Inheritance diagram for ERDecayEXP1803:

Collaboration diagram for ERDecayEXP1803:

Public Member Functions
void	SetMinStep (Double_t minStep)

void	SetTargetThickness (Double_t targetThickness)

void	SetH5Mass (Double_t mass)

void	SetH5Exitation (Double_t excMean, Double_t fwhm, Double_t distibWeight)

void	PhaseGenerator (Double_t Ecm, Double_t h5Mass)
	Body decay in phase space approach. More...

void	SetAngularDistribution (TString ADfile)
	Sets distribution is contained in file. More...

Bool_t	Init ()

Bool_t	Stepping ()

void	BeginEvent ()

void	FinishEvent ()

Public Member Functions inherited from ERDecay
	ERDecay (TString name)

TString	GetName () const

void	SetInteractionVolumeName (TString name)
	Defines name of volume where occures interaction of ion. More...

void	SetNuclearInteractionLength (Double_t lambda)
	Defines nuclear interaction length. More...

void	SetMaxPathLength (Double_t pathLength)
	Defines maximum path length for particles in the volume that is defined in SetInteractionVolumeName(). In macro, method must be called after SetNuclearInteractionLength(). More...

TString	GetInteractionVolumeName ()
	Method returns interaction volume name.

void	SetDecayPosZ (Double_t pos)

void	SetInputIon (Int_t A, Int_t Z, Int_t Q)

void	SetUniformPos (Double_t a, Double_t b)

void	SetExponentialPos (Double_t start, Double_t tau)

void	SetDecayVolume (TString name)

void	SetStep (Double_t step)

void	SetTargetMass (Double_t targetMass)

TString	GetName ()

Private Member Functions
Double_t	ADEvaluate (Double_t x, Double_t p)
	function describing AD (angular distribution) of binary reaction

Private Attributes
TRandom3 *	fRnd

TRandom3 *	fRnd2

TParticlePDG *	f6He

TParticlePDG *	f2H

TParticlePDG *	f3He

TParticlePDG *	f5H

TParticlePDG *	f3H

TParticlePDG *	fn

TLorentzVector *	fLv3He

TLorentzVector *	fLv5H

FairIon *	fIon3He

FairIon *	fUnstableIon5H

TGenPhaseSpace *	fReactionPhaseSpace

TGenPhaseSpace *	fDecayPhaseSpace

Double_t	fTargetReactZ

Double_t	fMinStep

Double_t	fTargetThickness

Bool_t	fDecayFinish

std::vector< Double_t >	f5HExcitationMean

std::vector< Double_t >	f5HExcitationSigma

std::vector< Double_t >	f5HExcitationWeight

Double_t	f5HMass

Bool_t	fIs5HUserMassSet

Bool_t	fIs5HExcitationSet

TGraph *	fADInput

TF1 *	fADFunction
	distribution (angular distribution) graph containing AD input

Additional Inherited Members
Protected Member Functions inherited from ERDecay
Bool_t	FindInteractionPoint ()

void	CalculateTargetParameters ()

void	AddParticleToStack (Int_t pdg, TLorentzVector pos, TLorentzVector state)

Protected Attributes inherited from ERDecay
Bool_t	fIsInterationPointFound

Double_t	fDistanceToInteractPoint

Double_t	fDistanceFromEntrance

TString	fName

TRandom3 *	fRnd

Bool_t	fUniform

Float_t	fUniformA

Float_t	fUniformB

Bool_t	fExponential

Float_t	fExponentialStart

Float_t	fExponentialTau

TString	fVolumeName

Double_t	fStep

Double_t	fTargetMass

TString	fInputIonName

TParticlePDG *	fInputIonPDG

Double_t	fDecayPosZ

TLorentzVector	fDecayPos

Bool_t	fDecayFinish

Detailed Description

Definition at line 22 of file ERDecayEXP1803.h.

Member Function Documentation

void ERDecayEXP1803::PhaseGenerator	(	Double_t	Ecm,
		Double_t	h5Mass
	)

Body decay in phase space approach.

Parameters

Ecm	Total energy in CM. h5Mass H5 ion mass.

Definition at line 280 of file ERDecayEXP1803.cxx.

void ERDecayEXP1803::SetAngularDistribution ( TString ADfile )

Sets distribution is contained in file.

Parameters

ADfile file with angular distribution.

Definition at line 321 of file ERDecayEXP1803.cxx.

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