TMCProcess.h File Reference

#include "Rtypes.h"

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Enumerations
enum	TMCProcess {   kPPrimary = 0, kPMultipleScattering = 1, kPCoulombScattering = 45, kPEnergyLoss = 2,   kPMagneticFieldL = 3, kPDecay = 4, kPPair = 5, kPCompton = 6,   kPPhotoelectric = 7, kPBrem = 8, kPDeltaRay = 9, kPAnnihilation = 10,   kPAnnihilationRest = 11, kPAnnihilationFlight = 12, kPHadronic = 13, kPEvaporation = 14,   kPNuclearFission = 15, kPNuclearAbsorption = 16, kPPbarAnnihilation = 17, kPNbarAnnihilation = 18,   kPNCapture = 19, kPHElastic = 20, kPHIElastic = 21, kPHCElastic = 22,   kPHInhelastic = 23, kPPhotonInhelastic = 24, kPMuonNuclear = 25, kPElectronNuclear = 26,   kPPositronNuclear = 27, kPPhotoNuclear = 46, kPTOFlimit = 28, kPPhotoFission = 29,   kPRayleigh = 30, kPNull = 31, kPStop = 32, kPLightAbsorption = 33,   kPLightDetection = 34, kPLightScattering = 35, kPLightWLShifting = 48, kStepMax = 36,   kPCerenkov = 37, kPFeedBackPhoton = 38, kPLightReflection = 39, kPLightRefraction = 40,   kPSynchrotron = 41, kPScintillation = 42, kPTransitionRadiation = 49, kPTransportation = 43,   kPUserDefined = 47, kPNoProcess = 44 }
	VMC physics process codes. More...

Variables
const Int_t	kMaxMCProcess = 50
static const char *const	TMCProcessName [kMaxMCProcess]

Enumeration Type Documentation

TMCProcess

enum TMCProcess

VMC physics process codes.

Enumerator
kPPrimary	Primary interaction.
kPMultipleScattering	multiple scattering
kPCoulombScattering	single Coulomb scattering
kPEnergyLoss	continuous energy loss
kPMagneticFieldL	bending in mag. field
kPDecay	particle decay
kPPair	photon pair production or muon direct pair production
kPCompton	Compton scattering.
kPPhotoelectric	photoelectric effect
kPBrem	bremsstrahlung
kPDeltaRay	delta-ray production
kPAnnihilation	positron annihilation
kPAnnihilationRest	positron annihilation at rest
kPAnnihilationFlight	positron annihilation in flight
kPHadronic	hadronic interaction
kPEvaporation	nuclear evaporation
kPNuclearFission	nuclear fission
kPNuclearAbsorption	nuclear absorption
kPPbarAnnihilation	antiproton annihilation
kPNbarAnnihilation	antineutron annihilation
kPNCapture	neutron capture
kPHElastic	hadronic elastic scattering
kPHIElastic	hadronic elastic incoherent scattering
kPHCElastic	hadronic elastic coherent scattering
kPHInhelastic	hadronic inelastic scattering
kPPhotonInhelastic	photon inelastic scattering
kPMuonNuclear	muon nuclear interaction
kPElectronNuclear	electron nuclear interaction
kPPositronNuclear	positron nuclear interaction
kPPhotoNuclear	photo nuclear interaction
kPTOFlimit	exceeded time of flight cut
kPPhotoFission	nuclear photofission
kPRayleigh	Rayleigh scattering.
kPNull	no mechanism is active, usually at the entrance of a new volume
kPStop	particle has fallen below energy threshold and tracking stops
kPLightAbsorption	Cerenkov photon absorption.
kPLightDetection	Optical photon detection (absorption + photoelectron production)
kPLightScattering	Cerenkov photon reflection/refraction.
kPLightWLShifting	Optical photon wavelength shifting.
kStepMax	step limited by STEMAX
kPCerenkov	Cerenkov photon generation.
kPFeedBackPhoton	Feed back photon in RICH – ALICE specific.
kPLightReflection	Cerenkov photon reflection.
kPLightRefraction	Cerenkov photon refraction or dichroic mirror transmission.
kPSynchrotron	synchrotron radiation generation
kPScintillation	scintillation
kPTransitionRadiation	transition radiation
kPTransportation	Transportation.
kPUserDefined	User defined process.
kPNoProcess	unknown process

Definition at line 23 of file TMCProcess.h.

Variable Documentation

kMaxMCProcess

const Int_t kMaxMCProcess = 50

Definition at line 20 of file TMCProcess.h.

TMCProcessName

const char* const TMCProcessName[kMaxMCProcess]

static

Definition at line 91 of file TMCProcess.h.