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Geant4 VMC Version 6.7
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| CG4EquationOfMotion | |
| CG4MagneticField | |
| CG4Monopole | |
| CG4MonopoleEquation | |
| CG4MonopoleFieldMessenger | |
| CG4MonopoleFieldSetup | |
| CG4MonopolePhysics | |
| CG4MonopolePhysicsMessenger | |
| ►CG4MonopoleTransportation | |
| CG4ParticleDefinition | |
| CG4UIcommand | |
| CG4UImessenger | |
| CG4UserEventAction | |
| CG4UserLimits | |
| CG4UserRunAction | |
| CG4UserStackingAction | |
| CG4UserSteppingAction | |
| CG4UserTrackingAction | |
| CG4UserWorkerInitialization | |
| CG4VBiasingOperation | |
| CG4VBiasingOperator | |
| CG4VExtDecayer | |
| CG4VGFlashSensitiveDetector | |
| CG4VModularPhysicsList | |
| CG4VMscModel | |
| CG4VPhysicsConstructor | |
| CG4VProcess | |
| CG4VSensitiveDetector | |
| CG4VUserActionInitialization | |
| CG4VUserDetectorConstruction | |
| CG4VUserPhysicsList | |
| CG4VUserPrimaryGeneratorAction | |
| CG4VUserTrackInformation | |
| CTG4ActionInitialization | Action Initialization class (required for MT mode) |
| CTG4BiasingManager | The biasing manager |
| CTG4BiasingOperation | |
| CTG4BiasingOperator | |
| CTG4ComposedPhysicsList | The Geant4 VMC physics list builder |
| CTG4ComposedPhysicsMessenger | Messenger class that defines commands for Geant4 VMC composed physics list and related classes |
| CTG4CrossSectionManager | The manager class for accessing hadronic cross sections |
| CTG4CrossSectionMessenger | Messenger class that defines commands for TG4CrossSectionManager |
| CTG4DetConstruction | Detector construction for building geometry using TVirtualMCApplication |
| CTG4DetConstructionMessenger | Messenger class that defines commands for TG4DetConstruction |
| CTG4EmModelPhysics | Physics builder which activates a selected EM energy loss and/or fluctuations model |
| CTG4EmPhysicsList | The standard EM physics list |
| CTG4EventAction | Actions at the beginning and the end of event |
| CTG4EventActionMessenger | Messenger class that defines commands for TG4EventAction |
| CTG4ExtDecayer | Implements the G4VExtDecayer abstract class with the TVirtualMCDecayer |
| CTG4ExtDecayerMessenger | Messenger class that defines commands for the stack popper special process |
| CTG4ExtDecayerPhysics | The builder for external decayer |
| CTG4ExtraPhysicsList | The physics list with extra physics builders |
| CTG4FastSimulationPhysics | Physics builder which activates selected fast simulation models |
| CTG4Field | The class for constructing magnetic, electromagnetic and gravity fields which strength is defined via TVirtualMagField |
| CTG4G3ControlVector | Vector of control process values with convenient set/get methods |
| CTG4G3CutVector | Vector of kinetic energy cut values with convenient set/get methods |
| CTG4G3Defaults | Default G3 kinetic energy cuts and control process values |
| CTG4G3PhysicsManager | Provides a Geant3 way control to Geant4 physics |
| CTG4G3Units | G3 default units of physical quantities; |
| CTG4GeometryManager | The manager class for building Geant4 geometry depending on a selected user input |
| CTG4GeometryServices | Services for accessing to Geant4 geometry |
| CTG4GeoTrackManager | The manager class for collecting TGeo tracks for visualization |
| CTG4GflashFastSimulation | Special class for definition of Gflash fast simulation model |
| CTG4GflashFastSimulationMessenger | Messenger class that defines commands for the Gflash fast simulation model |
| CTG4GflashSensitiveDetector | Sensitive detector with Gflash |
| CTG4Globals | Basic types and functions of general use |
| CTG4HadronPhysicsList | The hadron physics list helper class |
| CTG4IntMap | The map container for integer numbers associated with names |
| CTG4Limits | Extended G4UserLimits class |
| CTG4MagneticField | The magnetic field defined via TVirtualMagField |
| CTG4MCGeometry | Geant4 implementation of the TVirtualMCGeometry interface |
| CTG4Medium | Helper class to keep medium data |
| CTG4MediumMap | The map of media to logical volumes |
| CTG4ModelConfiguration | A helper class to hold a configuration of a special physics model |
| CTG4ModelConfigurationManager | The model configuration vector with suitable setters and a messenger |
| CTG4ModelConfigurationMessenger | Messenger class that defines commands for the special physica models |
| CTG4NameMap | The map container for associated names |
| CTG4OpGeometryManager | Geant4 implementation of the TVirtualMC interface methods for definition of material properties for optical processes |
| CTG4ParticlesChecker | A helper class for comparing the basic particles properties in between Root and Geant4 |
| CTG4ParticlesCheckerMessenger | Messenger class that defines commands for TG4ParticlesChecker |
| CTG4ParticlesManager | Provides mapping between TDatabasePDG and Geant4 particles |
| CTG4PhysicsManager | Geant4 implementation of the TVirtualMC interface methods for building Geant4 physics and access to it |
| CTG4PrimaryGeneratorAction | Primary generator action defined via TVirtualMCStack and TVirtualMCApplication |
| CTG4PrimaryGeneratorMessenger | Messenger class that defines commands for TG4PrimaryGeneratorAction |
| CTG4ProcessMap | Maps G4 process sub types to TMCProcess and TG4G3Control codes |
| CTG4ProcessMapPhysics | The special builder which fills the VMC process map |
| CTG4RadiatorDescription | The radiator description |
| CTG4RegionsManager | Manager class for converting VMC cuts in energy in G4 regions |
| CTG4RegionsManager2 | Manager class for setting VMC cuts in energy in G4 regions |
| CTG4RegionsMessenger | Messenger class that defines commands for TG4RegionsManager[2] |
| CTG4RunAction | Actions at the beginning and the end of run |
| CTG4RunActionMessenger | Messenger class that defines commands for TG4RunAction |
| CTG4RunConfiguration | Takes care of creating Geant4 user action classes using VMC |
| CTG4RunManager | Geant4 implementation of the TVirtualMC interface methods for access to Geant4 at run level |
| CTG4RunMessenger | Messenger class that defines commands for TG4RunManager |
| CTG4SDConstruction | Sensitive detector construction |
| CTG4SDManager | Geant4 implementation of the TVirtualMC interface methods for access to Geant4 geometry related with sensitive detectors |
| CTG4SDMessenger | Messenger class that defines commands for the SD construction |
| CTG4SDServices | Sensitive detectors services |
| CTG4SensitiveDetector | Sensitive detector class for calling a user defined stepping function |
| CTG4SpecialControlsV2 | The manager class for G3 process controls |
| CTG4SpecialCutsForChargedHadron | Special process that activates kinetic energy cuts for charged hadrons |
| CTG4SpecialCutsForElectron | Special process that activates kinetic energy cuts for e- |
| CTG4SpecialCutsForGamma | Special process that activates kinetic energy cuts for gamma |
| CTG4SpecialCutsForMuon | Special process that activates kinetic energy cuts for muon |
| CTG4SpecialCutsForNeutralHadron | Special process that activates kinetic energy cuts for neutral hadrons |
| CTG4SpecialCutsForNeutron | Special process that activates kinetic energy cuts for neutrons, |
| CTG4SpecialCutsPhysics | The builder for special cuts process |
| CTG4SpecialPhysicsList | The Geant4 VMC special physics list helper class |
| CTG4SpecialStackingAction | Defines a special stacking mechanism |
| CTG4SpecialStackingActionMessenger | Messenger class that defines commands for TG4StackingAction |
| CTG4SpecialUrbanMscModel | Laszlo Urban model adapted for ALICE EMCAL requirements |
| CTG4StackPopper | The process which pops particles defined by user from the VMC stack and passes them to tracking |
| CTG4StackPopperMessenger | Messenger class that defines commands for the stack popper special process |
| CTG4StackPopperPhysics | The builder for stack popper process |
| CTG4StateManager | The manager class for application state |
| CTG4StepLimiterPhysics | The builder for step limiter process |
| CTG4StepManager | Geant4 implementation of the TVirtualMC interface methods for access to Geant4 at step level |
| CTG4SteppingAction | Actions at each step |
| CTG4SteppingActionMessenger | Messenger class that defines commands for TG4SteppingAction |
| CTG4TrackInformation | Defines additional track information |
| CTG4TrackingAction | Actions at the beginnig and at the end of track |
| CTG4TrackingActionMessenger | Messenger class that defines commands for TG4TrackingAction |
| CTG4TrackManager | The class for storing G4 tracks in VMC sack |
| CTG4TransitionRadiationPhysics | The builder for transition radiation processes |
| CTG4UICmdWithAComplexString | G4 command that takes up to three string values |
| CTG4UserIon | The class for user ion definition |
| CTG4UserParticle | The class for user particle definition |
| CTG4UserParticlesPhysics | The builder for user defined particles |
| CTG4Verbose | Base class for defining the verbose level and a common messenger |
| CTG4VerboseMessenger | Messenger class that defines commands for the verbose classes |
| CTG4VGMMessenger | Messenger class that defines commands for VGM XML Exporter |
| CTG4VisManager | Visualization manager class |
| CTG4VPhysicsConstructor | Abstract base class for physics constructors with verbose |
| CTG4VRegionsManager | Base class for mangers for converting VMC cuts in energy in G4 regions |
| CTG4VSpecialCuts | Abstract base class for a special process that activates kinetic energy cuts |
| CTG4VUserFastSimulation | The abstract base class which is used to build fast simulation models |
| CTG4VUserPostDetConstruction | The abstract base class for user defined class to customize geometry |
| CTG4VUserRegionConstruction | The abstract base class for user defined regions |
| CTG4WorkerInitialization | Actions at start and end of run on a worker (call in MT mode only) |
| CTGeant4 | Implementation of the TVirtualMC interface for Geant4 |
| CTVirtualMC | |
| CTVirtualMCGeometry |