Task Class for building Bursts of events in the simulation. More...

#include <PndBranchBurstBuilder_timeCut_STB.h>

Inheritance diagram for PndBranchBurstBuilder_timeCut_STB:

Public Member Functions
	PndBranchBurstBuilder_timeCut_STB ()

virtual	~PndBranchBurstBuilder_timeCut_STB ()

virtual InitStatus	Init ()

virtual TClonesArray *	GetBurstData (size_t branchNum)
	Method to collect the data of full Burst for an Single Branch. inBranchNum state the position in the InputBranchName vector. More...

void	SetTimePeriod (double val)

virtual void	FinishTask ()

Public Member Functions inherited from PndBranchBurstBuilder
	PndBranchBurstBuilder ()

virtual	~PndBranchBurstBuilder ()

virtual void	Exec (Option_t *opt)

void	SetOutputPrefix (TString prefix)
	Set OutputBranchName prefix. Default one is "Burst". More...

void	AddInputBranch (TString branchName)
	Set and add the branches for which you want to combine events. More...

void	SetPersistence (Bool_t val)
	Set Persistance to kTRUE if you want to store the combined Events. otherwise they are just buffered for the direct use of other tasks in the same run. More...

Protected Member Functions
	ClassDef (PndBranchBurstBuilder_timeCut_STB, 0)

Protected Member Functions inherited from PndBranchBurstBuilder
	ClassDef (PndBranchBurstBuilder, 0)

Protected Attributes
double	fTimePeriod

double	fBurstNum

bool	fWriteOut

std::vector< TClonesArray * >	fTempArrays

Protected Attributes inherited from PndBranchBurstBuilder
std::vector< TString >	fInBranchNames

std::vector< TClonesArray * >	fInArrays

std::vector< TClonesArray * >	fOutArrays

TString	fOutputPrefix

Bool_t	fPersistence

Detailed Description

Task Class for building Bursts of events in the simulation.

This Version contains a workaround for "semi-timebased branches" of the PndBranchBurstBuilder_timeCut It checks if the fastest hit of an event occurs within a defined time window and combines these events into Bursts As the Event based output, the data in the Bursts are not sorted in time! Attention: to Keep this workaround simple not every potential case is taken into account. If the used time windows are to small so that maybe no event occurs, unwanted splitting of events within the next Burst will happen!