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strax_auxiliary_files

Pytest

Public files needed for running strax on XENON data. This e.g. contains testing and dummy files.

How to use

Before if uploading any data please update the table below with a short description of the file and preferably a link to a wiki note where it is discussed.a

./strax_files

File-name Short description Used for Link
elipe.npy 1T electron livetimes straxen
filters_per_chan.npy 1T pulse filters per channel straxen 1T link
pmt_positions_xenonnt.csv nT PMT positions straxen 1T link
remapped_channels_....csv (see link) straxen nT link
strax_test_data.tar Ancient strax test data straxen
strax_test_data_straxv0.9.tar Straxen test data straxen
strax_..._straxv1.1.0.tar Straxen test data straxen
to_pe.npy 1T to pe per running straxen 1T
XENON1T_..._20171217_sr0.h5 SR0 NN straxen 1T ?
XENON1T_..._20171217_sr1.h5 SR1 NN straxen 1T ?
XENON1T_..._20171217_sr1_reformatted.json SR1 NN straxen 1T ?
012882-raw_records-z7q2d2ye2t.tar Straxen automated testing straxen Joran
s1_aft_UNITY_xyz_XENONnT.json S1(x,y,z) AFT dummy map straxen nT link
s1_lce_UNITY_xyz_XENONnT.json S1(x,y,z) LCE dummy map straxen nT
s2_map_UNITY_xy_XENONnT.json S2(x,y) correction dummy map straxen nT
dummy_bayes_model.npz Bayes dummy modele file straxen nT

./sim_files

File-name Short description Used for Link
170203_0850_00_small.npz wfsim
ele_after_pulse.npy 1T el. afterpulse template wfsim
fax_config.json wfsim conf placeholder wfsim
fax_config_1t.json wfsim 1T conf wfsim
mlp_model.h5 nT NN placeholder straxen nT
mlp_model.json nt NN placeholder straxen nT
placeholder_map.json ? ?
x1t_noise_170203_0850_....npz 1T Noise template wfsim
x1t_pmt_afterpulse_config.pkl.gz 1T pmt afterpulse template wfsim
x1t_se_afterpulse_delaytime.pkl.gz 1T single electron afterpulse wfsim
XENON1T_effective_diffusion_SR1.pkl 1T diffusion model wfsim
XENON1T_FDC_SR1_data_dr....gz 1T field distortion correction wfsim
XENON1T_s1_xyz_ly_kr8....json 1T light-yield map wfsim
XENON1T_s1_xyz_patterns....gz 1T iterpolation map wfsim
XENON1T_s2_xy_ly_SR1_v2.2.json 1T S2 light-yield map wfsim
XENON1T_s2_xy_patterns_....gz 1T pattern map wfsim
XENON1T_spe_distributions.csv 1T single photonelectron distributions wfsim

This repo is structured as a package. To interact:

Install:

git clone https://github.com/XENONnT/strax_auxiliary_files
cd strax_auxiliary_files
python setup.py develop

Open files

These are some examples of how to interact with the package.

Example 1. Open a simulation file

Let's see how we can interact with the package. Below is an example of how we can open a simulation file.

import straxauxfiles
# Let's see what kind of simulation files we have
print(straxauxfiles.list_sim_files())
# Let's load the fax_config_nt and open it as a dictionary
config = straxauxfiles.get_sim_file('fax_config.json')
# We can now treat it as a dictionary
print(config.keys())

Example 3. Open a strax file

Let's see how we can interact with the package. Below is an example of how we can open a simulation file.

import straxauxfiles
# Let's see what kind of strax files we have
print(straxauxfiles.list_strax_files())
# Let's load the fax_config_nt and open it as a dictionary
print(straxauxfiles.get_strax_file('elife.npy')

Example 2. Locate all the files in this auxiliary repo

Let's see how we can interact with the package. Below is an example of how we can open a simulation file.

import straxauxfiles
# Let's see what kind of files we have
print(straxauxfiles.list_aux_files())
# Let's make a a dictionary of the paths of each of the files.
my_files = {f: straxauxfiles.get_abspath(f) for f in straxauxfiles.list_aux_files()}
# Print the dictionary
print(my_files)