From 9f17d317e7d082f153497762f964a5c646a980ce Mon Sep 17 00:00:00 2001 From: Mike Jarvis Date: Fri, 5 Apr 2024 15:54:33 -0400 Subject: [PATCH] build docs --- docs/_build/doctrees/environment.pickle | Bin 21865182 -> 21865738 bytes docs/_build/doctrees/history.doctree | Bin 38151 -> 38476 bytes docs/_build/html/_modules/galsim/wcs.html | 5 ++++- docs/_build/html/history.html | 1 + docs/_build/html/searchindex.js | 2 +- 5 files changed, 6 insertions(+), 2 deletions(-) diff --git a/docs/_build/doctrees/environment.pickle b/docs/_build/doctrees/environment.pickle index 948125eef587646422e5482a3708ee561e4780ca..db203b42ecb20b6e33f1e59572188241ef5cac85 100644 GIT binary patch delta 1849538 zcmZ^McR*9;_xCRl60%4j1e6gF*;_#n6~b`g#9fOOP*I5@D2`eeTCK{K01v}~wXVAB zIF8n8)mm#+tXfyyvsLTp(6)~E+~T~wzoafx<&Rnh^+oLS{evfkdT>p8t z8k7BDRf+AG>;j~wW{sMdT~(sYAD=fhZ&F5HJ~D0d^YC9)PHxt??2OS9 zvkH*1FUZdxJ#`A>K`}Zn7d3LGqMa&d($wrJ`FRtwCQW4|`S}^t3_VZD%gvgEhT{tI zMw!ueUR8-~RNk~nW6+yybl#+~Ipc7UJ!MMX6dG+(!PKmY6EpI2@~cX0W?&pme%_4i zDQw(nx#)3HUQPkVRAfyVm4i^G%&aPLU>#+!A<&N^e|%O!c1C`|SaiS%r)N!^mR-Qa zpOQ6cOdh&YOq-fBF=uKHQv&-b*;x}aXl)eebyC6DyeX(+J7Y8oH8~tCbTuZcszjQb zQ!pBBMxmp8S{Rx$hm1#)KP7K;Hd8h2=ikhbIMrDSTy z&O%j*d`$NAoGhlm%F%gKretvbZO4qBf))kiv$ODjh2R_wCXJmjK5Jqg=E(ctv&YN| zaxkHJGy*>Z@{h8oOv;&n5!76ju>84Ldf6yMo{i2Mk!o6F(&d`F*oT zBVrmB9oywi9FvVjloe!8D#)XQ@mW)t5V(U(%|3`VA`B_u4a*<;@ zcI?zO$AWC

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    Source code for galsim.wcs

     
     # If the class doesn't define something else, then we can approximate the local Jacobian
     # from finite differences for the derivatives of ra and dec.  Very similar to the
-    # version for EuclideanWCS, but convert from dra, ddec to du, dv locallat at the given
+    # version for EuclideanWCS, but convert from dra, ddec to du, dv locally at at the given
     # position.
     def _local(self, image_pos, color):
 
@@ -1452,6 +1452,9 @@ 
    Source code for galsim.wcs
             xlist = np.array([ x0, x0+dx, x0-dx, x0,    x0    ], dtype=float)
         ylist = np.array([ y0, y0,    y0,    y0+dy, y0-dy ], dtype=float)
         ra, dec = self._radec(xlist,ylist,color)
+        # Wrap ra to be near ra[0]
+        ra[ra < ra[0]-np.pi] += 2*np.pi
+        ra[ra > ra[0]+np.pi] -= 2*np.pi
 
         # Note: our convention is that ra increases to the left!
         # i.e. The u,v plane is the tangent plane as seen from Earth with +v pointing
diff --git a/docs/_build/html/history.html b/docs/_build/html/history.html
index 9f5f0e636f..a6c4705bbe 100644
--- a/docs/_build/html/history.html
+++ b/docs/_build/html/history.html
@@ -244,6 +244,7 @@ 
    Changes from v2.5.1 to v2.5.2
diff --git a/docs/_build/html/searchindex.js b/docs/_build/html/searchindex.js
index 76a7e36b95..166d27eec7 100644
--- a/docs/_build/html/searchindex.js
+++ b/docs/_build/html/searchindex.js
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"Bounding boxes": [[3, "bounding-boxes"]], "Catalogs and Input Dictionaries": [[4, "catalogs-and-input-dictionaries"]], "Charge Deflection Model": [[5, "charge-deflection-model"]], "Wavelength-dependent Profiles": [[6, "wavelength-dependent-profiles"]], "Chromatic Profiles": [[7, "chromatic-profiles"]], "Composite Profiles": [[8, "composite-profiles"]], "Sums of GSObjects": [[8, "sums-of-gsobjects"]], "Convolutions of GSObjects": [[8, "convolutions-of-gsobjects"]], "The Config Module": [[9, "the-config-module"]], "The galsim Executable": [[10, "the-galsim-executable"]], "Changing or adding parameters": [[10, "changing-or-adding-parameters"]], "Splitting up a config job": [[10, "splitting-up-a-config-job"]], "Other command line options": [[10, "other-command-line-options"]], "Config Image Field": [[11, "config-image-field"]], "Image Field Attributes": [[11, "image-field-attributes"]], "Image Types": [[11, "image-types"]], "Custom Image Types": [[11, "custom-image-types"]], "Noise": [[11, "noise"]], "WCS Field": [[11, "wcs-field"]], "Bandpass Field": [[11, "bandpass-field"]], "Sensor Field": [[11, "sensor-field"]], "Config Input Field": [[12, "config-input-field"]], "Input Types": [[12, "input-types"]], "Custom Input Types": [[12, "custom-input-types"]], "Config Objects": [[13, "config-objects"]], "PSF Types": [[13, "psf-types"]], "Galaxy Types": [[13, "galaxy-types"]], "Generic Types": [[13, "generic-types"]], "Other Attributes": [[13, "other-attributes"]], "Custom Object Types": [[13, "custom-object-types"]], "SED Field": [[13, "sed-field"]], "Config Output Field": [[14, "config-output-field"]], "Output Field Attributes": [[14, "output-field-attributes"]], "Output Types": [[14, "output-types"]], "Custom Output Types": [[14, "custom-output-types"]], "Extra Outputs": [[14, "extra-outputs"]], "Adding your own Extra Output Type": [[14, "adding-your-own-extra-output-type"]], "Config Processing From Python": [[15, "config-processing-from-python"]], "Running the Whole Script": [[15, "running-the-whole-script"]], "Building Files": [[15, "building-files"]], "Building Images": [[15, "building-images"]], "Building Stamps": [[15, "building-stamps"]], "Building Objects": [[15, "building-objects"]], "Generating Values": [[15, "generating-values"]], "Using Input Fields": [[15, "using-input-fields"]], "Processing Extra Outputs": [[15, "processing-extra-outputs"]], "Config Utilities": [[15, "config-utilities"]], "Special Fields": [[16, "special-fields"]], "modules": [[16, "modules"]], "eval_variables": [[16, "eval-variables"]], "template": [[16, "template"]], "Special Specifications": [[16, "special-specifications"]], "index_key": [[16, "index-key"]], "rng_index_key": [[16, "rng-index-key"]], "rng_num": [[16, "rng-num"]], "Config Stamp Field": [[17, "config-stamp-field"]], "Stamp Field Attributes": [[17, "stamp-field-attributes"]], "Stamp Types": [[17, "stamp-types"]], "Custom Stamp Types": [[17, "custom-stamp-types"]], "Photon Operators List": [[17, "photon-operators-list"]], "Top Level Fields": [[18, "top-level-fields"]], "Config Values": [[19, "config-values"]], "float_value": [[19, "float-value"]], "int_value": [[19, "int-value"]], "bool_value": [[19, "bool-value"]], "str_value": [[19, "str-value"]], "angle_value": [[19, "angle-value"]], "shear_value": [[19, "shear-value"]], "pos_value": [[19, "pos-value"]], "sky_value": [[19, "sky-value"]], "table_value": [[19, "table-value"]], "Eval type": [[19, "eval-type"]], "Preset variables": [[19, "preset-variables"]], "Available Modules": [[19, "available-modules"]], "User-defined variables": [[19, "user-defined-variables"]], "The eval-variables field": [[19, "the-eval-variables-field"]], "Module-defined variables": [[19, "module-defined-variables"]], "Shorthand notation": [[19, "shorthand-notation"]], "Custom Value Types": [[19, "custom-value-types"]], "Correlated Noise": [[20, "correlated-noise"]], "C++ Layer": [[21, "c-layer"]], "Linking Your Code": [[21, "linking-your-code"]], "Version control": [[21, "version-control"]], "Positions and Bounds": [[22, "positions-and-bounds"]], "HSM Implementation": [[23, "hsm-implementation"]], "Primary Interface": [[23, "primary-interface"]], "Helper Functions": [[23, "helper-functions"]], "C++ Images": [[24, "c-images"]], "Image Classes": [[24, "image-classes"]], "Image-related Functionality": [[24, "image-related-functionality"]], "Interpolation Tools": [[25, "interpolation-tools"]], "C++ Interpolants": [[25, "c-interpolants"]], "C++ Lookup Tables": [[25, "c-lookup-tables"]], "Math": [[26, "math"]], "Nonlinear solver": [[26, "nonlinear-solver"]], "Bessel and Related Functions": [[26, "bessel-and-related-functions"]], "Other mathematical functions": [[26, "other-mathematical-functions"]], "Horner\u2019s method for polynomial evaluation": [[26, "horner-s-method-for-polynomial-evaluation"]], "C++ Integration Functions": [[26, "c-integration-functions"]], "Misc Utilities": [[26, "misc-utilities"]], "Noise-related Functionality": [[27, "noise-related-functionality"]], "C++ Random Deviates": [[27, "c-random-deviates"]], "C++ Correlated Noise": [[27, "c-correlated-noise"]], "Photons and Sensor Effects": [[28, "photons-and-sensor-effects"]], "C++ Photon Array": [[28, "c-photon-array"]], "Silicon Sensor": [[28, "silicon-sensor"]], "Charge Deflection Correction": [[28, "charge-deflection-correction"]], "C++ Surface Brightness Profiles": [[29, "c-surface-brightness-profiles"]], "SBProfile Base Class": [[29, "sbprofile-base-class"]], "Simple C++ Profiles": [[29, "simple-c-profiles"]], "PSF C++ Profiles": [[29, "psf-c-profiles"]], "Galaxy C++ Profiles": [[29, "galaxy-c-profiles"]], "Arbitrary C++ Profiles": [[29, "arbitrary-c-profiles"]], "Composite C++ Profiles": [[29, "composite-c-profiles"]], "Transformed C++ Profiles": [[29, "transformed-c-profiles"]], "C++ GSParams": [[29, "c-gsparams"]], "Differential Chromatic Refraction": [[30, "differential-chromatic-refraction"]], "The DES Module": [[31, "the-des-module"]], "DES PSF models": [[31, "des-psf-models"]], "Writing to MEDS Files": [[31, "writing-to-meds-files"]], "Random Deviates": [[32, "random-deviates"]], "Errors and Warnings": [[33, "errors-and-warnings"]], "Fourier Transforms": [[34, "fourier-transforms"]], "Interfacing with FITS Files": [[35, "interfacing-with-fits-files"]], "Reading FITS Files": [[35, "reading-fits-files"]], "Writing FITS Files": [[35, "writing-fits-files"]], "FITS Headers": [[35, "fits-headers"]], "Galaxies": [[36, "galaxies"]], "Exponenatial Profile": [[36, "exponenatial-profile"]], "De Vaucouleurs Profile": [[36, "de-vaucouleurs-profile"]], "Sersic Profile": [[36, "sersic-profile"]], "Inclined Exponential Profile": [[36, "inclined-exponential-profile"]], "Inclined Sersic Profile": [[36, "inclined-sersic-profile"]], "Spergel Profile": [[36, "spergel-profile"]], "Knots of Star Formation": [[36, "knots-of-star-formation"]], "The GSObject base class": [[37, "the-gsobject-base-class"]], "The GSParams class": [[38, "the-gsparams-class"]], "Revision History": [[39, "revision-history"]], "Changes from v2.4 to v2.5": [[39, "changes-from-v2-4-to-v2-5"]], "API Changes": [[39, "api-changes"]], "Config Updates": [[39, "config-updates"]], "New Features": [[39, "new-features"]], "Performance Improvements": [[39, "performance-improvements"]], "Bug Fixes": [[39, "bug-fixes"]], "Changes from v2.5.0 to v2.5.1": [[39, "changes-from-v2-5-0-to-v2-5-1"]], "Changes from v2.5.1 to v2.5.2": [[39, "changes-from-v2-5-1-to-v2-5-2"]], "Older Versions": [[39, "older-versions"]], "The HSM Module": [[40, "the-hsm-module"]], "Shape Measurement Functions": [[40, "shape-measurement-functions"]], "HSM output": [[40, "hsm-output"]], "HSM parameters": [[40, "hsm-parameters"]], "Images and Related Concepts": [[41, "images-and-related-concepts"]], "The Image class": [[42, "the-image-class"]], "Indices and tables": [[43, "indices-and-tables"]], "Installation Instructions": [[44, "installation-instructions"]], "Running tests": [[44, "running-tests"]], "Running example scripts": [[44, "running-example-scripts"]], "Installing With Conda": [[45, "installing-with-conda"]], "Installing With Pip": [[46, "installing-with-pip"]], "Overall summary": [[46, "overall-summary"]], "Installing Python Dependencies": [[46, "installing-python-dependencies"]], "Installing FFTW": [[46, "installing-fftw"]], "Installing FFTW yourself": [[46, "installing-fftw-yourself"]], "Using an existing installation of FFTW": [[46, "using-an-existing-installation-of-fftw"]], "Installing FFTW with conda": [[46, "installing-fftw-with-conda"]], "Installing FFTW with apt-get": [[46, "installing-fftw-with-apt-get"]], "Installing FFTW with fink": [[46, "installing-fftw-with-fink"]], "Installing FFTW with MacPorts": [[46, "installing-fftw-with-macports"]], "Installing Eigen": [[46, "installing-eigen"]], "Installing Eigen yourself": [[46, "installing-eigen-yourself"]], "Using an existing installation of Eigen": [[46, "using-an-existing-installation-of-eigen"]], "Installing Eigen with conda": [[46, "installing-eigen-with-conda"]], "Installing Eigen with apt-get": [[46, "installing-eigen-with-apt-get"]], "Installing Eigen with fink": [[46, "installing-eigen-with-fink"]], "Installing Eigen with MacPorts": [[46, "installing-eigen-with-macports"]], "Installing the C++ Shared Library": [[46, "installing-the-c-shared-library"]], "Integration": [[47, "integration"]], "Interpolants": [[48, "interpolants"]], "Miscellaneous Utilities": [[49, "miscellaneous-utilities"]], "Decorators": [[49, "decorators"]], "OpenMP Utilties": [[49, "openmp-utilties"]], "LRU Cache": [[49, "lru-cache"]], "Context Manager for writing AtmosphericScreen pickles": [[49, "context-manager-for-writing-atmosphericscreen-pickles"]], "Other Possibly Useful Classes": [[49, "other-possibly-useful-classes"]], "Math Calculations": [[49, "math-calculations"]], "Utilities Related to NumPy Functions": [[49, "utilities-related-to-numpy-functions"]], "Test Suite Helper Functions and Contexts": [[49, "test-suite-helper-functions-and-contexts"]], "Other Helper Functions": [[49, "other-helper-functions"]], "GalSim-specific Helper Functions": [[49, "galsim-specific-helper-functions"]], "NFW Halo Shears": [[50, "nfw-halo-shears"]], "Noise Generators": [[51, "noise-generators"]], "v2.4": [[52, "v2-4"]], "v2.3": [[52, "v2-3"]], "v2.2": [[52, "v2-2"]], "v2.1": [[52, "v2-1"]], "v2.0": [[52, "v2-0"]], "v1.6": [[52, "v1-6"]], "v1.5": [[52, "v1-5"]], "v1.4": [[52, "v1-4"]], "v1.3": [[52, "v1-3"]], "v1.2": [[52, "v1-2"]], "v1.1": [[52, "v1-1"]], "v1.0": [[52, "v1-0"]], "v0.5": [[52, "v0-5"]], "v0.4": [[52, "v0-4"]], "v0.3": [[52, "v0-3"]], "v0.2": [[52, "v0-2"]], "v0.1": [[52, "v0-1"]], "Overview": [[53, "overview"]], "Basic Installation": [[53, "basic-installation"]], "Source Distribution": [[53, "source-distribution"]], "Keeping up-to-date with GalSim": [[53, "keeping-up-to-date-with-galsim"]], "How to communicate with the GalSim developers": [[53, "how-to-communicate-with-the-galsim-developers"]], "Demonstration scripts": [[53, "demonstration-scripts"]], "Summary of current capabilities": [[53, "summary-of-current-capabilities"]], "Planned future development": [[53, "planned-future-development"]], "Phase-screen PSFs": [[54, "phase-screen-psfs"]], "Photon Shooting": [[55, "photon-shooting"]], "Photon Arrays": [[56, "photon-arrays"]], "Photon Operators": [[57, "photon-operators"]], "Positions": [[58, "positions"]], "Power Spectrum Shears": [[59, "power-spectrum-shears"]], "Power Spectrum Estimation": [[60, "power-spectrum-estimation"]], "Point-spread functions": [[61, "point-spread-functions"]], "Airy Profile": [[61, "airy-profile"]], "Moffat Profile": [[61, "moffat-profile"]], "Kolmogorov Profile": [[61, "kolmogorov-profile"]], "Von Karman Profile": [[61, "von-karman-profile"]], "Optical PSF": [[61, "optical-psf"]], "Noise and Random Values": [[62, "noise-and-random-values"]], "\u201cReal\u201d Galaxies": [[63, "real-galaxies"]], "Individual Real Galaxies": [[63, "individual-real-galaxies"]], "Realistic Scene": [[63, "realistic-scene"]], "Downloading the COSMOS Catalog": [[63, "downloading-the-cosmos-catalog"]], "HSC Postage Stamp Data": [[63, "hsc-postage-stamp-data"]], "The Roman Space Telescope Module": [[64, "the-roman-space-telescope-module"]], "Module-level Attributes": [[64, "module-level-attributes"]], "Roman Functions": [[64, "roman-functions"]], "Surface Brightness Profiles": [[65, "surface-brightness-profiles"]], "Spectral Energy Distributions": [[66, "spectral-energy-distributions"]], "Sensor Models": [[67, "sensor-models"]], "Shared Data": [[68, "shared-data"]], "Shared SED files": [[68, "shared-sed-files"]], "Shared Bandpass files": [[68, "shared-bandpass-files"]], "Shared Sensor models": [[68, "shared-sensor-models"]], "Shared HST noise model": [[68, "shared-hst-noise-model"]], "Shared Roman ST files": [[68, "shared-roman-st-files"]], "Shared COSMOS files": [[68, "shared-cosmos-files"]], "The Shear class": [[69, "the-shear-class"]], "Simple Profiles": [[70, "simple-profiles"]], "Gaussian Profile": [[70, "gaussian-profile"]], "Pixel Profile": [[70, "pixel-profile"]], "Box Profile": [[70, "box-profile"]], "TopHat Profile": [[70, "tophat-profile"]], "Delta Function": [[70, "delta-function"]], "Spectral Correlated Noise": [[71, "spectral-correlated-noise"]], "Lookup Tables": [[72, "lookup-tables"]], "Transformed Profiles": [[73, "transformed-profiles"]], "Affine Transformations": [[73, "affine-transformations"]], "De-convolution of a GSObject": [[73, "de-convolution-of-a-gsobject"]], "Fourier-space Square Root": [[73, "fourier-space-square-root"]], "Tutorials": [[74, "tutorials"]], "Demo 1": [[74, "demo-1"]], "Demo 2": [[74, "demo-2"]], "Demo 3": [[74, "demo-3"]], "Demo 4": [[74, "demo-4"]], "Demo 5": [[74, "demo-5"]], "Demo 6": [[74, "demo-6"]], "Demo 7": [[74, "demo-7"]], "Demo 8": [[74, "demo-8"]], "Demo 9": [[74, "demo-9"]], "Demo 10": [[74, "demo-10"]], "Demo 11": [[74, "demo-11"]], "Demo 12": [[74, "demo-12"]], "Demo 13": [[74, "demo-13"]], "Advanced Simulations": [[74, "advanced-simulations"]], "Great3 Simulations": [[74, "great3-simulations"]], "DES Simulations": [[74, "des-simulations"]], "Units": [[75, "units"]], "Size Units": [[75, "size-units"]], "Flux Units": [[75, "flux-units"]], "SED Units": [[75, "sed-units"]], "Angles": [[75, "angles"]], "Helper Functions and Classes": [[76, "helper-functions-and-classes"]], "World Coordinate Systems": [[77, "world-coordinate-systems"]], "WCS Base Classes": [[77, "wcs-base-classes"]], "Euclidean WCS\u2019s": [[77, "euclidean-wcs-s"]], "Celestial WCS\u2019s": [[77, "celestial-wcs-s"]], "Celestial Coordinates": [[77, "celestial-coordinates"]], "WCS Utilities": [[77, "wcs-utilities"]], "Weak Lensing": [[78, "weak-lensing"]], "Zernike Functions": [[79, "zernike-functions"]]}, "indexentries": {"interpolatedimage (class in galsim)": [[0, "galsim.InterpolatedImage"]], "interpolatedkimage (class in galsim)": [[0, "galsim.InterpolatedKImage"]], "shapelet (class in galsim)": [[0, "galsim.Shapelet"]], "_interpolatedimage() (in module galsim)": [[0, "galsim._InterpolatedImage"]], "_interpolatedkimage() (in module galsim)": [[0, "galsim._InterpolatedKImage"]], "bvec (galsim.shapelet property)": [[0, "galsim.Shapelet.bvec"]], "fit() (galsim.shapelet class method)": [[0, "galsim.Shapelet.fit"]], "getnm() (galsim.shapelet method)": [[0, "galsim.Shapelet.getNM"]], "getpq() (galsim.shapelet method)": [[0, "galsim.Shapelet.getPQ"]], "image (galsim.interpolatedimage property)": [[0, "galsim.InterpolatedImage.image"]], "k_interpolant (galsim.interpolatedimage property)": [[0, "galsim.InterpolatedImage.k_interpolant"]], "k_interpolant (galsim.interpolatedkimage property)": [[0, "galsim.InterpolatedKImage.k_interpolant"]], "kimage (galsim.interpolatedkimage property)": [[0, "galsim.InterpolatedKImage.kimage"]], "order (galsim.shapelet 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"parserandomseed() (in module galsim.config)": [[15, "galsim.config.ParseRandomSeed"]], "parsevalue() (in module galsim.config)": [[15, "galsim.config.ParseValue"]], "parseworldpos() (in module galsim.config)": [[15, "galsim.config.ParseWorldPos"]], "process() (in module galsim.config)": [[15, "galsim.config.Process"]], "processalltemplates() (in module galsim.config)": [[15, "galsim.config.ProcessAllTemplates"]], "processextraoutputsforimage() (in module galsim.config)": [[15, "galsim.config.ProcessExtraOutputsForImage"]], "processextraoutputsforstamp() (in module galsim.config)": [[15, "galsim.config.ProcessExtraOutputsForStamp"]], "processinput() (in module galsim.config)": [[15, "galsim.config.ProcessInput"]], "processinputnobjects() (in module galsim.config)": [[15, "galsim.config.ProcessInputNObjects"]], "processtemplate() (in module galsim.config)": [[15, "galsim.config.ProcessTemplate"]], "propagateindexkeyrngnum() (in module galsim.config)": [[15, 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"galsim::sbsersic::gettrunc (c++ function)": [[29, "_CPPv4NK6galsim8SBSersic8getTruncEv"]], "galsim::sbsersic::~sbsersic (c++ function)": [[29, "_CPPv4N6galsim8SBSersicD0Ev"]], "galsim::sbshapelet (c++ class)": [[29, "_CPPv4N6galsim10SBShapeletE"]], "galsim::sbshapelet::sbshapelet (c++ function)": [[29, "_CPPv4N6galsim10SBShapelet10SBShapeletERK10SBShapelet"], [29, "_CPPv4N6galsim10SBShapelet10SBShapeletEd7LVectorRK8GSParams"]], "galsim::sbshapelet::getbvec (c++ function)": [[29, "_CPPv4NK6galsim10SBShapelet7getBVecEv"]], "galsim::sbshapelet::getsigma (c++ function)": [[29, "_CPPv4NK6galsim10SBShapelet8getSigmaEv"]], "galsim::sbshapelet::rotate (c++ function)": [[29, "_CPPv4N6galsim10SBShapelet6rotateEd"]], "galsim::sbshapelet::~sbshapelet (c++ function)": [[29, "_CPPv4N6galsim10SBShapeletD0Ev"]], "galsim::sbspergel (c++ class)": [[29, "_CPPv4N6galsim9SBSpergelE"]], "galsim::sbspergel::sbspergel (c++ function)": [[29, "_CPPv4N6galsim9SBSpergel9SBSpergelERK9SBSpergel"], [29, "_CPPv4N6galsim9SBSpergel9SBSpergelEdddRK8GSParams"]], "galsim::sbspergel::calculatefluxradius (c++ function)": [[29, "_CPPv4NK6galsim9SBSpergel19calculateFluxRadiusEd"]], "galsim::sbspergel::calculateintegratedflux (c++ function)": [[29, "_CPPv4NK6galsim9SBSpergel23calculateIntegratedFluxEd"]], "galsim::sbspergel::getnu (c++ function)": [[29, "_CPPv4NK6galsim9SBSpergel5getNuEv"]], "galsim::sbspergel::getscaleradius (c++ function)": [[29, "_CPPv4NK6galsim9SBSpergel14getScaleRadiusEv"]], "galsim::sbspergel::~sbspergel (c++ function)": [[29, "_CPPv4N6galsim9SBSpergelD0Ev"]], "galsim::sbtophat (c++ class)": [[29, "_CPPv4N6galsim8SBTopHatE"]], "galsim::sbtophat::sbtophat (c++ function)": [[29, "_CPPv4N6galsim8SBTopHat8SBTopHatERK8SBTopHat"], [29, "_CPPv4N6galsim8SBTopHat8SBTopHatEddRK8GSParams"]], "galsim::sbtophat::getradius (c++ function)": [[29, "_CPPv4NK6galsim8SBTopHat9getRadiusEv"]], "galsim::sbtophat::~sbtophat (c++ function)": [[29, "_CPPv4N6galsim8SBTopHatD0Ev"]], "galsim::sbtransform (c++ class)": [[29, "_CPPv4N6galsim11SBTransformE"]], "galsim::sbtransform::sbtransform (c++ function)": [[29, "_CPPv4N6galsim11SBTransform11SBTransformERK11SBTransform"], [29, "_CPPv4N6galsim11SBTransform11SBTransformERK9SBProfilePKdRK8PositionIdEdRK8GSParams"]], "galsim::sbtransform::getfluxscaling (c++ function)": [[29, "_CPPv4NK6galsim11SBTransform14getFluxScalingEv"]], "galsim::sbtransform::getjac (c++ function)": [[29, "_CPPv4NK6galsim11SBTransform6getJacERdRdRdRd"]], "galsim::sbtransform::getobj (c++ function)": [[29, "_CPPv4NK6galsim11SBTransform6getObjEv"]], "galsim::sbtransform::getoffset (c++ function)": [[29, "_CPPv4NK6galsim11SBTransform9getOffsetEv"]], "galsim::sbtransform::~sbtransform (c++ function)": [[29, "_CPPv4N6galsim11SBTransformD0Ev"]], "galsim::sbvonkarman (c++ class)": [[29, "_CPPv4N6galsim11SBVonKarmanE"]], "galsim::sbvonkarman::sbvonkarman (c++ function)": [[29, "_CPPv4N6galsim11SBVonKarman11SBVonKarmanERK11SBVonKarman"], [29, "_CPPv4N6galsim11SBVonKarman11SBVonKarmanEdddddbRK8GSParamsd"]], "galsim::sbvonkarman::getdelta (c++ function)": [[29, "_CPPv4NK6galsim11SBVonKarman8getDeltaEv"]], "galsim::sbvonkarman::getdodelta (c++ function)": [[29, "_CPPv4NK6galsim11SBVonKarman10getDoDeltaEv"]], "galsim::sbvonkarman::gethalflightradius (c++ function)": [[29, "_CPPv4NK6galsim11SBVonKarman18getHalfLightRadiusEv"]], "galsim::sbvonkarman::getl0 (c++ function)": [[29, "_CPPv4NK6galsim11SBVonKarman5getL0Ev"]], "galsim::sbvonkarman::getlam (c++ function)": [[29, "_CPPv4NK6galsim11SBVonKarman6getLamEv"]], "galsim::sbvonkarman::getr0 (c++ function)": [[29, "_CPPv4NK6galsim11SBVonKarman5getR0Ev"]], "galsim::sbvonkarman::getscale (c++ function)": [[29, "_CPPv4NK6galsim11SBVonKarman8getScaleEv"]], "galsim::sbvonkarman::structurefunction (c++ function)": [[29, "_CPPv4NK6galsim11SBVonKarman17structureFunctionEd"]], "galsim::sbvonkarman::~sbvonkarman (c++ function)": [[29, "_CPPv4N6galsim11SBVonKarmanD0Ev"]], "air_refractive_index_minus_one() (in module galsim.dcr)": [[30, "galsim.dcr.air_refractive_index_minus_one"]], "get_refraction() (in module galsim.dcr)": [[30, "galsim.dcr.get_refraction"]], "parse_dcr_angles() (in module galsim.dcr)": [[30, "galsim.dcr.parse_dcr_angles"]], "zenith_parallactic_angles() (in module galsim.dcr)": [[30, "galsim.dcr.zenith_parallactic_angles"]], "des_psfex (class in galsim.des)": [[31, "galsim.des.DES_PSFEx"]], "des_shapelet (class in galsim.des)": [[31, "galsim.des.DES_Shapelet"]], "medsbuilder (class in galsim.des)": [[31, "galsim.des.MEDSBuilder"]], "multiexposureobject (class in galsim.des)": [[31, "galsim.des.MultiExposureObject"]], "offsetbuilder (class in galsim.des)": [[31, "galsim.des.OffsetBuilder"]], "writemeds() (in module galsim.des)": [[31, "galsim.des.WriteMEDS"]], "buildimages() (galsim.des.medsbuilder method)": [[31, "galsim.des.MEDSBuilder.buildImages"]], "finalize() (galsim.des.offsetbuilder method)": [[31, "galsim.des.OffsetBuilder.finalize"]], "getb() (galsim.des.des_shapelet method)": [[31, "galsim.des.DES_Shapelet.getB"]], "getlocalwcs() (galsim.des.des_psfex method)": [[31, "galsim.des.DES_PSFEx.getLocalWCS"]], "getnimages() (galsim.des.medsbuilder method)": [[31, "galsim.des.MEDSBuilder.getNImages"]], "getpsf() (galsim.des.des_psfex method)": [[31, "galsim.des.DES_PSFEx.getPSF"]], "getpsf() (galsim.des.des_shapelet method)": [[31, "galsim.des.DES_Shapelet.getPSF"]], "getpsfarray() (galsim.des.des_psfex method)": [[31, "galsim.des.DES_PSFEx.getPSFArray"]], "processstamp() (galsim.des.offsetbuilder method)": [[31, "galsim.des.OffsetBuilder.processStamp"]], "read_fits() (galsim.des.des_shapelet method)": [[31, "galsim.des.DES_Shapelet.read_fits"]], "writefile() (galsim.des.medsbuilder method)": [[31, "galsim.des.MEDSBuilder.writeFile"]], "basedeviate (class in galsim)": [[32, "galsim.BaseDeviate"]], "binomialdeviate (class in galsim)": [[32, "galsim.BinomialDeviate"]], "chi2deviate (class in galsim)": [[32, "galsim.Chi2Deviate"]], "distdeviate (class in galsim)": [[32, "galsim.DistDeviate"]], "gammadeviate (class in galsim)": [[32, "galsim.GammaDeviate"]], "gaussiandeviate (class in galsim)": [[32, "galsim.GaussianDeviate"]], "poissondeviate (class in galsim)": [[32, "galsim.PoissonDeviate"]], "uniformdeviate (class in galsim)": [[32, "galsim.UniformDeviate"]], "weibulldeviate (class in galsim)": [[32, "galsim.WeibullDeviate"]], "__call__() (galsim.binomialdeviate method)": [[32, "galsim.BinomialDeviate.__call__"]], "__call__() (galsim.chi2deviate method)": [[32, "galsim.Chi2Deviate.__call__"]], "__call__() (galsim.distdeviate method)": [[32, "galsim.DistDeviate.__call__"]], "__call__() (galsim.gammadeviate method)": [[32, "galsim.GammaDeviate.__call__"]], "__call__() (galsim.gaussiandeviate method)": [[32, "galsim.GaussianDeviate.__call__"]], "__call__() (galsim.poissondeviate method)": [[32, "galsim.PoissonDeviate.__call__"]], "__call__() (galsim.uniformdeviate method)": [[32, "galsim.UniformDeviate.__call__"]], "__call__() (galsim.weibulldeviate method)": [[32, "galsim.WeibullDeviate.__call__"]], "_reset() (galsim.basedeviate method)": [[32, "galsim.BaseDeviate._reset"]], "_seed() (galsim.basedeviate method)": [[32, "galsim.BaseDeviate._seed"]], "a (galsim.weibulldeviate property)": [[32, "galsim.WeibullDeviate.a"]], "add_generate() (galsim.basedeviate method)": [[32, "galsim.BaseDeviate.add_generate"]], "add_generate() (galsim.distdeviate method)": [[32, "galsim.DistDeviate.add_generate"]], "as_numpy_generator() (galsim.basedeviate method)": [[32, "galsim.BaseDeviate.as_numpy_generator"]], "b (galsim.weibulldeviate property)": [[32, "galsim.WeibullDeviate.b"]], "clearcache() (galsim.basedeviate method)": [[32, "galsim.BaseDeviate.clearCache"]], "discard() (galsim.basedeviate method)": [[32, "galsim.BaseDeviate.discard"]], "duplicate() (galsim.basedeviate method)": [[32, "galsim.BaseDeviate.duplicate"]], "generate() (galsim.basedeviate method)": [[32, "galsim.BaseDeviate.generate"]], "generate() (galsim.distdeviate method)": [[32, "galsim.DistDeviate.generate"]], "generate_from_expectation() (galsim.poissondeviate method)": [[32, "galsim.PoissonDeviate.generate_from_expectation"]], "generate_from_variance() (galsim.gaussiandeviate method)": [[32, "galsim.GaussianDeviate.generate_from_variance"]], "generates_in_pairs (galsim.basedeviate property)": [[32, "galsim.BaseDeviate.generates_in_pairs"]], "generates_in_pairs (galsim.gaussiandeviate property)": [[32, "galsim.GaussianDeviate.generates_in_pairs"]], "has_reliable_discard (galsim.basedeviate property)": [[32, "galsim.BaseDeviate.has_reliable_discard"]], "has_reliable_discard (galsim.chi2deviate property)": [[32, "galsim.Chi2Deviate.has_reliable_discard"]], "has_reliable_discard (galsim.gammadeviate property)": [[32, "galsim.GammaDeviate.has_reliable_discard"]], "has_reliable_discard (galsim.poissondeviate property)": [[32, "galsim.PoissonDeviate.has_reliable_discard"]], "k (galsim.gammadeviate property)": [[32, "galsim.GammaDeviate.k"]], "mean (galsim.gaussiandeviate property)": [[32, "galsim.GaussianDeviate.mean"]], "mean (galsim.poissondeviate property)": [[32, "galsim.PoissonDeviate.mean"]], "n (galsim.binomialdeviate property)": [[32, "galsim.BinomialDeviate.n"]], "n (galsim.chi2deviate property)": [[32, "galsim.Chi2Deviate.n"]], "np (galsim.basedeviate property)": [[32, "galsim.BaseDeviate.np"]], "p (galsim.binomialdeviate property)": [[32, "galsim.BinomialDeviate.p"]], "raw() (galsim.basedeviate method)": [[32, "galsim.BaseDeviate.raw"]], "reset() (galsim.basedeviate method)": [[32, "galsim.BaseDeviate.reset"]], "seed() (galsim.basedeviate method)": [[32, "galsim.BaseDeviate.seed"]], "sigma (galsim.gaussiandeviate property)": [[32, "galsim.GaussianDeviate.sigma"]], "theta (galsim.gammadeviate property)": [[32, "galsim.GammaDeviate.theta"]], "val() (galsim.distdeviate method)": [[32, "galsim.DistDeviate.val"]], "galsimboundserror (class in galsim)": [[33, "galsim.GalSimBoundsError"]], "galsimconfigerror (class in galsim)": [[33, "galsim.GalSimConfigError"]], "galsimconfigvalueerror (class in galsim)": [[33, "galsim.GalSimConfigValueError"]], "galsimdeprecationwarning (class in galsim)": [[33, "galsim.GalSimDeprecationWarning"]], "galsimerror (class in galsim)": [[33, "galsim.GalSimError"]], "galsimfftsizeerror (class in galsim)": [[33, "galsim.GalSimFFTSizeError"]], "galsimhsmerror (class in galsim)": [[33, "galsim.GalSimHSMError"]], "galsimimmutableerror (class in galsim)": [[33, "galsim.GalSimImmutableError"]], "galsimincompatiblevalueserror (class in galsim)": [[33, "galsim.GalSimIncompatibleValuesError"]], "galsimindexerror (class in galsim)": [[33, "galsim.GalSimIndexError"]], "galsimkeyerror (class in galsim)": [[33, "galsim.GalSimKeyError"]], "galsimnotimplementederror (class in galsim)": [[33, "galsim.GalSimNotImplementedError"]], "galsimrangeerror (class in galsim)": [[33, "galsim.GalSimRangeError"]], "galsimsederror (class in galsim)": [[33, "galsim.GalSimSEDError"]], "galsimundefinedboundserror (class in galsim)": [[33, "galsim.GalSimUndefinedBoundsError"]], "galsimvalueerror (class in galsim)": [[33, "galsim.GalSimValueError"]], "galsimwarning (class in galsim)": [[33, "galsim.GalSimWarning"]], "fft2() (in module galsim.fft)": [[34, "galsim.fft.fft2"]], "ifft2() (in module galsim.fft)": [[34, "galsim.fft.ifft2"]], "irfft2() (in module galsim.fft)": [[34, "galsim.fft.irfft2"]], "rfft2() (in module galsim.fft)": [[34, "galsim.fft.rfft2"]], "fitsheader (class in galsim.fits)": [[35, "galsim.fits.FitsHeader"]], "append() (galsim.fits.fitsheader method)": [[35, "galsim.fits.FitsHeader.append"]], "clear() (galsim.fits.fitsheader method)": [[35, "galsim.fits.FitsHeader.clear"]], "closehdulist() (in module galsim.fits)": [[35, "galsim.fits.closeHDUList"]], "comment() (galsim.fits.fitsheader method)": [[35, "galsim.fits.FitsHeader.comment"]], "extend() (galsim.fits.fitsheader method)": [[35, "galsim.fits.FitsHeader.extend"]], "get() (galsim.fits.fitsheader method)": [[35, "galsim.fits.FitsHeader.get"]], "items() (galsim.fits.fitsheader method)": [[35, "galsim.fits.FitsHeader.items"]], "iteritems() (galsim.fits.fitsheader method)": [[35, "galsim.fits.FitsHeader.iteritems"]], "iterkeys() (galsim.fits.fitsheader method)": [[35, "galsim.fits.FitsHeader.iterkeys"]], "itervalues() (galsim.fits.fitsheader method)": [[35, "galsim.fits.FitsHeader.itervalues"]], "keys() (galsim.fits.fitsheader method)": [[35, "galsim.fits.FitsHeader.keys"]], "pop() (galsim.fits.fitsheader method)": [[35, "galsim.fits.FitsHeader.pop"]], "read() (in module galsim.fits)": [[35, "galsim.fits.read"]], "readcube() (in module galsim.fits)": [[35, "galsim.fits.readCube"]], "readfile() (in module galsim.fits)": [[35, "galsim.fits.readFile"]], "readmulti() (in module galsim.fits)": [[35, "galsim.fits.readMulti"]], "update() (galsim.fits.fitsheader method)": [[35, "galsim.fits.FitsHeader.update"]], "values() (galsim.fits.fitsheader method)": [[35, "galsim.fits.FitsHeader.values"]], "write() (in module galsim.fits)": [[35, "galsim.fits.write"]], "writecube() (in module galsim.fits)": [[35, "galsim.fits.writeCube"]], "writefile() (in module galsim.fits)": [[35, "galsim.fits.writeFile"]], "writemulti() (in module galsim.fits)": [[35, "galsim.fits.writeMulti"]], "devaucouleurs (class in galsim)": [[36, "galsim.DeVaucouleurs"]], "exponential (class in galsim)": [[36, "galsim.Exponential"]], "inclinedexponential (class in galsim)": [[36, "galsim.InclinedExponential"]], "inclinedsersic (class in galsim)": [[36, "galsim.InclinedSersic"]], "randomknots (class in galsim)": [[36, "galsim.RandomKnots"]], "sersic (class in galsim)": [[36, "galsim.Sersic"]], "spergel (class in galsim)": [[36, "galsim.Spergel"]], "calculatefluxradius() (galsim.spergel method)": [[36, "galsim.Spergel.calculateFluxRadius"]], "calculatehlr() (galsim.randomknots method)": [[36, "galsim.RandomKnots.calculateHLR"]], "calculatehlrfactor() (galsim.sersic method)": [[36, "galsim.Sersic.calculateHLRFactor"]], "calculateintegratedflux() (galsim.sersic method)": [[36, "galsim.Sersic.calculateIntegratedFlux"]], "calculateintegratedflux() (galsim.spergel method)": [[36, "galsim.Spergel.calculateIntegratedFlux"]], "dilate() (galsim.randomknots method)": [[36, "galsim.RandomKnots.dilate"]], "disk_half_light_radius (galsim.inclinedexponential property)": [[36, "galsim.InclinedExponential.disk_half_light_radius"]], "disk_half_light_radius (galsim.inclinedsersic property)": [[36, "galsim.InclinedSersic.disk_half_light_radius"]], "expand() (galsim.randomknots method)": [[36, "galsim.RandomKnots.expand"]], "half_light_radius (galsim.exponential property)": [[36, "galsim.Exponential.half_light_radius"]], "half_light_radius (galsim.sersic property)": [[36, "galsim.Sersic.half_light_radius"]], "half_light_radius (galsim.spergel property)": [[36, "galsim.Spergel.half_light_radius"]], "inclination (galsim.inclinedexponential property)": [[36, "galsim.InclinedExponential.inclination"]], "inclination (galsim.inclinedsersic property)": [[36, "galsim.InclinedSersic.inclination"]], "input_half_light_radius (galsim.randomknots property)": [[36, "galsim.RandomKnots.input_half_light_radius"]], "n (galsim.inclinedsersic property)": [[36, "galsim.InclinedSersic.n"]], "n (galsim.sersic property)": [[36, "galsim.Sersic.n"]], "npoints (galsim.randomknots property)": [[36, "galsim.RandomKnots.npoints"]], "nu (galsim.spergel property)": [[36, "galsim.Spergel.nu"]], "rotate() (galsim.randomknots method)": [[36, "galsim.RandomKnots.rotate"]], "scale_h_over_r (galsim.inclinedexponential property)": [[36, "galsim.InclinedExponential.scale_h_over_r"]], "scale_h_over_r (galsim.inclinedsersic property)": [[36, "galsim.InclinedSersic.scale_h_over_r"]], "scale_height (galsim.inclinedexponential property)": [[36, "galsim.InclinedExponential.scale_height"]], "scale_height (galsim.inclinedsersic property)": [[36, "galsim.InclinedSersic.scale_height"]], "scale_radius (galsim.exponential property)": [[36, "galsim.Exponential.scale_radius"]], "scale_radius (galsim.inclinedexponential property)": [[36, "galsim.InclinedExponential.scale_radius"]], "scale_radius (galsim.inclinedsersic property)": [[36, "galsim.InclinedSersic.scale_radius"]], "scale_radius (galsim.sersic property)": [[36, "galsim.Sersic.scale_radius"]], "scale_radius (galsim.spergel property)": [[36, "galsim.Spergel.scale_radius"]], "shear() (galsim.randomknots method)": [[36, "galsim.RandomKnots.shear"]], "shift() (galsim.randomknots method)": [[36, "galsim.RandomKnots.shift"]], "transform() (galsim.randomknots method)": [[36, "galsim.RandomKnots.transform"]], "trunc (galsim.inclinedsersic property)": [[36, "galsim.InclinedSersic.trunc"]], "trunc (galsim.sersic property)": [[36, "galsim.Sersic.trunc"]], "withflux() (galsim.devaucouleurs method)": [[36, "galsim.DeVaucouleurs.withFlux"]], "withflux() (galsim.exponential method)": [[36, "galsim.Exponential.withFlux"]], "withflux() (galsim.inclinedexponential method)": [[36, "galsim.InclinedExponential.withFlux"]], "withflux() (galsim.inclinedsersic method)": [[36, "galsim.InclinedSersic.withFlux"]], "withflux() (galsim.randomknots method)": [[36, "galsim.RandomKnots.withFlux"]], "withflux() (galsim.sersic method)": [[36, "galsim.Sersic.withFlux"]], "withflux() (galsim.spergel method)": [[36, "galsim.Spergel.withFlux"]], "withscaledflux() (galsim.randomknots method)": [[36, "galsim.RandomKnots.withScaledFlux"]], "gsobject (class in galsim)": [[37, "galsim.GSObject"]], "__add__() (galsim.gsobject method)": [[37, "galsim.GSObject.__add__"]], "__div__() (galsim.gsobject method)": [[37, "galsim.GSObject.__div__"]], "__mul__() (galsim.gsobject method)": [[37, "galsim.GSObject.__mul__"]], "__rmul__() (galsim.gsobject method)": [[37, "galsim.GSObject.__rmul__"]], "__sub__() (galsim.gsobject method)": [[37, "galsim.GSObject.__sub__"]], "_calculate_nphotons() (galsim.gsobject method)": [[37, "galsim.GSObject._calculate_nphotons"]], "_drawkimage() (galsim.gsobject method)": [[37, "galsim.GSObject._drawKImage"]], "_drawreal() (galsim.gsobject method)": [[37, "galsim.GSObject._drawReal"]], "_kvalue() (galsim.gsobject method)": [[37, "galsim.GSObject._kValue"]], "_shear() (galsim.gsobject method)": [[37, "galsim.GSObject._shear"]], "_shift() (galsim.gsobject method)": [[37, "galsim.GSObject._shift"]], "_shoot() (galsim.gsobject method)": [[37, "galsim.GSObject._shoot"]], "_xvalue() (galsim.gsobject method)": [[37, "galsim.GSObject._xValue"]], "applyto() (galsim.gsobject method)": [[37, "galsim.GSObject.applyTo"]], "atredshift() (galsim.gsobject method)": [[37, "galsim.GSObject.atRedshift"]], "calculatefwhm() (galsim.gsobject method)": [[37, "galsim.GSObject.calculateFWHM"]], "calculatehlr() (galsim.gsobject method)": [[37, "galsim.GSObject.calculateHLR"]], "calculatemomentradius() (galsim.gsobject method)": [[37, "galsim.GSObject.calculateMomentRadius"]], "centroid (galsim.gsobject property)": [[37, "galsim.GSObject.centroid"]], "dilate() (galsim.gsobject method)": [[37, "galsim.GSObject.dilate"]], "drawfft() (galsim.gsobject method)": [[37, "galsim.GSObject.drawFFT"]], "drawfft_finish() (galsim.gsobject method)": [[37, "galsim.GSObject.drawFFT_finish"]], "drawfft_makekimage() (galsim.gsobject method)": [[37, "galsim.GSObject.drawFFT_makeKImage"]], "drawimage() (galsim.gsobject method)": [[37, "galsim.GSObject.drawImage"]], "drawkimage() (galsim.gsobject method)": [[37, "galsim.GSObject.drawKImage"]], "drawphot() (galsim.gsobject method)": [[37, "galsim.GSObject.drawPhot"]], "drawreal() (galsim.gsobject method)": [[37, "galsim.GSObject.drawReal"]], "expand() (galsim.gsobject method)": [[37, "galsim.GSObject.expand"]], "flux (galsim.gsobject property)": [[37, "galsim.GSObject.flux"]], "getgoodimagesize() (galsim.gsobject method)": [[37, "galsim.GSObject.getGoodImageSize"]], "gsparams (galsim.gsobject property)": [[37, "galsim.GSObject.gsparams"]], "has_hard_edges (galsim.gsobject property)": [[37, "galsim.GSObject.has_hard_edges"]], "is_analytic_k (galsim.gsobject property)": [[37, "galsim.GSObject.is_analytic_k"]], "is_analytic_x (galsim.gsobject property)": [[37, "galsim.GSObject.is_analytic_x"]], "is_axisymmetric (galsim.gsobject property)": [[37, "galsim.GSObject.is_axisymmetric"]], "kvalue() (galsim.gsobject method)": [[37, "galsim.GSObject.kValue"]], "lens() (galsim.gsobject method)": [[37, "galsim.GSObject.lens"]], "magnify() (galsim.gsobject method)": [[37, "galsim.GSObject.magnify"]], "makephot() (galsim.gsobject method)": [[37, "galsim.GSObject.makePhot"]], "max_sb (galsim.gsobject property)": [[37, "galsim.GSObject.max_sb"]], "maxk (galsim.gsobject property)": [[37, "galsim.GSObject.maxk"]], "negative_flux (galsim.gsobject property)": [[37, "galsim.GSObject.negative_flux"]], "noise (galsim.gsobject property)": [[37, "galsim.GSObject.noise"]], "nyquist_scale (galsim.gsobject property)": [[37, "galsim.GSObject.nyquist_scale"]], "positive_flux (galsim.gsobject property)": [[37, "galsim.GSObject.positive_flux"]], "rotate() (galsim.gsobject method)": [[37, "galsim.GSObject.rotate"]], "shear() (galsim.gsobject method)": [[37, "galsim.GSObject.shear"]], "shift() (galsim.gsobject method)": [[37, "galsim.GSObject.shift"]], "shoot() (galsim.gsobject method)": [[37, "galsim.GSObject.shoot"]], "stepk (galsim.gsobject property)": [[37, "galsim.GSObject.stepk"]], "transform() (galsim.gsobject method)": [[37, "galsim.GSObject.transform"]], "withflux() (galsim.gsobject method)": [[37, "galsim.GSObject.withFlux"]], "withgsparams() (galsim.gsobject method)": [[37, "galsim.GSObject.withGSParams"]], "withscaledflux() (galsim.gsobject method)": [[37, "galsim.GSObject.withScaledFlux"]], "xvalue() (galsim.gsobject method)": [[37, "galsim.GSObject.xValue"]], "gsparams (class in galsim)": [[38, "galsim.GSParams"]], "check() (galsim.gsparams static method)": [[38, "galsim.GSParams.check"]], "combine() (galsim.gsparams static method)": [[38, "galsim.GSParams.combine"]], "withparams() (galsim.gsparams method)": [[38, "galsim.GSParams.withParams"]], "estimateshear() (in module galsim.hsm)": [[40, "galsim.hsm.EstimateShear"]], "findadaptivemom() (in module galsim.hsm)": [[40, "galsim.hsm.FindAdaptiveMom"]], "hsmparams (class in galsim.hsm)": [[40, "galsim.hsm.HSMParams"]], "shapedata (class in galsim.hsm)": [[40, "galsim.hsm.ShapeData"]], "applywcs() (galsim.hsm.shapedata method)": [[40, "galsim.hsm.ShapeData.applyWCS"]], "check() (galsim.hsm.hsmparams static method)": [[40, "galsim.hsm.HSMParams.check"]], "findadaptivemom() (galsim.image method)": [[42, "galsim.Image.FindAdaptiveMom"]], "image (class in galsim)": [[42, "galsim.Image"]], "imagecd() (in module galsim)": [[42, "galsim.ImageCD"]], "imagecf() (in module galsim)": [[42, "galsim.ImageCF"]], "imaged() (in module galsim)": [[42, "galsim.ImageD"]], "imagef() (in module galsim)": [[42, "galsim.ImageF"]], "imagei() (in module galsim)": [[42, "galsim.ImageI"]], "images() (in module galsim)": [[42, "galsim.ImageS"]], "imageui() (in module galsim)": [[42, "galsim.ImageUI"]], "imageus() (in module galsim)": [[42, "galsim.ImageUS"]], "_image() (in module galsim)": [[42, "galsim._Image"]], "__call__() (galsim.image method)": [[42, "galsim.Image.__call__"]], "__getitem__() (galsim.image method)": [[42, "galsim.Image.__getitem__"]], "__setitem__() (galsim.image method)": [[42, "galsim.Image.__setitem__"]], "_addvalue() (galsim.image method)": [[42, "galsim.Image._addValue"]], "_fill() (galsim.image method)": [[42, "galsim.Image._fill"]], "_getvalue() (galsim.image method)": [[42, "galsim.Image._getValue"]], "_invertself() (galsim.image method)": [[42, "galsim.Image._invertSelf"]], "_setvalue() (galsim.image method)": [[42, "galsim.Image._setValue"]], "_shift() (galsim.image method)": [[42, "galsim.Image._shift"]], "_view() (galsim.image method)": [[42, "galsim.Image._view"]], "_wrap() (galsim.image method)": [[42, "galsim.Image._wrap"]], "addnoise() (galsim.image method)": [[42, "galsim.Image.addNoise"]], "addnoisesnr() (galsim.image method)": [[42, "galsim.Image.addNoiseSNR"]], "addreciprocityfailure() (galsim.image method)": [[42, "galsim.Image.addReciprocityFailure"]], "addvalue() (galsim.image method)": [[42, "galsim.Image.addValue"]], "applyipc() (galsim.image method)": [[42, "galsim.Image.applyIPC"]], "applynonlinearity() (galsim.image method)": [[42, "galsim.Image.applyNonlinearity"]], "applypersistence() (galsim.image method)": [[42, "galsim.Image.applyPersistence"]], "array (galsim.image property)": [[42, "galsim.Image.array"]], "bin() (galsim.image method)": [[42, "galsim.Image.bin"]], "bounds (galsim.image property)": [[42, "galsim.Image.bounds"]], "calculatefwhm() (galsim.image method)": [[42, "galsim.Image.calculateFWHM"]], "calculatehlr() (galsim.image method)": [[42, "galsim.Image.calculateHLR"]], "calculatemomentradius() (galsim.image method)": [[42, "galsim.Image.calculateMomentRadius"]], "calculate_fft() (galsim.image method)": [[42, "galsim.Image.calculate_fft"]], "calculate_inverse_fft() (galsim.image method)": [[42, "galsim.Image.calculate_inverse_fft"]], "center (galsim.image property)": [[42, "galsim.Image.center"]], "clear_depixelize_cache() (galsim.image static method)": [[42, "galsim.Image.clear_depixelize_cache"]], "conjugate (galsim.image property)": [[42, "galsim.Image.conjugate"]], "copy() (galsim.image method)": [[42, "galsim.Image.copy"]], "copyfrom() (galsim.image method)": [[42, "galsim.Image.copyFrom"]], "depixelize() (galsim.image method)": [[42, "galsim.Image.depixelize"]], "dtype (galsim.image property)": [[42, "galsim.Image.dtype"]], "fill() (galsim.image method)": [[42, "galsim.Image.fill"]], "flip_lr() (galsim.image method)": [[42, "galsim.Image.flip_lr"]], "flip_ud() (galsim.image method)": [[42, "galsim.Image.flip_ud"]], "getvalue() (galsim.image method)": [[42, "galsim.Image.getValue"]], "get_pixel_centers() (galsim.image method)": [[42, "galsim.Image.get_pixel_centers"]], "good_fft_size() (galsim.image class method)": [[42, "galsim.Image.good_fft_size"]], "imag (galsim.image property)": [[42, "galsim.Image.imag"]], "invertself() (galsim.image method)": [[42, "galsim.Image.invertSelf"]], "iscomplex (galsim.image property)": [[42, "galsim.Image.iscomplex"]], "isconst (galsim.image property)": [[42, "galsim.Image.isconst"]], "iscontiguous (galsim.image property)": [[42, "galsim.Image.iscontiguous"]], "isinteger (galsim.image property)": [[42, "galsim.Image.isinteger"]], "ncol (galsim.image property)": [[42, "galsim.Image.ncol"]], "nrow (galsim.image property)": [[42, "galsim.Image.nrow"]], "origin (galsim.image property)": [[42, "galsim.Image.origin"]], "outer_bounds (galsim.image property)": [[42, "galsim.Image.outer_bounds"]], "quantize() (galsim.image method)": [[42, "galsim.Image.quantize"]], "real (galsim.image property)": [[42, "galsim.Image.real"]], "replacenegative() (galsim.image method)": [[42, "galsim.Image.replaceNegative"]], "resize() (galsim.image method)": [[42, "galsim.Image.resize"]], "rot_180() (galsim.image method)": [[42, "galsim.Image.rot_180"]], "rot_ccw() (galsim.image method)": [[42, "galsim.Image.rot_ccw"]], "rot_cw() (galsim.image method)": [[42, "galsim.Image.rot_cw"]], "scale (galsim.image property)": [[42, "galsim.Image.scale"]], "setcenter() (galsim.image method)": [[42, "galsim.Image.setCenter"]], "setorigin() (galsim.image method)": [[42, "galsim.Image.setOrigin"]], "setsubimage() (galsim.image method)": [[42, "galsim.Image.setSubImage"]], "setvalue() (galsim.image method)": [[42, "galsim.Image.setValue"]], "setzero() (galsim.image method)": [[42, "galsim.Image.setZero"]], "shift() (galsim.image method)": [[42, "galsim.Image.shift"]], "subimage() (galsim.image method)": [[42, "galsim.Image.subImage"]], "subsample() (galsim.image method)": [[42, "galsim.Image.subsample"]], "symmetrizenoise() (galsim.image method)": [[42, "galsim.Image.symmetrizeNoise"]], "transpose() (galsim.image method)": [[42, "galsim.Image.transpose"]], "true_center (galsim.image property)": [[42, "galsim.Image.true_center"]], "view() (galsim.image method)": [[42, "galsim.Image.view"]], "whitennoise() (galsim.image method)": [[42, "galsim.Image.whitenNoise"]], "wrap() (galsim.image method)": [[42, "galsim.Image.wrap"]], "write() (galsim.image method)": [[42, "galsim.Image.write"]], "xmax (galsim.image property)": [[42, "galsim.Image.xmax"]], "xmin (galsim.image property)": [[42, "galsim.Image.xmin"]], "ymax (galsim.image property)": [[42, "galsim.Image.ymax"]], "ymin (galsim.image property)": [[42, "galsim.Image.ymin"]], "continuousintegrator (class in galsim.integ)": [[47, "galsim.integ.ContinuousIntegrator"]], "imageintegrator (class in galsim.integ)": [[47, "galsim.integ.ImageIntegrator"]], "integrationrule (class in galsim.integ)": [[47, "galsim.integ.IntegrationRule"]], "midptrule (class in galsim.integ)": [[47, "galsim.integ.MidptRule"]], "quadrule (class in galsim.integ)": [[47, "galsim.integ.QuadRule"]], "sampleintegrator (class in galsim.integ)": [[47, "galsim.integ.SampleIntegrator"]], "trapzrule (class in galsim.integ)": [[47, "galsim.integ.TrapzRule"]], "__call__() (galsim.integ.imageintegrator method)": [[47, "galsim.integ.ImageIntegrator.__call__"]], "calculateweights() (galsim.integ.midptrule method)": [[47, "galsim.integ.MidptRule.calculateWeights"]], "calculateweights() (galsim.integ.quadrule method)": [[47, "galsim.integ.QuadRule.calculateWeights"]], "calculateweights() (galsim.integ.trapzrule method)": [[47, "galsim.integ.TrapzRule.calculateWeights"]], "hankel() (in module galsim.integ)": [[47, "galsim.integ.hankel"]], "int1d() (in module galsim.integ)": [[47, "galsim.integ.int1d"]], "midptrule (in module galsim.integ)": [[47, "galsim.integ.midptRule"]], "quadrule (in module galsim.integ)": [[47, "galsim.integ.quadRule"]], "trapzrule (in module galsim.integ)": [[47, "galsim.integ.trapzRule"]], "cubic (class in galsim)": [[48, "galsim.Cubic"]], "delta (class in galsim)": [[48, "galsim.Delta"]], "interpolant (class in galsim)": [[48, "galsim.Interpolant"]], "lanczos (class in galsim)": [[48, "galsim.Lanczos"]], "linear (class in galsim)": [[48, "galsim.Linear"]], "nearest (class in galsim)": [[48, "galsim.Nearest"]], "quintic (class in galsim)": [[48, "galsim.Quintic"]], "sincinterpolant (class in galsim)": [[48, "galsim.SincInterpolant"]], "conserve_dc (galsim.lanczos property)": [[48, "galsim.Lanczos.conserve_dc"]], "from_name() (galsim.interpolant static method)": [[48, "galsim.Interpolant.from_name"]], "gsparams (galsim.interpolant property)": [[48, "galsim.Interpolant.gsparams"]], "ixrange (galsim.cubic property)": [[48, "galsim.Cubic.ixrange"]], "ixrange (galsim.delta property)": [[48, "galsim.Delta.ixrange"]], "ixrange (galsim.lanczos property)": [[48, "galsim.Lanczos.ixrange"]], "ixrange (galsim.linear property)": [[48, "galsim.Linear.ixrange"]], "ixrange (galsim.nearest property)": [[48, "galsim.Nearest.ixrange"]], "ixrange (galsim.quintic property)": [[48, "galsim.Quintic.ixrange"]], "ixrange (galsim.sincinterpolant property)": [[48, "galsim.SincInterpolant.ixrange"]], "krange (galsim.cubic property)": [[48, "galsim.Cubic.krange"]], "krange (galsim.delta property)": [[48, "galsim.Delta.krange"]], "krange (galsim.lanczos property)": [[48, "galsim.Lanczos.krange"]], "krange (galsim.linear property)": [[48, "galsim.Linear.krange"]], "krange (galsim.nearest property)": [[48, "galsim.Nearest.krange"]], "krange (galsim.quintic property)": [[48, "galsim.Quintic.krange"]], "krange (galsim.sincinterpolant property)": [[48, "galsim.SincInterpolant.krange"]], "kval() (galsim.interpolant method)": [[48, "galsim.Interpolant.kval"]], "n (galsim.lanczos property)": [[48, "galsim.Lanczos.n"]], "negative_flux (galsim.interpolant property)": [[48, "galsim.Interpolant.negative_flux"]], "positive_flux (galsim.interpolant property)": [[48, "galsim.Interpolant.positive_flux"]], "unit_integrals() (galsim.cubic method)": [[48, "galsim.Cubic.unit_integrals"]], "unit_integrals() (galsim.delta method)": [[48, "galsim.Delta.unit_integrals"]], "unit_integrals() (galsim.interpolant method)": [[48, "galsim.Interpolant.unit_integrals"]], "unit_integrals() (galsim.linear method)": [[48, "galsim.Linear.unit_integrals"]], "unit_integrals() (galsim.nearest method)": [[48, "galsim.Nearest.unit_integrals"]], "unit_integrals() (galsim.sincinterpolant method)": [[48, "galsim.SincInterpolant.unit_integrals"]], "withgsparams() (galsim.interpolant method)": [[48, "galsim.Interpolant.withGSParams"]], "xrange (galsim.cubic property)": [[48, "galsim.Cubic.xrange"]], "xrange (galsim.delta property)": [[48, "galsim.Delta.xrange"]], "xrange (galsim.lanczos property)": [[48, "galsim.Lanczos.xrange"]], "xrange (galsim.linear property)": [[48, "galsim.Linear.xrange"]], "xrange (galsim.nearest property)": [[48, "galsim.Nearest.xrange"]], "xrange (galsim.quintic property)": [[48, "galsim.Quintic.xrange"]], "xrange (galsim.sincinterpolant property)": [[48, "galsim.SincInterpolant.xrange"]], "xval() (galsim.interpolant method)": [[48, "galsim.Interpolant.xval"]], "capturelog (class in galsim.utilities)": [[49, "galsim.utilities.CaptureLog"]], "lru_cache (class in galsim.utilities)": [[49, "galsim.utilities.LRU_Cache"]], "orderedweakref (class in galsim.utilities)": [[49, "galsim.utilities.OrderedWeakRef"]], "profile (class in galsim.utilities)": [[49, "galsim.utilities.Profile"]], "simplegenerator (class in galsim.utilities)": [[49, "galsim.utilities.SimpleGenerator"]], "weakmethod (class in galsim.utilities)": [[49, "galsim.utilities.WeakMethod"]], "_horner() (in module galsim.utilities)": [[49, "galsim.utilities._horner"]], "_horner2d() (in module galsim.utilities)": [[49, "galsim.utilities._horner2d"]], "binomial() (in module galsim.utilities)": [[49, "galsim.utilities.binomial"]], "check_all_diff() (in module galsim.utilities)": [[49, "galsim.utilities.check_all_diff"]], "check_pickle() (in module galsim.utilities)": [[49, "galsim.utilities.check_pickle"]], "check_share_file() (in module galsim.utilities)": [[49, "galsim.utilities.check_share_file"]], "combine_wave_list() (in module galsim.utilities)": [[49, "galsim.utilities.combine_wave_list"]], "convert_interpolant() (in module galsim.utilities)": [[49, "galsim.utilities.convert_interpolant"]], "deinterleaveimage() (in module galsim.utilities)": [[49, "galsim.utilities.deInterleaveImage"]], "doc_inherit (class in galsim.utilities)": [[49, "galsim.utilities.doc_inherit"]], "dol_to_lod() (in module galsim.utilities)": [[49, "galsim.utilities.dol_to_lod"]], "ensure_dir() (in module galsim.utilities)": [[49, "galsim.utilities.ensure_dir"]], "find_out_of_bounds_position() (in module galsim.utilities)": [[49, "galsim.utilities.find_out_of_bounds_position"]], "functionize() (in module galsim.utilities)": [[49, "galsim.utilities.functionize"]], "g1g2_to_e1e2() (in module galsim.utilities)": [[49, "galsim.utilities.g1g2_to_e1e2"]], "get_omp_threads() (in module galsim.utilities)": [[49, "galsim.utilities.get_omp_threads"]], "horner() (in module galsim.utilities)": [[49, "galsim.utilities.horner"]], "horner2d() (in module galsim.utilities)": [[49, "galsim.utilities.horner2d"]], "interleaveimages() (in module galsim.utilities)": [[49, "galsim.utilities.interleaveImages"]], "isinteger() (in module galsim.utilities)": [[49, "galsim.utilities.isinteger"]], "kxky() (in module galsim.utilities)": [[49, "galsim.utilities.kxky"]], "lazy_property (class in galsim.utilities)": [[49, "galsim.utilities.lazy_property"]], "listify() (in module galsim.utilities)": [[49, "galsim.utilities.listify"]], "math_eval() (in module galsim.utilities)": [[49, "galsim.utilities.math_eval"]], "merge_sorted() (in module galsim.utilities)": [[49, "galsim.utilities.merge_sorted"]], "ncr() (in module galsim.utilities)": [[49, "galsim.utilities.nCr"]], "old_thin_tabulated_values() (in module galsim.utilities)": [[49, "galsim.utilities.old_thin_tabulated_values"]], "parse_pos_args() (in module galsim.utilities)": [[49, "galsim.utilities.parse_pos_args"]], "pickle_shared() (in module galsim.utilities)": [[49, "galsim.utilities.pickle_shared"]], "printoptions() (in module galsim.utilities)": [[49, "galsim.utilities.printoptions"]], "rand_arr() (in module galsim.utilities)": [[49, "galsim.utilities.rand_arr"]], "rand_with_replacement() (in module galsim.utilities)": [[49, "galsim.utilities.rand_with_replacement"]], "resize() (galsim.utilities.lru_cache method)": [[49, "galsim.utilities.LRU_Cache.resize"]], "roll2d() (in module galsim.utilities)": [[49, "galsim.utilities.roll2d"]], "rotate_xy() (in module galsim.utilities)": [[49, "galsim.utilities.rotate_xy"]], "set_omp_threads() (in module galsim.utilities)": [[49, "galsim.utilities.set_omp_threads"]], "single_threaded (class in galsim.utilities)": [[49, "galsim.utilities.single_threaded"]], "structure_function() (in module galsim.utilities)": [[49, "galsim.utilities.structure_function"]], "thin_tabulated_values() (in module galsim.utilities)": [[49, "galsim.utilities.thin_tabulated_values"]], "timer (class in galsim.utilities)": [[49, "galsim.utilities.timer"]], "unweighted_moments() (in module galsim.utilities)": [[49, "galsim.utilities.unweighted_moments"]], "unweighted_shape() (in module galsim.utilities)": [[49, "galsim.utilities.unweighted_shape"]], "cosmology (class in galsim)": [[50, "galsim.Cosmology"]], "da() (galsim.cosmology method)": [[50, "galsim.Cosmology.Da"]], "e() (galsim.cosmology method)": [[50, "galsim.Cosmology.E"]], "nfwhalo (class in galsim)": [[50, "galsim.NFWHalo"]], "_getconvergence() (galsim.nfwhalo method)": [[50, "galsim.NFWHalo._getConvergence"]], "_getlensing() (galsim.nfwhalo method)": [[50, "galsim.NFWHalo._getLensing"]], "_getmagnification() (galsim.nfwhalo method)": [[50, "galsim.NFWHalo._getMagnification"]], "_getshear() (galsim.nfwhalo method)": [[50, "galsim.NFWHalo._getShear"]], "a() (galsim.cosmology method)": [[50, "galsim.Cosmology.a"]], "getconvergence() (galsim.nfwhalo method)": [[50, "galsim.NFWHalo.getConvergence"]], "getlensing() (galsim.nfwhalo method)": [[50, "galsim.NFWHalo.getLensing"]], "getmagnification() (galsim.nfwhalo method)": [[50, "galsim.NFWHalo.getMagnification"]], "getshear() (galsim.nfwhalo method)": [[50, "galsim.NFWHalo.getShear"]], "basenoise (class in galsim)": [[51, "galsim.BaseNoise"]], "ccdnoise (class in galsim)": [[51, "galsim.CCDNoise"]], "deviatenoise (class in galsim)": [[51, "galsim.DeviateNoise"]], "gaussiannoise (class in galsim)": [[51, "galsim.GaussianNoise"]], "poissonnoise (class in galsim)": [[51, "galsim.PoissonNoise"]], "variablegaussiannoise (class in galsim)": [[51, "galsim.VariableGaussianNoise"]], "__div__() (galsim.basenoise method)": [[51, "galsim.BaseNoise.__div__"]], "__mul__() (galsim.basenoise method)": [[51, "galsim.BaseNoise.__mul__"]], "applyto() (galsim.basenoise method)": [[51, "galsim.BaseNoise.applyTo"]], "applyto() (galsim.variablegaussiannoise method)": [[51, "galsim.VariableGaussianNoise.applyTo"]], "copy() (galsim.ccdnoise method)": [[51, "galsim.CCDNoise.copy"]], "copy() (galsim.deviatenoise method)": [[51, "galsim.DeviateNoise.copy"]], "copy() (galsim.gaussiannoise method)": [[51, "galsim.GaussianNoise.copy"]], "copy() (galsim.poissonnoise method)": [[51, "galsim.PoissonNoise.copy"]], "copy() (galsim.variablegaussiannoise method)": [[51, "galsim.VariableGaussianNoise.copy"]], "gain (galsim.ccdnoise property)": [[51, "galsim.CCDNoise.gain"]], "getvariance() (galsim.basenoise method)": [[51, "galsim.BaseNoise.getVariance"]], "read_noise (galsim.ccdnoise property)": [[51, "galsim.CCDNoise.read_noise"]], "rng (galsim.basenoise property)": [[51, "galsim.BaseNoise.rng"]], "sigma (galsim.gaussiannoise property)": [[51, "galsim.GaussianNoise.sigma"]], "sky_level (galsim.ccdnoise property)": [[51, "galsim.CCDNoise.sky_level"]], "sky_level (galsim.poissonnoise property)": [[51, "galsim.PoissonNoise.sky_level"]], "var_image (galsim.variablegaussiannoise property)": [[51, "galsim.VariableGaussianNoise.var_image"]], "withscaledvariance() (galsim.basenoise method)": [[51, "galsim.BaseNoise.withScaledVariance"]], "withvariance() (galsim.basenoise method)": [[51, "galsim.BaseNoise.withVariance"]], "aperture (class in galsim)": [[54, "galsim.Aperture"]], "atmosphere() (in module galsim)": [[54, "galsim.Atmosphere"]], "atmosphericscreen (class in galsim)": [[54, "galsim.AtmosphericScreen"]], "opticalscreen (class in galsim)": [[54, "galsim.OpticalScreen"]], "phasescreenlist (class in galsim)": [[54, "galsim.PhaseScreenList"]], "phasescreenpsf (class in galsim)": [[54, "galsim.PhaseScreenPSF"]], "secondkick (class in galsim)": [[54, "galsim.SecondKick"]], "userscreen (class in galsim)": [[54, "galsim.UserScreen"]], "altitude (galsim.atmosphericscreen property)": [[54, "galsim.AtmosphericScreen.altitude"]], "diam (galsim.aperture property)": [[54, "galsim.Aperture.diam"]], "diam (galsim.secondkick property)": [[54, "galsim.SecondKick.diam"]], "fft_sign (galsim.phasescreenpsf property)": [[54, "galsim.PhaseScreenPSF.fft_sign"]], "flux (galsim.phasescreenpsf property)": [[54, "galsim.PhaseScreenPSF.flux"]], "gsparams (galsim.aperture property)": [[54, "galsim.Aperture.gsparams"]], "illuminated (galsim.aperture property)": [[54, "galsim.Aperture.illuminated"]], "initworker() (in module galsim.phase_screens)": [[54, "galsim.phase_screens.initWorker"]], "initworkerargs() (in module galsim.phase_screens)": [[54, "galsim.phase_screens.initWorkerArgs"]], "instantiate() (galsim.atmosphericscreen method)": [[54, "galsim.AtmosphericScreen.instantiate"]], "instantiate() (galsim.phasescreenlist method)": [[54, "galsim.PhaseScreenList.instantiate"]], "kcrit (galsim.phasescreenpsf property)": [[54, "galsim.PhaseScreenPSF.kcrit"]], "kcrit (galsim.secondkick property)": [[54, "galsim.SecondKick.kcrit"]], "kmax (galsim.atmosphericscreen property)": [[54, "galsim.AtmosphericScreen.kmax"]], "kmin (galsim.atmosphericscreen property)": [[54, "galsim.AtmosphericScreen.kmin"]], "lam (galsim.secondkick property)": [[54, "galsim.SecondKick.lam"]], "makepsf() (galsim.phasescreenlist method)": [[54, "galsim.PhaseScreenList.makePSF"]], "npix (galsim.aperture property)": [[54, "galsim.Aperture.npix"]], "obscuration (galsim.aperture property)": [[54, "galsim.Aperture.obscuration"]], "obscuration (galsim.secondkick property)": [[54, "galsim.SecondKick.obscuration"]], "pupil_plane_scale (galsim.aperture property)": [[54, "galsim.Aperture.pupil_plane_scale"]], "pupil_plane_size (galsim.aperture property)": [[54, "galsim.Aperture.pupil_plane_size"]], "r0 (galsim.secondkick property)": [[54, "galsim.SecondKick.r0"]], "reset_shared_screens() (in module galsim.phase_screens)": [[54, "galsim.phase_screens.reset_shared_screens"]], "samplepupil() (galsim.aperture method)": [[54, "galsim.Aperture.samplePupil"]], "scale_unit (galsim.secondkick property)": [[54, "galsim.SecondKick.scale_unit"]], "screen_list (galsim.phasescreenpsf property)": [[54, "galsim.PhaseScreenPSF.screen_list"]], "u (galsim.aperture property)": [[54, "galsim.Aperture.u"]], "v (galsim.aperture property)": [[54, "galsim.Aperture.v"]], "wavefront() (galsim.atmosphericscreen method)": [[54, "galsim.AtmosphericScreen.wavefront"]], "wavefront() (galsim.opticalscreen method)": [[54, "galsim.OpticalScreen.wavefront"]], "wavefront() (galsim.phasescreenlist method)": [[54, "galsim.PhaseScreenList.wavefront"]], "wavefront() (galsim.userscreen method)": [[54, "galsim.UserScreen.wavefront"]], "wavefront_gradient() (galsim.atmosphericscreen method)": [[54, "galsim.AtmosphericScreen.wavefront_gradient"]], "wavefront_gradient() (galsim.opticalscreen method)": [[54, "galsim.OpticalScreen.wavefront_gradient"]], "wavefront_gradient() (galsim.phasescreenlist method)": [[54, "galsim.PhaseScreenList.wavefront_gradient"]], "wavefront_gradient() (galsim.userscreen method)": [[54, "galsim.UserScreen.wavefront_gradient"]], "withflux() (galsim.phasescreenpsf method)": [[54, "galsim.PhaseScreenPSF.withFlux"]], "withflux() (galsim.secondkick method)": [[54, "galsim.SecondKick.withFlux"]], "withgsparams() (galsim.aperture method)": [[54, "galsim.Aperture.withGSParams"]], "withgsparams() (galsim.phasescreenpsf method)": [[54, "galsim.PhaseScreenPSF.withGSParams"]], "photonarray (class in galsim)": [[56, "galsim.PhotonArray"]], "addto() (galsim.photonarray method)": [[56, "galsim.PhotonArray.addTo"]], "allocateangles() (galsim.photonarray method)": [[56, "galsim.PhotonArray.allocateAngles"]], "allocatepupil() (galsim.photonarray method)": [[56, "galsim.PhotonArray.allocatePupil"]], "allocatetimes() (galsim.photonarray method)": [[56, "galsim.PhotonArray.allocateTimes"]], "allocatewavelengths() (galsim.photonarray method)": [[56, "galsim.PhotonArray.allocateWavelengths"]], "assignat() (galsim.photonarray method)": [[56, "galsim.PhotonArray.assignAt"]], "convolve() (galsim.photonarray method)": [[56, "galsim.PhotonArray.convolve"]], "copyfrom() (galsim.photonarray method)": [[56, "galsim.PhotonArray.copyFrom"]], "dxdz (galsim.photonarray property)": [[56, "galsim.PhotonArray.dxdz"]], "dydz (galsim.photonarray property)": [[56, "galsim.PhotonArray.dydz"]], "flux (galsim.photonarray property)": [[56, "galsim.PhotonArray.flux"]], "fromarrays() (galsim.photonarray class method)": [[56, "galsim.PhotonArray.fromArrays"]], "gettotalflux() (galsim.photonarray method)": [[56, "galsim.PhotonArray.getTotalFlux"]], "hasallocatedangles() (galsim.photonarray method)": [[56, "galsim.PhotonArray.hasAllocatedAngles"]], "hasallocatedpupil() (galsim.photonarray method)": [[56, "galsim.PhotonArray.hasAllocatedPupil"]], "hasallocatedtimes() (galsim.photonarray method)": [[56, "galsim.PhotonArray.hasAllocatedTimes"]], "hasallocatedwavelengths() (galsim.photonarray method)": [[56, "galsim.PhotonArray.hasAllocatedWavelengths"]], "iscorrelated() (galsim.photonarray method)": [[56, "galsim.PhotonArray.isCorrelated"]], "makefromimage() (galsim.photonarray class method)": [[56, "galsim.PhotonArray.makeFromImage"]], "pupil_u (galsim.photonarray property)": [[56, "galsim.PhotonArray.pupil_u"]], "pupil_v (galsim.photonarray property)": [[56, "galsim.PhotonArray.pupil_v"]], "read() (galsim.photonarray class method)": [[56, "galsim.PhotonArray.read"]], "scaleflux() (galsim.photonarray method)": [[56, "galsim.PhotonArray.scaleFlux"]], "scalexy() (galsim.photonarray method)": [[56, "galsim.PhotonArray.scaleXY"]], "setcorrelated() (galsim.photonarray method)": [[56, "galsim.PhotonArray.setCorrelated"]], "settotalflux() (galsim.photonarray method)": [[56, "galsim.PhotonArray.setTotalFlux"]], "size() (galsim.photonarray method)": [[56, "galsim.PhotonArray.size"]], "time (galsim.photonarray property)": [[56, "galsim.PhotonArray.time"]], "wavelength (galsim.photonarray property)": [[56, "galsim.PhotonArray.wavelength"]], "write() (galsim.photonarray method)": [[56, "galsim.PhotonArray.write"]], "x (galsim.photonarray property)": [[56, "galsim.PhotonArray.x"]], "y (galsim.photonarray property)": [[56, "galsim.PhotonArray.y"]], "fratioangles (class in galsim)": [[57, "galsim.FRatioAngles"]], "focusdepth (class in galsim)": [[57, "galsim.FocusDepth"]], "photondcr (class in galsim)": [[57, "galsim.PhotonDCR"]], "photonop (class in galsim)": [[57, "galsim.PhotonOp"]], "pupilannulussampler (class in galsim)": [[57, "galsim.PupilAnnulusSampler"]], "pupilimagesampler (class in galsim)": [[57, "galsim.PupilImageSampler"]], "refraction (class in galsim)": [[57, "galsim.Refraction"]], "timesampler (class in galsim)": [[57, "galsim.TimeSampler"]], "wavelengthsampler (class in galsim)": [[57, "galsim.WavelengthSampler"]], "applyto() (galsim.fratioangles method)": [[57, "galsim.FRatioAngles.applyTo"]], "applyto() (galsim.focusdepth method)": [[57, "galsim.FocusDepth.applyTo"]], "applyto() (galsim.photondcr method)": [[57, "galsim.PhotonDCR.applyTo"]], "applyto() (galsim.photonop method)": [[57, "galsim.PhotonOp.applyTo"]], "applyto() (galsim.pupilannulussampler method)": [[57, "galsim.PupilAnnulusSampler.applyTo"]], "applyto() (galsim.pupilimagesampler method)": [[57, "galsim.PupilImageSampler.applyTo"]], "applyto() (galsim.refraction method)": [[57, "galsim.Refraction.applyTo"]], "applyto() (galsim.timesampler method)": [[57, "galsim.TimeSampler.applyTo"]], "applyto() (galsim.wavelengthsampler method)": [[57, "galsim.WavelengthSampler.applyTo"]], "position (class in galsim)": [[58, "galsim.Position"]], "positiond (class in galsim)": [[58, "galsim.PositionD"]], "positioni (class in galsim)": [[58, "galsim.PositionI"]], "round() (galsim.positiond method)": [[58, "galsim.PositionD.round"]], "shear() (galsim.position method)": [[58, "galsim.Position.shear"]], "powerspectrum (class in galsim)": [[59, "galsim.PowerSpectrum"]], "powerspectrumrealizer (class in galsim.lensing_ps)": [[59, "galsim.lensing_ps.PowerSpectrumRealizer"]], "__call__() (galsim.lensing_ps.powerspectrumrealizer method)": [[59, "galsim.lensing_ps.PowerSpectrumRealizer.__call__"]], "_getconvergence() (galsim.powerspectrum method)": [[59, "galsim.PowerSpectrum._getConvergence"]], "_getlensing() (galsim.powerspectrum method)": [[59, "galsim.PowerSpectrum._getLensing"]], "_getmagnification() (galsim.powerspectrum method)": [[59, "galsim.PowerSpectrum._getMagnification"]], "_getshear() (galsim.powerspectrum method)": [[59, "galsim.PowerSpectrum._getShear"]], "buildgrid() (galsim.powerspectrum method)": [[59, "galsim.PowerSpectrum.buildGrid"]], "calculatexi() (galsim.powerspectrum method)": [[59, "galsim.PowerSpectrum.calculateXi"]], "getconvergence() (galsim.powerspectrum method)": [[59, "galsim.PowerSpectrum.getConvergence"]], "getlensing() (galsim.powerspectrum method)": [[59, "galsim.PowerSpectrum.getLensing"]], "getmagnification() (galsim.powerspectrum method)": [[59, "galsim.PowerSpectrum.getMagnification"]], "getshear() (galsim.powerspectrum method)": [[59, "galsim.PowerSpectrum.getShear"]], "nrandcallsforbuildgrid() (galsim.powerspectrum method)": [[59, "galsim.PowerSpectrum.nRandCallsForBuildGrid"]], "theorytoobserved() (in module galsim.lensing_ps)": [[59, "galsim.lensing_ps.theoryToObserved"]], "powerspectrumestimator (class in galsim.pse)": [[60, "galsim.pse.PowerSpectrumEstimator"]], "estimate() (galsim.pse.powerspectrumestimator method)": [[60, "galsim.pse.PowerSpectrumEstimator.estimate"]], "airy (class in galsim)": [[61, "galsim.Airy"]], "kolmogorov (class in galsim)": [[61, "galsim.Kolmogorov"]], "l0 (galsim.vonkarman property)": [[61, "galsim.VonKarman.L0"]], "moffat (class in galsim)": [[61, "galsim.Moffat"]], "opticalpsf (class in galsim)": [[61, "galsim.OpticalPSF"]], "vonkarman (class in galsim)": [[61, "galsim.VonKarman"]], "beta (galsim.moffat property)": [[61, "galsim.Moffat.beta"]], "delta_amplitude (galsim.vonkarman property)": [[61, "galsim.VonKarman.delta_amplitude"]], "do_delta (galsim.vonkarman property)": [[61, "galsim.VonKarman.do_delta"]], "force_stepk (galsim.vonkarman property)": [[61, "galsim.VonKarman.force_stepk"]], "fwhm (galsim.airy property)": [[61, "galsim.Airy.fwhm"]], "fwhm (galsim.kolmogorov property)": [[61, "galsim.Kolmogorov.fwhm"]], "half_light_radius (galsim.airy property)": [[61, "galsim.Airy.half_light_radius"]], "half_light_radius (galsim.kolmogorov property)": [[61, "galsim.Kolmogorov.half_light_radius"]], "half_light_radius (galsim.moffat property)": [[61, "galsim.Moffat.half_light_radius"]], "half_light_radius (galsim.vonkarman property)": [[61, "galsim.VonKarman.half_light_radius"]], "lam (galsim.vonkarman property)": [[61, "galsim.VonKarman.lam"]], "lam_over_diam (galsim.airy property)": [[61, "galsim.Airy.lam_over_diam"]], "lam_over_r0 (galsim.kolmogorov property)": [[61, "galsim.Kolmogorov.lam_over_r0"]], "obscuration (galsim.airy property)": [[61, "galsim.Airy.obscuration"]], "r0 (galsim.vonkarman property)": [[61, "galsim.VonKarman.r0"]], "r0_500 (galsim.vonkarman property)": [[61, "galsim.VonKarman.r0_500"]], "scale_radius (galsim.moffat property)": [[61, "galsim.Moffat.scale_radius"]], "scale_unit (galsim.vonkarman property)": [[61, "galsim.VonKarman.scale_unit"]], "trunc (galsim.moffat property)": [[61, "galsim.Moffat.trunc"]], "withflux() (galsim.airy method)": [[61, "galsim.Airy.withFlux"]], "withflux() (galsim.kolmogorov method)": [[61, "galsim.Kolmogorov.withFlux"]], "withflux() (galsim.moffat method)": [[61, "galsim.Moffat.withFlux"]], "withflux() (galsim.opticalpsf method)": [[61, "galsim.OpticalPSF.withFlux"]], "withflux() (galsim.vonkarman method)": [[61, "galsim.VonKarman.withFlux"]], "cosmoscatalog (class in galsim)": [[63, "galsim.COSMOSCatalog"]], "galaxysample (class in galsim)": [[63, "galsim.GalaxySample"]], "realgalaxy (class in galsim)": [[63, "galsim.RealGalaxy"]], "realgalaxycatalog (class in galsim)": [[63, "galsim.RealGalaxyCatalog"]], "canmakereal() (galsim.galaxysample method)": [[63, "galsim.GalaxySample.canMakeReal"]], "getbandpass() (galsim.realgalaxycatalog method)": [[63, "galsim.RealGalaxyCatalog.getBandpass"]], "getgalimage() (galsim.realgalaxycatalog method)": [[63, "galsim.RealGalaxyCatalog.getGalImage"]], "getindexforid() (galsim.realgalaxycatalog method)": [[63, "galsim.RealGalaxyCatalog.getIndexForID"]], "getnoise() (galsim.realgalaxycatalog method)": [[63, "galsim.RealGalaxyCatalog.getNoise"]], "getnoiseproperties() (galsim.realgalaxycatalog method)": [[63, "galsim.RealGalaxyCatalog.getNoiseProperties"]], "getpsf() (galsim.realgalaxycatalog method)": [[63, "galsim.RealGalaxyCatalog.getPSF"]], "getpsfimage() (galsim.realgalaxycatalog method)": [[63, "galsim.RealGalaxyCatalog.getPSFImage"]], "getparametricrecord() (galsim.galaxysample method)": [[63, "galsim.GalaxySample.getParametricRecord"]], "getrealparams() (galsim.galaxysample method)": [[63, "galsim.GalaxySample.getRealParams"]], "getvalue() (galsim.galaxysample method)": [[63, "galsim.GalaxySample.getValue"]], "makefromimage() (galsim.realgalaxy class method)": [[63, "galsim.RealGalaxy.makeFromImage"]], "makegalaxy() (galsim.galaxysample method)": [[63, "galsim.GalaxySample.makeGalaxy"]], "preload() (galsim.realgalaxycatalog method)": [[63, "galsim.RealGalaxyCatalog.preload"]], "selectrandomindex() (galsim.galaxysample method)": [[63, "galsim.GalaxySample.selectRandomIndex"]], "withgsparams() (galsim.realgalaxy method)": [[63, "galsim.RealGalaxy.withGSParams"]], "addreciprocityfailure() (in module galsim.roman)": [[64, "galsim.roman.addReciprocityFailure"]], "alldetectoreffects() (in module galsim.roman)": [[64, "galsim.roman.allDetectorEffects"]], "allowedpos() (in module galsim.roman)": [[64, "galsim.roman.allowedPos"]], "applyipc() (in module galsim.roman)": [[64, "galsim.roman.applyIPC"]], "applynonlinearity() (in module galsim.roman)": [[64, "galsim.roman.applyNonlinearity"]], "applypersistence() (in module galsim.roman)": [[64, "galsim.roman.applyPersistence"]], "bestpa() (in module galsim.roman)": [[64, "galsim.roman.bestPA"]], "convertcenter() (in module galsim.roman)": [[64, "galsim.roman.convertCenter"]], "findsca() (in module galsim.roman)": [[64, "galsim.roman.findSCA"]], "getbandpasses() (in module galsim.roman)": [[64, "galsim.roman.getBandpasses"]], "getpsf() (in module galsim.roman)": [[64, "galsim.roman.getPSF"]], "getskylevel() (in module galsim.roman)": [[64, "galsim.roman.getSkyLevel"]], "getwcs() (in module galsim.roman)": [[64, "galsim.roman.getWCS"]], "emissionline (class in galsim)": [[66, "galsim.EmissionLine"]], "sed (class in galsim)": [[66, "galsim.SED"]], "__call__() (galsim.sed method)": [[66, "galsim.SED.__call__"]], "__mul__() (galsim.sed method)": [[66, "galsim.SED.__mul__"]], "_mul_bandpass() (galsim.sed method)": [[66, "galsim.SED._mul_bandpass"]], "_mul_scalar() (galsim.sed method)": [[66, "galsim.SED._mul_scalar"]], "_mul_sed() (galsim.sed method)": [[66, "galsim.SED._mul_sed"]], "atredshift() (galsim.emissionline method)": [[66, "galsim.EmissionLine.atRedshift"]], "atredshift() (galsim.sed method)": [[66, "galsim.SED.atRedshift"]], "calculatedcrmomentshifts() (galsim.sed method)": [[66, "galsim.SED.calculateDCRMomentShifts"]], "calculateflux() (galsim.sed method)": [[66, "galsim.SED.calculateFlux"]], "calculatemagnitude() (galsim.sed method)": [[66, "galsim.SED.calculateMagnitude"]], "calculateseeingmomentratio() (galsim.sed method)": [[66, "galsim.SED.calculateSeeingMomentRatio"]], "check_dimensionless() (galsim.sed method)": [[66, "galsim.SED.check_dimensionless"]], "check_spectral() (galsim.sed method)": [[66, "galsim.SED.check_spectral"]], "dimensionless (galsim.sed property)": [[66, "galsim.SED.dimensionless"]], "samplewavelength() (galsim.sed method)": [[66, "galsim.SED.sampleWavelength"]], "thin() (galsim.sed method)": [[66, "galsim.SED.thin"]], "withflux() (galsim.sed method)": [[66, "galsim.SED.withFlux"]], "withfluxdensity() (galsim.sed method)": [[66, "galsim.SED.withFluxDensity"]], "withmagnitude() (galsim.sed method)": [[66, "galsim.SED.withMagnitude"]], "sensor (class in galsim)": [[67, "galsim.Sensor"]], "siliconsensor (class in galsim)": [[67, "galsim.SiliconSensor"]], "accumulate() (galsim.sensor method)": [[67, "galsim.Sensor.accumulate"]], "accumulate() (galsim.siliconsensor method)": [[67, "galsim.SiliconSensor.accumulate"]], "calculate_pixel_areas() (galsim.sensor method)": [[67, "galsim.Sensor.calculate_pixel_areas"]], "calculate_pixel_areas() (galsim.siliconsensor method)": [[67, "galsim.SiliconSensor.calculate_pixel_areas"]], "simple_treerings() (galsim.siliconsensor class method)": [[67, "galsim.SiliconSensor.simple_treerings"]], "galsim.meta_data.share_dir (built-in variable)": [[68, "galsim.meta_data.share_dir"]], "shear (class in galsim)": [[69, "galsim.Shear"]], "_shear() (in module galsim)": [[69, "galsim._Shear"]], "beta (galsim.shear property)": [[69, "galsim.Shear.beta"]], "e (galsim.shear property)": [[69, "galsim.Shear.e"]], "e1 (galsim.shear property)": [[69, "galsim.Shear.e1"]], "e2 (galsim.shear property)": [[69, "galsim.Shear.e2"]], "esq (galsim.shear property)": [[69, "galsim.Shear.esq"]], "eta (galsim.shear property)": [[69, "galsim.Shear.eta"]], "eta1 (galsim.shear property)": [[69, "galsim.Shear.eta1"]], "eta2 (galsim.shear property)": [[69, "galsim.Shear.eta2"]], "g (galsim.shear property)": [[69, "galsim.Shear.g"]], "g1 (galsim.shear property)": [[69, "galsim.Shear.g1"]], "g2 (galsim.shear property)": [[69, "galsim.Shear.g2"]], "getmatrix() (galsim.shear method)": [[69, "galsim.Shear.getMatrix"]], "q (galsim.shear property)": [[69, "galsim.Shear.q"]], "rotationwith() (galsim.shear method)": [[69, "galsim.Shear.rotationWith"]], "shear (galsim.shear property)": [[69, "galsim.Shear.shear"]], "box (class in galsim)": [[70, "galsim.Box"]], "deltafunction (class in galsim)": [[70, "galsim.DeltaFunction"]], "gaussian (class in galsim)": [[70, "galsim.Gaussian"]], "pixel (class in galsim)": [[70, "galsim.Pixel"]], "tophat (class in galsim)": [[70, "galsim.TopHat"]], "fwhm (galsim.gaussian property)": [[70, "galsim.Gaussian.fwhm"]], "half_light_radius (galsim.gaussian property)": [[70, "galsim.Gaussian.half_light_radius"]], "height (galsim.box property)": [[70, "galsim.Box.height"]], "radius (galsim.tophat property)": [[70, "galsim.TopHat.radius"]], "scale (galsim.pixel property)": [[70, "galsim.Pixel.scale"]], "sigma (galsim.gaussian property)": [[70, "galsim.Gaussian.sigma"]], "width (galsim.box property)": [[70, "galsim.Box.width"]], "withflux() (galsim.box method)": [[70, "galsim.Box.withFlux"]], "withflux() (galsim.deltafunction method)": [[70, "galsim.DeltaFunction.withFlux"]], "withflux() (galsim.gaussian method)": [[70, "galsim.Gaussian.withFlux"]], "withflux() (galsim.pixel method)": [[70, "galsim.Pixel.withFlux"]], "withflux() (galsim.tophat method)": [[70, "galsim.TopHat.withFlux"]], "covariancespectrum (class in galsim)": [[71, "galsim.CovarianceSpectrum"]], "tonoise() (galsim.covariancespectrum method)": [[71, "galsim.CovarianceSpectrum.toNoise"]], "lookuptable (class in galsim)": [[72, "galsim.LookupTable"]], "lookuptable2d (class in galsim)": [[72, "galsim.LookupTable2D"]], "_lookuptable2d() (in module galsim.table)": [[72, "galsim.table._LookupTable2D"]], "__call__() (galsim.lookuptable method)": [[72, "galsim.LookupTable.__call__"]], "__call__() (galsim.lookuptable2d method)": [[72, "galsim.LookupTable2D.__call__"]], "from_file() (galsim.lookuptable class method)": [[72, "galsim.LookupTable.from_file"]], "from_func() (galsim.lookuptable class method)": [[72, 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(galsim.transformation property)": [[73, "galsim.Transformation.flux_ratio"]], "jac (galsim.transformation property)": [[73, "galsim.Transformation.jac"]], "offset (galsim.transformation property)": [[73, "galsim.Transformation.offset"]], "orig_obj (galsim.deconvolution property)": [[73, "galsim.Deconvolution.orig_obj"]], "orig_obj (galsim.fouriersqrtprofile property)": [[73, "galsim.FourierSqrtProfile.orig_obj"]], "original (galsim.transformation property)": [[73, "galsim.Transformation.original"]], "withgsparams() (galsim.deconvolution method)": [[73, "galsim.Deconvolution.withGSParams"]], "withgsparams() (galsim.fouriersqrtprofile method)": [[73, "galsim.FourierSqrtProfile.withGSParams"]], "withgsparams() (galsim.transformation method)": [[73, "galsim.Transformation.withGSParams"]], "angle (class in galsim)": [[75, "galsim.Angle"]], "angleunit (class in galsim)": [[75, "galsim.AngleUnit"]], "_angle() (in module galsim)": [[75, "galsim._Angle"]], "cos() (galsim.angle method)": [[75, 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"celestialcoord (class in galsim)": [[77, "galsim.CelestialCoord"]], "celestialwcs (class in galsim.wcs)": [[77, "galsim.wcs.CelestialWCS"]], "euclideanwcs (class in galsim.wcs)": [[77, "galsim.wcs.EuclideanWCS"]], "fitswcs() (in module galsim)": [[77, "galsim.FitsWCS"]], "fittedsipwcs() (in module galsim)": [[77, "galsim.FittedSIPWCS"]], "gsfitswcs (class in galsim)": [[77, "galsim.GSFitsWCS"]], "jacobianwcs (class in galsim)": [[77, "galsim.JacobianWCS"]], "localwcs (class in galsim.wcs)": [[77, "galsim.wcs.LocalWCS"]], "offsetshearwcs (class in galsim)": [[77, "galsim.OffsetShearWCS"]], "offsetwcs (class in galsim)": [[77, "galsim.OffsetWCS"]], "pixelscale (class in galsim)": [[77, "galsim.PixelScale"]], "pyastwcs (class in galsim)": [[77, "galsim.PyAstWCS"]], "radecfunction (class in galsim)": [[77, "galsim.RaDecFunction"]], "shearwcs (class in galsim)": [[77, "galsim.ShearWCS"]], "tanwcs() (in module galsim)": [[77, "galsim.TanWCS"]], "uvfunction (class in galsim)": [[77, "galsim.UVFunction"]], "uniformwcs (class in galsim.wcs)": [[77, "galsim.wcs.UniformWCS"]], "wcstoolswcs (class in galsim)": [[77, "galsim.WcsToolsWCS"]], "affine() (galsim.basewcs method)": [[77, "galsim.BaseWCS.affine"]], "anglebetween() (galsim.celestialcoord method)": [[77, "galsim.CelestialCoord.angleBetween"]], "area() (galsim.celestialcoord method)": [[77, "galsim.CelestialCoord.area"]], "compatible() (in module galsim.wcs)": [[77, "galsim.wcs.compatible"]], "dec (galsim.celestialcoord property)": [[77, "galsim.CelestialCoord.dec"]], "deproject() (galsim.celestialcoord method)": [[77, "galsim.CelestialCoord.deproject"]], "deproject_rad() (galsim.celestialcoord method)": [[77, "galsim.CelestialCoord.deproject_rad"]], "distanceto() (galsim.celestialcoord method)": [[77, "galsim.CelestialCoord.distanceTo"]], "dudx (galsim.affinetransform property)": [[77, "galsim.AffineTransform.dudx"]], "dudx (galsim.jacobianwcs property)": [[77, "galsim.JacobianWCS.dudx"]], "dudy (galsim.affinetransform property)": [[77, "galsim.AffineTransform.dudy"]], "dudy (galsim.jacobianwcs property)": [[77, "galsim.JacobianWCS.dudy"]], "dvdx (galsim.affinetransform property)": [[77, "galsim.AffineTransform.dvdx"]], "dvdx (galsim.jacobianwcs property)": [[77, "galsim.JacobianWCS.dvdx"]], "dvdy (galsim.affinetransform property)": [[77, "galsim.AffineTransform.dvdy"]], "dvdy (galsim.jacobianwcs property)": [[77, "galsim.JacobianWCS.dvdy"]], "ecliptic() (galsim.celestialcoord method)": [[77, "galsim.CelestialCoord.ecliptic"]], "file_name (galsim.wcstoolswcs property)": [[77, "galsim.WcsToolsWCS.file_name"]], "fixcolor() (galsim.basewcs method)": [[77, "galsim.BaseWCS.fixColor"]], "from_ecliptic() (galsim.celestialcoord static method)": [[77, "galsim.CelestialCoord.from_ecliptic"]], "from_galactic() (galsim.celestialcoord static method)": [[77, "galsim.CelestialCoord.from_galactic"]], "from_xyz() (galsim.celestialcoord static method)": [[77, "galsim.CelestialCoord.from_xyz"]], "galactic() (galsim.celestialcoord method)": [[77, "galsim.CelestialCoord.galactic"]], "getdecomposition() (galsim.jacobianwcs method)": [[77, "galsim.JacobianWCS.getDecomposition"]], "getmatrix() (galsim.jacobianwcs method)": [[77, "galsim.JacobianWCS.getMatrix"]], "get_xyz() (galsim.celestialcoord method)": [[77, "galsim.CelestialCoord.get_xyz"]], "greatcirclepoint() (galsim.celestialcoord method)": [[77, "galsim.CelestialCoord.greatCirclePoint"]], "inverse() (galsim.wcs.uniformwcs method)": [[77, "galsim.wcs.UniformWCS.inverse"]], "iscelestial() (galsim.basewcs method)": [[77, "galsim.BaseWCS.isCelestial"]], "islocal() (galsim.basewcs method)": [[77, "galsim.BaseWCS.isLocal"]], "ispixelscale() (galsim.basewcs method)": [[77, "galsim.BaseWCS.isPixelScale"]], "isuniform() (galsim.basewcs method)": [[77, "galsim.BaseWCS.isUniform"]], "jac_deproject() (galsim.celestialcoord method)": [[77, "galsim.CelestialCoord.jac_deproject"]], "jac_deproject_rad() (galsim.celestialcoord method)": 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(galsim.radecfunction property)": [[77, "galsim.RaDecFunction.origin"]], "origin (galsim.uvfunction property)": [[77, "galsim.UVFunction.origin"]], "origin (galsim.wcstoolswcs property)": [[77, "galsim.WcsToolsWCS.origin"]], "origin (galsim.wcs.localwcs property)": [[77, "galsim.wcs.LocalWCS.origin"]], "pixelarea() (galsim.basewcs method)": [[77, "galsim.BaseWCS.pixelArea"]], "postoimage() (galsim.basewcs method)": [[77, "galsim.BaseWCS.posToImage"]], "postoworld() (galsim.basewcs method)": [[77, "galsim.BaseWCS.posToWorld"]], "precess() (galsim.celestialcoord method)": [[77, "galsim.CelestialCoord.precess"]], "profiletoimage() (galsim.basewcs method)": [[77, "galsim.BaseWCS.profileToImage"]], "profiletoworld() (galsim.basewcs method)": [[77, "galsim.BaseWCS.profileToWorld"]], "project() (galsim.celestialcoord method)": [[77, "galsim.CelestialCoord.project"]], "project_rad() (galsim.celestialcoord method)": [[77, "galsim.CelestialCoord.project_rad"]], "ra (galsim.celestialcoord property)": [[77, "galsim.CelestialCoord.ra"]], "rad (galsim.celestialcoord property)": [[77, "galsim.CelestialCoord.rad"]], "radectoxy() (galsim.wcs.celestialwcs method)": [[77, "galsim.wcs.CelestialWCS.radecToxy"]], "radec_func (galsim.radecfunction property)": [[77, "galsim.RaDecFunction.radec_func"]], "radec_to_xyz() (galsim.celestialcoord static method)": [[77, "galsim.CelestialCoord.radec_to_xyz"]], "readfromfitsheader() (in module galsim.wcs)": [[77, "galsim.wcs.readFromFitsHeader"]], "scale (galsim.offsetshearwcs property)": [[77, "galsim.OffsetShearWCS.scale"]], "scale (galsim.offsetwcs property)": [[77, "galsim.OffsetWCS.scale"]], "scale (galsim.pixelscale property)": [[77, "galsim.PixelScale.scale"]], "scale (galsim.shearwcs property)": [[77, "galsim.ShearWCS.scale"]], "shear (galsim.offsetshearwcs property)": [[77, "galsim.OffsetShearWCS.shear"]], "shear (galsim.shearwcs property)": [[77, "galsim.ShearWCS.shear"]], "sheartoimage() (galsim.basewcs method)": [[77, 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\ No newline at end of file
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"roman.rst", "sb.rst", "sed.rst", "sensor.rst", "shared.rst", "shear.rst", "simple.rst", "spectral.rst", "table.rst", "transform.rst", "tutorials.rst", "units.rst", "utilities.rst", "wcs.rst", "wl.rst", "zernike.rst"], "titles": ["Arbitrary Profiles", "Bandpass Filters", "Bessel Functions", "Bounding boxes", "Catalogs and Input Dictionaries", "Charge Deflection Model", "Wavelength-dependent Profiles", "Chromatic Profiles", "Composite Profiles", "The Config Module", "The galsim Executable", "Config Image Field", "Config Input Field", "Config Objects", "Config Output Field", "Config Processing From Python", "Special Fields", "Config Stamp Field", "Top Level Fields", "Config Values", "Correlated Noise", "C++ Layer", "Positions and Bounds", "HSM Implementation", "C++ Images", "Interpolation Tools", "Math", "Noise-related Functionality", "Photons and Sensor Effects", "C++ Surface Brightness Profiles", "Differential Chromatic Refraction", "The DES Module", "Random Deviates", "Errors and 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Functionality": [[27, "noise-related-functionality"]], "C++ Random Deviates": [[27, "c-random-deviates"]], "C++ Correlated Noise": [[27, "c-correlated-noise"]], "Photons and Sensor Effects": [[28, "photons-and-sensor-effects"]], "C++ Photon Array": [[28, "c-photon-array"]], "Silicon Sensor": [[28, "silicon-sensor"]], "Charge Deflection Correction": [[28, "charge-deflection-correction"]], "C++ Surface Brightness Profiles": [[29, "c-surface-brightness-profiles"]], "SBProfile Base Class": [[29, "sbprofile-base-class"]], "Simple C++ Profiles": [[29, "simple-c-profiles"]], "PSF C++ Profiles": [[29, "psf-c-profiles"]], "Galaxy C++ Profiles": [[29, "galaxy-c-profiles"]], "Arbitrary C++ Profiles": [[29, "arbitrary-c-profiles"]], "Composite C++ Profiles": [[29, "composite-c-profiles"]], "Transformed C++ Profiles": [[29, "transformed-c-profiles"]], "C++ GSParams": [[29, "c-gsparams"]], "Differential Chromatic Refraction": [[30, "differential-chromatic-refraction"]], "The DES Module": [[31, "the-des-module"]], "DES PSF models": [[31, "des-psf-models"]], "Writing to MEDS Files": [[31, "writing-to-meds-files"]], "Random Deviates": [[32, "random-deviates"]], "Errors and Warnings": [[33, "errors-and-warnings"]], "Fourier Transforms": [[34, "fourier-transforms"]], "Interfacing with FITS Files": [[35, "interfacing-with-fits-files"]], "Reading FITS Files": [[35, "reading-fits-files"]], "Writing FITS Files": [[35, "writing-fits-files"]], "FITS Headers": [[35, "fits-headers"]], "Galaxies": [[36, "galaxies"]], "Exponenatial Profile": [[36, "exponenatial-profile"]], "De Vaucouleurs Profile": [[36, "de-vaucouleurs-profile"]], "Sersic Profile": [[36, "sersic-profile"]], "Inclined Exponential Profile": [[36, "inclined-exponential-profile"]], "Inclined Sersic Profile": [[36, "inclined-sersic-profile"]], "Spergel Profile": [[36, "spergel-profile"]], "Knots of Star Formation": [[36, "knots-of-star-formation"]], "The GSObject base class": [[37, "the-gsobject-base-class"]], "The GSParams class": [[38, "the-gsparams-class"]], "Revision History": [[39, "revision-history"]], "Changes from v2.4 to v2.5": [[39, "changes-from-v2-4-to-v2-5"]], "API Changes": [[39, "api-changes"]], "Config Updates": [[39, "config-updates"]], "New Features": [[39, "new-features"]], "Performance Improvements": [[39, "performance-improvements"]], "Bug Fixes": [[39, "bug-fixes"]], "Changes from v2.5.0 to v2.5.1": [[39, "changes-from-v2-5-0-to-v2-5-1"]], "Changes from v2.5.1 to v2.5.2": [[39, "changes-from-v2-5-1-to-v2-5-2"]], "Older Versions": [[39, "older-versions"]], "The HSM Module": [[40, "the-hsm-module"]], "Shape Measurement Functions": [[40, "shape-measurement-functions"]], "HSM output": [[40, "hsm-output"]], "HSM parameters": [[40, "hsm-parameters"]], "Images and Related Concepts": [[41, "images-and-related-concepts"]], "The Image class": [[42, "the-image-class"]], "Indices and tables": [[43, "indices-and-tables"]], "Installation Instructions": [[44, "installation-instructions"]], "Running tests": [[44, "running-tests"]], "Running example scripts": [[44, "running-example-scripts"]], "Installing With Conda": [[45, "installing-with-conda"]], "Installing With Pip": [[46, "installing-with-pip"]], "Overall summary": [[46, "overall-summary"]], "Installing Python Dependencies": [[46, "installing-python-dependencies"]], "Installing FFTW": [[46, "installing-fftw"]], "Installing FFTW yourself": [[46, "installing-fftw-yourself"]], "Using an existing installation of FFTW": [[46, "using-an-existing-installation-of-fftw"]], "Installing FFTW with conda": [[46, "installing-fftw-with-conda"]], "Installing FFTW with apt-get": [[46, "installing-fftw-with-apt-get"]], "Installing FFTW with fink": [[46, "installing-fftw-with-fink"]], "Installing FFTW with MacPorts": [[46, "installing-fftw-with-macports"]], "Installing Eigen": [[46, "installing-eigen"]], "Installing Eigen yourself": [[46, "installing-eigen-yourself"]], "Using an existing installation of Eigen": [[46, "using-an-existing-installation-of-eigen"]], "Installing Eigen with conda": [[46, "installing-eigen-with-conda"]], "Installing Eigen with apt-get": [[46, "installing-eigen-with-apt-get"]], "Installing Eigen with fink": [[46, "installing-eigen-with-fink"]], "Installing Eigen with MacPorts": [[46, "installing-eigen-with-macports"]], "Installing the C++ Shared Library": [[46, "installing-the-c-shared-library"]], "Integration": [[47, "integration"]], "Interpolants": [[48, "interpolants"]], "Miscellaneous Utilities": [[49, "miscellaneous-utilities"]], "Decorators": [[49, "decorators"]], "OpenMP Utilties": [[49, "openmp-utilties"]], "LRU Cache": [[49, "lru-cache"]], "Context Manager for writing AtmosphericScreen pickles": [[49, "context-manager-for-writing-atmosphericscreen-pickles"]], "Other Possibly Useful Classes": [[49, "other-possibly-useful-classes"]], "Math Calculations": [[49, "math-calculations"]], "Utilities Related to NumPy Functions": [[49, "utilities-related-to-numpy-functions"]], "Test Suite Helper Functions and Contexts": [[49, "test-suite-helper-functions-and-contexts"]], "Other Helper Functions": [[49, "other-helper-functions"]], "GalSim-specific Helper Functions": [[49, "galsim-specific-helper-functions"]], "NFW Halo Shears": [[50, "nfw-halo-shears"]], "Noise Generators": [[51, "noise-generators"]], "v2.4": [[52, "v2-4"]], "v2.3": [[52, "v2-3"]], "v2.2": [[52, "v2-2"]], "v2.1": [[52, "v2-1"]], "v2.0": [[52, "v2-0"]], "v1.6": [[52, "v1-6"]], "v1.5": [[52, "v1-5"]], "v1.4": [[52, "v1-4"]], "v1.3": [[52, "v1-3"]], "v1.2": [[52, "v1-2"]], "v1.1": [[52, "v1-1"]], "v1.0": [[52, "v1-0"]], "v0.5": [[52, "v0-5"]], "v0.4": [[52, "v0-4"]], "v0.3": [[52, "v0-3"]], "v0.2": [[52, "v0-2"]], "v0.1": [[52, "v0-1"]], "Overview": [[53, "overview"]], "Basic Installation": [[53, "basic-installation"]], "Source Distribution": [[53, "source-distribution"]], "Keeping up-to-date with GalSim": [[53, "keeping-up-to-date-with-galsim"]], "How to communicate with the GalSim developers": [[53, "how-to-communicate-with-the-galsim-developers"]], "Demonstration scripts": [[53, "demonstration-scripts"]], "Summary of current capabilities": [[53, "summary-of-current-capabilities"]], "Planned future development": [[53, "planned-future-development"]], "Phase-screen PSFs": [[54, "phase-screen-psfs"]], "Photon Shooting": [[55, "photon-shooting"]], "Photon Arrays": [[56, "photon-arrays"]], "Photon Operators": [[57, "photon-operators"]], "Positions": [[58, "positions"]], "Power Spectrum Shears": [[59, "power-spectrum-shears"]], "Power Spectrum Estimation": [[60, "power-spectrum-estimation"]], "Point-spread functions": [[61, "point-spread-functions"]], "Airy Profile": [[61, "airy-profile"]], "Moffat Profile": [[61, "moffat-profile"]], "Kolmogorov Profile": [[61, "kolmogorov-profile"]], "Von Karman Profile": [[61, "von-karman-profile"]], "Optical PSF": [[61, "optical-psf"]], "Noise and Random Values": [[62, "noise-and-random-values"]], "\u201cReal\u201d Galaxies": [[63, "real-galaxies"]], "Individual Real Galaxies": [[63, "individual-real-galaxies"]], "Realistic Scene": [[63, "realistic-scene"]], "Downloading the COSMOS Catalog": [[63, "downloading-the-cosmos-catalog"]], "HSC Postage Stamp Data": [[63, "hsc-postage-stamp-data"]], "The Roman Space Telescope Module": [[64, "the-roman-space-telescope-module"]], "Module-level Attributes": [[64, "module-level-attributes"]], "Roman Functions": [[64, "roman-functions"]], "Surface Brightness Profiles": [[65, "surface-brightness-profiles"]], "Spectral Energy Distributions": [[66, "spectral-energy-distributions"]], "Sensor Models": [[67, "sensor-models"]], "Shared Data": [[68, "shared-data"]], "Shared SED files": [[68, "shared-sed-files"]], "Shared Bandpass files": [[68, "shared-bandpass-files"]], "Shared Sensor models": [[68, "shared-sensor-models"]], "Shared HST noise model": [[68, "shared-hst-noise-model"]], "Shared Roman ST files": [[68, "shared-roman-st-files"]], "Shared COSMOS files": [[68, "shared-cosmos-files"]], "The Shear class": [[69, "the-shear-class"]], "Simple Profiles": [[70, "simple-profiles"]], "Gaussian Profile": [[70, "gaussian-profile"]], "Pixel Profile": [[70, "pixel-profile"]], "Box Profile": [[70, "box-profile"]], "TopHat Profile": [[70, "tophat-profile"]], "Delta Function": [[70, "delta-function"]], "Spectral Correlated Noise": [[71, "spectral-correlated-noise"]], "Lookup Tables": [[72, "lookup-tables"]], "Transformed Profiles": [[73, "transformed-profiles"]], "Affine Transformations": [[73, "affine-transformations"]], "De-convolution of a GSObject": [[73, "de-convolution-of-a-gsobject"]], "Fourier-space Square Root": [[73, "fourier-space-square-root"]], "Tutorials": [[74, "tutorials"]], "Demo 1": [[74, "demo-1"]], "Demo 2": [[74, "demo-2"]], "Demo 3": [[74, "demo-3"]], "Demo 4": [[74, "demo-4"]], "Demo 5": [[74, "demo-5"]], "Demo 6": [[74, "demo-6"]], "Demo 7": [[74, "demo-7"]], "Demo 8": [[74, "demo-8"]], "Demo 9": [[74, "demo-9"]], "Demo 10": [[74, "demo-10"]], "Demo 11": [[74, "demo-11"]], "Demo 12": [[74, "demo-12"]], "Demo 13": [[74, "demo-13"]], "Advanced Simulations": [[74, "advanced-simulations"]], "Great3 Simulations": [[74, "great3-simulations"]], "DES Simulations": [[74, "des-simulations"]], "Units": [[75, "units"]], "Size Units": [[75, "size-units"]], "Flux Units": [[75, "flux-units"]], "SED Units": [[75, "sed-units"]], "Angles": [[75, "angles"]], "Helper Functions and Classes": [[76, "helper-functions-and-classes"]], "World Coordinate Systems": [[77, "world-coordinate-systems"]], "WCS Base Classes": [[77, "wcs-base-classes"]], "Euclidean WCS\u2019s": [[77, "euclidean-wcs-s"]], "Celestial WCS\u2019s": [[77, "celestial-wcs-s"]], "Celestial Coordinates": [[77, "celestial-coordinates"]], "WCS Utilities": [[77, "wcs-utilities"]], "Weak Lensing": [[78, "weak-lensing"]], "Zernike Functions": [[79, "zernike-functions"]]}, "indexentries": {"interpolatedimage (class in galsim)": [[0, "galsim.InterpolatedImage"]], "interpolatedkimage (class in galsim)": [[0, "galsim.InterpolatedKImage"]], "shapelet (class in galsim)": [[0, "galsim.Shapelet"]], "_interpolatedimage() (in module galsim)": [[0, "galsim._InterpolatedImage"]], "_interpolatedkimage() (in module galsim)": [[0, "galsim._InterpolatedKImage"]], "bvec (galsim.shapelet property)": [[0, "galsim.Shapelet.bvec"]], "fit() (galsim.shapelet class method)": [[0, "galsim.Shapelet.fit"]], "getnm() (galsim.shapelet method)": [[0, "galsim.Shapelet.getNM"]], "getpq() (galsim.shapelet method)": [[0, "galsim.Shapelet.getPQ"]], "image (galsim.interpolatedimage property)": [[0, "galsim.InterpolatedImage.image"]], "k_interpolant (galsim.interpolatedimage property)": [[0, "galsim.InterpolatedImage.k_interpolant"]], "k_interpolant (galsim.interpolatedkimage property)": [[0, "galsim.InterpolatedKImage.k_interpolant"]], "kimage (galsim.interpolatedkimage property)": [[0, "galsim.InterpolatedKImage.kimage"]], "order (galsim.shapelet property)": [[0, "galsim.Shapelet.order"]], "sigma (galsim.shapelet property)": [[0, "galsim.Shapelet.sigma"]], "size() (galsim.shapelet class method)": [[0, "galsim.Shapelet.size"]], "withgsparams() (galsim.interpolatedimage method)": [[0, "galsim.InterpolatedImage.withGSParams"]], "withgsparams() (galsim.interpolatedkimage method)": [[0, "galsim.InterpolatedKImage.withGSParams"]], "x_interpolant (galsim.interpolatedimage property)": [[0, "galsim.InterpolatedImage.x_interpolant"]], "bandpass (class in galsim)": [[1, "galsim.Bandpass"]], "__call__() (galsim.bandpass method)": [[1, "galsim.Bandpass.__call__"]], "calculateeffectivewavelength() (galsim.bandpass method)": [[1, "galsim.Bandpass.calculateEffectiveWavelength"]], "effective_wavelength (galsim.bandpass property)": [[1, "galsim.Bandpass.effective_wavelength"]], "thin() (galsim.bandpass method)": [[1, "galsim.Bandpass.thin"]], "truncate() (galsim.bandpass method)": [[1, "galsim.Bandpass.truncate"]], "withzeropoint() (galsim.bandpass method)": [[1, "galsim.Bandpass.withZeropoint"]], "ci() (in module galsim.bessel)": [[2, "galsim.bessel.ci"]], "gammainc() (in module galsim.bessel)": [[2, "galsim.bessel.gammainc"]], "iv() (in module galsim.bessel)": [[2, "galsim.bessel.iv"]], "j0() (in module galsim.bessel)": [[2, "galsim.bessel.j0"]], "j0_root() (in module galsim.bessel)": [[2, "galsim.bessel.j0_root"]], "j1() (in module galsim.bessel)": [[2, "galsim.bessel.j1"]], "jn() (in module galsim.bessel)": [[2, "galsim.bessel.jn"]], "jv() (in module galsim.bessel)": [[2, "galsim.bessel.jv"]], "jv_root() (in module galsim.bessel)": [[2, "galsim.bessel.jv_root"]], "kn() (in module galsim.bessel)": [[2, "galsim.bessel.kn"]], "kv() (in module galsim.bessel)": [[2, "galsim.bessel.kv"]], "si() (in module galsim.bessel)": [[2, "galsim.bessel.si"]], "sinc() (in module galsim.bessel)": [[2, "galsim.bessel.sinc"]], "yn() (in module galsim.bessel)": [[2, "galsim.bessel.yn"]], "yv() (in module galsim.bessel)": [[2, "galsim.bessel.yv"]], "bounds (class in galsim)": [[3, "galsim.Bounds"]], "boundsd (class in galsim)": [[3, "galsim.BoundsD"]], "boundsi (class in galsim)": [[3, "galsim.BoundsI"]], "_boundsd() (in module galsim)": [[3, "galsim._BoundsD"]], "_boundsi() (in module galsim)": [[3, "galsim._BoundsI"]], "area() (galsim.bounds method)": [[3, "galsim.Bounds.area"]], "center (galsim.bounds property)": [[3, "galsim.Bounds.center"]], "expand() (galsim.bounds method)": [[3, "galsim.Bounds.expand"]], "getxmax() (galsim.bounds method)": [[3, "galsim.Bounds.getXMax"]], "getxmin() (galsim.bounds method)": [[3, "galsim.Bounds.getXMin"]], "getymax() (galsim.bounds method)": [[3, "galsim.Bounds.getYMax"]], "getymin() (galsim.bounds method)": [[3, "galsim.Bounds.getYMin"]], "includes() (galsim.bounds method)": [[3, "galsim.Bounds.includes"]], "isdefined() (galsim.bounds method)": [[3, "galsim.Bounds.isDefined"]], "numpyshape() (galsim.boundsi method)": [[3, "galsim.BoundsI.numpyShape"]], "origin (galsim.bounds property)": [[3, "galsim.Bounds.origin"]], "shift() (galsim.bounds method)": [[3, "galsim.Bounds.shift"]], "true_center (galsim.bounds property)": [[3, "galsim.Bounds.true_center"]], "withborder() (galsim.bounds method)": [[3, "galsim.Bounds.withBorder"]], "catalog (class in galsim)": [[4, "galsim.Catalog"]], "dict (class in galsim)": [[4, "galsim.Dict"]], "outputcatalog (class in galsim)": [[4, "galsim.OutputCatalog"]], "addrow() (galsim.outputcatalog method)": [[4, "galsim.OutputCatalog.addRow"]], "get() (galsim.catalog method)": [[4, "galsim.Catalog.get"]], "getfloat() (galsim.catalog method)": [[4, "galsim.Catalog.getFloat"]], "getint() (galsim.catalog method)": [[4, "galsim.Catalog.getInt"]], "getncols() (galsim.outputcatalog method)": [[4, "galsim.OutputCatalog.getNCols"]], "getnobjects() (galsim.outputcatalog method)": [[4, "galsim.OutputCatalog.getNObjects"]], "getnames() (galsim.outputcatalog method)": [[4, "galsim.OutputCatalog.getNames"]], "gettypes() (galsim.outputcatalog method)": [[4, "galsim.OutputCatalog.getTypes"]], "makedata() (galsim.outputcatalog method)": [[4, "galsim.OutputCatalog.makeData"]], "ncols (galsim.outputcatalog property)": [[4, "galsim.OutputCatalog.ncols"]], "nobjects (galsim.outputcatalog property)": [[4, "galsim.OutputCatalog.nobjects"]], "readascii() (galsim.catalog method)": [[4, "galsim.Catalog.readAscii"]], "readfits() (galsim.catalog method)": [[4, "galsim.Catalog.readFits"]], "settypes() (galsim.outputcatalog method)": [[4, "galsim.OutputCatalog.setTypes"]], "write() (galsim.outputcatalog method)": [[4, "galsim.OutputCatalog.write"]], "writeascii() (galsim.outputcatalog method)": [[4, "galsim.OutputCatalog.writeAscii"]], "writefits() (galsim.outputcatalog method)": [[4, "galsim.OutputCatalog.writeFits"]], "writefitshdu() (galsim.outputcatalog method)": [[4, "galsim.OutputCatalog.writeFitsHdu"]], "basecdmodel (class in galsim.cdmodel)": [[5, "galsim.cdmodel.BaseCDModel"]], "powerlawcd (class in galsim.cdmodel)": [[5, "galsim.cdmodel.PowerLawCD"]], "__init__() (galsim.cdmodel.basecdmodel method)": [[5, "galsim.cdmodel.BaseCDModel.__init__"]], "__init__() (galsim.cdmodel.powerlawcd method)": [[5, "galsim.cdmodel.PowerLawCD.__init__"]], "applybackward() (galsim.cdmodel.basecdmodel method)": [[5, "galsim.cdmodel.BaseCDModel.applyBackward"]], "applyforward() (galsim.cdmodel.basecdmodel method)": [[5, "galsim.cdmodel.BaseCDModel.applyForward"]], "chromaticairy (class in galsim)": [[7, "galsim.ChromaticAiry"]], "chromaticatmosphere (class in galsim)": [[7, "galsim.ChromaticAtmosphere"]], "chromaticautoconvolution (class in galsim)": [[7, "galsim.ChromaticAutoConvolution"]], "chromaticautocorrelation (class in galsim)": [[7, "galsim.ChromaticAutoCorrelation"]], "chromaticconvolution (class in galsim)": [[7, "galsim.ChromaticConvolution"]], "chromaticdeconvolution (class in galsim)": [[7, "galsim.ChromaticDeconvolution"]], "chromaticfouriersqrtprofile (class in galsim)": [[7, "galsim.ChromaticFourierSqrtProfile"]], "chromaticobject (class in galsim)": [[7, "galsim.ChromaticObject"]], "chromaticopticalpsf (class in galsim)": [[7, "galsim.ChromaticOpticalPSF"]], "chromaticrealgalaxy (class in galsim)": [[7, "galsim.ChromaticRealGalaxy"]], "chromaticsum (class in galsim)": [[7, "galsim.ChromaticSum"]], "chromatictransformation (class in galsim)": [[7, "galsim.ChromaticTransformation"]], "interpolatedchromaticobject (class in galsim)": [[7, "galsim.InterpolatedChromaticObject"]], "__mul__() (galsim.chromaticobject method)": [[7, "galsim.ChromaticObject.__mul__"]], "applyto() (galsim.chromaticobject method)": [[7, "galsim.ChromaticObject.applyTo"]], "atredshift() (galsim.chromaticobject method)": [[7, "galsim.ChromaticObject.atRedshift"]], "atredshift() (galsim.chromaticsum method)": [[7, "galsim.ChromaticSum.atRedshift"]], "build_obj() (galsim.chromaticatmosphere method)": [[7, "galsim.ChromaticAtmosphere.build_obj"]], "calculatecentroid() (galsim.chromaticobject method)": [[7, "galsim.ChromaticObject.calculateCentroid"]], "calculateflux() (galsim.chromaticobject method)": [[7, "galsim.ChromaticObject.calculateFlux"]], "calculatemagnitude() (galsim.chromaticobject method)": [[7, "galsim.ChromaticObject.calculateMagnitude"]], "dilate() (galsim.chromaticobject method)": [[7, "galsim.ChromaticObject.dilate"]], "dimensionless (galsim.chromaticobject property)": [[7, "galsim.ChromaticObject.dimensionless"]], "drawimage() (galsim.chromaticconvolution method)": [[7, "galsim.ChromaticConvolution.drawImage"]], "drawimage() (galsim.chromaticobject method)": [[7, "galsim.ChromaticObject.drawImage"]], "drawimage() (galsim.chromaticsum method)": [[7, "galsim.ChromaticSum.drawImage"]], "drawimage() (galsim.chromatictransformation method)": [[7, "galsim.ChromaticTransformation.drawImage"]], "drawimage() (galsim.interpolatedchromaticobject method)": [[7, "galsim.InterpolatedChromaticObject.drawImage"]], "drawkimage() (galsim.chromaticobject method)": [[7, "galsim.ChromaticObject.drawKImage"]], "evaluateatwavelength() (galsim.chromaticairy method)": [[7, "galsim.ChromaticAiry.evaluateAtWavelength"]], "evaluateatwavelength() (galsim.chromaticatmosphere method)": [[7, "galsim.ChromaticAtmosphere.evaluateAtWavelength"]], "evaluateatwavelength() (galsim.chromaticautoconvolution method)": [[7, "galsim.ChromaticAutoConvolution.evaluateAtWavelength"]], "evaluateatwavelength() (galsim.chromaticautocorrelation method)": [[7, "galsim.ChromaticAutoCorrelation.evaluateAtWavelength"]], "evaluateatwavelength() (galsim.chromaticconvolution method)": [[7, "galsim.ChromaticConvolution.evaluateAtWavelength"]], "evaluateatwavelength() (galsim.chromaticdeconvolution method)": [[7, "galsim.ChromaticDeconvolution.evaluateAtWavelength"]], "evaluateatwavelength() (galsim.chromaticfouriersqrtprofile method)": [[7, "galsim.ChromaticFourierSqrtProfile.evaluateAtWavelength"]], "evaluateatwavelength() (galsim.chromaticobject method)": [[7, "galsim.ChromaticObject.evaluateAtWavelength"]], "evaluateatwavelength() (galsim.chromaticopticalpsf method)": [[7, "galsim.ChromaticOpticalPSF.evaluateAtWavelength"]], "evaluateatwavelength() (galsim.chromaticsum method)": [[7, "galsim.ChromaticSum.evaluateAtWavelength"]], "evaluateatwavelength() (galsim.chromatictransformation method)": [[7, "galsim.ChromaticTransformation.evaluateAtWavelength"]], "evaluateatwavelength() (galsim.interpolatedchromaticobject method)": [[7, "galsim.InterpolatedChromaticObject.evaluateAtWavelength"]], "expand() (galsim.chromaticobject method)": [[7, "galsim.ChromaticObject.expand"]], "gsparams (galsim.chromaticairy property)": [[7, "galsim.ChromaticAiry.gsparams"]], "gsparams (galsim.chromaticatmosphere property)": [[7, "galsim.ChromaticAtmosphere.gsparams"]], "gsparams (galsim.chromaticautoconvolution property)": [[7, "galsim.ChromaticAutoConvolution.gsparams"]], "gsparams (galsim.chromaticautocorrelation property)": [[7, 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"real_space (galsim.autocorrelation property)": [[8, "galsim.AutoCorrelation.real_space"]], "real_space (galsim.convolution property)": [[8, "galsim.Convolution.real_space"]], "withgsparams() (galsim.autoconvolution method)": [[8, "galsim.AutoConvolution.withGSParams"]], "withgsparams() (galsim.autocorrelation method)": [[8, "galsim.AutoCorrelation.withGSParams"]], "withgsparams() (galsim.convolution method)": [[8, "galsim.Convolution.withGSParams"]], "withgsparams() (galsim.sum method)": [[8, "galsim.Sum.withGSParams"]], "bandpassbuilder (class in galsim.config)": [[11, "galsim.config.BandpassBuilder"]], "ccdnoisebuilder (class in galsim.config)": [[11, "galsim.config.CCDNoiseBuilder"]], "cosmosnoisebuilder (class in galsim.config)": [[11, "galsim.config.COSMOSNoiseBuilder"]], "gaussiannoisebuilder (class in galsim.config)": [[11, "galsim.config.GaussianNoiseBuilder"]], "imagebuilder (class in galsim.config)": [[11, "galsim.config.ImageBuilder"]], "listwcsbuilder (class in galsim.config)": [[11, "galsim.config.ListWCSBuilder"]], "noisebuilder (class in galsim.config)": [[11, "galsim.config.NoiseBuilder"]], "originwcsbuilder (class in galsim.config)": [[11, "galsim.config.OriginWCSBuilder"]], "poissonnoisebuilder (class in galsim.config)": [[11, "galsim.config.PoissonNoiseBuilder"]], "registerbandpasstype() (in module galsim.config)": [[11, "galsim.config.RegisterBandpassType"]], "registerimagetype() (in module galsim.config)": [[11, "galsim.config.RegisterImageType"]], "registernoisetype() (in module galsim.config)": [[11, "galsim.config.RegisterNoiseType"]], "registersensortype() (in module galsim.config)": [[11, "galsim.config.RegisterSensorType"]], "registerwcstype() (in module galsim.config)": [[11, "galsim.config.RegisterWCSType"]], "scatteredimagebuilder (class in galsim.config.image_scattered)": [[11, "galsim.config.image_scattered.ScatteredImageBuilder"]], "sensorbuilder (class in galsim.config)": [[11, "galsim.config.SensorBuilder"]], "simplewcsbuilder (class in galsim.config)": [[11, "galsim.config.SimpleWCSBuilder"]], "tanwcsbuilder (class in galsim.config)": [[11, "galsim.config.TanWCSBuilder"]], "tiledimagebuilder (class in galsim.config.image_tiled)": [[11, "galsim.config.image_tiled.TiledImageBuilder"]], "wcsbuilder (class in galsim.config)": [[11, "galsim.config.WCSBuilder"]], "addnoise() (galsim.config.imagebuilder method)": [[11, "galsim.config.ImageBuilder.addNoise"]], "addnoise() (galsim.config.noisebuilder method)": [[11, "galsim.config.NoiseBuilder.addNoise"]], "addnoisevariance() (galsim.config.noisebuilder method)": [[11, "galsim.config.NoiseBuilder.addNoiseVariance"]], "buildbandpass() (galsim.config.bandpassbuilder method)": [[11, "galsim.config.BandpassBuilder.buildBandpass"]], "buildbandpass() (galsim.config.imagebuilder method)": [[11, "galsim.config.ImageBuilder.buildBandpass"]], "buildimage() (galsim.config.imagebuilder method)": [[11, "galsim.config.ImageBuilder.buildImage"]], "buildsensor() (galsim.config.imagebuilder method)": [[11, "galsim.config.ImageBuilder.buildSensor"]], "buildsensor() (galsim.config.sensorbuilder method)": [[11, "galsim.config.SensorBuilder.buildSensor"]], "buildwcs() (galsim.config.wcsbuilder method)": [[11, "galsim.config.WCSBuilder.buildWCS"]], "getnobj() (galsim.config.imagebuilder method)": [[11, "galsim.config.ImageBuilder.getNObj"]], "getnoisevariance() (galsim.config.noisebuilder method)": [[11, "galsim.config.NoiseBuilder.getNoiseVariance"]], "maketasks() (galsim.config.imagebuilder method)": [[11, "galsim.config.ImageBuilder.makeTasks"]], "setup() (galsim.config.imagebuilder method)": [[11, "galsim.config.ImageBuilder.setup"]], "inputloader (class in galsim.config)": [[12, "galsim.config.InputLoader"]], "nfwloader (class in galsim.config.input_nfw)": [[12, "galsim.config.input_nfw.NFWLoader"]], "powerspectrumloader (class in galsim.config.input_powerspectrum)": [[12, "galsim.config.input_powerspectrum.PowerSpectrumLoader"]], "registerinputtype() (in module galsim.config)": [[12, "galsim.config.RegisterInputType"]], "sampleloader (class in galsim.config.input_cosmos)": [[12, "galsim.config.input_cosmos.SampleLoader"]], "_buildcosmosgalaxy() (in module galsim.config.input_cosmos)": [[12, "galsim.config.input_cosmos._BuildCOSMOSGalaxy"]], "_buildrealgalaxy() (in module galsim.config.input_real)": [[12, "galsim.config.input_real._BuildRealGalaxy"]], "_buildrealgalaxyoriginal() (in module galsim.config.input_real)": [[12, "galsim.config.input_real._BuildRealGalaxyOriginal"]], "_generatefromnfwhalomagnification() (in module galsim.config.input_nfw)": [[12, "galsim.config.input_nfw._GenerateFromNFWHaloMagnification"]], "_generatefromnfwhaloshear() (in module galsim.config.input_nfw)": [[12, "galsim.config.input_nfw._GenerateFromNFWHaloShear"]], "_generatefrompowerspectrummagnification() (in module galsim.config.input_powerspectrum)": [[12, "galsim.config.input_powerspectrum._GenerateFromPowerSpectrumMagnification"]], "_generatefrompowerspectrumshear() (in module galsim.config.input_powerspectrum)": [[12, "galsim.config.input_powerspectrum._GenerateFromPowerSpectrumShear"]], "getkwargs() (galsim.config.inputloader method)": [[12, "galsim.config.InputLoader.getKwargs"]], "initialize() (galsim.config.inputloader method)": [[12, "galsim.config.InputLoader.initialize"]], "setupimage() (galsim.config.inputloader method)": [[12, "galsim.config.InputLoader.setupImage"]], "useproxy() (galsim.config.inputloader method)": [[12, "galsim.config.InputLoader.useProxy"]], "registerobjecttype() (in module galsim.config)": [[13, "galsim.config.RegisterObjectType"]], "registersedtype() (in module galsim.config)": [[13, "galsim.config.RegisterSEDType"]], "sedbuilder (class in galsim.config)": [[13, "galsim.config.SEDBuilder"]], "_buildadd() (in module galsim.config.gsobject)": [[13, "galsim.config.gsobject._BuildAdd"]], "_buildconvolve() (in module galsim.config.gsobject)": [[13, "galsim.config.gsobject._BuildConvolve"]], "_buildlist() (in module galsim.config.gsobject)": [[13, "galsim.config.gsobject._BuildList"]], "_buildopticalpsf() (in module galsim.config.gsobject)": [[13, "galsim.config.gsobject._BuildOpticalPSF"]], "buildsed() (galsim.config.sedbuilder method)": [[13, "galsim.config.SEDBuilder.buildSED"]], "badpixbuilder (class in galsim.config.extra_badpix)": [[14, "galsim.config.extra_badpix.BadPixBuilder"]], "datacubebuilder (class in galsim.config.output_datacube)": [[14, "galsim.config.output_datacube.DataCubeBuilder"]], "extraoutputbuilder (class in galsim.config)": [[14, "galsim.config.ExtraOutputBuilder"]], "extrapsfbuilder (class in galsim.config.extra_psf)": [[14, "galsim.config.extra_psf.ExtraPSFBuilder"]], "multifitsbuilder (class in galsim.config.output_multifits)": [[14, "galsim.config.output_multifits.MultiFitsBuilder"]], "outputbuilder (class in galsim.config)": [[14, "galsim.config.OutputBuilder"]], "registerextraoutput() (in module galsim.config)": [[14, "galsim.config.RegisterExtraOutput"]], "registeroutputtype() (in module galsim.config)": [[14, "galsim.config.RegisterOutputType"]], "truthbuilder (class in galsim.config.extra_truth)": [[14, "galsim.config.extra_truth.TruthBuilder"]], "weightbuilder (class in galsim.config.extra_weight)": [[14, "galsim.config.extra_weight.WeightBuilder"]], "addextraoutputhdus() (galsim.config.outputbuilder method)": [[14, "galsim.config.OutputBuilder.addExtraOutputHDUs"]], "buildimages() (galsim.config.outputbuilder method)": [[14, "galsim.config.OutputBuilder.buildImages"]], "canaddhdus() (galsim.config.outputbuilder method)": [[14, "galsim.config.OutputBuilder.canAddHdus"]], "ensurefinalized() (galsim.config.extraoutputbuilder method)": [[14, "galsim.config.ExtraOutputBuilder.ensureFinalized"]], "finalize() (galsim.config.extraoutputbuilder method)": [[14, "galsim.config.ExtraOutputBuilder.finalize"]], "getfilename() (galsim.config.outputbuilder method)": [[14, "galsim.config.OutputBuilder.getFilename"]], "getnfiles() (galsim.config.outputbuilder method)": [[14, "galsim.config.OutputBuilder.getNFiles"]], "getnimages() (galsim.config.outputbuilder method)": [[14, "galsim.config.OutputBuilder.getNImages"]], "getnobjperimage() (galsim.config.outputbuilder method)": [[14, "galsim.config.OutputBuilder.getNObjPerImage"]], "initialize() (galsim.config.extraoutputbuilder method)": [[14, "galsim.config.ExtraOutputBuilder.initialize"]], "processimage() (galsim.config.extraoutputbuilder method)": [[14, "galsim.config.ExtraOutputBuilder.processImage"]], "processskippedstamp() (galsim.config.extraoutputbuilder method)": [[14, "galsim.config.ExtraOutputBuilder.processSkippedStamp"]], "processstamp() (galsim.config.extraoutputbuilder method)": [[14, "galsim.config.ExtraOutputBuilder.processStamp"]], "setup() (galsim.config.outputbuilder method)": [[14, "galsim.config.OutputBuilder.setup"]], "setupimage() (galsim.config.extraoutputbuilder method)": [[14, "galsim.config.ExtraOutputBuilder.setupImage"]], "writeextraoutputs() (galsim.config.outputbuilder method)": [[14, "galsim.config.OutputBuilder.writeExtraOutputs"]], "writefile() (galsim.config.extraoutputbuilder method)": [[14, "galsim.config.ExtraOutputBuilder.writeFile"]], "writefile() (galsim.config.outputbuilder method)": [[14, "galsim.config.OutputBuilder.writeFile"]], "writehdu() (galsim.config.extraoutputbuilder method)": [[14, "galsim.config.ExtraOutputBuilder.writeHdu"]], "addextraoutputhdus() (in module galsim.config)": [[15, "galsim.config.AddExtraOutputHDUs"]], "addnoise() (in module galsim.config)": [[15, "galsim.config.AddNoise"]], "addnoisevariance() (in module galsim.config)": [[15, "galsim.config.AddNoiseVariance"]], "addsky() (in module galsim.config)": [[15, "galsim.config.AddSky"]], "buildfile() (in module galsim.config)": [[15, "galsim.config.BuildFile"]], "buildfiles() (in module galsim.config)": [[15, "galsim.config.BuildFiles"]], "buildgsobject() (in module galsim.config)": [[15, "galsim.config.BuildGSObject"]], "buildimage() (in module galsim.config)": [[15, "galsim.config.BuildImage"]], "buildimages() (in module galsim.config)": [[15, "galsim.config.BuildImages"]], "buildstamp() (in module galsim.config)": [[15, "galsim.config.BuildStamp"]], "buildstamps() (in module galsim.config)": [[15, "galsim.config.BuildStamps"]], "buildwcs() (in module galsim.config)": [[15, "galsim.config.BuildWCS"]], "calculatenoisevariance() (in module galsim.config)": [[15, "galsim.config.CalculateNoiseVariance"]], "checkallparams() (in module galsim.config)": [[15, "galsim.config.CheckAllParams"]], "checknoextraoutputhdus() (in module galsim.config)": [[15, "galsim.config.CheckNoExtraOutputHDUs"]], "cleanconfig() (in module galsim.config)": [[15, "galsim.config.CleanConfig"]], "convertnones() (in module galsim.config)": [[15, "galsim.config.ConvertNones"]], "copyconfig() (in module galsim.config)": [[15, "galsim.config.CopyConfig"]], "drawbasic() (in module galsim.config)": [[15, "galsim.config.DrawBasic"]], "evaluatecurrentvalue() (in module galsim.config)": [[15, "galsim.config.EvaluateCurrentValue"]], "flattennoisevariance() (in module galsim.config)": [[15, "galsim.config.FlattenNoiseVariance"]], "getallparams() (in module galsim.config)": [[15, "galsim.config.GetAllParams"]], "getcurrentvalue() (in module galsim.config)": [[15, "galsim.config.GetCurrentValue"]], "getfinalextraoutput() (in module galsim.config)": [[15, "galsim.config.GetFinalExtraOutput"]], "getfromconfig() (in module galsim.config)": [[15, "galsim.config.GetFromConfig"]], "getindex() (in module galsim.config)": [[15, "galsim.config.GetIndex"]], "getinputobj() (in module galsim.config)": [[15, "galsim.config.GetInputObj"]], "getloggerproxy() (in module galsim.config)": [[15, "galsim.config.GetLoggerProxy"]], "getnfiles() (in module galsim.config)": [[15, "galsim.config.GetNFiles"]], "getnimagesforfile() (in module galsim.config)": [[15, "galsim.config.GetNImagesForFile"]], "getnobjforfile() (in module galsim.config)": [[15, "galsim.config.GetNObjForFile"]], "getnobjforimage() (in module galsim.config)": [[15, "galsim.config.GetNObjForImage"]], "getrng() (in module galsim.config)": [[15, "galsim.config.GetRNG"]], "getsky() (in module galsim.config)": [[15, "galsim.config.GetSky"]], "importmodules() (in module galsim.config)": [[15, "galsim.config.ImportModules"]], "loggerwrapper (class in galsim.config)": [[15, "galsim.config.LoggerWrapper"]], "makeimagetasks() (in module galsim.config)": [[15, "galsim.config.MakeImageTasks"]], "makestamptasks() (in module galsim.config)": [[15, "galsim.config.MakeStampTasks"]], "mergeconfig() (in module galsim.config)": [[15, "galsim.config.MergeConfig"]], "multiprocess() (in module galsim.config)": [[15, "galsim.config.MultiProcess"]], "parseextendedkey() (in module galsim.config)": [[15, "galsim.config.ParseExtendedKey"]], 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(class in galsim)": [[32, "galsim.Chi2Deviate"]], "distdeviate (class in galsim)": [[32, "galsim.DistDeviate"]], "gammadeviate (class in galsim)": [[32, "galsim.GammaDeviate"]], "gaussiandeviate (class in galsim)": [[32, "galsim.GaussianDeviate"]], "poissondeviate (class in galsim)": [[32, "galsim.PoissonDeviate"]], "uniformdeviate (class in galsim)": [[32, "galsim.UniformDeviate"]], "weibulldeviate (class in galsim)": [[32, "galsim.WeibullDeviate"]], "__call__() (galsim.binomialdeviate method)": [[32, "galsim.BinomialDeviate.__call__"]], "__call__() (galsim.chi2deviate method)": [[32, "galsim.Chi2Deviate.__call__"]], "__call__() (galsim.distdeviate method)": [[32, "galsim.DistDeviate.__call__"]], "__call__() (galsim.gammadeviate method)": [[32, "galsim.GammaDeviate.__call__"]], "__call__() (galsim.gaussiandeviate method)": [[32, "galsim.GaussianDeviate.__call__"]], "__call__() (galsim.poissondeviate method)": [[32, "galsim.PoissonDeviate.__call__"]], "__call__() (galsim.uniformdeviate method)": [[32, "galsim.UniformDeviate.__call__"]], "__call__() (galsim.weibulldeviate method)": [[32, "galsim.WeibullDeviate.__call__"]], "_reset() (galsim.basedeviate method)": [[32, "galsim.BaseDeviate._reset"]], "_seed() (galsim.basedeviate method)": [[32, "galsim.BaseDeviate._seed"]], "a (galsim.weibulldeviate property)": [[32, "galsim.WeibullDeviate.a"]], "add_generate() (galsim.basedeviate method)": [[32, "galsim.BaseDeviate.add_generate"]], "add_generate() (galsim.distdeviate method)": [[32, "galsim.DistDeviate.add_generate"]], "as_numpy_generator() (galsim.basedeviate method)": [[32, "galsim.BaseDeviate.as_numpy_generator"]], "b (galsim.weibulldeviate property)": [[32, "galsim.WeibullDeviate.b"]], "clearcache() (galsim.basedeviate method)": [[32, "galsim.BaseDeviate.clearCache"]], "discard() (galsim.basedeviate method)": [[32, "galsim.BaseDeviate.discard"]], "duplicate() (galsim.basedeviate method)": [[32, "galsim.BaseDeviate.duplicate"]], "generate() (galsim.basedeviate method)": [[32, "galsim.BaseDeviate.generate"]], "generate() (galsim.distdeviate method)": [[32, "galsim.DistDeviate.generate"]], "generate_from_expectation() (galsim.poissondeviate method)": [[32, "galsim.PoissonDeviate.generate_from_expectation"]], "generate_from_variance() (galsim.gaussiandeviate method)": [[32, "galsim.GaussianDeviate.generate_from_variance"]], "generates_in_pairs (galsim.basedeviate property)": [[32, "galsim.BaseDeviate.generates_in_pairs"]], "generates_in_pairs (galsim.gaussiandeviate property)": [[32, "galsim.GaussianDeviate.generates_in_pairs"]], "has_reliable_discard (galsim.basedeviate property)": [[32, "galsim.BaseDeviate.has_reliable_discard"]], "has_reliable_discard (galsim.chi2deviate property)": [[32, "galsim.Chi2Deviate.has_reliable_discard"]], "has_reliable_discard (galsim.gammadeviate property)": [[32, "galsim.GammaDeviate.has_reliable_discard"]], "has_reliable_discard (galsim.poissondeviate property)": [[32, 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"galsim.DistDeviate.val"]], "galsimboundserror (class in galsim)": [[33, "galsim.GalSimBoundsError"]], "galsimconfigerror (class in galsim)": [[33, "galsim.GalSimConfigError"]], "galsimconfigvalueerror (class in galsim)": [[33, "galsim.GalSimConfigValueError"]], "galsimdeprecationwarning (class in galsim)": [[33, "galsim.GalSimDeprecationWarning"]], "galsimerror (class in galsim)": [[33, "galsim.GalSimError"]], "galsimfftsizeerror (class in galsim)": [[33, "galsim.GalSimFFTSizeError"]], "galsimhsmerror (class in galsim)": [[33, "galsim.GalSimHSMError"]], "galsimimmutableerror (class in galsim)": [[33, "galsim.GalSimImmutableError"]], "galsimincompatiblevalueserror (class in galsim)": [[33, "galsim.GalSimIncompatibleValuesError"]], "galsimindexerror (class in galsim)": [[33, "galsim.GalSimIndexError"]], "galsimkeyerror (class in galsim)": [[33, "galsim.GalSimKeyError"]], "galsimnotimplementederror (class in galsim)": [[33, "galsim.GalSimNotImplementedError"]], "galsimrangeerror (class 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"calculatehlr() (galsim.randomknots method)": [[36, "galsim.RandomKnots.calculateHLR"]], "calculatehlrfactor() (galsim.sersic method)": [[36, "galsim.Sersic.calculateHLRFactor"]], "calculateintegratedflux() (galsim.sersic method)": [[36, "galsim.Sersic.calculateIntegratedFlux"]], "calculateintegratedflux() (galsim.spergel method)": [[36, "galsim.Spergel.calculateIntegratedFlux"]], "dilate() (galsim.randomknots method)": [[36, "galsim.RandomKnots.dilate"]], "disk_half_light_radius (galsim.inclinedexponential property)": [[36, "galsim.InclinedExponential.disk_half_light_radius"]], "disk_half_light_radius (galsim.inclinedsersic property)": [[36, "galsim.InclinedSersic.disk_half_light_radius"]], "expand() (galsim.randomknots method)": [[36, "galsim.RandomKnots.expand"]], "half_light_radius (galsim.exponential property)": [[36, "galsim.Exponential.half_light_radius"]], "half_light_radius (galsim.sersic property)": [[36, "galsim.Sersic.half_light_radius"]], "half_light_radius (galsim.spergel property)": [[36, "galsim.Spergel.half_light_radius"]], "inclination (galsim.inclinedexponential property)": [[36, "galsim.InclinedExponential.inclination"]], "inclination (galsim.inclinedsersic property)": [[36, "galsim.InclinedSersic.inclination"]], "input_half_light_radius (galsim.randomknots property)": [[36, "galsim.RandomKnots.input_half_light_radius"]], "n (galsim.inclinedsersic property)": [[36, "galsim.InclinedSersic.n"]], "n (galsim.sersic property)": [[36, "galsim.Sersic.n"]], "npoints (galsim.randomknots property)": [[36, "galsim.RandomKnots.npoints"]], "nu (galsim.spergel property)": [[36, "galsim.Spergel.nu"]], "rotate() (galsim.randomknots method)": [[36, "galsim.RandomKnots.rotate"]], "scale_h_over_r (galsim.inclinedexponential property)": [[36, "galsim.InclinedExponential.scale_h_over_r"]], "scale_h_over_r (galsim.inclinedsersic property)": [[36, "galsim.InclinedSersic.scale_h_over_r"]], "scale_height (galsim.inclinedexponential property)": [[36, "galsim.InclinedExponential.scale_height"]], "scale_height (galsim.inclinedsersic property)": [[36, "galsim.InclinedSersic.scale_height"]], "scale_radius (galsim.exponential property)": [[36, "galsim.Exponential.scale_radius"]], "scale_radius (galsim.inclinedexponential property)": [[36, "galsim.InclinedExponential.scale_radius"]], "scale_radius (galsim.inclinedsersic property)": [[36, "galsim.InclinedSersic.scale_radius"]], "scale_radius (galsim.sersic property)": [[36, "galsim.Sersic.scale_radius"]], "scale_radius (galsim.spergel property)": [[36, "galsim.Spergel.scale_radius"]], "shear() (galsim.randomknots method)": [[36, "galsim.RandomKnots.shear"]], "shift() (galsim.randomknots method)": [[36, "galsim.RandomKnots.shift"]], "transform() (galsim.randomknots method)": [[36, "galsim.RandomKnots.transform"]], "trunc (galsim.inclinedsersic property)": [[36, "galsim.InclinedSersic.trunc"]], "trunc (galsim.sersic property)": [[36, "galsim.Sersic.trunc"]], "withflux() (galsim.devaucouleurs method)": [[36, "galsim.DeVaucouleurs.withFlux"]], "withflux() (galsim.exponential method)": [[36, "galsim.Exponential.withFlux"]], "withflux() (galsim.inclinedexponential method)": [[36, "galsim.InclinedExponential.withFlux"]], "withflux() (galsim.inclinedsersic method)": [[36, "galsim.InclinedSersic.withFlux"]], "withflux() (galsim.randomknots method)": [[36, "galsim.RandomKnots.withFlux"]], "withflux() (galsim.sersic method)": [[36, "galsim.Sersic.withFlux"]], "withflux() (galsim.spergel method)": [[36, "galsim.Spergel.withFlux"]], "withscaledflux() (galsim.randomknots method)": [[36, "galsim.RandomKnots.withScaledFlux"]], "gsobject (class in galsim)": [[37, "galsim.GSObject"]], "__add__() (galsim.gsobject method)": [[37, "galsim.GSObject.__add__"]], "__div__() (galsim.gsobject method)": [[37, "galsim.GSObject.__div__"]], "__mul__() (galsim.gsobject method)": [[37, "galsim.GSObject.__mul__"]], "__rmul__() (galsim.gsobject method)": [[37, "galsim.GSObject.__rmul__"]], "__sub__() (galsim.gsobject method)": [[37, "galsim.GSObject.__sub__"]], "_calculate_nphotons() (galsim.gsobject method)": [[37, "galsim.GSObject._calculate_nphotons"]], "_drawkimage() (galsim.gsobject method)": [[37, "galsim.GSObject._drawKImage"]], "_drawreal() (galsim.gsobject method)": [[37, "galsim.GSObject._drawReal"]], "_kvalue() (galsim.gsobject method)": [[37, "galsim.GSObject._kValue"]], "_shear() (galsim.gsobject method)": [[37, "galsim.GSObject._shear"]], "_shift() (galsim.gsobject method)": [[37, "galsim.GSObject._shift"]], "_shoot() (galsim.gsobject method)": [[37, "galsim.GSObject._shoot"]], "_xvalue() (galsim.gsobject method)": [[37, "galsim.GSObject._xValue"]], "applyto() (galsim.gsobject method)": [[37, "galsim.GSObject.applyTo"]], "atredshift() (galsim.gsobject method)": [[37, "galsim.GSObject.atRedshift"]], "calculatefwhm() (galsim.gsobject method)": [[37, "galsim.GSObject.calculateFWHM"]], "calculatehlr() (galsim.gsobject method)": [[37, "galsim.GSObject.calculateHLR"]], "calculatemomentradius() (galsim.gsobject method)": [[37, "galsim.GSObject.calculateMomentRadius"]], "centroid (galsim.gsobject property)": [[37, "galsim.GSObject.centroid"]], "dilate() (galsim.gsobject method)": [[37, "galsim.GSObject.dilate"]], "drawfft() (galsim.gsobject method)": [[37, "galsim.GSObject.drawFFT"]], "drawfft_finish() (galsim.gsobject method)": [[37, "galsim.GSObject.drawFFT_finish"]], "drawfft_makekimage() (galsim.gsobject method)": [[37, "galsim.GSObject.drawFFT_makeKImage"]], "drawimage() (galsim.gsobject method)": [[37, "galsim.GSObject.drawImage"]], "drawkimage() (galsim.gsobject method)": [[37, "galsim.GSObject.drawKImage"]], "drawphot() (galsim.gsobject method)": [[37, "galsim.GSObject.drawPhot"]], "drawreal() (galsim.gsobject method)": [[37, "galsim.GSObject.drawReal"]], "expand() (galsim.gsobject method)": [[37, "galsim.GSObject.expand"]], "flux (galsim.gsobject property)": [[37, "galsim.GSObject.flux"]], "getgoodimagesize() (galsim.gsobject method)": [[37, "galsim.GSObject.getGoodImageSize"]], "gsparams (galsim.gsobject property)": [[37, "galsim.GSObject.gsparams"]], "has_hard_edges (galsim.gsobject property)": [[37, "galsim.GSObject.has_hard_edges"]], "is_analytic_k (galsim.gsobject property)": [[37, "galsim.GSObject.is_analytic_k"]], "is_analytic_x (galsim.gsobject property)": [[37, "galsim.GSObject.is_analytic_x"]], "is_axisymmetric (galsim.gsobject property)": [[37, "galsim.GSObject.is_axisymmetric"]], "kvalue() (galsim.gsobject method)": [[37, "galsim.GSObject.kValue"]], "lens() (galsim.gsobject method)": [[37, "galsim.GSObject.lens"]], "magnify() (galsim.gsobject method)": [[37, "galsim.GSObject.magnify"]], "makephot() (galsim.gsobject method)": [[37, "galsim.GSObject.makePhot"]], "max_sb (galsim.gsobject property)": [[37, "galsim.GSObject.max_sb"]], "maxk (galsim.gsobject property)": [[37, "galsim.GSObject.maxk"]], "negative_flux (galsim.gsobject property)": [[37, "galsim.GSObject.negative_flux"]], "noise (galsim.gsobject property)": [[37, "galsim.GSObject.noise"]], "nyquist_scale (galsim.gsobject property)": [[37, "galsim.GSObject.nyquist_scale"]], "positive_flux (galsim.gsobject property)": [[37, "galsim.GSObject.positive_flux"]], "rotate() (galsim.gsobject method)": [[37, "galsim.GSObject.rotate"]], "shear() (galsim.gsobject method)": [[37, "galsim.GSObject.shear"]], "shift() (galsim.gsobject method)": [[37, "galsim.GSObject.shift"]], "shoot() (galsim.gsobject method)": [[37, "galsim.GSObject.shoot"]], "stepk (galsim.gsobject property)": [[37, "galsim.GSObject.stepk"]], "transform() (galsim.gsobject method)": [[37, "galsim.GSObject.transform"]], "withflux() (galsim.gsobject method)": [[37, "galsim.GSObject.withFlux"]], "withgsparams() (galsim.gsobject method)": [[37, "galsim.GSObject.withGSParams"]], "withscaledflux() (galsim.gsobject method)": [[37, "galsim.GSObject.withScaledFlux"]], "xvalue() (galsim.gsobject method)": [[37, "galsim.GSObject.xValue"]], "gsparams (class in galsim)": [[38, "galsim.GSParams"]], "check() (galsim.gsparams static method)": [[38, "galsim.GSParams.check"]], "combine() (galsim.gsparams static method)": [[38, "galsim.GSParams.combine"]], "withparams() (galsim.gsparams method)": [[38, "galsim.GSParams.withParams"]], "estimateshear() (in module galsim.hsm)": [[40, "galsim.hsm.EstimateShear"]], "findadaptivemom() (in module galsim.hsm)": [[40, "galsim.hsm.FindAdaptiveMom"]], "hsmparams (class in galsim.hsm)": [[40, "galsim.hsm.HSMParams"]], "shapedata (class in galsim.hsm)": [[40, "galsim.hsm.ShapeData"]], "applywcs() (galsim.hsm.shapedata method)": [[40, "galsim.hsm.ShapeData.applyWCS"]], "check() (galsim.hsm.hsmparams static method)": [[40, "galsim.hsm.HSMParams.check"]], "findadaptivemom() (galsim.image method)": [[42, "galsim.Image.FindAdaptiveMom"]], "image (class in galsim)": [[42, "galsim.Image"]], "imagecd() (in module galsim)": [[42, "galsim.ImageCD"]], "imagecf() (in module galsim)": [[42, "galsim.ImageCF"]], "imaged() (in module galsim)": [[42, "galsim.ImageD"]], "imagef() (in module galsim)": [[42, "galsim.ImageF"]], "imagei() (in module galsim)": [[42, "galsim.ImageI"]], "images() (in module galsim)": [[42, "galsim.ImageS"]], "imageui() (in module galsim)": [[42, "galsim.ImageUI"]], "imageus() (in module galsim)": [[42, "galsim.ImageUS"]], "_image() (in module galsim)": [[42, "galsim._Image"]], "__call__() (galsim.image method)": [[42, "galsim.Image.__call__"]], "__getitem__() (galsim.image method)": [[42, "galsim.Image.__getitem__"]], "__setitem__() (galsim.image method)": [[42, "galsim.Image.__setitem__"]], "_addvalue() (galsim.image method)": [[42, "galsim.Image._addValue"]], "_fill() (galsim.image method)": [[42, "galsim.Image._fill"]], "_getvalue() (galsim.image method)": [[42, "galsim.Image._getValue"]], "_invertself() (galsim.image method)": [[42, "galsim.Image._invertSelf"]], "_setvalue() (galsim.image method)": [[42, "galsim.Image._setValue"]], "_shift() (galsim.image method)": [[42, "galsim.Image._shift"]], "_view() (galsim.image method)": [[42, "galsim.Image._view"]], "_wrap() (galsim.image method)": [[42, "galsim.Image._wrap"]], "addnoise() (galsim.image method)": [[42, "galsim.Image.addNoise"]], "addnoisesnr() (galsim.image method)": [[42, "galsim.Image.addNoiseSNR"]], "addreciprocityfailure() (galsim.image method)": [[42, "galsim.Image.addReciprocityFailure"]], "addvalue() (galsim.image method)": [[42, "galsim.Image.addValue"]], "applyipc() (galsim.image method)": [[42, "galsim.Image.applyIPC"]], "applynonlinearity() (galsim.image method)": [[42, "galsim.Image.applyNonlinearity"]], "applypersistence() (galsim.image method)": [[42, "galsim.Image.applyPersistence"]], "array (galsim.image property)": [[42, "galsim.Image.array"]], "bin() (galsim.image method)": [[42, "galsim.Image.bin"]], "bounds (galsim.image property)": [[42, "galsim.Image.bounds"]], "calculatefwhm() (galsim.image method)": [[42, "galsim.Image.calculateFWHM"]], "calculatehlr() (galsim.image method)": [[42, "galsim.Image.calculateHLR"]], "calculatemomentradius() (galsim.image method)": [[42, "galsim.Image.calculateMomentRadius"]], "calculate_fft() (galsim.image method)": [[42, "galsim.Image.calculate_fft"]], "calculate_inverse_fft() (galsim.image method)": [[42, "galsim.Image.calculate_inverse_fft"]], "center (galsim.image property)": [[42, "galsim.Image.center"]], "clear_depixelize_cache() (galsim.image static method)": [[42, "galsim.Image.clear_depixelize_cache"]], "conjugate (galsim.image property)": [[42, "galsim.Image.conjugate"]], "copy() (galsim.image method)": [[42, "galsim.Image.copy"]], "copyfrom() (galsim.image method)": [[42, "galsim.Image.copyFrom"]], "depixelize() (galsim.image method)": [[42, "galsim.Image.depixelize"]], "dtype (galsim.image property)": [[42, "galsim.Image.dtype"]], "fill() (galsim.image method)": [[42, "galsim.Image.fill"]], "flip_lr() (galsim.image method)": [[42, "galsim.Image.flip_lr"]], "flip_ud() (galsim.image method)": [[42, "galsim.Image.flip_ud"]], "getvalue() (galsim.image method)": [[42, "galsim.Image.getValue"]], "get_pixel_centers() (galsim.image method)": [[42, "galsim.Image.get_pixel_centers"]], "good_fft_size() (galsim.image class method)": [[42, "galsim.Image.good_fft_size"]], "imag (galsim.image property)": [[42, "galsim.Image.imag"]], "invertself() (galsim.image method)": [[42, "galsim.Image.invertSelf"]], "iscomplex (galsim.image property)": [[42, "galsim.Image.iscomplex"]], "isconst (galsim.image property)": [[42, "galsim.Image.isconst"]], "iscontiguous (galsim.image property)": [[42, "galsim.Image.iscontiguous"]], "isinteger (galsim.image property)": [[42, "galsim.Image.isinteger"]], "ncol (galsim.image property)": [[42, "galsim.Image.ncol"]], "nrow (galsim.image property)": [[42, "galsim.Image.nrow"]], "origin (galsim.image property)": [[42, "galsim.Image.origin"]], "outer_bounds (galsim.image property)": [[42, "galsim.Image.outer_bounds"]], "quantize() (galsim.image method)": [[42, "galsim.Image.quantize"]], "real (galsim.image property)": [[42, "galsim.Image.real"]], "replacenegative() (galsim.image method)": [[42, "galsim.Image.replaceNegative"]], "resize() (galsim.image method)": [[42, "galsim.Image.resize"]], "rot_180() (galsim.image method)": [[42, "galsim.Image.rot_180"]], "rot_ccw() (galsim.image method)": [[42, "galsim.Image.rot_ccw"]], "rot_cw() (galsim.image method)": [[42, "galsim.Image.rot_cw"]], "scale (galsim.image property)": [[42, "galsim.Image.scale"]], "setcenter() (galsim.image method)": [[42, "galsim.Image.setCenter"]], "setorigin() (galsim.image method)": [[42, "galsim.Image.setOrigin"]], "setsubimage() (galsim.image method)": [[42, "galsim.Image.setSubImage"]], "setvalue() (galsim.image method)": [[42, "galsim.Image.setValue"]], "setzero() (galsim.image method)": [[42, "galsim.Image.setZero"]], "shift() (galsim.image method)": [[42, "galsim.Image.shift"]], "subimage() (galsim.image method)": [[42, "galsim.Image.subImage"]], "subsample() (galsim.image method)": [[42, "galsim.Image.subsample"]], "symmetrizenoise() (galsim.image method)": [[42, "galsim.Image.symmetrizeNoise"]], "transpose() (galsim.image method)": [[42, "galsim.Image.transpose"]], "true_center (galsim.image property)": [[42, "galsim.Image.true_center"]], "view() (galsim.image method)": [[42, "galsim.Image.view"]], "whitennoise() (galsim.image method)": [[42, "galsim.Image.whitenNoise"]], "wrap() (galsim.image method)": [[42, "galsim.Image.wrap"]], "write() (galsim.image method)": [[42, "galsim.Image.write"]], "xmax (galsim.image property)": [[42, "galsim.Image.xmax"]], "xmin (galsim.image property)": [[42, "galsim.Image.xmin"]], "ymax (galsim.image property)": [[42, "galsim.Image.ymax"]], "ymin (galsim.image property)": [[42, "galsim.Image.ymin"]], "continuousintegrator (class in galsim.integ)": [[47, "galsim.integ.ContinuousIntegrator"]], "imageintegrator (class in galsim.integ)": [[47, "galsim.integ.ImageIntegrator"]], "integrationrule (class in galsim.integ)": [[47, "galsim.integ.IntegrationRule"]], "midptrule (class in galsim.integ)": [[47, "galsim.integ.MidptRule"]], "quadrule (class in galsim.integ)": [[47, "galsim.integ.QuadRule"]], "sampleintegrator (class in galsim.integ)": [[47, "galsim.integ.SampleIntegrator"]], "trapzrule (class in galsim.integ)": [[47, "galsim.integ.TrapzRule"]], "__call__() (galsim.integ.imageintegrator method)": [[47, "galsim.integ.ImageIntegrator.__call__"]], "calculateweights() (galsim.integ.midptrule method)": [[47, "galsim.integ.MidptRule.calculateWeights"]], "calculateweights() (galsim.integ.quadrule method)": [[47, "galsim.integ.QuadRule.calculateWeights"]], "calculateweights() (galsim.integ.trapzrule method)": [[47, "galsim.integ.TrapzRule.calculateWeights"]], "hankel() (in module galsim.integ)": [[47, "galsim.integ.hankel"]], "int1d() (in module galsim.integ)": [[47, "galsim.integ.int1d"]], "midptrule (in module galsim.integ)": [[47, "galsim.integ.midptRule"]], "quadrule (in module galsim.integ)": [[47, "galsim.integ.quadRule"]], "trapzrule (in module galsim.integ)": [[47, "galsim.integ.trapzRule"]], "cubic (class in galsim)": [[48, "galsim.Cubic"]], "delta (class in galsim)": [[48, "galsim.Delta"]], "interpolant (class in galsim)": [[48, "galsim.Interpolant"]], "lanczos (class in galsim)": [[48, "galsim.Lanczos"]], "linear (class in galsim)": [[48, "galsim.Linear"]], "nearest (class in galsim)": [[48, "galsim.Nearest"]], "quintic (class in galsim)": [[48, "galsim.Quintic"]], "sincinterpolant (class in galsim)": [[48, "galsim.SincInterpolant"]], "conserve_dc (galsim.lanczos property)": [[48, "galsim.Lanczos.conserve_dc"]], "from_name() (galsim.interpolant static method)": [[48, "galsim.Interpolant.from_name"]], "gsparams (galsim.interpolant property)": [[48, "galsim.Interpolant.gsparams"]], "ixrange (galsim.cubic property)": [[48, "galsim.Cubic.ixrange"]], "ixrange (galsim.delta property)": [[48, "galsim.Delta.ixrange"]], "ixrange (galsim.lanczos property)": [[48, "galsim.Lanczos.ixrange"]], "ixrange (galsim.linear property)": [[48, "galsim.Linear.ixrange"]], "ixrange (galsim.nearest property)": [[48, "galsim.Nearest.ixrange"]], "ixrange (galsim.quintic property)": [[48, "galsim.Quintic.ixrange"]], "ixrange (galsim.sincinterpolant property)": [[48, "galsim.SincInterpolant.ixrange"]], "krange (galsim.cubic property)": [[48, "galsim.Cubic.krange"]], "krange (galsim.delta property)": [[48, "galsim.Delta.krange"]], "krange (galsim.lanczos property)": [[48, "galsim.Lanczos.krange"]], "krange (galsim.linear property)": [[48, "galsim.Linear.krange"]], "krange (galsim.nearest property)": [[48, "galsim.Nearest.krange"]], "krange (galsim.quintic property)": [[48, "galsim.Quintic.krange"]], "krange (galsim.sincinterpolant property)": [[48, "galsim.SincInterpolant.krange"]], "kval() (galsim.interpolant method)": [[48, "galsim.Interpolant.kval"]], "n (galsim.lanczos property)": [[48, "galsim.Lanczos.n"]], "negative_flux (galsim.interpolant property)": [[48, "galsim.Interpolant.negative_flux"]], "positive_flux (galsim.interpolant property)": [[48, "galsim.Interpolant.positive_flux"]], "unit_integrals() (galsim.cubic method)": [[48, "galsim.Cubic.unit_integrals"]], "unit_integrals() (galsim.delta method)": [[48, "galsim.Delta.unit_integrals"]], "unit_integrals() (galsim.interpolant method)": [[48, "galsim.Interpolant.unit_integrals"]], "unit_integrals() (galsim.linear method)": [[48, "galsim.Linear.unit_integrals"]], "unit_integrals() (galsim.nearest method)": [[48, "galsim.Nearest.unit_integrals"]], "unit_integrals() (galsim.sincinterpolant method)": [[48, "galsim.SincInterpolant.unit_integrals"]], "withgsparams() (galsim.interpolant method)": [[48, "galsim.Interpolant.withGSParams"]], "xrange (galsim.cubic property)": [[48, "galsim.Cubic.xrange"]], "xrange (galsim.delta property)": [[48, "galsim.Delta.xrange"]], "xrange (galsim.lanczos property)": [[48, "galsim.Lanczos.xrange"]], "xrange (galsim.linear property)": [[48, "galsim.Linear.xrange"]], "xrange (galsim.nearest property)": [[48, "galsim.Nearest.xrange"]], "xrange (galsim.quintic property)": [[48, "galsim.Quintic.xrange"]], "xrange (galsim.sincinterpolant property)": [[48, "galsim.SincInterpolant.xrange"]], "xval() (galsim.interpolant method)": [[48, "galsim.Interpolant.xval"]], "capturelog (class in galsim.utilities)": [[49, "galsim.utilities.CaptureLog"]], "lru_cache (class in galsim.utilities)": [[49, "galsim.utilities.LRU_Cache"]], "orderedweakref (class in galsim.utilities)": [[49, "galsim.utilities.OrderedWeakRef"]], "profile (class in galsim.utilities)": [[49, "galsim.utilities.Profile"]], "simplegenerator (class in galsim.utilities)": [[49, "galsim.utilities.SimpleGenerator"]], "weakmethod (class in galsim.utilities)": [[49, "galsim.utilities.WeakMethod"]], "_horner() (in module galsim.utilities)": [[49, "galsim.utilities._horner"]], "_horner2d() (in module galsim.utilities)": [[49, "galsim.utilities._horner2d"]], "binomial() (in module galsim.utilities)": [[49, "galsim.utilities.binomial"]], "check_all_diff() (in module galsim.utilities)": [[49, "galsim.utilities.check_all_diff"]], "check_pickle() (in module galsim.utilities)": [[49, "galsim.utilities.check_pickle"]], "check_share_file() (in module galsim.utilities)": [[49, "galsim.utilities.check_share_file"]], "combine_wave_list() (in module galsim.utilities)": [[49, "galsim.utilities.combine_wave_list"]], "convert_interpolant() (in module galsim.utilities)": [[49, "galsim.utilities.convert_interpolant"]], "deinterleaveimage() (in module galsim.utilities)": [[49, "galsim.utilities.deInterleaveImage"]], "doc_inherit (class in galsim.utilities)": [[49, "galsim.utilities.doc_inherit"]], "dol_to_lod() (in module galsim.utilities)": [[49, "galsim.utilities.dol_to_lod"]], "ensure_dir() (in module galsim.utilities)": [[49, "galsim.utilities.ensure_dir"]], "find_out_of_bounds_position() (in module galsim.utilities)": [[49, "galsim.utilities.find_out_of_bounds_position"]], "functionize() (in module galsim.utilities)": [[49, "galsim.utilities.functionize"]], "g1g2_to_e1e2() (in module galsim.utilities)": [[49, "galsim.utilities.g1g2_to_e1e2"]], "get_omp_threads() (in module galsim.utilities)": [[49, "galsim.utilities.get_omp_threads"]], "horner() (in module galsim.utilities)": [[49, "galsim.utilities.horner"]], "horner2d() (in module galsim.utilities)": [[49, "galsim.utilities.horner2d"]], "interleaveimages() (in module galsim.utilities)": [[49, "galsim.utilities.interleaveImages"]], "isinteger() (in module galsim.utilities)": [[49, "galsim.utilities.isinteger"]], "kxky() (in module galsim.utilities)": [[49, "galsim.utilities.kxky"]], "lazy_property (class in galsim.utilities)": [[49, "galsim.utilities.lazy_property"]], "listify() (in module galsim.utilities)": [[49, "galsim.utilities.listify"]], "math_eval() (in module galsim.utilities)": [[49, "galsim.utilities.math_eval"]], "merge_sorted() (in module galsim.utilities)": [[49, "galsim.utilities.merge_sorted"]], "ncr() (in module galsim.utilities)": [[49, "galsim.utilities.nCr"]], "old_thin_tabulated_values() (in module galsim.utilities)": [[49, "galsim.utilities.old_thin_tabulated_values"]], "parse_pos_args() (in module galsim.utilities)": [[49, "galsim.utilities.parse_pos_args"]], "pickle_shared() (in module galsim.utilities)": [[49, "galsim.utilities.pickle_shared"]], "printoptions() (in module galsim.utilities)": [[49, "galsim.utilities.printoptions"]], "rand_arr() (in module galsim.utilities)": [[49, "galsim.utilities.rand_arr"]], "rand_with_replacement() (in module galsim.utilities)": [[49, "galsim.utilities.rand_with_replacement"]], "resize() (galsim.utilities.lru_cache method)": [[49, "galsim.utilities.LRU_Cache.resize"]], "roll2d() (in module galsim.utilities)": [[49, "galsim.utilities.roll2d"]], "rotate_xy() (in module galsim.utilities)": [[49, "galsim.utilities.rotate_xy"]], "set_omp_threads() (in module galsim.utilities)": [[49, "galsim.utilities.set_omp_threads"]], "single_threaded (class in galsim.utilities)": [[49, "galsim.utilities.single_threaded"]], "structure_function() (in module galsim.utilities)": [[49, "galsim.utilities.structure_function"]], "thin_tabulated_values() (in module galsim.utilities)": [[49, "galsim.utilities.thin_tabulated_values"]], "timer (class in galsim.utilities)": [[49, "galsim.utilities.timer"]], "unweighted_moments() (in module galsim.utilities)": [[49, "galsim.utilities.unweighted_moments"]], "unweighted_shape() (in module galsim.utilities)": [[49, "galsim.utilities.unweighted_shape"]], "cosmology (class in galsim)": [[50, "galsim.Cosmology"]], "da() (galsim.cosmology method)": [[50, "galsim.Cosmology.Da"]], "e() (galsim.cosmology method)": [[50, "galsim.Cosmology.E"]], "nfwhalo (class in galsim)": [[50, "galsim.NFWHalo"]], "_getconvergence() (galsim.nfwhalo method)": [[50, "galsim.NFWHalo._getConvergence"]], "_getlensing() (galsim.nfwhalo method)": [[50, "galsim.NFWHalo._getLensing"]], "_getmagnification() (galsim.nfwhalo method)": [[50, "galsim.NFWHalo._getMagnification"]], "_getshear() (galsim.nfwhalo method)": [[50, "galsim.NFWHalo._getShear"]], "a() (galsim.cosmology method)": [[50, "galsim.Cosmology.a"]], "getconvergence() (galsim.nfwhalo method)": [[50, "galsim.NFWHalo.getConvergence"]], "getlensing() (galsim.nfwhalo method)": [[50, "galsim.NFWHalo.getLensing"]], "getmagnification() (galsim.nfwhalo method)": [[50, "galsim.NFWHalo.getMagnification"]], "getshear() (galsim.nfwhalo method)": [[50, "galsim.NFWHalo.getShear"]], "basenoise (class in galsim)": [[51, "galsim.BaseNoise"]], "ccdnoise (class in galsim)": [[51, "galsim.CCDNoise"]], "deviatenoise (class in galsim)": [[51, "galsim.DeviateNoise"]], "gaussiannoise (class in galsim)": [[51, "galsim.GaussianNoise"]], "poissonnoise (class in galsim)": [[51, "galsim.PoissonNoise"]], "variablegaussiannoise (class in galsim)": [[51, "galsim.VariableGaussianNoise"]], "__div__() (galsim.basenoise method)": [[51, "galsim.BaseNoise.__div__"]], "__mul__() (galsim.basenoise method)": [[51, "galsim.BaseNoise.__mul__"]], "applyto() (galsim.basenoise method)": [[51, "galsim.BaseNoise.applyTo"]], "applyto() (galsim.variablegaussiannoise method)": [[51, "galsim.VariableGaussianNoise.applyTo"]], "copy() (galsim.ccdnoise method)": [[51, "galsim.CCDNoise.copy"]], "copy() (galsim.deviatenoise method)": [[51, "galsim.DeviateNoise.copy"]], "copy() (galsim.gaussiannoise method)": [[51, "galsim.GaussianNoise.copy"]], "copy() (galsim.poissonnoise method)": [[51, "galsim.PoissonNoise.copy"]], "copy() (galsim.variablegaussiannoise method)": [[51, "galsim.VariableGaussianNoise.copy"]], "gain (galsim.ccdnoise property)": [[51, "galsim.CCDNoise.gain"]], "getvariance() (galsim.basenoise method)": [[51, "galsim.BaseNoise.getVariance"]], "read_noise (galsim.ccdnoise property)": [[51, "galsim.CCDNoise.read_noise"]], "rng (galsim.basenoise property)": [[51, "galsim.BaseNoise.rng"]], "sigma (galsim.gaussiannoise property)": [[51, "galsim.GaussianNoise.sigma"]], "sky_level (galsim.ccdnoise property)": [[51, "galsim.CCDNoise.sky_level"]], "sky_level (galsim.poissonnoise property)": [[51, "galsim.PoissonNoise.sky_level"]], "var_image (galsim.variablegaussiannoise property)": [[51, "galsim.VariableGaussianNoise.var_image"]], "withscaledvariance() (galsim.basenoise method)": [[51, "galsim.BaseNoise.withScaledVariance"]], "withvariance() (galsim.basenoise method)": [[51, "galsim.BaseNoise.withVariance"]], "aperture (class in galsim)": [[54, "galsim.Aperture"]], "atmosphere() (in module galsim)": [[54, "galsim.Atmosphere"]], "atmosphericscreen (class in galsim)": [[54, "galsim.AtmosphericScreen"]], "opticalscreen (class in galsim)": [[54, "galsim.OpticalScreen"]], "phasescreenlist (class in galsim)": [[54, "galsim.PhaseScreenList"]], "phasescreenpsf (class in galsim)": [[54, "galsim.PhaseScreenPSF"]], "secondkick (class in galsim)": [[54, "galsim.SecondKick"]], "userscreen (class in galsim)": [[54, "galsim.UserScreen"]], "altitude (galsim.atmosphericscreen property)": [[54, "galsim.AtmosphericScreen.altitude"]], "diam (galsim.aperture property)": [[54, "galsim.Aperture.diam"]], "diam (galsim.secondkick property)": [[54, "galsim.SecondKick.diam"]], "fft_sign (galsim.phasescreenpsf property)": [[54, "galsim.PhaseScreenPSF.fft_sign"]], "flux (galsim.phasescreenpsf property)": [[54, "galsim.PhaseScreenPSF.flux"]], "gsparams (galsim.aperture property)": [[54, "galsim.Aperture.gsparams"]], "illuminated (galsim.aperture property)": [[54, "galsim.Aperture.illuminated"]], "initworker() (in module galsim.phase_screens)": [[54, "galsim.phase_screens.initWorker"]], "initworkerargs() (in module galsim.phase_screens)": [[54, "galsim.phase_screens.initWorkerArgs"]], "instantiate() (galsim.atmosphericscreen method)": [[54, "galsim.AtmosphericScreen.instantiate"]], "instantiate() (galsim.phasescreenlist method)": [[54, "galsim.PhaseScreenList.instantiate"]], "kcrit (galsim.phasescreenpsf property)": [[54, "galsim.PhaseScreenPSF.kcrit"]], "kcrit (galsim.secondkick property)": [[54, "galsim.SecondKick.kcrit"]], "kmax (galsim.atmosphericscreen property)": [[54, "galsim.AtmosphericScreen.kmax"]], "kmin (galsim.atmosphericscreen property)": [[54, "galsim.AtmosphericScreen.kmin"]], "lam (galsim.secondkick property)": [[54, "galsim.SecondKick.lam"]], "makepsf() (galsim.phasescreenlist method)": [[54, "galsim.PhaseScreenList.makePSF"]], "npix (galsim.aperture property)": [[54, "galsim.Aperture.npix"]], "obscuration (galsim.aperture property)": [[54, "galsim.Aperture.obscuration"]], "obscuration (galsim.secondkick property)": [[54, "galsim.SecondKick.obscuration"]], "pupil_plane_scale (galsim.aperture property)": [[54, "galsim.Aperture.pupil_plane_scale"]], "pupil_plane_size (galsim.aperture property)": [[54, "galsim.Aperture.pupil_plane_size"]], "r0 (galsim.secondkick property)": [[54, "galsim.SecondKick.r0"]], "reset_shared_screens() (in module galsim.phase_screens)": [[54, "galsim.phase_screens.reset_shared_screens"]], "samplepupil() (galsim.aperture method)": [[54, "galsim.Aperture.samplePupil"]], "scale_unit (galsim.secondkick property)": [[54, "galsim.SecondKick.scale_unit"]], "screen_list (galsim.phasescreenpsf property)": [[54, "galsim.PhaseScreenPSF.screen_list"]], "u (galsim.aperture property)": [[54, "galsim.Aperture.u"]], "v (galsim.aperture property)": [[54, "galsim.Aperture.v"]], "wavefront() (galsim.atmosphericscreen method)": [[54, "galsim.AtmosphericScreen.wavefront"]], "wavefront() (galsim.opticalscreen method)": [[54, "galsim.OpticalScreen.wavefront"]], "wavefront() (galsim.phasescreenlist method)": [[54, "galsim.PhaseScreenList.wavefront"]], "wavefront() (galsim.userscreen method)": [[54, "galsim.UserScreen.wavefront"]], "wavefront_gradient() (galsim.atmosphericscreen method)": [[54, "galsim.AtmosphericScreen.wavefront_gradient"]], "wavefront_gradient() (galsim.opticalscreen method)": [[54, "galsim.OpticalScreen.wavefront_gradient"]], "wavefront_gradient() (galsim.phasescreenlist method)": [[54, "galsim.PhaseScreenList.wavefront_gradient"]], "wavefront_gradient() (galsim.userscreen method)": [[54, "galsim.UserScreen.wavefront_gradient"]], "withflux() (galsim.phasescreenpsf method)": [[54, "galsim.PhaseScreenPSF.withFlux"]], "withflux() (galsim.secondkick method)": [[54, "galsim.SecondKick.withFlux"]], "withgsparams() (galsim.aperture method)": [[54, "galsim.Aperture.withGSParams"]], "withgsparams() (galsim.phasescreenpsf method)": [[54, "galsim.PhaseScreenPSF.withGSParams"]], "photonarray (class in galsim)": [[56, "galsim.PhotonArray"]], "addto() (galsim.photonarray method)": [[56, "galsim.PhotonArray.addTo"]], "allocateangles() (galsim.photonarray method)": [[56, "galsim.PhotonArray.allocateAngles"]], "allocatepupil() (galsim.photonarray method)": [[56, "galsim.PhotonArray.allocatePupil"]], "allocatetimes() (galsim.photonarray method)": [[56, "galsim.PhotonArray.allocateTimes"]], "allocatewavelengths() (galsim.photonarray method)": [[56, "galsim.PhotonArray.allocateWavelengths"]], "assignat() (galsim.photonarray method)": [[56, "galsim.PhotonArray.assignAt"]], "convolve() (galsim.photonarray method)": [[56, "galsim.PhotonArray.convolve"]], "copyfrom() (galsim.photonarray method)": [[56, "galsim.PhotonArray.copyFrom"]], "dxdz (galsim.photonarray property)": [[56, "galsim.PhotonArray.dxdz"]], "dydz (galsim.photonarray property)": [[56, "galsim.PhotonArray.dydz"]], "flux (galsim.photonarray property)": [[56, "galsim.PhotonArray.flux"]], "fromarrays() (galsim.photonarray class method)": [[56, "galsim.PhotonArray.fromArrays"]], "gettotalflux() (galsim.photonarray method)": [[56, "galsim.PhotonArray.getTotalFlux"]], "hasallocatedangles() (galsim.photonarray method)": [[56, "galsim.PhotonArray.hasAllocatedAngles"]], "hasallocatedpupil() (galsim.photonarray method)": [[56, "galsim.PhotonArray.hasAllocatedPupil"]], "hasallocatedtimes() (galsim.photonarray method)": [[56, "galsim.PhotonArray.hasAllocatedTimes"]], "hasallocatedwavelengths() (galsim.photonarray method)": [[56, "galsim.PhotonArray.hasAllocatedWavelengths"]], "iscorrelated() (galsim.photonarray method)": [[56, "galsim.PhotonArray.isCorrelated"]], "makefromimage() (galsim.photonarray class method)": [[56, "galsim.PhotonArray.makeFromImage"]], "pupil_u (galsim.photonarray property)": [[56, "galsim.PhotonArray.pupil_u"]], "pupil_v (galsim.photonarray property)": [[56, "galsim.PhotonArray.pupil_v"]], "read() (galsim.photonarray class method)": [[56, "galsim.PhotonArray.read"]], "scaleflux() (galsim.photonarray method)": [[56, "galsim.PhotonArray.scaleFlux"]], "scalexy() (galsim.photonarray method)": [[56, "galsim.PhotonArray.scaleXY"]], "setcorrelated() (galsim.photonarray method)": [[56, "galsim.PhotonArray.setCorrelated"]], "settotalflux() (galsim.photonarray method)": [[56, "galsim.PhotonArray.setTotalFlux"]], "size() (galsim.photonarray method)": [[56, "galsim.PhotonArray.size"]], "time (galsim.photonarray property)": [[56, "galsim.PhotonArray.time"]], "wavelength (galsim.photonarray property)": [[56, "galsim.PhotonArray.wavelength"]], "write() (galsim.photonarray method)": [[56, "galsim.PhotonArray.write"]], "x (galsim.photonarray property)": [[56, "galsim.PhotonArray.x"]], "y (galsim.photonarray property)": [[56, "galsim.PhotonArray.y"]], "fratioangles (class in galsim)": [[57, "galsim.FRatioAngles"]], "focusdepth (class in galsim)": [[57, "galsim.FocusDepth"]], "photondcr (class in galsim)": [[57, "galsim.PhotonDCR"]], "photonop (class in galsim)": [[57, "galsim.PhotonOp"]], "pupilannulussampler (class in galsim)": [[57, "galsim.PupilAnnulusSampler"]], "pupilimagesampler (class in galsim)": [[57, "galsim.PupilImageSampler"]], "refraction (class in galsim)": [[57, "galsim.Refraction"]], "timesampler (class in galsim)": [[57, "galsim.TimeSampler"]], "wavelengthsampler (class in galsim)": [[57, "galsim.WavelengthSampler"]], "applyto() (galsim.fratioangles method)": [[57, "galsim.FRatioAngles.applyTo"]], "applyto() (galsim.focusdepth method)": [[57, "galsim.FocusDepth.applyTo"]], "applyto() (galsim.photondcr method)": [[57, "galsim.PhotonDCR.applyTo"]], "applyto() (galsim.photonop method)": [[57, "galsim.PhotonOp.applyTo"]], "applyto() (galsim.pupilannulussampler method)": [[57, "galsim.PupilAnnulusSampler.applyTo"]], "applyto() (galsim.pupilimagesampler method)": [[57, "galsim.PupilImageSampler.applyTo"]], "applyto() (galsim.refraction method)": [[57, "galsim.Refraction.applyTo"]], "applyto() (galsim.timesampler method)": [[57, "galsim.TimeSampler.applyTo"]], "applyto() (galsim.wavelengthsampler method)": [[57, "galsim.WavelengthSampler.applyTo"]], "position (class in galsim)": [[58, "galsim.Position"]], "positiond (class in galsim)": [[58, "galsim.PositionD"]], "positioni (class in galsim)": [[58, "galsim.PositionI"]], "round() (galsim.positiond method)": [[58, "galsim.PositionD.round"]], "shear() (galsim.position method)": [[58, "galsim.Position.shear"]], "powerspectrum (class in galsim)": [[59, "galsim.PowerSpectrum"]], "powerspectrumrealizer (class in galsim.lensing_ps)": [[59, "galsim.lensing_ps.PowerSpectrumRealizer"]], "__call__() (galsim.lensing_ps.powerspectrumrealizer method)": [[59, "galsim.lensing_ps.PowerSpectrumRealizer.__call__"]], "_getconvergence() (galsim.powerspectrum method)": [[59, "galsim.PowerSpectrum._getConvergence"]], "_getlensing() (galsim.powerspectrum method)": [[59, "galsim.PowerSpectrum._getLensing"]], "_getmagnification() (galsim.powerspectrum method)": [[59, "galsim.PowerSpectrum._getMagnification"]], "_getshear() (galsim.powerspectrum method)": [[59, "galsim.PowerSpectrum._getShear"]], "buildgrid() (galsim.powerspectrum method)": [[59, "galsim.PowerSpectrum.buildGrid"]], "calculatexi() (galsim.powerspectrum method)": [[59, "galsim.PowerSpectrum.calculateXi"]], "getconvergence() (galsim.powerspectrum method)": [[59, "galsim.PowerSpectrum.getConvergence"]], "getlensing() (galsim.powerspectrum method)": [[59, "galsim.PowerSpectrum.getLensing"]], "getmagnification() (galsim.powerspectrum method)": [[59, "galsim.PowerSpectrum.getMagnification"]], "getshear() (galsim.powerspectrum method)": [[59, "galsim.PowerSpectrum.getShear"]], "nrandcallsforbuildgrid() (galsim.powerspectrum method)": [[59, "galsim.PowerSpectrum.nRandCallsForBuildGrid"]], "theorytoobserved() (in module galsim.lensing_ps)": [[59, "galsim.lensing_ps.theoryToObserved"]], "powerspectrumestimator (class in galsim.pse)": [[60, "galsim.pse.PowerSpectrumEstimator"]], "estimate() (galsim.pse.powerspectrumestimator method)": [[60, "galsim.pse.PowerSpectrumEstimator.estimate"]], "airy (class in galsim)": [[61, "galsim.Airy"]], "kolmogorov (class in galsim)": [[61, "galsim.Kolmogorov"]], "l0 (galsim.vonkarman property)": [[61, "galsim.VonKarman.L0"]], "moffat (class in galsim)": [[61, "galsim.Moffat"]], "opticalpsf (class in galsim)": [[61, "galsim.OpticalPSF"]], "vonkarman (class in galsim)": [[61, "galsim.VonKarman"]], "beta (galsim.moffat property)": [[61, "galsim.Moffat.beta"]], "delta_amplitude (galsim.vonkarman property)": [[61, "galsim.VonKarman.delta_amplitude"]], "do_delta (galsim.vonkarman property)": [[61, "galsim.VonKarman.do_delta"]], "force_stepk (galsim.vonkarman property)": [[61, "galsim.VonKarman.force_stepk"]], "fwhm (galsim.airy property)": [[61, "galsim.Airy.fwhm"]], "fwhm (galsim.kolmogorov property)": [[61, "galsim.Kolmogorov.fwhm"]], "half_light_radius (galsim.airy property)": [[61, "galsim.Airy.half_light_radius"]], "half_light_radius (galsim.kolmogorov property)": [[61, "galsim.Kolmogorov.half_light_radius"]], "half_light_radius (galsim.moffat property)": [[61, "galsim.Moffat.half_light_radius"]], "half_light_radius (galsim.vonkarman property)": [[61, "galsim.VonKarman.half_light_radius"]], "lam (galsim.vonkarman property)": [[61, "galsim.VonKarman.lam"]], "lam_over_diam (galsim.airy property)": [[61, "galsim.Airy.lam_over_diam"]], "lam_over_r0 (galsim.kolmogorov property)": [[61, "galsim.Kolmogorov.lam_over_r0"]], "obscuration (galsim.airy property)": [[61, "galsim.Airy.obscuration"]], "r0 (galsim.vonkarman property)": [[61, "galsim.VonKarman.r0"]], "r0_500 (galsim.vonkarman property)": [[61, "galsim.VonKarman.r0_500"]], "scale_radius (galsim.moffat property)": [[61, "galsim.Moffat.scale_radius"]], "scale_unit (galsim.vonkarman property)": [[61, "galsim.VonKarman.scale_unit"]], "trunc (galsim.moffat property)": [[61, "galsim.Moffat.trunc"]], "withflux() (galsim.airy method)": [[61, "galsim.Airy.withFlux"]], "withflux() (galsim.kolmogorov method)": [[61, "galsim.Kolmogorov.withFlux"]], "withflux() (galsim.moffat method)": [[61, "galsim.Moffat.withFlux"]], "withflux() (galsim.opticalpsf method)": [[61, "galsim.OpticalPSF.withFlux"]], "withflux() (galsim.vonkarman method)": [[61, "galsim.VonKarman.withFlux"]], "cosmoscatalog (class in galsim)": [[63, "galsim.COSMOSCatalog"]], "galaxysample (class in galsim)": [[63, "galsim.GalaxySample"]], "realgalaxy (class in galsim)": [[63, "galsim.RealGalaxy"]], "realgalaxycatalog (class in galsim)": [[63, "galsim.RealGalaxyCatalog"]], "canmakereal() (galsim.galaxysample method)": [[63, "galsim.GalaxySample.canMakeReal"]], "getbandpass() (galsim.realgalaxycatalog method)": [[63, "galsim.RealGalaxyCatalog.getBandpass"]], "getgalimage() (galsim.realgalaxycatalog method)": [[63, "galsim.RealGalaxyCatalog.getGalImage"]], "getindexforid() (galsim.realgalaxycatalog method)": [[63, "galsim.RealGalaxyCatalog.getIndexForID"]], "getnoise() (galsim.realgalaxycatalog method)": [[63, "galsim.RealGalaxyCatalog.getNoise"]], "getnoiseproperties() (galsim.realgalaxycatalog method)": [[63, "galsim.RealGalaxyCatalog.getNoiseProperties"]], "getpsf() (galsim.realgalaxycatalog method)": [[63, "galsim.RealGalaxyCatalog.getPSF"]], "getpsfimage() (galsim.realgalaxycatalog method)": [[63, "galsim.RealGalaxyCatalog.getPSFImage"]], "getparametricrecord() (galsim.galaxysample method)": [[63, "galsim.GalaxySample.getParametricRecord"]], "getrealparams() (galsim.galaxysample method)": [[63, "galsim.GalaxySample.getRealParams"]], "getvalue() (galsim.galaxysample method)": [[63, "galsim.GalaxySample.getValue"]], "makefromimage() (galsim.realgalaxy class method)": [[63, "galsim.RealGalaxy.makeFromImage"]], "makegalaxy() (galsim.galaxysample method)": [[63, "galsim.GalaxySample.makeGalaxy"]], "preload() (galsim.realgalaxycatalog method)": [[63, "galsim.RealGalaxyCatalog.preload"]], "selectrandomindex() (galsim.galaxysample method)": [[63, "galsim.GalaxySample.selectRandomIndex"]], "withgsparams() (galsim.realgalaxy method)": [[63, "galsim.RealGalaxy.withGSParams"]], "addreciprocityfailure() (in module galsim.roman)": [[64, "galsim.roman.addReciprocityFailure"]], "alldetectoreffects() (in module galsim.roman)": [[64, "galsim.roman.allDetectorEffects"]], "allowedpos() (in module galsim.roman)": [[64, "galsim.roman.allowedPos"]], "applyipc() (in module galsim.roman)": [[64, "galsim.roman.applyIPC"]], "applynonlinearity() (in module galsim.roman)": [[64, "galsim.roman.applyNonlinearity"]], "applypersistence() (in module galsim.roman)": [[64, "galsim.roman.applyPersistence"]], "bestpa() (in module galsim.roman)": [[64, "galsim.roman.bestPA"]], "convertcenter() (in module galsim.roman)": [[64, "galsim.roman.convertCenter"]], "findsca() (in module galsim.roman)": [[64, "galsim.roman.findSCA"]], "getbandpasses() (in module galsim.roman)": [[64, "galsim.roman.getBandpasses"]], "getpsf() (in module galsim.roman)": [[64, "galsim.roman.getPSF"]], "getskylevel() (in module galsim.roman)": [[64, "galsim.roman.getSkyLevel"]], "getwcs() (in module galsim.roman)": [[64, "galsim.roman.getWCS"]], "emissionline (class in galsim)": [[66, "galsim.EmissionLine"]], "sed (class in galsim)": [[66, "galsim.SED"]], "__call__() (galsim.sed method)": [[66, "galsim.SED.__call__"]], "__mul__() (galsim.sed method)": [[66, "galsim.SED.__mul__"]], "_mul_bandpass() (galsim.sed method)": [[66, "galsim.SED._mul_bandpass"]], "_mul_scalar() (galsim.sed method)": [[66, "galsim.SED._mul_scalar"]], "_mul_sed() (galsim.sed method)": [[66, "galsim.SED._mul_sed"]], "atredshift() (galsim.emissionline method)": [[66, "galsim.EmissionLine.atRedshift"]], "atredshift() (galsim.sed method)": [[66, "galsim.SED.atRedshift"]], "calculatedcrmomentshifts() (galsim.sed method)": [[66, "galsim.SED.calculateDCRMomentShifts"]], "calculateflux() (galsim.sed method)": [[66, "galsim.SED.calculateFlux"]], "calculatemagnitude() (galsim.sed method)": [[66, "galsim.SED.calculateMagnitude"]], "calculateseeingmomentratio() (galsim.sed method)": [[66, "galsim.SED.calculateSeeingMomentRatio"]], "check_dimensionless() (galsim.sed method)": [[66, "galsim.SED.check_dimensionless"]], "check_spectral() (galsim.sed method)": [[66, "galsim.SED.check_spectral"]], "dimensionless (galsim.sed property)": [[66, "galsim.SED.dimensionless"]], "samplewavelength() (galsim.sed method)": [[66, "galsim.SED.sampleWavelength"]], "thin() (galsim.sed method)": [[66, "galsim.SED.thin"]], "withflux() (galsim.sed method)": [[66, "galsim.SED.withFlux"]], "withfluxdensity() (galsim.sed method)": [[66, "galsim.SED.withFluxDensity"]], "withmagnitude() (galsim.sed method)": [[66, "galsim.SED.withMagnitude"]], "sensor (class in galsim)": [[67, "galsim.Sensor"]], "siliconsensor (class in galsim)": [[67, "galsim.SiliconSensor"]], "accumulate() (galsim.sensor method)": [[67, "galsim.Sensor.accumulate"]], "accumulate() (galsim.siliconsensor method)": [[67, "galsim.SiliconSensor.accumulate"]], "calculate_pixel_areas() (galsim.sensor method)": [[67, "galsim.Sensor.calculate_pixel_areas"]], "calculate_pixel_areas() (galsim.siliconsensor method)": [[67, "galsim.SiliconSensor.calculate_pixel_areas"]], "simple_treerings() (galsim.siliconsensor class method)": [[67, "galsim.SiliconSensor.simple_treerings"]], "galsim.meta_data.share_dir (built-in variable)": [[68, "galsim.meta_data.share_dir"]], "shear (class in galsim)": [[69, "galsim.Shear"]], "_shear() (in module galsim)": [[69, "galsim._Shear"]], "beta (galsim.shear property)": [[69, "galsim.Shear.beta"]], "e (galsim.shear property)": [[69, "galsim.Shear.e"]], "e1 (galsim.shear property)": [[69, "galsim.Shear.e1"]], "e2 (galsim.shear property)": [[69, "galsim.Shear.e2"]], "esq (galsim.shear property)": [[69, "galsim.Shear.esq"]], "eta (galsim.shear property)": [[69, "galsim.Shear.eta"]], "eta1 (galsim.shear property)": [[69, "galsim.Shear.eta1"]], "eta2 (galsim.shear property)": [[69, "galsim.Shear.eta2"]], "g (galsim.shear property)": [[69, "galsim.Shear.g"]], "g1 (galsim.shear property)": [[69, "galsim.Shear.g1"]], "g2 (galsim.shear property)": [[69, "galsim.Shear.g2"]], "getmatrix() (galsim.shear method)": [[69, "galsim.Shear.getMatrix"]], "q (galsim.shear property)": [[69, "galsim.Shear.q"]], "rotationwith() (galsim.shear method)": [[69, "galsim.Shear.rotationWith"]], "shear (galsim.shear property)": [[69, "galsim.Shear.shear"]], "box (class in galsim)": [[70, "galsim.Box"]], "deltafunction (class in galsim)": [[70, "galsim.DeltaFunction"]], "gaussian (class in galsim)": [[70, "galsim.Gaussian"]], "pixel (class in galsim)": [[70, "galsim.Pixel"]], "tophat (class in galsim)": [[70, "galsim.TopHat"]], "fwhm (galsim.gaussian property)": [[70, "galsim.Gaussian.fwhm"]], "half_light_radius (galsim.gaussian property)": [[70, "galsim.Gaussian.half_light_radius"]], "height (galsim.box property)": [[70, "galsim.Box.height"]], "radius (galsim.tophat property)": [[70, "galsim.TopHat.radius"]], "scale (galsim.pixel property)": [[70, "galsim.Pixel.scale"]], "sigma (galsim.gaussian property)": [[70, "galsim.Gaussian.sigma"]], "width (galsim.box property)": [[70, "galsim.Box.width"]], "withflux() (galsim.box method)": [[70, "galsim.Box.withFlux"]], "withflux() (galsim.deltafunction method)": [[70, "galsim.DeltaFunction.withFlux"]], "withflux() (galsim.gaussian method)": [[70, "galsim.Gaussian.withFlux"]], "withflux() (galsim.pixel method)": [[70, "galsim.Pixel.withFlux"]], "withflux() (galsim.tophat method)": [[70, "galsim.TopHat.withFlux"]], "covariancespectrum (class in galsim)": [[71, "galsim.CovarianceSpectrum"]], "tonoise() (galsim.covariancespectrum method)": [[71, "galsim.CovarianceSpectrum.toNoise"]], "lookuptable (class in galsim)": [[72, "galsim.LookupTable"]], "lookuptable2d (class in galsim)": [[72, "galsim.LookupTable2D"]], "_lookuptable2d() (in module galsim.table)": [[72, "galsim.table._LookupTable2D"]], "__call__() (galsim.lookuptable method)": [[72, "galsim.LookupTable.__call__"]], "__call__() (galsim.lookuptable2d method)": [[72, "galsim.LookupTable2D.__call__"]], "from_file() (galsim.lookuptable class method)": [[72, "galsim.LookupTable.from_file"]], "from_func() (galsim.lookuptable class method)": [[72, "galsim.LookupTable.from_func"]], "gradient() (galsim.lookuptable2d method)": [[72, "galsim.LookupTable2D.gradient"]], "integrate() (galsim.lookuptable method)": [[72, "galsim.LookupTable.integrate"]], "integrate_product() (galsim.lookuptable method)": [[72, "galsim.LookupTable.integrate_product"]], "trapz() (in module galsim)": [[72, "galsim.trapz"]], "x_max (galsim.lookuptable property)": [[72, "galsim.LookupTable.x_max"]], "x_min (galsim.lookuptable property)": [[72, "galsim.LookupTable.x_min"]], "deconvolution (class in galsim)": [[73, "galsim.Deconvolution"]], "deconvolve() (in module galsim)": [[73, "galsim.Deconvolve"]], "fouriersqrt() (in module galsim)": [[73, "galsim.FourierSqrt"]], "fouriersqrtprofile (class in galsim)": [[73, "galsim.FourierSqrtProfile"]], "transform() (in module galsim)": [[73, "galsim.Transform"]], "transformation (class in galsim)": [[73, "galsim.Transformation"]], "_transform() (in module galsim)": [[73, "galsim._Transform"]], "flux_ratio (galsim.transformation property)": [[73, "galsim.Transformation.flux_ratio"]], "jac (galsim.transformation property)": [[73, "galsim.Transformation.jac"]], "offset (galsim.transformation property)": [[73, "galsim.Transformation.offset"]], "orig_obj (galsim.deconvolution property)": [[73, "galsim.Deconvolution.orig_obj"]], "orig_obj (galsim.fouriersqrtprofile property)": [[73, "galsim.FourierSqrtProfile.orig_obj"]], "original (galsim.transformation property)": [[73, "galsim.Transformation.original"]], "withgsparams() (galsim.deconvolution method)": [[73, "galsim.Deconvolution.withGSParams"]], "withgsparams() (galsim.fouriersqrtprofile method)": [[73, "galsim.FourierSqrtProfile.withGSParams"]], "withgsparams() (galsim.transformation method)": [[73, "galsim.Transformation.withGSParams"]], "angle (class in galsim)": [[75, "galsim.Angle"]], "angleunit (class in galsim)": [[75, "galsim.AngleUnit"]], "_angle() (in module galsim)": [[75, "galsim._Angle"]], "cos() (galsim.angle method)": [[75, "galsim.Angle.cos"]], "deg (galsim.angle property)": [[75, "galsim.Angle.deg"]], "dms() (galsim.angle method)": [[75, "galsim.Angle.dms"]], "from_dms() (galsim.angle static method)": [[75, "galsim.Angle.from_dms"]], "from_hms() (galsim.angle static method)": [[75, "galsim.Angle.from_hms"]], "from_name() (galsim.angleunit static method)": [[75, "galsim.AngleUnit.from_name"]], "hms() (galsim.angle method)": [[75, "galsim.Angle.hms"]], "rad (galsim.angle property)": [[75, "galsim.Angle.rad"]], "sin() (galsim.angle method)": [[75, "galsim.Angle.sin"]], "sincos() (galsim.angle method)": [[75, "galsim.Angle.sincos"]], "tan() (galsim.angle method)": [[75, "galsim.Angle.tan"]], "value (galsim.angleunit property)": [[75, "galsim.AngleUnit.value"]], "wrap() (galsim.angle method)": [[75, "galsim.Angle.wrap"]], "affinetransform (class in galsim)": [[77, "galsim.AffineTransform"]], "astropywcs (class in galsim)": [[77, "galsim.AstropyWCS"]], "basewcs (class in galsim)": [[77, "galsim.BaseWCS"]], "celestialcoord (class in galsim)": [[77, "galsim.CelestialCoord"]], "celestialwcs (class in galsim.wcs)": [[77, "galsim.wcs.CelestialWCS"]], "euclideanwcs (class in galsim.wcs)": [[77, "galsim.wcs.EuclideanWCS"]], "fitswcs() (in module galsim)": [[77, "galsim.FitsWCS"]], "fittedsipwcs() (in module galsim)": [[77, "galsim.FittedSIPWCS"]], "gsfitswcs (class in galsim)": [[77, "galsim.GSFitsWCS"]], "jacobianwcs (class in galsim)": [[77, "galsim.JacobianWCS"]], "localwcs (class in galsim.wcs)": [[77, "galsim.wcs.LocalWCS"]], "offsetshearwcs (class in galsim)": [[77, "galsim.OffsetShearWCS"]], "offsetwcs (class in galsim)": [[77, "galsim.OffsetWCS"]], "pixelscale (class in galsim)": [[77, "galsim.PixelScale"]], "pyastwcs (class in galsim)": [[77, "galsim.PyAstWCS"]], "radecfunction (class in galsim)": [[77, "galsim.RaDecFunction"]], "shearwcs (class in galsim)": [[77, "galsim.ShearWCS"]], "tanwcs() (in module galsim)": [[77, "galsim.TanWCS"]], "uvfunction (class in galsim)": [[77, "galsim.UVFunction"]], "uniformwcs (class in galsim.wcs)": [[77, "galsim.wcs.UniformWCS"]], "wcstoolswcs (class in galsim)": [[77, "galsim.WcsToolsWCS"]], "affine() (galsim.basewcs method)": [[77, "galsim.BaseWCS.affine"]], "anglebetween() (galsim.celestialcoord method)": [[77, "galsim.CelestialCoord.angleBetween"]], "area() (galsim.celestialcoord method)": [[77, "galsim.CelestialCoord.area"]], "compatible() (in module galsim.wcs)": [[77, "galsim.wcs.compatible"]], "dec (galsim.celestialcoord property)": [[77, "galsim.CelestialCoord.dec"]], "deproject() (galsim.celestialcoord method)": [[77, "galsim.CelestialCoord.deproject"]], "deproject_rad() (galsim.celestialcoord method)": [[77, "galsim.CelestialCoord.deproject_rad"]], "distanceto() (galsim.celestialcoord method)": [[77, "galsim.CelestialCoord.distanceTo"]], "dudx (galsim.affinetransform property)": [[77, "galsim.AffineTransform.dudx"]], "dudx (galsim.jacobianwcs property)": [[77, "galsim.JacobianWCS.dudx"]], "dudy (galsim.affinetransform property)": [[77, "galsim.AffineTransform.dudy"]], "dudy (galsim.jacobianwcs property)": [[77, "galsim.JacobianWCS.dudy"]], "dvdx (galsim.affinetransform property)": [[77, "galsim.AffineTransform.dvdx"]], "dvdx (galsim.jacobianwcs property)": [[77, "galsim.JacobianWCS.dvdx"]], "dvdy (galsim.affinetransform property)": [[77, "galsim.AffineTransform.dvdy"]], "dvdy (galsim.jacobianwcs property)": [[77, "galsim.JacobianWCS.dvdy"]], "ecliptic() (galsim.celestialcoord method)": [[77, "galsim.CelestialCoord.ecliptic"]], "file_name (galsim.wcstoolswcs property)": [[77, "galsim.WcsToolsWCS.file_name"]], "fixcolor() (galsim.basewcs method)": [[77, "galsim.BaseWCS.fixColor"]], "from_ecliptic() (galsim.celestialcoord static method)": [[77, "galsim.CelestialCoord.from_ecliptic"]], "from_galactic() (galsim.celestialcoord static method)": [[77, "galsim.CelestialCoord.from_galactic"]], "from_xyz() (galsim.celestialcoord static method)": [[77, "galsim.CelestialCoord.from_xyz"]], "galactic() (galsim.celestialcoord method)": [[77, "galsim.CelestialCoord.galactic"]], "getdecomposition() (galsim.jacobianwcs method)": [[77, "galsim.JacobianWCS.getDecomposition"]], "getmatrix() (galsim.jacobianwcs method)": [[77, "galsim.JacobianWCS.getMatrix"]], "get_xyz() (galsim.celestialcoord method)": [[77, "galsim.CelestialCoord.get_xyz"]], "greatcirclepoint() (galsim.celestialcoord method)": [[77, "galsim.CelestialCoord.greatCirclePoint"]], "inverse() (galsim.wcs.uniformwcs method)": [[77, "galsim.wcs.UniformWCS.inverse"]], "iscelestial() (galsim.basewcs method)": [[77, "galsim.BaseWCS.isCelestial"]], "islocal() (galsim.basewcs method)": [[77, "galsim.BaseWCS.isLocal"]], "ispixelscale() (galsim.basewcs method)": [[77, "galsim.BaseWCS.isPixelScale"]], "isuniform() (galsim.basewcs method)": [[77, "galsim.BaseWCS.isUniform"]], "jac_deproject() (galsim.celestialcoord method)": [[77, "galsim.CelestialCoord.jac_deproject"]], "jac_deproject_rad() (galsim.celestialcoord method)": [[77, "galsim.CelestialCoord.jac_deproject_rad"]], "jacobian() (galsim.basewcs method)": [[77, "galsim.BaseWCS.jacobian"]], "local() (galsim.basewcs method)": [[77, "galsim.BaseWCS.local"]], "makeskyimage() (galsim.basewcs method)": [[77, "galsim.BaseWCS.makeSkyImage"]], "maxlinearscale() (galsim.basewcs method)": [[77, "galsim.BaseWCS.maxLinearScale"]], "minlinearscale() (galsim.basewcs method)": [[77, "galsim.BaseWCS.minLinearScale"]], "normal() (galsim.celestialcoord method)": [[77, "galsim.CelestialCoord.normal"]], "origin (galsim.affinetransform property)": [[77, "galsim.AffineTransform.origin"]], "origin (galsim.astropywcs property)": [[77, "galsim.AstropyWCS.origin"]], "origin (galsim.gsfitswcs property)": [[77, "galsim.GSFitsWCS.origin"]], "origin (galsim.offsetshearwcs property)": [[77, "galsim.OffsetShearWCS.origin"]], "origin (galsim.offsetwcs property)": [[77, "galsim.OffsetWCS.origin"]], "origin (galsim.pyastwcs property)": [[77, "galsim.PyAstWCS.origin"]], "origin (galsim.radecfunction property)": [[77, "galsim.RaDecFunction.origin"]], "origin (galsim.uvfunction property)": [[77, "galsim.UVFunction.origin"]], "origin (galsim.wcstoolswcs property)": [[77, "galsim.WcsToolsWCS.origin"]], "origin (galsim.wcs.localwcs property)": [[77, "galsim.wcs.LocalWCS.origin"]], "pixelarea() (galsim.basewcs method)": [[77, "galsim.BaseWCS.pixelArea"]], "postoimage() (galsim.basewcs method)": [[77, "galsim.BaseWCS.posToImage"]], "postoworld() (galsim.basewcs method)": [[77, "galsim.BaseWCS.posToWorld"]], "precess() (galsim.celestialcoord method)": [[77, "galsim.CelestialCoord.precess"]], "profiletoimage() (galsim.basewcs method)": [[77, "galsim.BaseWCS.profileToImage"]], "profiletoworld() (galsim.basewcs method)": [[77, "galsim.BaseWCS.profileToWorld"]], "project() (galsim.celestialcoord method)": [[77, "galsim.CelestialCoord.project"]], "project_rad() (galsim.celestialcoord method)": [[77, "galsim.CelestialCoord.project_rad"]], "ra (galsim.celestialcoord property)": [[77, "galsim.CelestialCoord.ra"]], "rad (galsim.celestialcoord property)": [[77, "galsim.CelestialCoord.rad"]], "radectoxy() (galsim.wcs.celestialwcs method)": [[77, "galsim.wcs.CelestialWCS.radecToxy"]], "radec_func (galsim.radecfunction property)": [[77, "galsim.RaDecFunction.radec_func"]], "radec_to_xyz() (galsim.celestialcoord static method)": [[77, "galsim.CelestialCoord.radec_to_xyz"]], "readfromfitsheader() (in module galsim.wcs)": [[77, "galsim.wcs.readFromFitsHeader"]], "scale (galsim.offsetshearwcs property)": [[77, "galsim.OffsetShearWCS.scale"]], "scale (galsim.offsetwcs property)": [[77, "galsim.OffsetWCS.scale"]], "scale (galsim.pixelscale property)": [[77, "galsim.PixelScale.scale"]], "scale (galsim.shearwcs property)": [[77, "galsim.ShearWCS.scale"]], "shear (galsim.offsetshearwcs property)": [[77, "galsim.OffsetShearWCS.shear"]], "shear (galsim.shearwcs property)": [[77, "galsim.ShearWCS.shear"]], "sheartoimage() (galsim.basewcs method)": [[77, "galsim.BaseWCS.shearToImage"]], "sheartoworld() (galsim.basewcs method)": [[77, "galsim.BaseWCS.shearToWorld"]], "shiftorigin() (galsim.basewcs method)": [[77, "galsim.BaseWCS.shiftOrigin"]], "toimage() (galsim.basewcs method)": [[77, "galsim.BaseWCS.toImage"]], "toworld() (galsim.basewcs method)": [[77, "galsim.BaseWCS.toWorld"]], "u0 (galsim.wcs.euclideanwcs property)": [[77, "galsim.wcs.EuclideanWCS.u0"]], "ufunc (galsim.uvfunction property)": [[77, "galsim.UVFunction.ufunc"]], "uvtoxy() (galsim.wcs.euclideanwcs method)": [[77, "galsim.wcs.EuclideanWCS.uvToxy"]], "v0 (galsim.wcs.euclideanwcs property)": [[77, "galsim.wcs.EuclideanWCS.v0"]], "vfunc (galsim.uvfunction property)": [[77, "galsim.UVFunction.vfunc"]], "wcs (galsim.astropywcs property)": [[77, "galsim.AstropyWCS.wcs"]], "wcsinfo (galsim.pyastwcs property)": [[77, "galsim.PyAstWCS.wcsinfo"]], "withorigin() (galsim.wcs.localwcs method)": [[77, "galsim.wcs.LocalWCS.withOrigin"]], "world_origin (galsim.affinetransform property)": [[77, "galsim.AffineTransform.world_origin"]], "world_origin (galsim.offsetshearwcs property)": [[77, "galsim.OffsetShearWCS.world_origin"]], "world_origin (galsim.offsetwcs property)": [[77, "galsim.OffsetWCS.world_origin"]], "world_origin (galsim.uvfunction property)": [[77, "galsim.UVFunction.world_origin"]], "world_origin (galsim.wcs.localwcs property)": [[77, "galsim.wcs.LocalWCS.world_origin"]], "writetofitsheader() (galsim.basewcs method)": [[77, "galsim.BaseWCS.writeToFitsHeader"]], "x0 (galsim.wcs.celestialwcs property)": [[77, "galsim.wcs.CelestialWCS.x0"]], "x0 (galsim.wcs.euclideanwcs property)": [[77, "galsim.wcs.EuclideanWCS.x0"]], "xfunc (galsim.uvfunction property)": [[77, "galsim.UVFunction.xfunc"]], "xytoradec() (galsim.wcs.celestialwcs method)": [[77, "galsim.wcs.CelestialWCS.xyToradec"]], "xytouv() (galsim.wcs.euclideanwcs method)": [[77, "galsim.wcs.EuclideanWCS.xyTouv"]], "xyz_to_radec() (galsim.celestialcoord static method)": [[77, "galsim.CelestialCoord.xyz_to_radec"]], "y0 (galsim.wcs.celestialwcs property)": [[77, "galsim.wcs.CelestialWCS.y0"]], "y0 (galsim.wcs.euclideanwcs property)": [[77, "galsim.wcs.EuclideanWCS.y0"]], "yfunc (galsim.uvfunction property)": [[77, "galsim.UVFunction.yfunc"]], "doublezernike (class in galsim.zernike)": [[79, "galsim.zernike.DoubleZernike"]], "zernike (class in galsim.zernike)": [[79, "galsim.zernike.Zernike"]], "__add__() (galsim.zernike.zernike method)": [[79, "galsim.zernike.Zernike.__add__"]], "__call__() (galsim.zernike.zernike method)": [[79, "galsim.zernike.Zernike.__call__"]], "__mul__() (galsim.zernike.zernike method)": [[79, "galsim.zernike.Zernike.__mul__"]], "__neg__() (galsim.zernike.zernike method)": [[79, "galsim.zernike.Zernike.__neg__"]], "__rmul__() (galsim.zernike.zernike method)": [[79, "galsim.zernike.Zernike.__rmul__"]], "__sub__() (galsim.zernike.zernike method)": [[79, "galsim.zernike.Zernike.__sub__"]], "describe_zernike() (in module galsim.zernike)": [[79, "galsim.zernike.describe_zernike"]], "doublezernikebasis() (in module galsim.zernike)": [[79, "galsim.zernike.doubleZernikeBasis"]], "evalcartesian() (galsim.zernike.zernike method)": [[79, "galsim.zernike.Zernike.evalCartesian"]], "evalcartesiangrad() (galsim.zernike.zernike method)": [[79, "galsim.zernike.Zernike.evalCartesianGrad"]], "evalpolar() (galsim.zernike.zernike method)": [[79, "galsim.zernike.Zernike.evalPolar"]], "noll_to_zern() (in module galsim.zernike)": [[79, "galsim.zernike.noll_to_zern"]], "rotate() (galsim.zernike.zernike method)": [[79, "galsim.zernike.Zernike.rotate"]], "zernikebasis() (in module galsim.zernike)": [[79, "galsim.zernike.zernikeBasis"]], "zernikegradbases() (in module galsim.zernike)": [[79, "galsim.zernike.zernikeGradBases"]], "zernikerotmatrix() (in module galsim.zernike)": [[79, "galsim.zernike.zernikeRotMatrix"]]}})
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