Inheritance diagram for PEmbeddedParticles:

Public Member Functions
	PEmbeddedParticles ()
Bool_t	Modify (PParticle *stack, int decay_done, int *num, int stacksize)
Bool_t	AddParticle (PParticle *particle, int downsc=1)
Bool_t	SetSampling (Double_t pMin, Double_t pMax, Double_t openingAngle, Double_t theta, Double_t phi, Double_t mMin=0., Double_t mMax=-.1)
Bool_t	SetSamplingSector (Double_t pMin, Double_t pMax, Double_t thetaMin, Double_t thetaMax, Double_t phiMin, Double_t phiMax, Double_t phiStartVal, Int_t numParticle, Double_t deltaPhi=60., Int_t numSectors=6)
Public Member Functions inherited from PBulkInterface
	PBulkInterface ()
void	SetWeight (Double_t c)
Double_t	GetWeight (void)
void	SetPriority (Int_t p)
Int_t	GetPriority ()
void	SetTree (TTree *my_tree)
TTree *	GetTree (void)
void	SetSizeBranches (Int_t *my_size_branches)
void	SetKeysBranches (Int_t *my_key_branches)
void	SetBranchNum (Int_t i, Int_t *my_size)
void	SetBranchArray (Int_t i, PParticle **my_particle)
Int_t *	GetSizeBranches ()
Int_t *	GetKeysBranches ()
Int_t *	GetBranchNum (Int_t i)
PParticle **	GetBranchArray (Int_t i)

Additional Inherited Members
Protected Attributes inherited from PBulkInterface
Double_t	current_weight
Int_t	bulk_id
Int_t	fPriority
TTree *	tree
Int_t *	size_branches
Int_t *	key_branches
Int_t *	current_size_branches [MAX_NUM_BRANCHES]
PParticle **	particle_array_branches [MAX_NUM_BRANCHES]

Detailed Description

Definition at line 13 of file PEmbeddedParticles.h.

Constructor & Destructor Documentation

PEmbeddedParticles::PEmbeddedParticles ( )

Bool_t PEmbeddedParticles::AddParticle	(	PParticle *	particle,
		int	downsc = 1 )

Bool_t PEmbeddedParticles::Modify	(	PParticle **	stack,
		int *	decay_done,
		int *	num,
		int	stacksize )

virtual

Reimplemented from PBulkInterface.

Bool_t PEmbeddedParticles::SetSampling	(	Double_t	pMin,
		Double_t	pMax,
		Double_t	openingAngle,
		Double_t	theta,
		Double_t	phi,
		Double_t	mMin = 0.,
		Double_t	mMax = -.1 )

Bool_t PEmbeddedParticles::SetSamplingSector	(	Double_t	pMin,
		Double_t	pMax,
		Double_t	thetaMin,
		Double_t	thetaMax,
		Double_t	phiMin,
		Double_t	phiMax,
		Double_t	phiStartVal,
		Int_t	numParticle,
		Double_t	deltaPhi = 60.,
		Int_t	numSectors = 6 )

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