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Analysis Software
Documentation for sPHENIX simulation software
|
Functions | |
| def | getArgumentParser |
| def | runCKFTracks |
Variables | |
| tuple | options getArgumentParser() |
| Inputdir options.indir | |
| Outputdir options.outdir | |
| tuple | srcdir Path(__file__) |
| tuple | field acts.ConstantBField(acts.Vector3(0, 0, 2 * u.T)) |
| tuple | inputParticlePath Path(Inputdir) |
| geometrySelection srcdir | |
| digiConfigFile srcdir | |
| outputCsv True, | |
| truthSmearedSeeded False, | |
| truthEstimatedSeeded False, | |
| outputDir Outputdir, | |
| NumEvents options.nEvts, | |
| MaxSeedsPerSpM options.sf_maxSeedsPerSpM, | |
| CotThetaMax options.sf_cotThetaMax, | |
| SigmaScattering options.sf_sigmaScattering, | |
| RadLengthPerSeed options.sf_radLengthPerSeed, | |
| ImpactMax options.sf_impactMax, | |
| MaxPtScattering options.sf_maxPtScattering, | |
| DeltaRMin options.sf_deltaRMin, | |
| DeltaRMax options.sf_deltaRMax, | |
| def ckf.getArgumentParser | ( | ) |
Get arguments from command line
Definition at line 16 of file ckf.py.
View newest version in sPHENIX GitHub at line 16 of file ckf.py
References runCKFTracks().
Here is the call graph for this function:| def ckf.runCKFTracks | ( | trackingGeometry, | |
| decorators, | |||
| geometrySelection | |||
| ) |
Definition at line 99 of file ckf.py.
View newest version in sPHENIX GitHub at line 99 of file ckf.py
References acts.examples.reconstruction.addCKFTracks(), acts.examples.simulation.addDigitization(), acts.examples.simulation.addFatras(), acts.examples.simulation.addParticleGun(), acts.examples.reconstruction.addSeeding(), acts.examples.simulation.EtaConfig, acts.examples.simulation.ParticleConfig, acts.examples.reconstruction.ParticleSmearingSigmas, acts.examples.simulation.PhiConfig, acts.examples.reconstruction.SeedFinderConfigArg, acts.examples.reconstruction.SeedFinderOptionsArg, str, acts.examples.reconstruction.TruthEstimatedSeedingAlgorithmConfigArg, and acts.examples.reconstruction.TruthSeedRanges.
Referenced by getArgumentParser(), and test_examples.test_ckf_tracks_example().
Here is the call graph for this function:
Here is the caller graph for this function:| ckf.CotThetaMax options.sf_cotThetaMax, |
| ckf.DeltaRMax options.sf_deltaRMax, |
| ckf.DeltaRMin options.sf_deltaRMin, |
| ckf.digiConfigFile srcdir |
| ckf.field acts.ConstantBField(acts.Vector3(0, 0, 2 * u.T)) |
Definition at line 240 of file ckf.py.
View newest version in sPHENIX GitHub at line 240 of file ckf.py
Referenced by Acts::Test.BOOST_AUTO_TEST_CASE(), BOOST_AUTO_TEST_CASE(), Acts::Test.BOOST_DATA_TEST_CASE(), BOOST_DATA_TEST_CASE(), PHFieldUtility.BuildFieldMap(), AnnularFieldSim.calc_unit_field(), ClassImpQ(), BeamLineMagnetDetector.ConstructMe(), ActsExamples::PrototracksToParameters.execute(), ActsExamples::TrackParamsEstimationAlgorithm.execute(), Acts.fieldMapRZ(), Acts.fieldMapXYZ(), PHActsVertexFinder.findVertices(), PHActsInitialVertexFinder.findVertices(), G4Setup(), Acts::Test::Stepper.getField(), PHFieldUtility.GetFieldConfigNode(), PHFieldUtility.GetFieldMapNode(), ActsExamples::MagneticFieldWrapper.GetFieldValue(), PHGenFitTrackProjection.InitRun(), TpcPrototypeGenFitTrkFinder.InitRun(), SVReco.InitRun(), GenFitTrackProp.InitRun(), PHRaveVertexing.InitRun(), BDiJetModule.InitRun(), PHG4TrackFastSim.InitRun(), TpcPrototypeGenFitTrkFitter.InitRun(), PHGenFitTrkFitter.InitRun(), CDBTTree.LoadCalibrations(), MakeActsGeometry.loadMagField(), makeConstantFieldPropagator(), ActsPropagator.makeFastPropagator(), Acts::IntegrationTest.makeFieldMap(), ActsPropagator.makePropagator(), AnnularFieldSim.PlotFieldSlices(), CDBTTree.Print(), KFPInputData.ReadDataFromVector(), ActsExamples::Options.readMagneticField(), ActsExamples::CsvBFieldWriter.run(), PHG4MagneticField.set_field(), genfit::Field.set_field(), HelicalFitter.set_field(), ActsPropagator.setConstFieldValue(), KFPInputData.SetDataToVector(), Acts::detail.setupLoopProtection(), Acts::SolenoidBField.SolenoidBField(), Acts::EigenStepper< extensionlist_t, auctioneer_t >.step(), TrackProjectorPid.TrackProjectorPid(), TrackProjectorPlaneECAL.TrackProjectorPlaneECAL(), PHActsTrackProjection.useConstField(), and CDBTTree.WriteSingleCDBTTree().
| ckf.geometrySelection srcdir |
| ckf.ImpactMax options.sf_impactMax, |
| ckf.Inputdir options.indir |
| ckf.inputParticlePath Path(Inputdir) |
| ckf.MaxPtScattering options.sf_maxPtScattering, |
| ckf.MaxSeedsPerSpM options.sf_maxSeedsPerSpM, |
| ckf.NumEvents options.nEvts, |
| tuple ckf.options getArgumentParser() |
Definition at line 231 of file ckf.py.
View newest version in sPHENIX GitHub at line 231 of file ckf.py
Referenced by BOOST_AUTO_TEST_CASE(), Acts::Test.BOOST_AUTO_TEST_CASE(), BOOST_DATA_TEST_CASE(), Acts::Test.BOOST_DATA_TEST_CASE(), cl::Program.build(), Acts::OnnxMetricLearning.buildEdgesWrapper(), Acts::SeedFinderOptions.calculateDerivedQuantities(), Acts::Layer.compatibleSurfaces(), Acts::DD4hepDetectorSurfaceFactory.constructPassiveComponents(), Acts::DD4hepDetectorSurfaceFactory.constructSensitiveComponents(), Acts::Test.createMeasurements(), Acts::SeedFinder< external_spacepoint_t, platform_t >.createSeedsForGroup(), TpotMonDraw.draw_array(), ActsExamples::RefittingAlgorithm.execute(), ActsExamples::TrackFittingAlgorithm.execute(), ActsExamples::TrackFindingFromPrototrackAlgorithm.execute(), ActsExamples::TrackFindingAlgorithm.execute(), PHActsGSF.fitTrack(), ActsTrackFittingAlgorithm.fitTrack(), DummyPropState< stepper_state_t >.geoContext(), MakeMilleFiles.getLocalVtxDerivativesXY(), Jetscape::TrentoInitial.InitTask(), main(), Acts::SurfaceMaterialMapper.mapInteraction(), Acts::VolumeMaterialMapper.mapMaterialTrack(), ActsExamples::Options.parse(), PHActsGSF.process_event(), Acts::RiddersPropagator< propagator_t >.propagate(), Acts::Propagator< stepper_t, navigator_t >.propagate(), ActsPropagator.propagateTrack(), ActsPropagator.propagateTrackFast(), propagator_instatiation_test_function(), Acts::Test::PropState< stepper_state_t >.PropState(), PYBIND11_MODULE(), setupSeedFinderOptions(), setupSpacePointGridConfig(), ActsFatras::SingleParticleSimulation< propagator_t, interactions_t, hit_surface_selector_t, decay_t >.simulate(), FitterTester.test_GlobalCovariance(), FitterTester.test_ZeroFieldNoSurfaceForward(), FitterTester.test_ZeroFieldShuffled(), FitterTester.test_ZeroFieldWithHole(), FitterTester.test_ZeroFieldWithOutliers(), FitterTester.test_ZeroFieldWithReverseFiltering(), FitterTester.test_ZeroFieldWithSurfaceAtExit(), FitterTester.test_ZeroFieldWithSurfaceBackward(), FitterTester.test_ZeroFieldWithSurfaceForward(), Acts::SpacePointGridOptions.toInternalUnits(), Acts::SeedFinderOptions.toInternalUnits(), transportFreely(), transportToSurface(), and Acts::RiddersPropagator< propagator_t >.wiggleAndCalculateJacobian().
| ckf.outputCsv True, |
| ckf.Outputdir options.outdir |
| ckf.outputDir Outputdir, |
| ckf.RadLengthPerSeed options.sf_radLengthPerSeed, |
| ckf.SigmaScattering options.sf_sigmaScattering, |
| tuple ckf.srcdir Path(__file__) |
| ckf.truthEstimatedSeeded False, |
Definition at line 256 of file ckf.py.
View newest version in sPHENIX GitHub at line 256 of file ckf.py
Referenced by runRecCKFTracks().
| ckf.truthSmearedSeeded False, |
Definition at line 255 of file ckf.py.
View newest version in sPHENIX GitHub at line 255 of file ckf.py
Referenced by runRecCKFTracks().