LegacyLArG4 Directory Reference

Files
file	AllPhysicsLists.cc [code]
file	AllPhysicsLists.h [code]
file	AuxDetReadout.cxx [code]
	A Geant4 sensitive detector that accumulates information.
file	AuxDetReadout.h [code]
	A Geant4 sensitive detector that accumulates information.
file	AuxDetReadoutGeometry.cxx [code]
	Define the "parallel" geometry that's seen by the LAr Voxels.
file	AuxDetReadoutGeometry.h [code]
	Define the "parallel" geometry that's seen by the AuxDet.
file	ConfigurablePhysicsList.hh [code]
file	CustomPhysicsBuiltIns.hh [code]
file	CustomPhysicsFactory.hh [code]
file	CustomPhysicsLArSoft.h [code]
file	CustomPhysicsTable.cxx [code]
file	CustomPhysicsTable.hh [code]
file	FastOpticalPhysics.cxx [code]
file	FastOpticalPhysics.h [code]
file	G4BadIdeaAction.cxx [code]
	Use Geant4's user "hooks" to maintain a list of particles generated by Geant4.
file	G4BadIdeaAction.h [code]
	this UserAction derived class is to implement catches to known bugs in Geant4 that require grabbing const G4 objects and altering them - a very bad idea in general. Please do not add to this class without discussing with the LArSoft Conveners
file	G4ThermalElectron.cxx [code]
file	G4ThermalElectron.hh [code]
file	IonizationAndScintillation.cxx [code]
file	IonizationAndScintillation.h [code]
file	IonizationAndScintillationAction.cxx [code]
	Use Geant4's user "hooks" to determine the number of ionization electrons and scintillation photons for each step.
file	IonizationAndScintillationAction.h [code]
	this UserAction derived class is to provide a hook during G4 stepping in which to call the code that calculates the number of ionization electrons and scintillation photons produced by each step
file	ISCalculation.cxx [code]
file	ISCalculation.h [code]
file	ISCalculationCorrelated.cxx [code]
file	ISCalculationCorrelated.h [code]
file	ISCalculationNEST.cxx [code]
file	ISCalculationNEST.h [code]
file	ISCalculationSeparate.cxx [code]
file	ISCalculationSeparate.h [code]
file	LArG4_module.cc [code]
	Use Geant4 to run the LArSoft detector simulation.
file	LArG4Ana_module.cc [code]
	Use Geant4 to run the LArSoft detector simulation.
file	largeantmodules.fcl [code]
file	largeantmodules_argoneut.fcl [code]
file	LArSimChannelAna_module.cc [code]
file	LArStackingAction.cxx [code]
file	LArStackingAction.h [code]
file	LArVoxelReadout.cxx [code]
	A Geant4 sensitive detector that accumulates voxel information.
file	LArVoxelReadout.h [code]
	A Geant4 sensitive detector that accumulates voxel information.
file	LArVoxelReadoutGeometry.cxx [code]
	Define the "parallel" geometry that's seen by the LAr Voxels.
file	LArVoxelReadoutGeometry.h [code]
	Define the "parallel" geometry that's seen by the LAr Voxels.
file	MaterialPropertyLoader.cxx [code]
file	MaterialPropertyLoader.h [code]
file	MuNuclearSplittingProcess.cxx [code]
file	MuNuclearSplittingProcess.h [code]
file	MuNuclearSplittingProcessXSecBias.cxx [code]
file	MuNuclearSplittingProcessXSecBias.h [code]
file	NestAlg.cxx [code]
file	NestAlg.h [code]
file	NeutronHPphysics.cc [code]
	High precision neutron physics constructor for Geant4.
file	NeutronHPphysics.hh [code]
	High precision neutron physics constructor for Geant4.
file	OpBoundaryProcessSimple.cxx [code]
file	OpBoundaryProcessSimple.hh [code]
file	OpDetLookup.cxx [code]
file	OpDetLookup.h [code]
file	OpDetPhotonTable.cxx [code]
file	OpDetPhotonTable.h [code]
file	OpDetReadoutGeometry.cxx [code]
file	OpDetReadoutGeometry.h [code]
file	OpDetSensitiveDetector.cxx [code]
file	OpDetSensitiveDetector.h [code]
file	OpFastScintillation.cxx [code]
file	OpFastScintillation.hh [code]
file	OpParamAction.cxx [code]
file	OpParamAction.h [code]
file	OpParamSD.cxx [code]
file	OpParamSD.h [code]
file	OpticalPhysics.cxx [code]
file	OpticalPhysics.hh [code]
file	ParticleListAction.cxx [code]
file	ParticleListAction.h [code]
file	PhysicsList.cxx [code]
file	PhysicsList.h [code]
file	VisualizationAction.cxx [code]
file	VisualizationAction.h [code]