BDSGlobalConstants Class Reference

a class that holds global options and constants More...

#include <BDSGlobalConstants.hh>

Collaboration diagram for BDSGlobalConstants:

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Public Member Functions
	~BDSGlobalConstants ()
G4bool	GetDoPlanckScattering () const
G4bool	GetCheckOverlaps () const
G4double	GetMinimumEpsilonStep () const
G4double	GetMaximumEpsilonStep () const
G4double	GetMaxTime () const
G4double	GetDeltaOneStep () const
G4String	StringFromInt (G4int anInt) const
G4String	StringFromDigit (G4int anInt) const
G4ParticleDefinition *	GetParticleDefinition () const
void	SetParticleDefinition (G4ParticleDefinition *aBeamParticleDefinition)
G4String	GetParticleName () const
void	SetParticleName (G4String aParticleName)
G4double	GetLPBFraction () const
G4double	GetElossHistoBinWidth () const
G4double	GetElossHistoTransBinWidth () const
G4double	GetDefaultRangeCut () const
G4double	GetFFact () const
	magnetic field switch flag
G4double	GetBeamKineticEnergy () const
void	SetBeamKineticEnergy (G4double val)
G4double	GetBeamTotalEnergy () const
void	SetBeamTotalEnergy (G4double val)
G4double	GetBeamMomentum () const
void	SetBeamMomentum (G4double val)
G4double	GetParticleKineticEnergy () const
void	SetParticleKineticEnergy (G4double val)
G4double	GetParticleTotalEnergy () const
G4double	GetParticleMomentum () const
void	SetParticleMomentum (G4double val)
G4double	GetPlanckScatterFe () const
G4double	GetGammaToMuFe () const
G4double	GetAnnihiToMuFe () const
G4double	GetEeToHadronsFe () const
G4bool	GetSampleDistRandomly () const
G4bool	GetGeometryBias () const
G4bool	GetUseEMLPB () const
G4bool	GetUseHadLPB () const
G4bool	GetSensitiveComponents () const
G4bool	GetSensitiveBeamPipe () const
G4bool	GetSensitiveBLMs () const
G4double	GetComponentBoxSize () const
BDSMagnetGeometryType	GetMagnetGeometryType () const
G4String	GetOuterMaterialName () const
G4double	GetOuterDiameter () const
G4double	GetMagnetPoleSize () const
G4double	GetMagnetPoleRadius () const
G4double	GetBlmRad () const
G4double	GetBlmLength () const
G4double	GetBeamPipeRadius () const
	Beampipe.
G4double	GetAper1 () const
G4double	GetAper2 () const
G4double	GetAper3 () const
G4double	GetAper4 () const
G4double	GetBeamPipeThickness () const
G4double	GetSamplerDiameter () const
	Sampler.
G4double	GetSamplerLength () const
G4double	GetDeltaIntersection () const
	Chord stepping.
G4double	GetDeltaChord () const
G4double	GetChordStepMinimum () const
G4double	GetThresholdCutCharged () const
	Threshold and Production cuts.
G4double	GetThresholdCutPhotons () const
G4double	GetProdCutPhotons () const
G4double	GetProdCutPhotonsP () const
G4double	GetProdCutPhotonsA () const
G4double	GetProdCutElectrons () const
G4double	GetProdCutElectronsP () const
G4double	GetProdCutElectronsA () const
G4double	GetProdCutPositrons () const
G4double	GetProdCutPositronsP () const
G4double	GetProdCutPositronsA () const
G4String	GetPhysListName () const
G4bool	GetSynchRadOn () const
G4bool	GetDecayOn () const
G4bool	GetSynchTrackPhotons () const
G4double	GetSynchLowX () const
G4double	GetSynchLowGamE () const
G4int	GetSynchPhotonMultiplicity () const
G4int	GetSynchMeanFreeFactor () const
G4double	GetLaserwireWavelength () const
G4ThreeVector	GetLaserwireDir () const
G4double	GetLaserwireWavelength (G4String aName) const
G4ThreeVector	GetLaserwireDir (G4String aName) const
void	SetLaserwireWavelength (G4String aName, G4double aWavelength)
void	SetLaserwireDir (G4String aName, G4ThreeVector aDirection)
G4bool	GetLaserwireTrackPhotons () const
G4bool	GetLaserwireTrackElectrons () const
G4bool	GetTurnOnCerenkov () const
G4bool	GetTurnOnOpticalAbsorption () const
G4bool	GetTurnOnRayleighScattering () const
G4bool	GetTurnOnMieScattering () const
G4bool	GetTurnOnOpticalSurface () const
G4bool	GetTurnOnBirksSaturation () const
G4double	GetScintYieldFactor () const
G4bool	GetStoreMuonTrajectories () const
G4double	GetTrajCutGTZ () const
G4double	GetTrajCutLTR () const
G4bool	GetStoreNeutronTrajectories () const
G4bool	GetStoreTrajectory () const
G4bool	GetIncludeIronMagFields () const
G4bool	GetStopTracks () const
G4double	GetLengthSafety () const
G4long	GetRandomSeed () const
G4int	GetNumberToGenerate () const
void	SetNumberToGenerate (G4int)
G4int	GetNumberOfEventsPerNtuple () const
G4int	GetEventNumberOffset () const
G4FieldManager *	GetZeroFieldManager () const
void	setWaitingForDump (G4bool flag)
G4bool	getWaitingForDump () const
G4bool	getDumping () const
G4bool	getReading () const
void	setReadFromStack (G4bool flag)
G4bool	getReadFromStack () const
G4String	GetFifo () const
G4int	GetTurnsTaken () const
void	IncrementTurnNumber ()
void	ResetTurnNumber ()
G4int	GetTurnsToTake () const
G4AffineTransform	GetDumpTransform () const
void	SetDumpTransform (G4AffineTransform tf)
G4double	GetSMax () const
void	SetSMax (G4double)
G4ThreeVector	GetTeleporterDelta () const
void	SetTeleporterDelta (G4ThreeVector newteleporterdelta)
void	SetTeleporterLength (G4double newteleporterlength)
G4double	GetTeleporterLength () const
BDSLogicalVolumeInfo *	GetLogicalVolumeInfo (G4LogicalVolume *logvolpointer) const
std::map< G4LogicalVolume *, BDSLogicalVolumeInfo * > *	LogicalVolumeInfo ()
void	AddLogicalVolumeInfo (G4LogicalVolume *logvolpointer, BDSLogicalVolumeInfo *bdslogvolinfo)
BDSParticle	GetInitialPoint () const
	initial particle
void	SetInitialPoint (BDSParticle &particle)
G4RotationMatrix *	RotY90 () const
G4RotationMatrix *	RotYM90 () const
G4RotationMatrix *	RotX90 () const
G4RotationMatrix *	RotXM90 () const
G4RotationMatrix *	RotYM90X90 () const
G4RotationMatrix *	RotYM90XM90 () const
G4double	GetLWCalWidth () const
G4double	GetLWCalOffset () const
BDSBeamPipeType	GetApertureType () const
G4String	GetBeamPipeMaterialName () const
G4String	GetVacuumMaterial () const
G4String	GetEmptyMaterial () const
G4VisAttributes *	GetInvisibleVisAttr () const
G4VisAttributes *	GetVisibleDebugVisAttr () const
G4UserLimits *	GetDefaultUserLimits () const
Static Public Member Functions
static BDSGlobalConstants *	Instance ()
	access method
Data Fields
G4bool	stopTracks
std::deque< BDSParticle >	holdingQueue
std::deque< BDSParticle >	outputQueue
std::deque< BDSParticle >	transformedQueue
Protected Member Functions
	BDSGlobalConstants (struct Options &)
Private Member Functions
void	InitRotationMatrices ()
void	InitVisAttributes ()
void	InitDefaultUserLimits ()
void	SetLPBFraction (G4double val)
Private Attributes
G4UniformMagField *	zeroMagField
G4double	itsElossHistoBinWidth
G4double	itsElossHistoTransBinWidth
G4double	itsDefaultRangeCut
G4double	itsFFact
G4String	itsParticleName
G4ParticleDefinition *	itsBeamParticleDefinition
G4double	itsBeamTotalEnergy
	reference beam energy
G4double	itsBeamMomentum
G4double	itsBeamKineticEnergy
G4double	itsParticleTotalEnergy
	particle energy
G4double	itsParticleMomentum
G4double	itsParticleKineticEnergy
G4double	itsLPBFraction
G4double	itsPlanckScatterFe
G4double	itsGammaToMuFe
G4double	itsAnnihiToMuFe
G4double	itsEeToHadronsFe
G4bool	itsSampleDistRandomly
G4bool	itsGeometryBias
G4bool	itsUseEMLPB
G4bool	itsUseHadLPB
G4double	itsMinimumEpsilonStep
G4double	itsMaximumEpsilonStep
G4double	itsMaxTime
G4double	itsDeltaOneStep
BDSMagnetGeometryType	itsMagnetGeometryType
G4String	itsOuterMaterialName
G4double	itsOuterDiameter
G4double	itsMagnetPoleSize
G4double	itsMagnetPoleRadius
G4bool	itsSensitiveComponents
G4bool	itsSensitiveBeamPipe
G4bool	itsSensitiveBLMs
G4double	itsBlmRad
G4double	itsBlmLength
G4double	itsBeamPipeRadius
G4double	itsAper1
G4double	itsAper2
G4double	itsAper3
G4double	itsAper4
G4double	itsBeamPipeThickness
G4double	itsSamplerDiameter
G4double	itsSamplerLength
G4double	itsDeltaIntersection
G4double	itsDeltaChord
G4double	itsChordStepMinimum
G4double	itsThresholdCutCharged
G4double	itsThresholdCutPhotons
G4double	itsProdCutPhotons
G4double	itsProdCutPhotonsP
G4double	itsProdCutPhotonsA
G4double	itsProdCutElectrons
G4double	itsProdCutElectronsP
G4double	itsProdCutElectronsA
G4double	itsProdCutPositrons
G4double	itsProdCutPositronsP
G4double	itsProdCutPositronsA
G4String	itsPhysListName
G4bool	itsSynchRadOn
G4bool	itsDecayOn
G4bool	itsSynchTrackPhotons
G4double	itsSynchLowX
G4double	itsSynchLowGamE
G4int	itsSynchMeanFreeFactor
G4int	itsSynchPhotonMultiplicity
std::map< const G4String, G4double, strCmp >	lwWavelength
std::map< const G4String, G4ThreeVector, strCmp >	lwDirection
G4double	itsLaserwireWavelength
G4ThreeVector	itsLaserwireDir
G4bool	itsLaserwireTrackPhotons
G4bool	itsLaserwireTrackElectrons
G4bool	itsTurnOnCerenkov
G4bool	itsTurnOnOpticalAbsorption
G4bool	itsTurnOnRayleighScattering
G4bool	itsTurnOnMieScattering
G4bool	itsTurnOnOpticalSurface
G4bool	itsTurnOnBirksSaturation
G4double	itsScintYieldFactor
G4bool	itsDoPlanckScattering
G4bool	itsCheckOverlaps
G4bool	itsStoreMuonTrajectories
G4double	itsTrajCutGTZ
G4double	itsTrajCutLTR
G4bool	itsStoreTrajectory
G4bool	itsStoreNeutronTrajectories
G4bool	itsIncludeIronMagFields
G4double	itsLengthSafety
G4long	itsRandomSeed
G4int	itsNumberToGenerate
G4int	itsNumberOfEventsPerNtuple
G4int	itsEventNumberOffset
G4FieldManager *	itsZeroFieldManager
G4RotationMatrix *	_RotY90
G4RotationMatrix *	_RotYM90
G4RotationMatrix *	_RotX90
G4RotationMatrix *	_RotXM90
G4RotationMatrix *	_RotYM90X90
G4RotationMatrix *	_RotYM90XM90
G4VisAttributes *	invisibleVisAttr
G4VisAttributes *	visibleDebugVisAttr
G4UserLimits *	defaultUserLimits
G4double	itsLWCalWidth
G4double	itsLWCalOffset
BDSBeamPipeType	itsApertureType
G4String	itsBeamPipeMaterial
G4String	itsVacuumMaterial
G4String	itsEmptyMaterial
G4bool	isWaitingForDump
G4bool	isDumping
G4bool	isReading
G4bool	isReadFromStack
G4String	itsFifo
G4AffineTransform	itsDumpTransform
G4int	itsTurnsTaken
G4int	itsTurnsToTake
G4ThreeVector	teleporterdelta
G4double	teleporterlength
G4double	itsSMax
std::map< G4LogicalVolume *, BDSLogicalVolumeInfo * >	logicalvolumeinfo
BDSParticle	itsInitialPoint
	initial particle
Static Private Attributes
static BDSGlobalConstants *	_instance = 0

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Detailed Description

a class that holds global options and constants

singleton pattern

Definition at line 36 of file BDSGlobalConstants.hh.

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Field Documentation

G4double BDSGlobalConstants::itsFFact [private]

fudge factor, flips magnetic fields in elements (except for bends and kicks defined by angle, so that opposite charge and ffact -1 will produce same trajectory) similar to BV flag in MadX

Definition at line 247 of file BDSGlobalConstants.hh.

Referenced by BDSGlobalConstants(), and GetFFact().

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The documentation for this class was generated from the following files:

• /scratch0/jsnuveri/BDSIM/BDSIMgit/bdsim/include/BDSGlobalConstants.hh
• /scratch0/jsnuveri/BDSIM/BDSIMgit/bdsim/src/BDSGlobalConstants.cc

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