMES STRING LEN=16 6 -- + __INPUT__/GWF0 MEMPATHS STRING LEN=50 6 -- + __INPUT__/GWF0 INUNITS INTEGER 6 -- + __INPUT__/GWF0/DIS INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/GWF0/NPF INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/GWF0/CHD1 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/GWF0/CHD2 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/GWF0/DIS NLAY INTEGER 1 -- + __INPUT__/GWF0/DIS NROW INTEGER 1 -- + __INPUT__/GWF0/DIS NCOL INTEGER 1 -- + __INPUT__/GWF0 MODEL_SHAPE INTEGER 3 -- + __INPUT__/GWF0 NCELLDIM INTEGER 1 -- + __INPUT__/GWF0/DIS DELR DOUBLE 15 -- + __INPUT__/GWF0/DIS DELC DOUBLE 10 -- + __INPUT__/GWF0/DIS TOP DOUBLE 150 -- + __INPUT__/GWF0/DIS BOTM DOUBLE 150 -- + __INPUT__/GWF0/NPF IPAKCB INTEGER 1 -- + __INPUT__/GWF0/NPF IREWET INTEGER 1 -- + __INPUT__/GWF0/NPF WETFCT DOUBLE 1 -- + __INPUT__/GWF0/NPF IWETIT INTEGER 1 -- + __INPUT__/GWF0/NPF IHDWET INTEGER 1 -- + __INPUT__/GWF0/NPF ICELLTYPE INTEGER 150 -- + __INPUT__/GWF0/NPF K DOUBLE 150 -- + __INPUT__/GWF0/NPF WETDRY DOUBLE 150 -- + __INPUT__/GWF0/CHD1 IPRPAK INTEGER 1 -- + __INPUT__/GWF0/CHD1 IPAKCB INTEGER 1 -- + __INPUT__/GWF0/CHD1 NAUX INTEGER 1 -- + __INPUT__/GWF0/CHD1 MAXBOUND INTEGER 1 -- + __INPUT__/GWF0/CHD1 IPER INTEGER 1 -- + __INPUT__/GWF0/CHD1 IONPER INTEGER 1 -- + __INPUT__/GWF0/CHD1 NBOUND INTEGER 1 -- + __INPUT__/GWF0/CHD1 NCPL INTEGER 1 -- + __INPUT__/GWF0/CHD1 AUXILIARY STRING LEN=16 0 -- + __INPUT__/GWF0/CHD1 CELLID INTEGER 30 -- + __INPUT__/GWF0/CHD1 HEAD DOUBLE 10 -- + __INPUT__/GWF0/CHD1 BOUNDNAME STRING LEN=40 0 -- + __INPUT__/GWF0/CHD1 AUXVAR DOUBLE 0 -- + __INPUT__/GWF0/CHD2 IPRPAK INTEGER 1 -- + __INPUT__/GWF0/CHD2 IPAKCB INTEGER 1 -- + __INPUT__/GWF0/CHD2 NAUX INTEGER 1 -- + __INPUT__/GWF0/CHD2 MAXBOUND INTEGER 1 -- + __INPUT__/GWF0/CHD2 IPER INTEGER 1 -- + __INPUT__/GWF0/CHD2 IONPER INTEGER 1 -- + __INPUT__/GWF0/CHD2 NBOUND INTEGER 1 -- + __INPUT__/GWF0/CHD2 NCPL INTEGER 1 -- + __INPUT__/GWF0/CHD2 AUXILIARY STRING LEN=16 0 -- + __INPUT__/GWF0/CHD2 CELLID INTEGER 30 -- + __INPUT__/GWF0/CHD2 HEAD DOUBLE 10 -- + __INPUT__/GWF0/CHD2 BOUNDNAME STRING LEN=40 0 -- + __INPUT__/GWF0/CHD2 AUXVAR DOUBLE 0 -- + TDIS NPER INTEGER 1 -- + TDIS ITMUNI INTEGER 1 -- + TDIS KPER INTEGER 1 -- + TDIS KSTP INTEGER 1 -- + TDIS INATS INTEGER 1 -- + TDIS READNEWDATA LOGICAL 1 -- + TDIS ENDOFPERIOD LOGICAL 1 -- + TDIS ENDOFSIMULATION LOGICAL 1 -- + TDIS DELT DOUBLE 1 -- + TDIS PERTIM DOUBLE 1 -- + TDIS TOPERTIM DOUBLE 1 -- + TDIS TOTIM DOUBLE 1 -- + TDIS TOTIMC DOUBLE 1 -- + TDIS DELTSAV DOUBLE 1 -- + TDIS TOTIMSAV DOUBLE 1 -- + TDIS PERTIMSAV DOUBLE 1 -- + TDIS TOTALSIMTIME DOUBLE 1 -- + TDIS PERLEN DOUBLE 2 -- + TDIS NSTP INTEGER 2 -- + TDIS TSMULT DOUBLE 2 -- + __INPUT__/SIM/NAM MRANKS INTEGER 1 -- + GWF0 NAME STRING LEN=16 1 -- + GWF0 MACRONYM STRING LEN=3 1 -- + GWF0 ID INTEGER 1 -- + GWF0 IOUT INTEGER 1 -- + GWF0 INEWTON INTEGER 1 -- + GWF0 IPRPAK INTEGER 1 -- + GWF0 IPRFLOW INTEGER 1 -- + GWF0 IPAKCB INTEGER 1 -- + GWF0 IDSOLN INTEGER 1 -- + GWF0 NEQ INTEGER 1 -- + GWF0 NJA INTEGER 1 -- + GWF0 ICNVG INTEGER 1 -- + GWF0 MOFFSET INTEGER 1 -- + GWF0 INIC INTEGER 1 -- + GWF0 INOC INTEGER 1 -- + GWF0 INNPF INTEGER 1 -- + GWF0 INBUY INTEGER 1 -- + GWF0 INVSC INTEGER 1 -- + GWF0 INSTO INTEGER 1 -- + GWF0 INCSUB INTEGER 1 -- + GWF0 INMVR INTEGER 1 -- + GWF0 INHFB INTEGER 1 -- + GWF0 INGNC INTEGER 1 -- + GWF0 INOBS INTEGER 1 -- + GWF0 ISS INTEGER 1 -- + GWF0 INEWTONUR INTEGER 1 -- + GWF0/DIS INUNIT INTEGER 1 -- + GWF0/DIS IOUT INTEGER 1 -- + GWF0/DIS NODES INTEGER 1 -- + GWF0/DIS NODESUSER INTEGER 1 -- + GWF0/DIS NDIM INTEGER 1 -- + GWF0/DIS ICONDIR INTEGER 1 -- + GWF0/DIS NOGRB INTEGER 1 -- + GWF0/DIS XORIGIN DOUBLE 1 -- + GWF0/DIS YORIGIN DOUBLE 1 -- + GWF0/DIS ANGROT DOUBLE 1 -- + GWF0/DIS NJA INTEGER 1 -- + GWF0/DIS NJAS INTEGER 1 -- + GWF0/DIS LENUNI INTEGER 1 -- + GWF0/DIS NLAY INTEGER 1 -- + GWF0/DIS NROW INTEGER 1 -- + GWF0/DIS NCOL INTEGER 1 -- + GWF0/NPF INPUT_FNAME STRING LEN=300 1 -- + GWF0/NPF PACKAGE_TYPE STRING LEN=5 1 -- + GWF0/NPF ID INTEGER 1 -- + GWF0/NPF INUNIT INTEGER 1 -- + GWF0/NPF IOUT INTEGER 1 -- + GWF0/NPF INEWTON INTEGER 1 -- + GWF0/NPF IASYM INTEGER 1 -- + GWF0/NPF IPRPAK INTEGER 1 -- + GWF0/NPF IPRFLOW INTEGER 1 -- + GWF0/NPF IPAKCB INTEGER 1 -- + GWF0/NPF IONPER INTEGER 1 -- + GWF0/NPF LASTONPER INTEGER 1 -- + GWF0/NPF INAME INTEGER 1 -- + GWF0/NPF IXT3D INTEGER 1 -- + GWF0/NPF IXT3DRHS INTEGER 1 -- + GWF0/NPF SATOMEGA DOUBLE 1 -- + GWF0/NPF HNOFLO DOUBLE 1 -- + GWF0/NPF HDRY DOUBLE 1 -- + GWF0/NPF ICELLAVG INTEGER 1 -- + GWF0/NPF IAVGKEFF INTEGER 1 -- + GWF0/NPF IK22 INTEGER 1 -- + GWF0/NPF IK33 INTEGER 1 -- + GWF0/NPF IK22OVERK INTEGER 1 -- + GWF0/NPF IK33OVERK INTEGER 1 -- + GWF0/NPF IPERCHED INTEGER 1 -- + GWF0/NPF IVARCV INTEGER 1 -- + GWF0/NPF IDEWATCV INTEGER 1 -- + GWF0/NPF ITHICKSTRT INTEGER 1 -- + GWF0/NPF IUSGNRHC INTEGER 1 -- + GWF0/NPF INWTUPW INTEGER 1 -- + GWF0/NPF ICALCSPDIS INTEGER 1 -- + GWF0/NPF ISAVSPDIS INTEGER 1 -- + GWF0/NPF ISAVSAT INTEGER 1 -- + GWF0/NPF IREWET INTEGER 1 -- + GWF0/NPF WETFCT DOUBLE 1 -- + GWF0/NPF IWETIT INTEGER 1 -- + GWF0/NPF IHDWET INTEGER 1 -- + GWF0/NPF SATMIN DOUBLE 1 -- + GWF0/NPF IANGLE1 INTEGER 1 -- + GWF0/NPF IANGLE2 INTEGER 1 -- + GWF0/NPF IANGLE3 INTEGER 1 -- + GWF0/NPF IWETDRY INTEGER 1 -- + GWF0/NPF NEDGES INTEGER 1 -- + GWF0/NPF LASTEDGE INTEGER 1 -- + GWF0/NPF INTVK INTEGER 1 -- + GWF0/NPF INVSC INTEGER 1 -- + GWF0/NPF KCHANGEPER INTEGER 1 -- + GWF0/NPF KCHANGESTP INTEGER 1 -- + GWF0/XT3D IXT3D INTEGER 1 -- + GWF0/XT3D NBRMAX INTEGER 1 -- + GWF0/XT3D INUNIT INTEGER 1 -- + GWF0/XT3D IOUT INTEGER 1 -- + GWF0/XT3D INEWTON INTEGER 1 -- + GWF0/XT3D NUMEXTNBRS INTEGER 1 -- + GWF0/XT3D NOZEE LOGICAL 1 -- + GWF0/XT3D VCTHRESH DOUBLE 1 -- + GWF0/XT3D LAMATSAVED LOGICAL 1 -- + GWF0/XT3D LDISPERSION LOGICAL 1 -- + GWF0/BUY INPUT_FNAME STRING LEN=300 1 -- + GWF0/BUY PACKAGE_TYPE STRING LEN=5 1 -- + GWF0/BUY ID INTEGER 1 -- + GWF0/BUY INUNIT INTEGER 1 -- + GWF0/BUY IOUT INTEGER 1 -- + GWF0/BUY INEWTON INTEGER 1 -- + GWF0/BUY IASYM INTEGER 1 -- + GWF0/BUY IPRPAK INTEGER 1 -- + GWF0/BUY IPRFLOW INTEGER 1 -- + GWF0/BUY IPAKCB INTEGER 1 -- + GWF0/BUY IONPER INTEGER 1 -- + GWF0/BUY LASTONPER INTEGER 1 -- + GWF0/BUY IOUTDENSE INTEGER 1 -- + GWF0/BUY IFORM INTEGER 1 -- + GWF0/BUY IREADELEV INTEGER 1 -- + GWF0/BUY IREADCONCBUY INTEGER 1 -- + GWF0/BUY ICONCSET INTEGER 1 -- + GWF0/BUY DENSEREF DOUBLE 1 -- + GWF0/BUY NRHOSPECIES INTEGER 1 -- + GWF0/VSC INPUT_FNAME STRING LEN=300 1 -- + GWF0/VSC PACKAGE_TYPE STRING LEN=5 1 -- + GWF0/VSC ID INTEGER 1 -- + GWF0/VSC INUNIT INTEGER 1 -- + GWF0/VSC IOUT INTEGER 1 -- + GWF0/VSC INEWTON INTEGER 1 -- + GWF0/VSC IASYM INTEGER 1 -- + GWF0/VSC IPRPAK INTEGER 1 -- + GWF0/VSC IPRFLOW INTEGER 1 -- + GWF0/VSC IPAKCB INTEGER 1 -- + GWF0/VSC IONPER INTEGER 1 -- + GWF0/VSC LASTONPER INTEGER 1 -- + GWF0/VSC THERMIVISC INTEGER 1 -- + GWF0/VSC IDXTMPR INTEGER 1 -- + GWF0/VSC IOUTVISC INTEGER 1 -- + GWF0/VSC IREADELEV INTEGER 1 -- + GWF0/VSC ICONCSET INTEGER 1 -- + GWF0/VSC VISCREF DOUBLE 1 -- + GWF0/VSC A2 DOUBLE 1 -- + GWF0/VSC A3 DOUBLE 1 -- + GWF0/VSC A4 DOUBLE 1 -- + GWF0/VSC NVISCSPECIES INTEGER 1 -- + GWF0/GNC INPUT_FNAME STRING LEN=300 1 -- + GWF0/GNC PACKAGE_TYPE STRING LEN=5 1 -- + GWF0/GNC ID INTEGER 1 -- + GWF0/GNC INUNIT INTEGER 1 -- + GWF0/GNC IOUT INTEGER 1 -- + GWF0/GNC INEWTON INTEGER 1 -- + GWF0/GNC IASYM INTEGER 1 -- + GWF0/GNC IPRPAK INTEGER 1 -- + GWF0/GNC IPRFLOW INTEGER 1 -- + GWF0/GNC IPAKCB INTEGER 1 -- + GWF0/GNC IONPER INTEGER 1 -- + GWF0/GNC LASTONPER INTEGER 1 -- + GWF0/GNC SMGNC LOGICAL 1 -- + GWF0/GNC IMPLICIT LOGICAL 1 -- + GWF0/GNC I2KN LOGICAL 1 -- + GWF0/GNC NEXG INTEGER 1 -- + GWF0/GNC NUMJS INTEGER 1 -- + GWF0/HFB INPUT_FNAME STRING LEN=300 1 -- + GWF0/HFB PACKAGE_TYPE STRING LEN=5 1 -- + GWF0/HFB ID INTEGER 1 -- + GWF0/HFB INUNIT INTEGER 1 -- + GWF0/HFB IOUT INTEGER 1 -- + GWF0/HFB INEWTON INTEGER 1 -- + GWF0/HFB IASYM INTEGER 1 -- + GWF0/HFB IPRPAK INTEGER 1 -- + GWF0/HFB IPRFLOW INTEGER 1 -- + GWF0/HFB IPAKCB INTEGER 1 -- + GWF0/HFB IONPER INTEGER 1 -- + GWF0/HFB LASTONPER INTEGER 1 -- + GWF0/HFB MAXHFB INTEGER 1 -- + GWF0/HFB NHFB INTEGER 1 -- + GWF0/HFB IVSC INTEGER 1 -- + GWF0/STO INPUT_FNAME STRING LEN=300 1 -- + GWF0/STO PACKAGE_TYPE STRING LEN=5 1 -- + GWF0/STO ID INTEGER 1 -- + GWF0/STO INUNIT INTEGER 1 -- + GWF0/STO IOUT INTEGER 1 -- + GWF0/STO INEWTON INTEGER 1 -- + GWF0/STO IASYM INTEGER 1 -- + GWF0/STO IPRPAK INTEGER 1 -- + GWF0/STO IPRFLOW INTEGER 1 -- + GWF0/STO IPAKCB INTEGER 1 -- + GWF0/STO IONPER INTEGER 1 -- + GWF0/STO LASTONPER INTEGER 1 -- + GWF0/STO ISTOR_COEF INTEGER 1 -- + GWF0/STO ICONF_SS INTEGER 1 -- + GWF0/STO IORIG_SS INTEGER 1 -- + GWF0/STO IUSESY INTEGER 1 -- + GWF0/STO SATOMEGA DOUBLE 1 -- + GWF0/STO INTEGRATECHANGES INTEGER 1 -- + GWF0/STO INTVS INTEGER 1 -- + GWF0/CSUB INPUT_FNAME STRING LEN=300 1 -- + GWF0/CSUB PACKAGE_TYPE STRING LEN=5 1 -- + GWF0/CSUB ID INTEGER 1 -- + GWF0/CSUB INUNIT INTEGER 1 -- + GWF0/CSUB IOUT INTEGER 1 -- + GWF0/CSUB INEWTON INTEGER 1 -- + GWF0/CSUB IASYM INTEGER 1 -- + GWF0/CSUB IPRPAK INTEGER 1 -- + GWF0/CSUB IPRFLOW INTEGER 1 -- + GWF0/CSUB IPAKCB INTEGER 1 -- + GWF0/CSUB IONPER INTEGER 1 -- + GWF0/CSUB LASTONPER INTEGER 1 -- + GWF0/CSUB LISTLABEL STRING LEN=500 1 -- + GWF0/CSUB STONAME STRING LEN=50 1 -- + GWF0/CSUB ISTOUNIT INTEGER 1 -- + GWF0/CSUB INOBSPKG INTEGER 1 -- + GWF0/CSUB NINTERBEDS INTEGER 1 -- + GWF0/CSUB MAXSIG0 INTEGER 1 -- + GWF0/CSUB NBOUND INTEGER 1 -- + GWF0/CSUB ISCLOC INTEGER 1 -- + GWF0/CSUB IAUXMULTCOL INTEGER 1 -- + GWF0/CSUB NDELAYCELLS INTEGER 1 -- + GWF0/CSUB NDELAYBEDS INTEGER 1 -- + GWF0/CSUB INITIALIZED INTEGER 1 -- + GWF0/CSUB IESLAG INTEGER 1 -- + GWF0/CSUB IPCH INTEGER 1 -- + GWF0/CSUB LHEAD_BASED LOGICAL 1 -- + GWF0/CSUB IUPDATESTRESS INTEGER 1 -- + GWF0/CSUB ISPECIFIED_PCS INTEGER 1 -- + GWF0/CSUB ISPECIFIED_DBH INTEGER 1 -- + GWF0/CSUB INAMEDBOUND INTEGER 1 -- + GWF0/CSUB ICONVCHK INTEGER 1 -- + GWF0/CSUB NAUX INTEGER 1 -- + GWF0/CSUB ISTORAGEC INTEGER 1 -- + GWF0/CSUB ISTRAINIB INTEGER 1 -- + GWF0/CSUB ISTRAINSK INTEGER 1 -- + GWF0/CSUB IOUTCOMP INTEGER 1 -- + GWF0/CSUB IOUTCOMPI INTEGER 1 -- + GWF0/CSUB IOUTCOMPE INTEGER 1 -- + GWF0/CSUB IOUTCOMPIB INTEGER 1 -- + GWF0/CSUB IOUTCOMPS INTEGER 1 -- + GWF0/CSUB IOUTZDISP INTEGER 1 -- + GWF0/CSUB IPAKCSV INTEGER 1 -- + GWF0/CSUB IUPDATEMATPROP INTEGER 1 -- + GWF0/CSUB EPSILON DOUBLE 1 -- + GWF0/CSUB CC_CRIT DOUBLE 1 -- + GWF0/CSUB GAMMAW DOUBLE 1 -- + GWF0/CSUB BETA DOUBLE 1 -- + GWF0/CSUB BRG DOUBLE 1 -- + GWF0/CSUB SATOMEGA DOUBLE 1 -- + GWF0/CSUB ICELLF INTEGER 1 -- + GWF0/CSUB GWFISS0 INTEGER 1 -- + GWF0/CSUB AUXNAME STRING LEN=16 0 -- + GWF0/IC INPUT_FNAME STRING LEN=300 1 -- + GWF0/IC PACKAGE_TYPE STRING LEN=5 1 -- + GWF0/IC ID INTEGER 1 -- + GWF0/IC INUNIT INTEGER 1 -- + GWF0/IC IOUT INTEGER 1 -- + GWF0/IC INEWTON INTEGER 1 -- + GWF0/IC IASYM INTEGER 1 -- + GWF0/IC IPRPAK INTEGER 1 -- + GWF0/IC IPRFLOW INTEGER 1 -- + GWF0/IC IPAKCB INTEGER 1 -- + GWF0/IC IONPER INTEGER 1 -- + GWF0/IC LASTONPER INTEGER 1 -- + GWF0/MVR INPUT_FNAME STRING LEN=300 1 -- + GWF0/MVR PACKAGE_TYPE STRING LEN=5 1 -- + GWF0/MVR ID INTEGER 1 -- + GWF0/MVR INUNIT INTEGER 1 -- + GWF0/MVR IOUT INTEGER 1 -- + GWF0/MVR INEWTON INTEGER 1 -- + GWF0/MVR IASYM INTEGER 1 -- + GWF0/MVR IPRPAK INTEGER 1 -- + GWF0/MVR IPRFLOW INTEGER 1 -- + GWF0/MVR IPAKCB INTEGER 1 -- + GWF0/MVR IONPER INTEGER 1 -- + GWF0/MVR LASTONPER INTEGER 1 -- + GWF0/MVR IBUDGETOUT INTEGER 1 -- + GWF0/MVR IBUDCSV INTEGER 1 -- + GWF0/MVR MAXMVR INTEGER 1 -- + GWF0/MVR MAXPACKAGES INTEGER 1 -- + GWF0/MVR MAXCOMB INTEGER 1 -- + GWF0/MVR NMVR INTEGER 1 -- + GWF0/MVR IEXGMVR INTEGER 1 -- + GWF0/MVR IMODELNAMES INTEGER 1 -- + GWF0/OC INUNIT INTEGER 1 -- + GWF0/OC IOUT INTEGER 1 -- + GWF0/OC IBUDCSV INTEGER 1 -- + GWF0/OC IPEROC INTEGER 1 -- + GWF0/OC IOCREP INTEGER 1 -- + GWF0/CHD1 INPUT_FNAME STRING LEN=300 1 -- + GWF0/CHD1 PACKAGE_TYPE STRING LEN=5 1 -- + GWF0/CHD1 ID INTEGER 1 -- + GWF0/CHD1 INUNIT INTEGER 1 -- + GWF0/CHD1 IOUT INTEGER 1 -- + GWF0/CHD1 INEWTON INTEGER 1 -- + GWF0/CHD1 IASYM INTEGER 1 -- + GWF0/CHD1 IPRPAK INTEGER 1 -- + GWF0/CHD1 IPRFLOW INTEGER 1 -- + GWF0/CHD1 IPAKCB INTEGER 1 -- + GWF0/CHD1 IONPER INTEGER 1 -- + GWF0/CHD1 LASTONPER INTEGER 1 -- + GWF0/CHD1 LISTLABEL STRING LEN=500 1 -- + GWF0/CHD1 ISADVPAK INTEGER 1 -- + GWF0/CHD1 IBCNUM INTEGER 1 -- + GWF0/CHD1 MAXBOUND INTEGER 1 -- + GWF0/CHD1 NBOUND INTEGER 1 -- + GWF0/CHD1 NCOLBND INTEGER 1 -- + GWF0/CHD1 ISCLOC INTEGER 1 -- + GWF0/CHD1 NAUX INTEGER 1 -- + GWF0/CHD1 INAMEDBOUND INTEGER 1 -- + GWF0/CHD1 IAUXMULTCOL INTEGER 1 -- + GWF0/CHD1 INOBSPKG INTEGER 1 -- + GWF0/CHD1 IMOVER INTEGER 1 -- + GWF0/CHD1 IVSC INTEGER 1 -- + GWF0/CHD1 NPAKEQ INTEGER 1 -- + GWF0/CHD1 IOFFSET INTEGER 1 -- + GWF0/CHD1 AUXNAME STRING LEN=16 0 -- + GWF0/CHD1 AUXNAME_CST STRING LEN=16 0 -- + GWF0/CHD2 INPUT_FNAME STRING LEN=300 1 -- + GWF0/CHD2 PACKAGE_TYPE STRING LEN=5 1 -- + GWF0/CHD2 ID INTEGER 1 -- + GWF0/CHD2 INUNIT INTEGER 1 -- + GWF0/CHD2 IOUT INTEGER 1 -- + GWF0/CHD2 INEWTON INTEGER 1 -- + GWF0/CHD2 IASYM INTEGER 1 -- + GWF0/CHD2 IPRPAK INTEGER 1 -- + GWF0/CHD2 IPRFLOW INTEGER 1 -- + GWF0/CHD2 IPAKCB INTEGER 1 -- + GWF0/CHD2 IONPER INTEGER 1 -- + GWF0/CHD2 LASTONPER INTEGER 1 -- + GWF0/CHD2 LISTLABEL STRING LEN=500 1 -- + GWF0/CHD2 ISADVPAK INTEGER 1 -- + GWF0/CHD2 IBCNUM INTEGER 1 -- + GWF0/CHD2 MAXBOUND INTEGER 1 -- + GWF0/CHD2 NBOUND INTEGER 1 -- + GWF0/CHD2 NCOLBND INTEGER 1 -- + GWF0/CHD2 ISCLOC INTEGER 1 -- + GWF0/CHD2 NAUX INTEGER 1 -- + GWF0/CHD2 INAMEDBOUND INTEGER 1 -- + GWF0/CHD2 IAUXMULTCOL INTEGER 1 -- + GWF0/CHD2 INOBSPKG INTEGER 1 -- + GWF0/CHD2 IMOVER INTEGER 1 -- + GWF0/CHD2 IVSC INTEGER 1 -- + GWF0/CHD2 NPAKEQ INTEGER 1 -- + GWF0/CHD2 IOFFSET INTEGER 1 -- + GWF0/CHD2 AUXNAME STRING LEN=16 0 -- + GWF0/CHD2 AUXNAME_CST STRING LEN=16 0 -- + SLN_1 ID INTEGER 1 -- + SLN_1 IU INTEGER 1 -- + SLN_1 TTFORM DOUBLE 1 -- + SLN_1 TTSOLN DOUBLE 1 -- + SLN_1 ISYMMETRIC INTEGER 1 -- + SLN_1 NEQ INTEGER 1 -- + SLN_1 MATRIX_OFFSET INTEGER 1 -- + SLN_1 DVCLOSE DOUBLE 1 -- + SLN_1 BIGCHOLD DOUBLE 1 -- + SLN_1 BIGCH DOUBLE 1 -- + SLN_1 RELAXOLD DOUBLE 1 -- + SLN_1 RES_PREV DOUBLE 1 -- + SLN_1 RES_NEW DOUBLE 1 -- + SLN_1 ICNVG INTEGER 1 -- + SLN_1 ITERTOT_TIMESTEP INTEGER 1 -- + SLN_1 IOUTTOT_TIMESTEP INTEGER 1 -- + SLN_1 INNERTOT_SIM INTEGER 1 -- + SLN_1 MXITER INTEGER 1 -- + SLN_1 LINSOLVER INTEGER 1 -- + SLN_1 NONMETH INTEGER 1 -- + SLN_1 IPRIMS INTEGER 1 -- + SLN_1 THETA DOUBLE 1 -- + SLN_1 AKAPPA DOUBLE 1 -- + SLN_1 GAMMA DOUBLE 1 -- + SLN_1 AMOMENTUM DOUBLE 1 -- + SLN_1 BREDUC DOUBLE 1 -- + SLN_1 BTOL DOUBLE 1 -- + SLN_1 RES_LIM DOUBLE 1 -- + SLN_1 NUMTRACK INTEGER 1 -- + SLN_1 IBFLAG INTEGER 1 -- + SLN_1 ICSVOUTEROUT INTEGER 1 -- + SLN_1 ICSVINNEROUT INTEGER 1 -- + SLN_1 NITERMAX INTEGER 1 -- + SLN_1 CONVNMOD INTEGER 1 -- + SLN_1 IALLOWPTC INTEGER 1 -- + SLN_1 IPTCOPT INTEGER 1 -- + SLN_1 IPTCOUT INTEGER 1 -- + SLN_1 L2NORM0 DOUBLE 1 -- + SLN_1 PTCDEL DOUBLE 1 -- + SLN_1 PTCDEL0 DOUBLE 1 -- + SLN_1 PTCEXP DOUBLE 1 -- + SLN_1 ATSFRAC DOUBLE 1 -- + GWF0/DIS DELR DOUBLE 15 -- + GWF0/DIS DELC DOUBLE 10 -- + GWF0/DIS IDOMAIN INTEGER 150 -- + GWF0/DIS TOP2D DOUBLE 150 -- + GWF0/DIS BOT3D DOUBLE 150 -- + GWF0/DIS CELLX DOUBLE 15 -- + GWF0/DIS CELLY DOUBLE 10 -- + GWF0/DIS MSHAPE INTEGER 3 -- + GWF0/DIS XC DOUBLE 150 -- + GWF0/DIS YC DOUBLE 150 -- + GWF0/DIS TOP DOUBLE 150 -- + GWF0/DIS BOT DOUBLE 150 -- + GWF0/DIS AREA DOUBLE 150 -- + GWF0 DBUFF DOUBLE 150 -- + GWF0 IBUFF INTEGER 150 -- + GWF0/DIS NODEUSER INTEGER 1 -- + GWF0/DIS NODEREDUCED INTEGER 1 -- + GWF0/CON NODES INTEGER 1 -- + GWF0/CON NJA INTEGER 1 -- + GWF0/CON NJAS INTEGER 1 -- + GWF0/CON IANGLEX INTEGER 1 -- + GWF0/CON IA INTEGER 151 -- + GWF0/CON JA INTEGER 700 -- + GWF0/CON ISYM INTEGER 700 -- + GWF0/CON JAS INTEGER 700 -- + GWF0/CON HWVA DOUBLE 275 -- + GWF0/CON ANGLEX DOUBLE 275 -- + GWF0/CON IHC INTEGER 275 -- + GWF0/CON CL1 DOUBLE 275 -- + GWF0/CON CL2 DOUBLE 275 -- + GWF0/CON IAUSR INTEGER 1 -- + GWF0/CON JAUSR INTEGER 1 -- + GWF0/NPF ITHICKSTARTFLAG INTEGER 150 -- + GWF0/NPF ICELLTYPE INTEGER 150 -- + GWF0/NPF K11 DOUBLE 150 -- + GWF0/NPF SAT DOUBLE 150 -- + GWF0/NPF CONDSAT DOUBLE 275 -- + GWF0/NPF K22 DOUBLE 150 -- + GWF0/NPF K33 DOUBLE 150 -- + GWF0/NPF WETDRY DOUBLE 150 -- + GWF0/NPF ANGLE1 DOUBLE 0 -- + GWF0/NPF ANGLE2 DOUBLE 0 -- + GWF0/NPF ANGLE3 DOUBLE 0 -- + GWF0/NPF IBOTNODE INTEGER 0 -- + GWF0/NPF NODEDGE INTEGER 0 -- + GWF0/NPF IHCEDGE INTEGER 0 -- + GWF0/NPF PROPSEDGE DOUBLE 0 -- + GWF0/NPF K11INPUT DOUBLE 0 -- + GWF0/NPF K22INPUT DOUBLE 0 -- + GWF0/NPF K33INPUT DOUBLE 0 -- + GWF0/NPF SPDIS DOUBLE 0 -- + GWF0/NPF NODEKCHANGE INTEGER 150 -- + GWF0 XOLD DOUBLE 150 -- + GWF0 FLOWJA DOUBLE 700 -- + GWF0 IDXGLO INTEGER 700 -- + SLN_1 X DOUBLE 150 -- + SLN_1 RHS DOUBLE 150 -- + SLN_1 IACTIVE INTEGER 150 -- + SLN_1 XTEMP DOUBLE 150 -- + SLN_1 DXOLD DOUBLE 150 -- + SLN_1 HNCG DOUBLE 1000 -- + SLN_1 LRCH INTEGER 3000 -- + SLN_1 WSAVE DOUBLE 0 -- + SLN_1 HCHOLD DOUBLE 0 -- + SLN_1 DEOLD DOUBLE 0 -- + SLN_1 CONVMODSTART INTEGER 2 -- + TMPSLN_1 CONVNMOD INTEGER 1 -- + TMPSLN_1 NITERMAX INTEGER 1 -- + TMPSLN_1 ITINNER INTEGER 100000 -- + TMPSLN_1 LOCDV INTEGER 1 -- + TMPSLN_1 DVMAX DOUBLE 1 -- + TMPSLN_1 LOCDR INTEGER 1 -- + TMPSLN_1 DRMAX DOUBLE 1 -- + TMPSLN_1 CONVDVMAX DOUBLE 100000 -- + TMPSLN_1 CONVLOCDV INTEGER 100000 -- + TMPSLN_1 CONVDRMAX DOUBLE 100000 -- + TMPSLN_1 CONVLOCDR INTEGER 100000 -- + GWF0 X DOUBLE 150 SLN_1/X + GWF0 RHS DOUBLE 150 SLN_1/RHS + GWF0 IBOUND INTEGER 150 SLN_1/IBOUND + SLN_1 NROW INTEGER 1 -- + SLN_1 NCOL INTEGER 1 -- + SLN_1 NJA INTEGER 1 -- + SLN_1 IA INTEGER 151 -- + SLN_1 JA INTEGER 700 -- + SLN_1 AMAT DOUBLE 700 -- + GWF0/IC STRT DOUBLE 150 -- + GWF0/CHD1 NODELIST INTEGER 10 -- + GWF0/CHD1 NOUPDATEAUXVAR INTEGER 0 -- + GWF0/CHD1 BOUND DOUBLE 10 -- + GWF0/CHD1 CONDINPUT DOUBLE 0 -- + GWF0/CHD1 HCOF DOUBLE 10 -- + GWF0/CHD1 RHS DOUBLE 10 -- + GWF0/CHD1 SIMVALS DOUBLE 10 -- + GWF0/CHD1 SIMTOMVR DOUBLE 0 -- + GWF0/CHD1 AUXVAR DOUBLE 0 -- + GWF0/CHD1 BOUNDNAME STRING LEN=40 0 -- + GWF0/CHD1 BOUNDNAME_CST STRING LEN=40 0 -- + GWF0/CHD1 CELLID INTEGER 30 __INPUT__/GWF0/CHD1/CELLID + GWF0/CHD1 BOUNDNAME_IDM STRING LEN=40 0 __INPUT__/GWF0/CHD1/BOUNDNAME + GWF0/CHD1 AUXVAR_IDM DOUBLE 0 __INPUT__/GWF0/CHD1/AUXVAR + GWF0/CHD1 RATECHDIN DOUBLE 10 -- + GWF0/CHD1 RATECHDOUT DOUBLE 10 -- + GWF0/CHD1 HEAD DOUBLE 10 __INPUT__/GWF0/CHD1/HEAD + GWF0/CHD2 NODELIST INTEGER 10 -- + GWF0/CHD2 NOUPDATEAUXVAR INTEGER 0 -- + GWF0/CHD2 BOUND DOUBLE 10 -- + GWF0/CHD2 CONDINPUT DOUBLE 0 -- + GWF0/CHD2 HCOF DOUBLE 10 -- + GWF0/CHD2 RHS DOUBLE 10 -- + GWF0/CHD2 SIMVALS DOUBLE 10 -- + GWF0/CHD2 SIMTOMVR DOUBLE 0 -- + GWF0/CHD2 AUXVAR DOUBLE 0 -- + GWF0/CHD2 BOUNDNAME STRING LEN=40 0 -- + GWF0/CHD2 BOUNDNAME_CST STRING LEN=40 0 -- + GWF0/CHD2 CELLID INTEGER 30 __INPUT__/GWF0/CHD2/CELLID + GWF0/CHD2 BOUNDNAME_IDM STRING LEN=40 0 __INPUT__/GWF0/CHD2/BOUNDNAME + GWF0/CHD2 AUXVAR_IDM DOUBLE 0 __INPUT__/GWF0/CHD2/AUXVAR + GWF0/CHD2 RATECHDIN DOUBLE 10 -- + GWF0/CHD2 RATECHDOUT DOUBLE 10 -- + GWF0/CHD2 HEAD DOUBLE 10 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SLN_1/IMSLINEAR DSCALE2 DOUBLE 1 -- + SLN_1/IMSLINEAR IAPC INTEGER 151 -- + SLN_1/IMSLINEAR JAPC INTEGER 700 -- + SLN_1/IMSLINEAR APC DOUBLE 700 -- + SLN_1/IMSLINEAR IW INTEGER 150 -- + SLN_1/IMSLINEAR W DOUBLE 150 -- + SLN_1/IMSLINEAR JLU INTEGER 1 -- + SLN_1/IMSLINEAR JW INTEGER 1 -- + SLN_1/IMSLINEAR WLU DOUBLE 1 -- + SLN_1/IMSLINEAR LORDER INTEGER 1 -- + SLN_1/IMSLINEAR IORDER INTEGER 1 -- + SLN_1/IMSLINEAR IARO INTEGER 2 -- + SLN_1/IMSLINEAR JARO INTEGER 1 -- + SLN_1/IMSLINEAR ARO DOUBLE 1 -- + SLN_1/IMSLINEAR ID INTEGER 150 -- + SLN_1/IMSLINEAR D DOUBLE 150 -- + SLN_1/IMSLINEAR P DOUBLE 150 -- + SLN_1/IMSLINEAR Q DOUBLE 150 -- + SLN_1/IMSLINEAR Z DOUBLE 150 -- + SLN_1/IMSLINEAR T DOUBLE 1 -- + SLN_1/IMSLINEAR V DOUBLE 1 -- + SLN_1/IMSLINEAR DHAT DOUBLE 1 -- + SLN_1/IMSLINEAR PHAT DOUBLE 1 -- + SLN_1/IMSLINEAR QHAT DOUBLE 1 -- + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN MEGABYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 6.76600000E-03 + Logical 4.00000000E-05 + Integer 1.2392440 + Real 1.6712400 + ------------------------------- + Total 2.9172900 + Virtual 0.0000000 + ------------------------------- + + + + Run end date and time (yyyy/mm/dd hh:mm:ss): 2023/10/30 9:20:40 + Elapsed run time: 0.025 Seconds + Normal termination of simulation. diff --git a/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model_nc[0-npf02_hreweta]0/mfsim.nam b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model_nc[0-npf02_hreweta]0/mfsim.nam new file mode 100644 index 000000000..06f37205d --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model_nc[0-npf02_hreweta]0/mfsim.nam @@ -0,0 +1,19 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:20:40. +BEGIN options +END options + +BEGIN timing + TDIS6 npf02_hreweta.tdis +END timing + +BEGIN models + gwf6 gwf0.nam gwf0 +END models + +BEGIN exchanges +END exchanges + +BEGIN solutiongroup 1 + ims6 npf02_hreweta.ims gwf0 +END solutiongroup 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model_nc[0-npf02_hreweta]0/npf02_hreweta.ims b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model_nc[0-npf02_hreweta]0/npf02_hreweta.ims new file mode 100644 index 000000000..a8532512d --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model_nc[0-npf02_hreweta]0/npf02_hreweta.ims @@ -0,0 +1,23 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:20:40. +BEGIN options + PRINT_OPTION all + CSV_OUTER_OUTPUT FILEOUT npf02_hreweta.outer.ims.csv + CSV_INNER_OUTPUT FILEOUT npf02_hreweta.inner.ims.csv +END options + +BEGIN nonlinear + OUTER_DVCLOSE 0.10000000 + OUTER_MAXIMUM 1000 + UNDER_RELAXATION none +END nonlinear + +BEGIN linear + INNER_MAXIMUM 100 + INNER_DVCLOSE 0.10000000 + inner_rclose 0.01000000 + LINEAR_ACCELERATION cg + RELAXATION_FACTOR 1.00000000 + SCALING_METHOD none + REORDERING_METHOD none +END linear + diff --git a/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model_nc[0-npf02_hreweta]0/npf02_hreweta.inner.ims.csv b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model_nc[0-npf02_hreweta]0/npf02_hreweta.inner.ims.csv new file mode 100644 index 000000000..9021d8712 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model_nc[0-npf02_hreweta]0/npf02_hreweta.inner.ims.csv @@ -0,0 +1,148 @@ 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a/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model_nc[0-npf02_hreweta]0/npf02_hreweta.outer.ims.csv b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model_nc[0-npf02_hreweta]0/npf02_hreweta.outer.ims.csv new file mode 100644 index 000000000..8b8ed9519 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_npf02_rewet/test_mf6model_nc[0-npf02_hreweta]0/npf02_hreweta.outer.ims.csv @@ -0,0 +1,14 @@ +total_inner_iterations,totim,kper,kstp,nouter,inner_iterations,solution_outer_dvmax,solution_outer_dvmax_model,solution_outer_dvmax_package,solution_outer_dvmax_node +13,1.0000000000000000,1,1,1,13,134.48276477402558,1,,137 +27,1.0000000000000000,1,1,2,14,43.708855415504544,1,,11 +41,1.0000000000000000,1,1,3,14,-8.4140617662890236,1,,9 +53,1.0000000000000000,1,1,4,12,-3.0395632114157962,1,,13 +64,1.0000000000000000,1,1,5,11,0.45863371783123341,1,,24 +74,1.0000000000000000,1,1,6,10,0.16453594349864531,1,,42 +83,1.0000000000000000,1,1,7,9,-0.25028014812733090E-1,1,,39 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perioddata + diff --git a/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model[0-rch03]0/mfsim.lst b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model[0-rch03]0/mfsim.lst new file mode 100644 index 000000000..57be5d6d6 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model[0-rch03]0/mfsim.lst @@ -0,0 +1,337 @@ + MODFLOW 6 PROFESSIONAL + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + VERSION 6.5.0.dev0 (preliminary) 07/13/2023 + ***DEVELOP MODE*** + + MODFLOW 6 compiled Oct 30 2023 08:23:02 with GCC version 11.3.0 + +This software is preliminary or provisional and is subject to +revision. It is being provided to meet the need for timely best +science. The software has not received final approval by the U.S. +Geological Survey (USGS). No warranty, expressed or implied, is made +by the USGS or the U.S. Government as to the functionality of the +software and related material nor shall the fact of release +constitute any such warranty. The software is provided on the +condition that neither the USGS nor the U.S. Government shall be held +liable for any damages resulting from the authorized or unauthorized +use of the software. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +The following 2-clause BSD License library is used in this +USGS product: + + PETSc, the Portable, Extensible Toolkit for Scientific + Computation Library + Copyright (c) 1991-2021, UChicago Argonne, LLC + and the PETSc Development Team All rights reserved. + (https://petsc.org/release/) + +MODFLOW 6 compiler options: -cpp -I src/libmf6core.a.p -I src -I ../src -I +src/libmf6_external.a.p -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/include -I +/home/mreno/.clone/external/petsc/include -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/lib -I +/home/mreno/miniconda3/envs/modflow6/include -I -fdiagnostics-color=always +-imultiarch x86_64-linux-gnu -D _FILE_OFFSET_BITS=64 -D __linux__ -D +__WITH_PETSC__ -D __WITH_MPI__ -D __WITH_NETCDF__ -mtune=generic +-march=x86-64 -g -O2 -Wall -Wpedantic -Wcharacter-truncation +-Wno-unused-dummy-argument -Wno-intrinsic-shadow -Wno-maybe-uninitialized +-Wno-uninitialized -std=f2008 -fall-intrinsics -fbacktrace -fcheck=all +-ffpe-trap=overflow,zero,invalid -ffpe-summary=overflow +-ffpe-trap=overflow,zero,invalid -fPIC -J src/libmf6core.a.p +-fpre-include=/usr/include/finclude/math-vector-fortran.h + +System command used to initiate simulation: +/home/mreno/.clone/usgs/w/netcdf/2/modflow6/bin/mf6 + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + + OPENED mfsim.nam + FILE TYPE:NAM6 UNIT 1001 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:10:24. + + OPENED rch.nam + FILE TYPE:GWF6 UNIT 1002 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:10:24. + + OPENED rch.dis + FILE TYPE:DIS6 UNIT 1003 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:10:24. + + OPENED rch.npf + FILE TYPE:NPF6 UNIT 1004 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:10:24. + + OPENED rch.ic + FILE TYPE:IC6 UNIT 1005 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED rch.oc + FILE TYPE:OC6 UNIT 1006 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED rch.rcha + FILE TYPE:RCH6 UNIT 1008 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:10:24. + + OPENED rch.chd + FILE TYPE:CHD6 UNIT 1009 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:10:24. + + READING SIMULATION OPTIONS + MAXIMUM NUMBER OF ERRORS THAT WILL BE STORED IS 1000 + END OF SIMULATION OPTIONS + + READING SIMULATION TIMING + + OPENED rch.tdis + FILE TYPE:TDIS UNIT 1010 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + TDIS -- TEMPORAL DISCRETIZATION PACKAGE, + VERSION 1 : 11/13/2014 - INPUT READ FROM UNIT 1010 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:10:24. + PROCESSING TDIS OPTIONS + SIMULATION TIME UNIT IS DAYS + END OF TDIS OPTIONS + PROCESSING TDIS DIMENSIONS + 1 STRESS PERIOD(S) IN SIMULATION + END OF TDIS DIMENSIONS + PROCESSING TDIS PERIODDATA + + + STRESS PERIOD LENGTH TIME STEPS MULTIPLIER FOR DELT + ---------------------------------------------------------------------------- + 1 1.000000 1 1.000 + END OF TDIS PERIODDATA + END OF SIMULATION TIMING + + READING SIMULATION MODELS + GWF6 model 1 will be created + END OF SIMULATION MODELS + + READING SIMULATION EXCHANGES + END OF SIMULATION EXCHANGES + + READING SOLUTIONGROUP + + Creating solution: SLN_1 + + OPENED rch.ims + FILE TYPE:IMS UNIT 1012 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + END OF SOLUTIONGROUP + +PROCESSING MODEL CONNECTIONS + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1012 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:10:24. + + PROCESSING IMS OPTIONS + + OPENED rch.outer.ims.csv + FILE TYPE:CSV_OUTER_OUTPUT UNIT 1016 STATUS:REPLACE + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READWRITE + + CSV OUTPUT WILL BE SAVED TO FILE: rch.outer.ims.csv + OPENED ON UNIT: 1016 + + OPENED rch.inner.ims.csv + FILE TYPE:CSV_INNER_OUTPUT UNIT 1017 STATUS:REPLACE + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READWRITE + + CSV OUTPUT WILL BE SAVED TO FILE: rch.inner.ims.csv + OPENED ON UNIT: 1017 + END OF IMS OPTIONS + + PROCESSING IMS NONLINEAR + END OF IMS NONLINEAR DATA + **UNDER-RELAXATION WILL BE USED*** + + + PROCESSING LINEAR DATA + END OF LINEAR DATA + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + An asymmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-08 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 100 + SOLVER PRINTOUT INDEX (IPRIMS) = 2 + NONLINEAR ITERATION METHOD (NONLINMETH) = 3 + LINEAR SOLUTION METHOD (LINMETH) = 1 + UNDER-RELAXATION WEIGHT REDUCTION FACTOR (THETA) = 0.100000E+01 + UNDER-RELAXATION WEIGHT INCREASE INCREMENT (KAPPA) = 0.000000E+00 + UNDER-RELAXATION PREVIOUS HISTORY FACTOR (GAMMA) = 0.100000E+01 + UNDER-RELAXATION MOMENTUM TERM (AMOMENTUM) = 0.000000E+00 + + SOLUTION BY THE BICONJUGATE-GRADIENT STABILIZED METHOD + ------------------------------------------------------------------ + MAXIMUM OF 100 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 300 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = BCGS + MATRIX PRECONDITIONING TYPE = MOD. INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-08 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E-02 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.97000E+00 + + + + + Solving: Stress period: 1 Time step: 1 + +1 + STRESS PERIOD NO. 1, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 10 526.09315 1_GWF-(1,3,3) + Model 2 1 -2.16004992E-12 * 1_GWF-(1,3,3) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 11 TOTAL ITERATIONS + + SLN_1 INNER ITERATION SUMMARY + -------------------------------------------------------------------------------------------------------------------------------------- + TOTAL OUTER INNER MAXIMUM + ITERATION ITERATION ITERATION MAXIMUM CHANGE MAXIMUM CHANGE MODEL-(CELLID) RESIDUAL MAXIMUM RESIDUAL MODEL-(CELLID) + -------------------------------------------------------------------------------------------------------------------------------------- + 1 1 1 502.80949 1_GWF-(1,3,3) -3.1080829 1_GWF-(2,3,2) + 2 1 2 21.395628 1_GWF-(1,2,3) -0.25310353 1_GWF-(2,3,3) + 3 1 3 2.5239279 1_GWF-(1,3,3) -3.43324668E-02 1_GWF-(2,2,3) + 4 1 4 -0.69758972 1_GWF-(1,2,3) -3.70113883E-03 1_GWF-(1,3,3) + 5 1 5 7.99908961E-02 1_GWF-(1,3,3) -9.50901370E-05 1_GWF-(2,2,3) + 6 1 6 -1.66550535E-03 1_GWF-(1,3,3) -8.63059126E-06 1_GWF-(1,3,3) + 7 1 7 1.64469559E-04 1_GWF-(1,3,3) 8.91964544E-08 1_GWF-(1,3,3) + 8 1 8 -1.29162721E-06 1_GWF-(1,3,3) 3.96607837E-09 1_GWF-(1,3,3) + 9 1 9 -4.96159813E-09 1_GWF-(1,3,3) -1.23655123E-10 1_GWF-(2,4,4) + 10 1 10 2.32823912E-10 1_GWF-(1,2,3) -2.42451408E-10 1_GWF-(2,4,4) + 11 2 1 -2.20952007E-12 1_GWF-(1,2,3) -2.41277922E-10 1_GWF-(2,4,4) + -------------------------------------------------------------------------------------------------------------------------------------- + + + + + Solution SLN_1 summary + ---------------------------------------------------------------------- + Total formulate time: 0.37000000000002309E-4 seconds + Total solution time: 0.40000000000000105E-4 seconds + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 6.7660000 + Logical 4.00000000E-02 + Integer 367.35600 + Real 491.39200 + ------------------------------- + Total 865.55400 + Virtual 0.0000000 + ------------------------------- + + + + Run end date and time (yyyy/mm/dd hh:mm:ss): 2023/10/30 9:10:24 + Elapsed run time: 0.005 Seconds + Normal termination of simulation. diff --git a/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model[0-rch03]0/mfsim.nam b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model[0-rch03]0/mfsim.nam new file mode 100644 index 000000000..d4cc39078 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model[0-rch03]0/mfsim.nam @@ -0,0 +1,19 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:10:24. +BEGIN options +END options + +BEGIN timing + TDIS6 rch.tdis +END timing + +BEGIN models + gwf6 rch.nam rch +END models + +BEGIN exchanges +END exchanges + +BEGIN solutiongroup 1 + ims6 rch.ims rch +END solutiongroup 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model[0-rch03]0/rch - Copy.rcha 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options +END options + +BEGIN dimensions + NLAY 2 + NROW 4 + NCOL 5 +END dimensions + +BEGIN griddata + delr + CONSTANT 1.00000000 + delc + CONSTANT 1.00000000 + top + CONSTANT 100.00000000 + botm LAYERED + CONSTANT 50.00000000 + CONSTANT 0.00000000 + idomain LAYERED + INTERNAL FACTOR 1 + 0 0 0 0 0 + 0 -1 1 -1 0 + 0 -1 1 -1 0 + 0 0 0 0 0 + INTERNAL FACTOR 1 + 1 1 1 1 1 + 1 1 1 -1 1 + 1 1 1 1 1 + 1 1 1 1 1 +END griddata + diff --git a/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model[0-rch03]0/rch.dis.grb b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model[0-rch03]0/rch.dis.grb new file mode 100644 index 000000000..77a93c282 Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model[0-rch03]0/rch.dis.grb differ diff --git a/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model[0-rch03]0/rch.hds b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model[0-rch03]0/rch.hds new file mode 100644 index 000000000..41bca6720 Binary files /dev/null and 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CSV_INNER_OUTPUT FILEOUT rch.inner.ims.csv +END options + +BEGIN nonlinear + OUTER_DVCLOSE 1.00000000E-09 + OUTER_MAXIMUM 100 + UNDER_RELAXATION dbd +END nonlinear + +BEGIN linear + INNER_MAXIMUM 300 + INNER_DVCLOSE 1.00000000E-09 + inner_rclose 0.00100000 + LINEAR_ACCELERATION bicgstab + RELAXATION_FACTOR 0.97000000 + SCALING_METHOD none + REORDERING_METHOD none +END linear + diff --git a/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model[0-rch03]0/rch.inner.ims.csv b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model[0-rch03]0/rch.inner.ims.csv new file mode 100644 index 000000000..0df3eb800 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model[0-rch03]0/rch.inner.ims.csv @@ -0,0 +1,12 @@ +total_inner_iterations,totim,kper,kstp,nouter,ninner,solution_inner_dvmax,solution_inner_dvmax_model,solution_inner_dvmax_node,solution_inner_drmax,solution_inner_drmax_model,solution_inner_drmax_node,solution_inner_alpha,solution_inner_omega 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+10,1.0000000000000000,1,1,1,10,0.23282391246074791E-9,1,8,-0.24245140791633085E-9,1,39,-0.6616360,0.1327834E-02 +11,1.0000000000000000,1,1,2,1,-0.22095200670709477E-11,1,8,-0.24127792215440034E-9,1,39,0.1379550E-02,0.1324178E-02 diff --git a/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model[0-rch03]0/rch.lst b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model[0-rch03]0/rch.lst new file mode 100644 index 000000000..c5688f897 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model[0-rch03]0/rch.lst @@ -0,0 +1,315 @@ + MODFLOW 6 PROFESSIONAL + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + GROUNDWATER FLOW MODEL (GWF) + VERSION 6.5.0.dev0 (preliminary) 07/13/2023 + ***DEVELOP MODE*** + + MODFLOW 6 compiled Oct 30 2023 08:23:02 with GCC version 11.3.0 + +This software is preliminary or provisional and is subject to +revision. It is being provided to meet the need for timely best +science. The software has not received final approval by the U.S. +Geological Survey (USGS). No warranty, expressed or implied, is made +by the USGS or the U.S. Government as to the functionality of the +software and related material nor shall the fact of release +constitute any such warranty. The software is provided on the +condition that neither the USGS nor the U.S. Government shall be held +liable for any damages resulting from the authorized or unauthorized +use of the software. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +The following 2-clause BSD License library is used in this +USGS product: + + PETSc, the Portable, Extensible Toolkit for Scientific + Computation Library + Copyright (c) 1991-2021, UChicago Argonne, LLC + and the PETSc Development Team All rights reserved. + (https://petsc.org/release/) + +MODFLOW 6 compiler options: -cpp -I src/libmf6core.a.p -I src -I ../src -I +src/libmf6_external.a.p -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/include -I +/home/mreno/.clone/external/petsc/include -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/lib -I +/home/mreno/miniconda3/envs/modflow6/include -I -fdiagnostics-color=always +-imultiarch x86_64-linux-gnu -D _FILE_OFFSET_BITS=64 -D __linux__ -D +__WITH_PETSC__ -D __WITH_MPI__ -D __WITH_NETCDF__ -mtune=generic +-march=x86-64 -g -O2 -Wall -Wpedantic -Wcharacter-truncation +-Wno-unused-dummy-argument -Wno-intrinsic-shadow -Wno-maybe-uninitialized +-Wno-uninitialized -std=f2008 -fall-intrinsics -fbacktrace -fcheck=all +-ffpe-trap=overflow,zero,invalid -ffpe-summary=overflow +-ffpe-trap=overflow,zero,invalid -fPIC -J src/libmf6core.a.p +-fpre-include=/usr/include/finclude/math-vector-fortran.h + +System command used to initiate simulation: +/home/mreno/.clone/usgs/w/netcdf/2/modflow6/bin/mf6 + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/RCH/DIS + + + NPF -- NODE PROPERTY FLOW PACKAGE, VERSION 1, 3/30/2015 INPUT READ FROM MEMPATH: __INPUT__/RCH/NPF + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 2 + NROW = 4 + NCOL = 5 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + IDOMAIN set from input file + End Setting Discretization Griddata + + + The specified IDOMAIN results in a reduced number of cells. + Number of user nodes: 40 + Number of nodes in solution: 21 + + + Setting NPF Options + Cell-by-cell flow information will be saved to binary file whenever ICBCFL is not zero. + End Setting NPF Options + + Setting NPF Griddata + ICELLTYPE set from input file + K set from input file + K33 not provided. Setting K33 = K. + K22 not provided. Setting K22 = K. + End Setting NPF Griddata + + + RCH -- RCH PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/RCH/RCHA_0 + + PROCESSING RCH BASE OPTIONS + RCH FLOWS WILL BE PRINTED TO LISTING FILE. + END OF RCH BASE OPTIONS + + PROCESSING RCHA OPTIONS + RECHARGE INPUT WILL BE READ AS ARRAY(S). + END OF RCHA OPTIONS + + CHD -- CHD PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/RCH/CHD_0 + + PROCESSING CHD BASE OPTIONS + END OF CHD BASE OPTIONS + + PROCESSING CHD BASE DIMENSIONS + MAXBOUND = 1 + END OF CHD BASE DIMENSIONS + + IC -- INITIAL CONDITIONS PACKAGE, VERSION 8, 3/28/2015 INPUT READ FROM UNIT 1005 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:10:24. + PROCESSING GRIDDATA + + INITIAL HEAD = 100.0000 + END PROCESSING GRIDDATA + BINARY GRID INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1013 + FILE NAME: rch.dis.grb + + OPENED rch.dis.grb + FILE TYPE:DATA(BINARY) UNIT 1013 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:10:24. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1014 + FILE NAME: rch.cbc + + OPENED rch.cbc + FILE TYPE:DATA(BINARY) UNIT 1014 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + HEAD INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1015 + FILE NAME: rch.hds + + OPENED rch.hds + FILE TYPE:DATA(BINARY) UNIT 1015 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + ALL TIME STEPS WILL BE SAVED + ALL TIME STEPS WILL BE SAVED + ALL TIME STEPS WILL BE PRINTED + ALL TIME STEPS WILL BE PRINTED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + + SLN_1 INNER ITERATION SUMMARY + -------------------------------------------------------------------------------------------------------------------------------------- + TOTAL OUTER INNER MAXIMUM + ITERATION ITERATION ITERATION MAXIMUM CHANGE MAXIMUM CHANGE MODEL-(CELLID) RESIDUAL MAXIMUM RESIDUAL MODEL-(CELLID) + -------------------------------------------------------------------------------------------------------------------------------------- + 1 1 1 502.80949 1_GWF-(1,3,3) -3.1080829 1_GWF-(2,3,2) + 2 1 2 21.395628 1_GWF-(1,2,3) -0.25310353 1_GWF-(2,3,3) + 3 1 3 2.5239279 1_GWF-(1,3,3) -3.43324668E-02 1_GWF-(2,2,3) + 4 1 4 -0.69758972 1_GWF-(1,2,3) -3.70113883E-03 1_GWF-(1,3,3) + 5 1 5 7.99908961E-02 1_GWF-(1,3,3) -9.50901370E-05 1_GWF-(2,2,3) + 6 1 6 -1.66550535E-03 1_GWF-(1,3,3) -8.63059126E-06 1_GWF-(1,3,3) + 7 1 7 1.64469559E-04 1_GWF-(1,3,3) 8.91964544E-08 1_GWF-(1,3,3) + 8 1 8 -1.29162721E-06 1_GWF-(1,3,3) 3.96607837E-09 1_GWF-(1,3,3) + 9 1 9 -4.96159813E-09 1_GWF-(1,3,3) -1.23655123E-10 1_GWF-(2,4,4) + 10 1 10 2.32823912E-10 1_GWF-(1,2,3) -2.42451408E-10 1_GWF-(2,4,4) + 11 2 1 -2.20952007E-12 1_GWF-(1,2,3) -2.41277922E-10 1_GWF-(2,4,4) + -------------------------------------------------------------------------------------------------------------------------------------- + + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING RCHA IN MODEL RCH PACKAGE RCH CONNECTED TO MODEL RCH PACKAGE RCHA_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING CHD IN MODEL RCH PACKAGE RCH CONNECTED TO MODEL RCH PACKAGE CHD_0 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 1 + + RCHA PACKAGE (RCHA_0) FLOW RATES PERIOD 1 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (2,1,1) 0.0000000 + 7 (2,2,2) 7.0000000 + 8 (1,2,3) 8.0000000 + 12 (2,3,2) 12.000000 + 13 (1,3,3) 13.000000 + 14 (2,3,4) 14.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 2 3 4 5 + ................................................................................ + 1 1.000000E+30 1.000000E+30 1.000000E+30 1.000000E+30 1.000000E+30 + 2 1.000000E+30 1.000000E+30 626.043 1.000000E+30 1.000000E+30 + 3 1.000000E+30 1.000000E+30 626.093 1.000000E+30 1.000000E+30 + 4 1.000000E+30 1.000000E+30 1.000000E+30 1.000000E+30 1.000000E+30 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 1 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 2 3 4 5 + ................................................................................ + 1 100.000 100.538 100.810 100.902 100.993 + 2 100.542 100.804 100.990 1.000000E+30 101.085 + 3 100.822 101.006 101.146 101.263 101.177 + 4 100.917 101.013 101.115 101.187 101.182 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + RCHA = 54.0000 RCHA = 54.0000 RCHA_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL IN = 54.0000 TOTAL IN = 54.0000 + + OUT: OUT: + ---- ---- + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 54.0000 CHD = 54.0000 CHD_0 + + TOTAL OUT = 54.0000 TOTAL OUT = 54.0000 + + IN - OUT = 1.1270E-09 IN - OUT = 1.1270E-09 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + + +end timestep + diff --git a/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model[0-rch03]0/rch.nam b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model[0-rch03]0/rch.nam new file mode 100644 index 000000000..fe276cf92 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model[0-rch03]0/rch.nam @@ -0,0 +1,14 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:10:24. +BEGIN options + SAVE_FLOWS +END options + +BEGIN packages + DIS6 rch.dis dis + IC6 rch.ic ic + NPF6 rch.npf npf + CHD6 rch.chd chd_0 + RCH6 rch.rcha rcha_0 + OC6 rch.oc oc +END packages + diff --git a/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model[0-rch03]0/rch.npf b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model[0-rch03]0/rch.npf new file mode 100644 index 000000000..7523c4d9a --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model[0-rch03]0/rch.npf @@ -0,0 +1,12 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:10:24. +BEGIN options + SAVE_FLOWS +END options + +BEGIN griddata + icelltype + CONSTANT 0 + k + CONSTANT 1.00000000 +END griddata + diff --git a/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model[0-rch03]0/rch.oc b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model[0-rch03]0/rch.oc new file mode 100644 index 000000000..72c02738a --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model[0-rch03]0/rch.oc @@ -0,0 +1,14 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:10:24. +BEGIN options + BUDGET FILEOUT rch.cbc + HEAD FILEOUT rch.hds + HEAD PRINT_FORMAT COLUMNS 10 WIDTH 15 DIGITS 6 GENERAL +END options + +BEGIN period 1 + SAVE HEAD ALL + SAVE BUDGET ALL + PRINT HEAD ALL + PRINT BUDGET ALL +END period 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model[0-rch03]0/rch.outer.ims.csv b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model[0-rch03]0/rch.outer.ims.csv new file mode 100644 index 000000000..ddf743c56 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model[0-rch03]0/rch.outer.ims.csv @@ -0,0 +1,3 @@ +total_inner_iterations,totim,kper,kstp,nouter,inner_iterations,solution_outer_dvmax,solution_outer_dvmax_model,solution_outer_dvmax_package,solution_outer_dvmax_node +10,1.0000000000000000,1,1,1,10,526.09314739476588,1,,13 +11,1.0000000000000000,1,1,2,1,-0.21600499167107046E-11,1,,13 diff --git a/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model[0-rch03]0/rch.rcha b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model[0-rch03]0/rch.rcha new file mode 100644 index 000000000..e0e2ec614 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model[0-rch03]0/rch.rcha @@ -0,0 +1,34 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:10:24. +BEGIN options + READASARRAYS + PRINT_FLOWS + AUXILIARY one two +END options + +BEGIN period 1 + irch + INTERNAL FACTOR 1 + 2 1 1 1 1 + 1 2 1 2 1 + 1 2 1 2 1 + 1 1 1 1 1 + recharge + INTERNAL FACTOR 2.0 + 1.00000000 2.00000000 3.00000000 4.00000000 5.00000000 + 6.00000000 7.00000000 8.00000000 9.00000000 10.00000000 + 11.00000000 12.00000000 13.00000000 14.00000000 15.00000000 + 16.00000000 17.00000000 18.00000000 19.00000000 20.00000000 + one + INTERNAL FACTOR 1.0 + 3.00000000 1.00000000 3.00000000 4.00000000 5.00000000 + 6.00000000 37.00000000 8.00000000 9.00000000 10.00000000 + 11.00000000 112.00000000 13.00000000 14.00000000 15.00000000 + 16.00000000 117.00000000 18.00000000 19.00000000 20.00000000 + two + INTERNAL FACTOR 2.0 + 4.00000000 22.00000000 3.00000000 4.00000000 5.00000000 + 6.00000000 47.00000000 8.00000000 9.00000000 10.00000000 + 11.00000000 12.00000000 13.00000000 14.00000000 15.00000000 + 16.00000000 17.00000000 18.00000000 19.00000000 20.00000000 +END period 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model[0-rch03]0/rch.tdis b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model[0-rch03]0/rch.tdis new file mode 100644 index 000000000..515bc9afe --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model[0-rch03]0/rch.tdis @@ -0,0 +1,13 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:10:24. +BEGIN options + TIME_UNITS days +END options + +BEGIN dimensions + NPER 1 +END dimensions + +BEGIN perioddata + 1.00000000 1 1.00000000 +END perioddata + diff --git a/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model_nc[0-rch03]0/mfsim.lst b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model_nc[0-rch03]0/mfsim.lst new file mode 100644 index 000000000..a206c03bb --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model_nc[0-rch03]0/mfsim.lst @@ -0,0 +1,1427 @@ + MODFLOW 6 PROFESSIONAL + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + VERSION 6.5.0.dev0 (preliminary) 07/13/2023 + ***DEVELOP MODE*** + + MODFLOW 6 compiled Oct 30 2023 08:23:02 with GCC version 11.3.0 + +This software is preliminary or provisional and is subject to +revision. It is being provided to meet the need for timely best +science. The software has not received final approval by the U.S. +Geological Survey (USGS). No warranty, expressed or implied, is made +by the USGS or the U.S. Government as to the functionality of the +software and related material nor shall the fact of release +constitute any such warranty. The software is provided on the +condition that neither the USGS nor the U.S. Government shall be held +liable for any damages resulting from the authorized or unauthorized +use of the software. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +The following 2-clause BSD License library is used in this +USGS product: + + PETSc, the Portable, Extensible Toolkit for Scientific + Computation Library + Copyright (c) 1991-2021, UChicago Argonne, LLC + and the PETSc Development Team All rights reserved. + (https://petsc.org/release/) + +MODFLOW 6 compiler options: -cpp -I src/libmf6core.a.p -I src -I ../src -I +src/libmf6_external.a.p -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/include -I +/home/mreno/.clone/external/petsc/include -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/lib -I +/home/mreno/miniconda3/envs/modflow6/include -I -fdiagnostics-color=always +-imultiarch x86_64-linux-gnu -D _FILE_OFFSET_BITS=64 -D __linux__ -D +__WITH_PETSC__ -D __WITH_MPI__ -D __WITH_NETCDF__ -mtune=generic +-march=x86-64 -g -O2 -Wall -Wpedantic -Wcharacter-truncation +-Wno-unused-dummy-argument -Wno-intrinsic-shadow -Wno-maybe-uninitialized +-Wno-uninitialized -std=f2008 -fall-intrinsics -fbacktrace -fcheck=all +-ffpe-trap=overflow,zero,invalid -ffpe-summary=overflow +-ffpe-trap=overflow,zero,invalid -fPIC -J src/libmf6core.a.p +-fpre-include=/usr/include/finclude/math-vector-fortran.h + +System command used to initiate simulation: +/home/mreno/.clone/usgs/w/netcdf/2/modflow6/bin/mf6 + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + + OPENED mfsim.nam + FILE TYPE:NAM6 UNIT 1001 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:10:24. + + OPENED rch.nam + FILE TYPE:GWF6 UNIT 1002 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:10:24. +Model NetCDF4 Input "rch.nc" opened NF90_NOWRITE, ncid=65536 +IDM nc modeltype=GWF6 +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=RCH, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "NLAY" discovered for package "RCH/DIS". +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=RCH, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "NROW" discovered for package "RCH/DIS". +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=RCH, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "NCOL" discovered for package "RCH/DIS". +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=RCH, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "DELR" discovered for package "RCH/DIS". +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=RCH, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "DELC" discovered for package "RCH/DIS". +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=RCH, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "TOP" discovered for package "RCH/DIS". +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=RCH, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "BOTM" discovered for package "RCH/DIS". +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=RCH, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "IDOMAIN" discovered for package "RCH/DIS". +IDM load netcdf var model=GWF6, ptype=NPF6 +IDM nc4_context pkg cname=RCH, scname=DIS +IDM nc4_context pkg cname=RCH, scname=NPF +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=NPF6, sctype=NPF +Input parameter "SAVE_FLOWS" discovered for package "RCH/NPF". +IDM load netcdf var model=GWF6, ptype=NPF6 +IDM nc4_context pkg cname=RCH, scname=DIS +IDM nc4_context pkg cname=RCH, scname=NPF +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=NPF6, sctype=NPF +Input parameter "ICELLTYPE" discovered for package "RCH/NPF". +IDM load netcdf var model=GWF6, ptype=NPF6 +IDM nc4_context pkg cname=RCH, scname=DIS +IDM nc4_context pkg cname=RCH, scname=NPF +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=NPF6, sctype=NPF +Input parameter "K" discovered for package "RCH/NPF". +IDM load netcdf var model=GWF6, ptype=CHD6 +IDM nc4_context pkg cname=RCH, scname=DIS +IDM nc4_context pkg cname=RCH, scname=NPF +IDM nc4_context pkg cname=RCH, scname=RCHA_0 +IDM nc4_context pkg cname=RCH, scname=CHD_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=CHD6, sctype=CHD +Input parameter "MAXBOUND" discovered for package "RCH/CHD_0". +IDM load netcdf var model=GWF6, ptype=CHD6 +IDM nc4_context pkg cname=RCH, scname=DIS +IDM nc4_context pkg cname=RCH, scname=NPF +IDM nc4_context pkg cname=RCH, scname=RCHA_0 +IDM nc4_context pkg cname=RCH, scname=CHD_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=CHD6 +IDM nc4_context pkg cname=RCH, scname=DIS +IDM nc4_context pkg cname=RCH, scname=NPF +IDM nc4_context pkg cname=RCH, scname=RCHA_0 +IDM nc4_context pkg cname=RCH, scname=CHD_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=CHD6, sctype=CHD +Input parameter "CELLID" discovered for package "RCH/CHD_0". +IDM load netcdf var model=GWF6, ptype=CHD6 +IDM nc4_context pkg cname=RCH, scname=DIS +IDM nc4_context pkg cname=RCH, scname=NPF +IDM nc4_context pkg cname=RCH, scname=RCHA_0 +IDM nc4_context pkg cname=RCH, scname=CHD_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=CHD6, sctype=CHD +Input parameter "HEAD" discovered for package "RCH/CHD_0". +IDM load netcdf var model=GWF6, ptype=RCHA6 +IDM nc4_context pkg cname=RCH, scname=DIS +IDM nc4_context pkg cname=RCH, scname=NPF +IDM nc4_context pkg cname=RCH, scname=RCHA_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=RCHA6, sctype=RCHA +Input parameter "READASARRAYS" discovered for package "RCH/RCHA_0". +IDM load netcdf var model=GWF6, ptype=RCHA6 +IDM nc4_context pkg cname=RCH, scname=DIS +IDM nc4_context pkg cname=RCH, scname=NPF +IDM nc4_context pkg cname=RCH, scname=RCHA_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=RCHA6, sctype=RCHA +Input parameter "PRINT_FLOWS" discovered for package "RCH/RCHA_0". +IDM load netcdf var model=GWF6, ptype=RCHA6 +IDM nc4_context pkg cname=RCH, scname=DIS +IDM nc4_context pkg cname=RCH, scname=NPF +IDM nc4_context pkg cname=RCH, scname=RCHA_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=RCHA6 +IDM nc4_context pkg cname=RCH, scname=DIS +IDM nc4_context pkg cname=RCH, scname=NPF +IDM nc4_context pkg cname=RCH, scname=RCHA_0 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=RCHA6, sctype=RCHA +IDM checking griddata parameter=RECHARGE +Input parameter "RECHARGE" discovered for package "RCH/RCHA_0". +IDM input_load pkg=DIS +IDM NF90_MAX_DIMS=1024 +IDM NF90_MAX_VAR_DIMS=1024 +varname=NLAY, type=INTEGER +varname=NROW, type=INTEGER +varname=NCOL, type=INTEGER +varname=DELR, type=DOUBLE1D +varname=DELC, type=DOUBLE1D +varname=TOP, type=DOUBLE2D +varname=BOTM, type=DOUBLE3D +varname=IDOMAIN, type=INTEGER3D + ALL SIMULATION MEMORY INFORMATION WILL BE WRITTEN. + + DETAILED INFORMATION ON VARIABLES STORED IN THE MEMORY MANAGER + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + ORIGIN VARIABLE NAME DATA TYPE NUMBER OF ITEMS ASSOCIATED VARIABLE + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + __INPUT__/SIM/NAM TDIS6 STRING LEN=300 1 -- + __INPUT__/SIM/NAM MTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM MFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM MNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM EXGTYPE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGFILE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEA STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEB STRING LEN=300 0 -- + __INPUT__/SIM/NAM SOLUTIONGROUPNUM INTEGER 1 -- + __INPUT__/SIM/NAM SLNTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNMNAMES STRING LEN=300 1 -- + __INPUT__/SIM/NAM CONTINUE INTEGER 1 -- + __INPUT__/SIM/NAM NOCHECK INTEGER 1 -- + __INPUT__/SIM/NAM PRMEM STRING LEN=300 1 -- + __INPUT__/SIM/NAM MAXERRORS INTEGER 1 -- + __INPUT__/SIM/NAM PRINT_INPUT INTEGER 1 -- + __INPUT__/SIM/NAM MXITER INTEGER 1 -- + __INPUT__/SIM NUMMODELS INTEGER 1 -- + __INPUT__/SIM NUMEXCHANGES INTEGER 1 -- + __INPUT__/RCH/NAM SAVE_FLOWS INTEGER 1 -- + __INPUT__/RCH/NAM FTYPE STRING LEN=300 6 -- + __INPUT__/RCH/NAM FNAME STRING LEN=300 6 -- + __INPUT__/RCH/NAM PNAME STRING LEN=300 6 -- + __INPUT__/RCH PKGTYPES STRING LEN=7 0 -- + __INPUT__/RCH PKGNAMES STRING LEN=16 0 -- + __INPUT__/RCH MEMPATHS STRING LEN=50 0 -- + __INPUT__/RCH INUNITS INTEGER 0 -- + __INPUT__/RCH/DIS INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/RCH/NPF INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/RCH/CHD_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/RCH/RCHA_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/RCH/DIS NLAY INTEGER 1 -- + __INPUT__/RCH/DIS NROW INTEGER 1 -- + __INPUT__/RCH/DIS NCOL INTEGER 1 -- + __INPUT__/RCH MODEL_SHAPE INTEGER 3 -- + __INPUT__/RCH NCELLDIM INTEGER 1 -- + __INPUT__/RCH/DIS DELR DOUBLE 5 -- + __INPUT__/RCH/DIS DELC DOUBLE 4 -- + __INPUT__/RCH/DIS TOP DOUBLE 20 -- + __INPUT__/RCH/DIS BOTM DOUBLE 40 -- + __INPUT__/RCH/DIS IDOMAIN INTEGER 40 -- + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 1.8240000 + Logical 0.0000000 + Integer 0.22400000 + Real 0.55200000 + ------------------------------- + Total 2.6000000 + Virtual 0.0000000 + ------------------------------- + + +IDM input_load pkg=NPF +IDM NF90_MAX_DIMS=1024 +IDM NF90_MAX_VAR_DIMS=1024 +varname=IPAKCB, type=KEYWORD +varname=ICELLTYPE, type=INTEGER1D +varname=K, type=DOUBLE1D + ALL SIMULATION MEMORY INFORMATION WILL BE WRITTEN. + + DETAILED INFORMATION ON VARIABLES STORED IN THE MEMORY MANAGER + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + ORIGIN VARIABLE NAME DATA TYPE NUMBER OF ITEMS ASSOCIATED VARIABLE + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + __INPUT__/SIM/NAM TDIS6 STRING LEN=300 1 -- + __INPUT__/SIM/NAM MTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM MFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM MNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM EXGTYPE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGFILE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEA STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEB STRING LEN=300 0 -- + __INPUT__/SIM/NAM SOLUTIONGROUPNUM INTEGER 1 -- + __INPUT__/SIM/NAM SLNTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNMNAMES STRING LEN=300 1 -- + __INPUT__/SIM/NAM CONTINUE INTEGER 1 -- + __INPUT__/SIM/NAM NOCHECK INTEGER 1 -- + __INPUT__/SIM/NAM PRMEM STRING LEN=300 1 -- + __INPUT__/SIM/NAM MAXERRORS INTEGER 1 -- + __INPUT__/SIM/NAM PRINT_INPUT INTEGER 1 -- + __INPUT__/SIM/NAM MXITER INTEGER 1 -- + __INPUT__/SIM NUMMODELS INTEGER 1 -- + __INPUT__/SIM NUMEXCHANGES INTEGER 1 -- + __INPUT__/RCH/NAM SAVE_FLOWS INTEGER 1 -- + __INPUT__/RCH/NAM FTYPE STRING LEN=300 6 -- + __INPUT__/RCH/NAM FNAME STRING LEN=300 6 -- + __INPUT__/RCH/NAM PNAME STRING LEN=300 6 -- + __INPUT__/RCH PKGTYPES STRING LEN=7 0 -- + __INPUT__/RCH PKGNAMES STRING LEN=16 0 -- + __INPUT__/RCH MEMPATHS STRING LEN=50 0 -- + __INPUT__/RCH INUNITS INTEGER 0 -- + __INPUT__/RCH/DIS INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/RCH/NPF INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/RCH/CHD_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/RCH/RCHA_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/RCH/DIS NLAY INTEGER 1 -- + __INPUT__/RCH/DIS NROW INTEGER 1 -- + __INPUT__/RCH/DIS NCOL INTEGER 1 -- + __INPUT__/RCH MODEL_SHAPE INTEGER 3 -- + __INPUT__/RCH NCELLDIM INTEGER 1 -- + __INPUT__/RCH/DIS DELR DOUBLE 5 -- + __INPUT__/RCH/DIS DELC DOUBLE 4 -- + __INPUT__/RCH/DIS TOP DOUBLE 20 -- + __INPUT__/RCH/DIS BOTM DOUBLE 40 -- + __INPUT__/RCH/DIS IDOMAIN INTEGER 40 -- + __INPUT__/RCH/NPF IPAKCB INTEGER 1 -- + __INPUT__/RCH/NPF ICELLTYPE INTEGER 40 -- + __INPUT__/RCH/NPF K DOUBLE 40 -- + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 1.8240000 + Logical 0.0000000 + Integer 0.38800000 + Real 0.87200000 + ------------------------------- + Total 3.0840000 + Virtual 0.0000000 + ------------------------------- + + + + OPENED rch.ic + FILE TYPE:IC6 UNIT 1003 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED rch.oc + FILE TYPE:OC6 UNIT 1004 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + +IDM input_load pkg=RCHA_0 +IDM NF90_MAX_DIMS=1024 +IDM NF90_MAX_VAR_DIMS=1024 +varname=READASARRAYS, type=KEYWORD +varname=IPRFLOW, type=KEYWORD + ALL SIMULATION MEMORY INFORMATION WILL BE WRITTEN. + + DETAILED INFORMATION ON VARIABLES STORED IN THE MEMORY MANAGER + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + ORIGIN VARIABLE NAME DATA TYPE NUMBER OF ITEMS ASSOCIATED VARIABLE + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + __INPUT__/SIM/NAM TDIS6 STRING LEN=300 1 -- + __INPUT__/SIM/NAM MTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM MFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM MNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM EXGTYPE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGFILE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEA STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEB STRING LEN=300 0 -- + __INPUT__/SIM/NAM SOLUTIONGROUPNUM INTEGER 1 -- + __INPUT__/SIM/NAM SLNTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNMNAMES STRING LEN=300 1 -- + __INPUT__/SIM/NAM CONTINUE INTEGER 1 -- + __INPUT__/SIM/NAM NOCHECK INTEGER 1 -- + __INPUT__/SIM/NAM PRMEM STRING LEN=300 1 -- + __INPUT__/SIM/NAM MAXERRORS INTEGER 1 -- + __INPUT__/SIM/NAM PRINT_INPUT INTEGER 1 -- + __INPUT__/SIM/NAM MXITER INTEGER 1 -- + __INPUT__/SIM NUMMODELS INTEGER 1 -- + __INPUT__/SIM NUMEXCHANGES INTEGER 1 -- + __INPUT__/RCH/NAM SAVE_FLOWS INTEGER 1 -- + __INPUT__/RCH/NAM FTYPE STRING LEN=300 6 -- + __INPUT__/RCH/NAM FNAME STRING LEN=300 6 -- + __INPUT__/RCH/NAM PNAME STRING LEN=300 6 -- + __INPUT__/RCH PKGTYPES STRING LEN=7 0 -- + __INPUT__/RCH PKGNAMES STRING LEN=16 0 -- + __INPUT__/RCH MEMPATHS STRING LEN=50 0 -- + __INPUT__/RCH INUNITS INTEGER 0 -- + __INPUT__/RCH/DIS INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/RCH/NPF INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/RCH/CHD_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/RCH/RCHA_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/RCH/DIS NLAY INTEGER 1 -- + __INPUT__/RCH/DIS NROW INTEGER 1 -- + __INPUT__/RCH/DIS NCOL INTEGER 1 -- + __INPUT__/RCH MODEL_SHAPE INTEGER 3 -- + __INPUT__/RCH NCELLDIM INTEGER 1 -- + __INPUT__/RCH/DIS DELR DOUBLE 5 -- + __INPUT__/RCH/DIS DELC DOUBLE 4 -- + __INPUT__/RCH/DIS TOP DOUBLE 20 -- + __INPUT__/RCH/DIS BOTM DOUBLE 40 -- + __INPUT__/RCH/DIS IDOMAIN INTEGER 40 -- + __INPUT__/RCH/NPF IPAKCB INTEGER 1 -- + __INPUT__/RCH/NPF ICELLTYPE INTEGER 40 -- + __INPUT__/RCH/NPF K DOUBLE 40 -- + __INPUT__/RCH/RCHA_0 READASARRAYS INTEGER 1 -- + __INPUT__/RCH/RCHA_0 IPRFLOW INTEGER 1 -- + __INPUT__/RCH/RCHA_0 NAUX INTEGER 1 -- + __INPUT__/RCH/RCHA_0 IPER INTEGER 1 -- + __INPUT__/RCH/RCHA_0 IONPER INTEGER 1 -- + __INPUT__/RCH/RCHA_0 NBOUND INTEGER 1 -- + __INPUT__/RCH/RCHA_0 NCPL INTEGER 1 -- + __INPUT__/RCH/RCHA_0 AUXILIARY STRING LEN=16 0 -- + __INPUT__/RCH/RCHA_0 CELLID INTEGER 0 -- + __INPUT__/RCH/RCHA_0 IRCH INTEGER 20 -- + __INPUT__/RCH/RCHA_0 RECHARGE DOUBLE 20 -- + __INPUT__/RCH/RCHA_0 BOUNDNAME STRING LEN=40 0 -- + __INPUT__/RCH/RCHA_0 AUXVAR DOUBLE 0 -- + __INPUT__/RCH/RCHA_0 INIRCH INTEGER 1 -- + __INPUT__/RCH/RCHA_0 INRECHARGE INTEGER 1 -- + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 1.8240000 + Logical 0.0000000 + Integer 0.50400000 + Real 1.0320000 + ------------------------------- + Total 3.3600000 + Virtual 0.0000000 + ------------------------------- + + +IDM input_load pkg=CHD_0 +IDM NF90_MAX_DIMS=1024 +IDM NF90_MAX_VAR_DIMS=1024 +varname=MAXBOUND, type=INTEGER + ALL SIMULATION MEMORY INFORMATION WILL BE WRITTEN. + + DETAILED INFORMATION ON VARIABLES STORED IN THE MEMORY MANAGER + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + ORIGIN VARIABLE NAME DATA TYPE NUMBER OF ITEMS ASSOCIATED VARIABLE + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + __INPUT__/SIM/NAM TDIS6 STRING LEN=300 1 -- + __INPUT__/SIM/NAM MTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM MFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM MNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM EXGTYPE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGFILE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEA STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEB STRING LEN=300 0 -- + __INPUT__/SIM/NAM SOLUTIONGROUPNUM INTEGER 1 -- + __INPUT__/SIM/NAM SLNTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNMNAMES STRING LEN=300 1 -- + __INPUT__/SIM/NAM CONTINUE INTEGER 1 -- + __INPUT__/SIM/NAM NOCHECK INTEGER 1 -- + __INPUT__/SIM/NAM PRMEM STRING LEN=300 1 -- + __INPUT__/SIM/NAM MAXERRORS INTEGER 1 -- + __INPUT__/SIM/NAM PRINT_INPUT INTEGER 1 -- + __INPUT__/SIM/NAM MXITER INTEGER 1 -- + __INPUT__/SIM NUMMODELS INTEGER 1 -- + __INPUT__/SIM NUMEXCHANGES INTEGER 1 -- + __INPUT__/RCH/NAM SAVE_FLOWS INTEGER 1 -- + __INPUT__/RCH/NAM FTYPE STRING LEN=300 6 -- + __INPUT__/RCH/NAM FNAME STRING LEN=300 6 -- + __INPUT__/RCH/NAM PNAME STRING LEN=300 6 -- + __INPUT__/RCH PKGTYPES STRING LEN=7 0 -- + __INPUT__/RCH PKGNAMES STRING LEN=16 0 -- + __INPUT__/RCH MEMPATHS STRING LEN=50 0 -- + __INPUT__/RCH INUNITS INTEGER 0 -- + __INPUT__/RCH/DIS INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/RCH/NPF INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/RCH/CHD_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/RCH/RCHA_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/RCH/DIS NLAY INTEGER 1 -- + __INPUT__/RCH/DIS NROW INTEGER 1 -- + __INPUT__/RCH/DIS NCOL INTEGER 1 -- + __INPUT__/RCH MODEL_SHAPE INTEGER 3 -- + __INPUT__/RCH NCELLDIM INTEGER 1 -- + __INPUT__/RCH/DIS DELR DOUBLE 5 -- + __INPUT__/RCH/DIS DELC DOUBLE 4 -- + __INPUT__/RCH/DIS TOP DOUBLE 20 -- + __INPUT__/RCH/DIS BOTM DOUBLE 40 -- + __INPUT__/RCH/DIS IDOMAIN INTEGER 40 -- + __INPUT__/RCH/NPF IPAKCB INTEGER 1 -- + __INPUT__/RCH/NPF ICELLTYPE INTEGER 40 -- + __INPUT__/RCH/NPF K DOUBLE 40 -- + __INPUT__/RCH/RCHA_0 READASARRAYS INTEGER 1 -- + __INPUT__/RCH/RCHA_0 IPRFLOW INTEGER 1 -- + __INPUT__/RCH/RCHA_0 NAUX INTEGER 1 -- + __INPUT__/RCH/RCHA_0 IPER INTEGER 1 -- + __INPUT__/RCH/RCHA_0 IONPER INTEGER 1 -- + __INPUT__/RCH/RCHA_0 NBOUND INTEGER 1 -- + __INPUT__/RCH/RCHA_0 NCPL INTEGER 1 -- + __INPUT__/RCH/RCHA_0 AUXILIARY STRING LEN=16 0 -- + __INPUT__/RCH/RCHA_0 CELLID INTEGER 0 -- + __INPUT__/RCH/RCHA_0 IRCH INTEGER 20 -- + __INPUT__/RCH/RCHA_0 RECHARGE DOUBLE 20 -- + __INPUT__/RCH/RCHA_0 BOUNDNAME STRING LEN=40 0 -- + __INPUT__/RCH/RCHA_0 AUXVAR DOUBLE 0 -- + __INPUT__/RCH/RCHA_0 INIRCH INTEGER 1 -- + __INPUT__/RCH/RCHA_0 INRECHARGE INTEGER 1 -- + __INPUT__/RCH/CHD_0 NAUX INTEGER 1 -- + __INPUT__/RCH/CHD_0 MAXBOUND INTEGER 1 -- + __INPUT__/RCH/CHD_0 IPER INTEGER 1 -- + __INPUT__/RCH/CHD_0 IONPER INTEGER 1 -- + __INPUT__/RCH/CHD_0 NBOUND INTEGER 1 -- + __INPUT__/RCH/CHD_0 NCPL INTEGER 1 -- + __INPUT__/RCH/CHD_0 AUXILIARY STRING LEN=16 0 -- + __INPUT__/RCH/CHD_0 CELLID INTEGER 3 -- + __INPUT__/RCH/CHD_0 HEAD DOUBLE 1 -- + __INPUT__/RCH/CHD_0 BOUNDNAME STRING LEN=40 0 -- + __INPUT__/RCH/CHD_0 AUXVAR DOUBLE 0 -- + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 1.8240000 + Logical 0.0000000 + Integer 0.54000000 + Real 1.0400000 + ------------------------------- + Total 3.4040000 + Virtual 0.0000000 + ------------------------------- + + + + READING SIMULATION OPTIONS + MAXIMUM NUMBER OF ERRORS THAT WILL BE STORED IS 1000 + END OF SIMULATION OPTIONS + + READING SIMULATION TIMING + + OPENED rch.tdis + FILE TYPE:TDIS UNIT 1005 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + TDIS -- TEMPORAL DISCRETIZATION PACKAGE, + VERSION 1 : 11/13/2014 - INPUT READ FROM UNIT 1005 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:10:24. + PROCESSING TDIS OPTIONS + SIMULATION TIME UNIT IS DAYS + END OF TDIS OPTIONS + PROCESSING TDIS DIMENSIONS + 1 STRESS PERIOD(S) IN SIMULATION + END OF TDIS DIMENSIONS + PROCESSING TDIS PERIODDATA + + + STRESS PERIOD LENGTH TIME STEPS MULTIPLIER FOR DELT + ---------------------------------------------------------------------------- + 1 1.000000 1 1.000 + END OF TDIS PERIODDATA + END OF SIMULATION TIMING + + READING SIMULATION MODELS + GWF6 model 1 will be created + END OF SIMULATION MODELS + + READING SIMULATION EXCHANGES + END OF SIMULATION EXCHANGES + + READING SOLUTIONGROUP + + Creating solution: SLN_1 + + OPENED rch.ims + FILE TYPE:IMS UNIT 1007 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + END OF SOLUTIONGROUP + +PROCESSING MODEL CONNECTIONS + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1007 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:10:24. + + PROCESSING IMS OPTIONS + + OPENED rch.outer.ims.csv + FILE TYPE:CSV_OUTER_OUTPUT UNIT 1011 STATUS:REPLACE + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READWRITE + + CSV OUTPUT WILL BE SAVED TO FILE: rch.outer.ims.csv + OPENED ON UNIT: 1011 + + OPENED rch.inner.ims.csv + FILE TYPE:CSV_INNER_OUTPUT UNIT 1012 STATUS:REPLACE + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READWRITE + + CSV OUTPUT WILL BE SAVED TO FILE: rch.inner.ims.csv + OPENED ON UNIT: 1012 + END OF IMS OPTIONS + + PROCESSING IMS NONLINEAR + END OF IMS NONLINEAR DATA + **UNDER-RELAXATION WILL BE USED*** + + + PROCESSING LINEAR DATA + END OF LINEAR DATA + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + An asymmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-08 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 100 + SOLVER PRINTOUT INDEX (IPRIMS) = 2 + NONLINEAR ITERATION METHOD (NONLINMETH) = 3 + LINEAR SOLUTION METHOD (LINMETH) = 1 + UNDER-RELAXATION WEIGHT REDUCTION FACTOR (THETA) = 0.100000E+01 + UNDER-RELAXATION WEIGHT INCREASE INCREMENT (KAPPA) = 0.000000E+00 + UNDER-RELAXATION PREVIOUS HISTORY FACTOR (GAMMA) = 0.100000E+01 + UNDER-RELAXATION MOMENTUM TERM (AMOMENTUM) = 0.000000E+00 + + SOLUTION BY THE BICONJUGATE-GRADIENT STABILIZED METHOD + ------------------------------------------------------------------ + MAXIMUM OF 100 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 300 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = BCGS + MATRIX PRECONDITIONING TYPE = MOD. INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-08 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E-02 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.97000E+00 + + + + + Solving: Stress period: 1 Time step: 1 + +1 + STRESS PERIOD NO. 1, LENGTH = 1.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=1 +IDM RP LIST kper=1 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=1 +CELLID FIRST SET nbound=1 +IDM RP LIST varname=HEAD, type=DOUBLE + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 10 526.09315 1_GWF-(1,3,3) + Model 2 1 -2.16004992E-12 * 1_GWF-(1,3,3) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 11 TOTAL ITERATIONS + + SLN_1 INNER ITERATION SUMMARY + -------------------------------------------------------------------------------------------------------------------------------------- + TOTAL OUTER INNER MAXIMUM + ITERATION ITERATION ITERATION MAXIMUM CHANGE MAXIMUM CHANGE MODEL-(CELLID) RESIDUAL MAXIMUM RESIDUAL MODEL-(CELLID) + -------------------------------------------------------------------------------------------------------------------------------------- + 1 1 1 502.80949 1_GWF-(1,3,3) -3.1080829 1_GWF-(2,3,2) + 2 1 2 21.395628 1_GWF-(1,2,3) -0.25310353 1_GWF-(2,3,3) + 3 1 3 2.5239279 1_GWF-(1,3,3) -3.43324668E-02 1_GWF-(2,2,3) + 4 1 4 -0.69758972 1_GWF-(1,2,3) -3.70113883E-03 1_GWF-(1,3,3) + 5 1 5 7.99908961E-02 1_GWF-(1,3,3) -9.50901370E-05 1_GWF-(2,2,3) + 6 1 6 -1.66550535E-03 1_GWF-(1,3,3) -8.63059126E-06 1_GWF-(1,3,3) + 7 1 7 1.64469559E-04 1_GWF-(1,3,3) 8.91964544E-08 1_GWF-(1,3,3) + 8 1 8 -1.29162721E-06 1_GWF-(1,3,3) 3.96607837E-09 1_GWF-(1,3,3) + 9 1 9 -4.96159813E-09 1_GWF-(1,3,3) -1.23655123E-10 1_GWF-(2,4,4) + 10 1 10 2.32823912E-10 1_GWF-(1,2,3) -2.42451408E-10 1_GWF-(2,4,4) + 11 2 1 -2.20952007E-12 1_GWF-(1,2,3) -2.41277922E-10 1_GWF-(2,4,4) + -------------------------------------------------------------------------------------------------------------------------------------- + + + + + Solution SLN_1 summary + ---------------------------------------------------------------------- + Total formulate time: 0.40000000000001840E-4 seconds + Total solution time: 0.47999999999997697E-4 seconds + + + DETAILED INFORMATION ON VARIABLES STORED IN THE MEMORY MANAGER + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + ORIGIN VARIABLE NAME DATA TYPE NUMBER OF ITEMS ASSOCIATED VARIABLE + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + __INPUT__/SIM/NAM TDIS6 STRING LEN=300 1 -- + __INPUT__/SIM/NAM MTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM MFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM MNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM EXGTYPE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGFILE STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEA STRING LEN=300 0 -- + __INPUT__/SIM/NAM EXGMNAMEB STRING LEN=300 0 -- + __INPUT__/SIM/NAM SOLUTIONGROUPNUM INTEGER 1 -- + __INPUT__/SIM/NAM SLNTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNFNAME STRING LEN=300 1 -- + __INPUT__/SIM/NAM SLNMNAMES STRING LEN=300 1 -- + __INPUT__/SIM/NAM CONTINUE INTEGER 1 -- + __INPUT__/SIM/NAM NOCHECK INTEGER 1 -- + __INPUT__/SIM/NAM PRMEM STRING LEN=300 1 -- + __INPUT__/SIM/NAM MAXERRORS INTEGER 1 -- + __INPUT__/SIM/NAM PRINT_INPUT INTEGER 1 -- + __INPUT__/SIM/NAM MXITER INTEGER 1 -- + __INPUT__/SIM NUMMODELS INTEGER 1 -- + __INPUT__/SIM NUMEXCHANGES INTEGER 1 -- + __INPUT__/RCH/NAM SAVE_FLOWS INTEGER 1 -- + __INPUT__/RCH/NAM FTYPE STRING LEN=300 6 -- + __INPUT__/RCH/NAM FNAME STRING LEN=300 6 -- + __INPUT__/RCH/NAM PNAME STRING LEN=300 6 -- + __INPUT__/RCH PKGTYPES STRING LEN=7 6 -- + __INPUT__/RCH PKGNAMES STRING LEN=16 6 -- + __INPUT__/RCH MEMPATHS STRING LEN=50 6 -- + __INPUT__/RCH INUNITS INTEGER 6 -- + __INPUT__/RCH/DIS INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/RCH/NPF INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/RCH/CHD_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/RCH/RCHA_0 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/RCH/DIS NLAY INTEGER 1 -- + __INPUT__/RCH/DIS NROW INTEGER 1 -- + __INPUT__/RCH/DIS NCOL INTEGER 1 -- + __INPUT__/RCH MODEL_SHAPE INTEGER 3 -- + __INPUT__/RCH NCELLDIM INTEGER 1 -- + __INPUT__/RCH/DIS DELR DOUBLE 5 -- + __INPUT__/RCH/DIS DELC DOUBLE 4 -- + __INPUT__/RCH/DIS TOP DOUBLE 20 -- + __INPUT__/RCH/DIS BOTM DOUBLE 40 -- + __INPUT__/RCH/DIS IDOMAIN INTEGER 40 -- + __INPUT__/RCH/NPF IPAKCB INTEGER 1 -- + __INPUT__/RCH/NPF ICELLTYPE INTEGER 40 -- + __INPUT__/RCH/NPF K DOUBLE 40 -- + __INPUT__/RCH/RCHA_0 READASARRAYS INTEGER 1 -- + __INPUT__/RCH/RCHA_0 IPRFLOW INTEGER 1 -- + __INPUT__/RCH/RCHA_0 NAUX INTEGER 1 -- + __INPUT__/RCH/RCHA_0 IPER INTEGER 1 -- + __INPUT__/RCH/RCHA_0 IONPER INTEGER 1 -- + __INPUT__/RCH/RCHA_0 NBOUND INTEGER 1 -- + __INPUT__/RCH/RCHA_0 NCPL INTEGER 1 -- + __INPUT__/RCH/RCHA_0 AUXILIARY STRING LEN=16 0 -- + __INPUT__/RCH/RCHA_0 CELLID INTEGER 0 -- + __INPUT__/RCH/RCHA_0 IRCH INTEGER 20 -- + __INPUT__/RCH/RCHA_0 RECHARGE DOUBLE 20 -- + __INPUT__/RCH/RCHA_0 BOUNDNAME STRING LEN=40 0 -- + __INPUT__/RCH/RCHA_0 AUXVAR DOUBLE 0 -- + __INPUT__/RCH/RCHA_0 INIRCH INTEGER 1 -- + __INPUT__/RCH/RCHA_0 INRECHARGE INTEGER 1 -- + __INPUT__/RCH/CHD_0 NAUX INTEGER 1 -- + __INPUT__/RCH/CHD_0 MAXBOUND INTEGER 1 -- + __INPUT__/RCH/CHD_0 IPER INTEGER 1 -- + __INPUT__/RCH/CHD_0 IONPER INTEGER 1 -- + __INPUT__/RCH/CHD_0 NBOUND INTEGER 1 -- + __INPUT__/RCH/CHD_0 NCPL INTEGER 1 -- + __INPUT__/RCH/CHD_0 AUXILIARY STRING LEN=16 0 -- + __INPUT__/RCH/CHD_0 CELLID INTEGER 3 -- + __INPUT__/RCH/CHD_0 HEAD DOUBLE 1 -- + __INPUT__/RCH/CHD_0 BOUNDNAME STRING LEN=40 0 -- + __INPUT__/RCH/CHD_0 AUXVAR DOUBLE 0 -- + TDIS NPER INTEGER 1 -- + TDIS ITMUNI INTEGER 1 -- + TDIS KPER INTEGER 1 -- + TDIS KSTP INTEGER 1 -- + TDIS INATS INTEGER 1 -- + TDIS READNEWDATA LOGICAL 1 -- + TDIS ENDOFPERIOD LOGICAL 1 -- + TDIS ENDOFSIMULATION LOGICAL 1 -- + TDIS DELT DOUBLE 1 -- + TDIS PERTIM DOUBLE 1 -- + TDIS TOPERTIM DOUBLE 1 -- + TDIS TOTIM DOUBLE 1 -- + TDIS TOTIMC DOUBLE 1 -- + TDIS DELTSAV DOUBLE 1 -- + TDIS TOTIMSAV DOUBLE 1 -- + TDIS PERTIMSAV DOUBLE 1 -- + TDIS TOTALSIMTIME DOUBLE 1 -- + TDIS PERLEN DOUBLE 1 -- + TDIS NSTP INTEGER 1 -- + TDIS TSMULT DOUBLE 1 -- + __INPUT__/SIM/NAM MRANKS INTEGER 1 -- + RCH NAME STRING LEN=16 1 -- + RCH MACRONYM STRING LEN=3 1 -- + RCH ID INTEGER 1 -- + RCH IOUT INTEGER 1 -- + RCH INEWTON INTEGER 1 -- + RCH IPRPAK INTEGER 1 -- + RCH IPRFLOW INTEGER 1 -- + RCH IPAKCB INTEGER 1 -- + RCH IDSOLN INTEGER 1 -- + RCH NEQ INTEGER 1 -- + RCH NJA INTEGER 1 -- + RCH ICNVG INTEGER 1 -- + RCH MOFFSET INTEGER 1 -- + RCH INIC INTEGER 1 -- + RCH INOC INTEGER 1 -- + RCH INNPF INTEGER 1 -- + RCH INBUY INTEGER 1 -- + RCH INVSC INTEGER 1 -- + RCH INSTO INTEGER 1 -- + RCH INCSUB INTEGER 1 -- + RCH INMVR INTEGER 1 -- + RCH INHFB INTEGER 1 -- + RCH INGNC INTEGER 1 -- + RCH INOBS INTEGER 1 -- + RCH ISS INTEGER 1 -- + RCH INEWTONUR INTEGER 1 -- + RCH/DIS INUNIT INTEGER 1 -- + RCH/DIS IOUT INTEGER 1 -- + RCH/DIS NODES INTEGER 1 -- + RCH/DIS NODESUSER INTEGER 1 -- + RCH/DIS NDIM INTEGER 1 -- + RCH/DIS ICONDIR INTEGER 1 -- + RCH/DIS NOGRB INTEGER 1 -- + RCH/DIS XORIGIN DOUBLE 1 -- + RCH/DIS YORIGIN DOUBLE 1 -- + RCH/DIS ANGROT DOUBLE 1 -- + RCH/DIS NJA INTEGER 1 -- + RCH/DIS NJAS INTEGER 1 -- + RCH/DIS LENUNI INTEGER 1 -- + RCH/DIS NLAY INTEGER 1 -- + RCH/DIS NROW INTEGER 1 -- + RCH/DIS NCOL INTEGER 1 -- + RCH/NPF INPUT_FNAME STRING LEN=300 1 -- + RCH/NPF PACKAGE_TYPE STRING LEN=5 1 -- + RCH/NPF ID INTEGER 1 -- + RCH/NPF INUNIT INTEGER 1 -- + RCH/NPF IOUT INTEGER 1 -- + RCH/NPF INEWTON INTEGER 1 -- + RCH/NPF IASYM INTEGER 1 -- + RCH/NPF IPRPAK INTEGER 1 -- + RCH/NPF IPRFLOW INTEGER 1 -- + RCH/NPF IPAKCB INTEGER 1 -- + RCH/NPF IONPER INTEGER 1 -- + RCH/NPF LASTONPER INTEGER 1 -- + RCH/NPF INAME INTEGER 1 -- + RCH/NPF IXT3D INTEGER 1 -- + RCH/NPF IXT3DRHS INTEGER 1 -- + RCH/NPF SATOMEGA DOUBLE 1 -- + RCH/NPF HNOFLO DOUBLE 1 -- + RCH/NPF HDRY DOUBLE 1 -- + RCH/NPF ICELLAVG INTEGER 1 -- + RCH/NPF IAVGKEFF INTEGER 1 -- + RCH/NPF IK22 INTEGER 1 -- + RCH/NPF IK33 INTEGER 1 -- + RCH/NPF IK22OVERK INTEGER 1 -- + RCH/NPF IK33OVERK INTEGER 1 -- + RCH/NPF IPERCHED INTEGER 1 -- + RCH/NPF IVARCV INTEGER 1 -- + RCH/NPF IDEWATCV INTEGER 1 -- + RCH/NPF ITHICKSTRT INTEGER 1 -- + RCH/NPF IUSGNRHC INTEGER 1 -- + RCH/NPF INWTUPW INTEGER 1 -- + RCH/NPF ICALCSPDIS INTEGER 1 -- + RCH/NPF ISAVSPDIS INTEGER 1 -- + RCH/NPF ISAVSAT INTEGER 1 -- + RCH/NPF IREWET INTEGER 1 -- + RCH/NPF WETFCT DOUBLE 1 -- + RCH/NPF IWETIT INTEGER 1 -- + RCH/NPF IHDWET INTEGER 1 -- + RCH/NPF SATMIN DOUBLE 1 -- + RCH/NPF IANGLE1 INTEGER 1 -- + RCH/NPF IANGLE2 INTEGER 1 -- + RCH/NPF IANGLE3 INTEGER 1 -- + RCH/NPF IWETDRY INTEGER 1 -- + RCH/NPF NEDGES INTEGER 1 -- + RCH/NPF LASTEDGE INTEGER 1 -- + RCH/NPF INTVK INTEGER 1 -- + RCH/NPF INVSC INTEGER 1 -- + RCH/NPF KCHANGEPER INTEGER 1 -- + RCH/NPF KCHANGESTP INTEGER 1 -- + RCH/XT3D IXT3D INTEGER 1 -- + RCH/XT3D NBRMAX INTEGER 1 -- + RCH/XT3D INUNIT INTEGER 1 -- + RCH/XT3D IOUT INTEGER 1 -- + RCH/XT3D INEWTON INTEGER 1 -- + RCH/XT3D NUMEXTNBRS INTEGER 1 -- + RCH/XT3D NOZEE LOGICAL 1 -- + RCH/XT3D VCTHRESH DOUBLE 1 -- + RCH/XT3D LAMATSAVED LOGICAL 1 -- + RCH/XT3D LDISPERSION LOGICAL 1 -- + RCH/BUY INPUT_FNAME STRING LEN=300 1 -- + RCH/BUY PACKAGE_TYPE STRING LEN=5 1 -- + RCH/BUY ID INTEGER 1 -- + RCH/BUY INUNIT INTEGER 1 -- + RCH/BUY IOUT INTEGER 1 -- + RCH/BUY INEWTON INTEGER 1 -- + RCH/BUY IASYM INTEGER 1 -- + RCH/BUY IPRPAK INTEGER 1 -- + RCH/BUY IPRFLOW INTEGER 1 -- + RCH/BUY IPAKCB INTEGER 1 -- + RCH/BUY IONPER INTEGER 1 -- + RCH/BUY LASTONPER INTEGER 1 -- + RCH/BUY IOUTDENSE INTEGER 1 -- + RCH/BUY IFORM INTEGER 1 -- + RCH/BUY IREADELEV INTEGER 1 -- + RCH/BUY IREADCONCBUY INTEGER 1 -- + RCH/BUY ICONCSET INTEGER 1 -- + RCH/BUY DENSEREF DOUBLE 1 -- + RCH/BUY NRHOSPECIES INTEGER 1 -- + RCH/VSC INPUT_FNAME STRING LEN=300 1 -- + RCH/VSC PACKAGE_TYPE STRING LEN=5 1 -- + RCH/VSC ID INTEGER 1 -- + RCH/VSC INUNIT INTEGER 1 -- + RCH/VSC IOUT INTEGER 1 -- + RCH/VSC INEWTON INTEGER 1 -- + RCH/VSC IASYM INTEGER 1 -- + RCH/VSC IPRPAK INTEGER 1 -- + RCH/VSC IPRFLOW INTEGER 1 -- + RCH/VSC IPAKCB INTEGER 1 -- + RCH/VSC IONPER INTEGER 1 -- + RCH/VSC LASTONPER INTEGER 1 -- + RCH/VSC THERMIVISC INTEGER 1 -- + RCH/VSC IDXTMPR INTEGER 1 -- + RCH/VSC IOUTVISC INTEGER 1 -- + RCH/VSC IREADELEV INTEGER 1 -- + RCH/VSC ICONCSET INTEGER 1 -- + RCH/VSC VISCREF DOUBLE 1 -- + RCH/VSC A2 DOUBLE 1 -- + RCH/VSC A3 DOUBLE 1 -- + RCH/VSC A4 DOUBLE 1 -- + RCH/VSC NVISCSPECIES INTEGER 1 -- + RCH/GNC INPUT_FNAME STRING LEN=300 1 -- + RCH/GNC PACKAGE_TYPE STRING LEN=5 1 -- + RCH/GNC ID INTEGER 1 -- + RCH/GNC INUNIT INTEGER 1 -- + RCH/GNC IOUT INTEGER 1 -- + RCH/GNC INEWTON INTEGER 1 -- + RCH/GNC IASYM INTEGER 1 -- + RCH/GNC IPRPAK INTEGER 1 -- + RCH/GNC IPRFLOW INTEGER 1 -- + RCH/GNC IPAKCB INTEGER 1 -- + RCH/GNC IONPER INTEGER 1 -- + RCH/GNC LASTONPER INTEGER 1 -- + RCH/GNC SMGNC LOGICAL 1 -- + RCH/GNC IMPLICIT LOGICAL 1 -- + RCH/GNC I2KN LOGICAL 1 -- + RCH/GNC NEXG INTEGER 1 -- + RCH/GNC NUMJS INTEGER 1 -- + RCH/HFB INPUT_FNAME STRING LEN=300 1 -- + RCH/HFB PACKAGE_TYPE STRING LEN=5 1 -- + RCH/HFB ID INTEGER 1 -- + RCH/HFB INUNIT INTEGER 1 -- + RCH/HFB IOUT INTEGER 1 -- + RCH/HFB INEWTON INTEGER 1 -- + RCH/HFB IASYM INTEGER 1 -- + RCH/HFB IPRPAK INTEGER 1 -- + RCH/HFB IPRFLOW INTEGER 1 -- + RCH/HFB IPAKCB INTEGER 1 -- + RCH/HFB IONPER INTEGER 1 -- + RCH/HFB LASTONPER INTEGER 1 -- + RCH/HFB MAXHFB INTEGER 1 -- + RCH/HFB NHFB INTEGER 1 -- + RCH/HFB IVSC INTEGER 1 -- + RCH/STO INPUT_FNAME STRING LEN=300 1 -- + RCH/STO PACKAGE_TYPE STRING LEN=5 1 -- + RCH/STO ID INTEGER 1 -- + RCH/STO INUNIT INTEGER 1 -- + RCH/STO IOUT INTEGER 1 -- + RCH/STO INEWTON INTEGER 1 -- + RCH/STO IASYM INTEGER 1 -- + RCH/STO IPRPAK INTEGER 1 -- + RCH/STO IPRFLOW INTEGER 1 -- + RCH/STO IPAKCB INTEGER 1 -- + RCH/STO IONPER INTEGER 1 -- + RCH/STO LASTONPER INTEGER 1 -- + RCH/STO ISTOR_COEF INTEGER 1 -- + RCH/STO ICONF_SS INTEGER 1 -- + RCH/STO IORIG_SS INTEGER 1 -- + RCH/STO IUSESY INTEGER 1 -- + RCH/STO SATOMEGA DOUBLE 1 -- + RCH/STO INTEGRATECHANGES INTEGER 1 -- + RCH/STO INTVS INTEGER 1 -- + RCH/CSUB INPUT_FNAME STRING LEN=300 1 -- + RCH/CSUB PACKAGE_TYPE STRING LEN=5 1 -- + RCH/CSUB ID INTEGER 1 -- + RCH/CSUB INUNIT INTEGER 1 -- + RCH/CSUB IOUT INTEGER 1 -- + RCH/CSUB INEWTON INTEGER 1 -- + RCH/CSUB IASYM INTEGER 1 -- + RCH/CSUB IPRPAK INTEGER 1 -- + RCH/CSUB IPRFLOW INTEGER 1 -- + RCH/CSUB IPAKCB INTEGER 1 -- + RCH/CSUB IONPER INTEGER 1 -- + RCH/CSUB LASTONPER INTEGER 1 -- + RCH/CSUB LISTLABEL STRING LEN=500 1 -- + RCH/CSUB STONAME STRING LEN=50 1 -- + RCH/CSUB ISTOUNIT INTEGER 1 -- + RCH/CSUB INOBSPKG INTEGER 1 -- + RCH/CSUB NINTERBEDS INTEGER 1 -- + RCH/CSUB MAXSIG0 INTEGER 1 -- + RCH/CSUB NBOUND INTEGER 1 -- + RCH/CSUB ISCLOC INTEGER 1 -- + RCH/CSUB IAUXMULTCOL INTEGER 1 -- + RCH/CSUB NDELAYCELLS INTEGER 1 -- + RCH/CSUB NDELAYBEDS INTEGER 1 -- + RCH/CSUB INITIALIZED INTEGER 1 -- + RCH/CSUB IESLAG INTEGER 1 -- + RCH/CSUB IPCH INTEGER 1 -- + RCH/CSUB LHEAD_BASED LOGICAL 1 -- + RCH/CSUB IUPDATESTRESS INTEGER 1 -- + RCH/CSUB ISPECIFIED_PCS INTEGER 1 -- + RCH/CSUB ISPECIFIED_DBH INTEGER 1 -- + RCH/CSUB INAMEDBOUND INTEGER 1 -- + RCH/CSUB ICONVCHK INTEGER 1 -- + RCH/CSUB NAUX INTEGER 1 -- + RCH/CSUB ISTORAGEC INTEGER 1 -- + RCH/CSUB ISTRAINIB INTEGER 1 -- + RCH/CSUB ISTRAINSK INTEGER 1 -- + RCH/CSUB IOUTCOMP INTEGER 1 -- + RCH/CSUB IOUTCOMPI INTEGER 1 -- + RCH/CSUB IOUTCOMPE INTEGER 1 -- + RCH/CSUB IOUTCOMPIB INTEGER 1 -- + RCH/CSUB IOUTCOMPS INTEGER 1 -- + RCH/CSUB IOUTZDISP INTEGER 1 -- + RCH/CSUB IPAKCSV INTEGER 1 -- + RCH/CSUB IUPDATEMATPROP INTEGER 1 -- + RCH/CSUB EPSILON DOUBLE 1 -- + RCH/CSUB CC_CRIT DOUBLE 1 -- + RCH/CSUB GAMMAW DOUBLE 1 -- + RCH/CSUB BETA DOUBLE 1 -- + RCH/CSUB BRG DOUBLE 1 -- + RCH/CSUB SATOMEGA DOUBLE 1 -- + RCH/CSUB ICELLF INTEGER 1 -- + RCH/CSUB GWFISS0 INTEGER 1 -- + RCH/CSUB AUXNAME STRING LEN=16 0 -- + RCH/IC INPUT_FNAME STRING LEN=300 1 -- + RCH/IC PACKAGE_TYPE STRING LEN=5 1 -- + RCH/IC ID INTEGER 1 -- + RCH/IC INUNIT INTEGER 1 -- + RCH/IC IOUT INTEGER 1 -- + RCH/IC INEWTON INTEGER 1 -- + RCH/IC IASYM INTEGER 1 -- + RCH/IC IPRPAK INTEGER 1 -- + RCH/IC IPRFLOW INTEGER 1 -- + RCH/IC IPAKCB INTEGER 1 -- + RCH/IC IONPER INTEGER 1 -- + RCH/IC LASTONPER INTEGER 1 -- + RCH/MVR INPUT_FNAME STRING LEN=300 1 -- + RCH/MVR PACKAGE_TYPE STRING LEN=5 1 -- + RCH/MVR ID INTEGER 1 -- + RCH/MVR INUNIT INTEGER 1 -- + RCH/MVR IOUT INTEGER 1 -- + RCH/MVR INEWTON INTEGER 1 -- + RCH/MVR IASYM INTEGER 1 -- + RCH/MVR IPRPAK INTEGER 1 -- + RCH/MVR IPRFLOW INTEGER 1 -- + RCH/MVR IPAKCB INTEGER 1 -- + RCH/MVR IONPER INTEGER 1 -- + RCH/MVR LASTONPER INTEGER 1 -- + RCH/MVR IBUDGETOUT INTEGER 1 -- + RCH/MVR IBUDCSV INTEGER 1 -- + RCH/MVR MAXMVR INTEGER 1 -- + RCH/MVR MAXPACKAGES INTEGER 1 -- + RCH/MVR MAXCOMB INTEGER 1 -- + RCH/MVR NMVR INTEGER 1 -- + RCH/MVR IEXGMVR INTEGER 1 -- + RCH/MVR IMODELNAMES INTEGER 1 -- + RCH/OC INUNIT INTEGER 1 -- + RCH/OC IOUT INTEGER 1 -- + RCH/OC IBUDCSV INTEGER 1 -- + RCH/OC IPEROC INTEGER 1 -- + RCH/OC IOCREP INTEGER 1 -- + RCH/RCHA_0 INPUT_FNAME STRING LEN=300 1 -- + RCH/RCHA_0 PACKAGE_TYPE STRING LEN=5 1 -- + RCH/RCHA_0 ID INTEGER 1 -- + RCH/RCHA_0 INUNIT INTEGER 1 -- + RCH/RCHA_0 IOUT INTEGER 1 -- + RCH/RCHA_0 INEWTON INTEGER 1 -- + RCH/RCHA_0 IASYM INTEGER 1 -- + RCH/RCHA_0 IPRPAK INTEGER 1 -- + RCH/RCHA_0 IPRFLOW INTEGER 1 -- + RCH/RCHA_0 IPAKCB INTEGER 1 -- + RCH/RCHA_0 IONPER INTEGER 1 -- + RCH/RCHA_0 LASTONPER INTEGER 1 -- + RCH/RCHA_0 LISTLABEL STRING LEN=500 1 -- + RCH/RCHA_0 ISADVPAK INTEGER 1 -- + RCH/RCHA_0 IBCNUM INTEGER 1 -- + RCH/RCHA_0 MAXBOUND INTEGER 1 -- + RCH/RCHA_0 NBOUND INTEGER 1 -- + RCH/RCHA_0 NCOLBND INTEGER 1 -- + RCH/RCHA_0 ISCLOC INTEGER 1 -- + RCH/RCHA_0 NAUX INTEGER 1 -- + RCH/RCHA_0 INAMEDBOUND INTEGER 1 -- + RCH/RCHA_0 IAUXMULTCOL INTEGER 1 -- + RCH/RCHA_0 INOBSPKG INTEGER 1 -- + RCH/RCHA_0 IMOVER INTEGER 1 -- + RCH/RCHA_0 IVSC INTEGER 1 -- + RCH/RCHA_0 NPAKEQ INTEGER 1 -- + RCH/RCHA_0 IOFFSET INTEGER 1 -- + RCH/RCHA_0 AUXNAME STRING LEN=16 0 -- + RCH/RCHA_0 AUXNAME_CST STRING LEN=16 0 -- + RCH/CHD_0 INPUT_FNAME STRING LEN=300 1 -- + RCH/CHD_0 PACKAGE_TYPE STRING LEN=5 1 -- + RCH/CHD_0 ID INTEGER 1 -- + RCH/CHD_0 INUNIT INTEGER 1 -- + RCH/CHD_0 IOUT INTEGER 1 -- + RCH/CHD_0 INEWTON INTEGER 1 -- + RCH/CHD_0 IASYM INTEGER 1 -- + RCH/CHD_0 IPRPAK INTEGER 1 -- + RCH/CHD_0 IPRFLOW INTEGER 1 -- + RCH/CHD_0 IPAKCB INTEGER 1 -- + RCH/CHD_0 IONPER INTEGER 1 -- + RCH/CHD_0 LASTONPER INTEGER 1 -- + RCH/CHD_0 LISTLABEL STRING LEN=500 1 -- + RCH/CHD_0 ISADVPAK INTEGER 1 -- + RCH/CHD_0 IBCNUM INTEGER 1 -- + RCH/CHD_0 MAXBOUND INTEGER 1 -- + RCH/CHD_0 NBOUND INTEGER 1 -- + RCH/CHD_0 NCOLBND INTEGER 1 -- + RCH/CHD_0 ISCLOC INTEGER 1 -- + RCH/CHD_0 NAUX INTEGER 1 -- + RCH/CHD_0 INAMEDBOUND INTEGER 1 -- + RCH/CHD_0 IAUXMULTCOL INTEGER 1 -- + RCH/CHD_0 INOBSPKG INTEGER 1 -- + RCH/CHD_0 IMOVER INTEGER 1 -- + RCH/CHD_0 IVSC INTEGER 1 -- + RCH/CHD_0 NPAKEQ INTEGER 1 -- + RCH/CHD_0 IOFFSET INTEGER 1 -- + RCH/CHD_0 AUXNAME STRING LEN=16 0 -- + RCH/CHD_0 AUXNAME_CST STRING LEN=16 0 -- + SLN_1 ID INTEGER 1 -- + SLN_1 IU INTEGER 1 -- + SLN_1 TTFORM DOUBLE 1 -- + SLN_1 TTSOLN DOUBLE 1 -- + SLN_1 ISYMMETRIC INTEGER 1 -- + SLN_1 NEQ INTEGER 1 -- + SLN_1 MATRIX_OFFSET INTEGER 1 -- + SLN_1 DVCLOSE DOUBLE 1 -- + SLN_1 BIGCHOLD DOUBLE 1 -- + SLN_1 BIGCH DOUBLE 1 -- + SLN_1 RELAXOLD DOUBLE 1 -- + SLN_1 RES_PREV DOUBLE 1 -- + SLN_1 RES_NEW DOUBLE 1 -- + SLN_1 ICNVG INTEGER 1 -- + SLN_1 ITERTOT_TIMESTEP INTEGER 1 -- + SLN_1 IOUTTOT_TIMESTEP INTEGER 1 -- + SLN_1 INNERTOT_SIM INTEGER 1 -- + SLN_1 MXITER INTEGER 1 -- + SLN_1 LINSOLVER INTEGER 1 -- + SLN_1 NONMETH INTEGER 1 -- + SLN_1 IPRIMS INTEGER 1 -- + SLN_1 THETA DOUBLE 1 -- + SLN_1 AKAPPA DOUBLE 1 -- + SLN_1 GAMMA DOUBLE 1 -- + SLN_1 AMOMENTUM DOUBLE 1 -- + SLN_1 BREDUC DOUBLE 1 -- + SLN_1 BTOL DOUBLE 1 -- + SLN_1 RES_LIM DOUBLE 1 -- + SLN_1 NUMTRACK INTEGER 1 -- + SLN_1 IBFLAG INTEGER 1 -- + SLN_1 ICSVOUTEROUT INTEGER 1 -- + SLN_1 ICSVINNEROUT INTEGER 1 -- + SLN_1 NITERMAX INTEGER 1 -- + SLN_1 CONVNMOD INTEGER 1 -- + SLN_1 IALLOWPTC INTEGER 1 -- + SLN_1 IPTCOPT INTEGER 1 -- + SLN_1 IPTCOUT INTEGER 1 -- + SLN_1 L2NORM0 DOUBLE 1 -- + SLN_1 PTCDEL DOUBLE 1 -- + SLN_1 PTCDEL0 DOUBLE 1 -- + SLN_1 PTCEXP DOUBLE 1 -- + SLN_1 ATSFRAC DOUBLE 1 -- + RCH/DIS DELR DOUBLE 5 -- + RCH/DIS DELC DOUBLE 4 -- + RCH/DIS IDOMAIN INTEGER 40 -- + RCH/DIS TOP2D DOUBLE 20 -- + RCH/DIS BOT3D DOUBLE 40 -- + RCH/DIS CELLX DOUBLE 5 -- + RCH/DIS CELLY DOUBLE 4 -- + RCH/DIS MSHAPE INTEGER 3 -- + RCH/DIS XC DOUBLE 21 -- + RCH/DIS YC DOUBLE 21 -- + RCH/DIS TOP DOUBLE 21 -- + RCH/DIS BOT DOUBLE 21 -- + RCH/DIS AREA DOUBLE 21 -- + RCH DBUFF DOUBLE 40 -- + RCH IBUFF INTEGER 40 -- + RCH/DIS NODEUSER INTEGER 21 -- + RCH/DIS NODEREDUCED INTEGER 40 -- + RCH/CON NODES INTEGER 1 -- + RCH/CON NJA INTEGER 1 -- + RCH/CON NJAS INTEGER 1 -- + RCH/CON IANGLEX INTEGER 1 -- + RCH/CON IA INTEGER 22 -- + RCH/CON JA INTEGER 81 -- + RCH/CON ISYM INTEGER 81 -- + RCH/CON JAS INTEGER 81 -- + RCH/CON HWVA DOUBLE 30 -- + RCH/CON ANGLEX DOUBLE 30 -- + RCH/CON IHC INTEGER 30 -- + RCH/CON CL1 DOUBLE 30 -- + RCH/CON CL2 DOUBLE 30 -- + RCH/CON IAUSR INTEGER 41 -- + RCH/CON JAUSR INTEGER 81 -- + RCH/NPF ITHICKSTARTFLAG INTEGER 21 -- + RCH/NPF ICELLTYPE INTEGER 21 -- + RCH/NPF K11 DOUBLE 21 -- + RCH/NPF SAT DOUBLE 21 -- + RCH/NPF CONDSAT DOUBLE 30 -- + RCH/NPF K22 DOUBLE 21 -- + RCH/NPF K33 DOUBLE 21 -- + RCH/NPF WETDRY DOUBLE 1 -- + RCH/NPF ANGLE1 DOUBLE 0 -- + RCH/NPF ANGLE2 DOUBLE 0 -- + RCH/NPF ANGLE3 DOUBLE 0 -- + RCH/NPF IBOTNODE INTEGER 0 -- + RCH/NPF NODEDGE INTEGER 0 -- + RCH/NPF IHCEDGE INTEGER 0 -- + RCH/NPF PROPSEDGE DOUBLE 0 -- + RCH/NPF K11INPUT DOUBLE 0 -- + RCH/NPF K22INPUT DOUBLE 0 -- + RCH/NPF K33INPUT DOUBLE 0 -- + RCH/NPF SPDIS DOUBLE 0 -- + RCH/NPF NODEKCHANGE INTEGER 21 -- + RCH XOLD DOUBLE 21 -- + RCH FLOWJA DOUBLE 81 -- + RCH IDXGLO INTEGER 81 -- + SLN_1 X DOUBLE 21 -- + SLN_1 RHS DOUBLE 21 -- + SLN_1 IACTIVE INTEGER 21 -- + SLN_1 XTEMP DOUBLE 21 -- + SLN_1 DXOLD DOUBLE 21 -- + SLN_1 HNCG DOUBLE 100 -- + SLN_1 LRCH INTEGER 300 -- + SLN_1 WSAVE DOUBLE 21 -- + SLN_1 HCHOLD DOUBLE 21 -- + SLN_1 DEOLD DOUBLE 21 -- + SLN_1 CONVMODSTART INTEGER 2 -- + TMPSLN_1 CONVNMOD INTEGER 1 -- + TMPSLN_1 NITERMAX INTEGER 1 -- + TMPSLN_1 ITINNER INTEGER 30000 -- + TMPSLN_1 LOCDV INTEGER 1 -- + TMPSLN_1 DVMAX DOUBLE 1 -- + TMPSLN_1 LOCDR INTEGER 1 -- + TMPSLN_1 DRMAX DOUBLE 1 -- + TMPSLN_1 CONVDVMAX DOUBLE 30000 -- + TMPSLN_1 CONVLOCDV INTEGER 30000 -- + TMPSLN_1 CONVDRMAX DOUBLE 30000 -- + TMPSLN_1 CONVLOCDR INTEGER 30000 -- + RCH X DOUBLE 21 SLN_1/X + RCH RHS DOUBLE 21 SLN_1/RHS + RCH IBOUND INTEGER 21 SLN_1/IBOUND + SLN_1 NROW INTEGER 1 -- + SLN_1 NCOL INTEGER 1 -- + SLN_1 NJA INTEGER 1 -- + SLN_1 IA INTEGER 22 -- + SLN_1 JA INTEGER 81 -- + SLN_1 AMAT DOUBLE 81 -- + RCH/IC STRT DOUBLE 21 -- + RCH/RCHA_0 NODELIST INTEGER 20 -- + RCH/RCHA_0 NOUPDATEAUXVAR INTEGER 0 -- + RCH/RCHA_0 BOUND DOUBLE 20 -- + RCH/RCHA_0 CONDINPUT DOUBLE 0 -- + RCH/RCHA_0 HCOF DOUBLE 20 -- + RCH/RCHA_0 RHS DOUBLE 20 -- + RCH/RCHA_0 SIMVALS DOUBLE 20 -- + RCH/RCHA_0 SIMTOMVR DOUBLE 0 -- + RCH/RCHA_0 AUXVAR DOUBLE 0 -- + RCH/RCHA_0 BOUNDNAME STRING LEN=40 0 -- + RCH/RCHA_0 BOUNDNAME_CST STRING LEN=40 0 -- + RCH/RCHA_0 CELLID INTEGER 0 __INPUT__/RCH/RCHA_0/CELLID + RCH/RCHA_0 BOUNDNAME_IDM STRING LEN=40 0 __INPUT__/RCH/RCHA_0/BOUNDNAME + RCH/RCHA_0 AUXVAR_IDM DOUBLE 0 __INPUT__/RCH/RCHA_0/AUXVAR + RCH/RCHA_0 RECHARGE DOUBLE 20 __INPUT__/RCH/RCHA_0/RECHARGE + RCH/CHD_0 NODELIST INTEGER 1 -- + RCH/CHD_0 NOUPDATEAUXVAR INTEGER 0 -- + RCH/CHD_0 BOUND DOUBLE 1 -- + RCH/CHD_0 CONDINPUT DOUBLE 0 -- + RCH/CHD_0 HCOF DOUBLE 1 -- + RCH/CHD_0 RHS DOUBLE 1 -- + RCH/CHD_0 SIMVALS DOUBLE 1 -- + RCH/CHD_0 SIMTOMVR DOUBLE 0 -- + RCH/CHD_0 AUXVAR DOUBLE 0 -- + RCH/CHD_0 BOUNDNAME STRING LEN=40 0 -- + RCH/CHD_0 BOUNDNAME_CST STRING LEN=40 0 -- + RCH/CHD_0 CELLID INTEGER 3 __INPUT__/RCH/CHD_0/CELLID + RCH/CHD_0 BOUNDNAME_IDM STRING LEN=40 0 __INPUT__/RCH/CHD_0/BOUNDNAME + RCH/CHD_0 AUXVAR_IDM DOUBLE 0 __INPUT__/RCH/CHD_0/AUXVAR + RCH/CHD_0 RATECHDIN DOUBLE 1 -- + RCH/CHD_0 RATECHDOUT DOUBLE 1 -- + RCH/CHD_0 HEAD DOUBLE 1 __INPUT__/RCH/CHD_0/HEAD + SLN_1/IMSLINEAR DVCLOSE DOUBLE 1 -- + SLN_1/IMSLINEAR RCLOSE DOUBLE 1 -- + SLN_1/IMSLINEAR ICNVGOPT INTEGER 1 -- + SLN_1/IMSLINEAR ITER1 INTEGER 1 -- + SLN_1/IMSLINEAR ILINMETH INTEGER 1 -- + SLN_1/IMSLINEAR ISCL INTEGER 1 -- + SLN_1/IMSLINEAR IORD INTEGER 1 -- + SLN_1/IMSLINEAR NORTH INTEGER 1 -- + SLN_1/IMSLINEAR RELAX DOUBLE 1 -- + SLN_1/IMSLINEAR LEVEL INTEGER 1 -- + SLN_1/IMSLINEAR DROPTOL DOUBLE 1 -- + SLN_1/IMSLINEAR IDFPARAM INTEGER 1 -- + SLN_1/IMSLINEAR NJA INTEGER 1 -- + SLN_1/IMSLINEAR IOUT INTEGER 1 -- + SLN_1/IMSLINEAR IPC INTEGER 1 -- + SLN_1/IMSLINEAR IACPC INTEGER 1 -- + SLN_1/IMSLINEAR NITERC INTEGER 1 -- + SLN_1/IMSLINEAR NIABCGS INTEGER 1 -- + SLN_1/IMSLINEAR NIAPC INTEGER 1 -- + SLN_1/IMSLINEAR NJAPC INTEGER 1 -- + SLN_1/IMSLINEAR EPFACT DOUBLE 1 -- + SLN_1/IMSLINEAR L2NORM0 DOUBLE 1 -- + SLN_1/IMSLINEAR NJLU INTEGER 1 -- + SLN_1/IMSLINEAR NJW INTEGER 1 -- + SLN_1/IMSLINEAR NWLU INTEGER 1 -- + SLN_1/IMSLINEAR DSCALE DOUBLE 1 -- + SLN_1/IMSLINEAR DSCALE2 DOUBLE 1 -- + SLN_1/IMSLINEAR IAPC INTEGER 22 -- + SLN_1/IMSLINEAR JAPC INTEGER 81 -- + SLN_1/IMSLINEAR APC DOUBLE 81 -- + SLN_1/IMSLINEAR IW INTEGER 21 -- + SLN_1/IMSLINEAR W DOUBLE 21 -- + SLN_1/IMSLINEAR JLU INTEGER 1 -- + SLN_1/IMSLINEAR JW INTEGER 1 -- + SLN_1/IMSLINEAR WLU DOUBLE 1 -- + SLN_1/IMSLINEAR LORDER INTEGER 1 -- + SLN_1/IMSLINEAR IORDER INTEGER 1 -- + SLN_1/IMSLINEAR IARO INTEGER 2 -- + SLN_1/IMSLINEAR JARO INTEGER 1 -- + SLN_1/IMSLINEAR ARO DOUBLE 1 -- + SLN_1/IMSLINEAR ID INTEGER 21 -- + SLN_1/IMSLINEAR D DOUBLE 21 -- + SLN_1/IMSLINEAR P DOUBLE 21 -- + SLN_1/IMSLINEAR Q DOUBLE 21 -- + SLN_1/IMSLINEAR Z DOUBLE 21 -- + SLN_1/IMSLINEAR T DOUBLE 21 -- + SLN_1/IMSLINEAR V DOUBLE 21 -- + SLN_1/IMSLINEAR DHAT DOUBLE 21 -- + SLN_1/IMSLINEAR PHAT DOUBLE 21 -- + SLN_1/IMSLINEAR QHAT DOUBLE 21 -- + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 6.7660000 + Logical 4.00000000E-02 + Integer 367.35600 + Real 491.39200 + ------------------------------- + Total 865.55400 + Virtual 0.0000000 + ------------------------------- + + + + Run end date and time (yyyy/mm/dd hh:mm:ss): 2023/10/30 9:10:24 + Elapsed run time: 0.015 Seconds + Normal termination of simulation. diff --git a/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model_nc[0-rch03]0/mfsim.nam b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model_nc[0-rch03]0/mfsim.nam new file mode 100644 index 000000000..d4cc39078 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model_nc[0-rch03]0/mfsim.nam @@ -0,0 +1,19 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:10:24. +BEGIN options +END options + +BEGIN timing + TDIS6 rch.tdis +END timing + +BEGIN models + gwf6 rch.nam rch +END models + +BEGIN exchanges +END exchanges + +BEGIN solutiongroup 1 + ims6 rch.ims rch +END solutiongroup 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model_nc[0-rch03]0/rch.cbc b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model_nc[0-rch03]0/rch.cbc new file mode 100644 index 000000000..b243e823a Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model_nc[0-rch03]0/rch.cbc differ diff --git a/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model_nc[0-rch03]0/rch.hds b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model_nc[0-rch03]0/rch.hds new file mode 100644 index 000000000..41bca6720 Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model_nc[0-rch03]0/rch.hds differ diff --git a/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model_nc[0-rch03]0/rch.ic b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model_nc[0-rch03]0/rch.ic new file mode 100644 index 000000000..ad4978861 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model_nc[0-rch03]0/rch.ic @@ -0,0 +1,6 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:10:24. +BEGIN griddata + strt + CONSTANT 100.00000000 +END griddata + diff --git a/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model_nc[0-rch03]0/rch.ims b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model_nc[0-rch03]0/rch.ims new file mode 100644 index 000000000..dadf66ee2 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model_nc[0-rch03]0/rch.ims @@ -0,0 +1,23 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:10:24. +BEGIN options + PRINT_OPTION all + CSV_OUTER_OUTPUT FILEOUT rch.outer.ims.csv + CSV_INNER_OUTPUT FILEOUT rch.inner.ims.csv +END options + +BEGIN nonlinear + OUTER_DVCLOSE 1.00000000E-09 + OUTER_MAXIMUM 100 + UNDER_RELAXATION dbd +END nonlinear + +BEGIN linear + INNER_MAXIMUM 300 + INNER_DVCLOSE 1.00000000E-09 + inner_rclose 0.00100000 + LINEAR_ACCELERATION bicgstab + RELAXATION_FACTOR 0.97000000 + SCALING_METHOD none + REORDERING_METHOD none +END linear + diff --git a/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model_nc[0-rch03]0/rch.inner.ims.csv b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model_nc[0-rch03]0/rch.inner.ims.csv new file mode 100644 index 000000000..0df3eb800 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model_nc[0-rch03]0/rch.inner.ims.csv @@ -0,0 +1,12 @@ +total_inner_iterations,totim,kper,kstp,nouter,ninner,solution_inner_dvmax,solution_inner_dvmax_model,solution_inner_dvmax_node,solution_inner_drmax,solution_inner_drmax_model,solution_inner_drmax_node,solution_inner_alpha,solution_inner_omega +1,1.0000000000000000,1,1,1,1,502.80949332065359,1,13,-3.1080829133024457,1,32,0.6222107,0.6236807 +2,1.0000000000000000,1,1,1,2,21.395627839520309,1,8,-0.25310352587145191,1,33,0.8957542,0.3642760 +3,1.0000000000000000,1,1,1,3,2.5239278765593545,1,13,-0.34332466787389451E-1,1,28,0.2062145,0.8007442 +4,1.0000000000000000,1,1,1,4,-0.69758971897398780,1,8,-0.37011388278832967E-2,1,13,0.7868269,0.9387656 +5,1.0000000000000000,1,1,1,5,0.79990896085817970E-1,1,13,-0.95090136988552269E-4,1,28,1.275399,0.4581979 +6,1.0000000000000000,1,1,1,6,-0.16655053492924533E-2,1,13,-0.86305912636470063E-5,1,13,0.3811336,0.8208845 +7,1.0000000000000000,1,1,1,7,0.16446955879666236E-3,1,13,0.89196454365256005E-7,1,13,1.100179,0.7121398 +8,1.0000000000000000,1,1,1,8,-0.12916272066099523E-5,1,13,0.39660783715522925E-8,1,13,0.6632880,0.5838714 +9,1.0000000000000000,1,1,1,9,-0.49615981326937050E-8,1,13,-0.12365512255314747E-9,1,39,0.9363656,0.3265582E-03 +10,1.0000000000000000,1,1,1,10,0.23282391246074791E-9,1,8,-0.24245140791633085E-9,1,39,-0.6616360,0.1327834E-02 +11,1.0000000000000000,1,1,2,1,-0.22095200670709477E-11,1,8,-0.24127792215440034E-9,1,39,0.1379550E-02,0.1324178E-02 diff --git a/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model_nc[0-rch03]0/rch.lst b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model_nc[0-rch03]0/rch.lst new file mode 100644 index 000000000..3672cedb8 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model_nc[0-rch03]0/rch.lst @@ -0,0 +1,315 @@ + MODFLOW 6 PROFESSIONAL + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + GROUNDWATER FLOW MODEL (GWF) + VERSION 6.5.0.dev0 (preliminary) 07/13/2023 + ***DEVELOP MODE*** + + MODFLOW 6 compiled Oct 30 2023 08:23:02 with GCC version 11.3.0 + +This software is preliminary or provisional and is subject to +revision. It is being provided to meet the need for timely best +science. The software has not received final approval by the U.S. +Geological Survey (USGS). No warranty, expressed or implied, is made +by the USGS or the U.S. Government as to the functionality of the +software and related material nor shall the fact of release +constitute any such warranty. The software is provided on the +condition that neither the USGS nor the U.S. Government shall be held +liable for any damages resulting from the authorized or unauthorized +use of the software. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +The following 2-clause BSD License library is used in this +USGS product: + + PETSc, the Portable, Extensible Toolkit for Scientific + Computation Library + Copyright (c) 1991-2021, UChicago Argonne, LLC + and the PETSc Development Team All rights reserved. + (https://petsc.org/release/) + +MODFLOW 6 compiler options: -cpp -I src/libmf6core.a.p -I src -I ../src -I +src/libmf6_external.a.p -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/include -I +/home/mreno/.clone/external/petsc/include -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/lib -I +/home/mreno/miniconda3/envs/modflow6/include -I -fdiagnostics-color=always +-imultiarch x86_64-linux-gnu -D _FILE_OFFSET_BITS=64 -D __linux__ -D +__WITH_PETSC__ -D __WITH_MPI__ -D __WITH_NETCDF__ -mtune=generic +-march=x86-64 -g -O2 -Wall -Wpedantic -Wcharacter-truncation +-Wno-unused-dummy-argument -Wno-intrinsic-shadow -Wno-maybe-uninitialized +-Wno-uninitialized -std=f2008 -fall-intrinsics -fbacktrace -fcheck=all +-ffpe-trap=overflow,zero,invalid -ffpe-summary=overflow +-ffpe-trap=overflow,zero,invalid -fPIC -J src/libmf6core.a.p +-fpre-include=/usr/include/finclude/math-vector-fortran.h + +System command used to initiate simulation: +/home/mreno/.clone/usgs/w/netcdf/2/modflow6/bin/mf6 + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/RCH/DIS + + + NPF -- NODE PROPERTY FLOW PACKAGE, VERSION 1, 3/30/2015 INPUT READ FROM MEMPATH: __INPUT__/RCH/NPF + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 2 + NROW = 4 + NCOL = 5 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + IDOMAIN set from input file + End Setting Discretization Griddata + + + The specified IDOMAIN results in a reduced number of cells. + Number of user nodes: 40 + Number of nodes in solution: 21 + + + Setting NPF Options + Cell-by-cell flow information will be saved to binary file whenever ICBCFL is not zero. + End Setting NPF Options + + Setting NPF Griddata + ICELLTYPE set from input file + K set from input file + K33 not provided. Setting K33 = K. + K22 not provided. Setting K22 = K. + End Setting NPF Griddata + + + RCH -- RCH PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/RCH/RCHA_0 + + PROCESSING RCH BASE OPTIONS + RCH FLOWS WILL BE PRINTED TO LISTING FILE. + END OF RCH BASE OPTIONS + + PROCESSING RCHA OPTIONS + RECHARGE INPUT WILL BE READ AS ARRAY(S). + END OF RCHA OPTIONS + + CHD -- CHD PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/RCH/CHD_0 + + PROCESSING CHD BASE OPTIONS + END OF CHD BASE OPTIONS + + PROCESSING CHD BASE DIMENSIONS + MAXBOUND = 1 + END OF CHD BASE DIMENSIONS + + IC -- INITIAL CONDITIONS PACKAGE, VERSION 8, 3/28/2015 INPUT READ FROM UNIT 1003 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:10:24. + PROCESSING GRIDDATA + + INITIAL HEAD = 100.0000 + END PROCESSING GRIDDATA + BINARY GRID INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1008 + FILE NAME: rch.nc.grb + + OPENED rch.nc.grb + FILE TYPE:DATA(BINARY) UNIT 1008 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:10:24. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1009 + FILE NAME: rch.cbc + + OPENED rch.cbc + FILE TYPE:DATA(BINARY) UNIT 1009 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + HEAD INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1010 + FILE NAME: rch.hds + + OPENED rch.hds + FILE TYPE:DATA(BINARY) UNIT 1010 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + ALL TIME STEPS WILL BE SAVED + ALL TIME STEPS WILL BE SAVED + ALL TIME STEPS WILL BE PRINTED + ALL TIME STEPS WILL BE PRINTED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + + SLN_1 INNER ITERATION SUMMARY + -------------------------------------------------------------------------------------------------------------------------------------- + TOTAL OUTER INNER MAXIMUM + ITERATION ITERATION ITERATION MAXIMUM CHANGE MAXIMUM CHANGE MODEL-(CELLID) RESIDUAL MAXIMUM RESIDUAL MODEL-(CELLID) + -------------------------------------------------------------------------------------------------------------------------------------- + 1 1 1 502.80949 1_GWF-(1,3,3) -3.1080829 1_GWF-(2,3,2) + 2 1 2 21.395628 1_GWF-(1,2,3) -0.25310353 1_GWF-(2,3,3) + 3 1 3 2.5239279 1_GWF-(1,3,3) -3.43324668E-02 1_GWF-(2,2,3) + 4 1 4 -0.69758972 1_GWF-(1,2,3) -3.70113883E-03 1_GWF-(1,3,3) + 5 1 5 7.99908961E-02 1_GWF-(1,3,3) -9.50901370E-05 1_GWF-(2,2,3) + 6 1 6 -1.66550535E-03 1_GWF-(1,3,3) -8.63059126E-06 1_GWF-(1,3,3) + 7 1 7 1.64469559E-04 1_GWF-(1,3,3) 8.91964544E-08 1_GWF-(1,3,3) + 8 1 8 -1.29162721E-06 1_GWF-(1,3,3) 3.96607837E-09 1_GWF-(1,3,3) + 9 1 9 -4.96159813E-09 1_GWF-(1,3,3) -1.23655123E-10 1_GWF-(2,4,4) + 10 1 10 2.32823912E-10 1_GWF-(1,2,3) -2.42451408E-10 1_GWF-(2,4,4) + 11 2 1 -2.20952007E-12 1_GWF-(1,2,3) -2.41277922E-10 1_GWF-(2,4,4) + -------------------------------------------------------------------------------------------------------------------------------------- + + + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING RCHA IN MODEL RCH PACKAGE RCH CONNECTED TO MODEL RCH PACKAGE RCHA_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING CHD IN MODEL RCH PACKAGE RCH CONNECTED TO MODEL RCH PACKAGE CHD_0 ON UNIT 1009 AT TIME STEP 1, STRESS PERIOD 1 + + RCHA PACKAGE (RCHA_0) FLOW RATES PERIOD 1 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (2,1,1) 0.0000000 + 7 (2,2,2) 7.0000000 + 8 (1,2,3) 8.0000000 + 12 (2,3,2) 12.000000 + 13 (1,3,3) 13.000000 + 14 (2,3,4) 14.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 2 3 4 5 + ................................................................................ + 1 1.000000E+30 1.000000E+30 1.000000E+30 1.000000E+30 1.000000E+30 + 2 1.000000E+30 1.000000E+30 626.043 1.000000E+30 1.000000E+30 + 3 1.000000E+30 1.000000E+30 626.093 1.000000E+30 1.000000E+30 + 4 1.000000E+30 1.000000E+30 1.000000E+30 1.000000E+30 1.000000E+30 +1 + HEAD IN LAYER 2 AT END OF TIME STEP 1 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 2 3 4 5 + ................................................................................ + 1 100.000 100.538 100.810 100.902 100.993 + 2 100.542 100.804 100.990 1.000000E+30 101.085 + 3 100.822 101.006 101.146 101.263 101.177 + 4 100.917 101.013 101.115 101.187 101.182 + + HEAD WILL BE SAVED ON UNIT 1010 AT END OF TIME STEP 1, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + RCHA = 54.0000 RCHA = 54.0000 RCHA_0 + CHD = 0.0000 CHD = 0.0000 CHD_0 + + TOTAL IN = 54.0000 TOTAL IN = 54.0000 + + OUT: OUT: + ---- ---- + RCHA = 0.0000 RCHA = 0.0000 RCHA_0 + CHD = 54.0000 CHD = 54.0000 CHD_0 + + TOTAL OUT = 54.0000 TOTAL OUT = 54.0000 + + IN - OUT = 1.1270E-09 IN - OUT = 1.1270E-09 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + + +end timestep + diff --git a/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model_nc[0-rch03]0/rch.nam b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model_nc[0-rch03]0/rch.nam new file mode 100644 index 000000000..0b2888dfb --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model_nc[0-rch03]0/rch.nam @@ -0,0 +1,14 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:10:24. +BEGIN options + SAVE_FLOWS +END options + +BEGIN packages + DIS6 rch.nc dis + IC6 rch.ic ic + NPF6 rch.nc npf + CHD6 rch.nc chd_0 + RCH6 rch.nc rcha_0 + OC6 rch.oc oc +END packages + diff --git a/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model_nc[0-rch03]0/rch.nc b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model_nc[0-rch03]0/rch.nc new file mode 100644 index 000000000..77635ad55 Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model_nc[0-rch03]0/rch.nc differ diff --git a/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model_nc[0-rch03]0/rch.nc.grb b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model_nc[0-rch03]0/rch.nc.grb new file mode 100644 index 000000000..77a93c282 Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model_nc[0-rch03]0/rch.nc.grb differ diff --git a/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model_nc[0-rch03]0/rch.nc.out b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model_nc[0-rch03]0/rch.nc.out new file mode 100644 index 000000000..7cb845886 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model_nc[0-rch03]0/rch.nc.out @@ -0,0 +1,218 @@ +netcdf rch { +dimensions: + LINELENGTH = 300 ; + LENAUXNAME = 16 ; + LENBOUNDNAME = 40 ; + NPER = 1 ; + NLAY = 2 ; + NROW = 4 ; + NCOL = 5 ; + NCPL = 20 ; + NCELLDIM = 3 ; + dim_chd_0_maxbound = 1 ; + dim_chd_0_niper = 1 ; + dim_rcha_0_naux = 2 ; + dim_rcha_0_niper = 1 ; +variables: + int dis_nlay ; + dis_nlay:mf6_input = "DIS6:RCH/DIS/NLAY" ; + int dis_nrow ; + dis_nrow:mf6_input = "DIS6:RCH/DIS/NROW" ; + int dis_ncol ; + dis_ncol:mf6_input = "DIS6:RCH/DIS/NCOL" ; + double dis_delr(NCOL) ; + dis_delr:_FillValue = 3.e+30 ; + dis_delr:mf6_input = "DIS6:RCH/DIS/DELR" ; + double dis_delc(NROW) ; + dis_delc:_FillValue = 3.e+30 ; + dis_delc:mf6_input = "DIS6:RCH/DIS/DELC" ; + double dis_top(NROW, NCOL) ; + dis_top:_FillValue = 3.e+30 ; + dis_top:mf6_input = "DIS6:RCH/DIS/TOP" ; + double dis_botm(NLAY, NROW, NCOL) ; + dis_botm:_FillValue = 3.e+30 ; + dis_botm:mf6_input = "DIS6:RCH/DIS/BOTM" ; + int dis_idomain(NLAY, NROW, NCOL) ; + dis_idomain:_FillValue = -2147483647 ; + dis_idomain:mf6_input = "DIS6:RCH/DIS/IDOMAIN" ; + double ic_strt(NLAY, NROW, NCOL) ; + ic_strt:_FillValue = 3.e+30 ; + ic_strt:mf6_input = "IC6:RCH/IC/STRT" ; + ic_strt:_Storage = "chunked" ; + ic_strt:_ChunkSizes = 2, 4, 5 ; + ic_strt:_DeflateLevel = 4 ; + ic_strt:_Shuffle = "true" ; + ic_strt:_Endianness = "little" ; + int npf_save_flows ; + npf_save_flows:mf6_input = "NPF6:RCH/NPF/SAVE_FLOWS" ; + int npf_icelltype(NLAY, NROW, NCOL) ; + npf_icelltype:_FillValue = -2147483647 ; + npf_icelltype:mf6_input = "NPF6:RCH/NPF/ICELLTYPE" ; + double npf_k(NLAY, NROW, NCOL) ; + npf_k:_FillValue = 3.e+30 ; + npf_k:mf6_input = "NPF6:RCH/NPF/K" ; + int chd_0_maxbound ; + chd_0_maxbound:mf6_input = "CHD6:RCH/CHD_0/MAXBOUND" ; + int chd_0_iper(dim_chd_0_niper) ; + chd_0_iper:mf6_input = "CHD6:RCH/CHD_0/IPER" ; + int chd_0_cellid(dim_chd_0_niper, dim_chd_0_maxbound, NCELLDIM) ; + chd_0_cellid:_FillValue = -2147483647 ; + chd_0_cellid:mf6_input = "CHD6:RCH/CHD_0/CELLID" ; + double chd_0_head(dim_chd_0_niper, dim_chd_0_maxbound) ; + chd_0_head:_FillValue = 3.e+30 ; + chd_0_head:mf6_input = "CHD6:RCH/CHD_0/HEAD" ; + int rcha_0_readasarrays ; + rcha_0_readasarrays:mf6_input = "RCHA6:RCH/RCHA_0/READASARRAYS" ; + char rcha_0_auxiliary(dim_rcha_0_naux, LENAUXNAME) ; + rcha_0_auxiliary:_Encoding = "ascii" ; + rcha_0_auxiliary:mf6_input = "RCHA6:RCH/RCHA_0/AUXILIARY" ; + rcha_0_auxiliary:_Storage = "chunked" ; + rcha_0_auxiliary:_ChunkSizes = 2, 16 ; + rcha_0_auxiliary:_DeflateLevel = 4 ; + rcha_0_auxiliary:_Shuffle = "true" ; + int rcha_0_print_flows ; + rcha_0_print_flows:mf6_input = "RCHA6:RCH/RCHA_0/PRINT_FLOWS" ; + int rcha_0_irch(dim_rcha_0_niper, NROW, NCOL) ; + rcha_0_irch:_FillValue = -2147483647 ; + rcha_0_irch:mf6_iper = 1 ; + rcha_0_irch:mf6_input = "RCHA6:RCH/RCHA_0/IRCH" ; + rcha_0_irch:_Storage = "chunked" ; + rcha_0_irch:_ChunkSizes = 1, 4, 5 ; + rcha_0_irch:_DeflateLevel = 4 ; + rcha_0_irch:_Shuffle = "true" ; + rcha_0_irch:_Endianness = "little" ; + double rcha_0_aux(dim_rcha_0_niper, dim_rcha_0_naux, NROW, NCOL) ; + rcha_0_aux:_FillValue = 3.e+30 ; + rcha_0_aux:mf6_iper = 1 ; + rcha_0_aux:mf6_input = "RCHA6:RCH/RCHA_0/AUX" ; + rcha_0_aux:_Storage = "chunked" ; + rcha_0_aux:_ChunkSizes = 1, 2, 4, 5 ; + rcha_0_aux:_DeflateLevel = 4 ; + rcha_0_aux:_Shuffle = "true" ; + rcha_0_aux:_Endianness = "little" ; + int rcha_0_iper(dim_rcha_0_niper) ; + rcha_0_iper:mf6_input = "RCHA6:RCH/RCHA_0/IPER" ; + double rcha_0_recharge(dim_rcha_0_niper, NROW, NCOL) ; + rcha_0_recharge:_FillValue = 3.e+30 ; + rcha_0_recharge:mf6_input = "RCHA6:RCH/RCHA_0/RECHARGE" ; + rcha_0_recharge:mf6_iper = 1 ; + +// global attributes: + :description = "MODFLOW 6 NetCDF4 file prototype" ; + :history = "Created Mon Oct 30 09:10:24 2023" ; + :source = "mf6netcdf4.py" ; + :mf6_modeltype = "GWF6" ; + :mf6_modelname = "RCH" ; + :Conventions = "CF-1.8" ; +data: + + dis_nlay = 2 ; + + dis_nrow = 4 ; + + dis_ncol = 5 ; + + dis_delr = 1, 1, 1, 1, 1 ; + + dis_delc = 1, 1, 1, 1 ; + + dis_top = + 100, 100, 100, 100, 100, + 100, 100, 100, 100, 100, + 100, 100, 100, 100, 100, + 100, 100, 100, 100, 100 ; + + dis_botm = + 50, 50, 50, 50, 50, + 50, 50, 50, 50, 50, + 50, 50, 50, 50, 50, + 50, 50, 50, 50, 50, + 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0 ; + + dis_idomain = + 0, 0, 0, 0, 0, + 0, -1, 1, -1, 0, + 0, -1, 1, -1, 0, + 0, 0, 0, 0, 0, + 1, 1, 1, 1, 1, + 1, 1, 1, -1, 1, + 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1 ; + + ic_strt = + 100, 100, 100, 100, 100, + 100, 100, 100, 100, 100, + 100, 100, 100, 100, 100, + 100, 100, 100, 100, 100, + 100, 100, 100, 100, 100, + 100, 100, 100, 100, 100, + 100, 100, 100, 100, 100, + 100, 100, 100, 100, 100 ; + + npf_save_flows = 1 ; + + npf_icelltype = + 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0 ; + + npf_k = + 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1 ; + + chd_0_maxbound = 1 ; + + chd_0_iper = 1 ; + + chd_0_cellid = + 2, 1, 1 ; + + chd_0_head = + 100 ; + + rcha_0_readasarrays = 1 ; + + rcha_0_auxiliary = + "one ", + "two " ; + + rcha_0_print_flows = 1 ; + + rcha_0_iper = 1 ; + + rcha_0_irch = + 2, 1, 1, 1, 1, + 1, 2, 1, 2, 1, + 1, 2, 1, 2, 1, + 1, 1, 1, 1, 1 ; + + rcha_0_recharge = + 2, 4, 6, 8, 10, + 12, 14, 16, 18, 20, + 22, 24, 26, 28, 30, + 32, 34, 36, 38, 40 ; + + rcha_0_aux = + 3, 1, 3, 4, 5, + 6, 37, 8, 9, 10, + 11, 112, 13, 14, 15, + 16, 117, 18, 19, 20, + 8, 44, 6, 8, 10, + 12, 94, 16, 18, 20, + 22, 24, 26, 28, 30, + 32, 34, 36, 38, 40 ; +} diff --git a/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model_nc[0-rch03]0/rch.oc b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model_nc[0-rch03]0/rch.oc new file mode 100644 index 000000000..72c02738a --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model_nc[0-rch03]0/rch.oc @@ -0,0 +1,14 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:10:24. +BEGIN options + BUDGET FILEOUT rch.cbc + HEAD FILEOUT rch.hds + HEAD PRINT_FORMAT COLUMNS 10 WIDTH 15 DIGITS 6 GENERAL +END options + +BEGIN period 1 + SAVE HEAD ALL + SAVE BUDGET ALL + PRINT HEAD ALL + PRINT BUDGET ALL +END period 1 + diff --git a/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model_nc[0-rch03]0/rch.outer.ims.csv b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model_nc[0-rch03]0/rch.outer.ims.csv new file mode 100644 index 000000000..ddf743c56 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model_nc[0-rch03]0/rch.outer.ims.csv @@ -0,0 +1,3 @@ +total_inner_iterations,totim,kper,kstp,nouter,inner_iterations,solution_outer_dvmax,solution_outer_dvmax_model,solution_outer_dvmax_package,solution_outer_dvmax_node +10,1.0000000000000000,1,1,1,10,526.09314739476588,1,,13 +11,1.0000000000000000,1,1,2,1,-0.21600499167107046E-11,1,,13 diff --git a/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model_nc[0-rch03]0/rch.tdis b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model_nc[0-rch03]0/rch.tdis new file mode 100644 index 000000000..515bc9afe --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwf_rch03/test_mf6model_nc[0-rch03]0/rch.tdis @@ -0,0 +1,13 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:10:24. +BEGIN options + TIME_UNITS days +END options + +BEGIN dimensions + NPER 1 +END dimensions + +BEGIN perioddata + 1.00000000 1 1.00000000 +END perioddata + diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwf_mst03.cbc b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwf_mst03.cbc new file mode 100644 index 000000000..e69de29bb diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwf_mst03.dis b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwf_mst03.dis new file mode 100644 index 000000000..52db58c6b --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwf_mst03.dis @@ -0,0 +1,23 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. +BEGIN options +END options + +BEGIN dimensions + NLAY 1 + NROW 1 + NCOL 1 +END dimensions + +BEGIN griddata + delr + CONSTANT 10.00000000 + delc + CONSTANT 10.00000000 + top + CONSTANT 10.00000000 + botm + CONSTANT 0.00000000 + idomain + CONSTANT 1 +END griddata + diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwf_mst03.dis.grb b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwf_mst03.dis.grb new file mode 100644 index 000000000..4602d2735 Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwf_mst03.dis.grb differ diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwf_mst03.hds b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwf_mst03.hds new file mode 100644 index 000000000..638f202b0 Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwf_mst03.hds differ diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwf_mst03.ic b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwf_mst03.ic new file mode 100644 index 000000000..99a72ffd9 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwf_mst03.ic @@ -0,0 +1,6 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. +BEGIN griddata + strt + CONSTANT 10.00000000 +END griddata + diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwf_mst03.ims b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwf_mst03.ims new file mode 100644 index 000000000..81a18f43b --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwf_mst03.ims @@ -0,0 +1,22 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. +BEGIN options + PRINT_OPTION summary +END options + +BEGIN nonlinear + OUTER_DVCLOSE 1.00000000E-06 + OUTER_MAXIMUM 100 + UNDER_RELAXATION dbd + UNDER_RELAXATION_THETA 0.70000000 +END nonlinear + +BEGIN linear + INNER_MAXIMUM 300 + INNER_DVCLOSE 1.00000000E-06 + inner_rclose 1.00000000E-06 + LINEAR_ACCELERATION bicgstab + RELAXATION_FACTOR 0.97000000 + SCALING_METHOD none + REORDERING_METHOD none +END linear + diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwf_mst03.lst b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwf_mst03.lst new file mode 100644 index 000000000..d6ee3ee5d --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwf_mst03.lst @@ -0,0 +1,2012 @@ + MODFLOW 6 PROFESSIONAL + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + GROUNDWATER FLOW MODEL (GWF) + VERSION 6.5.0.dev0 (preliminary) 07/13/2023 + ***DEVELOP MODE*** + + MODFLOW 6 compiled Oct 30 2023 08:23:02 with GCC version 11.3.0 + +This software is preliminary or provisional and is subject to +revision. It is being provided to meet the need for timely best +science. The software has not received final approval by the U.S. +Geological Survey (USGS). No warranty, expressed or implied, is made +by the USGS or the U.S. Government as to the functionality of the +software and related material nor shall the fact of release +constitute any such warranty. The software is provided on the +condition that neither the USGS nor the U.S. Government shall be held +liable for any damages resulting from the authorized or unauthorized +use of the software. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +The following 2-clause BSD License library is used in this +USGS product: + + PETSc, the Portable, Extensible Toolkit for Scientific + Computation Library + Copyright (c) 1991-2021, UChicago Argonne, LLC + and the PETSc Development Team All rights reserved. + (https://petsc.org/release/) + +MODFLOW 6 compiler options: -cpp -I src/libmf6core.a.p -I src -I ../src -I +src/libmf6_external.a.p -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/include -I +/home/mreno/.clone/external/petsc/include -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/lib -I +/home/mreno/miniconda3/envs/modflow6/include -I -fdiagnostics-color=always +-imultiarch x86_64-linux-gnu -D _FILE_OFFSET_BITS=64 -D __linux__ -D +__WITH_PETSC__ -D __WITH_MPI__ -D __WITH_NETCDF__ -mtune=generic +-march=x86-64 -g -O2 -Wall -Wpedantic -Wcharacter-truncation +-Wno-unused-dummy-argument -Wno-intrinsic-shadow -Wno-maybe-uninitialized +-Wno-uninitialized -std=f2008 -fall-intrinsics -fbacktrace -fcheck=all +-ffpe-trap=overflow,zero,invalid -ffpe-summary=overflow +-ffpe-trap=overflow,zero,invalid -fPIC -J src/libmf6core.a.p +-fpre-include=/usr/include/finclude/math-vector-fortran.h + +System command used to initiate simulation: +/home/mreno/.clone/usgs/w/netcdf/2/modflow6/bin/mf6 + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + NEWTON-RAPHSON method enabled for the model. + NEWTON-RAPHSON UNDER-RELAXATION based on the bottom elevation of the model will be applied to the model. + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/GWF_MST03/DIS + + + NPF -- NODE PROPERTY FLOW PACKAGE, VERSION 1, 3/30/2015 INPUT READ FROM MEMPATH: __INPUT__/GWF_MST03/NPF + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 1 + NROW = 1 + NCOL = 1 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + IDOMAIN set from input file + End Setting Discretization Griddata + + Setting NPF Options + End Setting NPF Options + + Setting NPF Griddata + ICELLTYPE set from input file + K set from input file + K33 set from input file + K22 not provided. Setting K22 = K. + End Setting NPF Griddata + + + WEL -- WEL PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_MST03/WEL-1 + + PROCESSING WEL BASE OPTIONS + LISTS OF WEL CELLS WILL BE PRINTED. + WEL FLOWS WILL BE PRINTED TO LISTING FILE. + END OF WEL BASE OPTIONS + + PROCESSING WEL OPTIONS + END OF WEL OPTIONS + + PROCESSING WEL BASE DIMENSIONS + MAXBOUND = 1 + END OF WEL BASE DIMENSIONS + + IC -- INITIAL CONDITIONS PACKAGE, VERSION 8, 3/28/2015 INPUT READ FROM UNIT 1006 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. + PROCESSING GRIDDATA + + INITIAL HEAD = 10.00000 + END PROCESSING GRIDDATA + + STO -- STORAGE PACKAGE, VERSION 1, 5/19/2014 INPUT READ FROM UNIT 1005 + + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. + PROCESSING STORAGE OPTIONS + END OF STORAGE OPTIONS + PROCESSING GRIDDATA + + ICONVERT = 1 + + SPECIFIC STORAGE = 0.1000000E-09 + + SPECIFIC YIELD = 0.1000000 + END PROCESSING GRIDDATA + BINARY GRID INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1021 + FILE NAME: gwf_mst03.dis.grb + + OPENED gwf_mst03.dis.grb + FILE TYPE:DATA(BINARY) UNIT 1021 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1022 + FILE NAME: gwf_mst03.cbc + + OPENED gwf_mst03.cbc + FILE TYPE:DATA(BINARY) UNIT 1022 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + HEAD INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1023 + FILE NAME: gwf_mst03.hds + + OPENED gwf_mst03.hds + FILE TYPE:DATA(BINARY) UNIT 1023 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + ALL TIME STEPS WILL BE SAVED + ALL TIME STEPS WILL BE PRINTED + ALL TIME STEPS WILL BE PRINTED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + + + PROCESSING STORAGE PERIOD DATA + END PROCESSING STORAGE PERIOD DATA + + + STRESS PERIOD 1 IS TRANSIENT + + -------------------------------------------------------------------- + WEL NO. LAYER ROW COL STRESS RATE CONCENTRATION + -------------------------------------------------------------------- + 1 1 1 1 -25.0000000 0.00000000 + -------------------------------------------------------------------- + + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 1 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) -25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 9.64285 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 1, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 3.5077E-08 STO-SS = 2.4554E-07 STORAGE + STO-SY = 3.5714 STO-SY = 25.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + + TOTAL IN = 3.5714 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 3.5714 WEL = 25.0000 WEL-1 + + TOTAL OUT = 3.5714 TOTAL OUT = 25.0000 + + IN - OUT = 1.0965E-12 IN - OUT = 7.6774E-12 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 12343. 205.71 3.4286 0.14286 3.91122E-04 + TOTAL TIME 12343. 205.71 3.4286 0.14286 3.91122E-04 + + +end timestep + + +start timestep kper="1" kstp="2" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 1 STEP 2 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) -25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 2 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 9.28571 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 2, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 2, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 6.8878E-08 STO-SS = 2.3661E-07 STORAGE + STO-SY = 7.1429 STO-SY = 25.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + + TOTAL IN = 7.1429 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 7.1429 WEL = 25.0000 WEL-1 + + TOTAL OUT = 7.1429 TOTAL OUT = 25.0000 + + IN - OUT = -5.4299E-10 IN - OUT = -3.8086E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 2 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 24686. 411.43 6.8571 0.28571 7.82243E-04 + TOTAL TIME 24686. 411.43 6.8571 0.28571 7.82243E-04 + + +end timestep + + +start timestep kper="1" kstp="3" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 1 STEP 3 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) -25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 3 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 8.92857 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 3, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 3, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 1.0140E-07 STO-SS = 2.2768E-07 STORAGE + STO-SY = 10.7143 STO-SY = 25.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + + TOTAL IN = 10.7143 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 10.7143 WEL = 25.0000 WEL-1 + + TOTAL OUT = 10.7143 TOTAL OUT = 25.0000 + + IN - OUT = -1.0871E-09 IN - OUT = -3.8087E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 3 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 37029. 617.14 10.286 0.42857 1.17336E-03 + TOTAL TIME 37029. 617.14 10.286 0.42857 1.17336E-03 + + +end timestep + + +start timestep kper="1" kstp="4" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 1 STEP 4 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) -25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 4 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 8.57143 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 4, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 4, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 1.3265E-07 STO-SS = 2.1875E-07 STORAGE + STO-SY = 14.2857 STO-SY = 25.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + + TOTAL IN = 14.2857 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 14.2857 WEL = 25.0000 WEL-1 + + TOTAL OUT = 14.2857 TOTAL OUT = 25.0000 + + IN - OUT = -1.6312E-09 IN - OUT = -3.8086E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 4 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 49371. 822.86 13.714 0.57143 1.56449E-03 + TOTAL TIME 49371. 822.86 13.714 0.57143 1.56449E-03 + + +end timestep + + +start timestep kper="1" kstp="5" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 1 STEP 5 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) -25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 5 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 8.21428 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 5, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 5, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 1.6263E-07 STO-SS = 2.0982E-07 STORAGE + STO-SY = 17.8571 STO-SY = 25.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + + TOTAL IN = 17.8571 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 17.8571 WEL = 25.0000 WEL-1 + + TOTAL OUT = 17.8571 TOTAL OUT = 25.0000 + + IN - OUT = -2.1753E-09 IN - OUT = -3.8087E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 5 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 61714. 1028.6 17.143 0.71429 1.95561E-03 + TOTAL TIME 61714. 1028.6 17.143 0.71429 1.95561E-03 + + +end timestep + + +start timestep kper="1" kstp="6" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 1 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) -25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 7.85714 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 1.9133E-07 STO-SS = 2.0089E-07 STORAGE + STO-SY = 21.4286 STO-SY = 25.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + + TOTAL IN = 21.4286 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 21.4286 WEL = 25.0000 WEL-1 + + TOTAL OUT = 21.4286 TOTAL OUT = 25.0000 + + IN - OUT = -2.7194E-09 IN - OUT = -3.8088E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 74057. 1234.3 20.571 0.85714 2.34673E-03 + TOTAL TIME 74057. 1234.3 20.571 0.85714 2.34673E-03 + + +end timestep + + +start timestep kper="1" kstp="7" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 1 STEP 7 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) -25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 7 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 7.50000 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 7, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 7, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 2.1875E-07 STO-SS = 1.9196E-07 STORAGE + STO-SY = 25.0000 STO-SY = 25.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + + TOTAL IN = 25.0000 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 25.0000 WEL = 25.0000 WEL-1 + + TOTAL OUT = 25.0000 TOTAL OUT = 25.0000 + + IN - OUT = -3.2635E-09 IN - OUT = -3.8087E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 7 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + + +end timestep + + +start timestep kper="1" kstp="8" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 1 STEP 8 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) -25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 8 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 7.14286 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 8, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 8, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 2.4490E-07 STO-SS = 1.8304E-07 STORAGE + STO-SY = 28.5714 STO-SY = 25.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + + TOTAL IN = 28.5714 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 28.5714 WEL = 25.0000 WEL-1 + + TOTAL OUT = 28.5714 TOTAL OUT = 25.0000 + + IN - OUT = -3.8076E-09 IN - OUT = -3.8087E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 8 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 98743. 1645.7 27.429 1.1429 3.12897E-03 + TOTAL TIME 98743. 1645.7 27.429 1.1429 3.12897E-03 + + +end timestep + + +start timestep kper="1" kstp="9" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 1 STEP 9 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) -25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 9 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 6.78571 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 9, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 9, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 2.6977E-07 STO-SS = 1.7411E-07 STORAGE + STO-SY = 32.1429 STO-SY = 25.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + + TOTAL IN = 32.1429 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 32.1429 WEL = 25.0000 WEL-1 + + TOTAL OUT = 32.1429 TOTAL OUT = 25.0000 + + IN - OUT = -4.3517E-09 IN - OUT = -3.8087E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 9 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.11086E+05 1851.4 30.857 1.2857 3.52009E-03 + TOTAL TIME 1.11086E+05 1851.4 30.857 1.2857 3.52009E-03 + + +end timestep + + +start timestep kper="1" kstp="10" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 1 STEP 10 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) -25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 10 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 6.42857 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 10, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 10, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 2.9337E-07 STO-SS = 1.6518E-07 STORAGE + STO-SY = 35.7143 STO-SY = 25.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + + TOTAL IN = 35.7143 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 35.7143 WEL = 25.0000 WEL-1 + + TOTAL OUT = 35.7143 TOTAL OUT = 25.0000 + + IN - OUT = -4.8958E-09 IN - OUT = -3.8088E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 10 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.23429E+05 2057.1 34.286 1.4286 3.91122E-03 + TOTAL TIME 1.23429E+05 2057.1 34.286 1.4286 3.91122E-03 + + +end timestep + + +start timestep kper="1" kstp="11" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 1 STEP 11 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) -25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 11 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 6.07143 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 11, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 11, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 3.1569E-07 STO-SS = 1.5625E-07 STORAGE + STO-SY = 39.2857 STO-SY = 25.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + + TOTAL IN = 39.2857 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 39.2857 WEL = 25.0000 WEL-1 + + TOTAL OUT = 39.2857 TOTAL OUT = 25.0000 + + IN - OUT = -5.4399E-09 IN - OUT = -3.8087E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 11 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.35771E+05 2262.9 37.714 1.5714 4.30234E-03 + TOTAL TIME 1.35771E+05 2262.9 37.714 1.5714 4.30234E-03 + + +end timestep + + +start timestep kper="1" kstp="12" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 1 STEP 12 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) -25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 12 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 5.71429 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 12, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 12, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 3.3673E-07 STO-SS = 1.4732E-07 STORAGE + STO-SY = 42.8571 STO-SY = 25.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + + TOTAL IN = 42.8571 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 42.8571 WEL = 25.0000 WEL-1 + + TOTAL OUT = 42.8571 TOTAL OUT = 25.0000 + + IN - OUT = -5.9840E-09 IN - OUT = -3.8086E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 12 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.48114E+05 2468.6 41.143 1.7143 4.69346E-03 + TOTAL TIME 1.48114E+05 2468.6 41.143 1.7143 4.69346E-03 + + +end timestep + + +start timestep kper="1" kstp="13" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 1 STEP 13 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) -25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 13 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 5.35714 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 13, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 13, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 3.5651E-07 STO-SS = 1.3839E-07 STORAGE + STO-SY = 46.4286 STO-SY = 25.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + + TOTAL IN = 46.4286 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 46.4286 WEL = 25.0000 WEL-1 + + TOTAL OUT = 46.4286 TOTAL OUT = 25.0000 + + IN - OUT = -6.5281E-09 IN - OUT = -3.8088E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 13 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.60457E+05 2674.3 44.571 1.8571 5.08458E-03 + TOTAL TIME 1.60457E+05 2674.3 44.571 1.8571 5.08458E-03 + + +end timestep + + +start timestep kper="1" kstp="14" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 1 STEP 14 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) -25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 14 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 5.00000 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 14, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 14, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 3.7500E-07 STO-SS = 1.2946E-07 STORAGE + STO-SY = 50.0000 STO-SY = 25.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + + TOTAL IN = 50.0000 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 50.0000 WEL = 25.0000 WEL-1 + + TOTAL OUT = 50.0000 TOTAL OUT = 25.0000 + + IN - OUT = -7.0722E-09 IN - OUT = -3.8088E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 14 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + TOTAL TIME 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + + +end timestep + + +start timestep kper="2" kstp="1" mode="normal" + + + END OF FILE DETECTED IN OUTPUT CONTROL. + CURRENT OUTPUT CONTROL SETTINGS WILL BE + REPEATED UNTIL THE END OF THE SIMULATION. + + OUTPUT CONTROL FOR STRESS PERIOD 2 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 2 IS TRANSIENT + + -------------------------------------------------------------------- + WEL NO. LAYER ROW COL STRESS RATE CONCENTRATION + -------------------------------------------------------------------- + 1 1 1 1 25.0000000 0.00000000 + -------------------------------------------------------------------- + + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 2 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) 25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 5.35714 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 1, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 3.7500E-07 STO-SS = 0.0000 STORAGE + STO-SY = 50.0000 STO-SY = 0.0000 STORAGE + WEL = 3.5714 WEL = 25.0000 WEL-1 + + TOTAL IN = 53.5714 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 1.8495E-08 STO-SS = 1.2946E-07 STORAGE + STO-SY = 3.5714 STO-SY = 25.0000 STORAGE + WEL = 50.0000 WEL = 0.0000 WEL-1 + + TOTAL OUT = 53.5714 TOTAL OUT = 25.0000 + + IN - OUT = -7.6163E-09 IN - OUT = -3.8087E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 12343. 205.71 3.4286 0.14286 3.91122E-04 + TOTAL TIME 1.85143E+05 3085.7 51.429 2.1429 5.86682E-03 + + +end timestep + + +start timestep kper="2" kstp="2" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 2 STEP 2 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) 25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 2 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 5.71429 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 2, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 2, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 3.7500E-07 STO-SS = 0.0000 STORAGE + STO-SY = 50.0000 STO-SY = 0.0000 STORAGE + WEL = 7.1429 WEL = 25.0000 WEL-1 + + TOTAL IN = 57.1429 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 3.8265E-08 STO-SS = 1.3839E-07 STORAGE + STO-SY = 7.1429 STO-SY = 25.0000 STORAGE + WEL = 50.0000 WEL = 0.0000 WEL-1 + + TOTAL OUT = 57.1429 TOTAL OUT = 25.0000 + + IN - OUT = -8.1604E-09 IN - OUT = -3.8088E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 2 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 24686. 411.43 6.8571 0.28571 7.82243E-04 + TOTAL TIME 1.97486E+05 3291.4 54.857 2.2857 6.25794E-03 + + +end timestep + + +start timestep kper="2" kstp="3" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 2 STEP 3 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) 25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 3 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 6.07143 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 3, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 3, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 3.7500E-07 STO-SS = 0.0000 STORAGE + STO-SY = 50.0000 STO-SY = 0.0000 STORAGE + WEL = 10.7143 WEL = 25.0000 WEL-1 + + TOTAL IN = 60.7143 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 5.9311E-08 STO-SS = 1.4732E-07 STORAGE + STO-SY = 10.7143 STO-SY = 25.0000 STORAGE + WEL = 50.0000 WEL = 0.0000 WEL-1 + + TOTAL OUT = 60.7143 TOTAL OUT = 25.0000 + + IN - OUT = -8.7045E-09 IN - OUT = -3.8087E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 3 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 37029. 617.14 10.286 0.42857 1.17336E-03 + TOTAL TIME 2.09829E+05 3497.1 58.286 2.4286 6.64907E-03 + + +end timestep + + +start timestep kper="2" kstp="4" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 2 STEP 4 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) 25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 4 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 6.42857 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 4, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 4, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 3.7500E-07 STO-SS = 0.0000 STORAGE + STO-SY = 50.0000 STO-SY = 0.0000 STORAGE + WEL = 14.2857 WEL = 25.0000 WEL-1 + + TOTAL IN = 64.2857 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 8.1633E-08 STO-SS = 1.5625E-07 STORAGE + STO-SY = 14.2857 STO-SY = 25.0000 STORAGE + WEL = 50.0000 WEL = 0.0000 WEL-1 + + TOTAL OUT = 64.2857 TOTAL OUT = 25.0000 + + IN - OUT = -9.2486E-09 IN - OUT = -3.8088E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 4 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 49371. 822.86 13.714 0.57143 1.56449E-03 + TOTAL TIME 2.22171E+05 3702.9 61.714 2.5714 7.04019E-03 + + +end timestep + + +start timestep kper="2" kstp="5" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 2 STEP 5 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) 25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 5 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 6.78571 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 5, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 5, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 3.7500E-07 STO-SS = 0.0000 STORAGE + STO-SY = 50.0000 STO-SY = 0.0000 STORAGE + WEL = 17.8571 WEL = 25.0000 WEL-1 + + TOTAL IN = 67.8571 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 1.0523E-07 STO-SS = 1.6518E-07 STORAGE + STO-SY = 17.8571 STO-SY = 25.0000 STORAGE + WEL = 50.0000 WEL = 0.0000 WEL-1 + + TOTAL OUT = 67.8571 TOTAL OUT = 25.0000 + + IN - OUT = -9.7927E-09 IN - OUT = -3.8087E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 5 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 61714. 1028.6 17.143 0.71429 1.95561E-03 + TOTAL TIME 2.34514E+05 3908.6 65.143 2.7143 7.43131E-03 + + +end timestep + + +start timestep kper="2" kstp="6" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 2 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) 25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 7.14286 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 6, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 3.7500E-07 STO-SS = 0.0000 STORAGE + STO-SY = 50.0000 STO-SY = 0.0000 STORAGE + WEL = 21.4286 WEL = 25.0000 WEL-1 + + TOTAL IN = 71.4286 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 1.3010E-07 STO-SS = 1.7411E-07 STORAGE + STO-SY = 21.4286 STO-SY = 25.0000 STORAGE + WEL = 50.0000 WEL = 0.0000 WEL-1 + + TOTAL OUT = 71.4286 TOTAL OUT = 25.0000 + + IN - OUT = -1.0337E-08 IN - OUT = -3.8088E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 74057. 1234.3 20.571 0.85714 2.34673E-03 + TOTAL TIME 2.46857E+05 4114.3 68.571 2.8571 7.82243E-03 + + +end timestep + + +start timestep kper="2" kstp="7" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 2 STEP 7 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) 25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 7 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 7.50000 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 7, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 7, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 3.7500E-07 STO-SS = 0.0000 STORAGE + STO-SY = 50.0000 STO-SY = 0.0000 STORAGE + WEL = 25.0000 WEL = 25.0000 WEL-1 + + TOTAL IN = 75.0000 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 1.5625E-07 STO-SS = 1.8304E-07 STORAGE + STO-SY = 25.0000 STO-SY = 25.0000 STORAGE + WEL = 50.0000 WEL = 0.0000 WEL-1 + + TOTAL OUT = 75.0000 TOTAL OUT = 25.0000 + + IN - OUT = -1.0881E-08 IN - OUT = -3.8087E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 7 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 2.59200E+05 4320.0 72.000 3.0000 8.21355E-03 + + +end timestep + + +start timestep kper="2" kstp="8" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 2 STEP 8 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) 25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 8 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 7.85714 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 8, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 8, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 3.7500E-07 STO-SS = 0.0000 STORAGE + STO-SY = 50.0000 STO-SY = 0.0000 STORAGE + WEL = 28.5714 WEL = 25.0000 WEL-1 + + TOTAL IN = 78.5714 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 1.8367E-07 STO-SS = 1.9196E-07 STORAGE + STO-SY = 28.5714 STO-SY = 25.0000 STORAGE + WEL = 50.0000 WEL = 0.0000 WEL-1 + + TOTAL OUT = 78.5714 TOTAL OUT = 25.0000 + + IN - OUT = -1.1425E-08 IN - OUT = -3.8088E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 8 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 98743. 1645.7 27.429 1.1429 3.12897E-03 + TOTAL TIME 2.71543E+05 4525.7 75.429 3.1429 8.60467E-03 + + +end timestep + + +start timestep kper="2" kstp="9" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 2 STEP 9 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) 25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 9 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 8.21428 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 9, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 9, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 3.7500E-07 STO-SS = 0.0000 STORAGE + STO-SY = 50.0000 STO-SY = 0.0000 STORAGE + WEL = 32.1429 WEL = 25.0000 WEL-1 + + TOTAL IN = 82.1429 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 2.1237E-07 STO-SS = 2.0089E-07 STORAGE + STO-SY = 32.1429 STO-SY = 25.0000 STORAGE + WEL = 50.0000 WEL = 0.0000 WEL-1 + + TOTAL OUT = 82.1429 TOTAL OUT = 25.0000 + + IN - OUT = -1.1969E-08 IN - OUT = -3.8087E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 9 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.11086E+05 1851.4 30.857 1.2857 3.52009E-03 + TOTAL TIME 2.83886E+05 4731.4 78.857 3.2857 8.99580E-03 + + +end timestep + + +start timestep kper="2" kstp="10" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 2 STEP 10 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) 25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 10 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 8.57143 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 10, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 10, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 3.7500E-07 STO-SS = 0.0000 STORAGE + STO-SY = 50.0000 STO-SY = 0.0000 STORAGE + WEL = 35.7143 WEL = 25.0000 WEL-1 + + TOTAL IN = 85.7143 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 2.4235E-07 STO-SS = 2.0982E-07 STORAGE + STO-SY = 35.7143 STO-SY = 25.0000 STORAGE + WEL = 50.0000 WEL = 0.0000 WEL-1 + + TOTAL OUT = 85.7143 TOTAL OUT = 25.0000 + + IN - OUT = -1.2513E-08 IN - OUT = -3.8089E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 10 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.23429E+05 2057.1 34.286 1.4286 3.91122E-03 + TOTAL TIME 2.96229E+05 4937.1 82.286 3.4286 9.38692E-03 + + +end timestep + + +start timestep kper="2" kstp="11" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 2 STEP 11 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) 25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 11 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 8.92857 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 11, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 11, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 3.7500E-07 STO-SS = 0.0000 STORAGE + STO-SY = 50.0000 STO-SY = 0.0000 STORAGE + WEL = 39.2857 WEL = 25.0000 WEL-1 + + TOTAL IN = 89.2857 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 2.7360E-07 STO-SS = 2.1875E-07 STORAGE + STO-SY = 39.2857 STO-SY = 25.0000 STORAGE + WEL = 50.0000 WEL = 0.0000 WEL-1 + + TOTAL OUT = 89.2857 TOTAL OUT = 25.0000 + + IN - OUT = -1.3057E-08 IN - OUT = -3.8087E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 11 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.35771E+05 2262.9 37.714 1.5714 4.30234E-03 + TOTAL TIME 3.08571E+05 5142.9 85.714 3.5714 9.77804E-03 + + +end timestep + + +start timestep kper="2" kstp="12" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 2 STEP 12 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) 25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 12 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 9.28571 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 12, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 12, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 3.7500E-07 STO-SS = 0.0000 STORAGE + STO-SY = 50.0000 STO-SY = 0.0000 STORAGE + WEL = 42.8571 WEL = 25.0000 WEL-1 + + TOTAL IN = 92.8571 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 3.0612E-07 STO-SS = 2.2768E-07 STORAGE + STO-SY = 42.8571 STO-SY = 25.0000 STORAGE + WEL = 50.0000 WEL = 0.0000 WEL-1 + + TOTAL OUT = 92.8571 TOTAL OUT = 25.0000 + + IN - OUT = -1.3601E-08 IN - OUT = -3.8085E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 12 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.48114E+05 2468.6 41.143 1.7143 4.69346E-03 + TOTAL TIME 3.20914E+05 5348.6 89.143 3.7143 1.01692E-02 + + +end timestep + + +start timestep kper="2" kstp="13" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 2 STEP 13 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) 25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 13 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 9.64285 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 13, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 13, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 3.7500E-07 STO-SS = 0.0000 STORAGE + STO-SY = 50.0000 STO-SY = 0.0000 STORAGE + WEL = 46.4286 WEL = 25.0000 WEL-1 + + TOTAL IN = 96.4286 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 3.3992E-07 STO-SS = 2.3661E-07 STORAGE + STO-SY = 46.4286 STO-SY = 25.0000 STORAGE + WEL = 50.0000 WEL = 0.0000 WEL-1 + + TOTAL OUT = 96.4286 TOTAL OUT = 25.0000 + + IN - OUT = -1.4146E-08 IN - OUT = -3.8089E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 13 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.60457E+05 2674.3 44.571 1.8571 5.08458E-03 + TOTAL TIME 3.33257E+05 5554.3 92.571 3.8571 1.05603E-02 + + +end timestep + + +start timestep kper="2" kstp="14" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 2 STEP 14 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) 25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 14 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 10.0000 + + HEAD WILL BE SAVED ON UNIT 1023 AT END OF TIME STEP 14, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 14, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 3.7500E-07 STO-SS = 0.0000 STORAGE + STO-SY = 50.0000 STO-SY = 0.0000 STORAGE + WEL = 50.0000 WEL = 25.0000 WEL-1 + + TOTAL IN = 100.0000 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 3.7500E-07 STO-SS = 2.4554E-07 STORAGE + STO-SY = 50.0000 STO-SY = 25.0000 STORAGE + WEL = 50.0000 WEL = 0.0000 WEL-1 + + TOTAL OUT = 100.0000 TOTAL OUT = 25.0000 + + IN - OUT = 1.8599E-07 IN - OUT = 1.4009E-06 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 14 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + TOTAL TIME 3.45600E+05 5760.0 96.000 4.0000 1.09514E-02 + + +end timestep + diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwf_mst03.nam b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwf_mst03.nam new file mode 100644 index 000000000..a5c225138 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwf_mst03.nam @@ -0,0 +1,14 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. +BEGIN options + NEWTON UNDER_RELAXATION +END options + +BEGIN packages + DIS6 gwf_mst03.dis dis + IC6 gwf_mst03.ic ic + NPF6 gwf_mst03.npf npf + STO6 gwf_mst03.sto sto + WEL6 gwf_mst03.wel wel-1 + OC6 gwf_mst03.oc oc +END packages + diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwf_mst03.npf b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwf_mst03.npf new file mode 100644 index 000000000..3cff1021c --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwf_mst03.npf @@ -0,0 +1,13 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. +BEGIN options +END options + +BEGIN griddata + icelltype + CONSTANT 1 + k + CONSTANT 1.00000000 + k33 + CONSTANT 1.00000000 +END griddata + diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwf_mst03.oc b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwf_mst03.oc new file mode 100644 index 000000000..f94734111 --- /dev/null +++ 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generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. +BEGIN options + SCHEME upstream +END options + diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwt_mst03.cbc b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwt_mst03.cbc new file mode 100644 index 000000000..e69de29bb diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwt_mst03.dis b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwt_mst03.dis new file mode 100644 index 000000000..52db58c6b --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwt_mst03.dis @@ -0,0 +1,23 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. +BEGIN options +END options + +BEGIN dimensions + NLAY 1 + NROW 1 + NCOL 1 +END dimensions + +BEGIN griddata + delr + CONSTANT 10.00000000 + delc + CONSTANT 10.00000000 + top + CONSTANT 10.00000000 + botm + CONSTANT 0.00000000 + idomain + CONSTANT 1 +END griddata + diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwt_mst03.ic b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwt_mst03.ic new file mode 100644 index 000000000..823465ca0 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwt_mst03.ic @@ -0,0 +1,6 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. +BEGIN griddata + strt + CONSTANT 100.00000000 +END griddata + diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwt_mst03.ims b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwt_mst03.ims new file mode 100644 index 000000000..8815c0905 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwt_mst03.ims @@ -0,0 +1,21 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. +BEGIN options + PRINT_OPTION summary +END options + +BEGIN nonlinear + OUTER_DVCLOSE 1.00000000E-06 + OUTER_MAXIMUM 100 + UNDER_RELAXATION none +END nonlinear + +BEGIN linear + INNER_MAXIMUM 300 + INNER_DVCLOSE 1.00000000E-06 + inner_rclose 1.00000000E-06 + LINEAR_ACCELERATION bicgstab + RELAXATION_FACTOR 0.97000000 + SCALING_METHOD none + REORDERING_METHOD none +END linear + diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwt_mst03.lst b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwt_mst03.lst new file mode 100644 index 000000000..cbeb8301f --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwt_mst03.lst @@ -0,0 +1,1631 @@ + MODFLOW 6 PROFESSIONAL + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + GROUNDWATER TRANSPORT MODEL (GWT) + VERSION 6.5.0.dev0 (preliminary) 07/13/2023 + ***DEVELOP MODE*** + + MODFLOW 6 compiled Oct 30 2023 08:23:02 with GCC version 11.3.0 + +This software is preliminary or provisional and is subject to +revision. It is being provided to meet the need for timely best +science. The software has not received final approval by the U.S. +Geological Survey (USGS). No warranty, expressed or implied, is made +by the USGS or the U.S. Government as to the functionality of the +software and related material nor shall the fact of release +constitute any such warranty. The software is provided on the +condition that neither the USGS nor the U.S. Government shall be held +liable for any damages resulting from the authorized or unauthorized +use of the software. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +The following 2-clause BSD License library is used in this +USGS product: + + PETSc, the Portable, Extensible Toolkit for Scientific + Computation Library + Copyright (c) 1991-2021, UChicago Argonne, LLC + and the PETSc Development Team All rights reserved. + (https://petsc.org/release/) + +MODFLOW 6 compiler options: -cpp -I src/libmf6core.a.p -I src -I ../src -I +src/libmf6_external.a.p -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/include -I +/home/mreno/.clone/external/petsc/include -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/lib -I +/home/mreno/miniconda3/envs/modflow6/include -I -fdiagnostics-color=always +-imultiarch x86_64-linux-gnu -D _FILE_OFFSET_BITS=64 -D __linux__ -D +__WITH_PETSC__ -D __WITH_MPI__ -D __WITH_NETCDF__ -mtune=generic +-march=x86-64 -g -O2 -Wall -Wpedantic -Wcharacter-truncation +-Wno-unused-dummy-argument -Wno-intrinsic-shadow -Wno-maybe-uninitialized +-Wno-uninitialized -std=f2008 -fall-intrinsics -fbacktrace -fcheck=all +-ffpe-trap=overflow,zero,invalid -ffpe-summary=overflow +-ffpe-trap=overflow,zero,invalid -fPIC -J src/libmf6core.a.p +-fpre-include=/usr/include/finclude/math-vector-fortran.h + +System command used to initiate simulation: +/home/mreno/.clone/usgs/w/netcdf/2/modflow6/bin/mf6 + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/GWT_MST03/DIS + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 1 + NROW = 1 + NCOL = 1 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + IDOMAIN set from input file + End Setting Discretization Griddata + + + FMI -- FLOW MODEL INTERFACE,' VERSION 2, 8/17/2023 + FLOWS PROVIDED BY A GWF MODEL IN THIS SIMULATION + + ADV-- ADVECTION PACKAGE, VERSION 1, 8/25/2017 INPUT READ FROM UNIT 1013 + + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. + PROCESSING ADVECTION OPTIONS + ADVECTION WEIGHTING SCHEME HAS BEEN SET TO: UPSTREAM + END OF ADVECTION OPTIONS + + IC -- INITIAL CONDITIONS PACKAGE, VERSION 8, 3/28/2015 INPUT READ FROM UNIT 1011 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. + PROCESSING GRIDDATA + + INITIAL CONCENTRATION = 100.0000 + END PROCESSING GRIDDATA + + MST -- MOBILE STORAGE AND TRANSFER PACKAGE, VERSION 1, 7/29/2020 INPUT READ FROM UNIT 1012 + + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. + PROCESSING MOBILE STORAGE AND TRANSFER OPTIONS + END OF MOBILE STORAGE AND TRANSFER OPTIONS + PROCESSING GRIDDATA + + MOBILE DOMAIN POROSITY = 0.1000000 + END PROCESSING GRIDDATA + + SSM -- SOURCE-SINK MIXING PACKAGE, VERSION 1, 8/25/2017 INPUT READ FROM UNIT 1014 + + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. + PROCESSING SSM OPTIONS + END OF SSM OPTIONS + PROCESSING SOURCES + AUX SOURCE DETECTED. + USING AUX COLUMN 1 IN PACKAGE WEL-1 + END PROCESSING SOURCES + OPTIONAL FILEINPUT BLOCK NOT FOUND. CONTINUING. + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1024 + FILE NAME: gwt_mst03.cbc + + OPENED gwt_mst03.cbc + FILE TYPE:DATA(BINARY) UNIT 1024 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + CONCENTRATION INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1025 + FILE NAME: gwt_mst03.ucn + + OPENED gwt_mst03.ucn + FILE TYPE:DATA(BINARY) UNIT 1025 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + ALL TIME STEPS WILL BE SAVED + ALL TIME STEPS WILL BE PRINTED + ALL TIME STEPS WILL BE PRINTED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 100.000 + + CONCENTRATION WILL BE SAVED ON UNIT 1025 AT END OF TIME STEP 1, STRESS PERIOD 1 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 357.1429 STORAGE-AQUEOUS = 2500.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 357.1429 TOTAL IN = 2500.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 357.1429 WEL = 2500.0000 SSM_WEL-1 + + TOTAL OUT = 357.1429 TOTAL OUT = 2500.0000 + + IN - OUT = 1.0812E-10 IN - OUT = 7.5670E-10 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 12343. 205.71 3.4286 0.14286 3.91122E-04 + TOTAL TIME 12343. 205.71 3.4286 0.14286 3.91122E-04 + + +end timestep + + +start timestep kper="1" kstp="2" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 2 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 100.000 + + CONCENTRATION WILL BE SAVED ON UNIT 1025 AT END OF TIME STEP 2, STRESS PERIOD 1 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 2, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 714.2857 STORAGE-AQUEOUS = 2500.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 714.2857 TOTAL IN = 2500.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 714.2857 WEL = 2500.0000 SSM_WEL-1 + + TOTAL OUT = 714.2857 TOTAL OUT = 2500.0000 + + IN - OUT = 2.5693E-11 IN - OUT = -5.7707E-10 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 2 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 24686. 411.43 6.8571 0.28571 7.82243E-04 + TOTAL TIME 24686. 411.43 6.8571 0.28571 7.82243E-04 + + +end timestep + + +start timestep kper="1" kstp="3" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 3 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 100.000 + + CONCENTRATION WILL BE SAVED ON UNIT 1025 AT END OF TIME STEP 3, STRESS PERIOD 1 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 3, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 1071.4286 STORAGE-AQUEOUS = 2500.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 1071.4286 TOTAL IN = 2500.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 1071.4286 WEL = 2500.0000 SSM_WEL-1 + + TOTAL OUT = 1071.4286 TOTAL OUT = 2500.0000 + + IN - OUT = -5.7526E-11 IN - OUT = -5.8208E-10 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 3 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 37029. 617.14 10.286 0.42857 1.17336E-03 + TOTAL TIME 37029. 617.14 10.286 0.42857 1.17336E-03 + + +end timestep + + +start timestep kper="1" kstp="4" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 4 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 100.000 + + CONCENTRATION WILL BE SAVED ON UNIT 1025 AT END OF TIME STEP 4, STRESS PERIOD 1 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 4, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 1428.5714 STORAGE-AQUEOUS = 2500.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 1428.5714 TOTAL IN = 2500.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 1428.5714 WEL = 2500.0000 SSM_WEL-1 + + TOTAL OUT = 1428.5714 TOTAL OUT = 2500.0000 + + IN - OUT = -1.4006E-10 IN - OUT = -5.7753E-10 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 4 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 49371. 822.86 13.714 0.57143 1.56449E-03 + TOTAL TIME 49371. 822.86 13.714 0.57143 1.56449E-03 + + +end timestep + + +start timestep kper="1" kstp="5" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 5 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 100.000 + + CONCENTRATION WILL BE SAVED ON UNIT 1025 AT END OF TIME STEP 5, STRESS PERIOD 1 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 5, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 1785.7143 STORAGE-AQUEOUS = 2500.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 1785.7143 TOTAL IN = 2500.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 1785.7143 WEL = 2500.0000 SSM_WEL-1 + + TOTAL OUT = 1785.7143 TOTAL OUT = 2500.0000 + + IN - OUT = -2.2283E-10 IN - OUT = -5.7935E-10 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 5 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 61714. 1028.6 17.143 0.71429 1.95561E-03 + TOTAL TIME 61714. 1028.6 17.143 0.71429 1.95561E-03 + + +end timestep + + +start timestep kper="1" kstp="6" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 100.000 + + CONCENTRATION WILL BE SAVED ON UNIT 1025 AT END OF TIME STEP 6, STRESS PERIOD 1 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 2142.8571 STORAGE-AQUEOUS = 2500.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 2142.8571 TOTAL IN = 2500.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 2142.8571 WEL = 2500.0000 SSM_WEL-1 + + TOTAL OUT = 2142.8571 TOTAL OUT = 2500.0000 + + IN - OUT = -3.0650E-10 IN - OUT = -5.8299E-10 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 74057. 1234.3 20.571 0.85714 2.34673E-03 + TOTAL TIME 74057. 1234.3 20.571 0.85714 2.34673E-03 + + +end timestep + + +start timestep kper="1" kstp="7" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 7 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 100.000 + + CONCENTRATION WILL BE SAVED ON UNIT 1025 AT END OF TIME STEP 7, STRESS PERIOD 1 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 7, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 2500.0000 STORAGE-AQUEOUS = 2500.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 2500.0000 TOTAL IN = 2500.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 2500.0000 WEL = 2500.0000 SSM_WEL-1 + + TOTAL OUT = 2500.0000 TOTAL OUT = 2500.0000 + + IN - OUT = -3.8881E-10 IN - OUT = -5.7753E-10 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 7 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + + +end timestep + + +start timestep kper="1" kstp="8" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 8 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 100.000 + + CONCENTRATION WILL BE SAVED ON UNIT 1025 AT END OF TIME STEP 8, STRESS PERIOD 1 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 8, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 2857.1429 STORAGE-AQUEOUS = 2500.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 2857.1429 TOTAL IN = 2500.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 2857.1429 WEL = 2500.0000 SSM_WEL-1 + + TOTAL OUT = 2857.1429 TOTAL OUT = 2500.0000 + + IN - OUT = -4.7112E-10 IN - OUT = -5.7844E-10 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 8 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 98743. 1645.7 27.429 1.1429 3.12897E-03 + TOTAL TIME 98743. 1645.7 27.429 1.1429 3.12897E-03 + + +end timestep + + +start timestep kper="1" kstp="9" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 9 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 100.000 + + CONCENTRATION WILL BE SAVED ON UNIT 1025 AT END OF TIME STEP 9, STRESS PERIOD 1 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 9, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 3214.2857 STORAGE-AQUEOUS = 2500.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 3214.2857 TOTAL IN = 2500.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 3214.2857 WEL = 2500.0000 SSM_WEL-1 + + TOTAL OUT = 3214.2857 TOTAL OUT = 2500.0000 + + IN - OUT = -5.5434E-10 IN - OUT = -5.8390E-10 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 9 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.11086E+05 1851.4 30.857 1.2857 3.52009E-03 + TOTAL TIME 1.11086E+05 1851.4 30.857 1.2857 3.52009E-03 + + +end timestep + + +start timestep kper="1" kstp="10" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 10 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 100.000 + + CONCENTRATION WILL BE SAVED ON UNIT 1025 AT END OF TIME STEP 10, STRESS PERIOD 1 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 10, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 3571.4286 STORAGE-AQUEOUS = 2500.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 3571.4286 TOTAL IN = 2500.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 3571.4286 WEL = 2500.0000 SSM_WEL-1 + + TOTAL OUT = 3571.4286 TOTAL OUT = 2500.0000 + + IN - OUT = -6.3801E-10 IN - OUT = -5.8481E-10 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 10 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.23429E+05 2057.1 34.286 1.4286 3.91122E-03 + TOTAL TIME 1.23429E+05 2057.1 34.286 1.4286 3.91122E-03 + + +end timestep + + +start timestep kper="1" kstp="11" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 11 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 100.000 + + CONCENTRATION WILL BE SAVED ON UNIT 1025 AT END OF TIME STEP 11, STRESS PERIOD 1 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 11, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 3928.5714 STORAGE-AQUEOUS = 2500.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 3928.5714 TOTAL IN = 2500.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 3928.5714 WEL = 2500.0000 SSM_WEL-1 + + TOTAL OUT = 3928.5714 TOTAL OUT = 2500.0000 + + IN - OUT = -7.2214E-10 IN - OUT = -5.8708E-10 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 11 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.35771E+05 2262.9 37.714 1.5714 4.30234E-03 + TOTAL TIME 1.35771E+05 2262.9 37.714 1.5714 4.30234E-03 + + +end timestep + + +start timestep kper="1" kstp="12" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 12 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 100.000 + + CONCENTRATION WILL BE SAVED ON UNIT 1025 AT END OF TIME STEP 12, STRESS PERIOD 1 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 12, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 4285.7143 STORAGE-AQUEOUS = 2500.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 4285.7143 TOTAL IN = 2500.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 4285.7143 WEL = 2500.0000 SSM_WEL-1 + + TOTAL OUT = 4285.7143 TOTAL OUT = 2500.0000 + + IN - OUT = -8.0399E-10 IN - OUT = -5.7662E-10 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 12 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.48114E+05 2468.6 41.143 1.7143 4.69346E-03 + TOTAL TIME 1.48114E+05 2468.6 41.143 1.7143 4.69346E-03 + + +end timestep + + +start timestep kper="1" kstp="13" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 13 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 100.000 + + CONCENTRATION WILL BE SAVED ON UNIT 1025 AT END OF TIME STEP 13, STRESS PERIOD 1 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 13, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 4642.8571 STORAGE-AQUEOUS = 2500.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 4642.8571 TOTAL IN = 2500.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 4642.8571 WEL = 2500.0000 SSM_WEL-1 + + TOTAL OUT = 4642.8571 TOTAL OUT = 2500.0000 + + IN - OUT = -8.8676E-10 IN - OUT = -5.7889E-10 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 13 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.60457E+05 2674.3 44.571 1.8571 5.08458E-03 + TOTAL TIME 1.60457E+05 2674.3 44.571 1.8571 5.08458E-03 + + +end timestep + + +start timestep kper="1" kstp="14" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 14 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 100.000 + + CONCENTRATION WILL BE SAVED ON UNIT 1025 AT END OF TIME STEP 14, STRESS PERIOD 1 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 14, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 5000.0000 STORAGE-AQUEOUS = 2500.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 5000.0000 TOTAL IN = 2500.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 5000.0000 WEL = 2500.0000 SSM_WEL-1 + + TOTAL OUT = 5000.0000 TOTAL OUT = 2500.0000 + + IN - OUT = -9.6952E-10 IN - OUT = -5.8253E-10 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 14 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + TOTAL TIME 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + + +end timestep + + +start timestep kper="2" kstp="1" mode="normal" + + + END OF FILE DETECTED IN OUTPUT CONTROL. + CURRENT OUTPUT CONTROL SETTINGS WILL BE + REPEATED UNTIL THE END OF THE SIMULATION. + + OUTPUT CONTROL FOR STRESS PERIOD 2 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 93.3333 + + CONCENTRATION WILL BE SAVED ON UNIT 1025 AT END OF TIME STEP 1, STRESS PERIOD 2 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 5000.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 5000.0000 TOTAL IN = 0.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 5000.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL OUT = 5000.0000 TOTAL OUT = 0.0000 + + IN - OUT = -9.6952E-10 IN - OUT = 0.0000 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 12343. 205.71 3.4286 0.14286 3.91122E-04 + TOTAL TIME 1.85143E+05 3085.7 51.429 2.1429 5.86682E-03 + + +end timestep + + +start timestep kper="2" kstp="2" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 2 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 87.5000 + + CONCENTRATION WILL BE SAVED ON UNIT 1025 AT END OF TIME STEP 2, STRESS PERIOD 2 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 2, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 5000.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 5000.0000 TOTAL IN = 0.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 5000.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL OUT = 5000.0000 TOTAL OUT = 0.0000 + + IN - OUT = -9.6952E-10 IN - OUT = 0.0000 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 2 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 24686. 411.43 6.8571 0.28571 7.82243E-04 + TOTAL TIME 1.97486E+05 3291.4 54.857 2.2857 6.25794E-03 + + +end timestep + + +start timestep kper="2" kstp="3" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 3 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 82.3529 + + CONCENTRATION WILL BE SAVED ON UNIT 1025 AT END OF TIME STEP 3, STRESS PERIOD 2 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 3, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 5000.0000 STORAGE-AQUEOUS = 7.2760E-12 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 5000.0000 TOTAL IN = 7.2760E-12 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 5000.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL OUT = 5000.0000 TOTAL OUT = 0.0000 + + IN - OUT = -9.6861E-10 IN - OUT = 7.2760E-12 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 200.00 + + + + + TIME SUMMARY AT END OF TIME STEP 3 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 37029. 617.14 10.286 0.42857 1.17336E-03 + TOTAL TIME 2.09829E+05 3497.1 58.286 2.4286 6.64907E-03 + + +end timestep + + +start timestep kper="2" kstp="4" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 4 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 77.7778 + + CONCENTRATION WILL BE SAVED ON UNIT 1025 AT END OF TIME STEP 4, STRESS PERIOD 2 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 4, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 5000.0000 STORAGE-AQUEOUS = 7.2760E-12 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 5000.0000 TOTAL IN = 7.2760E-12 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 5000.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL OUT = 5000.0000 TOTAL OUT = 0.0000 + + IN - OUT = -9.6770E-10 IN - OUT = 7.2760E-12 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 200.00 + + + + + TIME SUMMARY AT END OF TIME STEP 4 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 49371. 822.86 13.714 0.57143 1.56449E-03 + TOTAL TIME 2.22171E+05 3702.9 61.714 2.5714 7.04019E-03 + + +end timestep + + +start timestep kper="2" kstp="5" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 5 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 73.6842 + + CONCENTRATION WILL BE SAVED ON UNIT 1025 AT END OF TIME STEP 5, STRESS PERIOD 2 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 5, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 5000.0000 STORAGE-AQUEOUS = 7.2760E-12 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 5000.0000 TOTAL IN = 7.2760E-12 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 5000.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL OUT = 5000.0000 TOTAL OUT = 0.0000 + + IN - OUT = -9.6679E-10 IN - OUT = 7.2760E-12 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 200.00 + + + + + TIME SUMMARY AT END OF TIME STEP 5 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 61714. 1028.6 17.143 0.71429 1.95561E-03 + TOTAL TIME 2.34514E+05 3908.6 65.143 2.7143 7.43131E-03 + + +end timestep + + +start timestep kper="2" kstp="6" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 70.0000 + + CONCENTRATION WILL BE SAVED ON UNIT 1025 AT END OF TIME STEP 6, STRESS PERIOD 2 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 5000.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 5000.0000 TOTAL IN = 0.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 5000.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL OUT = 5000.0000 TOTAL OUT = 0.0000 + + IN - OUT = -9.6679E-10 IN - OUT = 0.0000 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 74057. 1234.3 20.571 0.85714 2.34673E-03 + TOTAL TIME 2.46857E+05 4114.3 68.571 2.8571 7.82243E-03 + + +end timestep + + +start timestep kper="2" kstp="7" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 7 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 66.6667 + + CONCENTRATION WILL BE SAVED ON UNIT 1025 AT END OF TIME STEP 7, STRESS PERIOD 2 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 7, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 5000.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 5000.0000 TOTAL IN = 0.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 5000.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL OUT = 5000.0000 TOTAL OUT = 0.0000 + + IN - OUT = -9.6679E-10 IN - OUT = 0.0000 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 7 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 2.59200E+05 4320.0 72.000 3.0000 8.21355E-03 + + +end timestep + + +start timestep kper="2" kstp="8" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 8 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 63.6364 + + CONCENTRATION WILL BE SAVED ON UNIT 1025 AT END OF TIME STEP 8, STRESS PERIOD 2 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 8, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 5000.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 5000.0000 TOTAL IN = 0.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 5000.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL OUT = 5000.0000 TOTAL OUT = 0.0000 + + IN - OUT = -9.6679E-10 IN - OUT = 0.0000 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 8 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 98743. 1645.7 27.429 1.1429 3.12897E-03 + TOTAL TIME 2.71543E+05 4525.7 75.429 3.1429 8.60467E-03 + + +end timestep + + +start timestep kper="2" kstp="9" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 9 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 60.8696 + + CONCENTRATION WILL BE SAVED ON UNIT 1025 AT END OF TIME STEP 9, STRESS PERIOD 2 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 9, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 5000.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 5000.0000 TOTAL IN = 0.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 5000.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL OUT = 5000.0000 TOTAL OUT = 0.0000 + + IN - OUT = -9.6679E-10 IN - OUT = 0.0000 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 9 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.11086E+05 1851.4 30.857 1.2857 3.52009E-03 + TOTAL TIME 2.83886E+05 4731.4 78.857 3.2857 8.99580E-03 + + +end timestep + + +start timestep kper="2" kstp="10" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 10 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 58.3333 + + CONCENTRATION WILL BE SAVED ON UNIT 1025 AT END OF TIME STEP 10, STRESS PERIOD 2 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 10, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 5000.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 5000.0000 TOTAL IN = 0.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 5000.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL OUT = 5000.0000 TOTAL OUT = 0.0000 + + IN - OUT = -9.6679E-10 IN - OUT = 0.0000 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 10 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.23429E+05 2057.1 34.286 1.4286 3.91122E-03 + TOTAL TIME 2.96229E+05 4937.1 82.286 3.4286 9.38692E-03 + + +end timestep + + +start timestep kper="2" kstp="11" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 11 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 56.0000 + + CONCENTRATION WILL BE SAVED ON UNIT 1025 AT END OF TIME STEP 11, STRESS PERIOD 2 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 11, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 5000.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 5000.0000 TOTAL IN = 0.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 5000.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL OUT = 5000.0000 TOTAL OUT = 0.0000 + + IN - OUT = -9.6679E-10 IN - OUT = 0.0000 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 11 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.35771E+05 2262.9 37.714 1.5714 4.30234E-03 + TOTAL TIME 3.08571E+05 5142.9 85.714 3.5714 9.77804E-03 + + +end timestep + + +start timestep kper="2" kstp="12" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 12 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 53.8462 + + CONCENTRATION WILL BE SAVED ON UNIT 1025 AT END OF TIME STEP 12, STRESS PERIOD 2 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 12, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 5000.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 5000.0000 TOTAL IN = 0.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 5000.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL OUT = 5000.0000 TOTAL OUT = 0.0000 + + IN - OUT = -9.6679E-10 IN - OUT = 0.0000 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 12 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.48114E+05 2468.6 41.143 1.7143 4.69346E-03 + TOTAL TIME 3.20914E+05 5348.6 89.143 3.7143 1.01692E-02 + + +end timestep + + +start timestep kper="2" kstp="13" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 13 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 51.8519 + + CONCENTRATION WILL BE SAVED ON UNIT 1025 AT END OF TIME STEP 13, STRESS PERIOD 2 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 13, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 5000.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 5000.0000 TOTAL IN = 0.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 5000.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL OUT = 5000.0000 TOTAL OUT = 0.0000 + + IN - OUT = -9.6679E-10 IN - OUT = 0.0000 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 13 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.60457E+05 2674.3 44.571 1.8571 5.08458E-03 + TOTAL TIME 3.33257E+05 5554.3 92.571 3.8571 1.05603E-02 + + +end timestep + + +start timestep kper="2" kstp="14" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 14 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 50.0000 + + CONCENTRATION WILL BE SAVED ON UNIT 1025 AT END OF TIME STEP 14, STRESS PERIOD 2 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 14, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 5000.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 5000.0000 TOTAL IN = 0.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 5000.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL OUT = 5000.0000 TOTAL OUT = 0.0000 + + IN - OUT = -9.6679E-10 IN - OUT = 0.0000 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 14 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + TOTAL TIME 3.45600E+05 5760.0 96.000 4.0000 1.09514E-02 + + +end timestep + diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwt_mst03.mst b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwt_mst03.mst new file mode 100644 index 000000000..364c61b4b --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwt_mst03.mst @@ -0,0 +1,9 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. +BEGIN options +END options + +BEGIN griddata + porosity + CONSTANT 0.10000000 +END griddata + diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwt_mst03.nam b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwt_mst03.nam new file mode 100644 index 000000000..b494afdb6 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwt_mst03.nam @@ -0,0 +1,13 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. +BEGIN options +END options + +BEGIN packages + DIS6 gwt_mst03.dis dis + IC6 gwt_mst03.ic ic + ADV6 gwt_mst03.adv adv + MST6 gwt_mst03.mst mst + SSM6 gwt_mst03.ssm ssm + OC6 gwt_mst03.oc oc +END packages + diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwt_mst03.oc b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwt_mst03.oc new file mode 100644 index 000000000..7a74ac6c6 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwt_mst03.oc @@ -0,0 +1,13 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. +BEGIN options + BUDGET FILEOUT gwt_mst03.cbc + CONCENTRATION FILEOUT gwt_mst03.ucn + CONCENTRATION PRINT_FORMAT COLUMNS 10 WIDTH 15 DIGITS 6 GENERAL +END options + +BEGIN period 1 + SAVE CONCENTRATION ALL + PRINT CONCENTRATION ALL + PRINT BUDGET ALL +END period 1 + diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwt_mst03.ssm b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwt_mst03.ssm new file mode 100644 index 000000000..686f57b16 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwt_mst03.ssm @@ -0,0 +1,8 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. +BEGIN options +END options + +BEGIN sources + WEL-1 AUX CONCENTRATION +END sources + diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwt_mst03.ucn b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwt_mst03.ucn new file mode 100644 index 000000000..ae371061a Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/gwt_mst03.ucn differ diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/mfsim.lst b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/mfsim.lst new file mode 100644 index 000000000..bcd81d281 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/mfsim.lst @@ -0,0 +1,1211 @@ + MODFLOW 6 PROFESSIONAL + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + VERSION 6.5.0.dev0 (preliminary) 07/13/2023 + ***DEVELOP MODE*** + + MODFLOW 6 compiled Oct 30 2023 08:23:02 with GCC version 11.3.0 + +This software is preliminary or provisional and is subject to +revision. It is being provided to meet the need for timely best +science. The software has not received final approval by the U.S. +Geological Survey (USGS). No warranty, expressed or implied, is made +by the USGS or the U.S. Government as to the functionality of the +software and related material nor shall the fact of release +constitute any such warranty. The software is provided on the +condition that neither the USGS nor the U.S. Government shall be held +liable for any damages resulting from the authorized or unauthorized +use of the software. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +The following 2-clause BSD License library is used in this +USGS product: + + PETSc, the Portable, Extensible Toolkit for Scientific + Computation Library + Copyright (c) 1991-2021, UChicago Argonne, LLC + and the PETSc Development Team All rights reserved. + (https://petsc.org/release/) + +MODFLOW 6 compiler options: -cpp -I src/libmf6core.a.p -I src -I ../src -I +src/libmf6_external.a.p -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/include -I +/home/mreno/.clone/external/petsc/include -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/lib -I +/home/mreno/miniconda3/envs/modflow6/include -I -fdiagnostics-color=always +-imultiarch x86_64-linux-gnu -D _FILE_OFFSET_BITS=64 -D __linux__ -D +__WITH_PETSC__ -D __WITH_MPI__ -D __WITH_NETCDF__ -mtune=generic +-march=x86-64 -g -O2 -Wall -Wpedantic -Wcharacter-truncation +-Wno-unused-dummy-argument -Wno-intrinsic-shadow -Wno-maybe-uninitialized +-Wno-uninitialized -std=f2008 -fall-intrinsics -fbacktrace -fcheck=all +-ffpe-trap=overflow,zero,invalid -ffpe-summary=overflow +-ffpe-trap=overflow,zero,invalid -fPIC -J src/libmf6core.a.p +-fpre-include=/usr/include/finclude/math-vector-fortran.h + +System command used to initiate simulation: +/home/mreno/.clone/usgs/w/netcdf/2/modflow6/bin/mf6 + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + + OPENED mfsim.nam + FILE TYPE:NAM6 UNIT 1001 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. + + OPENED gwf_mst03.nam + FILE TYPE:GWF6 UNIT 1002 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. + + OPENED gwf_mst03.dis + FILE TYPE:DIS6 UNIT 1003 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. + + OPENED gwf_mst03.npf + FILE TYPE:NPF6 UNIT 1004 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. + + OPENED gwf_mst03.sto + FILE TYPE:STO6 UNIT 1005 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwf_mst03.ic + FILE TYPE:IC6 UNIT 1006 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwf_mst03.oc + FILE TYPE:OC6 UNIT 1007 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwf_mst03.wel + FILE TYPE:WEL6 UNIT 1008 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. + AUXILIARY VARIABLE: CONCENTRATION + + OPENED gwt_mst03.nam + FILE TYPE:GWT6 UNIT 1009 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. + + OPENED gwt_mst03.dis + FILE TYPE:DIS6 UNIT 1010 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. + + OPENED gwt_mst03.ic + FILE TYPE:IC6 UNIT 1011 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_mst03.mst + FILE TYPE:MST6 UNIT 1012 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_mst03.adv + FILE TYPE:ADV6 UNIT 1013 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_mst03.ssm + FILE TYPE:SSM6 UNIT 1014 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_mst03.oc + FILE TYPE:OC6 UNIT 1015 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + READING SIMULATION OPTIONS + MAXIMUM NUMBER OF ERRORS THAT WILL BE STORED IS 1000 + END OF SIMULATION OPTIONS + + READING SIMULATION TIMING + + OPENED mst03.tdis + FILE TYPE:TDIS UNIT 1016 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + TDIS -- TEMPORAL DISCRETIZATION PACKAGE, + VERSION 1 : 11/13/2014 - INPUT READ FROM UNIT 1016 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. + PROCESSING TDIS OPTIONS + SIMULATION TIME UNIT IS DAYS + END OF TDIS OPTIONS + PROCESSING TDIS DIMENSIONS + 2 STRESS PERIOD(S) IN SIMULATION + END OF TDIS DIMENSIONS + PROCESSING TDIS PERIODDATA + + + STRESS PERIOD LENGTH TIME STEPS MULTIPLIER FOR DELT + ---------------------------------------------------------------------------- + 1 2.000000 14 1.000 + 2 2.000000 14 1.000 + END OF TDIS PERIODDATA + END OF SIMULATION TIMING + + READING SIMULATION MODELS + GWF6 model 1 will be created + GWT6 model 2 will be created + END OF SIMULATION MODELS + + READING SIMULATION EXCHANGES + GWF6-GWT6 exchange 1 will be created to connect model 1 with model 2 + END OF SIMULATION EXCHANGES + + READING SOLUTIONGROUP + + Creating solution: SLN_1 + + OPENED gwf_mst03.ims + FILE TYPE:IMS UNIT 1019 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + Creating solution: SLN_2 + + OPENED gwt_mst03.ims + FILE TYPE:IMS UNIT 1020 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + END OF SOLUTIONGROUP + +PROCESSING MODEL CONNECTIONS +END OF MODEL CONNECTIONS + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1019 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. + + PROCESSING IMS OPTIONS + END OF IMS OPTIONS + + PROCESSING IMS NONLINEAR + END OF IMS NONLINEAR DATA + **UNDER-RELAXATION WILL BE USED*** + + + PROCESSING LINEAR DATA + END OF LINEAR DATA + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + An asymmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-05 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 100 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 3 + LINEAR SOLUTION METHOD (LINMETH) = 1 + UNDER-RELAXATION WEIGHT REDUCTION FACTOR (THETA) = 0.700000E+00 + UNDER-RELAXATION WEIGHT INCREASE INCREMENT (KAPPA) = 0.000000E+00 + UNDER-RELAXATION PREVIOUS HISTORY FACTOR (GAMMA) = 0.100000E+01 + UNDER-RELAXATION MOMENTUM TERM (AMOMENTUM) = 0.000000E+00 + + SOLUTION BY THE BICONJUGATE-GRADIENT STABILIZED METHOD + ------------------------------------------------------------------ + MAXIMUM OF 100 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 300 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = BCGS + MATRIX PRECONDITIONING TYPE = MOD. INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-05 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E-05 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.97000E+00 + + + + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1020 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. + + PROCESSING IMS OPTIONS + END OF IMS OPTIONS + + PROCESSING IMS NONLINEAR + END OF IMS NONLINEAR DATA + ***UNDER-RELAXATION WILL NOT BE USED*** + + + PROCESSING LINEAR DATA + END OF LINEAR DATA + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + An asymmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-05 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 100 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 0 + LINEAR SOLUTION METHOD (LINMETH) = 1 + + SOLUTION BY THE BICONJUGATE-GRADIENT STABILIZED METHOD + ------------------------------------------------------------------ + MAXIMUM OF 100 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 300 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = BCGS + MATRIX PRECONDITIONING TYPE = MOD. INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-05 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E-05 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.97000E+00 + + + + + Solving: Stress period: 1 Time step: 1 + +1 + STRESS PERIOD NO. 1, LENGTH = 2.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 14 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 0.1428571 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -35714286. 1_GWF-(1,1,1) + Model 2 1 8.6428525 1_GWF-(1,1,1) + Model 3 1 2.5928557 1_GWF-(1,1,1) + Model 4 1 0.77785672 1_GWF-(1,1,1) + Model 5 1 0.23335701 1_GWF-(1,1,1) + Model 6 1 7.00071043E-02 1_GWF-(1,1,1) + Model 7 2 2.10021313E-02 1_GWF-(1,1,1) + Model 8 2 6.30063938E-03 1_GWF-(1,1,1) + Model 9 2 1.89019182E-03 1_GWF-(1,1,1) + Model 10 2 5.67057545E-04 1_GWF-(1,1,1) + Model 11 2 1.70117263E-04 1_GWF-(1,1,1) + Model 12 2 5.10351790E-05 1_GWF-(1,1,1) + Model 13 2 1.53105537E-05 1_GWF-(1,1,1) + Model 14 2 4.59316611E-06 1_GWF-(1,1,1) + Model 15 2 1.37794983E-06 1_GWF-(1,1,1) + Model 16 1 4.13384839E-07 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 16 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 25 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 0.0000000 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 1 TOTAL ITERATIONS + + Solving: Stress period: 1 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36495326E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 1 + 2 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.63360913E-10 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 1 + 1 TOTAL ITERATIONS + + Solving: Stress period: 1 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36495326E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 1 + 2 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.85075099E-10 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 1 + 1 TOTAL ITERATIONS + + Solving: Stress period: 1 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36495326E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 1 + 2 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.08451955E-10 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 1 + 1 TOTAL ITERATIONS + + Solving: Stress period: 1 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36495326E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 1 + 3 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.33818331E-10 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 1 + 1 TOTAL ITERATIONS + + Solving: Stress period: 1 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36495326E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 1 + 2 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.61373178E-10 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 1 + 1 TOTAL ITERATIONS + + Solving: Stress period: 1 Time step: 7 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36584144E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 7 STRESS PERIOD 1 + 2 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.91443347E-10 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 7 STRESS PERIOD 1 + 1 TOTAL ITERATIONS + + Solving: Stress period: 1 Time step: 8 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36406508E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 8 STRESS PERIOD 1 + 3 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.24355687E-10 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 8 STRESS PERIOD 1 + 1 TOTAL ITERATIONS + + Solving: Stress period: 1 Time step: 9 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36495326E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 9 STRESS PERIOD 1 + 2 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.60550734E-10 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 9 STRESS PERIOD 1 + 1 TOTAL ITERATIONS + + Solving: Stress period: 1 Time step: 10 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36495326E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 10 STRESS PERIOD 1 + 2 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.00611133E-10 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 10 STRESS PERIOD 1 + 1 TOTAL ITERATIONS + + Solving: Stress period: 1 Time step: 11 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36495326E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 11 STRESS PERIOD 1 + 2 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.45076897E-10 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 11 STRESS PERIOD 1 + 1 TOTAL ITERATIONS + + Solving: Stress period: 1 Time step: 12 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36495326E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 12 STRESS PERIOD 1 + 2 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.94786467E-10 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 12 STRESS PERIOD 1 + 1 TOTAL ITERATIONS + + Solving: Stress period: 1 Time step: 13 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36495326E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 13 STRESS PERIOD 1 + 2 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.50734602E-10 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 13 STRESS PERIOD 1 + 1 TOTAL ITERATIONS + + Solving: Stress period: 1 Time step: 14 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36495326E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 14 STRESS PERIOD 1 + 2 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.01411501E-09 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 14 STRESS PERIOD 1 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 1 + +1 + STRESS PERIOD NO. 2, LENGTH = 2.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 14 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 0.1428571 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36406508E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 2 + 2 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.6666666 2_GWT-(1,1,1) + Model 2 0 0.0000000 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36584144E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 2 + 2 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.8333333 2_GWT-(1,1,1) + Model 2 0 0.0000000 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36584144E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 2 + 2 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.1470588 2_GWT-(1,1,1) + Model 2 1 0.0000000 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 2 + 2 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36495326E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 2 + 2 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.5751634 2_GWT-(1,1,1) + Model 2 1 0.0000000 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 2 + 2 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36495326E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 2 + 2 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.0935672 2_GWT-(1,1,1) + Model 2 1 0.0000000 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 2 + 2 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36406508E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 2 + 2 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -3.6842105 2_GWT-(1,1,1) + Model 2 0 0.0000000 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 2 + 2 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 7 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36584144E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 7 STRESS PERIOD 2 + 2 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -3.3333333 2_GWT-(1,1,1) + Model 2 0 0.0000000 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 7 STRESS PERIOD 2 + 2 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 8 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36406508E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 8 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.0303030 2_GWT-(1,1,1) + Model 2 0 0.0000000 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 8 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 9 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36495326E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 9 STRESS PERIOD 2 + 2 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -2.7667984 2_GWT-(1,1,1) + Model 2 0 0.0000000 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 9 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 10 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36495326E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 10 STRESS PERIOD 2 + 2 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -2.5362319 2_GWT-(1,1,1) + Model 2 0 0.0000000 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 10 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 11 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36495326E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 11 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -2.3333333 2_GWT-(1,1,1) + Model 2 0 0.0000000 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 11 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 12 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36495326E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 12 STRESS PERIOD 2 + 2 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -2.1538462 2_GWT-(1,1,1) + Model 2 0 0.0000000 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 12 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 13 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36495326E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 13 STRESS PERIOD 2 + 2 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.9943020 2_GWT-(1,1,1) + Model 2 0 0.0000000 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 13 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 14 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 0.35714250 1_GWF-(1,1,1) + Model 2 2 2.50209080E-06 1_GWF-(1,1,1) + Model 3 2 1.25388178E-06 1_GWF-(1,1,1) + Model 4 1 6.32654228E-07 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 14 STRESS PERIOD 2 + 6 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.8518518 2_GWT-(1,1,1) + Model 2 0 0.0000000 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 14 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + + Solution SLN_1 summary + ---------------------------------------------------------------------- + Total formulate time: 0.12329999999999980E-2 seconds + Total solution time: 0.45000000000003371E-4 seconds + + + + Solution SLN_2 summary + ---------------------------------------------------------------------- + Total formulate time: 0.30099999999999572E-3 seconds + Total solution time: 0.15000000000001124E-4 seconds + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 8.1970000 + Logical 4.40000000E-02 + Integer 5.3280000 + Real 2.6080000 + ------------------------------- + Total 16.177000 + Virtual 0.0000000 + ------------------------------- + + + + Run end date and time (yyyy/mm/dd hh:mm:ss): 2023/10/30 9:14:14 + Elapsed run time: 0.015 Seconds + Normal termination of simulation. diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/mfsim.nam b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/mfsim.nam new file mode 100644 index 000000000..11d8c39dd --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/mfsim.nam @@ -0,0 +1,22 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. +BEGIN options +END options + +BEGIN timing + TDIS6 mst03.tdis +END timing + +BEGIN models + gwf6 gwf_mst03.nam gwf_mst03 + gwt6 gwt_mst03.nam gwt_mst03 +END models + +BEGIN exchanges + GWF6-GWT6 mst03.gwfgwt gwf_mst03 gwt_mst03 +END exchanges + +BEGIN solutiongroup 1 + ims6 gwf_mst03.ims gwf_mst03 + ims6 gwt_mst03.ims gwt_mst03 +END solutiongroup 1 + diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/mst03.gwfgwt b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/mst03.gwfgwt new file mode 100644 index 000000000..f3301cfb9 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/mst03.gwfgwt @@ -0,0 +1 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/mst03.tdis b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/mst03.tdis new file mode 100644 index 000000000..49b81e10b --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model[mst03]0/mst03.tdis @@ -0,0 +1,14 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. +BEGIN options + TIME_UNITS days +END options + +BEGIN dimensions + NPER 2 +END dimensions + +BEGIN perioddata + 2.00000000 14 1.00000000 + 2.00000000 14 1.00000000 +END perioddata + diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwf_mst03.cbc b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwf_mst03.cbc new file mode 100644 index 000000000..e69de29bb diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwf_mst03.hds b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwf_mst03.hds new file mode 100644 index 000000000..638f202b0 Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwf_mst03.hds differ diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwf_mst03.ic b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwf_mst03.ic new file mode 100644 index 000000000..99a72ffd9 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwf_mst03.ic @@ -0,0 +1,6 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. +BEGIN griddata + strt + CONSTANT 10.00000000 +END griddata + diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwf_mst03.ims b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwf_mst03.ims new file mode 100644 index 000000000..81a18f43b --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwf_mst03.ims @@ -0,0 +1,22 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. +BEGIN options + PRINT_OPTION summary +END options + +BEGIN nonlinear + OUTER_DVCLOSE 1.00000000E-06 + OUTER_MAXIMUM 100 + UNDER_RELAXATION dbd + UNDER_RELAXATION_THETA 0.70000000 +END nonlinear + +BEGIN linear + INNER_MAXIMUM 300 + INNER_DVCLOSE 1.00000000E-06 + inner_rclose 1.00000000E-06 + LINEAR_ACCELERATION bicgstab + RELAXATION_FACTOR 0.97000000 + SCALING_METHOD none + REORDERING_METHOD none +END linear + diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwf_mst03.lst b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwf_mst03.lst new file mode 100644 index 000000000..4aa4224b4 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwf_mst03.lst @@ -0,0 +1,2014 @@ + MODFLOW 6 PROFESSIONAL + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + GROUNDWATER FLOW MODEL (GWF) + VERSION 6.5.0.dev0 (preliminary) 07/13/2023 + ***DEVELOP MODE*** + + MODFLOW 6 compiled Oct 30 2023 08:23:02 with GCC version 11.3.0 + +This software is preliminary or provisional and is subject to +revision. It is being provided to meet the need for timely best +science. The software has not received final approval by the U.S. +Geological Survey (USGS). No warranty, expressed or implied, is made +by the USGS or the U.S. Government as to the functionality of the +software and related material nor shall the fact of release +constitute any such warranty. The software is provided on the +condition that neither the USGS nor the U.S. Government shall be held +liable for any damages resulting from the authorized or unauthorized +use of the software. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +The following 2-clause BSD License library is used in this +USGS product: + + PETSc, the Portable, Extensible Toolkit for Scientific + Computation Library + Copyright (c) 1991-2021, UChicago Argonne, LLC + and the PETSc Development Team All rights reserved. + (https://petsc.org/release/) + +MODFLOW 6 compiler options: -cpp -I src/libmf6core.a.p -I src -I ../src -I +src/libmf6_external.a.p -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/include -I +/home/mreno/.clone/external/petsc/include -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/lib -I +/home/mreno/miniconda3/envs/modflow6/include -I -fdiagnostics-color=always +-imultiarch x86_64-linux-gnu -D _FILE_OFFSET_BITS=64 -D __linux__ -D +__WITH_PETSC__ -D __WITH_MPI__ -D __WITH_NETCDF__ -mtune=generic +-march=x86-64 -g -O2 -Wall -Wpedantic -Wcharacter-truncation +-Wno-unused-dummy-argument -Wno-intrinsic-shadow -Wno-maybe-uninitialized +-Wno-uninitialized -std=f2008 -fall-intrinsics -fbacktrace -fcheck=all +-ffpe-trap=overflow,zero,invalid -ffpe-summary=overflow +-ffpe-trap=overflow,zero,invalid -fPIC -J src/libmf6core.a.p +-fpre-include=/usr/include/finclude/math-vector-fortran.h + +System command used to initiate simulation: +/home/mreno/.clone/usgs/w/netcdf/2/modflow6/bin/mf6 + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + NEWTON-RAPHSON method enabled for the model. + NEWTON-RAPHSON UNDER-RELAXATION based on the bottom elevation of the model will be applied to the model. + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/GWF_MST03/DIS + + + NPF -- NODE PROPERTY FLOW PACKAGE, VERSION 1, 3/30/2015 INPUT READ FROM MEMPATH: __INPUT__/GWF_MST03/NPF + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 1 + NROW = 1 + NCOL = 1 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + IDOMAIN set from input file + End Setting Discretization Griddata + + Setting NPF Options + Cell-by-cell flow information will be saved to binary file whenever ICBCFL is not zero. + End Setting NPF Options + + Setting NPF Griddata + ICELLTYPE set from input file + K set from input file + K33 set from input file + K22 not provided. Setting K22 = K. + End Setting NPF Griddata + + + WEL -- WEL PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_MST03/WEL-1 + + PROCESSING WEL BASE OPTIONS + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + LISTS OF WEL CELLS WILL BE PRINTED. + WEL FLOWS WILL BE PRINTED TO LISTING FILE. + END OF WEL BASE OPTIONS + + PROCESSING WEL OPTIONS + END OF WEL OPTIONS + + PROCESSING WEL BASE DIMENSIONS + MAXBOUND = 1 + END OF WEL BASE DIMENSIONS + + IC -- INITIAL CONDITIONS PACKAGE, VERSION 8, 3/28/2015 INPUT READ FROM UNIT 1004 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. + PROCESSING GRIDDATA + + INITIAL HEAD = 10.00000 + END PROCESSING GRIDDATA + + STO -- STORAGE PACKAGE, VERSION 1, 5/19/2014 INPUT READ FROM UNIT 1003 + + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. + PROCESSING STORAGE OPTIONS + END OF STORAGE OPTIONS + PROCESSING GRIDDATA + + ICONVERT = 1 + + SPECIFIC STORAGE = 0.1000000E-09 + + SPECIFIC YIELD = 0.1000000 + END PROCESSING GRIDDATA + BINARY GRID INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1018 + FILE NAME: gwf_mst03.nc.grb + + OPENED gwf_mst03.nc.grb + FILE TYPE:DATA(BINARY) UNIT 1018 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1019 + FILE NAME: gwf_mst03.cbc + + OPENED gwf_mst03.cbc + FILE TYPE:DATA(BINARY) UNIT 1019 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + HEAD INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1020 + FILE NAME: gwf_mst03.hds + + OPENED gwf_mst03.hds + FILE TYPE:DATA(BINARY) UNIT 1020 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + ALL TIME STEPS WILL BE SAVED + ALL TIME STEPS WILL BE PRINTED + ALL TIME STEPS WILL BE PRINTED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + + + PROCESSING STORAGE PERIOD DATA + END PROCESSING STORAGE PERIOD DATA + + + STRESS PERIOD 1 IS TRANSIENT + + -------------------------------------------------------------------- + WEL NO. LAYER ROW COL STRESS RATE CONCENTRATION + -------------------------------------------------------------------- + 1 1 1 1 -25.0000000 0.00000000 + -------------------------------------------------------------------- + + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 1 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) -25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 9.64285 + + HEAD WILL BE SAVED ON UNIT 1020 AT END OF TIME STEP 1, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 3.5077E-08 STO-SS = 2.4554E-07 STORAGE + STO-SY = 3.5714 STO-SY = 25.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + + TOTAL IN = 3.5714 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 3.5714 WEL = 25.0000 WEL-1 + + TOTAL OUT = 3.5714 TOTAL OUT = 25.0000 + + IN - OUT = 1.0965E-12 IN - OUT = 7.6774E-12 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 12343. 205.71 3.4286 0.14286 3.91122E-04 + TOTAL TIME 12343. 205.71 3.4286 0.14286 3.91122E-04 + + +end timestep + + +start timestep kper="1" kstp="2" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 1 STEP 2 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) -25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 2 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 9.28571 + + HEAD WILL BE SAVED ON UNIT 1020 AT END OF TIME STEP 2, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 2, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 6.8878E-08 STO-SS = 2.3661E-07 STORAGE + STO-SY = 7.1429 STO-SY = 25.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + + TOTAL IN = 7.1429 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 7.1429 WEL = 25.0000 WEL-1 + + TOTAL OUT = 7.1429 TOTAL OUT = 25.0000 + + IN - OUT = -5.4299E-10 IN - OUT = -3.8086E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 2 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 24686. 411.43 6.8571 0.28571 7.82243E-04 + TOTAL TIME 24686. 411.43 6.8571 0.28571 7.82243E-04 + + +end timestep + + +start timestep kper="1" kstp="3" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 1 STEP 3 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) -25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 3 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 8.92857 + + HEAD WILL BE SAVED ON UNIT 1020 AT END OF TIME STEP 3, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 3, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 1.0140E-07 STO-SS = 2.2768E-07 STORAGE + STO-SY = 10.7143 STO-SY = 25.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + + TOTAL IN = 10.7143 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 10.7143 WEL = 25.0000 WEL-1 + + TOTAL OUT = 10.7143 TOTAL OUT = 25.0000 + + IN - OUT = -1.0871E-09 IN - OUT = -3.8087E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 3 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 37029. 617.14 10.286 0.42857 1.17336E-03 + TOTAL TIME 37029. 617.14 10.286 0.42857 1.17336E-03 + + +end timestep + + +start timestep kper="1" kstp="4" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 1 STEP 4 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) -25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 4 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 8.57143 + + HEAD WILL BE SAVED ON UNIT 1020 AT END OF TIME STEP 4, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 4, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 1.3265E-07 STO-SS = 2.1875E-07 STORAGE + STO-SY = 14.2857 STO-SY = 25.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + + TOTAL IN = 14.2857 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 14.2857 WEL = 25.0000 WEL-1 + + TOTAL OUT = 14.2857 TOTAL OUT = 25.0000 + + IN - OUT = -1.6312E-09 IN - OUT = -3.8086E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 4 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 49371. 822.86 13.714 0.57143 1.56449E-03 + TOTAL TIME 49371. 822.86 13.714 0.57143 1.56449E-03 + + +end timestep + + +start timestep kper="1" kstp="5" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 1 STEP 5 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) -25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 5 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 8.21428 + + HEAD WILL BE SAVED ON UNIT 1020 AT END OF TIME STEP 5, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 5, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 1.6263E-07 STO-SS = 2.0982E-07 STORAGE + STO-SY = 17.8571 STO-SY = 25.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + + TOTAL IN = 17.8571 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 17.8571 WEL = 25.0000 WEL-1 + + TOTAL OUT = 17.8571 TOTAL OUT = 25.0000 + + IN - OUT = -2.1753E-09 IN - OUT = -3.8087E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 5 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 61714. 1028.6 17.143 0.71429 1.95561E-03 + TOTAL TIME 61714. 1028.6 17.143 0.71429 1.95561E-03 + + +end timestep + + +start timestep kper="1" kstp="6" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 1 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) -25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 7.85714 + + HEAD WILL BE SAVED ON UNIT 1020 AT END OF TIME STEP 6, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 1.9133E-07 STO-SS = 2.0089E-07 STORAGE + STO-SY = 21.4286 STO-SY = 25.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + + TOTAL IN = 21.4286 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 21.4286 WEL = 25.0000 WEL-1 + + TOTAL OUT = 21.4286 TOTAL OUT = 25.0000 + + IN - OUT = -2.7194E-09 IN - OUT = -3.8088E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 74057. 1234.3 20.571 0.85714 2.34673E-03 + TOTAL TIME 74057. 1234.3 20.571 0.85714 2.34673E-03 + + +end timestep + + +start timestep kper="1" kstp="7" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 1 STEP 7 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) -25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 7 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 7.50000 + + HEAD WILL BE SAVED ON UNIT 1020 AT END OF TIME STEP 7, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 7, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 2.1875E-07 STO-SS = 1.9196E-07 STORAGE + STO-SY = 25.0000 STO-SY = 25.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + + TOTAL IN = 25.0000 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 25.0000 WEL = 25.0000 WEL-1 + + TOTAL OUT = 25.0000 TOTAL OUT = 25.0000 + + IN - OUT = -3.2635E-09 IN - OUT = -3.8087E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 7 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + + +end timestep + + +start timestep kper="1" kstp="8" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 1 STEP 8 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) -25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 8 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 7.14286 + + HEAD WILL BE SAVED ON UNIT 1020 AT END OF TIME STEP 8, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 8, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 2.4490E-07 STO-SS = 1.8304E-07 STORAGE + STO-SY = 28.5714 STO-SY = 25.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + + TOTAL IN = 28.5714 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 28.5714 WEL = 25.0000 WEL-1 + + TOTAL OUT = 28.5714 TOTAL OUT = 25.0000 + + IN - OUT = -3.8076E-09 IN - OUT = -3.8087E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 8 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 98743. 1645.7 27.429 1.1429 3.12897E-03 + TOTAL TIME 98743. 1645.7 27.429 1.1429 3.12897E-03 + + +end timestep + + +start timestep kper="1" kstp="9" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 1 STEP 9 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) -25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 9 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 6.78571 + + HEAD WILL BE SAVED ON UNIT 1020 AT END OF TIME STEP 9, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 9, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 2.6977E-07 STO-SS = 1.7411E-07 STORAGE + STO-SY = 32.1429 STO-SY = 25.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + + TOTAL IN = 32.1429 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 32.1429 WEL = 25.0000 WEL-1 + + TOTAL OUT = 32.1429 TOTAL OUT = 25.0000 + + IN - OUT = -4.3517E-09 IN - OUT = -3.8087E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 9 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.11086E+05 1851.4 30.857 1.2857 3.52009E-03 + TOTAL TIME 1.11086E+05 1851.4 30.857 1.2857 3.52009E-03 + + +end timestep + + +start timestep kper="1" kstp="10" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 1 STEP 10 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) -25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 10 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 6.42857 + + HEAD WILL BE SAVED ON UNIT 1020 AT END OF TIME STEP 10, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 10, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 2.9337E-07 STO-SS = 1.6518E-07 STORAGE + STO-SY = 35.7143 STO-SY = 25.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + + TOTAL IN = 35.7143 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 35.7143 WEL = 25.0000 WEL-1 + + TOTAL OUT = 35.7143 TOTAL OUT = 25.0000 + + IN - OUT = -4.8958E-09 IN - OUT = -3.8088E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 10 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.23429E+05 2057.1 34.286 1.4286 3.91122E-03 + TOTAL TIME 1.23429E+05 2057.1 34.286 1.4286 3.91122E-03 + + +end timestep + + +start timestep kper="1" kstp="11" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 1 STEP 11 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) -25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 11 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 6.07143 + + HEAD WILL BE SAVED ON UNIT 1020 AT END OF TIME STEP 11, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 11, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 3.1569E-07 STO-SS = 1.5625E-07 STORAGE + STO-SY = 39.2857 STO-SY = 25.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + + TOTAL IN = 39.2857 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 39.2857 WEL = 25.0000 WEL-1 + + TOTAL OUT = 39.2857 TOTAL OUT = 25.0000 + + IN - OUT = -5.4399E-09 IN - OUT = -3.8087E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 11 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.35771E+05 2262.9 37.714 1.5714 4.30234E-03 + TOTAL TIME 1.35771E+05 2262.9 37.714 1.5714 4.30234E-03 + + +end timestep + + +start timestep kper="1" kstp="12" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 1 STEP 12 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) -25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 12 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 5.71429 + + HEAD WILL BE SAVED ON UNIT 1020 AT END OF TIME STEP 12, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 12, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 3.3673E-07 STO-SS = 1.4732E-07 STORAGE + STO-SY = 42.8571 STO-SY = 25.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + + TOTAL IN = 42.8571 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 42.8571 WEL = 25.0000 WEL-1 + + TOTAL OUT = 42.8571 TOTAL OUT = 25.0000 + + IN - OUT = -5.9840E-09 IN - OUT = -3.8086E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 12 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.48114E+05 2468.6 41.143 1.7143 4.69346E-03 + TOTAL TIME 1.48114E+05 2468.6 41.143 1.7143 4.69346E-03 + + +end timestep + + +start timestep kper="1" kstp="13" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 1 STEP 13 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) -25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 13 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 5.35714 + + HEAD WILL BE SAVED ON UNIT 1020 AT END OF TIME STEP 13, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 13, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 3.5651E-07 STO-SS = 1.3839E-07 STORAGE + STO-SY = 46.4286 STO-SY = 25.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + + TOTAL IN = 46.4286 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 46.4286 WEL = 25.0000 WEL-1 + + TOTAL OUT = 46.4286 TOTAL OUT = 25.0000 + + IN - OUT = -6.5281E-09 IN - OUT = -3.8088E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 13 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.60457E+05 2674.3 44.571 1.8571 5.08458E-03 + TOTAL TIME 1.60457E+05 2674.3 44.571 1.8571 5.08458E-03 + + +end timestep + + +start timestep kper="1" kstp="14" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 1 STEP 14 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) -25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 14 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 5.00000 + + HEAD WILL BE SAVED ON UNIT 1020 AT END OF TIME STEP 14, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 14, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 3.7500E-07 STO-SS = 1.2946E-07 STORAGE + STO-SY = 50.0000 STO-SY = 25.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + + TOTAL IN = 50.0000 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 50.0000 WEL = 25.0000 WEL-1 + + TOTAL OUT = 50.0000 TOTAL OUT = 25.0000 + + IN - OUT = -7.0722E-09 IN - OUT = -3.8088E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 14 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + TOTAL TIME 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + + +end timestep + + +start timestep kper="2" kstp="1" mode="normal" + + + END OF FILE DETECTED IN OUTPUT CONTROL. + CURRENT OUTPUT CONTROL SETTINGS WILL BE + REPEATED UNTIL THE END OF THE SIMULATION. + + OUTPUT CONTROL FOR STRESS PERIOD 2 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + STRESS PERIOD 2 IS TRANSIENT + + -------------------------------------------------------------------- + WEL NO. LAYER ROW COL STRESS RATE CONCENTRATION + -------------------------------------------------------------------- + 1 1 1 1 25.0000000 0.00000000 + -------------------------------------------------------------------- + + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 2 STEP 1 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) 25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 5.35714 + + HEAD WILL BE SAVED ON UNIT 1020 AT END OF TIME STEP 1, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 3.7500E-07 STO-SS = 0.0000 STORAGE + STO-SY = 50.0000 STO-SY = 0.0000 STORAGE + WEL = 3.5714 WEL = 25.0000 WEL-1 + + TOTAL IN = 53.5714 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 1.8495E-08 STO-SS = 1.2946E-07 STORAGE + STO-SY = 3.5714 STO-SY = 25.0000 STORAGE + WEL = 50.0000 WEL = 0.0000 WEL-1 + + TOTAL OUT = 53.5714 TOTAL OUT = 25.0000 + + IN - OUT = -7.6163E-09 IN - OUT = -3.8087E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 12343. 205.71 3.4286 0.14286 3.91122E-04 + TOTAL TIME 1.85143E+05 3085.7 51.429 2.1429 5.86682E-03 + + +end timestep + + +start timestep kper="2" kstp="2" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 2 STEP 2 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) 25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 2 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 5.71429 + + HEAD WILL BE SAVED ON UNIT 1020 AT END OF TIME STEP 2, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 2, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 3.7500E-07 STO-SS = 0.0000 STORAGE + STO-SY = 50.0000 STO-SY = 0.0000 STORAGE + WEL = 7.1429 WEL = 25.0000 WEL-1 + + TOTAL IN = 57.1429 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 3.8265E-08 STO-SS = 1.3839E-07 STORAGE + STO-SY = 7.1429 STO-SY = 25.0000 STORAGE + WEL = 50.0000 WEL = 0.0000 WEL-1 + + TOTAL OUT = 57.1429 TOTAL OUT = 25.0000 + + IN - OUT = -8.1604E-09 IN - OUT = -3.8088E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 2 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 24686. 411.43 6.8571 0.28571 7.82243E-04 + TOTAL TIME 1.97486E+05 3291.4 54.857 2.2857 6.25794E-03 + + +end timestep + + +start timestep kper="2" kstp="3" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 2 STEP 3 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) 25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 3 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 6.07143 + + HEAD WILL BE SAVED ON UNIT 1020 AT END OF TIME STEP 3, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 3, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 3.7500E-07 STO-SS = 0.0000 STORAGE + STO-SY = 50.0000 STO-SY = 0.0000 STORAGE + WEL = 10.7143 WEL = 25.0000 WEL-1 + + TOTAL IN = 60.7143 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 5.9311E-08 STO-SS = 1.4732E-07 STORAGE + STO-SY = 10.7143 STO-SY = 25.0000 STORAGE + WEL = 50.0000 WEL = 0.0000 WEL-1 + + TOTAL OUT = 60.7143 TOTAL OUT = 25.0000 + + IN - OUT = -8.7045E-09 IN - OUT = -3.8087E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 3 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 37029. 617.14 10.286 0.42857 1.17336E-03 + TOTAL TIME 2.09829E+05 3497.1 58.286 2.4286 6.64907E-03 + + +end timestep + + +start timestep kper="2" kstp="4" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 2 STEP 4 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) 25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 4 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 6.42857 + + HEAD WILL BE SAVED ON UNIT 1020 AT END OF TIME STEP 4, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 4, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 3.7500E-07 STO-SS = 0.0000 STORAGE + STO-SY = 50.0000 STO-SY = 0.0000 STORAGE + WEL = 14.2857 WEL = 25.0000 WEL-1 + + TOTAL IN = 64.2857 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 8.1633E-08 STO-SS = 1.5625E-07 STORAGE + STO-SY = 14.2857 STO-SY = 25.0000 STORAGE + WEL = 50.0000 WEL = 0.0000 WEL-1 + + TOTAL OUT = 64.2857 TOTAL OUT = 25.0000 + + IN - OUT = -9.2486E-09 IN - OUT = -3.8088E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 4 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 49371. 822.86 13.714 0.57143 1.56449E-03 + TOTAL TIME 2.22171E+05 3702.9 61.714 2.5714 7.04019E-03 + + +end timestep + + +start timestep kper="2" kstp="5" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 2 STEP 5 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) 25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 5 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 6.78571 + + HEAD WILL BE SAVED ON UNIT 1020 AT END OF TIME STEP 5, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 5, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 3.7500E-07 STO-SS = 0.0000 STORAGE + STO-SY = 50.0000 STO-SY = 0.0000 STORAGE + WEL = 17.8571 WEL = 25.0000 WEL-1 + + TOTAL IN = 67.8571 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 1.0523E-07 STO-SS = 1.6518E-07 STORAGE + STO-SY = 17.8571 STO-SY = 25.0000 STORAGE + WEL = 50.0000 WEL = 0.0000 WEL-1 + + TOTAL OUT = 67.8571 TOTAL OUT = 25.0000 + + IN - OUT = -9.7927E-09 IN - OUT = -3.8087E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 5 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 61714. 1028.6 17.143 0.71429 1.95561E-03 + TOTAL TIME 2.34514E+05 3908.6 65.143 2.7143 7.43131E-03 + + +end timestep + + +start timestep kper="2" kstp="6" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 2 STEP 6 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) 25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 7.14286 + + HEAD WILL BE SAVED ON UNIT 1020 AT END OF TIME STEP 6, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 3.7500E-07 STO-SS = 0.0000 STORAGE + STO-SY = 50.0000 STO-SY = 0.0000 STORAGE + WEL = 21.4286 WEL = 25.0000 WEL-1 + + TOTAL IN = 71.4286 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 1.3010E-07 STO-SS = 1.7411E-07 STORAGE + STO-SY = 21.4286 STO-SY = 25.0000 STORAGE + WEL = 50.0000 WEL = 0.0000 WEL-1 + + TOTAL OUT = 71.4286 TOTAL OUT = 25.0000 + + IN - OUT = -1.0337E-08 IN - OUT = -3.8088E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 74057. 1234.3 20.571 0.85714 2.34673E-03 + TOTAL TIME 2.46857E+05 4114.3 68.571 2.8571 7.82243E-03 + + +end timestep + + +start timestep kper="2" kstp="7" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 2 STEP 7 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) 25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 7 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 7.50000 + + HEAD WILL BE SAVED ON UNIT 1020 AT END OF TIME STEP 7, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 7, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 3.7500E-07 STO-SS = 0.0000 STORAGE + STO-SY = 50.0000 STO-SY = 0.0000 STORAGE + WEL = 25.0000 WEL = 25.0000 WEL-1 + + TOTAL IN = 75.0000 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 1.5625E-07 STO-SS = 1.8304E-07 STORAGE + STO-SY = 25.0000 STO-SY = 25.0000 STORAGE + WEL = 50.0000 WEL = 0.0000 WEL-1 + + TOTAL OUT = 75.0000 TOTAL OUT = 25.0000 + + IN - OUT = -1.0881E-08 IN - OUT = -3.8087E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 7 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 2.59200E+05 4320.0 72.000 3.0000 8.21355E-03 + + +end timestep + + +start timestep kper="2" kstp="8" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 2 STEP 8 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) 25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 8 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 7.85714 + + HEAD WILL BE SAVED ON UNIT 1020 AT END OF TIME STEP 8, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 8, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 3.7500E-07 STO-SS = 0.0000 STORAGE + STO-SY = 50.0000 STO-SY = 0.0000 STORAGE + WEL = 28.5714 WEL = 25.0000 WEL-1 + + TOTAL IN = 78.5714 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 1.8367E-07 STO-SS = 1.9196E-07 STORAGE + STO-SY = 28.5714 STO-SY = 25.0000 STORAGE + WEL = 50.0000 WEL = 0.0000 WEL-1 + + TOTAL OUT = 78.5714 TOTAL OUT = 25.0000 + + IN - OUT = -1.1425E-08 IN - OUT = -3.8088E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 8 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 98743. 1645.7 27.429 1.1429 3.12897E-03 + TOTAL TIME 2.71543E+05 4525.7 75.429 3.1429 8.60467E-03 + + +end timestep + + +start timestep kper="2" kstp="9" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 2 STEP 9 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) 25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 9 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 8.21428 + + HEAD WILL BE SAVED ON UNIT 1020 AT END OF TIME STEP 9, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 9, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 3.7500E-07 STO-SS = 0.0000 STORAGE + STO-SY = 50.0000 STO-SY = 0.0000 STORAGE + WEL = 32.1429 WEL = 25.0000 WEL-1 + + TOTAL IN = 82.1429 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 2.1237E-07 STO-SS = 2.0089E-07 STORAGE + STO-SY = 32.1429 STO-SY = 25.0000 STORAGE + WEL = 50.0000 WEL = 0.0000 WEL-1 + + TOTAL OUT = 82.1429 TOTAL OUT = 25.0000 + + IN - OUT = -1.1969E-08 IN - OUT = -3.8087E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 9 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.11086E+05 1851.4 30.857 1.2857 3.52009E-03 + TOTAL TIME 2.83886E+05 4731.4 78.857 3.2857 8.99580E-03 + + +end timestep + + +start timestep kper="2" kstp="10" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 2 STEP 10 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) 25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 10 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 8.57143 + + HEAD WILL BE SAVED ON UNIT 1020 AT END OF TIME STEP 10, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 10, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 3.7500E-07 STO-SS = 0.0000 STORAGE + STO-SY = 50.0000 STO-SY = 0.0000 STORAGE + WEL = 35.7143 WEL = 25.0000 WEL-1 + + TOTAL IN = 85.7143 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 2.4235E-07 STO-SS = 2.0982E-07 STORAGE + STO-SY = 35.7143 STO-SY = 25.0000 STORAGE + WEL = 50.0000 WEL = 0.0000 WEL-1 + + TOTAL OUT = 85.7143 TOTAL OUT = 25.0000 + + IN - OUT = -1.2513E-08 IN - OUT = -3.8089E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 10 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.23429E+05 2057.1 34.286 1.4286 3.91122E-03 + TOTAL TIME 2.96229E+05 4937.1 82.286 3.4286 9.38692E-03 + + +end timestep + + +start timestep kper="2" kstp="11" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 2 STEP 11 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) 25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 11 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 8.92857 + + HEAD WILL BE SAVED ON UNIT 1020 AT END OF TIME STEP 11, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 11, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 3.7500E-07 STO-SS = 0.0000 STORAGE + STO-SY = 50.0000 STO-SY = 0.0000 STORAGE + WEL = 39.2857 WEL = 25.0000 WEL-1 + + TOTAL IN = 89.2857 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 2.7360E-07 STO-SS = 2.1875E-07 STORAGE + STO-SY = 39.2857 STO-SY = 25.0000 STORAGE + WEL = 50.0000 WEL = 0.0000 WEL-1 + + TOTAL OUT = 89.2857 TOTAL OUT = 25.0000 + + IN - OUT = -1.3057E-08 IN - OUT = -3.8087E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 11 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.35771E+05 2262.9 37.714 1.5714 4.30234E-03 + TOTAL TIME 3.08571E+05 5142.9 85.714 3.5714 9.77804E-03 + + +end timestep + + +start timestep kper="2" kstp="12" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 2 STEP 12 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) 25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 12 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 9.28571 + + HEAD WILL BE SAVED ON UNIT 1020 AT END OF TIME STEP 12, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 12, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 3.7500E-07 STO-SS = 0.0000 STORAGE + STO-SY = 50.0000 STO-SY = 0.0000 STORAGE + WEL = 42.8571 WEL = 25.0000 WEL-1 + + TOTAL IN = 92.8571 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 3.0612E-07 STO-SS = 2.2768E-07 STORAGE + STO-SY = 42.8571 STO-SY = 25.0000 STORAGE + WEL = 50.0000 WEL = 0.0000 WEL-1 + + TOTAL OUT = 92.8571 TOTAL OUT = 25.0000 + + IN - OUT = -1.3601E-08 IN - OUT = -3.8085E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 12 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.48114E+05 2468.6 41.143 1.7143 4.69346E-03 + TOTAL TIME 3.20914E+05 5348.6 89.143 3.7143 1.01692E-02 + + +end timestep + + +start timestep kper="2" kstp="13" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 2 STEP 13 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) 25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 13 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 9.64285 + + HEAD WILL BE SAVED ON UNIT 1020 AT END OF TIME STEP 13, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 13, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 3.7500E-07 STO-SS = 0.0000 STORAGE + STO-SY = 50.0000 STO-SY = 0.0000 STORAGE + WEL = 46.4286 WEL = 25.0000 WEL-1 + + TOTAL IN = 96.4286 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 3.3992E-07 STO-SS = 2.3661E-07 STORAGE + STO-SY = 46.4286 STO-SY = 25.0000 STORAGE + WEL = 50.0000 WEL = 0.0000 WEL-1 + + TOTAL OUT = 96.4286 TOTAL OUT = 25.0000 + + IN - OUT = -1.4146E-08 IN - OUT = -3.8089E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 13 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.60457E+05 2674.3 44.571 1.8571 5.08458E-03 + TOTAL TIME 3.33257E+05 5554.3 92.571 3.8571 1.05603E-02 + + +end timestep + + +start timestep kper="2" kstp="14" mode="normal" + + + WEL PACKAGE (WEL-1) FLOW RATES PERIOD 2 STEP 14 + ----------------------------------------------- + NUMBER CELLID RATE + ----------------------------------------------- + 1 (1,1,1) 25.000000 + ----------------------------------------------- + + + +1 + HEAD IN LAYER 1 AT END OF TIME STEP 14 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 10.0000 + + HEAD WILL BE SAVED ON UNIT 1020 AT END OF TIME STEP 14, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 14, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 3.7500E-07 STO-SS = 0.0000 STORAGE + STO-SY = 50.0000 STO-SY = 0.0000 STORAGE + WEL = 50.0000 WEL = 25.0000 WEL-1 + + TOTAL IN = 100.0000 TOTAL IN = 25.0000 + + OUT: OUT: + ---- ---- + STO-SS = 3.7500E-07 STO-SS = 2.4554E-07 STORAGE + STO-SY = 50.0000 STO-SY = 25.0000 STORAGE + WEL = 50.0000 WEL = 0.0000 WEL-1 + + TOTAL OUT = 100.0000 TOTAL OUT = 25.0000 + + IN - OUT = 1.8599E-07 IN - OUT = 1.4009E-06 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 14 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + TOTAL TIME 3.45600E+05 5760.0 96.000 4.0000 1.09514E-02 + + +end timestep + diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwf_mst03.nam b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwf_mst03.nam new file mode 100644 index 000000000..9048ed905 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwf_mst03.nam @@ -0,0 +1,14 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. +BEGIN options + NEWTON UNDER_RELAXATION +END options + +BEGIN packages + DIS6 gwf_mst03.nc dis + IC6 gwf_mst03.ic ic + NPF6 gwf_mst03.nc npf + STO6 gwf_mst03.sto sto + WEL6 gwf_mst03.nc wel-1 + OC6 gwf_mst03.oc oc +END packages + diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwf_mst03.nc b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwf_mst03.nc new file mode 100644 index 000000000..7d9dbb765 Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwf_mst03.nc differ diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwf_mst03.nc.grb b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwf_mst03.nc.grb new file mode 100644 index 000000000..4602d2735 Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwf_mst03.nc.grb differ diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwf_mst03.nc.out b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwf_mst03.nc.out new file mode 100644 index 000000000..e78eec677 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwf_mst03.nc.out @@ -0,0 +1,137 @@ +netcdf gwf_mst03 { +dimensions: + LINELENGTH = 300 ; + LENAUXNAME = 16 ; + LENBOUNDNAME = 40 ; + NPER = 2 ; + NLAY = 1 ; + NROW = 1 ; + NCOL = 1 ; + NCPL = 1 ; + NCELLDIM = 3 ; + dim_wel-1_naux = 1 ; + dim_wel-1_maxbound = 1 ; + dim_wel-1_niper = 2 ; +variables: + int dis_nlay ; + dis_nlay:mf6_input = "DIS6:GWF_MST03/DIS/NLAY" ; + int dis_nrow ; + dis_nrow:mf6_input = "DIS6:GWF_MST03/DIS/NROW" ; + int dis_ncol ; + dis_ncol:mf6_input = "DIS6:GWF_MST03/DIS/NCOL" ; + double dis_delr(NCOL) ; + dis_delr:_FillValue = 3.e+30 ; + dis_delr:mf6_input = "DIS6:GWF_MST03/DIS/DELR" ; + double dis_delc(NROW) ; + dis_delc:_FillValue = 3.e+30 ; + dis_delc:mf6_input = "DIS6:GWF_MST03/DIS/DELC" ; + double dis_top(NROW, NCOL) ; + dis_top:_FillValue = 3.e+30 ; + dis_top:mf6_input = "DIS6:GWF_MST03/DIS/TOP" ; + double dis_botm(NLAY, NROW, NCOL) ; + dis_botm:_FillValue = 3.e+30 ; + dis_botm:mf6_input = "DIS6:GWF_MST03/DIS/BOTM" ; + int dis_idomain(NLAY, NROW, NCOL) ; + dis_idomain:_FillValue = -2147483647 ; + dis_idomain:mf6_input = "DIS6:GWF_MST03/DIS/IDOMAIN" ; + double ic_strt(NLAY, NROW, NCOL) ; + ic_strt:_FillValue = 3.e+30 ; + ic_strt:mf6_input = "IC6:GWF_MST03/IC/STRT" ; + ic_strt:_Storage = "chunked" ; + ic_strt:_ChunkSizes = 1, 1, 1 ; + ic_strt:_DeflateLevel = 4 ; + ic_strt:_Shuffle = "true" ; + ic_strt:_Endianness = "little" ; + int npf_icelltype(NLAY, NROW, NCOL) ; + npf_icelltype:_FillValue = -2147483647 ; + npf_icelltype:mf6_input = "NPF6:GWF_MST03/NPF/ICELLTYPE" ; + double npf_k(NLAY, NROW, NCOL) ; + npf_k:_FillValue = 3.e+30 ; + npf_k:mf6_input = "NPF6:GWF_MST03/NPF/K" ; + double npf_k33(NLAY, NROW, NCOL) ; + npf_k33:_FillValue = 3.e+30 ; + npf_k33:mf6_input = "NPF6:GWF_MST03/NPF/K33" ; + char wel-1_auxiliary(dim_wel-1_naux, LENAUXNAME) ; + wel-1_auxiliary:_Encoding = "ascii" ; + wel-1_auxiliary:mf6_input = "WEL6:GWF_MST03/WEL-1/AUXILIARY" ; + int wel-1_print_input ; + wel-1_print_input:mf6_input = "WEL6:GWF_MST03/WEL-1/PRINT_INPUT" ; + int wel-1_print_flows ; + wel-1_print_flows:mf6_input = "WEL6:GWF_MST03/WEL-1/PRINT_FLOWS" ; + int wel-1_maxbound ; + wel-1_maxbound:mf6_input = "WEL6:GWF_MST03/WEL-1/MAXBOUND" ; + int wel-1_iper(dim_wel-1_niper) ; + wel-1_iper:mf6_input = "WEL6:GWF_MST03/WEL-1/IPER" ; + int wel-1_cellid(dim_wel-1_niper, dim_wel-1_maxbound, NCELLDIM) ; + wel-1_cellid:_FillValue = -2147483647 ; + wel-1_cellid:mf6_input = "WEL6:GWF_MST03/WEL-1/CELLID" ; + double wel-1_q(dim_wel-1_niper, dim_wel-1_maxbound) ; + wel-1_q:_FillValue = 3.e+30 ; + wel-1_q:mf6_input = "WEL6:GWF_MST03/WEL-1/Q" ; + double wel-1_aux(dim_wel-1_niper, dim_wel-1_maxbound, dim_wel-1_naux) ; + wel-1_aux:_FillValue = 3.e+30 ; + wel-1_aux:mf6_input = "WEL6:GWF_MST03/WEL-1/AUX" ; + +// global attributes: + :description = "MODFLOW 6 NetCDF4 file prototype" ; + :history = "Created Mon Oct 30 09:14:14 2023" ; + :source = "mf6netcdf4.py" ; + :mf6_modeltype = "GWF6" ; + :mf6_modelname = "GWF_MST03" ; + :Conventions = "CF-1.8" ; +data: + + dis_nlay = 1 ; + + dis_nrow = 1 ; + + dis_ncol = 1 ; + + dis_delr = 10 ; + + dis_delc = 10 ; + + dis_top = + 10 ; + + dis_botm = + 0 ; + + dis_idomain = + 1 ; + + ic_strt = + 10 ; + + npf_icelltype = + 1 ; + + npf_k = + 1 ; + + npf_k33 = + 1 ; + + wel-1_auxiliary = + "concentration " ; + + wel-1_print_input = 1 ; + + wel-1_print_flows = 1 ; + + wel-1_maxbound = 1 ; + + wel-1_iper = 1, 2 ; + + wel-1_cellid = + 1, 1, 1, + 1, 1, 1 ; + + wel-1_q = + -25, + 25 ; + + wel-1_aux = + 0, + 0 ; +} diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwf_mst03.oc b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwf_mst03.oc new file mode 100644 index 000000000..f94734111 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwf_mst03.oc @@ -0,0 +1,13 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. +BEGIN options + BUDGET FILEOUT gwf_mst03.cbc + HEAD FILEOUT gwf_mst03.hds + HEAD PRINT_FORMAT COLUMNS 10 WIDTH 15 DIGITS 6 GENERAL +END options + +BEGIN period 1 + SAVE HEAD ALL + PRINT HEAD ALL + PRINT BUDGET ALL +END period 1 + diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwf_mst03.sto b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwf_mst03.sto new file mode 100644 index 000000000..2f02ac750 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwf_mst03.sto @@ -0,0 +1,17 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. +BEGIN options +END options + +BEGIN griddata + iconvert + CONSTANT 1 + ss + CONSTANT 1.00000000E-10 + sy + CONSTANT 0.10000000 +END griddata + +BEGIN period 1 + TRANSIENT +END period 1 + diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwt_mst03.adv b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwt_mst03.adv new file mode 100644 index 000000000..c94b753aa --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwt_mst03.adv @@ -0,0 +1,5 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. +BEGIN options + SCHEME upstream +END options + diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwt_mst03.cbc b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwt_mst03.cbc new file mode 100644 index 000000000..e69de29bb diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwt_mst03.dis b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwt_mst03.dis new file mode 100644 index 000000000..52db58c6b --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwt_mst03.dis @@ -0,0 +1,23 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. +BEGIN options +END options + +BEGIN dimensions + NLAY 1 + NROW 1 + NCOL 1 +END dimensions + +BEGIN griddata + delr + CONSTANT 10.00000000 + delc + CONSTANT 10.00000000 + top + CONSTANT 10.00000000 + botm + CONSTANT 0.00000000 + idomain + CONSTANT 1 +END griddata + diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwt_mst03.ic b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwt_mst03.ic new file mode 100644 index 000000000..823465ca0 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwt_mst03.ic @@ -0,0 +1,6 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. +BEGIN griddata + strt + CONSTANT 100.00000000 +END griddata + diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwt_mst03.ims b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwt_mst03.ims new file mode 100644 index 000000000..8815c0905 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwt_mst03.ims @@ -0,0 +1,21 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. +BEGIN options + PRINT_OPTION summary +END options + +BEGIN nonlinear + OUTER_DVCLOSE 1.00000000E-06 + OUTER_MAXIMUM 100 + UNDER_RELAXATION none +END nonlinear + +BEGIN linear + INNER_MAXIMUM 300 + INNER_DVCLOSE 1.00000000E-06 + inner_rclose 1.00000000E-06 + LINEAR_ACCELERATION bicgstab + RELAXATION_FACTOR 0.97000000 + SCALING_METHOD none + REORDERING_METHOD none +END linear + diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwt_mst03.lst b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwt_mst03.lst new file mode 100644 index 000000000..540acd38c --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwt_mst03.lst @@ -0,0 +1,1631 @@ + MODFLOW 6 PROFESSIONAL + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + GROUNDWATER TRANSPORT MODEL (GWT) + VERSION 6.5.0.dev0 (preliminary) 07/13/2023 + ***DEVELOP MODE*** + + MODFLOW 6 compiled Oct 30 2023 08:23:02 with GCC version 11.3.0 + +This software is preliminary or provisional and is subject to +revision. It is being provided to meet the need for timely best +science. The software has not received final approval by the U.S. +Geological Survey (USGS). No warranty, expressed or implied, is made +by the USGS or the U.S. Government as to the functionality of the +software and related material nor shall the fact of release +constitute any such warranty. The software is provided on the +condition that neither the USGS nor the U.S. Government shall be held +liable for any damages resulting from the authorized or unauthorized +use of the software. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +The following 2-clause BSD License library is used in this +USGS product: + + PETSc, the Portable, Extensible Toolkit for Scientific + Computation Library + Copyright (c) 1991-2021, UChicago Argonne, LLC + and the PETSc Development Team All rights reserved. + (https://petsc.org/release/) + +MODFLOW 6 compiler options: -cpp -I src/libmf6core.a.p -I src -I ../src -I +src/libmf6_external.a.p -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/include -I +/home/mreno/.clone/external/petsc/include -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/lib -I +/home/mreno/miniconda3/envs/modflow6/include -I -fdiagnostics-color=always +-imultiarch x86_64-linux-gnu -D _FILE_OFFSET_BITS=64 -D __linux__ -D +__WITH_PETSC__ -D __WITH_MPI__ -D __WITH_NETCDF__ -mtune=generic +-march=x86-64 -g -O2 -Wall -Wpedantic -Wcharacter-truncation +-Wno-unused-dummy-argument -Wno-intrinsic-shadow -Wno-maybe-uninitialized +-Wno-uninitialized -std=f2008 -fall-intrinsics -fbacktrace -fcheck=all +-ffpe-trap=overflow,zero,invalid -ffpe-summary=overflow +-ffpe-trap=overflow,zero,invalid -fPIC -J src/libmf6core.a.p +-fpre-include=/usr/include/finclude/math-vector-fortran.h + +System command used to initiate simulation: +/home/mreno/.clone/usgs/w/netcdf/2/modflow6/bin/mf6 + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/GWT_MST03/DIS + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 1 + NROW = 1 + NCOL = 1 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + IDOMAIN set from input file + End Setting Discretization Griddata + + + FMI -- FLOW MODEL INTERFACE,' VERSION 2, 8/17/2023 + FLOWS PROVIDED BY A GWF MODEL IN THIS SIMULATION + + ADV-- ADVECTION PACKAGE, VERSION 1, 8/25/2017 INPUT READ FROM UNIT 1010 + + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. + PROCESSING ADVECTION OPTIONS + ADVECTION WEIGHTING SCHEME HAS BEEN SET TO: UPSTREAM + END OF ADVECTION OPTIONS + + IC -- INITIAL CONDITIONS PACKAGE, VERSION 8, 3/28/2015 INPUT READ FROM UNIT 1008 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. + PROCESSING GRIDDATA + + INITIAL CONCENTRATION = 100.0000 + END PROCESSING GRIDDATA + + MST -- MOBILE STORAGE AND TRANSFER PACKAGE, VERSION 1, 7/29/2020 INPUT READ FROM UNIT 1009 + + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. + PROCESSING MOBILE STORAGE AND TRANSFER OPTIONS + END OF MOBILE STORAGE AND TRANSFER OPTIONS + PROCESSING GRIDDATA + + MOBILE DOMAIN POROSITY = 0.1000000 + END PROCESSING GRIDDATA + + SSM -- SOURCE-SINK MIXING PACKAGE, VERSION 1, 8/25/2017 INPUT READ FROM UNIT 1011 + + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. + PROCESSING SSM OPTIONS + END OF SSM OPTIONS + PROCESSING SOURCES + AUX SOURCE DETECTED. + USING AUX COLUMN 1 IN PACKAGE WEL-1 + END PROCESSING SOURCES + OPTIONAL FILEINPUT BLOCK NOT FOUND. CONTINUING. + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1021 + FILE NAME: gwt_mst03.cbc + + OPENED gwt_mst03.cbc + FILE TYPE:DATA(BINARY) UNIT 1021 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + CONCENTRATION INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1022 + FILE NAME: gwt_mst03.ucn + + OPENED gwt_mst03.ucn + FILE TYPE:DATA(BINARY) UNIT 1022 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + ALL TIME STEPS WILL BE SAVED + ALL TIME STEPS WILL BE PRINTED + ALL TIME STEPS WILL BE PRINTED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 100.000 + + CONCENTRATION WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 1, STRESS PERIOD 1 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 357.1429 STORAGE-AQUEOUS = 2500.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 357.1429 TOTAL IN = 2500.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 357.1429 WEL = 2500.0000 SSM_WEL-1 + + TOTAL OUT = 357.1429 TOTAL OUT = 2500.0000 + + IN - OUT = 1.0812E-10 IN - OUT = 7.5670E-10 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 12343. 205.71 3.4286 0.14286 3.91122E-04 + TOTAL TIME 12343. 205.71 3.4286 0.14286 3.91122E-04 + + +end timestep + + +start timestep kper="1" kstp="2" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 2 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 100.000 + + CONCENTRATION WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 2, STRESS PERIOD 1 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 2, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 714.2857 STORAGE-AQUEOUS = 2500.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 714.2857 TOTAL IN = 2500.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 714.2857 WEL = 2500.0000 SSM_WEL-1 + + TOTAL OUT = 714.2857 TOTAL OUT = 2500.0000 + + IN - OUT = 2.5693E-11 IN - OUT = -5.7707E-10 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 2 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 24686. 411.43 6.8571 0.28571 7.82243E-04 + TOTAL TIME 24686. 411.43 6.8571 0.28571 7.82243E-04 + + +end timestep + + +start timestep kper="1" kstp="3" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 3 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 100.000 + + CONCENTRATION WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 3, STRESS PERIOD 1 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 3, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 1071.4286 STORAGE-AQUEOUS = 2500.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 1071.4286 TOTAL IN = 2500.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 1071.4286 WEL = 2500.0000 SSM_WEL-1 + + TOTAL OUT = 1071.4286 TOTAL OUT = 2500.0000 + + IN - OUT = -5.7526E-11 IN - OUT = -5.8208E-10 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 3 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 37029. 617.14 10.286 0.42857 1.17336E-03 + TOTAL TIME 37029. 617.14 10.286 0.42857 1.17336E-03 + + +end timestep + + +start timestep kper="1" kstp="4" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 4 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 100.000 + + CONCENTRATION WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 4, STRESS PERIOD 1 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 4, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 1428.5714 STORAGE-AQUEOUS = 2500.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 1428.5714 TOTAL IN = 2500.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 1428.5714 WEL = 2500.0000 SSM_WEL-1 + + TOTAL OUT = 1428.5714 TOTAL OUT = 2500.0000 + + IN - OUT = -1.4006E-10 IN - OUT = -5.7753E-10 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 4 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 49371. 822.86 13.714 0.57143 1.56449E-03 + TOTAL TIME 49371. 822.86 13.714 0.57143 1.56449E-03 + + +end timestep + + +start timestep kper="1" kstp="5" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 5 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 100.000 + + CONCENTRATION WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 5, STRESS PERIOD 1 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 5, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 1785.7143 STORAGE-AQUEOUS = 2500.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 1785.7143 TOTAL IN = 2500.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 1785.7143 WEL = 2500.0000 SSM_WEL-1 + + TOTAL OUT = 1785.7143 TOTAL OUT = 2500.0000 + + IN - OUT = -2.2283E-10 IN - OUT = -5.7935E-10 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 5 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 61714. 1028.6 17.143 0.71429 1.95561E-03 + TOTAL TIME 61714. 1028.6 17.143 0.71429 1.95561E-03 + + +end timestep + + +start timestep kper="1" kstp="6" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 100.000 + + CONCENTRATION WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 1 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 2142.8571 STORAGE-AQUEOUS = 2500.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 2142.8571 TOTAL IN = 2500.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 2142.8571 WEL = 2500.0000 SSM_WEL-1 + + TOTAL OUT = 2142.8571 TOTAL OUT = 2500.0000 + + IN - OUT = -3.0650E-10 IN - OUT = -5.8299E-10 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 74057. 1234.3 20.571 0.85714 2.34673E-03 + TOTAL TIME 74057. 1234.3 20.571 0.85714 2.34673E-03 + + +end timestep + + +start timestep kper="1" kstp="7" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 7 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 100.000 + + CONCENTRATION WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 7, STRESS PERIOD 1 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 7, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 2500.0000 STORAGE-AQUEOUS = 2500.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 2500.0000 TOTAL IN = 2500.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 2500.0000 WEL = 2500.0000 SSM_WEL-1 + + TOTAL OUT = 2500.0000 TOTAL OUT = 2500.0000 + + IN - OUT = -3.8881E-10 IN - OUT = -5.7753E-10 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 7 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + + +end timestep + + +start timestep kper="1" kstp="8" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 8 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 100.000 + + CONCENTRATION WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 8, STRESS PERIOD 1 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 8, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 2857.1429 STORAGE-AQUEOUS = 2500.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 2857.1429 TOTAL IN = 2500.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 2857.1429 WEL = 2500.0000 SSM_WEL-1 + + TOTAL OUT = 2857.1429 TOTAL OUT = 2500.0000 + + IN - OUT = -4.7112E-10 IN - OUT = -5.7844E-10 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 8 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 98743. 1645.7 27.429 1.1429 3.12897E-03 + TOTAL TIME 98743. 1645.7 27.429 1.1429 3.12897E-03 + + +end timestep + + +start timestep kper="1" kstp="9" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 9 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 100.000 + + CONCENTRATION WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 9, STRESS PERIOD 1 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 9, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 3214.2857 STORAGE-AQUEOUS = 2500.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 3214.2857 TOTAL IN = 2500.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 3214.2857 WEL = 2500.0000 SSM_WEL-1 + + TOTAL OUT = 3214.2857 TOTAL OUT = 2500.0000 + + IN - OUT = -5.5434E-10 IN - OUT = -5.8390E-10 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 9 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.11086E+05 1851.4 30.857 1.2857 3.52009E-03 + TOTAL TIME 1.11086E+05 1851.4 30.857 1.2857 3.52009E-03 + + +end timestep + + +start timestep kper="1" kstp="10" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 10 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 100.000 + + CONCENTRATION WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 10, STRESS PERIOD 1 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 10, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 3571.4286 STORAGE-AQUEOUS = 2500.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 3571.4286 TOTAL IN = 2500.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 3571.4286 WEL = 2500.0000 SSM_WEL-1 + + TOTAL OUT = 3571.4286 TOTAL OUT = 2500.0000 + + IN - OUT = -6.3801E-10 IN - OUT = -5.8481E-10 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 10 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.23429E+05 2057.1 34.286 1.4286 3.91122E-03 + TOTAL TIME 1.23429E+05 2057.1 34.286 1.4286 3.91122E-03 + + +end timestep + + +start timestep kper="1" kstp="11" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 11 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 100.000 + + CONCENTRATION WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 11, STRESS PERIOD 1 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 11, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 3928.5714 STORAGE-AQUEOUS = 2500.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 3928.5714 TOTAL IN = 2500.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 3928.5714 WEL = 2500.0000 SSM_WEL-1 + + TOTAL OUT = 3928.5714 TOTAL OUT = 2500.0000 + + IN - OUT = -7.2214E-10 IN - OUT = -5.8708E-10 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 11 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.35771E+05 2262.9 37.714 1.5714 4.30234E-03 + TOTAL TIME 1.35771E+05 2262.9 37.714 1.5714 4.30234E-03 + + +end timestep + + +start timestep kper="1" kstp="12" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 12 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 100.000 + + CONCENTRATION WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 12, STRESS PERIOD 1 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 12, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 4285.7143 STORAGE-AQUEOUS = 2500.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 4285.7143 TOTAL IN = 2500.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 4285.7143 WEL = 2500.0000 SSM_WEL-1 + + TOTAL OUT = 4285.7143 TOTAL OUT = 2500.0000 + + IN - OUT = -8.0399E-10 IN - OUT = -5.7662E-10 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 12 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.48114E+05 2468.6 41.143 1.7143 4.69346E-03 + TOTAL TIME 1.48114E+05 2468.6 41.143 1.7143 4.69346E-03 + + +end timestep + + +start timestep kper="1" kstp="13" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 13 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 100.000 + + CONCENTRATION WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 13, STRESS PERIOD 1 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 13, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 4642.8571 STORAGE-AQUEOUS = 2500.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 4642.8571 TOTAL IN = 2500.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 4642.8571 WEL = 2500.0000 SSM_WEL-1 + + TOTAL OUT = 4642.8571 TOTAL OUT = 2500.0000 + + IN - OUT = -8.8676E-10 IN - OUT = -5.7889E-10 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 13 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.60457E+05 2674.3 44.571 1.8571 5.08458E-03 + TOTAL TIME 1.60457E+05 2674.3 44.571 1.8571 5.08458E-03 + + +end timestep + + +start timestep kper="1" kstp="14" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 14 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 1 + ................ + 1 100.000 + + CONCENTRATION WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 14, STRESS PERIOD 1 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 14, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 5000.0000 STORAGE-AQUEOUS = 2500.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 5000.0000 TOTAL IN = 2500.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 5000.0000 WEL = 2500.0000 SSM_WEL-1 + + TOTAL OUT = 5000.0000 TOTAL OUT = 2500.0000 + + IN - OUT = -9.6952E-10 IN - OUT = -5.8253E-10 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 14 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + TOTAL TIME 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + + +end timestep + + +start timestep kper="2" kstp="1" mode="normal" + + + END OF FILE DETECTED IN OUTPUT CONTROL. + CURRENT OUTPUT CONTROL SETTINGS WILL BE + REPEATED UNTIL THE END OF THE SIMULATION. + + OUTPUT CONTROL FOR STRESS PERIOD 2 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 93.3333 + + CONCENTRATION WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 1, STRESS PERIOD 2 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 5000.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 5000.0000 TOTAL IN = 0.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 5000.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL OUT = 5000.0000 TOTAL OUT = 0.0000 + + IN - OUT = -9.6952E-10 IN - OUT = 0.0000 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 12343. 205.71 3.4286 0.14286 3.91122E-04 + TOTAL TIME 1.85143E+05 3085.7 51.429 2.1429 5.86682E-03 + + +end timestep + + +start timestep kper="2" kstp="2" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 2 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 87.5000 + + CONCENTRATION WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 2, STRESS PERIOD 2 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 2, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 5000.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 5000.0000 TOTAL IN = 0.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 5000.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL OUT = 5000.0000 TOTAL OUT = 0.0000 + + IN - OUT = -9.6952E-10 IN - OUT = 0.0000 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 2 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 24686. 411.43 6.8571 0.28571 7.82243E-04 + TOTAL TIME 1.97486E+05 3291.4 54.857 2.2857 6.25794E-03 + + +end timestep + + +start timestep kper="2" kstp="3" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 3 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 82.3529 + + CONCENTRATION WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 3, STRESS PERIOD 2 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 3, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 5000.0000 STORAGE-AQUEOUS = 7.2760E-12 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 5000.0000 TOTAL IN = 7.2760E-12 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 5000.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL OUT = 5000.0000 TOTAL OUT = 0.0000 + + IN - OUT = -9.6861E-10 IN - OUT = 7.2760E-12 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 200.00 + + + + + TIME SUMMARY AT END OF TIME STEP 3 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 37029. 617.14 10.286 0.42857 1.17336E-03 + TOTAL TIME 2.09829E+05 3497.1 58.286 2.4286 6.64907E-03 + + +end timestep + + +start timestep kper="2" kstp="4" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 4 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 77.7778 + + CONCENTRATION WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 4, STRESS PERIOD 2 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 4, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 5000.0000 STORAGE-AQUEOUS = 7.2760E-12 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 5000.0000 TOTAL IN = 7.2760E-12 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 5000.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL OUT = 5000.0000 TOTAL OUT = 0.0000 + + IN - OUT = -9.6770E-10 IN - OUT = 7.2760E-12 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 200.00 + + + + + TIME SUMMARY AT END OF TIME STEP 4 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 49371. 822.86 13.714 0.57143 1.56449E-03 + TOTAL TIME 2.22171E+05 3702.9 61.714 2.5714 7.04019E-03 + + +end timestep + + +start timestep kper="2" kstp="5" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 5 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 73.6842 + + CONCENTRATION WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 5, STRESS PERIOD 2 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 5, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 5000.0000 STORAGE-AQUEOUS = 7.2760E-12 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 5000.0000 TOTAL IN = 7.2760E-12 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 5000.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL OUT = 5000.0000 TOTAL OUT = 0.0000 + + IN - OUT = -9.6679E-10 IN - OUT = 7.2760E-12 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 200.00 + + + + + TIME SUMMARY AT END OF TIME STEP 5 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 61714. 1028.6 17.143 0.71429 1.95561E-03 + TOTAL TIME 2.34514E+05 3908.6 65.143 2.7143 7.43131E-03 + + +end timestep + + +start timestep kper="2" kstp="6" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 6 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 70.0000 + + CONCENTRATION WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 6, STRESS PERIOD 2 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 6, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 5000.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 5000.0000 TOTAL IN = 0.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 5000.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL OUT = 5000.0000 TOTAL OUT = 0.0000 + + IN - OUT = -9.6679E-10 IN - OUT = 0.0000 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 6 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 74057. 1234.3 20.571 0.85714 2.34673E-03 + TOTAL TIME 2.46857E+05 4114.3 68.571 2.8571 7.82243E-03 + + +end timestep + + +start timestep kper="2" kstp="7" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 7 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 66.6667 + + CONCENTRATION WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 7, STRESS PERIOD 2 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 7, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 5000.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 5000.0000 TOTAL IN = 0.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 5000.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL OUT = 5000.0000 TOTAL OUT = 0.0000 + + IN - OUT = -9.6679E-10 IN - OUT = 0.0000 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 7 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 2.59200E+05 4320.0 72.000 3.0000 8.21355E-03 + + +end timestep + + +start timestep kper="2" kstp="8" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 8 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 63.6364 + + CONCENTRATION WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 8, STRESS PERIOD 2 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 8, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 5000.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 5000.0000 TOTAL IN = 0.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 5000.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL OUT = 5000.0000 TOTAL OUT = 0.0000 + + IN - OUT = -9.6679E-10 IN - OUT = 0.0000 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 8 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 98743. 1645.7 27.429 1.1429 3.12897E-03 + TOTAL TIME 2.71543E+05 4525.7 75.429 3.1429 8.60467E-03 + + +end timestep + + +start timestep kper="2" kstp="9" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 9 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 60.8696 + + CONCENTRATION WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 9, STRESS PERIOD 2 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 9, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 5000.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 5000.0000 TOTAL IN = 0.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 5000.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL OUT = 5000.0000 TOTAL OUT = 0.0000 + + IN - OUT = -9.6679E-10 IN - OUT = 0.0000 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 9 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.11086E+05 1851.4 30.857 1.2857 3.52009E-03 + TOTAL TIME 2.83886E+05 4731.4 78.857 3.2857 8.99580E-03 + + +end timestep + + +start timestep kper="2" kstp="10" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 10 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 58.3333 + + CONCENTRATION WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 10, STRESS PERIOD 2 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 10, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 5000.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 5000.0000 TOTAL IN = 0.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 5000.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL OUT = 5000.0000 TOTAL OUT = 0.0000 + + IN - OUT = -9.6679E-10 IN - OUT = 0.0000 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 10 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.23429E+05 2057.1 34.286 1.4286 3.91122E-03 + TOTAL TIME 2.96229E+05 4937.1 82.286 3.4286 9.38692E-03 + + +end timestep + + +start timestep kper="2" kstp="11" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 11 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 56.0000 + + CONCENTRATION WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 11, STRESS PERIOD 2 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 11, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 5000.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 5000.0000 TOTAL IN = 0.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 5000.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL OUT = 5000.0000 TOTAL OUT = 0.0000 + + IN - OUT = -9.6679E-10 IN - OUT = 0.0000 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 11 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.35771E+05 2262.9 37.714 1.5714 4.30234E-03 + TOTAL TIME 3.08571E+05 5142.9 85.714 3.5714 9.77804E-03 + + +end timestep + + +start timestep kper="2" kstp="12" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 12 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 53.8462 + + CONCENTRATION WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 12, STRESS PERIOD 2 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 12, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 5000.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 5000.0000 TOTAL IN = 0.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 5000.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL OUT = 5000.0000 TOTAL OUT = 0.0000 + + IN - OUT = -9.6679E-10 IN - OUT = 0.0000 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 12 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.48114E+05 2468.6 41.143 1.7143 4.69346E-03 + TOTAL TIME 3.20914E+05 5348.6 89.143 3.7143 1.01692E-02 + + +end timestep + + +start timestep kper="2" kstp="13" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 13 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 51.8519 + + CONCENTRATION WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 13, STRESS PERIOD 2 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 13, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 5000.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 5000.0000 TOTAL IN = 0.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 5000.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL OUT = 5000.0000 TOTAL OUT = 0.0000 + + IN - OUT = -9.6679E-10 IN - OUT = 0.0000 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 13 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.60457E+05 2674.3 44.571 1.8571 5.08458E-03 + TOTAL TIME 3.33257E+05 5554.3 92.571 3.8571 1.05603E-02 + + +end timestep + + +start timestep kper="2" kstp="14" mode="normal" + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 14 IN STRESS PERIOD 2 + --------------------------------------------------------------------------- + + 1 + ................ + 1 50.0000 + + CONCENTRATION WILL BE SAVED ON UNIT 1022 AT END OF TIME STEP 14, STRESS PERIOD 2 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 14, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 5000.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL IN = 5000.0000 TOTAL IN = 0.0000 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 5000.0000 WEL = 0.0000 SSM_WEL-1 + + TOTAL OUT = 5000.0000 TOTAL OUT = 0.0000 + + IN - OUT = -9.6679E-10 IN - OUT = 0.0000 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 14 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 12343. 205.71 3.4286 0.14286 3.91122E-04 + STRESS PERIOD TIME 1.72800E+05 2880.0 48.000 2.0000 5.47570E-03 + TOTAL TIME 3.45600E+05 5760.0 96.000 4.0000 1.09514E-02 + + +end timestep + diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwt_mst03.mst b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwt_mst03.mst new file mode 100644 index 000000000..364c61b4b --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwt_mst03.mst @@ -0,0 +1,9 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. +BEGIN options +END options + +BEGIN griddata + porosity + CONSTANT 0.10000000 +END griddata + diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwt_mst03.nam b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwt_mst03.nam new file mode 100644 index 000000000..b494afdb6 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwt_mst03.nam @@ -0,0 +1,13 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. +BEGIN options +END options + +BEGIN packages + DIS6 gwt_mst03.dis dis + IC6 gwt_mst03.ic ic + ADV6 gwt_mst03.adv adv + MST6 gwt_mst03.mst mst + SSM6 gwt_mst03.ssm ssm + OC6 gwt_mst03.oc oc +END packages + diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwt_mst03.oc b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwt_mst03.oc new file mode 100644 index 000000000..7a74ac6c6 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwt_mst03.oc @@ -0,0 +1,13 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. +BEGIN options + BUDGET FILEOUT gwt_mst03.cbc + CONCENTRATION FILEOUT gwt_mst03.ucn + CONCENTRATION PRINT_FORMAT COLUMNS 10 WIDTH 15 DIGITS 6 GENERAL +END options + +BEGIN period 1 + SAVE CONCENTRATION ALL + PRINT CONCENTRATION ALL + PRINT BUDGET ALL +END period 1 + diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwt_mst03.ssm b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwt_mst03.ssm new file mode 100644 index 000000000..686f57b16 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwt_mst03.ssm @@ -0,0 +1,8 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. +BEGIN options +END options + +BEGIN sources + WEL-1 AUX CONCENTRATION +END sources + diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwt_mst03.ucn b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwt_mst03.ucn new file mode 100644 index 000000000..ae371061a Binary files /dev/null and b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/gwt_mst03.ucn differ diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/mfsim.lst b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/mfsim.lst new file mode 100644 index 000000000..e1c9e8634 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/mfsim.lst @@ -0,0 +1,2550 @@ + MODFLOW 6 PROFESSIONAL + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + VERSION 6.5.0.dev0 (preliminary) 07/13/2023 + ***DEVELOP MODE*** + + MODFLOW 6 compiled Oct 30 2023 08:23:02 with GCC version 11.3.0 + +This software is preliminary or provisional and is subject to +revision. It is being provided to meet the need for timely best +science. The software has not received final approval by the U.S. +Geological Survey (USGS). No warranty, expressed or implied, is made +by the USGS or the U.S. Government as to the functionality of the +software and related material nor shall the fact of release +constitute any such warranty. The software is provided on the +condition that neither the USGS nor the U.S. Government shall be held +liable for any damages resulting from the authorized or unauthorized +use of the software. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +The following 2-clause BSD License library is used in this +USGS product: + + PETSc, the Portable, Extensible Toolkit for Scientific + Computation Library + Copyright (c) 1991-2021, UChicago Argonne, LLC + and the PETSc Development Team All rights reserved. + (https://petsc.org/release/) + +MODFLOW 6 compiler options: -cpp -I src/libmf6core.a.p -I src -I ../src -I +src/libmf6_external.a.p -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/include -I +/home/mreno/.clone/external/petsc/include -I +/home/mreno/.clone/external/petsc/arch-linux-c-debug/lib -I +/home/mreno/miniconda3/envs/modflow6/include -I -fdiagnostics-color=always +-imultiarch x86_64-linux-gnu -D _FILE_OFFSET_BITS=64 -D __linux__ -D +__WITH_PETSC__ -D __WITH_MPI__ -D __WITH_NETCDF__ -mtune=generic +-march=x86-64 -g -O2 -Wall -Wpedantic -Wcharacter-truncation +-Wno-unused-dummy-argument -Wno-intrinsic-shadow -Wno-maybe-uninitialized +-Wno-uninitialized -std=f2008 -fall-intrinsics -fbacktrace -fcheck=all +-ffpe-trap=overflow,zero,invalid -ffpe-summary=overflow +-ffpe-trap=overflow,zero,invalid -fPIC -J src/libmf6core.a.p +-fpre-include=/usr/include/finclude/math-vector-fortran.h + +System command used to initiate simulation: +/home/mreno/.clone/usgs/w/netcdf/2/modflow6/bin/mf6 + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + + OPENED mfsim.nam + FILE TYPE:NAM6 UNIT 1001 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. + + OPENED gwf_mst03.nam + FILE TYPE:GWF6 UNIT 1002 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. +Model NetCDF4 Input "gwf_mst03.nc" opened NF90_NOWRITE, ncid=65536 +IDM nc modeltype=GWF6 +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=GWF_MST03, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "NLAY" discovered for package "GWF_MST03/DIS". +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=GWF_MST03, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "NROW" discovered for package "GWF_MST03/DIS". +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=GWF_MST03, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "NCOL" discovered for package "GWF_MST03/DIS". +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=GWF_MST03, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "DELR" discovered for package "GWF_MST03/DIS". +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=GWF_MST03, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "DELC" discovered for package "GWF_MST03/DIS". +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=GWF_MST03, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "TOP" discovered for package "GWF_MST03/DIS". +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=GWF_MST03, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "BOTM" discovered for package "GWF_MST03/DIS". +IDM load netcdf var model=GWF6, ptype=DIS6 +IDM nc4_context pkg cname=GWF_MST03, scname=DIS +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=DIS6, sctype=DIS +Input parameter "IDOMAIN" discovered for package "GWF_MST03/DIS". +IDM load netcdf var model=GWF6, ptype=NPF6 +IDM nc4_context pkg cname=GWF_MST03, scname=DIS +IDM nc4_context pkg cname=GWF_MST03, scname=NPF +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=NPF6, sctype=NPF +Input parameter "SAVE_FLOWS" discovered for package "GWF_MST03/NPF". +IDM load netcdf var model=GWF6, ptype=NPF6 +IDM nc4_context pkg cname=GWF_MST03, scname=DIS +IDM nc4_context pkg cname=GWF_MST03, scname=NPF +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=NPF6, sctype=NPF +Input parameter "ICELLTYPE" discovered for package "GWF_MST03/NPF". +IDM load netcdf var model=GWF6, ptype=NPF6 +IDM nc4_context pkg cname=GWF_MST03, scname=DIS +IDM nc4_context pkg cname=GWF_MST03, scname=NPF +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=NPF6, sctype=NPF +Input parameter "K" discovered for package "GWF_MST03/NPF". +IDM load netcdf var model=GWF6, ptype=NPF6 +IDM nc4_context pkg cname=GWF_MST03, scname=DIS +IDM nc4_context pkg cname=GWF_MST03, scname=NPF +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=NPF6, sctype=NPF +Input parameter "K33" discovered for package "GWF_MST03/NPF". +IDM load netcdf var model=GWF6, ptype=WEL6 +IDM nc4_context pkg cname=GWF_MST03, scname=DIS +IDM nc4_context pkg cname=GWF_MST03, scname=NPF +IDM nc4_context pkg cname=GWF_MST03, scname=WEL-1 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=WEL6, sctype=WEL +Input parameter "AUXILIARY" discovered for package "GWF_MST03/WEL-1". +IDM load netcdf var model=GWF6, ptype=WEL6 +IDM nc4_context pkg cname=GWF_MST03, scname=DIS +IDM nc4_context pkg cname=GWF_MST03, scname=NPF +IDM nc4_context pkg cname=GWF_MST03, scname=WEL-1 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=WEL6, sctype=WEL +Input parameter "PRINT_INPUT" discovered for package "GWF_MST03/WEL-1". +IDM load netcdf var model=GWF6, ptype=WEL6 +IDM nc4_context pkg cname=GWF_MST03, scname=DIS +IDM nc4_context pkg cname=GWF_MST03, scname=NPF +IDM nc4_context pkg cname=GWF_MST03, scname=WEL-1 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=WEL6, sctype=WEL +Input parameter "PRINT_FLOWS" discovered for package "GWF_MST03/WEL-1". +IDM load netcdf var model=GWF6, ptype=WEL6 +IDM nc4_context pkg cname=GWF_MST03, scname=DIS +IDM nc4_context pkg cname=GWF_MST03, scname=NPF +IDM nc4_context pkg cname=GWF_MST03, scname=WEL-1 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=WEL6, sctype=WEL +Input parameter "SAVE_FLOWS" discovered for package "GWF_MST03/WEL-1". +IDM load netcdf var model=GWF6, ptype=WEL6 +IDM nc4_context pkg cname=GWF_MST03, scname=DIS +IDM nc4_context pkg cname=GWF_MST03, scname=NPF +IDM nc4_context pkg cname=GWF_MST03, scname=WEL-1 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=WEL6, sctype=WEL +Input parameter "MAXBOUND" discovered for package "GWF_MST03/WEL-1". +IDM load netcdf var model=GWF6, ptype=WEL6 +IDM nc4_context pkg cname=GWF_MST03, scname=DIS +IDM nc4_context pkg cname=GWF_MST03, scname=NPF +IDM nc4_context pkg cname=GWF_MST03, scname=WEL-1 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=WEL6 +IDM nc4_context pkg cname=GWF_MST03, scname=DIS +IDM nc4_context pkg cname=GWF_MST03, scname=NPF +IDM nc4_context pkg cname=GWF_MST03, scname=WEL-1 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=WEL6, sctype=WEL +Input parameter "CELLID" discovered for package "GWF_MST03/WEL-1". +IDM load netcdf var model=GWF6, ptype=WEL6 +IDM nc4_context pkg cname=GWF_MST03, scname=DIS +IDM nc4_context pkg cname=GWF_MST03, scname=NPF +IDM nc4_context pkg cname=GWF_MST03, scname=WEL-1 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=WEL6, sctype=WEL +Input parameter "Q" discovered for package "GWF_MST03/WEL-1". +IDM load netcdf var model=GWF6, ptype=WEL6 +IDM nc4_context pkg cname=GWF_MST03, scname=DIS +IDM nc4_context pkg cname=GWF_MST03, scname=NPF +IDM nc4_context pkg cname=GWF_MST03, scname=WEL-1 +IDM load nc model ctype=GWF +IDM load netcdf var model=GWF6, ptype=WEL6, sctype=WEL +Input parameter "AUX" discovered for package "GWF_MST03/WEL-1". +IDM input_load pkg=DIS +IDM NF90_MAX_DIMS=1024 +IDM NF90_MAX_VAR_DIMS=1024 +varname=NLAY, type=INTEGER +varname=NROW, type=INTEGER +varname=NCOL, type=INTEGER +varname=DELR, type=DOUBLE1D +varname=DELC, type=DOUBLE1D +varname=TOP, type=DOUBLE2D +varname=BOTM, type=DOUBLE3D +varname=IDOMAIN, type=INTEGER3D + ALL SIMULATION MEMORY INFORMATION WILL BE WRITTEN. + + DETAILED INFORMATION ON VARIABLES STORED IN THE MEMORY MANAGER + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + ORIGIN VARIABLE NAME DATA TYPE NUMBER OF ITEMS ASSOCIATED VARIABLE + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + __INPUT__/SIM/NAM TDIS6 STRING LEN=300 1 -- + __INPUT__/SIM/NAM MTYPE STRING LEN=300 2 -- + __INPUT__/SIM/NAM MFNAME STRING LEN=300 2 -- + __INPUT__/SIM/NAM MNAME STRING LEN=300 2 -- + __INPUT__/SIM/NAM EXGTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM EXGFILE STRING LEN=300 1 -- + __INPUT__/SIM/NAM EXGMNAMEA STRING LEN=300 1 -- + __INPUT__/SIM/NAM EXGMNAMEB STRING LEN=300 1 -- + __INPUT__/SIM/NAM SOLUTIONGROUPNUM INTEGER 2 -- + __INPUT__/SIM/NAM SLNTYPE STRING LEN=300 2 -- + __INPUT__/SIM/NAM SLNFNAME STRING LEN=300 2 -- + __INPUT__/SIM/NAM SLNMNAMES STRING LEN=300 2 -- + __INPUT__/SIM/NAM CONTINUE INTEGER 1 -- + __INPUT__/SIM/NAM NOCHECK INTEGER 1 -- + __INPUT__/SIM/NAM PRMEM STRING LEN=300 1 -- + __INPUT__/SIM/NAM MAXERRORS INTEGER 1 -- + __INPUT__/SIM/NAM PRINT_INPUT INTEGER 1 -- + __INPUT__/SIM/NAM MXITER INTEGER 1 -- + __INPUT__/SIM NUMMODELS INTEGER 1 -- + __INPUT__/SIM NUMEXCHANGES INTEGER 1 -- + __INPUT__/GWF_MST03/NAM NEWTON INTEGER 1 -- + __INPUT__/GWF_MST03/NAM UNDER_RELAXATION INTEGER 1 -- + __INPUT__/GWF_MST03/NAM FTYPE STRING LEN=300 6 -- + __INPUT__/GWF_MST03/NAM FNAME STRING LEN=300 6 -- + __INPUT__/GWF_MST03/NAM PNAME STRING LEN=300 6 -- + __INPUT__/GWF_MST03 PKGTYPES STRING LEN=7 0 -- + __INPUT__/GWF_MST03 PKGNAMES STRING LEN=16 0 -- + __INPUT__/GWF_MST03 MEMPATHS STRING LEN=50 0 -- + __INPUT__/GWF_MST03 INUNITS INTEGER 0 -- + __INPUT__/GWF_MST03/DIS INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/GWF_MST03/NPF INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/GWF_MST03/WEL-1 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/GWF_MST03/DIS NLAY INTEGER 1 -- + __INPUT__/GWF_MST03/DIS NROW INTEGER 1 -- + __INPUT__/GWF_MST03/DIS NCOL INTEGER 1 -- + __INPUT__/GWF_MST03 MODEL_SHAPE INTEGER 3 -- + __INPUT__/GWF_MST03 NCELLDIM INTEGER 1 -- + __INPUT__/GWF_MST03/DIS DELR DOUBLE 1 -- + __INPUT__/GWF_MST03/DIS DELC DOUBLE 1 -- + __INPUT__/GWF_MST03/DIS TOP DOUBLE 1 -- + __INPUT__/GWF_MST03/DIS BOTM DOUBLE 1 -- + __INPUT__/GWF_MST03/DIS IDOMAIN INTEGER 1 -- + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 1.5340000 + Logical 0.0000000 + Integer 7.60000000E-02 + Real 3.20000000E-02 + ------------------------------- + Total 1.6420000 + Virtual 0.0000000 + ------------------------------- + + +IDM input_load pkg=NPF +IDM NF90_MAX_DIMS=1024 +IDM NF90_MAX_VAR_DIMS=1024 +varname=IPAKCB, type=KEYWORD +varname=ICELLTYPE, type=INTEGER1D +varname=K, type=DOUBLE1D +varname=K33, type=DOUBLE1D + ALL SIMULATION MEMORY INFORMATION WILL BE WRITTEN. + + DETAILED INFORMATION ON VARIABLES STORED IN THE MEMORY MANAGER + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + ORIGIN VARIABLE NAME DATA TYPE NUMBER OF ITEMS ASSOCIATED VARIABLE + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + __INPUT__/SIM/NAM TDIS6 STRING LEN=300 1 -- + __INPUT__/SIM/NAM MTYPE STRING LEN=300 2 -- + __INPUT__/SIM/NAM MFNAME STRING LEN=300 2 -- + __INPUT__/SIM/NAM MNAME STRING LEN=300 2 -- + __INPUT__/SIM/NAM EXGTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM EXGFILE STRING LEN=300 1 -- + __INPUT__/SIM/NAM EXGMNAMEA STRING LEN=300 1 -- + __INPUT__/SIM/NAM EXGMNAMEB STRING LEN=300 1 -- + __INPUT__/SIM/NAM SOLUTIONGROUPNUM INTEGER 2 -- + __INPUT__/SIM/NAM SLNTYPE STRING LEN=300 2 -- + __INPUT__/SIM/NAM SLNFNAME STRING LEN=300 2 -- + __INPUT__/SIM/NAM SLNMNAMES STRING LEN=300 2 -- + __INPUT__/SIM/NAM CONTINUE INTEGER 1 -- + __INPUT__/SIM/NAM NOCHECK INTEGER 1 -- + __INPUT__/SIM/NAM PRMEM STRING LEN=300 1 -- + __INPUT__/SIM/NAM MAXERRORS INTEGER 1 -- + __INPUT__/SIM/NAM PRINT_INPUT INTEGER 1 -- + __INPUT__/SIM/NAM MXITER INTEGER 1 -- + __INPUT__/SIM NUMMODELS INTEGER 1 -- + __INPUT__/SIM NUMEXCHANGES INTEGER 1 -- + __INPUT__/GWF_MST03/NAM NEWTON INTEGER 1 -- + __INPUT__/GWF_MST03/NAM UNDER_RELAXATION INTEGER 1 -- + __INPUT__/GWF_MST03/NAM FTYPE STRING LEN=300 6 -- + __INPUT__/GWF_MST03/NAM FNAME STRING LEN=300 6 -- + __INPUT__/GWF_MST03/NAM PNAME STRING LEN=300 6 -- + __INPUT__/GWF_MST03 PKGTYPES STRING LEN=7 0 -- + __INPUT__/GWF_MST03 PKGNAMES STRING LEN=16 0 -- + __INPUT__/GWF_MST03 MEMPATHS STRING LEN=50 0 -- + __INPUT__/GWF_MST03 INUNITS INTEGER 0 -- + __INPUT__/GWF_MST03/DIS INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/GWF_MST03/NPF INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/GWF_MST03/WEL-1 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/GWF_MST03/DIS NLAY INTEGER 1 -- + __INPUT__/GWF_MST03/DIS NROW INTEGER 1 -- + __INPUT__/GWF_MST03/DIS NCOL INTEGER 1 -- + __INPUT__/GWF_MST03 MODEL_SHAPE INTEGER 3 -- + __INPUT__/GWF_MST03 NCELLDIM INTEGER 1 -- + __INPUT__/GWF_MST03/DIS DELR DOUBLE 1 -- + __INPUT__/GWF_MST03/DIS DELC DOUBLE 1 -- + __INPUT__/GWF_MST03/DIS TOP DOUBLE 1 -- + __INPUT__/GWF_MST03/DIS BOTM DOUBLE 1 -- + __INPUT__/GWF_MST03/DIS IDOMAIN INTEGER 1 -- + __INPUT__/GWF_MST03/NPF IPAKCB INTEGER 1 -- + __INPUT__/GWF_MST03/NPF ICELLTYPE INTEGER 1 -- + __INPUT__/GWF_MST03/NPF K DOUBLE 1 -- + __INPUT__/GWF_MST03/NPF K33 DOUBLE 1 -- + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 1.5340000 + Logical 0.0000000 + Integer 8.40000000E-02 + Real 4.80000000E-02 + ------------------------------- + Total 1.6660000 + Virtual 0.0000000 + ------------------------------- + + + + OPENED gwf_mst03.sto + FILE TYPE:STO6 UNIT 1003 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwf_mst03.ic + FILE TYPE:IC6 UNIT 1004 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwf_mst03.oc + FILE TYPE:OC6 UNIT 1005 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + +IDM input_load pkg=WEL-1 +IDM NF90_MAX_DIMS=1024 +IDM NF90_MAX_VAR_DIMS=1024 +varname=AUXILIARY, type=STRING +varname=IPRPAK, type=KEYWORD +varname=IPRFLOW, type=KEYWORD +varname=IPAKCB, type=KEYWORD +varname=MAXBOUND, type=INTEGER + ALL SIMULATION MEMORY INFORMATION WILL BE WRITTEN. + + DETAILED INFORMATION ON VARIABLES STORED IN THE MEMORY MANAGER + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + ORIGIN VARIABLE NAME DATA TYPE NUMBER OF ITEMS ASSOCIATED VARIABLE + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + __INPUT__/SIM/NAM TDIS6 STRING LEN=300 1 -- + __INPUT__/SIM/NAM MTYPE STRING LEN=300 2 -- + __INPUT__/SIM/NAM MFNAME STRING LEN=300 2 -- + __INPUT__/SIM/NAM MNAME STRING LEN=300 2 -- + __INPUT__/SIM/NAM EXGTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM EXGFILE STRING LEN=300 1 -- + __INPUT__/SIM/NAM EXGMNAMEA STRING LEN=300 1 -- + __INPUT__/SIM/NAM EXGMNAMEB STRING LEN=300 1 -- + __INPUT__/SIM/NAM SOLUTIONGROUPNUM INTEGER 2 -- + __INPUT__/SIM/NAM SLNTYPE STRING LEN=300 2 -- + __INPUT__/SIM/NAM SLNFNAME STRING LEN=300 2 -- + __INPUT__/SIM/NAM SLNMNAMES STRING LEN=300 2 -- + __INPUT__/SIM/NAM CONTINUE INTEGER 1 -- + __INPUT__/SIM/NAM NOCHECK INTEGER 1 -- + __INPUT__/SIM/NAM PRMEM STRING LEN=300 1 -- + __INPUT__/SIM/NAM MAXERRORS INTEGER 1 -- + __INPUT__/SIM/NAM PRINT_INPUT INTEGER 1 -- + __INPUT__/SIM/NAM MXITER INTEGER 1 -- + __INPUT__/SIM NUMMODELS INTEGER 1 -- + __INPUT__/SIM NUMEXCHANGES INTEGER 1 -- + __INPUT__/GWF_MST03/NAM NEWTON INTEGER 1 -- + __INPUT__/GWF_MST03/NAM UNDER_RELAXATION INTEGER 1 -- + __INPUT__/GWF_MST03/NAM FTYPE STRING LEN=300 6 -- + __INPUT__/GWF_MST03/NAM FNAME STRING LEN=300 6 -- + __INPUT__/GWF_MST03/NAM PNAME STRING LEN=300 6 -- + __INPUT__/GWF_MST03 PKGTYPES STRING LEN=7 0 -- + __INPUT__/GWF_MST03 PKGNAMES STRING LEN=16 0 -- + __INPUT__/GWF_MST03 MEMPATHS STRING LEN=50 0 -- + __INPUT__/GWF_MST03 INUNITS INTEGER 0 -- + __INPUT__/GWF_MST03/DIS INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/GWF_MST03/NPF INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/GWF_MST03/WEL-1 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/GWF_MST03/DIS NLAY INTEGER 1 -- + __INPUT__/GWF_MST03/DIS NROW INTEGER 1 -- + __INPUT__/GWF_MST03/DIS NCOL INTEGER 1 -- + __INPUT__/GWF_MST03 MODEL_SHAPE INTEGER 3 -- + __INPUT__/GWF_MST03 NCELLDIM INTEGER 1 -- + __INPUT__/GWF_MST03/DIS DELR DOUBLE 1 -- + __INPUT__/GWF_MST03/DIS DELC DOUBLE 1 -- + __INPUT__/GWF_MST03/DIS TOP DOUBLE 1 -- + __INPUT__/GWF_MST03/DIS BOTM DOUBLE 1 -- + __INPUT__/GWF_MST03/DIS IDOMAIN INTEGER 1 -- + __INPUT__/GWF_MST03/NPF IPAKCB INTEGER 1 -- + __INPUT__/GWF_MST03/NPF ICELLTYPE INTEGER 1 -- + __INPUT__/GWF_MST03/NPF K DOUBLE 1 -- + __INPUT__/GWF_MST03/NPF K33 DOUBLE 1 -- + __INPUT__/GWF_MST03/WEL-1 NAUX INTEGER 1 -- + __INPUT__/GWF_MST03/WEL-1 AUXILIARY STRING LEN=16 1 -- + __INPUT__/GWF_MST03/WEL-1 IPRPAK INTEGER 1 -- + __INPUT__/GWF_MST03/WEL-1 IPRFLOW INTEGER 1 -- + __INPUT__/GWF_MST03/WEL-1 IPAKCB INTEGER 1 -- + __INPUT__/GWF_MST03/WEL-1 MAXBOUND INTEGER 1 -- + __INPUT__/GWF_MST03/WEL-1 IPER INTEGER 1 -- + __INPUT__/GWF_MST03/WEL-1 IONPER INTEGER 1 -- + __INPUT__/GWF_MST03/WEL-1 NBOUND INTEGER 1 -- + __INPUT__/GWF_MST03/WEL-1 NCPL INTEGER 1 -- + __INPUT__/GWF_MST03/WEL-1 CELLID INTEGER 3 -- + __INPUT__/GWF_MST03/WEL-1 Q DOUBLE 1 -- + __INPUT__/GWF_MST03/WEL-1 AUXVAR DOUBLE 1 -- + __INPUT__/GWF_MST03/WEL-1 BOUNDNAME STRING LEN=40 0 -- + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 1.5350000 + Logical 0.0000000 + Integer 0.13200000 + Real 6.40000000E-02 + ------------------------------- + Total 1.7310000 + Virtual 0.0000000 + ------------------------------- + + + + OPENED gwt_mst03.nam + FILE TYPE:GWT6 UNIT 1006 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. + + OPENED gwt_mst03.dis + FILE TYPE:DIS6 UNIT 1007 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. + + OPENED gwt_mst03.ic + FILE TYPE:IC6 UNIT 1008 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_mst03.mst + FILE TYPE:MST6 UNIT 1009 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_mst03.adv + FILE TYPE:ADV6 UNIT 1010 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_mst03.ssm + FILE TYPE:SSM6 UNIT 1011 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_mst03.oc + FILE TYPE:OC6 UNIT 1012 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + READING SIMULATION OPTIONS + MAXIMUM NUMBER OF ERRORS THAT WILL BE STORED IS 1000 + END OF SIMULATION OPTIONS + + READING SIMULATION TIMING + + OPENED mst03.tdis + FILE TYPE:TDIS UNIT 1013 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + TDIS -- TEMPORAL DISCRETIZATION PACKAGE, + VERSION 1 : 11/13/2014 - INPUT READ FROM UNIT 1013 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. + PROCESSING TDIS OPTIONS + SIMULATION TIME UNIT IS DAYS + END OF TDIS OPTIONS + PROCESSING TDIS DIMENSIONS + 2 STRESS PERIOD(S) IN SIMULATION + END OF TDIS DIMENSIONS + PROCESSING TDIS PERIODDATA + + + STRESS PERIOD LENGTH TIME STEPS MULTIPLIER FOR DELT + ---------------------------------------------------------------------------- + 1 2.000000 14 1.000 + 2 2.000000 14 1.000 + END OF TDIS PERIODDATA + END OF SIMULATION TIMING + + READING SIMULATION MODELS + GWF6 model 1 will be created + GWT6 model 2 will be created + END OF SIMULATION MODELS + + READING SIMULATION EXCHANGES + GWF6-GWT6 exchange 1 will be created to connect model 1 with model 2 + END OF SIMULATION EXCHANGES + + READING SOLUTIONGROUP + + Creating solution: SLN_1 + + OPENED gwf_mst03.ims + FILE TYPE:IMS UNIT 1016 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + Creating solution: SLN_2 + + OPENED gwt_mst03.ims + FILE TYPE:IMS UNIT 1017 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + END OF SOLUTIONGROUP + +PROCESSING MODEL CONNECTIONS +END OF MODEL CONNECTIONS + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1016 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. + + PROCESSING IMS OPTIONS + END OF IMS OPTIONS + + PROCESSING IMS NONLINEAR + END OF IMS NONLINEAR DATA + **UNDER-RELAXATION WILL BE USED*** + + + PROCESSING LINEAR DATA + END OF LINEAR DATA + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + An asymmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-05 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 100 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 3 + LINEAR SOLUTION METHOD (LINMETH) = 1 + UNDER-RELAXATION WEIGHT REDUCTION FACTOR (THETA) = 0.700000E+00 + UNDER-RELAXATION WEIGHT INCREASE INCREMENT (KAPPA) = 0.000000E+00 + UNDER-RELAXATION PREVIOUS HISTORY FACTOR (GAMMA) = 0.100000E+01 + UNDER-RELAXATION MOMENTUM TERM (AMOMENTUM) = 0.000000E+00 + + SOLUTION BY THE BICONJUGATE-GRADIENT STABILIZED METHOD + ------------------------------------------------------------------ + MAXIMUM OF 100 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 300 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = BCGS + MATRIX PRECONDITIONING TYPE = MOD. INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-05 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E-05 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.97000E+00 + + + + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1017 + # File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. + + PROCESSING IMS OPTIONS + END OF IMS OPTIONS + + PROCESSING IMS NONLINEAR + END OF IMS NONLINEAR DATA + ***UNDER-RELAXATION WILL NOT BE USED*** + + + PROCESSING LINEAR DATA + END OF LINEAR DATA + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + An asymmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-05 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 100 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 0 + LINEAR SOLUTION METHOD (LINMETH) = 1 + + SOLUTION BY THE BICONJUGATE-GRADIENT STABILIZED METHOD + ------------------------------------------------------------------ + MAXIMUM OF 100 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 300 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = BCGS + MATRIX PRECONDITIONING TYPE = MOD. INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-05 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E-05 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.97000E+00 + + + + + Solving: Stress period: 1 Time step: 1 + +1 + STRESS PERIOD NO. 1, LENGTH = 2.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 14 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=1 +IDM RP LIST kper=1 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=1 +CELLID FIRST SET nbound=1 +IDM RP LIST varname=Q, type=DOUBLE +IDM RP LIST varname=AUXVAR, type=DOUBLE1D + INITIAL TIME STEP SIZE = 0.1428571 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -35714286. 1_GWF-(1,1,1) + Model 2 1 8.6428525 1_GWF-(1,1,1) + Model 3 1 2.5928557 1_GWF-(1,1,1) + Model 4 1 0.77785672 1_GWF-(1,1,1) + Model 5 1 0.23335701 1_GWF-(1,1,1) + Model 6 1 7.00071043E-02 1_GWF-(1,1,1) + Model 7 2 2.10021313E-02 1_GWF-(1,1,1) + Model 8 2 6.30063938E-03 1_GWF-(1,1,1) + Model 9 2 1.89019182E-03 1_GWF-(1,1,1) + Model 10 2 5.67057545E-04 1_GWF-(1,1,1) + Model 11 2 1.70117263E-04 1_GWF-(1,1,1) + Model 12 2 5.10351790E-05 1_GWF-(1,1,1) + Model 13 2 1.53105537E-05 1_GWF-(1,1,1) + Model 14 2 4.59316611E-06 1_GWF-(1,1,1) + Model 15 2 1.37794983E-06 1_GWF-(1,1,1) + Model 16 1 4.13384839E-07 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 16 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 25 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 0.0000000 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 1 TOTAL ITERATIONS + + Solving: Stress period: 1 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36495326E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 1 + 2 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.63360913E-10 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 1 + 1 TOTAL ITERATIONS + + Solving: Stress period: 1 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36495326E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 1 + 2 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.85075099E-10 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 1 + 1 TOTAL ITERATIONS + + Solving: Stress period: 1 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36495326E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 1 + 2 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.08451955E-10 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 1 + 1 TOTAL ITERATIONS + + Solving: Stress period: 1 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36495326E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 1 + 3 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.33818331E-10 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 1 + 1 TOTAL ITERATIONS + + Solving: Stress period: 1 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36495326E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 1 + 2 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.61373178E-10 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 1 + 1 TOTAL ITERATIONS + + Solving: Stress period: 1 Time step: 7 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36584144E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 7 STRESS PERIOD 1 + 2 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.91443347E-10 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 7 STRESS PERIOD 1 + 1 TOTAL ITERATIONS + + Solving: Stress period: 1 Time step: 8 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36406508E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 8 STRESS PERIOD 1 + 3 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.24355687E-10 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 8 STRESS PERIOD 1 + 1 TOTAL ITERATIONS + + Solving: Stress period: 1 Time step: 9 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36495326E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 9 STRESS PERIOD 1 + 2 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.60550734E-10 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 9 STRESS PERIOD 1 + 1 TOTAL ITERATIONS + + Solving: Stress period: 1 Time step: 10 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36495326E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 10 STRESS PERIOD 1 + 2 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.00611133E-10 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 10 STRESS PERIOD 1 + 1 TOTAL ITERATIONS + + Solving: Stress period: 1 Time step: 11 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36495326E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 11 STRESS PERIOD 1 + 2 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.45076897E-10 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 11 STRESS PERIOD 1 + 1 TOTAL ITERATIONS + + Solving: Stress period: 1 Time step: 12 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36495326E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 12 STRESS PERIOD 1 + 2 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.94786467E-10 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 12 STRESS PERIOD 1 + 1 TOTAL ITERATIONS + + Solving: Stress period: 1 Time step: 13 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36495326E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 13 STRESS PERIOD 1 + 2 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.50734602E-10 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 13 STRESS PERIOD 1 + 1 TOTAL ITERATIONS + + Solving: Stress period: 1 Time step: 14 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36495326E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 14 STRESS PERIOD 1 + 2 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.01411501E-09 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 14 STRESS PERIOD 1 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 1 + +1 + STRESS PERIOD NO. 2, LENGTH = 2.000000 + ----------------------------------------------- + NUMBER OF TIME STEPS = 14 + MULTIPLIER FOR DELT = 1.000 +IDM inlist_rp iiper=2 +IDM RP LIST kper=2 +IDM RP LIST varname=CELLID, type=INTEGER1D +Found INODATA CELLIDsize m=3size n=1 +CELLID FIRST SET nbound=1 +IDM RP LIST varname=Q, type=DOUBLE +IDM RP LIST varname=AUXVAR, type=DOUBLE1D + INITIAL TIME STEP SIZE = 0.1428571 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36406508E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 2 + 2 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.6666666 2_GWT-(1,1,1) + Model 2 0 0.0000000 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36584144E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 2 + 2 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.8333333 2_GWT-(1,1,1) + Model 2 0 0.0000000 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36584144E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 2 + 2 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.1470588 2_GWT-(1,1,1) + Model 2 1 0.0000000 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 2 + 2 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36495326E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 2 + 2 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.5751634 2_GWT-(1,1,1) + Model 2 1 0.0000000 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 2 + 2 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36495326E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 2 + 2 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.0935672 2_GWT-(1,1,1) + Model 2 1 0.0000000 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 2 + 2 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36406508E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 2 + 2 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -3.6842105 2_GWT-(1,1,1) + Model 2 0 0.0000000 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 2 + 2 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 7 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36584144E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 7 STRESS PERIOD 2 + 2 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -3.3333333 2_GWT-(1,1,1) + Model 2 0 0.0000000 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 7 STRESS PERIOD 2 + 2 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 8 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36406508E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 8 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.0303030 2_GWT-(1,1,1) + Model 2 0 0.0000000 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 8 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 9 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36495326E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 9 STRESS PERIOD 2 + 2 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -2.7667984 2_GWT-(1,1,1) + Model 2 0 0.0000000 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 9 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 10 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36495326E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 10 STRESS PERIOD 2 + 2 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -2.5362319 2_GWT-(1,1,1) + Model 2 0 0.0000000 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 10 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 11 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36495326E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 11 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -2.3333333 2_GWT-(1,1,1) + Model 2 0 0.0000000 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 11 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 12 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36495326E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 12 STRESS PERIOD 2 + 2 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -2.1538462 2_GWT-(1,1,1) + Model 2 0 0.0000000 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 12 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 13 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 0.35714250 1_GWF-(1,1,1) + Model 2 1 -9.36495326E-12 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 13 STRESS PERIOD 2 + 2 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.9943020 2_GWT-(1,1,1) + Model 2 0 0.0000000 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 13 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 14 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 0.35714250 1_GWF-(1,1,1) + Model 2 2 2.50209080E-06 1_GWF-(1,1,1) + Model 3 2 1.25388178E-06 1_GWF-(1,1,1) + Model 4 1 6.32654228E-07 * 1_GWF-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 4 CALLS TO NUMERICAL SOLUTION IN TIME STEP 14 STRESS PERIOD 2 + 6 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.8518518 2_GWT-(1,1,1) + Model 2 0 0.0000000 * 2_GWT-(1,1,1) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 14 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + + Solution SLN_1 summary + ---------------------------------------------------------------------- + Total formulate time: 0.12819999999999984E-2 seconds + Total solution time: 0.47000000000008840E-4 seconds + + + + Solution SLN_2 summary + ---------------------------------------------------------------------- + Total formulate time: 0.29899999999999718E-3 seconds + Total solution time: 0.10000000000003062E-4 seconds + + + DETAILED INFORMATION ON VARIABLES STORED IN THE MEMORY MANAGER + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + ORIGIN VARIABLE NAME DATA TYPE NUMBER OF ITEMS ASSOCIATED VARIABLE + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + __INPUT__/SIM/NAM TDIS6 STRING LEN=300 1 -- + __INPUT__/SIM/NAM MTYPE STRING LEN=300 2 -- + __INPUT__/SIM/NAM MFNAME STRING LEN=300 2 -- + __INPUT__/SIM/NAM MNAME STRING LEN=300 2 -- + __INPUT__/SIM/NAM EXGTYPE STRING LEN=300 1 -- + __INPUT__/SIM/NAM EXGFILE STRING LEN=300 1 -- + __INPUT__/SIM/NAM EXGMNAMEA STRING LEN=300 1 -- + __INPUT__/SIM/NAM EXGMNAMEB STRING LEN=300 1 -- + __INPUT__/SIM/NAM SOLUTIONGROUPNUM INTEGER 2 -- + __INPUT__/SIM/NAM SLNTYPE STRING LEN=300 2 -- + __INPUT__/SIM/NAM SLNFNAME STRING LEN=300 2 -- + __INPUT__/SIM/NAM SLNMNAMES STRING LEN=300 2 -- + __INPUT__/SIM/NAM CONTINUE INTEGER 1 -- + __INPUT__/SIM/NAM NOCHECK INTEGER 1 -- + __INPUT__/SIM/NAM PRMEM STRING LEN=300 1 -- + __INPUT__/SIM/NAM MAXERRORS INTEGER 1 -- + __INPUT__/SIM/NAM PRINT_INPUT INTEGER 1 -- + __INPUT__/SIM/NAM MXITER INTEGER 1 -- + __INPUT__/SIM NUMMODELS INTEGER 1 -- + __INPUT__/SIM NUMEXCHANGES INTEGER 1 -- + __INPUT__/GWF_MST03/NAM NEWTON INTEGER 1 -- + __INPUT__/GWF_MST03/NAM UNDER_RELAXATION INTEGER 1 -- + __INPUT__/GWF_MST03/NAM FTYPE STRING LEN=300 6 -- + __INPUT__/GWF_MST03/NAM FNAME STRING LEN=300 6 -- + __INPUT__/GWF_MST03/NAM PNAME STRING LEN=300 6 -- + __INPUT__/GWF_MST03 PKGTYPES STRING LEN=7 6 -- + __INPUT__/GWF_MST03 PKGNAMES STRING LEN=16 6 -- + __INPUT__/GWF_MST03 MEMPATHS STRING LEN=50 6 -- + __INPUT__/GWF_MST03 INUNITS INTEGER 6 -- + __INPUT__/GWF_MST03/DIS INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/GWF_MST03/NPF INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/GWF_MST03/WEL-1 INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/GWF_MST03/DIS NLAY INTEGER 1 -- + __INPUT__/GWF_MST03/DIS NROW INTEGER 1 -- + __INPUT__/GWF_MST03/DIS NCOL INTEGER 1 -- + __INPUT__/GWF_MST03 MODEL_SHAPE INTEGER 3 -- + __INPUT__/GWF_MST03 NCELLDIM INTEGER 1 -- + __INPUT__/GWF_MST03/DIS DELR DOUBLE 1 -- + __INPUT__/GWF_MST03/DIS DELC DOUBLE 1 -- + __INPUT__/GWF_MST03/DIS TOP DOUBLE 1 -- + __INPUT__/GWF_MST03/DIS BOTM DOUBLE 1 -- + __INPUT__/GWF_MST03/DIS IDOMAIN INTEGER 1 -- + __INPUT__/GWF_MST03/NPF IPAKCB INTEGER 1 -- + __INPUT__/GWF_MST03/NPF ICELLTYPE INTEGER 1 -- + __INPUT__/GWF_MST03/NPF K DOUBLE 1 -- + __INPUT__/GWF_MST03/NPF K33 DOUBLE 1 -- + __INPUT__/GWF_MST03/WEL-1 NAUX INTEGER 1 -- + __INPUT__/GWF_MST03/WEL-1 AUXILIARY STRING LEN=16 1 -- + __INPUT__/GWF_MST03/WEL-1 IPRPAK INTEGER 1 -- + __INPUT__/GWF_MST03/WEL-1 IPRFLOW INTEGER 1 -- + __INPUT__/GWF_MST03/WEL-1 IPAKCB INTEGER 1 -- + __INPUT__/GWF_MST03/WEL-1 MAXBOUND INTEGER 1 -- + __INPUT__/GWF_MST03/WEL-1 IPER INTEGER 1 -- + __INPUT__/GWF_MST03/WEL-1 IONPER INTEGER 1 -- + __INPUT__/GWF_MST03/WEL-1 NBOUND INTEGER 1 -- + __INPUT__/GWF_MST03/WEL-1 NCPL INTEGER 1 -- + __INPUT__/GWF_MST03/WEL-1 CELLID INTEGER 3 -- + __INPUT__/GWF_MST03/WEL-1 Q DOUBLE 1 -- + __INPUT__/GWF_MST03/WEL-1 AUXVAR DOUBLE 1 -- + __INPUT__/GWF_MST03/WEL-1 BOUNDNAME STRING LEN=40 0 -- + __INPUT__/GWT_MST03/NAM FTYPE STRING LEN=300 6 -- + __INPUT__/GWT_MST03/NAM FNAME STRING LEN=300 6 -- + __INPUT__/GWT_MST03/NAM PNAME STRING LEN=300 6 -- + __INPUT__/GWT_MST03 PKGTYPES STRING LEN=7 6 -- + __INPUT__/GWT_MST03 PKGNAMES STRING LEN=16 6 -- + __INPUT__/GWT_MST03 MEMPATHS STRING LEN=50 6 -- + __INPUT__/GWT_MST03 INUNITS INTEGER 6 -- + __INPUT__/GWT_MST03/DIS INPUT_FNAME STRING LEN=300 1 -- + __INPUT__/GWT_MST03/DIS NLAY INTEGER 1 -- + __INPUT__/GWT_MST03/DIS NROW INTEGER 1 -- + __INPUT__/GWT_MST03/DIS NCOL INTEGER 1 -- + __INPUT__/GWT_MST03 MODEL_SHAPE INTEGER 3 -- + __INPUT__/GWT_MST03 NCELLDIM INTEGER 1 -- + __INPUT__/GWT_MST03/DIS DELR DOUBLE 1 -- + __INPUT__/GWT_MST03/DIS DELC DOUBLE 1 -- + __INPUT__/GWT_MST03/DIS TOP DOUBLE 1 -- + __INPUT__/GWT_MST03/DIS BOTM DOUBLE 1 -- + __INPUT__/GWT_MST03/DIS IDOMAIN INTEGER 1 -- + TDIS NPER INTEGER 1 -- + TDIS ITMUNI INTEGER 1 -- + TDIS KPER INTEGER 1 -- + TDIS KSTP INTEGER 1 -- + TDIS INATS INTEGER 1 -- + TDIS READNEWDATA LOGICAL 1 -- + TDIS ENDOFPERIOD LOGICAL 1 -- + TDIS ENDOFSIMULATION LOGICAL 1 -- + TDIS DELT DOUBLE 1 -- + TDIS PERTIM DOUBLE 1 -- + TDIS TOPERTIM DOUBLE 1 -- + TDIS TOTIM DOUBLE 1 -- + TDIS TOTIMC DOUBLE 1 -- + TDIS DELTSAV DOUBLE 1 -- + TDIS TOTIMSAV DOUBLE 1 -- + TDIS PERTIMSAV DOUBLE 1 -- + TDIS TOTALSIMTIME DOUBLE 1 -- + TDIS PERLEN DOUBLE 2 -- + TDIS NSTP INTEGER 2 -- + TDIS TSMULT DOUBLE 2 -- + __INPUT__/SIM/NAM MRANKS INTEGER 2 -- + GWF_MST03 NAME STRING LEN=16 1 -- + GWF_MST03 MACRONYM STRING LEN=3 1 -- + GWF_MST03 ID INTEGER 1 -- + GWF_MST03 IOUT INTEGER 1 -- + GWF_MST03 INEWTON INTEGER 1 -- + GWF_MST03 IPRPAK INTEGER 1 -- + GWF_MST03 IPRFLOW INTEGER 1 -- + GWF_MST03 IPAKCB INTEGER 1 -- + GWF_MST03 IDSOLN INTEGER 1 -- + GWF_MST03 NEQ INTEGER 1 -- + GWF_MST03 NJA INTEGER 1 -- + GWF_MST03 ICNVG INTEGER 1 -- + GWF_MST03 MOFFSET INTEGER 1 -- + GWF_MST03 INIC INTEGER 1 -- + GWF_MST03 INOC INTEGER 1 -- + GWF_MST03 INNPF INTEGER 1 -- + GWF_MST03 INBUY INTEGER 1 -- + GWF_MST03 INVSC INTEGER 1 -- + GWF_MST03 INSTO INTEGER 1 -- + GWF_MST03 INCSUB INTEGER 1 -- + GWF_MST03 INMVR INTEGER 1 -- + GWF_MST03 INHFB INTEGER 1 -- + GWF_MST03 INGNC INTEGER 1 -- + GWF_MST03 INOBS INTEGER 1 -- + GWF_MST03 ISS INTEGER 1 -- + GWF_MST03 INEWTONUR INTEGER 1 -- + GWF_MST03/DIS INUNIT INTEGER 1 -- + GWF_MST03/DIS IOUT INTEGER 1 -- + GWF_MST03/DIS NODES INTEGER 1 -- + GWF_MST03/DIS NODESUSER INTEGER 1 -- + GWF_MST03/DIS NDIM INTEGER 1 -- + GWF_MST03/DIS ICONDIR INTEGER 1 -- + GWF_MST03/DIS NOGRB INTEGER 1 -- + GWF_MST03/DIS XORIGIN DOUBLE 1 -- + GWF_MST03/DIS YORIGIN DOUBLE 1 -- + GWF_MST03/DIS ANGROT DOUBLE 1 -- + GWF_MST03/DIS NJA INTEGER 1 -- + GWF_MST03/DIS NJAS INTEGER 1 -- + GWF_MST03/DIS LENUNI INTEGER 1 -- + GWF_MST03/DIS NLAY INTEGER 1 -- + GWF_MST03/DIS NROW INTEGER 1 -- + GWF_MST03/DIS NCOL INTEGER 1 -- + GWF_MST03/NPF INPUT_FNAME STRING LEN=300 1 -- + GWF_MST03/NPF PACKAGE_TYPE STRING LEN=5 1 -- + GWF_MST03/NPF ID INTEGER 1 -- + GWF_MST03/NPF INUNIT INTEGER 1 -- + GWF_MST03/NPF IOUT INTEGER 1 -- + GWF_MST03/NPF INEWTON INTEGER 1 -- + GWF_MST03/NPF IASYM INTEGER 1 -- + GWF_MST03/NPF IPRPAK INTEGER 1 -- + GWF_MST03/NPF IPRFLOW INTEGER 1 -- + GWF_MST03/NPF IPAKCB INTEGER 1 -- + GWF_MST03/NPF IONPER INTEGER 1 -- + GWF_MST03/NPF LASTONPER INTEGER 1 -- + GWF_MST03/NPF INAME INTEGER 1 -- + GWF_MST03/NPF IXT3D INTEGER 1 -- + GWF_MST03/NPF IXT3DRHS INTEGER 1 -- + GWF_MST03/NPF SATOMEGA DOUBLE 1 -- + GWF_MST03/NPF HNOFLO DOUBLE 1 -- + GWF_MST03/NPF HDRY DOUBLE 1 -- + GWF_MST03/NPF ICELLAVG INTEGER 1 -- + GWF_MST03/NPF IAVGKEFF INTEGER 1 -- + GWF_MST03/NPF IK22 INTEGER 1 -- + GWF_MST03/NPF IK33 INTEGER 1 -- + GWF_MST03/NPF IK22OVERK INTEGER 1 -- + GWF_MST03/NPF IK33OVERK INTEGER 1 -- + GWF_MST03/NPF IPERCHED INTEGER 1 -- + GWF_MST03/NPF IVARCV INTEGER 1 -- + GWF_MST03/NPF IDEWATCV INTEGER 1 -- + GWF_MST03/NPF ITHICKSTRT INTEGER 1 -- + GWF_MST03/NPF IUSGNRHC INTEGER 1 -- + GWF_MST03/NPF INWTUPW INTEGER 1 -- + GWF_MST03/NPF ICALCSPDIS INTEGER 1 -- + GWF_MST03/NPF ISAVSPDIS INTEGER 1 -- + GWF_MST03/NPF ISAVSAT INTEGER 1 -- + GWF_MST03/NPF IREWET INTEGER 1 -- + GWF_MST03/NPF WETFCT DOUBLE 1 -- + GWF_MST03/NPF IWETIT INTEGER 1 -- + GWF_MST03/NPF IHDWET INTEGER 1 -- + GWF_MST03/NPF SATMIN DOUBLE 1 -- + GWF_MST03/NPF IANGLE1 INTEGER 1 -- + GWF_MST03/NPF IANGLE2 INTEGER 1 -- + GWF_MST03/NPF IANGLE3 INTEGER 1 -- + GWF_MST03/NPF IWETDRY INTEGER 1 -- + GWF_MST03/NPF NEDGES INTEGER 1 -- + GWF_MST03/NPF LASTEDGE INTEGER 1 -- + GWF_MST03/NPF INTVK INTEGER 1 -- + GWF_MST03/NPF INVSC INTEGER 1 -- + GWF_MST03/NPF KCHANGEPER INTEGER 1 -- + GWF_MST03/NPF KCHANGESTP INTEGER 1 -- + GWF_MST03/XT3D IXT3D INTEGER 1 -- + GWF_MST03/XT3D NBRMAX INTEGER 1 -- + GWF_MST03/XT3D INUNIT INTEGER 1 -- + GWF_MST03/XT3D IOUT INTEGER 1 -- + GWF_MST03/XT3D INEWTON INTEGER 1 -- + GWF_MST03/XT3D NUMEXTNBRS INTEGER 1 -- + GWF_MST03/XT3D NOZEE LOGICAL 1 -- + GWF_MST03/XT3D VCTHRESH DOUBLE 1 -- + GWF_MST03/XT3D LAMATSAVED LOGICAL 1 -- + GWF_MST03/XT3D LDISPERSION LOGICAL 1 -- + GWF_MST03/BUY INPUT_FNAME STRING LEN=300 1 -- + GWF_MST03/BUY PACKAGE_TYPE STRING LEN=5 1 -- + GWF_MST03/BUY ID INTEGER 1 -- + GWF_MST03/BUY INUNIT INTEGER 1 -- + GWF_MST03/BUY IOUT INTEGER 1 -- + GWF_MST03/BUY INEWTON INTEGER 1 -- + GWF_MST03/BUY IASYM INTEGER 1 -- + GWF_MST03/BUY IPRPAK INTEGER 1 -- + GWF_MST03/BUY IPRFLOW INTEGER 1 -- + GWF_MST03/BUY IPAKCB INTEGER 1 -- + GWF_MST03/BUY IONPER INTEGER 1 -- + GWF_MST03/BUY LASTONPER INTEGER 1 -- + GWF_MST03/BUY IOUTDENSE INTEGER 1 -- + GWF_MST03/BUY IFORM INTEGER 1 -- + GWF_MST03/BUY IREADELEV INTEGER 1 -- + GWF_MST03/BUY IREADCONCBUY INTEGER 1 -- + GWF_MST03/BUY ICONCSET INTEGER 1 -- + GWF_MST03/BUY DENSEREF DOUBLE 1 -- + GWF_MST03/BUY NRHOSPECIES INTEGER 1 -- + GWF_MST03/VSC INPUT_FNAME STRING LEN=300 1 -- + GWF_MST03/VSC PACKAGE_TYPE STRING LEN=5 1 -- + GWF_MST03/VSC ID INTEGER 1 -- + GWF_MST03/VSC INUNIT INTEGER 1 -- + GWF_MST03/VSC IOUT INTEGER 1 -- + GWF_MST03/VSC INEWTON INTEGER 1 -- + GWF_MST03/VSC IASYM INTEGER 1 -- + GWF_MST03/VSC IPRPAK INTEGER 1 -- + GWF_MST03/VSC IPRFLOW INTEGER 1 -- + GWF_MST03/VSC IPAKCB INTEGER 1 -- + GWF_MST03/VSC IONPER INTEGER 1 -- + GWF_MST03/VSC LASTONPER INTEGER 1 -- + GWF_MST03/VSC THERMIVISC INTEGER 1 -- + GWF_MST03/VSC IDXTMPR INTEGER 1 -- + GWF_MST03/VSC IOUTVISC INTEGER 1 -- + GWF_MST03/VSC IREADELEV INTEGER 1 -- + GWF_MST03/VSC ICONCSET INTEGER 1 -- + GWF_MST03/VSC VISCREF DOUBLE 1 -- + GWF_MST03/VSC A2 DOUBLE 1 -- + GWF_MST03/VSC A3 DOUBLE 1 -- + GWF_MST03/VSC A4 DOUBLE 1 -- + GWF_MST03/VSC NVISCSPECIES INTEGER 1 -- + GWF_MST03/GNC INPUT_FNAME STRING LEN=300 1 -- + GWF_MST03/GNC PACKAGE_TYPE STRING LEN=5 1 -- + GWF_MST03/GNC ID INTEGER 1 -- + GWF_MST03/GNC INUNIT INTEGER 1 -- + GWF_MST03/GNC IOUT INTEGER 1 -- + GWF_MST03/GNC INEWTON INTEGER 1 -- + GWF_MST03/GNC IASYM INTEGER 1 -- + GWF_MST03/GNC IPRPAK INTEGER 1 -- + GWF_MST03/GNC IPRFLOW INTEGER 1 -- + GWF_MST03/GNC IPAKCB INTEGER 1 -- + GWF_MST03/GNC IONPER INTEGER 1 -- + GWF_MST03/GNC LASTONPER INTEGER 1 -- + GWF_MST03/GNC SMGNC LOGICAL 1 -- + GWF_MST03/GNC IMPLICIT LOGICAL 1 -- + GWF_MST03/GNC I2KN LOGICAL 1 -- + GWF_MST03/GNC NEXG INTEGER 1 -- + GWF_MST03/GNC NUMJS INTEGER 1 -- + GWF_MST03/HFB INPUT_FNAME STRING LEN=300 1 -- + GWF_MST03/HFB PACKAGE_TYPE STRING LEN=5 1 -- + GWF_MST03/HFB ID INTEGER 1 -- + GWF_MST03/HFB INUNIT INTEGER 1 -- + GWF_MST03/HFB IOUT INTEGER 1 -- + GWF_MST03/HFB INEWTON INTEGER 1 -- + GWF_MST03/HFB IASYM INTEGER 1 -- + GWF_MST03/HFB IPRPAK INTEGER 1 -- + GWF_MST03/HFB IPRFLOW INTEGER 1 -- + GWF_MST03/HFB IPAKCB INTEGER 1 -- + GWF_MST03/HFB IONPER INTEGER 1 -- + GWF_MST03/HFB LASTONPER INTEGER 1 -- + GWF_MST03/HFB MAXHFB INTEGER 1 -- + GWF_MST03/HFB NHFB INTEGER 1 -- + GWF_MST03/HFB IVSC INTEGER 1 -- + GWF_MST03/STO INPUT_FNAME STRING LEN=300 1 -- + GWF_MST03/STO PACKAGE_TYPE STRING LEN=5 1 -- + GWF_MST03/STO ID INTEGER 1 -- + GWF_MST03/STO INUNIT INTEGER 1 -- + GWF_MST03/STO IOUT INTEGER 1 -- + GWF_MST03/STO INEWTON INTEGER 1 -- + GWF_MST03/STO IASYM INTEGER 1 -- + GWF_MST03/STO IPRPAK INTEGER 1 -- + GWF_MST03/STO IPRFLOW INTEGER 1 -- + GWF_MST03/STO IPAKCB INTEGER 1 -- + GWF_MST03/STO IONPER INTEGER 1 -- + GWF_MST03/STO LASTONPER INTEGER 1 -- + GWF_MST03/STO ISTOR_COEF INTEGER 1 -- + GWF_MST03/STO ICONF_SS INTEGER 1 -- + GWF_MST03/STO IORIG_SS INTEGER 1 -- + GWF_MST03/STO IUSESY INTEGER 1 -- + GWF_MST03/STO SATOMEGA DOUBLE 1 -- + GWF_MST03/STO INTEGRATECHANGES INTEGER 1 -- + GWF_MST03/STO INTVS INTEGER 1 -- + GWF_MST03/CSUB INPUT_FNAME STRING LEN=300 1 -- + GWF_MST03/CSUB PACKAGE_TYPE STRING LEN=5 1 -- + GWF_MST03/CSUB ID INTEGER 1 -- + GWF_MST03/CSUB INUNIT INTEGER 1 -- + GWF_MST03/CSUB IOUT INTEGER 1 -- + GWF_MST03/CSUB INEWTON INTEGER 1 -- + GWF_MST03/CSUB IASYM INTEGER 1 -- + GWF_MST03/CSUB IPRPAK INTEGER 1 -- + GWF_MST03/CSUB IPRFLOW INTEGER 1 -- + GWF_MST03/CSUB IPAKCB INTEGER 1 -- + GWF_MST03/CSUB IONPER INTEGER 1 -- + GWF_MST03/CSUB LASTONPER INTEGER 1 -- + GWF_MST03/CSUB LISTLABEL STRING LEN=500 1 -- + GWF_MST03/CSUB STONAME STRING LEN=50 1 -- + GWF_MST03/CSUB ISTOUNIT INTEGER 1 -- + GWF_MST03/CSUB INOBSPKG INTEGER 1 -- + GWF_MST03/CSUB NINTERBEDS INTEGER 1 -- + GWF_MST03/CSUB MAXSIG0 INTEGER 1 -- + GWF_MST03/CSUB NBOUND INTEGER 1 -- + GWF_MST03/CSUB ISCLOC INTEGER 1 -- + GWF_MST03/CSUB IAUXMULTCOL INTEGER 1 -- + GWF_MST03/CSUB NDELAYCELLS INTEGER 1 -- + GWF_MST03/CSUB NDELAYBEDS INTEGER 1 -- + GWF_MST03/CSUB INITIALIZED INTEGER 1 -- + GWF_MST03/CSUB IESLAG INTEGER 1 -- + GWF_MST03/CSUB IPCH INTEGER 1 -- + GWF_MST03/CSUB LHEAD_BASED LOGICAL 1 -- + GWF_MST03/CSUB IUPDATESTRESS INTEGER 1 -- + GWF_MST03/CSUB ISPECIFIED_PCS INTEGER 1 -- + GWF_MST03/CSUB ISPECIFIED_DBH INTEGER 1 -- + GWF_MST03/CSUB INAMEDBOUND INTEGER 1 -- + GWF_MST03/CSUB ICONVCHK INTEGER 1 -- + GWF_MST03/CSUB NAUX INTEGER 1 -- + GWF_MST03/CSUB ISTORAGEC INTEGER 1 -- + GWF_MST03/CSUB ISTRAINIB INTEGER 1 -- + GWF_MST03/CSUB ISTRAINSK INTEGER 1 -- + GWF_MST03/CSUB IOUTCOMP INTEGER 1 -- + GWF_MST03/CSUB IOUTCOMPI INTEGER 1 -- + GWF_MST03/CSUB IOUTCOMPE INTEGER 1 -- + GWF_MST03/CSUB IOUTCOMPIB INTEGER 1 -- + GWF_MST03/CSUB IOUTCOMPS INTEGER 1 -- + GWF_MST03/CSUB IOUTZDISP INTEGER 1 -- + GWF_MST03/CSUB IPAKCSV INTEGER 1 -- + GWF_MST03/CSUB IUPDATEMATPROP INTEGER 1 -- + GWF_MST03/CSUB EPSILON DOUBLE 1 -- + GWF_MST03/CSUB CC_CRIT DOUBLE 1 -- + GWF_MST03/CSUB GAMMAW DOUBLE 1 -- + GWF_MST03/CSUB BETA DOUBLE 1 -- + GWF_MST03/CSUB BRG DOUBLE 1 -- + GWF_MST03/CSUB SATOMEGA DOUBLE 1 -- + GWF_MST03/CSUB ICELLF INTEGER 1 -- + GWF_MST03/CSUB GWFISS0 INTEGER 1 -- + GWF_MST03/CSUB AUXNAME STRING LEN=16 0 -- + GWF_MST03/IC INPUT_FNAME STRING LEN=300 1 -- + GWF_MST03/IC PACKAGE_TYPE STRING LEN=5 1 -- + GWF_MST03/IC ID INTEGER 1 -- + GWF_MST03/IC INUNIT INTEGER 1 -- + GWF_MST03/IC IOUT INTEGER 1 -- + GWF_MST03/IC INEWTON INTEGER 1 -- + GWF_MST03/IC IASYM INTEGER 1 -- + GWF_MST03/IC IPRPAK INTEGER 1 -- + GWF_MST03/IC IPRFLOW INTEGER 1 -- + GWF_MST03/IC IPAKCB INTEGER 1 -- + GWF_MST03/IC IONPER INTEGER 1 -- + GWF_MST03/IC LASTONPER INTEGER 1 -- + GWF_MST03/MVR INPUT_FNAME STRING LEN=300 1 -- + GWF_MST03/MVR PACKAGE_TYPE STRING LEN=5 1 -- + GWF_MST03/MVR ID INTEGER 1 -- + GWF_MST03/MVR INUNIT INTEGER 1 -- + GWF_MST03/MVR IOUT INTEGER 1 -- + GWF_MST03/MVR INEWTON INTEGER 1 -- + GWF_MST03/MVR IASYM INTEGER 1 -- + GWF_MST03/MVR IPRPAK INTEGER 1 -- + GWF_MST03/MVR IPRFLOW INTEGER 1 -- + GWF_MST03/MVR IPAKCB INTEGER 1 -- + GWF_MST03/MVR IONPER INTEGER 1 -- + GWF_MST03/MVR LASTONPER INTEGER 1 -- + GWF_MST03/MVR IBUDGETOUT INTEGER 1 -- + GWF_MST03/MVR IBUDCSV INTEGER 1 -- + GWF_MST03/MVR MAXMVR INTEGER 1 -- + GWF_MST03/MVR MAXPACKAGES INTEGER 1 -- + GWF_MST03/MVR MAXCOMB INTEGER 1 -- + GWF_MST03/MVR NMVR INTEGER 1 -- + GWF_MST03/MVR IEXGMVR INTEGER 1 -- + GWF_MST03/MVR IMODELNAMES INTEGER 1 -- + GWF_MST03/OC INUNIT INTEGER 1 -- + GWF_MST03/OC IOUT INTEGER 1 -- + GWF_MST03/OC IBUDCSV INTEGER 1 -- + GWF_MST03/OC IPEROC INTEGER 1 -- + GWF_MST03/OC IOCREP INTEGER 1 -- + GWF_MST03/WEL-1 INPUT_FNAME STRING LEN=300 1 -- + GWF_MST03/WEL-1 PACKAGE_TYPE STRING LEN=5 1 -- + GWF_MST03/WEL-1 ID INTEGER 1 -- + GWF_MST03/WEL-1 INUNIT INTEGER 1 -- + GWF_MST03/WEL-1 IOUT INTEGER 1 -- + GWF_MST03/WEL-1 INEWTON INTEGER 1 -- + GWF_MST03/WEL-1 IASYM INTEGER 1 -- + GWF_MST03/WEL-1 IPRPAK INTEGER 1 -- + GWF_MST03/WEL-1 IPRFLOW INTEGER 1 -- + GWF_MST03/WEL-1 IPAKCB INTEGER 1 -- + GWF_MST03/WEL-1 IONPER INTEGER 1 -- + GWF_MST03/WEL-1 LASTONPER INTEGER 1 -- + GWF_MST03/WEL-1 LISTLABEL STRING LEN=500 1 -- + GWF_MST03/WEL-1 ISADVPAK INTEGER 1 -- + GWF_MST03/WEL-1 IBCNUM INTEGER 1 -- + GWF_MST03/WEL-1 MAXBOUND INTEGER 1 -- + GWF_MST03/WEL-1 NBOUND INTEGER 1 -- + GWF_MST03/WEL-1 NCOLBND INTEGER 1 -- + GWF_MST03/WEL-1 ISCLOC INTEGER 1 -- + GWF_MST03/WEL-1 NAUX INTEGER 1 -- + GWF_MST03/WEL-1 INAMEDBOUND INTEGER 1 -- + GWF_MST03/WEL-1 IAUXMULTCOL INTEGER 1 -- + GWF_MST03/WEL-1 INOBSPKG INTEGER 1 -- + GWF_MST03/WEL-1 IMOVER INTEGER 1 -- + GWF_MST03/WEL-1 IVSC INTEGER 1 -- + GWF_MST03/WEL-1 NPAKEQ INTEGER 1 -- + GWF_MST03/WEL-1 IOFFSET INTEGER 1 -- + GWF_MST03/WEL-1 AUXNAME STRING LEN=16 1 -- + GWF_MST03/WEL-1 AUXNAME_CST STRING LEN=16 1 -- + GWF_MST03/WEL-1 IFLOWRED INTEGER 1 -- + GWF_MST03/WEL-1 FLOWRED DOUBLE 1 -- + GWF_MST03/WEL-1 IOUTAFRCSV INTEGER 1 -- + GWT_MST03 NAME STRING LEN=16 1 -- + GWT_MST03 MACRONYM STRING LEN=3 1 -- + GWT_MST03 ID INTEGER 1 -- + GWT_MST03 IOUT INTEGER 1 -- + GWT_MST03 INEWTON INTEGER 1 -- + GWT_MST03 IPRPAK INTEGER 1 -- + GWT_MST03 IPRFLOW INTEGER 1 -- + GWT_MST03 IPAKCB INTEGER 1 -- + GWT_MST03 IDSOLN INTEGER 1 -- + GWT_MST03 NEQ INTEGER 1 -- + GWT_MST03 NJA INTEGER 1 -- + GWT_MST03 ICNVG INTEGER 1 -- + GWT_MST03 MOFFSET INTEGER 1 -- + GWT_MST03 INIC INTEGER 1 -- + GWT_MST03 INFMI INTEGER 1 -- + GWT_MST03 INMVT INTEGER 1 -- + GWT_MST03 INMST INTEGER 1 -- + GWT_MST03 INADV INTEGER 1 -- + GWT_MST03 INDSP INTEGER 1 -- + GWT_MST03 INSSM INTEGER 1 -- + GWT_MST03 INOC INTEGER 1 -- + GWT_MST03 INOBS INTEGER 1 -- + GWT_MST03/DIS INUNIT INTEGER 1 -- + GWT_MST03/DIS IOUT INTEGER 1 -- + GWT_MST03/DIS NODES INTEGER 1 -- + GWT_MST03/DIS NODESUSER INTEGER 1 -- + GWT_MST03/DIS NDIM INTEGER 1 -- + GWT_MST03/DIS ICONDIR INTEGER 1 -- + GWT_MST03/DIS NOGRB INTEGER 1 -- + GWT_MST03/DIS XORIGIN DOUBLE 1 -- + GWT_MST03/DIS YORIGIN DOUBLE 1 -- + GWT_MST03/DIS ANGROT DOUBLE 1 -- + GWT_MST03/DIS NJA INTEGER 1 -- + GWT_MST03/DIS NJAS INTEGER 1 -- + GWT_MST03/DIS LENUNI INTEGER 1 -- + GWT_MST03/DIS NLAY INTEGER 1 -- + GWT_MST03/DIS NROW INTEGER 1 -- + GWT_MST03/DIS NCOL INTEGER 1 -- + GWT_MST03/IC INPUT_FNAME STRING LEN=300 1 -- + GWT_MST03/IC PACKAGE_TYPE STRING LEN=5 1 -- + GWT_MST03/IC ID INTEGER 1 -- + GWT_MST03/IC INUNIT INTEGER 1 -- + GWT_MST03/IC IOUT INTEGER 1 -- + GWT_MST03/IC INEWTON INTEGER 1 -- + GWT_MST03/IC IASYM INTEGER 1 -- + GWT_MST03/IC IPRPAK INTEGER 1 -- + GWT_MST03/IC IPRFLOW INTEGER 1 -- + GWT_MST03/IC IPAKCB INTEGER 1 -- + GWT_MST03/IC IONPER INTEGER 1 -- + GWT_MST03/IC LASTONPER INTEGER 1 -- + GWT_MST03/FMI INPUT_FNAME STRING LEN=300 1 -- + GWT_MST03/FMI PACKAGE_TYPE STRING LEN=5 1 -- + GWT_MST03/FMI ID INTEGER 1 -- + GWT_MST03/FMI INUNIT INTEGER 1 -- + GWT_MST03/FMI IOUT INTEGER 1 -- + GWT_MST03/FMI INEWTON INTEGER 1 -- + GWT_MST03/FMI IASYM INTEGER 1 -- + GWT_MST03/FMI IPRPAK INTEGER 1 -- + GWT_MST03/FMI IPRFLOW INTEGER 1 -- + GWT_MST03/FMI IPAKCB INTEGER 1 -- + GWT_MST03/FMI IONPER INTEGER 1 -- + GWT_MST03/FMI LASTONPER INTEGER 1 -- + GWT_MST03/FMI FLOWS_FROM_FILE LOGICAL 1 -- + GWT_MST03/FMI IFLOWSUPDATED INTEGER 1 -- + GWT_MST03/FMI IGWFSTRGSS INTEGER 1 -- + GWT_MST03/FMI IGWFSTRGSY INTEGER 1 -- + GWT_MST03/FMI IUBUD INTEGER 1 -- + GWT_MST03/FMI IUHDS INTEGER 1 -- + GWT_MST03/FMI IUMVR INTEGER 1 -- + GWT_MST03/FMI NFLOWPACK INTEGER 1 -- + GWT_MST03/FMI IFLOWERR INTEGER 1 -- + GWT_MST03/MST INPUT_FNAME STRING LEN=300 1 -- + GWT_MST03/MST PACKAGE_TYPE STRING LEN=5 1 -- + GWT_MST03/MST ID INTEGER 1 -- + GWT_MST03/MST INUNIT INTEGER 1 -- + GWT_MST03/MST IOUT INTEGER 1 -- + GWT_MST03/MST INEWTON INTEGER 1 -- + GWT_MST03/MST IASYM INTEGER 1 -- + GWT_MST03/MST IPRPAK INTEGER 1 -- + GWT_MST03/MST IPRFLOW INTEGER 1 -- + GWT_MST03/MST IPAKCB INTEGER 1 -- + GWT_MST03/MST IONPER INTEGER 1 -- + GWT_MST03/MST LASTONPER INTEGER 1 -- + GWT_MST03/MST ISRB INTEGER 1 -- + GWT_MST03/MST IDCY INTEGER 1 -- + GWT_MST03/ADV INPUT_FNAME STRING LEN=300 1 -- + GWT_MST03/ADV PACKAGE_TYPE STRING LEN=5 1 -- + GWT_MST03/ADV ID INTEGER 1 -- + GWT_MST03/ADV INUNIT INTEGER 1 -- + GWT_MST03/ADV IOUT INTEGER 1 -- + GWT_MST03/ADV INEWTON INTEGER 1 -- + GWT_MST03/ADV IASYM INTEGER 1 -- + GWT_MST03/ADV IPRPAK INTEGER 1 -- + GWT_MST03/ADV IPRFLOW INTEGER 1 -- + GWT_MST03/ADV IPAKCB INTEGER 1 -- + GWT_MST03/ADV IONPER INTEGER 1 -- + GWT_MST03/ADV LASTONPER INTEGER 1 -- + GWT_MST03/ADV IADVWT INTEGER 1 -- + GWT_MST03/DSP INPUT_FNAME STRING LEN=300 1 -- + GWT_MST03/DSP PACKAGE_TYPE STRING LEN=5 1 -- + GWT_MST03/DSP ID INTEGER 1 -- + GWT_MST03/DSP INUNIT INTEGER 1 -- + GWT_MST03/DSP IOUT INTEGER 1 -- + GWT_MST03/DSP INEWTON INTEGER 1 -- + GWT_MST03/DSP IASYM INTEGER 1 -- + GWT_MST03/DSP IPRPAK INTEGER 1 -- + GWT_MST03/DSP IPRFLOW INTEGER 1 -- + GWT_MST03/DSP IPAKCB INTEGER 1 -- + GWT_MST03/DSP IONPER INTEGER 1 -- + GWT_MST03/DSP LASTONPER INTEGER 1 -- + GWT_MST03/DSP IDIFFC INTEGER 1 -- + GWT_MST03/DSP IDISP INTEGER 1 -- + GWT_MST03/DSP IALH INTEGER 1 -- + GWT_MST03/DSP IALV INTEGER 1 -- + GWT_MST03/DSP IATH1 INTEGER 1 -- + GWT_MST03/DSP IATH2 INTEGER 1 -- + GWT_MST03/DSP IATV INTEGER 1 -- + GWT_MST03/DSP IXT3DOFF INTEGER 1 -- + GWT_MST03/DSP IXT3DRHS INTEGER 1 -- + GWT_MST03/DSP IXT3D INTEGER 1 -- + GWT_MST03/DSP ID22 INTEGER 1 -- + GWT_MST03/DSP ID33 INTEGER 1 -- + GWT_MST03/DSP IANGLE1 INTEGER 1 -- + GWT_MST03/DSP IANGLE2 INTEGER 1 -- + GWT_MST03/DSP IANGLE3 INTEGER 1 -- + GWT_MST03/SSM INPUT_FNAME STRING LEN=300 1 -- + GWT_MST03/SSM PACKAGE_TYPE STRING LEN=5 1 -- + GWT_MST03/SSM ID INTEGER 1 -- + GWT_MST03/SSM INUNIT INTEGER 1 -- + GWT_MST03/SSM IOUT INTEGER 1 -- + GWT_MST03/SSM INEWTON INTEGER 1 -- + GWT_MST03/SSM IASYM INTEGER 1 -- + GWT_MST03/SSM IPRPAK INTEGER 1 -- + GWT_MST03/SSM IPRFLOW INTEGER 1 -- + GWT_MST03/SSM IPAKCB INTEGER 1 -- + GWT_MST03/SSM IONPER INTEGER 1 -- + GWT_MST03/SSM LASTONPER INTEGER 1 -- + GWT_MST03/SSM NBOUND INTEGER 1 -- + GWT_MST03/MVT INPUT_FNAME STRING LEN=300 1 -- + GWT_MST03/MVT PACKAGE_TYPE STRING LEN=5 1 -- + GWT_MST03/MVT ID INTEGER 1 -- + GWT_MST03/MVT INUNIT INTEGER 1 -- + GWT_MST03/MVT IOUT INTEGER 1 -- + GWT_MST03/MVT INEWTON INTEGER 1 -- + GWT_MST03/MVT IASYM INTEGER 1 -- + GWT_MST03/MVT IPRPAK INTEGER 1 -- + GWT_MST03/MVT IPRFLOW INTEGER 1 -- + GWT_MST03/MVT IPAKCB INTEGER 1 -- + GWT_MST03/MVT IONPER INTEGER 1 -- + GWT_MST03/MVT LASTONPER INTEGER 1 -- + GWT_MST03/MVT MAXPACKAGES INTEGER 1 -- + GWT_MST03/MVT IBUDGETOUT INTEGER 1 -- + GWT_MST03/MVT IBUDCSV INTEGER 1 -- + GWT_MST03/OC INUNIT INTEGER 1 -- + GWT_MST03/OC IOUT INTEGER 1 -- + GWT_MST03/OC IBUDCSV INTEGER 1 -- + GWT_MST03/OC IPEROC INTEGER 1 -- + GWT_MST03/OC IOCREP INTEGER 1 -- + GWF-GWT_1 M1ID INTEGER 1 -- + GWF-GWT_1 M2ID INTEGER 1 -- + SLN_1 ID INTEGER 1 -- + SLN_1 IU INTEGER 1 -- + SLN_1 TTFORM DOUBLE 1 -- + SLN_1 TTSOLN DOUBLE 1 -- + SLN_1 ISYMMETRIC INTEGER 1 -- + SLN_1 NEQ INTEGER 1 -- + SLN_1 MATRIX_OFFSET INTEGER 1 -- + SLN_1 DVCLOSE DOUBLE 1 -- + SLN_1 BIGCHOLD DOUBLE 1 -- + SLN_1 BIGCH DOUBLE 1 -- + SLN_1 RELAXOLD DOUBLE 1 -- + SLN_1 RES_PREV DOUBLE 1 -- + SLN_1 RES_NEW DOUBLE 1 -- + SLN_1 ICNVG INTEGER 1 -- + SLN_1 ITERTOT_TIMESTEP INTEGER 1 -- + SLN_1 IOUTTOT_TIMESTEP INTEGER 1 -- + SLN_1 INNERTOT_SIM INTEGER 1 -- + SLN_1 MXITER INTEGER 1 -- + SLN_1 LINSOLVER INTEGER 1 -- + SLN_1 NONMETH INTEGER 1 -- + SLN_1 IPRIMS INTEGER 1 -- + SLN_1 THETA DOUBLE 1 -- + SLN_1 AKAPPA DOUBLE 1 -- + SLN_1 GAMMA DOUBLE 1 -- + SLN_1 AMOMENTUM DOUBLE 1 -- + SLN_1 BREDUC DOUBLE 1 -- + SLN_1 BTOL DOUBLE 1 -- + SLN_1 RES_LIM DOUBLE 1 -- + SLN_1 NUMTRACK INTEGER 1 -- + SLN_1 IBFLAG INTEGER 1 -- + SLN_1 ICSVOUTEROUT INTEGER 1 -- + SLN_1 ICSVINNEROUT INTEGER 1 -- + SLN_1 NITERMAX INTEGER 1 -- + SLN_1 CONVNMOD INTEGER 1 -- + SLN_1 IALLOWPTC INTEGER 1 -- + SLN_1 IPTCOPT INTEGER 1 -- + SLN_1 IPTCOUT INTEGER 1 -- + SLN_1 L2NORM0 DOUBLE 1 -- + SLN_1 PTCDEL DOUBLE 1 -- + SLN_1 PTCDEL0 DOUBLE 1 -- + SLN_1 PTCEXP DOUBLE 1 -- + SLN_1 ATSFRAC DOUBLE 1 -- + SLN_2 ID INTEGER 1 -- + SLN_2 IU INTEGER 1 -- + SLN_2 TTFORM DOUBLE 1 -- + SLN_2 TTSOLN DOUBLE 1 -- + SLN_2 ISYMMETRIC INTEGER 1 -- + SLN_2 NEQ INTEGER 1 -- + SLN_2 MATRIX_OFFSET INTEGER 1 -- + SLN_2 DVCLOSE DOUBLE 1 -- + SLN_2 BIGCHOLD DOUBLE 1 -- + SLN_2 BIGCH DOUBLE 1 -- + SLN_2 RELAXOLD DOUBLE 1 -- + SLN_2 RES_PREV DOUBLE 1 -- + SLN_2 RES_NEW DOUBLE 1 -- + SLN_2 ICNVG INTEGER 1 -- + SLN_2 ITERTOT_TIMESTEP INTEGER 1 -- + SLN_2 IOUTTOT_TIMESTEP INTEGER 1 -- + SLN_2 INNERTOT_SIM INTEGER 1 -- + SLN_2 MXITER INTEGER 1 -- + SLN_2 LINSOLVER INTEGER 1 -- + SLN_2 NONMETH INTEGER 1 -- + SLN_2 IPRIMS INTEGER 1 -- + SLN_2 THETA DOUBLE 1 -- + SLN_2 AKAPPA DOUBLE 1 -- + SLN_2 GAMMA DOUBLE 1 -- + SLN_2 AMOMENTUM DOUBLE 1 -- + SLN_2 BREDUC DOUBLE 1 -- + SLN_2 BTOL DOUBLE 1 -- + SLN_2 RES_LIM DOUBLE 1 -- + SLN_2 NUMTRACK INTEGER 1 -- + SLN_2 IBFLAG INTEGER 1 -- + SLN_2 ICSVOUTEROUT INTEGER 1 -- + SLN_2 ICSVINNEROUT INTEGER 1 -- + SLN_2 NITERMAX INTEGER 1 -- + SLN_2 CONVNMOD INTEGER 1 -- + SLN_2 IALLOWPTC INTEGER 1 -- + SLN_2 IPTCOPT INTEGER 1 -- + SLN_2 IPTCOUT INTEGER 1 -- + SLN_2 L2NORM0 DOUBLE 1 -- + SLN_2 PTCDEL DOUBLE 1 -- + SLN_2 PTCDEL0 DOUBLE 1 -- + SLN_2 PTCEXP DOUBLE 1 -- + SLN_2 ATSFRAC DOUBLE 1 -- + GWF_MST03/DIS DELR DOUBLE 1 -- + GWF_MST03/DIS DELC DOUBLE 1 -- + GWF_MST03/DIS IDOMAIN INTEGER 1 -- + GWF_MST03/DIS TOP2D DOUBLE 1 -- + GWF_MST03/DIS BOT3D DOUBLE 1 -- + GWF_MST03/DIS CELLX DOUBLE 1 -- + GWF_MST03/DIS CELLY DOUBLE 1 -- + GWF_MST03/DIS MSHAPE INTEGER 3 -- + GWF_MST03/DIS XC DOUBLE 1 -- + GWF_MST03/DIS YC DOUBLE 1 -- + GWF_MST03/DIS TOP DOUBLE 1 -- + GWF_MST03/DIS BOT DOUBLE 1 -- + GWF_MST03/DIS AREA DOUBLE 1 -- + GWF_MST03 DBUFF DOUBLE 1 -- + GWF_MST03 IBUFF INTEGER 1 -- + GWF_MST03/DIS NODEUSER INTEGER 1 -- + GWF_MST03/DIS NODEREDUCED INTEGER 1 -- + GWF_MST03/CON NODES INTEGER 1 -- + GWF_MST03/CON NJA INTEGER 1 -- + GWF_MST03/CON NJAS INTEGER 1 -- + GWF_MST03/CON IANGLEX INTEGER 1 -- + GWF_MST03/CON IA INTEGER 2 -- + GWF_MST03/CON JA INTEGER 1 -- + GWF_MST03/CON ISYM INTEGER 1 -- + GWF_MST03/CON JAS INTEGER 1 -- + GWF_MST03/CON HWVA DOUBLE 0 -- + GWF_MST03/CON ANGLEX DOUBLE 0 -- + GWF_MST03/CON IHC INTEGER 0 -- + GWF_MST03/CON CL1 DOUBLE 0 -- + GWF_MST03/CON CL2 DOUBLE 0 -- + GWF_MST03/CON IAUSR INTEGER 1 -- + GWF_MST03/CON JAUSR INTEGER 1 -- + GWF_MST03/NPF ITHICKSTARTFLAG INTEGER 1 -- + GWF_MST03/NPF ICELLTYPE INTEGER 1 -- + GWF_MST03/NPF K11 DOUBLE 1 -- + GWF_MST03/NPF SAT DOUBLE 1 -- + GWF_MST03/NPF CONDSAT DOUBLE 0 -- + GWF_MST03/NPF K22 DOUBLE 1 -- + GWF_MST03/NPF K33 DOUBLE 1 -- + GWF_MST03/NPF WETDRY DOUBLE 1 -- + GWF_MST03/NPF ANGLE1 DOUBLE 0 -- + GWF_MST03/NPF ANGLE2 DOUBLE 0 -- + GWF_MST03/NPF ANGLE3 DOUBLE 0 -- + GWF_MST03/NPF IBOTNODE INTEGER 1 -- + GWF_MST03/NPF NODEDGE INTEGER 0 -- + GWF_MST03/NPF IHCEDGE INTEGER 0 -- + GWF_MST03/NPF PROPSEDGE DOUBLE 0 -- + GWF_MST03/NPF K11INPUT DOUBLE 0 -- + GWF_MST03/NPF K22INPUT DOUBLE 0 -- + GWF_MST03/NPF K33INPUT DOUBLE 0 -- + GWF_MST03/NPF SPDIS DOUBLE 0 -- + GWF_MST03/NPF NODEKCHANGE INTEGER 1 -- + GWF_MST03 XOLD DOUBLE 1 -- + GWF_MST03 FLOWJA DOUBLE 1 -- + GWF_MST03 IDXGLO INTEGER 1 -- + GWT_MST03/DIS DELR DOUBLE 1 -- + GWT_MST03/DIS DELC DOUBLE 1 -- + GWT_MST03/DIS IDOMAIN INTEGER 1 -- + GWT_MST03/DIS TOP2D DOUBLE 1 -- + GWT_MST03/DIS BOT3D DOUBLE 1 -- + GWT_MST03/DIS CELLX DOUBLE 1 -- + GWT_MST03/DIS CELLY DOUBLE 1 -- + GWT_MST03/DIS MSHAPE INTEGER 3 -- + GWT_MST03/DIS XC DOUBLE 1 -- + GWT_MST03/DIS YC DOUBLE 1 -- + GWT_MST03/DIS TOP DOUBLE 1 -- + GWT_MST03/DIS BOT DOUBLE 1 -- + GWT_MST03/DIS AREA DOUBLE 1 -- + GWT_MST03 DBUFF DOUBLE 1 -- + GWT_MST03 IBUFF INTEGER 1 -- + GWT_MST03/DIS NODEUSER INTEGER 1 -- + GWT_MST03/DIS NODEREDUCED INTEGER 1 -- + GWT_MST03/CON NODES INTEGER 1 -- + GWT_MST03/CON NJA INTEGER 1 -- + GWT_MST03/CON NJAS INTEGER 1 -- + GWT_MST03/CON IANGLEX INTEGER 1 -- + GWT_MST03/CON IA INTEGER 2 -- + GWT_MST03/CON JA INTEGER 1 -- + GWT_MST03/CON ISYM INTEGER 1 -- + GWT_MST03/CON JAS INTEGER 1 -- + GWT_MST03/CON HWVA DOUBLE 0 -- + GWT_MST03/CON ANGLEX DOUBLE 0 -- + GWT_MST03/CON IHC INTEGER 0 -- + GWT_MST03/CON CL1 DOUBLE 0 -- + GWT_MST03/CON CL2 DOUBLE 0 -- + GWT_MST03/CON IAUSR INTEGER 1 -- + GWT_MST03/CON JAUSR INTEGER 1 -- + GWT_MST03/FMI IATP INTEGER 1 -- + GWT_MST03/FMI IGWFMVRTERM INTEGER 1 -- + GWT_MST03/FMI-FT1 NAME STRING LEN=16 1 -- + GWT_MST03/FMI-FT1 BUDTXT STRING LEN=16 1 -- + GWT_MST03/FMI-FT1 NAUX INTEGER 1 -- + GWT_MST03/FMI-FT1 AUXNAME STRING LEN=16 1 -- + GWT_MST03/FMI-FT1 NBOUND INTEGER 1 GWF_MST03/WEL-1/NBOUND + GWT_MST03/FMI-FT1 NODELIST INTEGER 1 GWF_MST03/WEL-1/NODELIST + GWT_MST03/FMI-FT1 FLOW DOUBLE 1 GWF_MST03/WEL-1/SIMVALS + GWT_MST03/FMI-FT1 AUXVAR DOUBLE 1 GWF_MST03/WEL-1/AUXVAR_IDM + GWT_MST03 XOLD DOUBLE 1 -- + GWT_MST03 FLOWJA DOUBLE 1 -- + GWT_MST03 IDXGLO INTEGER 1 -- + GWT_MST03/FMI GWFFLOWJA DOUBLE 1 GWF_MST03/FLOWJA + SLN_1 X DOUBLE 1 -- + SLN_1 RHS DOUBLE 1 -- + SLN_1 IACTIVE INTEGER 1 -- + SLN_1 XTEMP DOUBLE 1 -- + SLN_1 DXOLD DOUBLE 1 -- + SLN_1 HNCG DOUBLE 100 -- + SLN_1 LRCH INTEGER 300 -- + SLN_1 WSAVE DOUBLE 1 -- + SLN_1 HCHOLD DOUBLE 1 -- + SLN_1 DEOLD DOUBLE 1 -- + SLN_1 CONVMODSTART INTEGER 2 -- + TMPSLN_1 CONVNMOD INTEGER 1 -- + TMPSLN_1 NITERMAX INTEGER 1 -- + TMPSLN_1 ITINNER INTEGER 1 -- + TMPSLN_1 LOCDV INTEGER 1 -- + TMPSLN_1 DVMAX DOUBLE 1 -- + TMPSLN_1 LOCDR INTEGER 1 -- + TMPSLN_1 DRMAX DOUBLE 1 -- + TMPSLN_1 CONVDVMAX DOUBLE 1 -- + TMPSLN_1 CONVLOCDV INTEGER 1 -- + TMPSLN_1 CONVDRMAX DOUBLE 1 -- + TMPSLN_1 CONVLOCDR INTEGER 1 -- + GWF_MST03 X DOUBLE 1 SLN_1/X + GWF_MST03 RHS DOUBLE 1 SLN_1/RHS + GWF_MST03 IBOUND INTEGER 1 SLN_1/IBOUND + SLN_1 NROW INTEGER 1 -- + SLN_1 NCOL INTEGER 1 -- + SLN_1 NJA INTEGER 1 -- + SLN_1 IA INTEGER 2 -- + SLN_1 JA INTEGER 1 -- + SLN_1 AMAT DOUBLE 1 -- + SLN_2 X DOUBLE 1 -- + SLN_2 RHS DOUBLE 1 -- + SLN_2 IACTIVE INTEGER 1 -- + SLN_2 XTEMP DOUBLE 1 -- + SLN_2 DXOLD DOUBLE 1 -- + SLN_2 HNCG DOUBLE 100 -- + SLN_2 LRCH INTEGER 300 -- + SLN_2 WSAVE DOUBLE 0 -- + SLN_2 HCHOLD DOUBLE 0 -- + SLN_2 DEOLD DOUBLE 0 -- + SLN_2 CONVMODSTART INTEGER 2 -- + TMPSLN_2 CONVNMOD INTEGER 1 -- + TMPSLN_2 NITERMAX INTEGER 1 -- + TMPSLN_2 ITINNER INTEGER 1 -- + TMPSLN_2 LOCDV INTEGER 1 -- + TMPSLN_2 DVMAX DOUBLE 1 -- + TMPSLN_2 LOCDR INTEGER 1 -- + TMPSLN_2 DRMAX DOUBLE 1 -- + TMPSLN_2 CONVDVMAX DOUBLE 1 -- + TMPSLN_2 CONVLOCDV INTEGER 1 -- + TMPSLN_2 CONVDRMAX DOUBLE 1 -- + TMPSLN_2 CONVLOCDR INTEGER 1 -- + GWT_MST03 X DOUBLE 1 SLN_2/X + GWT_MST03 RHS DOUBLE 1 SLN_2/RHS + GWT_MST03 IBOUND INTEGER 1 SLN_2/IBOUND + SLN_2 NROW INTEGER 1 -- + SLN_2 NCOL INTEGER 1 -- + SLN_2 NJA INTEGER 1 -- + SLN_2 IA INTEGER 2 -- + SLN_2 JA INTEGER 1 -- + SLN_2 AMAT DOUBLE 1 -- + GWF_MST03/IC STRT DOUBLE 1 -- + GWF_MST03/STO ICONVERT INTEGER 1 -- + GWF_MST03/STO SS DOUBLE 1 -- + GWF_MST03/STO SY DOUBLE 1 -- + GWF_MST03/STO STRGSS DOUBLE 1 -- + GWF_MST03/STO STRGSY DOUBLE 1 -- + GWF_MST03/WEL-1 NODELIST INTEGER 1 -- + GWF_MST03/WEL-1 NOUPDATEAUXVAR INTEGER 1 -- + GWF_MST03/WEL-1 BOUND DOUBLE 1 -- + GWF_MST03/WEL-1 CONDINPUT DOUBLE 0 -- + GWF_MST03/WEL-1 HCOF DOUBLE 1 -- + GWF_MST03/WEL-1 RHS DOUBLE 1 -- + GWF_MST03/WEL-1 SIMVALS DOUBLE 1 -- + GWF_MST03/WEL-1 SIMTOMVR DOUBLE 0 -- + GWF_MST03/WEL-1 AUXVAR DOUBLE 1 -- + GWF_MST03/WEL-1 BOUNDNAME STRING LEN=40 0 -- + GWF_MST03/WEL-1 BOUNDNAME_CST STRING LEN=40 0 -- + GWF_MST03/WEL-1 CELLID INTEGER 3 __INPUT__/GWF_MST03/WEL-1/CELLID + GWF_MST03/WEL-1 BOUNDNAME_IDM STRING LEN=40 0 __INPUT__/GWF_MST03/WEL-1/BOUNDNAME + GWF_MST03/WEL-1 AUXVAR_IDM DOUBLE 1 __INPUT__/GWF_MST03/WEL-1/AUXVAR + GWF_MST03/WEL-1 Q DOUBLE 1 __INPUT__/GWF_MST03/WEL-1/Q + GWT_MST03/FMI IBDGWFSAT0 INTEGER 1 -- + GWT_MST03/FMI FLOWCORRECT DOUBLE 1 -- + GWT_MST03/IC STRT DOUBLE 1 -- + GWT_MST03/MST POROSITY DOUBLE 1 -- + GWT_MST03/MST THETAM DOUBLE 1 -- + GWT_MST03/MST VOLFRACIM DOUBLE 1 -- + GWT_MST03/MST RATESTO DOUBLE 1 -- + GWT_MST03/MST RATEDCY DOUBLE 1 -- + GWT_MST03/MST DECAY DOUBLE 1 -- + GWT_MST03/MST DECAYLAST DOUBLE 1 -- + GWT_MST03/MST RATEDCYS DOUBLE 1 -- + GWT_MST03/MST DECAYSLAST DOUBLE 1 -- + GWT_MST03/MST DECAY_SORBED DOUBLE 1 -- + GWT_MST03/MST BULK_DENSITY DOUBLE 1 -- + GWT_MST03/MST SP2 DOUBLE 1 -- + GWT_MST03/MST DISTCOEF DOUBLE 1 -- + GWT_MST03/MST RATESRB DOUBLE 1 -- + GWT_MST03/SSM IAUXPAK INTEGER 1 -- + GWT_MST03/SSM ISRCTYPE INTEGER 1 -- + GWT_MST03/FMI GWFHEAD DOUBLE 1 GWF_MST03/X + GWT_MST03/FMI GWFSAT DOUBLE 1 GWF_MST03/NPF/SAT + GWT_MST03/FMI GWFSPDIS DOUBLE 0 GWF_MST03/NPF/SPDIS + SLN_1/IMSLINEAR DVCLOSE DOUBLE 1 -- + SLN_1/IMSLINEAR RCLOSE DOUBLE 1 -- + SLN_1/IMSLINEAR ICNVGOPT INTEGER 1 -- + SLN_1/IMSLINEAR ITER1 INTEGER 1 -- + SLN_1/IMSLINEAR ILINMETH INTEGER 1 -- + SLN_1/IMSLINEAR ISCL INTEGER 1 -- + SLN_1/IMSLINEAR IORD INTEGER 1 -- + SLN_1/IMSLINEAR NORTH INTEGER 1 -- + SLN_1/IMSLINEAR RELAX DOUBLE 1 -- + SLN_1/IMSLINEAR LEVEL INTEGER 1 -- + SLN_1/IMSLINEAR DROPTOL DOUBLE 1 -- + SLN_1/IMSLINEAR IDFPARAM INTEGER 1 -- + SLN_1/IMSLINEAR NJA INTEGER 1 -- + SLN_1/IMSLINEAR IOUT INTEGER 1 -- + SLN_1/IMSLINEAR IPC INTEGER 1 -- + SLN_1/IMSLINEAR IACPC INTEGER 1 -- + SLN_1/IMSLINEAR NITERC INTEGER 1 -- + SLN_1/IMSLINEAR NIABCGS INTEGER 1 -- + SLN_1/IMSLINEAR NIAPC INTEGER 1 -- + SLN_1/IMSLINEAR NJAPC INTEGER 1 -- + SLN_1/IMSLINEAR EPFACT DOUBLE 1 -- + SLN_1/IMSLINEAR L2NORM0 DOUBLE 1 -- + SLN_1/IMSLINEAR NJLU INTEGER 1 -- + SLN_1/IMSLINEAR NJW INTEGER 1 -- + SLN_1/IMSLINEAR NWLU INTEGER 1 -- + SLN_1/IMSLINEAR DSCALE DOUBLE 1 -- + SLN_1/IMSLINEAR DSCALE2 DOUBLE 1 -- + SLN_1/IMSLINEAR IAPC INTEGER 2 -- + SLN_1/IMSLINEAR JAPC INTEGER 1 -- + SLN_1/IMSLINEAR APC DOUBLE 1 -- + SLN_1/IMSLINEAR IW INTEGER 1 -- + SLN_1/IMSLINEAR W DOUBLE 1 -- + SLN_1/IMSLINEAR JLU INTEGER 1 -- + SLN_1/IMSLINEAR JW INTEGER 1 -- + SLN_1/IMSLINEAR WLU DOUBLE 1 -- + SLN_1/IMSLINEAR LORDER INTEGER 1 -- + SLN_1/IMSLINEAR IORDER INTEGER 1 -- + SLN_1/IMSLINEAR IARO INTEGER 2 -- + SLN_1/IMSLINEAR JARO INTEGER 1 -- + SLN_1/IMSLINEAR ARO DOUBLE 1 -- + SLN_1/IMSLINEAR ID INTEGER 1 -- + SLN_1/IMSLINEAR D DOUBLE 1 -- + SLN_1/IMSLINEAR P DOUBLE 1 -- + SLN_1/IMSLINEAR Q DOUBLE 1 -- + SLN_1/IMSLINEAR Z DOUBLE 1 -- + SLN_1/IMSLINEAR T DOUBLE 1 -- + SLN_1/IMSLINEAR V DOUBLE 1 -- + SLN_1/IMSLINEAR DHAT DOUBLE 1 -- + SLN_1/IMSLINEAR PHAT DOUBLE 1 -- + SLN_1/IMSLINEAR QHAT DOUBLE 1 -- + SLN_2/IMSLINEAR DVCLOSE DOUBLE 1 -- + SLN_2/IMSLINEAR RCLOSE DOUBLE 1 -- + SLN_2/IMSLINEAR ICNVGOPT INTEGER 1 -- + SLN_2/IMSLINEAR ITER1 INTEGER 1 -- + SLN_2/IMSLINEAR ILINMETH INTEGER 1 -- + SLN_2/IMSLINEAR ISCL INTEGER 1 -- + SLN_2/IMSLINEAR IORD INTEGER 1 -- + SLN_2/IMSLINEAR NORTH INTEGER 1 -- + SLN_2/IMSLINEAR RELAX DOUBLE 1 -- + SLN_2/IMSLINEAR LEVEL INTEGER 1 -- + SLN_2/IMSLINEAR DROPTOL DOUBLE 1 -- + SLN_2/IMSLINEAR IDFPARAM INTEGER 1 -- + SLN_2/IMSLINEAR NJA INTEGER 1 -- + SLN_2/IMSLINEAR IOUT INTEGER 1 -- + SLN_2/IMSLINEAR IPC INTEGER 1 -- + SLN_2/IMSLINEAR IACPC INTEGER 1 -- + SLN_2/IMSLINEAR NITERC INTEGER 1 -- + SLN_2/IMSLINEAR NIABCGS INTEGER 1 -- + SLN_2/IMSLINEAR NIAPC INTEGER 1 -- + SLN_2/IMSLINEAR NJAPC INTEGER 1 -- + SLN_2/IMSLINEAR EPFACT DOUBLE 1 -- + SLN_2/IMSLINEAR L2NORM0 DOUBLE 1 -- + SLN_2/IMSLINEAR NJLU INTEGER 1 -- + SLN_2/IMSLINEAR NJW INTEGER 1 -- + SLN_2/IMSLINEAR NWLU INTEGER 1 -- + SLN_2/IMSLINEAR DSCALE DOUBLE 1 -- + SLN_2/IMSLINEAR DSCALE2 DOUBLE 1 -- + SLN_2/IMSLINEAR IAPC INTEGER 2 -- + SLN_2/IMSLINEAR JAPC INTEGER 1 -- + SLN_2/IMSLINEAR APC DOUBLE 1 -- + SLN_2/IMSLINEAR IW INTEGER 1 -- + SLN_2/IMSLINEAR W DOUBLE 1 -- + SLN_2/IMSLINEAR JLU INTEGER 1 -- + SLN_2/IMSLINEAR JW INTEGER 1 -- + SLN_2/IMSLINEAR WLU DOUBLE 1 -- + SLN_2/IMSLINEAR LORDER INTEGER 1 -- + SLN_2/IMSLINEAR IORDER INTEGER 1 -- + SLN_2/IMSLINEAR IARO INTEGER 2 -- + SLN_2/IMSLINEAR JARO INTEGER 1 -- + SLN_2/IMSLINEAR ARO DOUBLE 1 -- + SLN_2/IMSLINEAR ID INTEGER 1 -- + SLN_2/IMSLINEAR D DOUBLE 1 -- + SLN_2/IMSLINEAR P DOUBLE 1 -- + SLN_2/IMSLINEAR Q DOUBLE 1 -- + SLN_2/IMSLINEAR Z DOUBLE 1 -- + SLN_2/IMSLINEAR T DOUBLE 1 -- + SLN_2/IMSLINEAR V DOUBLE 1 -- + SLN_2/IMSLINEAR DHAT DOUBLE 1 -- + SLN_2/IMSLINEAR PHAT DOUBLE 1 -- + SLN_2/IMSLINEAR QHAT DOUBLE 1 -- + ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------- + + + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 8.1970000 + Logical 4.40000000E-02 + Integer 5.3360000 + Real 2.6080000 + ------------------------------- + Total 16.185000 + Virtual 0.0000000 + ------------------------------- + + + + Run end date and time (yyyy/mm/dd hh:mm:ss): 2023/10/30 9:14:14 + Elapsed run time: 0.029 Seconds + Normal termination of simulation. diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/mfsim.nam b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/mfsim.nam new file mode 100644 index 000000000..11d8c39dd --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/mfsim.nam @@ -0,0 +1,22 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. +BEGIN options +END options + +BEGIN timing + TDIS6 mst03.tdis +END timing + +BEGIN models + gwf6 gwf_mst03.nam gwf_mst03 + gwt6 gwt_mst03.nam gwt_mst03 +END models + +BEGIN exchanges + GWF6-GWT6 mst03.gwfgwt gwf_mst03 gwt_mst03 +END exchanges + +BEGIN solutiongroup 1 + ims6 gwf_mst03.ims gwf_mst03 + ims6 gwt_mst03.ims gwt_mst03 +END solutiongroup 1 + diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/mst03.gwfgwt b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/mst03.gwfgwt new file mode 100644 index 000000000..f3301cfb9 --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/mst03.gwfgwt @@ -0,0 +1 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. diff --git a/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/mst03.tdis b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/mst03.tdis new file mode 100644 index 000000000..49b81e10b --- /dev/null +++ b/examples/data/mf6/netcdf/test_gwt_mst03/test_mf6model_nc[mst03]0/mst03.tdis @@ -0,0 +1,14 @@ +# File generated by Flopy version 3.5.0.dev0 on 10/30/2023 at 09:14:14. +BEGIN options + TIME_UNITS days +END options + +BEGIN dimensions + NPER 2 +END dimensions + +BEGIN perioddata + 2.00000000 14 1.00000000 + 2.00000000 14 1.00000000 +END perioddata + diff --git a/flopy/mf6/coordinates/modeldimensions.py b/flopy/mf6/coordinates/modeldimensions.py index 1a38c30d3..49fc29e8d 100644 --- a/flopy/mf6/coordinates/modeldimensions.py +++ b/flopy/mf6/coordinates/modeldimensions.py @@ -86,8 +86,9 @@ def get_data_shape( data_item_num=None, repeating_key=None, min_size=False, + model_num=None, ): - return self.get_model_dim(data_item_num).get_data_shape( + return self.get_model_dim(data_item_num, model_num).get_data_shape( self.structure, data_item, data_set_struct, diff --git a/flopy/mf6/coordinates/modelgrid.py b/flopy/mf6/coordinates/modelgrid.py index 93e8fb47b..4609f7dcc 100644 --- a/flopy/mf6/coordinates/modelgrid.py +++ b/flopy/mf6/coordinates/modelgrid.py @@ -429,7 +429,9 @@ def get_grid_type(simulation_data, model_name): (model_name, "nam", "packages", "packages") ] structure = MFStructure() - if ( + if isinstance(package_recarray, AttributeError): + return DiscretizationType.UNDEFINED + elif ( package_recarray.search_data( f"dis{structure.get_version_string()}", 0 ) @@ -496,7 +498,10 @@ def get_idomain(self): raise MFGridException(except_str) def grid_type(self): - if self.freeze_grid: + if ( + self.freeze_grid + and self._grid_type != DiscretizationType.UNDEFINED + ): return self._grid_type else: return self.get_grid_type(self._simulation_data, self._model_name) diff --git a/flopy/mf6/data/dfn/exg-gwfgwf.dfn b/flopy/mf6/data/dfn/exg-gwfgwf.dfn index 2232bfbdf..595a2bd90 100644 --- a/flopy/mf6/data/dfn/exg-gwfgwf.dfn +++ b/flopy/mf6/data/dfn/exg-gwfgwf.dfn @@ -241,6 +241,7 @@ in_record true tagged false reader urword optional false +shape (ncelldim) longname cellid of first cell description is the cellid of the cell in model 1 as specified in the simulation name file. For a structured grid that uses the DIS input file, CELLIDM1 is the layer, row, and column numbers of the cell. For a grid that uses the DISV input file, CELLIDM1 is the layer number and CELL2D number for the two cells. If the model uses the unstructured discretization (DISU) input file, then CELLIDM1 is the node number for the cell. numeric_index true @@ -252,6 +253,7 @@ in_record true tagged false reader urword optional false +shape (ncelldim) longname cellid of second cell description is the cellid of the cell in model 2 as specified in the simulation name file. For a structured grid that uses the DIS input file, CELLIDM2 is the layer, row, and column numbers of the cell. For a grid that uses the DISV input file, CELLIDM2 is the layer number and CELL2D number for the two cells. If the model uses the unstructured discretization (DISU) input file, then CELLIDM2 is the node number for the cell. numeric_index true diff --git a/flopy/mf6/data/dfn/exg-gwtgwt.dfn b/flopy/mf6/data/dfn/exg-gwtgwt.dfn index f5aeb2419..4ae03a3f4 100644 --- a/flopy/mf6/data/dfn/exg-gwtgwt.dfn +++ b/flopy/mf6/data/dfn/exg-gwtgwt.dfn @@ -202,6 +202,7 @@ in_record true tagged false reader urword optional false +shape (ncelldim) longname cellid of first cell description is the cellid of the cell in model 1 as specified in the simulation name file. For a structured grid that uses the DIS input file, CELLIDM1 is the layer, row, and column numbers of the cell. For a grid that uses the DISV input file, CELLIDM1 is the layer number and CELL2D number for the two cells. If the model uses the unstructured discretization (DISU) input file, then CELLIDM1 is the node number for the cell. numeric_index true @@ -213,6 +214,7 @@ in_record true tagged false reader urword optional false +shape (ncelldim) longname cellid of second cell description is the cellid of the cell in model 2 as specified in the simulation name file. For a structured grid that uses the DIS input file, CELLIDM2 is the layer, row, and column numbers of the cell. For a grid that uses the DISV input file, CELLIDM2 is the layer number and CELL2D number for the two cells. If the model uses the unstructured discretization (DISU) input file, then CELLIDM2 is the node number for the cell. numeric_index true diff --git a/flopy/mf6/data/dfn/gwf-chd.dfn b/flopy/mf6/data/dfn/gwf-chd.dfn index 56e3ca306..8a0c7ad1f 100644 --- a/flopy/mf6/data/dfn/gwf-chd.dfn +++ b/flopy/mf6/data/dfn/gwf-chd.dfn @@ -1,5 +1,6 @@ # --------------------- gwf chd options --------------------- # flopy multi-package +# flopy netcdf # package-type stress-package block options diff --git a/flopy/mf6/data/dfn/gwf-dis.dfn b/flopy/mf6/data/dfn/gwf-dis.dfn index aa3316f38..c905a6510 100644 --- a/flopy/mf6/data/dfn/gwf-dis.dfn +++ b/flopy/mf6/data/dfn/gwf-dis.dfn @@ -1,4 +1,5 @@ # --------------------- gwf dis options --------------------- +# flopy netcdf block options name length_units diff --git a/flopy/mf6/data/dfn/gwf-disu.dfn b/flopy/mf6/data/dfn/gwf-disu.dfn index 48e18477c..c18715a45 100644 --- a/flopy/mf6/data/dfn/gwf-disu.dfn +++ b/flopy/mf6/data/dfn/gwf-disu.dfn @@ -1,4 +1,5 @@ # --------------------- gwf disu options --------------------- +# flopy netcdf block options name length_units diff --git a/flopy/mf6/data/dfn/gwf-disv.dfn b/flopy/mf6/data/dfn/gwf-disv.dfn index c6bab3338..1dfa14074 100644 --- a/flopy/mf6/data/dfn/gwf-disv.dfn +++ b/flopy/mf6/data/dfn/gwf-disv.dfn @@ -1,4 +1,5 @@ # --------------------- gwf disv options --------------------- +# flopy netcdf block options name length_units diff --git a/flopy/mf6/data/dfn/gwf-drn.dfn b/flopy/mf6/data/dfn/gwf-drn.dfn index e88cc6f43..730a7d721 100644 --- a/flopy/mf6/data/dfn/gwf-drn.dfn +++ b/flopy/mf6/data/dfn/gwf-drn.dfn @@ -1,5 +1,6 @@ # --------------------- gwf drn options --------------------- # flopy multi-package +# flopy netcdf # package-type stress-package block options diff --git a/flopy/mf6/data/dfn/gwf-evt.dfn b/flopy/mf6/data/dfn/gwf-evt.dfn index 33f5a9716..7c10c0483 100644 --- a/flopy/mf6/data/dfn/gwf-evt.dfn +++ b/flopy/mf6/data/dfn/gwf-evt.dfn @@ -1,5 +1,6 @@ # --------------------- gwf evt options --------------------- # flopy multi-package +# flopy netcdf # package-type stress-package block options @@ -163,7 +164,8 @@ block dimensions name nseg type integer reader urword -optional false +optional true +default_val 1 longname number of ET segments description number of ET segments. Default is one. When NSEG is greater than 1, the PXDP and PETM arrays must be of size NSEG - 1 and be listed in order from the uppermost segment down. Values for PXDP must be listed first followed by the values for PETM. PXDP defines the extinction-depth proportion at the bottom of a segment. PETM defines the proportion of the maximum ET flux rate at the bottom of a segment. @@ -242,6 +244,7 @@ tagged false in_record true reader urword optional true +exists_when nseg > 1 time_series true longname proportion of ET extinction depth description is the proportion of the ET extinction depth at the bottom of a segment (dimensionless). pxdp is an array of size (nseg - 1). Values in pxdp must be greater than 0.0 and less than 1.0. pxdp values for a cell must increase monotonically. If the Options block includes a TIMESERIESFILE entry (see the ``Time-Variable Input'' section), values can be obtained from a time series by entering the time-series name in place of a numeric value. @@ -254,6 +257,7 @@ tagged false in_record true reader urword optional true +exists_when nseg > 1 time_series true longname proportion of maximum ET rate description is the proportion of the maximum ET flux rate at the bottom of a segment (dimensionless). petm is an array of size (nseg - 1). If the Options block includes a TIMESERIESFILE entry (see the ``Time-Variable Input'' section), values can be obtained from a time series by entering the time-series name in place of a numeric value. @@ -266,6 +270,7 @@ tagged false in_record true reader urword optional true +exists_when surf_rate_specified = True time_series true longname proportion of maximum ET rate at ET surface description is the proportion of the maximum ET flux rate that will apply when head is at or above the ET surface (dimensionless). PETM0 is read only when the SURF\_RATE\_SPECIFIED option is used. If the Options block includes a TIMESERIESFILE entry (see the ``Time-Variable Input'' section), values can be obtained from a time series by entering the time-series name in place of a numeric value. diff --git a/flopy/mf6/data/dfn/gwf-evta.dfn b/flopy/mf6/data/dfn/gwf-evta.dfn index 2dc966cb4..7ced61de8 100644 --- a/flopy/mf6/data/dfn/gwf-evta.dfn +++ b/flopy/mf6/data/dfn/gwf-evta.dfn @@ -1,5 +1,6 @@ # --------------------- gwf evta options --------------------- # flopy multi-package +# flopy netcdf # package-type stress-package block options diff --git a/flopy/mf6/data/dfn/gwf-ghb.dfn b/flopy/mf6/data/dfn/gwf-ghb.dfn index c97c78804..5b817556c 100644 --- a/flopy/mf6/data/dfn/gwf-ghb.dfn +++ b/flopy/mf6/data/dfn/gwf-ghb.dfn @@ -1,5 +1,6 @@ # --------------------- gwf ghb options --------------------- # flopy multi-package +# flopy netcdf # package-type stress-package block options diff --git a/flopy/mf6/data/dfn/gwf-ic.dfn b/flopy/mf6/data/dfn/gwf-ic.dfn index be93d342c..6700c2253 100644 --- a/flopy/mf6/data/dfn/gwf-ic.dfn +++ b/flopy/mf6/data/dfn/gwf-ic.dfn @@ -1,4 +1,5 @@ # --------------------- gwf ic griddata --------------------- +# flopy netcdf block griddata name strt diff --git a/flopy/mf6/data/dfn/gwf-npf.dfn b/flopy/mf6/data/dfn/gwf-npf.dfn index 311fbed70..a6c5e0b1a 100644 --- a/flopy/mf6/data/dfn/gwf-npf.dfn +++ b/flopy/mf6/data/dfn/gwf-npf.dfn @@ -1,4 +1,5 @@ # --------------------- gwf npf options --------------------- +# flopy netcdf block options name save_flows diff --git a/flopy/mf6/data/dfn/gwf-rch.dfn b/flopy/mf6/data/dfn/gwf-rch.dfn index da53c8498..aee5d41bf 100644 --- a/flopy/mf6/data/dfn/gwf-rch.dfn +++ b/flopy/mf6/data/dfn/gwf-rch.dfn @@ -1,5 +1,6 @@ # --------------------- gwf rch options --------------------- # flopy multi-package +# flopy netcdf # package-type stress-package block options diff --git a/flopy/mf6/data/dfn/gwf-rcha.dfn b/flopy/mf6/data/dfn/gwf-rcha.dfn index a0fb9ec0f..28be4e8d8 100644 --- a/flopy/mf6/data/dfn/gwf-rcha.dfn +++ b/flopy/mf6/data/dfn/gwf-rcha.dfn @@ -1,5 +1,6 @@ # --------------------- gwf rcha options --------------------- # flopy multi-package +# flopy netcdf # package-type stress-package block options diff --git a/flopy/mf6/data/dfn/gwf-riv.dfn b/flopy/mf6/data/dfn/gwf-riv.dfn index fca586f17..26c653f34 100644 --- a/flopy/mf6/data/dfn/gwf-riv.dfn +++ b/flopy/mf6/data/dfn/gwf-riv.dfn @@ -1,5 +1,6 @@ # --------------------- gwf riv options --------------------- # flopy multi-package +# flopy netcdf # package-type stress-package block options diff --git a/flopy/mf6/data/dfn/gwf-wel.dfn b/flopy/mf6/data/dfn/gwf-wel.dfn index c7de3e7e9..a162cf7b6 100644 --- a/flopy/mf6/data/dfn/gwf-wel.dfn +++ b/flopy/mf6/data/dfn/gwf-wel.dfn @@ -1,5 +1,6 @@ # --------------------- gwf wel options --------------------- # flopy multi-package +# flopy netcdf # package-type stress-package block options diff --git a/flopy/mf6/data/dfn/gwt-cnc.dfn b/flopy/mf6/data/dfn/gwt-cnc.dfn index 3a75ccb4c..0f43fab16 100644 --- a/flopy/mf6/data/dfn/gwt-cnc.dfn +++ b/flopy/mf6/data/dfn/gwt-cnc.dfn @@ -1,5 +1,6 @@ # --------------------- gwt cnc options --------------------- # flopy multi-package +# flopy netcdf block options name auxiliary diff --git a/flopy/mf6/data/dfn/gwt-dis.dfn b/flopy/mf6/data/dfn/gwt-dis.dfn index d36f24ed8..98bd8ed44 100644 --- a/flopy/mf6/data/dfn/gwt-dis.dfn +++ b/flopy/mf6/data/dfn/gwt-dis.dfn @@ -1,4 +1,5 @@ # --------------------- gwt dis options --------------------- +# flopy netcdf block options name length_units diff --git a/flopy/mf6/data/dfn/gwt-disu.dfn b/flopy/mf6/data/dfn/gwt-disu.dfn index 00ffe21ad..7b31f0fe5 100644 --- a/flopy/mf6/data/dfn/gwt-disu.dfn +++ b/flopy/mf6/data/dfn/gwt-disu.dfn @@ -1,4 +1,5 @@ # --------------------- gwt disu options --------------------- +# flopy netcdf block options name length_units diff --git a/flopy/mf6/data/dfn/gwt-disv.dfn b/flopy/mf6/data/dfn/gwt-disv.dfn index 376c0e2d5..1437d20f3 100644 --- a/flopy/mf6/data/dfn/gwt-disv.dfn +++ b/flopy/mf6/data/dfn/gwt-disv.dfn @@ -1,4 +1,5 @@ # --------------------- gwt disv options --------------------- +# flopy netcdf block options name length_units diff --git a/flopy/mf6/data/dfn/gwt-dsp.dfn b/flopy/mf6/data/dfn/gwt-dsp.dfn index ff97e20f4..c20fff122 100644 --- a/flopy/mf6/data/dfn/gwt-dsp.dfn +++ b/flopy/mf6/data/dfn/gwt-dsp.dfn @@ -1,4 +1,5 @@ # --------------------- gwt dsp options --------------------- +# flopy netcdf block options name xt3d_off diff --git a/flopy/mf6/data/dfn/gwt-ic.dfn b/flopy/mf6/data/dfn/gwt-ic.dfn index 35dc565f2..17f030851 100644 --- a/flopy/mf6/data/dfn/gwt-ic.dfn +++ b/flopy/mf6/data/dfn/gwt-ic.dfn @@ -1,4 +1,5 @@ # --------------------- gwt ic griddata --------------------- +# flopy netcdf block griddata name strt diff --git a/flopy/mf6/data/dfn/sim-tdis.dfn b/flopy/mf6/data/dfn/sim-tdis.dfn index 3ad727b5a..98d41c2a9 100644 --- a/flopy/mf6/data/dfn/sim-tdis.dfn +++ b/flopy/mf6/data/dfn/sim-tdis.dfn @@ -1,4 +1,5 @@ # --------------------- sim tdis options --------------------- +# flopy netcdf block options name time_units diff --git a/flopy/mf6/data/mfdata.py b/flopy/mf6/data/mfdata.py index 532a31ca8..e450bdb9f 100644 --- a/flopy/mf6/data/mfdata.py +++ b/flopy/mf6/data/mfdata.py @@ -14,7 +14,7 @@ VerbosityLevel, ) from .mfdatastorage import DataStructureType -from .mfdatautil import to_string +from .mfdatautil import to_netcdf, to_string class MFTransient: @@ -84,6 +84,9 @@ def add_transient_key(self, transient_key): if isinstance(transient_key, int): self._verify_sp(transient_key) + def load_empty(self, block_header): + self.empty_keys[block_header.get_transient_key()] = True + def update_transient_key(self, old_transient_key, new_transient_key): if old_transient_key in self._data_storage: # replace dictionary key @@ -331,6 +334,37 @@ def plottable(self): "must define plottable in child class to use this base class" ) + @staticmethod + def write_netcdf_var( + model_name, + netcdf, + package, + block, + precision_str, + dimensions, + data, + var_name, + attribs, + fill_value=-99999.9, + ): + mf6_input = ( + f"{package.structure.file_type}6:" + f"{model_name}/{package.package_name}/" + f"{var_name}" + ) + attribs["mf6_input"] = mf6_input.upper() + + name = f"{package.package_name}_{var_name}" + to_netcdf( + netcdf, + name, + precision_str, + dimensions, + attribs, + data, + fill_value, + ) + @property def _cache_model_grid(self): return self._cache_next_grid @@ -375,6 +409,9 @@ def export(self, f, **kwargs): return utils.mflist_export(f, self, **kwargs) return utils.transient2d_export(f, self, **kwargs) + def load_empty(self, block_header): + return + def new_simulation(self, sim_data): self._simulation_data = sim_data self._data_storage = None @@ -597,7 +634,7 @@ def _get_internal_formatting_string(self, layer): int_format.append("1.0") else: int_format.append("1") - if layer_storage.iprn is not None: + if layer_storage.iprn is not None and str(layer_storage.iprn) != "": int_format.append("IPRN") int_format.append(str(layer_storage.iprn)) return self._simulation_data.indent_string.join(int_format) @@ -642,7 +679,7 @@ def _get_external_formatting_str( ext_format.append(str(factor)) if binary: ext_format.append("(BINARY)") - if iprn is not None: + if iprn is not None and str(iprn) != "": ext_format.append("IPRN") ext_format.append(str(iprn)) return ( diff --git a/flopy/mf6/data/mfdataarray.py b/flopy/mf6/data/mfdataarray.py index 58a7ff424..46bb29a6b 100644 --- a/flopy/mf6/data/mfdataarray.py +++ b/flopy/mf6/data/mfdataarray.py @@ -49,11 +49,13 @@ def __init__( enable=True, path=None, dimensions=None, + package=None, block=None, ): super().__init__( sim_data, model_or_sim, structure, enable, path, dimensions ) + self._package = package self._block = block if self.structure.layered: try: @@ -1128,6 +1130,78 @@ def _is_layered_aux(self): else: return False + def _add_layer_dimension(self, data): + # add layer dimension to data + mg = self._model_or_sim.modelgrid + nlay = mg.nlay + if nlay == 1: + data = np.expand_dims(data, axis=0) + elif nlay > 1: + if self.structure.type == DatumType.integer: + empty_layer = np.ma.zeros(data.shape, int) + empty_layer = np.ma.masked_where(empty_layer == 0, empty_layer) + else: + empty_layer = np.ma.zeros(data.shape, float) + empty_layer = np.ma.masked_where( + empty_layer == 0.0, empty_layer + ) + layer_list = [data] + for _ in range(1, nlay): + layer_list.append(empty_layer) + data = np.ma.stack(layer_list) + return data + + def _netcdf_precision_fill(self): + # build dimensions + dimensions = self.structure.shape + model_dim = self.data_dimensions.get_model_dim(None) + dimensions = model_dim.deconstruct_axis(dimensions) + for idx, dim in enumerate(dimensions): + dimensions[idx] = dim.upper() + dimensions.reverse() + # build precision string + if self.structure.type == DatumType.integer: + precision_str = "i4" + fill_value = -2147483647 + else: + precision_str = "f8" + fill_value = 3e30 + return precision_str, fill_value, dimensions + + def write_netcdf(self, netcdf): + """Writes data to netcdf file. + Parameters + ---------- + netcdf : NetCDF4 + NetCDF4 object to write data to. + """ + precision_str, fill_value, dimensions = self._netcdf_precision_fill() + attribs = {} + # get data + data = self.get_data(apply_mult=True) + if ( + self.structure.data_item_structures[0].numeric_index + or self.structure.data_item_structures[0].is_cellid + ): + # for cellid and numeric indices convert from 0 base to 1 based + data = abs(data) + 1 + + # write + if data is not None: + self.write_netcdf_var( + self._model_or_sim.name, + netcdf, + self._package, + self._block, + precision_str, + tuple(dimensions), + data, + self.structure.name, + attribs, + fill_value, + ) + return [] + def get_file_entry( self, layer=None, ext_file_action=ExtFileAction.copy_relative_paths ): @@ -1607,6 +1681,7 @@ def __init__( enable=True, path=None, dimensions=None, + package=None, block=None, ): MFTransient.__init__(self) @@ -1619,6 +1694,7 @@ def __init__( enable=enable, path=path, dimensions=dimensions, + package=package, block=block, ) self.repeating = True @@ -1815,6 +1891,68 @@ def get_record(self, key=None): self.get_data_prep(key) return super().get_record() + def write_netcdf(self, netcdf): + """Writes data to netcdf file. + Parameters + ---------- + netcdf : NetCDF4 + NetCDF4 object to write data to. + """ + # build dataset + all_data = [] + nsp = 0 + iper = [] + iper_with_data = [] + + # build precision string + precision_str, fill_value, dimensions = self._netcdf_precision_fill() + # add "stress period" as extra dimension to array + for sp in self._data_storage.keys(): + last_data = self.get_data(sp, apply_mult=True) + if ( + self.structure.data_item_structures[0].numeric_index + or self.structure.data_item_structures[0].is_cellid + ): + # for cellid and numeric indices convert from 0 base to 1 based + last_data = abs(last_data) + 1 + if last_data is not None and len(last_data) > 0: + iper_with_data.append(sp + 1) + all_data.append(last_data) + nsp += 1 + iper.append(sp + 1) + if nsp == 0: + return [] + stacked_data = np.ma.stack(all_data) + + attribs = {} + # create array sp dimension + nsp_label = f"dim_{self._package.package_name}_niper" + + if self.name == "aux": + var_dim = f"dim_{self._package.package_name}_naux" + dimensions.insert(0, var_dim) + + # build dimensions + dimensions.insert(0, nsp_label) + # add iper + arr = np.array(iper_with_data, dtype=int) + attribs["mf6_iper"] = arr + + # write data + self.write_netcdf_var( + self._model_or_sim.name, + netcdf, + self._package, + self._block, + precision_str, + tuple(dimensions), + stacked_data, + self.structure.name, + attribs, + fill_value, + ) + return iper + def get_data(self, key=None, apply_mult=True, **kwargs): """Returns the data associated with stress period key `key`. diff --git a/flopy/mf6/data/mfdatalist.py b/flopy/mf6/data/mfdatalist.py index f35147206..99f672ff2 100644 --- a/flopy/mf6/data/mfdatalist.py +++ b/flopy/mf6/data/mfdatalist.py @@ -1,3 +1,4 @@ +import copy import inspect import math import os @@ -7,12 +8,19 @@ from ...datbase import DataListInterface, DataType from ...mbase import ModelInterface +from ...utils import import_optional_dependency from ...utils.datautil import DatumUtil from ..data import mfdata, mfstructure from ..mfbase import ExtFileAction, MFDataException, VerbosityLevel from ..utils.mfenums import DiscretizationType from .mfdatastorage import DataStorage, DataStorageType, DataStructureType -from .mfdatautil import list_to_array, to_string +from .mfdatautil import ( + append_item, + data_item_may_exist, + list_to_array, + proc_item, + to_string, +) from .mffileaccess import MFFileAccessList from .mfstructure import DatumType, MFDataStructure @@ -737,6 +745,255 @@ def search_data(self, search_term, col=None): ex, ) + def _pad_list(self, lst, txt_len): + for idx, item in enumerate(lst): + if isinstance(item, list): + self._pad_list(item, txt_len) + else: + lst[idx] = item.ljust(txt_len) + + @staticmethod + def _fill_bound_list(lst, fill_val, dim_size=None): + if dim_size is not None: + fill = [] + for _ in range(0, dim_size): + fill.append(fill_val) + else: + fill = fill_val + max_bound = 0 + for sub_lst in lst: + if len(sub_lst) > max_bound: + max_bound = len(sub_lst) + for sub_lst in lst: + while len(sub_lst) < max_bound: + sub_lst.append(fill) + + def _write_netcdf_entry( + self, + netcdf, + key, + data_dict, + data_lst, + size, + package, + block, + iper=False, + ): + attribs = {} + data_shape_key = f"{key}_shape" + data_shape_var_key = f"{key}_shape_desc" + # build dimensions + dimensions = self.structure.shape + model_dim = self.data_dimensions.get_model_dim(None) + dimensions = model_dim.deconstruct_axis(dimensions) + for idx, dim in enumerate(dimensions): + dimensions[idx] = dim.upper() + dimensions.reverse() + # see if all dimensions exist in netcdf file + dim_found = 0 + dim_not_found = 0 + if len(dimensions) > 0: + for dimension in dimensions: + if ( + dimension in netcdf.dimensions + or dimension.lower() in netcdf.dimensions + ): + dim_found += 1 + else: + dim_not_found += 1 + if data_shape_var_key in data_dict: + shape_key = data_dict[data_shape_var_key] + if len(shape_key) == 1: + if ( + shape_key[0] in netcdf.dimensions + or shape_key[0].upper() in netcdf.dimensions + ): + dim_found += 1 + else: + dim_not_found += 1 + if "maxbound" in self.structure.shape and not iper: + var_dim = f"dim_{self._package.package_name}_maxbound" + size += (var_dim,) + # count "maxbound" as found + dim_not_found -= 1 + else: + if isinstance(data_lst[0], list): + data_lst = data_lst[0] + if ( + len(data_lst) > 1 + and key != "auxiliary" + and data_shape_key not in data_dict + ): + if dim_not_found == 0: + size = (dimensions[0],) + else: + if data_shape_var_key not in data_dict: + var_dim = f"{key}_len" + else: + var_dim = data_dict[data_shape_var_key][0] + if var_dim not in netcdf.dimensions: + netcdf.createDimension(var_dim, len(data_lst)) + size += (var_dim,) + + if key == "aux": + var_dim = f"dim_{self._package.package_name}_naux" + size += (var_dim,) + if data_shape_key in data_dict and dim_not_found > 0: + if len(size) == 0: + # calculate total data size and assign to size + # making this a 1-d array + data_size = 0 + for num in data_dict[data_shape_key]: + data_size += num + # store data size as a dimension + pkg_name = self._package.package_name + var_dim = f"dim_{pkg_name}_{data_dict[data_shape_var_key][0]}" + if var_dim not in netcdf.dimensions: + netcdf.createDimension(var_dim, data_size) + # reference data size in data shape + size = (var_dim,) + else: + if len(data_dict[data_shape_key]) > 0: + data_size = data_dict[data_shape_key][0] + # store data size as a dimension + pkg_name = self._package.package_name + var_dim = ( + f"dim_{pkg_name}_{data_dict[data_shape_var_key][0]}" + ) + if var_dim not in netcdf.dimensions: + netcdf.createDimension(var_dim, data_size) + # reference data size in data shape + size += (var_dim,) + if ( + data_shape_var_key in data_dict + and len(data_dict[data_shape_var_key]) > 0 + and data_dict[data_shape_var_key][0] == "ncelldim" + ): + # build dimensions + size += ("NCELLDIM",) + precision_str = "i4" + fill_value = -2147483647 + if "maxbound" in self.structure.shape and not iper: + # build fill list + mg = self._get_model_grid() + dims = len(mg.idomain.shape) + fill_lst = [] + for idx in range(0, dims): + fill_lst.append(fill_value) + # fill empty spots + self._fill_bound_list(data_lst, fill_lst) + arr = np.array(data_lst, dtype=int) + arr = np.ma.masked_values(arr, fill_value) + arr += 1 + else: + if isinstance(data_lst[0], list): + if key == "aux": + first_val = data_lst[0][0][0] + else: + first_val = data_lst[0][0] + else: + first_val = data_lst[0] + dim_size = None + if len(size) == 3: + dim_size = netcdf.dimensions[size[-1]].size + if isinstance(first_val, (int, np.int32, np.int64)): + precision_str = "i4" + fill_value = -2147483647 + if "maxbound" in self.structure.shape and not iper: + self._fill_bound_list(data_lst, fill_value, dim_size) + arr = np.array(data_lst, dtype=int) + arr = np.ma.masked_values(arr, fill_value) + elif isinstance(first_val, (float, np.float32, np.float64)): + precision_str = "f8" + fill_value = 3e30 + if "maxbound" in self.structure.shape and not iper: + self._fill_bound_list(data_lst, fill_value, dim_size) + arr = np.array(data_lst, dtype=float) + arr = np.ma.masked_values(arr, fill_value) + elif isinstance(first_val, str): + precision_str = "S1" + if key == "auxiliary": + var_dim = f"dim_{self._package.package_name}_naux" + if var_dim not in netcdf.dimensions: + netcdf.createDimension(var_dim, len(data_lst)) + if var_dim not in size: + size += (var_dim,) + size += ("LENAUXNAME",) + txt_len = self._simulation_data.netcdf_lenauxname + elif key == "boundname": + size += ("LENBOUNDNAME",) + txt_len = self._simulation_data.netcdf_lenboundname + else: + size += ("LINELENGTH",) + txt_len = self._simulation_data.netcdf_linelength + fill_value = "".ljust(txt_len) + if "maxbound" in self.structure.shape and not iper: + self._fill_bound_list(data_lst, fill_value, dim_size) + self._pad_list(data_lst, txt_len) + netcdf4 = import_optional_dependency("netCDF4") + try: + arr = np.array(data_lst, f"S{txt_len}") + arr_mask = np.array([fill_value], f"S{txt_len}") + arr = np.ma.masked_object(arr, arr_mask[0]) + except ValueError as v: + print( + f"Error occurred creating numpy array for data " + f"{self.name}." + ) + raise v + arr = netcdf4.stringtochar(arr, encoding="ascii") + attribs["_Encoding"] = "ascii" + fill_value = None + else: + precision_str = None + fill_value = None + arr = np.array(data_lst) + + # write + self.write_netcdf_var( + self._model_or_sim.name, + netcdf, + package, + block, + precision_str, + size, + arr, + key, + attribs, + fill_value, + ) + + def write_netcdf(self, netcdf): + """Writes data to netcdf file. + Parameters + ---------- + netcdf : NetCDF4 + NetCDF4 object to write data to. + """ + ncdf_dict = {} + self._get_file_entry(ncdf_dict=ncdf_dict) + if "filerecord" in self.structure.name and len(ncdf_dict) > 0: + key = self.structure.data_item_structures[-1].name + lst = list(ncdf_dict[key].values()) + if len(lst) > 0: + val = lst[-1] + self._write_netcdf_entry( + netcdf, + self.structure.name, + ncdf_dict[key], + val, + (), + self._package, + self._block, + ) + else: + for key, data_dict in ncdf_dict.items(): + lst = data_dict[key] + self._write_netcdf_entry( + netcdf, key, data_dict, lst, (), self._package, self._block + ) + return [] + def get_file_entry( self, ext_file_action=ExtFileAction.copy_relative_paths, @@ -757,8 +1014,7 @@ def get_file_entry( return self._get_file_entry(ext_file_action) def _get_file_entry( - self, - ext_file_action=ExtFileAction.copy_relative_paths, + self, ext_file_action=ExtFileAction.copy_relative_paths, ncdf_dict=None ): try: # freeze model grid to boost performance @@ -860,6 +1116,7 @@ def _get_file_entry( self.structure, storage, indent, + ncdf_dict, ) # comments @@ -885,6 +1142,7 @@ def _get_file_entry_record( data_set, storage, indent, + ncdf_dict=None, ): if ( storage.layer_storage.first_item().data_storage_type @@ -923,21 +1181,29 @@ def _get_file_entry_record( data_dim.package_dim.get_aux_variables() ) if aux_var_names is not None: + if ( + ncdf_dict is not None + and data_item.name in ncdf_dict + ): + ncdf_dict[data_item.name][data_item.name][ + -1 + ].append([]) for aux_var_name in aux_var_names[0]: if aux_var_name.lower() != "auxiliary": data_val = data_line[index] if data_val is not None: - text_line.append( - to_string( - data_val, - data_item.type, - self._simulation_data, - self.data_dimensions, - data_item.is_cellid, - data_item.possible_cellid, - data_item, - self._simulation_data.verify_data, - ) + proc_item( + data_val, + data_item.type, + self._simulation_data, + self.data_dimensions, + data_item.is_cellid, + data_item.possible_cellid, + data_item, + self._simulation_data.verify_data, + text_line, + ncdf_dict, + data_item.name, ) index += 1 except Exception as ex: @@ -976,9 +1242,16 @@ def _get_file_entry_record( or not data_item.is_mname or not storage.in_model ): + # check to see if data item should not exist + may_exist = data_item_may_exist( + data_item, self.path, data_dim, self._simulation_data + ) + if not may_exist: + continue + data_complete_len = len(data_line) if data_complete_len <= index: - if data_item.optional is False: + if not data_item.optional: message = ( "Not enough data provided " "for {}. Data for required data " @@ -1008,11 +1281,17 @@ def _get_file_entry_record( break try: # resolve size of data + model_num = DatumUtil.cellid_model_num( + data_item.name, + self.structure.model_data, + self.data_dimensions.package_dim.model_dim, + ) resolved_shape, shape_rule = data_dim.get_data_shape( data_item, self.structure, [data_line], repeating_key=self._current_key, + model_num=model_num, ) data_val = data_line[index] if data_item.is_cellid or ( @@ -1026,12 +1305,9 @@ def _get_file_entry_record( and len(data_item.shape) > 0 and data_item.shape[0] == "ncelldim" ): - model_num = DatumUtil.cellid_model_num( - data_item, - self.structure.model_data, - self.data_dimensions.package_dim.model_dim, + model_grid = data_dim.get_model_grid( + model_num=model_num ) - model_grid = data_dim.get_model_grid(model_num) cellid_size = ( model_grid.get_num_spatial_coordinates() ) @@ -1063,12 +1339,45 @@ def _get_file_entry_record( self._simulation_data.debug, ex, ) + if ncdf_dict is not None and len(data_item.shape) > 0: + # record data size in netcdf dictionary + data_key = f"{data_item.name}" + if data_key not in ncdf_dict: + ncdf_dict[data_key] = {} + shape_desc = f"{data_item.name}_shape_desc" + if shape_desc not in ncdf_dict[data_key]: + ncdf_dict[data_key][shape_desc] = data_item.shape + shape_key = f"{data_item.name}_shape" + if shape_key not in ncdf_dict[data_key]: + ncdf_dict[data_key][shape_key] = [] + if data_key == "auxiliary": + # do not count the auxiliary keyword in the shape + data_size -= 1 + ncdf_dict[data_key][shape_key].append(data_size) + if ncdf_dict is not None and len(data_set.shape) > 1: + # record data size in netcdf dictionary + data_key = f"{data_set.name}" + if data_key not in ncdf_dict: + ncdf_dict[data_key] = {} + shape_desc = f"{data_item.name}_shape_desc" + if shape_desc not in ncdf_dict[data_key]: + ncdf_dict[data_key][shape_desc] = data_item.shape for data_index in range(0, data_size): if data_complete_len > index: data_val = data_line[index] if data_item.type == DatumType.keyword: if data_val is not None: - text_line.append(data_item.display_name) + if ( + text_line is not None + or ncdf_dict is not None + ): + append_item( + text_line, + data_item.display_name, + ncdf_dict, + f"{data_item.name}", + data_val is not False, + ) if self.structure.block_variable: # block variables behave differently for # now. this needs to be resolved @@ -1076,12 +1385,19 @@ def _get_file_entry_record( index += 1 elif data_item.type == DatumType.keystring: if data_val is not None: - text_line.append(data_val) + append_item( + text_line, + data_val, + ncdf_dict, + f"ks_{data_item.name}", + data_item.name, + ) index += 1 # keystring must be at the end of the line so # everything else is part of the keystring data data_key = data_val.lower() + keystr_struct = None if data_key not in data_item.keystring_dict: key_record = f"{data_key}record" if key_record in data_item.keystring_dict: @@ -1172,21 +1488,27 @@ def _get_file_entry_record( data_line[data_index] is not None ): - text_line.append( - k_data_item.display_name + append_item( + text_line, + k_data_item.display_name, + ncdf_dict, + f"{k_data_item.name}", + data_line[data_index] + is not False, ) else: - text_line.append( - to_string( - data_line[data_index], - k_data_item.type, - self._simulation_data, - self.data_dimensions, - k_data_item.is_cellid, - k_data_item.possible_cellid, - k_data_item, - self._simulation_data.verify_data, - ) + proc_item( + data_line[data_index], + k_data_item.type, + self._simulation_data, + self.data_dimensions, + k_data_item.is_cellid, + k_data_item.possible_cellid, + k_data_item, + self._simulation_data.verify_data, + text_line, + ncdf_dict, + k_data_item.name, ) data_index += 1 except Exception as ex: @@ -1247,23 +1569,25 @@ def _get_file_entry_record( self._simulation_data, self.data_dimensions, False, - data_item=data_item, - verify_data=self._simulation_data.verify_data, + False, + data_item, + self._simulation_data.verify_data, ) ) index += 1 data_val = data_line[index] - text_line.append( - to_string( - data_val, - data_item.type, - self._simulation_data, - self.data_dimensions, - data_item.is_cellid, - data_item.possible_cellid, - data_item, - self._simulation_data.verify_data, - ) + proc_item( + data_val, + data_item.type, + self._simulation_data, + self.data_dimensions, + data_item.is_cellid, + data_item.possible_cellid, + data_item, + self._simulation_data.verify_data, + text_line, + ncdf_dict, + data_item.name, ) except Exception as ex: message = ( @@ -1616,9 +1940,10 @@ def masked_4D_arrays_itr(self): m4d[0, :, :, :] = array for kper in range(1, nper): arrays = self.to_array(kper=kper, mask=True) - for tname, array in arrays.items(): - if tname == name: - m4d[kper, :, :, :] = array + if arrays is not None: + for tname, array in arrays.items(): + if tname == name: + m4d[kper, :, :, :] = array yield name, m4d else: m3d = np.zeros( @@ -1824,6 +2149,60 @@ def get_data(self, key=None, apply_mult=False, **kwargs): else: return None + def write_netcdf(self, netcdf): + """Writes data to netcdf file. + Parameters + ---------- + netcdf : NetCDF4 + NetCDF4 object to write data to. + """ + # build dataset + nsp = 0 + ncdf_dict = {} + # build 2d arrays (stress period, maxbound) + iper = [] + last_sp = 0 + for idx, sp in enumerate(self._data_storage.keys()): + if idx > 0: + # add empty keys for empty stress periods + for ibt_sp in range(last_sp + 1, sp): + if ibt_sp in self.empty_keys and self.empty_keys[ibt_sp]: + for key in ncdf_dict.keys(): + # if "_cellid" not in key: + ncdf_dict[key].append([]) + # add empty keys for current stress period + for key in ncdf_dict.keys(): + if "_cellid" not in key: + ncdf_dict[key][key].append([]) + self.get_data_prep(sp) + self._get_file_entry(ncdf_dict=ncdf_dict) + nsp += 1 + iper.append(sp + 1) + + # build dimensions + dimensions = self.structure.shape + model_dim = self.data_dimensions.get_model_dim(None) + dimensions = model_dim.deconstruct_axis(dimensions) + nsp_label = f"dim_{self._package.package_name}_niper" + dimensions.insert(0, nsp_label) + if "maxbound" in dimensions: + dimensions.remove("maxbound") + # write data + for key, data_d in ncdf_dict.items(): + if key in data_d: + lst = data_d[key] + dim_copy = copy.deepcopy(dimensions) + self._write_netcdf_entry( + netcdf, + key, + data_d, + lst, + dim_copy, + self._package, + self._block, + ) + return iper + def set_record(self, data_record, autofill=False, check_data=True): """Sets the contents of the data based on the contents of 'data_record`. diff --git a/flopy/mf6/data/mfdataplist.py b/flopy/mf6/data/mfdataplist.py index dd397699d..d140bb10b 100644 --- a/flopy/mf6/data/mfdataplist.py +++ b/flopy/mf6/data/mfdataplist.py @@ -15,9 +15,13 @@ from ..data import mfdata from ..mfbase import ExtFileAction, MFDataException, VerbosityLevel from ..utils.mfenums import DiscretizationType -from .mfdatalist import MFList +from .mfdatalist import MFList, MFTransientList from .mfdatastorage import DataStorageType, DataStructureType -from .mfdatautil import list_to_array, process_open_close_line +from .mfdatautil import ( + data_item_may_exist, + list_to_array, + process_open_close_line, +) from .mffileaccess import MFFileAccessList from .mfstructure import DatumType, MFDataStructure @@ -385,6 +389,12 @@ def _build_data_header(self): self.structure.data_item_structures, range(0, len(self.structure.data_item_structures)), ): + may_exist = data_item_may_exist( + data_item, self.path, data_dim, self._simulation_data + ) + if not may_exist: + continue + if data_item.name.lower() == "aux": # get all of the aux variables for this dataset aux_var_names = data_dim.package_dim.get_aux_variables() @@ -1631,6 +1641,27 @@ def _get_record(self, data_frame=False): record["data"] = self._get_dataframe() return record + def write_netcdf(self, netcdf): + """Writes data to netcdf file. + Parameters + ---------- + netcdf : NetCDF4 + NetCDF4 object to write data to. + """ + list_data = MFList( + self._simulation_data, + self._model_or_sim, + self.structure, + None, + True, + self.path, + self.data_dimensions.package_dim, + self._package, + self._block, + ) + list_data.set_record(self.get_record()) + return list_data.write_netcdf(netcdf) + def write_file_entry( self, fd_data_file, @@ -2431,6 +2462,26 @@ def write_file_entry( fd_main=fd_main, ) + def write_netcdf(self, netcdf): + """Writes data to netcdf file. + Parameters + ---------- + netcdf : NetCDF4 + NetCDF4 object to write data to. + """ + list_data = MFTransientList( + self._simulation_data, + self._model_or_sim, + self.structure, + True, + self.path, + self.data_dimensions.package_dim, + self._package, + self._block, + ) + list_data.set_record(self.get_record()) + return list_data.write_netcdf(netcdf) + def get_file_entry( self, key=0, ext_file_action=ExtFileAction.copy_relative_paths ): diff --git a/flopy/mf6/data/mfdatascalar.py b/flopy/mf6/data/mfdatascalar.py index 8eb482428..3c092d506 100644 --- a/flopy/mf6/data/mfdatascalar.py +++ b/flopy/mf6/data/mfdatascalar.py @@ -4,12 +4,13 @@ import numpy as np from ...datbase import DataType +from ...utils import import_optional_dependency from ...utils.datautil import clean_filename from ..data import mfdata from ..data.mfstructure import DatumType from ..mfbase import ExtFileAction, MFDataException from .mfdatastorage import DataStorage, DataStorageType, DataStructureType -from .mfdatautil import convert_data, to_string +from .mfdatautil import append_item, convert_data, proc_item from .mffileaccess import MFFileAccessScalar @@ -46,10 +47,14 @@ def __init__( enable=True, path=None, dimensions=None, + package=None, + block=None, ): super().__init__( sim_data, model_or_sim, structure, enable, path, dimensions ) + self._package = package + self._block = block self._data_type = self.structure.data_item_structures[0].type self._data_storage = self._new_storage() if data is not None: @@ -318,11 +323,89 @@ def add_one(self): self._simulation_data.debug, ) + def _write_netcdf_entry( + self, netcdf, key, lst, size, package, block, is_cellid + ): + attribs = {} + + size = () + if isinstance(lst, list): + if is_cellid: + # build dimensions + size += ("NCELLDIM",) + precision_str = "i4" + fill_value = None + arr = np.array(lst, dtype=int) + elif isinstance(lst, int): + precision_str = "i4" + fill_value = None + arr = np.array(lst, dtype=int) + elif isinstance(lst, float): + precision_str = "f8" + fill_value = None + arr = np.array(lst, dtype=float) + elif isinstance(lst, str): + precision_str = "S1" + size += ("LINELENGTH",) + fill_value = None + netcdf4 = import_optional_dependency("netCDF4") + txt = lst.ljust(self._simulation_data.netcdf_linelength) + arr = np.array(txt, f"S{self._simulation_data.netcdf_linelength}") + arr = netcdf4.stringtochar(arr, encoding="ascii") + attribs["_Encoding"] = "ascii" + else: + precision_str = None + fill_value = None + arr = np.array(lst) + # write + self.write_netcdf_var( + self._model_or_sim.name, + netcdf, + package, + block, + precision_str, + size, + arr, + key, + attribs, + fill_value, + ) + + def write_netcdf(self, netcdf): + """Writes data to netcdf file. + Parameters + ---------- + netcdf : NetCDF4 + NetCDF4 object to write data to. + """ + ncdf_dict = {} + self.get_file_entry(ncdf_dict=ncdf_dict) + for key, lst in ncdf_dict.items(): + lst_data = lst[key][0] + if len(lst_data) == 1: + lst_data = lst_data[0] + self._write_netcdf_entry( + netcdf, + key, + lst_data, + (), + self._package, + self._block, + f"{key}_cellid" in ncdf_dict, + ) + if self.name.lower() == "maxbound": + # create dimension for this variable + var_dim = f"dim_{self._package.package_name}_{self.name.lower()}" + size = self.get_data() + netcdf.createDimension(var_dim, size) + return [] + def get_file_entry( self, values_only=False, one_based=False, ext_file_action=ExtFileAction.copy_relative_paths, + ncdf_dict=None, ): """Returns a string containing the data formatted for a MODFLOW 6 file. @@ -335,6 +418,9 @@ def get_file_entry( Return one-based integer values ext_file_action : ExtFileAction How to handle external paths. + ncdf_dict : dictionary + Dictionary that gets populated with netcdf data. Overrides + functionality that returns a string. Returns ------- @@ -383,14 +469,39 @@ def get_file_entry( self._simulation_data.debug, ex, ) + if ( + data is not None + and data is not False + and self.structure.type == DatumType.keyword + ): + if data is True: + data = 1 + data_multi_list = ( + isinstance(data, list) + and len(data) > 0 + and isinstance(data[0], tuple) + and len(data[0]) > 1 + ) + if ncdf_dict is None or not data_multi_list: + append_item( + ncdf_dict=ncdf_dict, + ncdf_key=f"{self.structure.name}", + ncdf_item=data, + ) + if ncdf_dict is not None and not data_multi_list: + return None if self.structure.type == DatumType.keyword: if data is not None and data is not False: + if ncdf_dict is not None: + return None # keyword appears alone return "{}{}\n".format( self._simulation_data.indent_string, self.structure.name.upper(), ) else: + if ncdf_dict is not None: + return None return "" elif self.structure.type == DatumType.record: text_line = [] @@ -410,7 +521,13 @@ def get_file_entry( data[index] is not None and data[index] is not False ): - text_line.append(data_item.name.upper()) + append_item( + text_line, + data_item.name.upper(), + ncdf_dict, + data_item.name, + True, + ) if ( isinstance(data[index], str) and data_item.name.upper() @@ -422,7 +539,13 @@ def get_file_entry( index -= 1 else: if data is not None and data is not False: - text_line.append(data_item.name.upper()) + append_item( + text_line, + data_item.name.upper(), + ncdf_dict, + data_item.name, + True, + ) else: if data is not None and data != "": if isinstance(data, list) or isinstance(data, tuple): @@ -471,17 +594,27 @@ def get_file_entry( # if data has been commented out, # keep the comment text_line.append(data[index]) - text_line.append(data_item.name.upper()) + append_item( + text_line, + data_item.name.upper(), + ncdf_dict, + data_item.name, + True, + ) else: try: - text_line.append( - to_string( - current_data, - self._data_type, - self._simulation_data, - self.data_dimensions, - data_item=data_item, - ) + proc_item( + current_data, + self._data_type, + self._simulation_data, + self.data_dimensions, + data_item.is_cellid, + data_item.possible_cellid, + data_item, + self._simulation_data.verify_data, + text_line, + ncdf_dict, + data_item.name, ) except Exception as ex: message = ( @@ -505,6 +638,8 @@ def get_file_entry( ) index += 1 + if ncdf_dict is not None: + return None text = self._simulation_data.indent_string.join(text_line) return f"{self._simulation_data.indent_string}{text}\n" else: @@ -551,13 +686,19 @@ def get_file_entry( ) try: # data - values = to_string( + values = [] + proc_item( data, self._data_type, self._simulation_data, self.data_dimensions, - data_item=data_item, - verify_data=self._simulation_data.verify_data, + data_item.is_cellid, + data_item.possible_cellid, + data_item, + self._simulation_data.verify_data, + values, + ncdf_dict, + data_item.name, ) except Exception as ex: message = ( @@ -578,15 +719,17 @@ def get_file_entry( message, self._simulation_data.debug, ) + if ncdf_dict is not None: + return None if values_only: - return f"{self._simulation_data.indent_string}{values}" + return f"{self._simulation_data.indent_string}{values[0]}" else: # keyword + data return "{}{}{}{}\n".format( self._simulation_data.indent_string, self.structure.name.upper(), self._simulation_data.indent_string, - values, + values[0], ) def load( @@ -726,6 +869,8 @@ def __init__( enable=True, path=None, dimensions=None, + package=None, + block=None, ): mfdata.MFTransient.__init__(self) MFScalar.__init__( @@ -736,6 +881,8 @@ def __init__( enable=enable, path=path, dimensions=dimensions, + package=package, + block=block, ) self.repeating = True diff --git a/flopy/mf6/data/mfdatastorage.py b/flopy/mf6/data/mfdatastorage.py index 5441936ff..91ebd544b 100644 --- a/flopy/mf6/data/mfdatastorage.py +++ b/flopy/mf6/data/mfdatastorage.py @@ -18,7 +18,7 @@ from ..data import mfdatautil from ..data.mfstructure import DatumType, MFDataItemStructure from ..mfbase import MFDataException, VerbosityLevel -from .mfdatautil import MFComment, convert_data, iterable +from .mfdatautil import MFComment, convert_data, data_item_may_exist, iterable from .mffileaccess import MFFileAccess, MFFileAccessArray, MFFileAccessList @@ -2709,6 +2709,14 @@ def build_type_list( data_set.data_item_structures, range(0, len(data_set.data_item_structures)), ): + may_exist = data_item_may_exist( + data_item, + self._data_path, + self.data_dimensions, + self._simulation_data, + ) + if not may_exist: + continue # handle optional mnames if ( not data_item.optional @@ -2823,6 +2831,14 @@ def build_type_list( resolved_shape = [1] else: if resolve_data_shape: + if data_item is not None: + model_num = DatumUtil.cellid_model_num( + data_item.name, + self.data_dimensions.structure.model_data, + self.data_dimensions.package_dim.model_dim, + ) + else: + model_num = None data_dim = self.data_dimensions ( resolved_shape, @@ -2833,6 +2849,7 @@ def build_type_list( data, repeating_key=key, min_size=min_size, + model_num=model_num, ) else: resolved_shape = [1] diff --git a/flopy/mf6/data/mfdatautil.py b/flopy/mf6/data/mfdatautil.py index ab716b643..2ee24926f 100644 --- a/flopy/mf6/data/mfdatautil.py +++ b/flopy/mf6/data/mfdatautil.py @@ -8,6 +8,7 @@ from ...utils.datautil import DatumUtil, PyListUtil, clean_filename from ..mfbase import FlopyException, MFDataException +from ..utils.mfenums import DiscretizationType from .mfstructure import DatumType @@ -37,6 +38,84 @@ def cellids_equal(cellid_1, cellid_2): return True +def resolve_exists_when(data_item, value, data_dimensions, simulation_data): + exists_when_formula = data_item.exists_when + if len(exists_when_formula) != 3: + message = ( + "ERROR: Unable to resolve dimension for " + f"{data_item.name} using formula {exists_when_formula}." + ) + print(message) + type_, value_, traceback_ = sys.exc_info() + raise MFDataException( + data_dimensions.structure.get_model(), + data_dimensions.structure.get_package(), + data_dimensions.structure.path, + "storing data", + data_dimensions.structure.name, + inspect.stack()[0][3], + type_, + value_, + traceback_, + message, + simulation_data.debug, + ) + + if DatumUtil.is_int(exists_when_formula[2]): + compare = int(exists_when_formula[2]) + if value is None: + return True + elif DatumUtil.is_float(exists_when_formula[2]): + compare = float(exists_when_formula[2]) + if value is None: + return True + elif exists_when_formula[2] == "True": + compare = True + elif exists_when_formula[2] == "False": + compare = False + else: + compare = exists_when_formula[2] + if value is None: + return True + if exists_when_formula[1] == "=": + if value == compare: + return True + elif exists_when_formula[1] == ">": + if value > compare: + return True + elif exists_when_formula[1] == "<": + if value < compare: + return True + return False + + +def data_item_may_exist( + data_item, data_path, data_dimensions, simulation_data +): + if data_item.optional: + if data_item.exists_when is None: + return True + parent_path = data_path[:-2] + result = simulation_data.mfdata.find_in_path( + parent_path, data_item.exists_when[0] + ) + if result[0] is not None: + data = result[0].get_data() + if data is None: + data_is = result[0].structure.data_item_structures[0] + default_val = data_is.get_default_value() + # resolve formula + return resolve_exists_when( + data_item, default_val, data_dimensions, simulation_data + ) + else: + # resolve formula + return resolve_exists_when( + data_item, data, data_dimensions, simulation_data + ) + return True + + # convert_data(data, type) : type # converts data "data" to type "type" and returns the converted data def convert_data(data, data_dimensions, data_type, data_item=None, sub_amt=1): @@ -78,7 +157,6 @@ def convert_data(data, data_dimensions, data_type, data_item=None, sub_amt=1): if isinstance(data, str): # fix any scientific formatting that python can't handle data = data.replace("d", "e") - data = data.replace("D", "e") return float(data) except (ValueError, TypeError): try: @@ -346,6 +424,62 @@ def process_open_close_line( return multiplier, print_format, binary, data_file, data, comment +def append_item( + text_line=None, + text_item=None, + ncdf_dict=None, + ncdf_key=None, + ncdf_item=None, +): + if ncdf_dict is None: + if text_line is not None: + text_line.append(text_item) + else: + if ncdf_key not in ncdf_dict: + ncdf_dict[ncdf_key] = {ncdf_key: [[]]} + ncdf_dict[ncdf_key][ncdf_key][-1].append(ncdf_item) + + +def proc_item( + val, + data_type, + sim_data, + data_dim, + is_cellid=False, + possible_cellid=False, + data_item=None, + verify_data=True, + text_line=None, + dt=None, + key=None, +): + if dt is not None: + to_ncdf_dict( + dt, + key, + val, + sim_data, + data_dim, + is_cellid, + possible_cellid, + data_item, + verify_data, + ) + else: + text_line.append( + to_string( + val, + data_type, + sim_data, + data_dim, + is_cellid, + possible_cellid, + data_item, + verify_data, + ) + ) + + def to_string( val, data_type, @@ -402,7 +536,10 @@ def to_string( ) model_grid = data_dim.get_model_grid(model_num=model_num) cellid_size = model_grid.get_num_spatial_coordinates() - if len(val) != cellid_size: + if ( + len(val) != cellid_size + and model_grid.grid_type() != DiscretizationType.UNDEFINED + ): message = ( 'Cellid "{}" contains {} integer(s). Expected a' " cellid containing {} integer(s) for grid type" @@ -457,6 +594,131 @@ def to_string( return str(val) +def to_ncdf_dict( + dt, + key, + val, + sim_data, + data_dim, + is_cellid=False, + possible_cellid=False, + data_item=None, + verify_data=True, +): + if key not in dt: + dt[key] = {} + if key not in dt[key]: + dt[key][key] = [[]] + if is_cellid or (possible_cellid and isinstance(val, tuple)): + if ( + verify_data + and is_cellid + and data_dim.get_model_dim(None).model_name is not None + ): + model_num = DatumUtil.cellid_model_num( + data_item.name, + data_dim.structure.model_data, + data_dim.package_dim.model_dim, + ) + model_grid = data_dim.get_model_grid(model_num=model_num) + cellid_size = model_grid.get_num_spatial_coordinates() + if len(val) != cellid_size: + message = ( + 'Cellid "{}" contains {} integer(s). Expected a' + " cellid containing {} integer(s) for grid type" + " {}.".format( + val, + len(val), + cellid_size, + str(model_grid.grid_type()), + ) + ) + type_, value_, traceback_ = sys.exc_info() + raise MFDataException( + data_dim.structure.get_model(), + data_dim.structure.get_package(), + data_dim.structure.path, + "converting cellid to string", + data_dim.structure.name, + inspect.stack()[0][3], + type_, + value_, + traceback_, + message, + sim_data.debug, + ) + + string_val = [] + if isinstance(val, str): + string_val.append(val) + else: + for item in val: + string_val.append(str(item + 1)) + dt[key][key][-1].append(list(val)) + dt[key][f"{key}_cellid"] = True + else: + if ( + DatumUtil.is_int(val) + and data_item is not None + and data_item.numeric_index + ): + val += 1 + if key == "aux": + if len(dt[key][key][-1]) == 0: + dt[key][key][-1].append([]) + dt[key][key][-1][-1].append(val) + else: + shape_key = f"{data_item.name}_shape" + if ( + shape_key in dt[key] + and len(dt[key][shape_key]) > 0 + and data_item.block_name == "period" + ): + size = dt[key][shape_key][-1] + if len(dt[key][key][-1]) == 0: + dt[key][key][-1].append([val]) + elif len(dt[key][key][-1][-1]) < size: + dt[key][key][-1][-1].append(val) + else: + dt[key][key][-1].append([val]) + else: + dt[key][key][-1].append(val) + return None + + +def to_netcdf( + netcdf, + name, + precision_str, + dimensions, + attribs, + data, + fill_value=-99999.9, +): + # create variable + var = netcdf.createVariable( + name, + precision_str, + dimensions, + fill_value=fill_value, + zlib=True, + ) + # create variable attributes + for k, v in attribs.items(): + try: + var.setncattr(k, v) + except Exception as e: + print(f"error setting attribute{k} for variable " f"{name}: {e!s}") + # attach data to variable + try: + var[:] = data + except ValueError as v: + print(f"Error occurred when assigning data to variable {name}") + raise v + # resync + netcdf.sync() + + class DataSearchOutput: def __init__(self, path_to_data=None, data_header=None): self.path_to_data = path_to_data diff --git a/flopy/mf6/data/mfstructure.py b/flopy/mf6/data/mfstructure.py index 4542711ea..bf8962717 100644 --- a/flopy/mf6/data/mfstructure.py +++ b/flopy/mf6/data/mfstructure.py @@ -212,6 +212,8 @@ def get_block_structure_dict(self, path, common, model_file, block_parent): if isinstance(item, str): if item == "multi-package": header_dict["multi-package"] = True + if item == "netcdf": + header_dict["netcdf"] = True if item.startswith("package-type"): header_dict["package-type"] = item.split(" ")[1] for dfn_entry in self.dfn_list[1:]: @@ -506,6 +508,8 @@ def get_block_structure_dict(self, path, common, model_file, block_parent): # load flopy data if line_lst[2] == "multi-package": header_dict["multi-package"] = True + if line_lst[2] == "netcdf": + header_dict["netcdf"] = True if line_lst[2] == "parent_name_type" and len(line_lst) == 5: header_dict["parent_name_type"] = [ line_lst[3], @@ -930,6 +934,8 @@ def __init__(self): self.parameter_name = None self.one_per_pkg = False self.jagged_array = None + self.default_val = None + self.exists_when = None def set_value(self, line, common): arr_line = line.strip().split() @@ -1107,6 +1113,10 @@ def set_value(self, line, common): self.one_per_pkg = bool(arr_line[1]) elif arr_line[0] == "jagged_array": self.jagged_array = arr_line[1] + elif arr_line[0] == "default_val": + self.default_value = arr_line[1] + elif arr_line[0] == "exists_when": + self.exists_when = arr_line[1:] def get_type_string(self): return f"[{self.type_string}]" @@ -1259,6 +1269,15 @@ def _get_type(self): return str return str + def get_default_value(self): + if self.default_value is None: + return self.default_value + else: + return self._get_type()(self.default_value) + + def get_exists_when(self): + return self.exists_when + def _str_to_enum_type(self, type_string): if type_string.lower() == "keyword": return DatumType.keyword @@ -2137,6 +2156,7 @@ def __init__(self, dfn_file, path, common, model_file): self.has_packagedata = "packagedata" in self.blocks self.has_perioddata = "period" in self.blocks self.multi_package_support = "multi-package" in self.header + self.netcdf = "netcdf" in self.header self.stress_package = ( "package-type" in self.header and self.header["package-type"] == "stress-package" diff --git a/flopy/mf6/mfmodel.py b/flopy/mf6/mfmodel.py index 536248689..e892b2295 100644 --- a/flopy/mf6/mfmodel.py +++ b/flopy/mf6/mfmodel.py @@ -1,17 +1,21 @@ +import copy import inspect import os import sys +import time from typing import Union import numpy as np +import flopy + from ..discretization.grid import Grid from ..discretization.modeltime import ModelTime from ..discretization.structuredgrid import StructuredGrid from ..discretization.unstructuredgrid import UnstructuredGrid from ..discretization.vertexgrid import VertexGrid from ..mbase import ModelInterface -from ..utils import datautil +from ..utils import datautil, import_optional_dependency from ..utils.check import mf6check from .coordinates import modeldimensions from .data import mfdata, mfdatalist, mfstructure @@ -1147,7 +1151,12 @@ def _format_data_entry(data_entry): else: return f",{data_entry}\n" - def write(self, ext_file_action=ExtFileAction.copy_relative_paths): + def write( + self, + ext_file_action=ExtFileAction.copy_relative_paths, + write_netcdf=False, + to_cdl=False, + ): """ Writes out model's package files. @@ -1157,6 +1166,12 @@ def write(self, ext_file_action=ExtFileAction.copy_relative_paths): Defines what to do with external files when the simulation path has changed. defaults to copy_relative_paths which copies only files with relative paths, leaving files defined by absolute paths fixed. + write_netcdf : bool + Generate NetCDF file instead of package file for packages that + support this. This is currently a pre-release feature that + may not work with the current release of MODFLOW-6. + to_cdl : bool + Generate text version of netcdf file (debug feature) """ @@ -1167,16 +1182,136 @@ def write(self, ext_file_action=ExtFileAction.copy_relative_paths): ): print(" writing model name file...") - self.name_file.write(ext_file_action=ext_file_action) + model_netcdf = None + netcdf_file = f"{self.name}.nc" + if write_netcdf: + # make sure all packages are named and there is a netcdf enabled + # package in this model + has_netcdf_package = False + for package in self.packagelist: + if ( + package.structure.netcdf + and not package.package_type.lower().startswith("dis") + ): + has_netcdf_package = True + if package.package_name is None: + name_iter = datautil.NameIter(package.package_type, False) + for package_name in name_iter: + if package_name not in self.package_name_dict: + package.package_name = package_name + break + # only write netcdf file if there is a non-dis package that + # supports netcdf in the model + if has_netcdf_package: + # build file name + file_mgr = self.simulation_data.mfpath + model_folder_path = file_mgr.get_model_path(self.name) + netcdf_file_path = os.path.join( + model_folder_path, + netcdf_file, + ) + if self.name in file_mgr.model_relative_path: + mrp = file_mgr.model_relative_path[self.name] + else: + mrp = "." + if mrp == ".": + netcdf_file_relative_path = netcdf_file + else: + netcdf_file_relative_path = os.path.join(mrp, netcdf_file) + # handle netcdf setup + netcdf4 = import_optional_dependency("netCDF4") + # open the file for writing + try: + model_netcdf = netcdf4.Dataset(netcdf_file_path, "w") + except Exception as e: + raise Exception("error creating netcdf dataset") from e + + # add global attributes + model_netcdf.description = "MODFLOW 6 NetCDF4 file prototype" + model_netcdf.history = "Created " + time.ctime(time.time()) + model_netcdf.source = f"flopy v{flopy.__version__}" + model_netcdf.mf6_modeltype = self.model_type.upper() + model_netcdf.mf6_modelname = self.name.upper() + model_netcdf.Conventions = "" + model_netcdf.set_fill_on() + + # add time dimension + tdis = self.simulation.get_package("tdis") + period_data = tdis.perioddata.get_data() + model_netcdf.createDimension( + "LINELENGTH", self.simulation_data.netcdf_linelength + ) + model_netcdf.createDimension( + "LENAUXNAME", self.simulation_data.netcdf_lenauxname + ) + model_netcdf.createDimension( + "LENBOUNDNAME", self.simulation_data.netcdf_lenboundname + ) + model_netcdf.createDimension("NPER", len(period_data)) + # add spatial dimensions + grid = self.modelgrid + if grid.grid_type == "structured": + model_netcdf.createDimension("NLAY", grid.nlay) + model_netcdf.createDimension("NROW", grid.nrow) + model_netcdf.createDimension("NCOL", grid.ncol) + model_netcdf.createDimension("NCPL", grid.ncpl) + model_netcdf.createDimension("NCELLDIM", 3) + elif grid.grid_type == "vertex": + model_netcdf.createDimension("NLAY", grid.nlay) + model_netcdf.createDimension("NCPL", grid.ncpl) + model_netcdf.createDimension("NVERT", grid.nvert) + model_netcdf.createDimension("NCELLDIM", 2) + elif grid.grid_type == "unstructured": + model_netcdf.createDimension("NODES", grid.nnodes) + dis = self.get_package("disu") + model_netcdf.createDimension("NJA", dis.nja.get_data()) + model_netcdf.createDimension("NCELLDIM", 1) # write packages + packages_to_netcdf = [] for pp in self.packagelist: if ( self.simulation_data.verbosity_level.value >= VerbosityLevel.normal.value ): print(f" writing package {pp._get_pname()}...") - pp.write(ext_file_action=ext_file_action) + if pp.write( + ext_file_action=ext_file_action, + netcdf_file=model_netcdf, + ): + packages_to_netcdf.append(pp) + + if write_netcdf and len(packages_to_netcdf) > 0: + # create temporary name file + ncdf_name = copy.deepcopy(self.name_file) + packages = ncdf_name.packages + packages_data = packages.get_data() + + # update name file to point to netcdf files + for pp_ncdf in packages_to_netcdf: + pkg_type = pp_ncdf.package_type.upper() + if len(pkg_type) > 3 and pkg_type[-1] == "A": + pkg_type = pkg_type[0:-1] + if packages_data is not None: + for index, entry in enumerate(packages_data): + if entry[0].upper() == f"{pkg_type}6": + # update file name + packages_data[index][1] = netcdf_file_relative_path + packages.set_data(packages_data) + + # write + ncdf_name.write(ext_file_action=ext_file_action) + model_netcdf.sync() + # write netcdf text file + netcdf_file_path = os.path.join( + model_folder_path, + f"{self.name}.nc.out", + ) + if to_cdl: + model_netcdf.tocdl(data=True, outfile=netcdf_file_path) + model_netcdf.close() + else: + self.name_file.write(ext_file_action=ext_file_action) def get_grid_type(self): """ @@ -1495,7 +1630,9 @@ def remove_package(self, package_name): for child_package in child_package_list: self._remove_package_from_dictionaries(child_package) - def update_package_filename(self, package, new_name): + def update_package_name( + self, package, new_file_name=None, new_package_name=None + ): """ Updates the filename for a package. For internal flopy use only. @@ -1503,8 +1640,10 @@ def update_package_filename(self, package, new_name): ---------- package : MFPackage Package object - new_name : str - New package name + new_file_name : str + New file name + new_package_name : str + New package naem """ try: # get namefile package data @@ -1530,8 +1669,10 @@ def update_package_filename(self, package, new_name): for item in package_data: leaf = os.path.split(item[1])[1] if leaf == old_leaf: - item[1] = os.path.join(model_rel_path, new_name) - + if new_file_name is not None: + item[1] = os.path.join(model_rel_path, new_file_name) + if new_package_name is not None: + item[2] = new_package_name if new_rec_array is None: new_rec_array = np.rec.array( [item.tolist()], package_data.dtype @@ -1895,7 +2036,10 @@ def load_package( f"{ftype}-{self._ftype_num_dict[ftype]}" ) else: - dict_package_name = ftype + if pname is not None: + dict_package_name = pname + else: + dict_package_name = ftype # clean up model type text model_type = self.structure.model_type @@ -1927,6 +2071,12 @@ def load_package( ) package.load(strict) + if dict_package_name != pname: + # update namefile + self.update_package_name( + package, new_package_name=dict_package_name + ) + # register child package with the model self._add_package(package, package.path) if parent_package is not None: diff --git a/flopy/mf6/mfpackage.py b/flopy/mf6/mfpackage.py index 1a0b09b2c..2661b57c2 100644 --- a/flopy/mf6/mfpackage.py +++ b/flopy/mf6/mfpackage.py @@ -21,13 +21,16 @@ mfdatascalar, mfstructure, ) -from .data.mfdatautil import DataSearchOutput, MFComment, cellids_equal +from .data.mfdatautil import ( + DataSearchOutput, + MFComment, + cellids_equal, +) from .data.mfstructure import DatumType, MFDataItemStructure, MFStructure from .mfbase import ( ExtFileAction, FlopyException, MFDataException, - MFFileMgmt, MFInvalidTransientBlockHeaderException, PackageContainer, PackageContainerType, @@ -234,6 +237,22 @@ def connect_to_dict(self, simulation_data, path, comment=None): simulation_data.mfdata[self.comment_path] = comment self.comment = None + def get_header_entries(self): + entries = [] + if isinstance(self.data_items[0], mfdatascalar.MFScalar): + one_based = self.data_items[0].structure.type == DatumType.integer + entry = self.data_items[0].get_file_entry( + values_only=True, one_based=one_based + ) + else: + entry = self.data_items[0].get_file_entry() + entries.append(entry.rstrip()) + if len(self.data_items) > 1: + for data_item in self.data_items[1:]: + entry = data_item.get_file_entry(values_only=True) + entries.append(entry.rstrip()) + return entries + def write_header(self, fd): """Writes block header to file object `fd`. @@ -245,20 +264,11 @@ def write_header(self, fd): """ fd.write(f"BEGIN {self.name}") if len(self.data_items) > 0: - if isinstance(self.data_items[0], mfdatascalar.MFScalar): - one_based = ( - self.data_items[0].structure.type == DatumType.integer - ) - entry = self.data_items[0].get_file_entry( - values_only=True, one_based=one_based - ) - else: - entry = self.data_items[0].get_file_entry() - fd.write(str(entry.rstrip())) - if len(self.data_items) > 1: - for data_item in self.data_items[1:]: - entry = data_item.get_file_entry(values_only=True) - fd.write("%s" % (entry.rstrip())) + entries = self.get_header_entries() + fd.write(str(entries[0])) + if len(entries) > 1: + for entry in entries[1:]: + fd.write("%s" % entry) if self.get_comment().text: fd.write(" ") self.get_comment().write(fd) @@ -436,13 +446,22 @@ def data_factory( enable, path, dimensions, + package, + self, ) elif ( data_type == mfstructure.DataType.scalar_keyword_transient or data_type == mfstructure.DataType.scalar_transient ): trans_scalar = mfdatascalar.MFScalarTransient( - sim_data, model_or_sim, structure, enable, path, dimensions + sim_data, + model_or_sim, + structure, + enable, + path, + dimensions, + package, + self, ) if data is not None: trans_scalar.set_data(data, key=0) @@ -456,6 +475,7 @@ def data_factory( enable, path, dimensions, + package, self, ) elif data_type == mfstructure.DataType.array_transient: @@ -466,6 +486,7 @@ def data_factory( enable, path, dimensions, + package, self, ) if data is not None: @@ -1041,7 +1062,9 @@ def load(self, block_header, fd, strict=True): self.loaded = True self.is_valid() - def _find_data_by_keyword(self, line, fd, initial_comment): + def _find_data_by_keyword( + self, line, fd, initial_comment, load_empty=False + ): first_key = None nothing_found = False next_line = [True, line] @@ -1056,12 +1079,18 @@ def _find_data_by_keyword(self, line, fd, initial_comment): >= VerbosityLevel.verbose.value ): print(f" loading data {ds_name}...") - next_line = self.datasets[ds_name].load( - next_line[1], - fd, - self.block_headers[-1], - initial_comment, - ) + if load_empty: + self.datasets[ds_name].load_empty( + self.block_headers[-1], + ) + return first_key, next_line + else: + next_line = self.datasets[ds_name].load( + next_line[1], + fd, + self.block_headers[-1], + initial_comment, + ) except MFDataException as mfde: raise MFDataException( mfdata_except=mfde, @@ -1256,14 +1285,24 @@ def _save_comments(self, arr_line, line, key, comments): comments.append("\n") comments.append(arr_line) - def write(self, fd, ext_file_action=ExtFileAction.copy_relative_paths): + def write( + self, + fd, + ext_file_action=ExtFileAction.copy_relative_paths, + write_netcdf=False, + ): """Writes block to a file object. Parameters ---------- fd : file object File object to write to. - + ext_file_action : ExtFileAction + How to handle pathing of external data files. + write_netcdf : bool + Generate NetCDF file instead of package file for packages that + support this. This is currently a pre-release feature that + may not work with the current release of MODFLOW-6. """ # never write an empty block is_empty = self.is_empty() @@ -1280,11 +1319,41 @@ def write(self, fd, ext_file_action=ExtFileAction.copy_relative_paths): for repeating_dataset in repeating_datasets: # resolve any missing block headers self._add_missing_block_headers(repeating_dataset) - for block_header in sorted(self.block_headers): + if write_netcdf: + # build header value list + pkg_name = self._container_package.package_name + header_name = self.block_headers[0].name + header_values = [] + for block_header in sorted(self.block_headers): + header_values.append(block_header.get_header_entries()) + # construct header dimension variable + if header_name.lower() == "period": + header_name = "iper" + hd_dim_name = f"dim_{pkg_name}_n{header_name}" + fd.createDimension(hd_dim_name, len(header_values)) # write block - self._write_block(fd, block_header, ext_file_action) + self._write_block( + fd, + self.block_headers[0], + ext_file_action, + write_netcdf, + ) + else: + for block_header in sorted(self.block_headers): + # write block + self._write_block( + fd, + block_header, + ext_file_action, + write_netcdf, + ) else: - self._write_block(fd, self.block_headers[0], ext_file_action) + self._write_block( + fd, + self.block_headers[0], + ext_file_action, + write_netcdf, + ) def _add_missing_block_headers(self, repeating_dataset): key_data_list = repeating_dataset.get_active_key_list() @@ -1435,7 +1504,7 @@ def _prepare_external(self, fd, file_name, binary=False): os.makedirs(fd_folder_path) return fd_main, fd_file_path - def _write_block(self, fd, block_header, ext_file_action): + def _write_block(self, fd, block_header, ext_file_action, write_netcdf): transient_key = None basic_list = False dataset_one = list(self.datasets.values())[0] @@ -1453,14 +1522,19 @@ def _write_block(self, fd, block_header, ext_file_action): ), ) # write block header - block_header.write_header(fd) + if not write_netcdf: + block_header.write_header(fd) if len(block_header.data_items) > 0: transient_key = block_header.get_transient_key() # gather data sets to write data_set_output = [] + data_set_names = [] data_found = False + nc_paths_used = {} + nc_ipers = [] for key, dataset in self.datasets.items(): + data_set_names.append(dataset.structure.name) try: if transient_key is None: if ( @@ -1470,7 +1544,9 @@ def _write_block(self, fd, block_header, ext_file_action): print( f" writing data {dataset.structure.name}..." ) - if basic_list: + if write_netcdf: + dataset.write_netcdf(fd) + elif basic_list: ext_fname = dataset.external_file_name() if ext_fname is not None: # if dataset.has_modified_ext_data(): @@ -1500,7 +1576,11 @@ def _write_block(self, fd, block_header, ext_file_action): dataset.structure.name, transient_key ) ) - if basic_list: + if write_netcdf: + if dataset.path not in nc_paths_used: + nc_ipers += dataset.write_netcdf(fd) + nc_paths_used[dataset.path] = True + elif basic_list: ext_fname = dataset.external_file_name(transient_key) if ext_fname is not None: # if dataset.has_modified_ext_data(transient_key): @@ -1550,45 +1630,66 @@ def _write_block(self, fd, block_header, ext_file_action): ) if not data_found: return - if not basic_list: - # write block header - block_header.write_header(fd) - - if self.external_file_name is not None: - indent_string = self._simulation_data.indent_string - fd.write( - f"{indent_string}open/close " - f'"{self.external_file_name}"\n' - ) - # write block contents to external file - fd_main, fd = self._prepare_external( - fd, self.external_file_name - ) - # write data sets - for output in data_set_output: - fd.write(output) - - # write trailing comments - pth = block_header.blk_trailing_comment_path - if pth in self._simulation_data.mfdata: - self._simulation_data.mfdata[pth].write(fd) - - if self.external_file_name is not None and not basic_list: - # switch back writing to package file - fd.close() - fd = fd_main - - # write block footer - block_header.write_footer(fd) - - # write post block comments - pth = block_header.blk_post_comment_path - if pth in self._simulation_data.mfdata: - self._simulation_data.mfdata[pth].write(fd) - - # write extra line if comments are off - if not self._simulation_data.comments_on: - fd.write("\n") + if not write_netcdf: + if not basic_list: + # write block header + block_header.write_header(fd) + if self.external_file_name is not None: + indent_string = self._simulation_data.indent_string + fd.write( + f"{indent_string}open/close " + f'"{self.external_file_name}"\n' + ) + # write block contents to external file + fd_main, fd = self._prepare_external( + fd, self.external_file_name + ) + # write data sets + for output in data_set_output: + fd.write(output) + + # write trailing comments + pth = block_header.blk_trailing_comment_path + if pth in self._simulation_data.mfdata: + self._simulation_data.mfdata[pth].write(fd) + + if self.external_file_name is not None and not basic_list: + # switch back writing to package file + fd.close() + fd = fd_main + + # write block footer + block_header.write_footer(fd) + + # write post block comments + pth = block_header.blk_post_comment_path + if pth in self._simulation_data.mfdata: + self._simulation_data.mfdata[pth].write(fd) + + # write extra line if comments are off + if not self._simulation_data.comments_on: + fd.write("\n") + elif len(nc_ipers) > 0: + nc_ipers = list(set(nc_ipers)) + nc_ipers.sort() + arr = np.array(nc_ipers, dtype=int) + iper_label = "iper" + nsp_label = f"dim_{self._container_package.package_name}_niper" + iper_dim = [nsp_label] + fill = -2147483647 + attribs = {} + mfdata.MFData.write_netcdf_var( + self._model_or_sim.name, + fd, + self._container_package, + self, + "i4", + iper_dim, + arr, + iper_label, + attribs, + fill, + ) def is_allowed(self): """Determine if block is valid based on the values of dependant @@ -1939,7 +2040,7 @@ def filename(self, fname): ) if self.model_or_sim is not None and fname is not None: if self._package_type != "nam": - self.model_or_sim.update_package_filename(self, fname) + self.model_or_sim.update_package_name(self, fname) self._filename = fname @property @@ -2300,7 +2401,7 @@ def _update_size_defs(self): else: current_size = size_def.get_data() - if new_size > current_size: + if new_size > -1 and new_size != current_size: # store current size size_def.set_data(new_size) @@ -3021,28 +3122,46 @@ def _load_blocks(self, fd_input_file, strict=True, max_blocks=sys.maxsize): # treat unresolved text as a comment for now self._store_comment(line, found_first_block) - def write(self, ext_file_action=ExtFileAction.copy_relative_paths): + def write( + self, + ext_file_action=ExtFileAction.copy_relative_paths, + netcdf_file=None, + ): """Writes the package to a file. Parameters ---------- ext_file_action : ExtFileAction How to handle pathing of external data files. + netcdf_file : NetCDF + NetCDF file to write to instead of package file for packages that + support this. This is currently a pre-release feature that + may not work with the current release of MODFLOW-6. + Returns + ------- + write_netcdf : boolean + whether package data was written to a netcdf file """ if self.simulation_data.auto_set_sizes: self._update_size_defs() + # determine whether to write as a netcdf file + write_netcdf = netcdf_file is not None and self.structure.netcdf + # create any folders in path package_file_path = self.get_file_path() package_folder = os.path.split(package_file_path)[0] if package_folder and not os.path.isdir(package_folder): os.makedirs(os.path.split(package_file_path)[0]) - # open file - fd = open(package_file_path, "w") + if write_netcdf: + fd = netcdf_file + else: + # open file + fd = open(package_file_path, "w") # write flopy header - if self.simulation_data.write_headers: + if self.simulation_data.write_headers and not write_netcdf: dt = datetime.datetime.now() header = ( "# File generated by Flopy version {} on {} at {}." @@ -3055,9 +3174,11 @@ def write(self, ext_file_action=ExtFileAction.copy_relative_paths): fd.write(header) # write blocks - self._write_blocks(fd, ext_file_action) + self._write_blocks(fd, ext_file_action, write_netcdf=write_netcdf) - fd.close() + if not write_netcdf: + fd.close() + return write_netcdf def create_package_dimensions(self): """Creates a package dimensions object. For internal FloPy library @@ -3172,7 +3293,7 @@ def _store_comment(self, line, found_first_block): self.path + ("pkg_hdr_comments",) ].text += line - def _write_blocks(self, fd, ext_file_action): + def _write_blocks(self, fd, ext_file_action, write_netcdf=False): # verify that all blocks are valid if not self.is_valid(): message = ( @@ -3197,7 +3318,10 @@ def _write_blocks(self, fd, ext_file_action): # write initial comments pkg_hdr_comments_path = self.path + ("pkg_hdr_comments",) - if pkg_hdr_comments_path in self._simulation_data.mfdata: + if ( + pkg_hdr_comments_path in self._simulation_data.mfdata + and not write_netcdf + ): self._simulation_data.mfdata[ self.path + ("pkg_hdr_comments",) ].write(fd, False) @@ -3211,7 +3335,11 @@ def _write_blocks(self, fd, ext_file_action): ): print(f" writing block {block.structure.name}...") # write block - block.write(fd, ext_file_action=ext_file_action) + block.write( + fd, + ext_file_action=ext_file_action, + write_netcdf=write_netcdf, + ) block_num += 1 def get_file_path(self): diff --git a/flopy/mf6/mfsimbase.py b/flopy/mf6/mfsimbase.py index 3491f160e..a7980720d 100644 --- a/flopy/mf6/mfsimbase.py +++ b/flopy/mf6/mfsimbase.py @@ -2,7 +2,6 @@ import inspect import os.path import sys -import warnings from pathlib import Path from typing import List, Optional, Union @@ -259,6 +258,10 @@ def __init__(self, path: Union[str, os.PathLike], mfsim): self.max_columns_auto_set = False self.use_pandas = True + self.netcdf_linelength = 300 + self.netcdf_lenauxname = 16 + self.netcdf_lenboundname = 40 + self._update_str_format() # --- file path --- @@ -1395,7 +1398,9 @@ def _set_timing_block(self, file_name): message=message, ) - def update_package_filename(self, package, new_name): + def update_package_name( + self, package, new_file_name=None, new_package_name=None + ): """ Updates internal arrays to be consistent with a new file name. This is for internal flopy library use only. @@ -1404,27 +1409,30 @@ def update_package_filename(self, package, new_name): ---------- package: MFPackage Package with new name - new_name: str - Package's new name + new_file_name : str + New file name + new_package_name : str + New package name - currently not supported by simulation name file """ + assert new_package_name is None if ( self._tdis_file is not None and package.filename == self._tdis_file.filename ): - self._set_timing_block(new_name) + self._set_timing_block(new_file_name) elif package.filename in self._exchange_files: - self._exchange_files[new_name] = self._exchange_files.pop( + self._exchange_files[new_file_name] = self._exchange_files.pop( package.filename ) - self._rename_exchange_file(package, new_name) + self._rename_exchange_file(package, new_file_name) elif package.filename in self._solution_files: - self._solution_files[new_name] = self._solution_files.pop( + self._solution_files[new_file_name] = self._solution_files.pop( package.filename ) - self._update_solution_group(package.filename, new_name) + self._update_solution_group(package.filename, new_file_name) else: - self._other_files[new_name] = self._other_files.pop( + self._other_files[new_file_name] = self._other_files.pop( package.filename ) @@ -1519,7 +1527,11 @@ def set_all_data_internal(self, check_data=True): package.set_all_data_internal(check_data) def write_simulation( - self, ext_file_action=ExtFileAction.copy_relative_paths, silent=False + self, + ext_file_action=ExtFileAction.copy_relative_paths, + silent=False, + write_netcdf=False, + to_cdl=False, ): """ Write the simulation to files. @@ -1532,7 +1544,12 @@ def write_simulation( by absolute paths fixed. silent : bool Writes out the simulation in silent mode (verbosity_level = 0) - + write_netcdf : bool + Generate NetCDF file instead of package file for packages that + support this. This is currently a pre-release feature that + may not work with the current release of MODFLOW-6. + to_cdl : bool + Generate text version of netcdf file (debug feature) """ sim_data = self.simulation_data if not sim_data.max_columns_user_set: @@ -1548,14 +1565,8 @@ def write_simulation( if silent: self.simulation_data.verbosity_level = VerbosityLevel.quiet - # write simulation name file - if ( - self.simulation_data.verbosity_level.value - >= VerbosityLevel.normal.value - ): - print("writing simulation...") - print(" writing simulation name file...") - self.name_file.write(ext_file_action=ext_file_action) + sim_netcdf = None + packages_to_netcdf = [] # write TDIS file if ( @@ -1563,7 +1574,11 @@ def write_simulation( >= VerbosityLevel.normal.value ): print(" writing simulation tdis package...") - self._tdis_file.write(ext_file_action=ext_file_action) + if self._tdis_file.write( + ext_file_action=ext_file_action, + netcdf_file=sim_netcdf, + ): + packages_to_netcdf.append(self._tdis_file) # write solution files for solution_file in self._solution_files.values(): @@ -1575,11 +1590,14 @@ def write_simulation( f" writing solution package " f"{solution_file._get_pname()}..." ) - solution_file.write(ext_file_action=ext_file_action) + solution_file.write( + ext_file_action=ext_file_action, + netcdf_file=sim_netcdf, + ) # write exchange files for exchange_file in self._exchange_files.values(): - exchange_file.write() + exchange_file.write(netcdf_file=sim_netcdf) # write other packages for pp in self._other_files.values(): @@ -1588,7 +1606,10 @@ def write_simulation( >= VerbosityLevel.normal.value ): print(f" writing package {pp._get_pname()}...") - pp.write(ext_file_action=ext_file_action) + pp.write( + ext_file_action=ext_file_action, + netcdf_file=sim_netcdf, + ) # FIX: model working folder should be model name file folder @@ -1599,7 +1620,19 @@ def write_simulation( >= VerbosityLevel.normal.value ): print(f" writing model {model.name}...") - model.write(ext_file_action=ext_file_action) + model.write( + ext_file_action=ext_file_action, + write_netcdf=write_netcdf, + to_cdl=to_cdl, + ) + + # write simulation name file + if ( + self.simulation_data.verbosity_level.value + >= VerbosityLevel.normal.value + ): + print(" writing simulation name file...") + self.name_file.write(ext_file_action=ext_file_action) self.simulation_data.mfpath.set_last_accessed_path() diff --git a/flopy/mf6/modflow/mfems.py b/flopy/mf6/modflow/mfems.py index 5e1f0c05d..f86f6e4d1 100644 --- a/flopy/mf6/modflow/mfems.py +++ b/flopy/mf6/modflow/mfems.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC from .. import mfpackage diff --git a/flopy/mf6/modflow/mfgnc.py b/flopy/mf6/modflow/mfgnc.py index 9b7ddd997..c3ec76625 100644 --- a/flopy/mf6/modflow/mfgnc.py +++ b/flopy/mf6/modflow/mfgnc.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC from .. import mfpackage from ..data.mfdatautil import ListTemplateGenerator diff --git a/flopy/mf6/modflow/mfgwf.py b/flopy/mf6/modflow/mfgwf.py index 0abb68176..7cd036522 100644 --- a/flopy/mf6/modflow/mfgwf.py +++ b/flopy/mf6/modflow/mfgwf.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC from .. import mfmodel from ..data.mfdatautil import ArrayTemplateGenerator, ListTemplateGenerator diff --git a/flopy/mf6/modflow/mfgwfapi.py b/flopy/mf6/modflow/mfgwfapi.py index c4df402fe..bfc5f1ed1 100644 --- a/flopy/mf6/modflow/mfgwfapi.py +++ b/flopy/mf6/modflow/mfgwfapi.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC from .. import mfpackage from ..data.mfdatautil import ListTemplateGenerator diff --git a/flopy/mf6/modflow/mfgwfbuy.py b/flopy/mf6/modflow/mfgwfbuy.py index f675f03af..8744420cf 100644 --- a/flopy/mf6/modflow/mfgwfbuy.py +++ b/flopy/mf6/modflow/mfgwfbuy.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC from .. import mfpackage from ..data.mfdatautil import ListTemplateGenerator diff --git a/flopy/mf6/modflow/mfgwfchd.py b/flopy/mf6/modflow/mfgwfchd.py index 22c7d1626..9a731e8c5 100644 --- a/flopy/mf6/modflow/mfgwfchd.py +++ b/flopy/mf6/modflow/mfgwfchd.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC from .. import mfpackage from ..data.mfdatautil import ListTemplateGenerator @@ -119,7 +119,7 @@ class ModflowGwfchd(mfpackage.MFPackage): dfn_file_name = "gwf-chd.dfn" dfn = [ - ["header", "multi-package", "package-type stress-package"], + ["header", "multi-package", "netcdf", "package-type stress-package"], [ "block options", "name auxiliary", diff --git a/flopy/mf6/modflow/mfgwfcsub.py b/flopy/mf6/modflow/mfgwfcsub.py index c153f7170..1ab879566 100644 --- a/flopy/mf6/modflow/mfgwfcsub.py +++ b/flopy/mf6/modflow/mfgwfcsub.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:18 UTC from .. import mfpackage from ..data.mfdatautil import ArrayTemplateGenerator, ListTemplateGenerator diff --git a/flopy/mf6/modflow/mfgwfdis.py b/flopy/mf6/modflow/mfgwfdis.py index bcf83ee38..6532953e9 100644 --- a/flopy/mf6/modflow/mfgwfdis.py +++ b/flopy/mf6/modflow/mfgwfdis.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC from .. import mfpackage from ..data.mfdatautil import ArrayTemplateGenerator @@ -92,6 +92,7 @@ class ModflowGwfdis(mfpackage.MFPackage): dfn = [ [ "header", + "netcdf", ], [ "block options", diff --git a/flopy/mf6/modflow/mfgwfdisu.py b/flopy/mf6/modflow/mfgwfdisu.py index e9c84f263..c84be6be8 100644 --- a/flopy/mf6/modflow/mfgwfdisu.py +++ b/flopy/mf6/modflow/mfgwfdisu.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC from .. import mfpackage from ..data.mfdatautil import ArrayTemplateGenerator, ListTemplateGenerator @@ -207,6 +207,7 @@ class ModflowGwfdisu(mfpackage.MFPackage): dfn = [ [ "header", + "netcdf", ], [ "block options", diff --git a/flopy/mf6/modflow/mfgwfdisv.py b/flopy/mf6/modflow/mfgwfdisv.py index cb2d6ad5d..7d004b9e5 100644 --- a/flopy/mf6/modflow/mfgwfdisv.py +++ b/flopy/mf6/modflow/mfgwfdisv.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC from .. import mfpackage from ..data.mfdatautil import ArrayTemplateGenerator, ListTemplateGenerator @@ -120,6 +120,7 @@ class ModflowGwfdisv(mfpackage.MFPackage): dfn = [ [ "header", + "netcdf", ], [ "block options", diff --git a/flopy/mf6/modflow/mfgwfdrn.py b/flopy/mf6/modflow/mfgwfdrn.py index c22b20f2d..29875b335 100644 --- a/flopy/mf6/modflow/mfgwfdrn.py +++ b/flopy/mf6/modflow/mfgwfdrn.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC from .. import mfpackage from ..data.mfdatautil import ListTemplateGenerator @@ -143,7 +143,7 @@ class ModflowGwfdrn(mfpackage.MFPackage): dfn_file_name = "gwf-drn.dfn" dfn = [ - ["header", "multi-package", "package-type stress-package"], + ["header", "multi-package", "netcdf", "package-type stress-package"], [ "block options", "name auxiliary", diff --git a/flopy/mf6/modflow/mfgwfevt.py b/flopy/mf6/modflow/mfgwfevt.py index 81c843e7b..88c0033ce 100644 --- a/flopy/mf6/modflow/mfgwfevt.py +++ b/flopy/mf6/modflow/mfgwfevt.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC from .. import mfpackage from ..data.mfdatautil import ListTemplateGenerator @@ -160,7 +160,7 @@ class ModflowGwfevt(mfpackage.MFPackage): dfn_file_name = "gwf-evt.dfn" dfn = [ - ["header", "multi-package", "package-type stress-package"], + ["header", "multi-package", "netcdf", "package-type stress-package"], [ "block options", "name fixed_cell", @@ -311,7 +311,8 @@ class ModflowGwfevt(mfpackage.MFPackage): "name nseg", "type integer", "reader urword", - "optional false", + "optional true", + "default_val 1", ], [ "block period", @@ -382,6 +383,7 @@ class ModflowGwfevt(mfpackage.MFPackage): "in_record true", "reader urword", "optional true", + "exists_when nseg > 1", "time_series true", ], [ @@ -393,6 +395,7 @@ class ModflowGwfevt(mfpackage.MFPackage): "in_record true", "reader urword", "optional true", + "exists_when nseg > 1", "time_series true", ], [ @@ -404,6 +407,7 @@ class ModflowGwfevt(mfpackage.MFPackage): "in_record true", "reader urword", "optional true", + "exists_when surf_rate_specified = True", "time_series true", ], [ @@ -445,7 +449,7 @@ def __init__( observations=None, surf_rate_specified=None, maxbound=None, - nseg=None, + nseg=1, stress_period_data=None, filename=None, pname=None, diff --git a/flopy/mf6/modflow/mfgwfevta.py b/flopy/mf6/modflow/mfgwfevta.py index 677a50d41..0b34a7c26 100644 --- a/flopy/mf6/modflow/mfgwfevta.py +++ b/flopy/mf6/modflow/mfgwfevta.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC from .. import mfpackage from ..data.mfdatautil import ArrayTemplateGenerator, ListTemplateGenerator @@ -117,7 +117,7 @@ class ModflowGwfevta(mfpackage.MFPackage): dfn_file_name = "gwf-evta.dfn" dfn = [ - ["header", "multi-package", "package-type stress-package"], + ["header", "multi-package", "netcdf", "package-type stress-package"], [ "block options", "name readasarrays", diff --git a/flopy/mf6/modflow/mfgwfghb.py b/flopy/mf6/modflow/mfgwfghb.py index b01bff428..d72c552d0 100644 --- a/flopy/mf6/modflow/mfgwfghb.py +++ b/flopy/mf6/modflow/mfgwfghb.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC from .. import mfpackage from ..data.mfdatautil import ListTemplateGenerator @@ -128,7 +128,7 @@ class ModflowGwfghb(mfpackage.MFPackage): dfn_file_name = "gwf-ghb.dfn" dfn = [ - ["header", "multi-package", "package-type stress-package"], + ["header", "multi-package", "netcdf", "package-type stress-package"], [ "block options", "name auxiliary", diff --git a/flopy/mf6/modflow/mfgwfgnc.py b/flopy/mf6/modflow/mfgwfgnc.py index 189539306..cc1b4c27a 100644 --- a/flopy/mf6/modflow/mfgwfgnc.py +++ b/flopy/mf6/modflow/mfgwfgnc.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC from .. import mfpackage from ..data.mfdatautil import ListTemplateGenerator diff --git a/flopy/mf6/modflow/mfgwfgwf.py b/flopy/mf6/modflow/mfgwfgwf.py index f01443068..e30df7317 100644 --- a/flopy/mf6/modflow/mfgwfgwf.py +++ b/flopy/mf6/modflow/mfgwfgwf.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC from .. import mfpackage from ..data.mfdatautil import ListTemplateGenerator @@ -395,6 +395,7 @@ class ModflowGwfgwf(mfpackage.MFPackage): "tagged false", "reader urword", "optional false", + "shape (ncelldim)", "numeric_index true", ], [ @@ -405,6 +406,7 @@ class ModflowGwfgwf(mfpackage.MFPackage): "tagged false", "reader urword", "optional false", + "shape (ncelldim)", "numeric_index true", ], [ diff --git a/flopy/mf6/modflow/mfgwfgwt.py b/flopy/mf6/modflow/mfgwfgwt.py index 917ceb14d..aa4168252 100644 --- a/flopy/mf6/modflow/mfgwfgwt.py +++ b/flopy/mf6/modflow/mfgwfgwt.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC from .. import mfpackage diff --git a/flopy/mf6/modflow/mfgwfhfb.py b/flopy/mf6/modflow/mfgwfhfb.py index 97f4e510b..b18acc635 100644 --- a/flopy/mf6/modflow/mfgwfhfb.py +++ b/flopy/mf6/modflow/mfgwfhfb.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC from .. import mfpackage from ..data.mfdatautil import ListTemplateGenerator diff --git a/flopy/mf6/modflow/mfgwfic.py b/flopy/mf6/modflow/mfgwfic.py index 7c81d99bc..2bcc69bd8 100644 --- a/flopy/mf6/modflow/mfgwfic.py +++ b/flopy/mf6/modflow/mfgwfic.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC from .. import mfpackage from ..data.mfdatautil import ArrayTemplateGenerator @@ -47,6 +47,7 @@ class ModflowGwfic(mfpackage.MFPackage): dfn = [ [ "header", + "netcdf", ], [ "block griddata", diff --git a/flopy/mf6/modflow/mfgwflak.py b/flopy/mf6/modflow/mfgwflak.py index 759e4a65f..2445008ed 100644 --- a/flopy/mf6/modflow/mfgwflak.py +++ b/flopy/mf6/modflow/mfgwflak.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC from .. import mfpackage from ..data.mfdatautil import ListTemplateGenerator diff --git a/flopy/mf6/modflow/mfgwfmaw.py b/flopy/mf6/modflow/mfgwfmaw.py index 9e72fa1d0..bd12b982c 100644 --- a/flopy/mf6/modflow/mfgwfmaw.py +++ b/flopy/mf6/modflow/mfgwfmaw.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC from .. import mfpackage from ..data.mfdatautil import ListTemplateGenerator diff --git a/flopy/mf6/modflow/mfgwfmvr.py b/flopy/mf6/modflow/mfgwfmvr.py index 1916be736..d8ad71a3e 100644 --- a/flopy/mf6/modflow/mfgwfmvr.py +++ b/flopy/mf6/modflow/mfgwfmvr.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC from .. import mfpackage from ..data.mfdatautil import ListTemplateGenerator diff --git a/flopy/mf6/modflow/mfgwfnam.py b/flopy/mf6/modflow/mfgwfnam.py index 574df2652..817100fce 100644 --- a/flopy/mf6/modflow/mfgwfnam.py +++ b/flopy/mf6/modflow/mfgwfnam.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC from .. import mfpackage from ..data.mfdatautil import ListTemplateGenerator diff --git a/flopy/mf6/modflow/mfgwfnpf.py b/flopy/mf6/modflow/mfgwfnpf.py index db25596f2..e14d5074d 100644 --- a/flopy/mf6/modflow/mfgwfnpf.py +++ b/flopy/mf6/modflow/mfgwfnpf.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC from .. import mfpackage from ..data.mfdatautil import ArrayTemplateGenerator, ListTemplateGenerator @@ -249,6 +249,7 @@ class ModflowGwfnpf(mfpackage.MFPackage): dfn = [ [ "header", + "netcdf", ], [ "block options", diff --git a/flopy/mf6/modflow/mfgwfoc.py b/flopy/mf6/modflow/mfgwfoc.py index c637ebe74..d36462c56 100644 --- a/flopy/mf6/modflow/mfgwfoc.py +++ b/flopy/mf6/modflow/mfgwfoc.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC from .. import mfpackage from ..data.mfdatautil import ListTemplateGenerator diff --git a/flopy/mf6/modflow/mfgwfrch.py b/flopy/mf6/modflow/mfgwfrch.py index 4697a7b46..78a7e1d27 100644 --- a/flopy/mf6/modflow/mfgwfrch.py +++ b/flopy/mf6/modflow/mfgwfrch.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC from .. import mfpackage from ..data.mfdatautil import ListTemplateGenerator @@ -123,7 +123,7 @@ class ModflowGwfrch(mfpackage.MFPackage): dfn_file_name = "gwf-rch.dfn" dfn = [ - ["header", "multi-package", "package-type stress-package"], + ["header", "multi-package", "netcdf", "package-type stress-package"], [ "block options", "name fixed_cell", diff --git a/flopy/mf6/modflow/mfgwfrcha.py b/flopy/mf6/modflow/mfgwfrcha.py index 31f7a253e..89d86b7aa 100644 --- a/flopy/mf6/modflow/mfgwfrcha.py +++ b/flopy/mf6/modflow/mfgwfrcha.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC from .. import mfpackage from ..data.mfdatautil import ArrayTemplateGenerator, ListTemplateGenerator @@ -116,7 +116,7 @@ class ModflowGwfrcha(mfpackage.MFPackage): dfn_file_name = "gwf-rcha.dfn" dfn = [ - ["header", "multi-package", "package-type stress-package"], + ["header", "multi-package", "netcdf", "package-type stress-package"], [ "block options", "name readasarrays", diff --git a/flopy/mf6/modflow/mfgwfriv.py b/flopy/mf6/modflow/mfgwfriv.py index 13fca28a6..b0cee6b14 100644 --- a/flopy/mf6/modflow/mfgwfriv.py +++ b/flopy/mf6/modflow/mfgwfriv.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC from .. import mfpackage from ..data.mfdatautil import ListTemplateGenerator @@ -129,7 +129,7 @@ class ModflowGwfriv(mfpackage.MFPackage): dfn_file_name = "gwf-riv.dfn" dfn = [ - ["header", "multi-package", "package-type stress-package"], + ["header", "multi-package", "netcdf", "package-type stress-package"], [ "block options", "name auxiliary", diff --git a/flopy/mf6/modflow/mfgwfsfr.py b/flopy/mf6/modflow/mfgwfsfr.py index 31ca9b42c..9b2e7b1c8 100644 --- a/flopy/mf6/modflow/mfgwfsfr.py +++ b/flopy/mf6/modflow/mfgwfsfr.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC from .. import mfpackage from ..data.mfdatautil import ListTemplateGenerator diff --git a/flopy/mf6/modflow/mfgwfsto.py b/flopy/mf6/modflow/mfgwfsto.py index b4dc1d9fd..dbdf45a5a 100644 --- a/flopy/mf6/modflow/mfgwfsto.py +++ b/flopy/mf6/modflow/mfgwfsto.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC from .. import mfpackage from ..data.mfdatautil import ArrayTemplateGenerator, ListTemplateGenerator diff --git a/flopy/mf6/modflow/mfgwfuzf.py b/flopy/mf6/modflow/mfgwfuzf.py index 27c1e6df6..05fa188b5 100644 --- a/flopy/mf6/modflow/mfgwfuzf.py +++ b/flopy/mf6/modflow/mfgwfuzf.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC from .. import mfpackage from ..data.mfdatautil import ListTemplateGenerator diff --git a/flopy/mf6/modflow/mfgwfvsc.py b/flopy/mf6/modflow/mfgwfvsc.py index ff62a22ab..c1bda3691 100644 --- a/flopy/mf6/modflow/mfgwfvsc.py +++ b/flopy/mf6/modflow/mfgwfvsc.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:18 UTC from .. import mfpackage from ..data.mfdatautil import ListTemplateGenerator diff --git a/flopy/mf6/modflow/mfgwfwel.py b/flopy/mf6/modflow/mfgwfwel.py index b4a0831e6..ba29ccdd4 100644 --- a/flopy/mf6/modflow/mfgwfwel.py +++ b/flopy/mf6/modflow/mfgwfwel.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC from .. import mfpackage from ..data.mfdatautil import ListTemplateGenerator @@ -141,7 +141,7 @@ class ModflowGwfwel(mfpackage.MFPackage): dfn_file_name = "gwf-wel.dfn" dfn = [ - ["header", "multi-package", "package-type stress-package"], + ["header", "multi-package", "netcdf", "package-type stress-package"], [ "block options", "name auxiliary", diff --git a/flopy/mf6/modflow/mfgwt.py b/flopy/mf6/modflow/mfgwt.py index 80aaa1286..157a1113b 100644 --- a/flopy/mf6/modflow/mfgwt.py +++ b/flopy/mf6/modflow/mfgwt.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:18 UTC from .. import mfmodel from ..data.mfdatautil import ArrayTemplateGenerator, ListTemplateGenerator diff --git a/flopy/mf6/modflow/mfgwtadv.py b/flopy/mf6/modflow/mfgwtadv.py index 542be274e..805082c15 100644 --- a/flopy/mf6/modflow/mfgwtadv.py +++ b/flopy/mf6/modflow/mfgwtadv.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:18 UTC from .. import mfpackage diff --git a/flopy/mf6/modflow/mfgwtapi.py b/flopy/mf6/modflow/mfgwtapi.py index 4eef482cb..8bf70b216 100644 --- a/flopy/mf6/modflow/mfgwtapi.py +++ b/flopy/mf6/modflow/mfgwtapi.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:18 UTC from .. import mfpackage from ..data.mfdatautil import ListTemplateGenerator diff --git a/flopy/mf6/modflow/mfgwtcnc.py b/flopy/mf6/modflow/mfgwtcnc.py index b5c76de76..dedacfc91 100644 --- a/flopy/mf6/modflow/mfgwtcnc.py +++ b/flopy/mf6/modflow/mfgwtcnc.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:18 UTC from .. import mfpackage from ..data.mfdatautil import ListTemplateGenerator @@ -120,6 +120,7 @@ class ModflowGwtcnc(mfpackage.MFPackage): [ "header", "multi-package", + "netcdf", ], [ "block options", diff --git a/flopy/mf6/modflow/mfgwtdis.py b/flopy/mf6/modflow/mfgwtdis.py index 7cf93d686..6fbf9380f 100644 --- a/flopy/mf6/modflow/mfgwtdis.py +++ b/flopy/mf6/modflow/mfgwtdis.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:18 UTC from .. import mfpackage from ..data.mfdatautil import ArrayTemplateGenerator @@ -92,6 +92,7 @@ class ModflowGwtdis(mfpackage.MFPackage): dfn = [ [ "header", + "netcdf", ], [ "block options", diff --git a/flopy/mf6/modflow/mfgwtdisu.py b/flopy/mf6/modflow/mfgwtdisu.py index ea0ac306e..520e96df2 100644 --- a/flopy/mf6/modflow/mfgwtdisu.py +++ b/flopy/mf6/modflow/mfgwtdisu.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:18 UTC from .. import mfpackage from ..data.mfdatautil import ArrayTemplateGenerator, ListTemplateGenerator @@ -207,6 +207,7 @@ class ModflowGwtdisu(mfpackage.MFPackage): dfn = [ [ "header", + "netcdf", ], [ "block options", diff --git a/flopy/mf6/modflow/mfgwtdisv.py b/flopy/mf6/modflow/mfgwtdisv.py index d07731710..486ba7dc3 100644 --- a/flopy/mf6/modflow/mfgwtdisv.py +++ b/flopy/mf6/modflow/mfgwtdisv.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:18 UTC from .. import mfpackage from ..data.mfdatautil import ArrayTemplateGenerator, ListTemplateGenerator @@ -120,6 +120,7 @@ class ModflowGwtdisv(mfpackage.MFPackage): dfn = [ [ "header", + "netcdf", ], [ "block options", diff --git a/flopy/mf6/modflow/mfgwtdsp.py b/flopy/mf6/modflow/mfgwtdsp.py index de1cd4f90..1cd13493d 100644 --- a/flopy/mf6/modflow/mfgwtdsp.py +++ b/flopy/mf6/modflow/mfgwtdsp.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:18 UTC from .. import mfpackage from ..data.mfdatautil import ArrayTemplateGenerator @@ -88,6 +88,7 @@ class ModflowGwtdsp(mfpackage.MFPackage): dfn = [ [ "header", + "netcdf", ], [ "block options", diff --git a/flopy/mf6/modflow/mfgwtfmi.py b/flopy/mf6/modflow/mfgwtfmi.py index 423d428d7..fb711be9e 100644 --- a/flopy/mf6/modflow/mfgwtfmi.py +++ b/flopy/mf6/modflow/mfgwtfmi.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:18 UTC from .. import mfpackage from ..data.mfdatautil import ListTemplateGenerator diff --git a/flopy/mf6/modflow/mfgwtgwt.py b/flopy/mf6/modflow/mfgwtgwt.py index e90d60ae8..b38db77f8 100644 --- a/flopy/mf6/modflow/mfgwtgwt.py +++ b/flopy/mf6/modflow/mfgwtgwt.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC from .. import mfpackage from ..data.mfdatautil import ListTemplateGenerator @@ -355,6 +355,7 @@ class ModflowGwtgwt(mfpackage.MFPackage): "tagged false", "reader urword", "optional false", + "shape (ncelldim)", "numeric_index true", ], [ @@ -365,6 +366,7 @@ class ModflowGwtgwt(mfpackage.MFPackage): "tagged false", "reader urword", "optional false", + "shape (ncelldim)", "numeric_index true", ], [ diff --git a/flopy/mf6/modflow/mfgwtic.py b/flopy/mf6/modflow/mfgwtic.py index a7f5fc635..c11384ad3 100644 --- a/flopy/mf6/modflow/mfgwtic.py +++ b/flopy/mf6/modflow/mfgwtic.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:18 UTC from .. import mfpackage from ..data.mfdatautil import ArrayTemplateGenerator @@ -41,6 +41,7 @@ class ModflowGwtic(mfpackage.MFPackage): dfn = [ [ "header", + "netcdf", ], [ "block griddata", diff --git a/flopy/mf6/modflow/mfgwtist.py b/flopy/mf6/modflow/mfgwtist.py index 3df913bd5..37e3a93d6 100644 --- a/flopy/mf6/modflow/mfgwtist.py +++ b/flopy/mf6/modflow/mfgwtist.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:18 UTC from .. import mfpackage from ..data.mfdatautil import ArrayTemplateGenerator, ListTemplateGenerator diff --git a/flopy/mf6/modflow/mfgwtlkt.py b/flopy/mf6/modflow/mfgwtlkt.py index 0b84249cc..6bc4d204b 100644 --- a/flopy/mf6/modflow/mfgwtlkt.py +++ b/flopy/mf6/modflow/mfgwtlkt.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:18 UTC from .. import mfpackage from ..data.mfdatautil import ListTemplateGenerator diff --git a/flopy/mf6/modflow/mfgwtmst.py b/flopy/mf6/modflow/mfgwtmst.py index 574137096..fdabcb587 100644 --- a/flopy/mf6/modflow/mfgwtmst.py +++ b/flopy/mf6/modflow/mfgwtmst.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:18 UTC from .. import mfpackage from ..data.mfdatautil import ArrayTemplateGenerator diff --git a/flopy/mf6/modflow/mfgwtmvt.py b/flopy/mf6/modflow/mfgwtmvt.py index 809182955..f83f63be7 100644 --- a/flopy/mf6/modflow/mfgwtmvt.py +++ b/flopy/mf6/modflow/mfgwtmvt.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:18 UTC from .. import mfpackage from ..data.mfdatautil import ListTemplateGenerator diff --git a/flopy/mf6/modflow/mfgwtmwt.py b/flopy/mf6/modflow/mfgwtmwt.py index fb98e11ea..1a3abd21a 100644 --- a/flopy/mf6/modflow/mfgwtmwt.py +++ b/flopy/mf6/modflow/mfgwtmwt.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:18 UTC from .. import mfpackage from ..data.mfdatautil import ListTemplateGenerator diff --git a/flopy/mf6/modflow/mfgwtnam.py b/flopy/mf6/modflow/mfgwtnam.py index 0a00c376b..f2df74b81 100644 --- a/flopy/mf6/modflow/mfgwtnam.py +++ b/flopy/mf6/modflow/mfgwtnam.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:18 UTC from .. import mfpackage from ..data.mfdatautil import ListTemplateGenerator diff --git a/flopy/mf6/modflow/mfgwtoc.py b/flopy/mf6/modflow/mfgwtoc.py index c8a22c5f5..6879ea781 100644 --- a/flopy/mf6/modflow/mfgwtoc.py +++ b/flopy/mf6/modflow/mfgwtoc.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:18 UTC from .. import mfpackage from ..data.mfdatautil import ListTemplateGenerator diff --git a/flopy/mf6/modflow/mfgwtsft.py b/flopy/mf6/modflow/mfgwtsft.py index 92b99d45c..75db1e7a2 100644 --- a/flopy/mf6/modflow/mfgwtsft.py +++ b/flopy/mf6/modflow/mfgwtsft.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:18 UTC from .. import mfpackage from ..data.mfdatautil import ListTemplateGenerator diff --git a/flopy/mf6/modflow/mfgwtsrc.py b/flopy/mf6/modflow/mfgwtsrc.py index 570f0a997..77869852b 100644 --- a/flopy/mf6/modflow/mfgwtsrc.py +++ b/flopy/mf6/modflow/mfgwtsrc.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:18 UTC from .. import mfpackage from ..data.mfdatautil import ListTemplateGenerator diff --git a/flopy/mf6/modflow/mfgwtssm.py b/flopy/mf6/modflow/mfgwtssm.py index 11ad9d00f..b9fb9eecc 100644 --- a/flopy/mf6/modflow/mfgwtssm.py +++ b/flopy/mf6/modflow/mfgwtssm.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:18 UTC from .. import mfpackage from ..data.mfdatautil import ListTemplateGenerator diff --git a/flopy/mf6/modflow/mfgwtuzt.py b/flopy/mf6/modflow/mfgwtuzt.py index 4d1be0850..7965ca0bb 100644 --- a/flopy/mf6/modflow/mfgwtuzt.py +++ b/flopy/mf6/modflow/mfgwtuzt.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:18 UTC from .. import mfpackage from ..data.mfdatautil import ListTemplateGenerator diff --git a/flopy/mf6/modflow/mfims.py b/flopy/mf6/modflow/mfims.py index e718e07e5..595b4b824 100644 --- a/flopy/mf6/modflow/mfims.py +++ b/flopy/mf6/modflow/mfims.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC from .. import mfpackage from ..data.mfdatautil import ListTemplateGenerator diff --git a/flopy/mf6/modflow/mfmvr.py b/flopy/mf6/modflow/mfmvr.py index fe1b265f8..ccc7ef5a0 100644 --- a/flopy/mf6/modflow/mfmvr.py +++ b/flopy/mf6/modflow/mfmvr.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC from .. import mfpackage from ..data.mfdatautil import ListTemplateGenerator diff --git a/flopy/mf6/modflow/mfmvt.py b/flopy/mf6/modflow/mfmvt.py index 0bf2177cc..43e81583d 100644 --- a/flopy/mf6/modflow/mfmvt.py +++ b/flopy/mf6/modflow/mfmvt.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC from .. import mfpackage from ..data.mfdatautil import ListTemplateGenerator diff --git a/flopy/mf6/modflow/mfnam.py b/flopy/mf6/modflow/mfnam.py index 777597f77..928dc1997 100644 --- a/flopy/mf6/modflow/mfnam.py +++ b/flopy/mf6/modflow/mfnam.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC from .. import mfpackage from ..data.mfdatautil import ListTemplateGenerator diff --git a/flopy/mf6/modflow/mfsimulation.py b/flopy/mf6/modflow/mfsimulation.py index 423d609a7..4d9a08018 100644 --- a/flopy/mf6/modflow/mfsimulation.py +++ b/flopy/mf6/modflow/mfsimulation.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC import os from typing import Union diff --git a/flopy/mf6/modflow/mftdis.py b/flopy/mf6/modflow/mftdis.py index e08034868..dc7d42c46 100644 --- a/flopy/mf6/modflow/mftdis.py +++ b/flopy/mf6/modflow/mftdis.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC from .. import mfpackage from ..data.mfdatautil import ListTemplateGenerator @@ -66,6 +66,7 @@ class ModflowTdis(mfpackage.MFPackage): dfn = [ [ "header", + "netcdf", ], [ "block options", diff --git a/flopy/mf6/modflow/mfutlats.py b/flopy/mf6/modflow/mfutlats.py index 0041c0756..0ff5b6c72 100644 --- a/flopy/mf6/modflow/mfutlats.py +++ b/flopy/mf6/modflow/mfutlats.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC from .. import mfpackage from ..data.mfdatautil import ListTemplateGenerator diff --git a/flopy/mf6/modflow/mfutllaktab.py b/flopy/mf6/modflow/mfutllaktab.py index 4455449a6..adabf9d76 100644 --- a/flopy/mf6/modflow/mfutllaktab.py +++ b/flopy/mf6/modflow/mfutllaktab.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC from .. import mfpackage from ..data.mfdatautil import ListTemplateGenerator diff --git a/flopy/mf6/modflow/mfutlobs.py b/flopy/mf6/modflow/mfutlobs.py index 3ecb769e9..8ac8afcb1 100644 --- a/flopy/mf6/modflow/mfutlobs.py +++ b/flopy/mf6/modflow/mfutlobs.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC from .. import mfpackage from ..data.mfdatautil import ListTemplateGenerator diff --git a/flopy/mf6/modflow/mfutlsfrtab.py b/flopy/mf6/modflow/mfutlsfrtab.py index 9389d609a..7f2079365 100644 --- a/flopy/mf6/modflow/mfutlsfrtab.py +++ b/flopy/mf6/modflow/mfutlsfrtab.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC from .. import mfpackage from ..data.mfdatautil import ListTemplateGenerator diff --git a/flopy/mf6/modflow/mfutlspc.py b/flopy/mf6/modflow/mfutlspc.py index 3a472dae1..9843f703c 100644 --- a/flopy/mf6/modflow/mfutlspc.py +++ b/flopy/mf6/modflow/mfutlspc.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC from .. import mfpackage from ..data.mfdatautil import ListTemplateGenerator diff --git a/flopy/mf6/modflow/mfutlspca.py b/flopy/mf6/modflow/mfutlspca.py index 34537367d..f40dc96e5 100644 --- a/flopy/mf6/modflow/mfutlspca.py +++ b/flopy/mf6/modflow/mfutlspca.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC from .. import mfpackage from ..data.mfdatautil import ArrayTemplateGenerator, ListTemplateGenerator diff --git a/flopy/mf6/modflow/mfutltas.py b/flopy/mf6/modflow/mfutltas.py index 42322b59b..168239f69 100644 --- a/flopy/mf6/modflow/mfutltas.py +++ b/flopy/mf6/modflow/mfutltas.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC from .. import mfpackage from ..data.mfdatautil import ArrayTemplateGenerator, ListTemplateGenerator diff --git a/flopy/mf6/modflow/mfutlts.py b/flopy/mf6/modflow/mfutlts.py index 37981fc4f..eacc347df 100644 --- a/flopy/mf6/modflow/mfutlts.py +++ b/flopy/mf6/modflow/mfutlts.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC from .. import mfpackage from ..data.mfdatautil import ListTemplateGenerator diff --git a/flopy/mf6/modflow/mfutltvk.py b/flopy/mf6/modflow/mfutltvk.py index 65b823177..830a4ddd2 100644 --- a/flopy/mf6/modflow/mfutltvk.py +++ b/flopy/mf6/modflow/mfutltvk.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC from .. import mfpackage from ..data.mfdatautil import ListTemplateGenerator diff --git a/flopy/mf6/modflow/mfutltvs.py b/flopy/mf6/modflow/mfutltvs.py index fda63a1d1..27a5e533b 100644 --- a/flopy/mf6/modflow/mfutltvs.py +++ b/flopy/mf6/modflow/mfutltvs.py @@ -1,6 +1,6 @@ # DO NOT MODIFY THIS FILE DIRECTLY. THIS FILE MUST BE CREATED BY # mf6/utils/createpackages.py -# FILE created on February 07, 2024 20:16:08 UTC +# FILE created on March 22, 2024 17:50:17 UTC from .. import mfpackage from ..data.mfdatautil import ListTemplateGenerator diff --git a/flopy/mf6/utils/createpackages.py b/flopy/mf6/utils/createpackages.py index fe3306b65..50f2a19f0 100644 --- a/flopy/mf6/utils/createpackages.py +++ b/flopy/mf6/utils/createpackages.py @@ -153,6 +153,8 @@ def build_dfn_string(dfn_list, header, package_abbr, flopy_dict): for key, value in header.items(): if key == "multi-package": dfn_string = f'{dfn_string}\n{leading_spaces} "multi-package", ' + if key == "netcdf": + dfn_string = f'{dfn_string}\n{leading_spaces} "netcdf", ' if key == "package-type": dfn_string = ( f'{dfn_string}\n{leading_spaces} "package-type ' f'{value}"'