RedoTreeConverter Class Reference

Inheritance diagram for RedoTreeConverter:

Public Member Functions
virtual bool	Initialize ()
virtual void	Reset ()
	Reset the trees in the TChain and the number of entries. Also the header (POT, etc)
virtual void	DefineBranches ()
	Define the branches to be read from the input tree.
Int_t	GetSpill (Long64_t &entry, AnaSpillC *&spill)
Int_t	GetEvent (Long64_t &entry, AnaEventC *&event)
void	IncrementPOTBySpill ()
virtual bool	AddFileToTChain (const std::string &inputString)
	Add the file specified to fChain, and any friend chains that were set up.
Long64_t	GetEntries ()
	Return the total number of entries in the chain.
virtual AnaSpillB *	MakeSpill ()
virtual AnaBunchB *	MakeBunch ()
virtual AnaBeamB *	MakeBeam ()
virtual AnaDataQualityB *	MakeDataQuality ()
virtual AnaEventInfoB *	MakeEventInfo ()
virtual AnaVertexB *	MakeVertex ()
virtual AnaTrueParticleB *	MakeTrueParticle ()
virtual AnaTrueVertexB *	MakeTrueVertex ()
virtual AnaTrackB *	MakeTrack ()
virtual AnaTPCParticleB *	MakeTpcTrack ()
virtual AnaTrackerTrackB *	MakeTrackerTrack ()
virtual AnaFGDParticleB *	MakeFgdTrack ()
virtual AnaP0DParticleB *	MakeP0dTrack ()
virtual AnaECALParticleB *	MakeEcalTrack ()
virtual AnaSMRDParticleB *	MakeSmrdTrack ()
virtual AnaFgdTimeBinB *	MakeFgdTimeBin ()
void	FillEventInfo (AnaEventB *event)
void	FillEventSpillInfo (AnaEventB *event)
virtual void	FillInfo (AnaSpillB *spill)
virtual void	FillBunchInfo (std::vector< AnaTrueParticleB *> &trueParticles, AnaBunchB *bunch)
virtual void	FillFgdTimeBinInfo (AnaEventB *event)
virtual void	FillTrackInfo (AnaEventB *event, int itrk, AnaTrackB *track)
virtual void	FillTrueParticleInfo (AnaEventB *event, int itrk, AnaTrueParticleB *track)
virtual void	FillTpcInfo (AnaEventB *event, int itrk, int tpc, AnaTPCParticleB *track)
virtual void	FillFgdTimeBinInfo (std::vector< AnaFgdTimeBinB *> &AnaFgdTimeBins)
virtual void	FillTrackInfo (std::vector< AnaTrueParticleB *> &trueParticles, int itrk, AnaTrackB *track)
virtual void	FillTrueParticleInfo (std::vector< AnaTrueVertexB *> &trueVertices, int itrk, AnaTrueParticleB *track)
virtual void	FillTpcInfo (std::vector< AnaTrueParticleB *> &trueParticles, int itrk, int tpc, AnaTPCParticleB *track)
virtual void	FillFgdInfo (int itrk, int fgd, AnaFGDParticleB *track)
virtual void	FillEcalInfo (int itrk, int ecal, AnaECALParticleB *track)
virtual void	FillSmrdInfo (int itrk, int smrd, AnaSMRDParticleB *track)
virtual void	FillP0dInfo (int itrk, int p0d, AnaP0DParticleB *track)
void	FillSubdetectorInfo (AnaEventB *event, int itrk, AnaTrackB *track)
virtual void	FillSubdetectorInfo (std::vector< AnaTrueParticleB *> &trueParticles, int itrk, AnaTrackB *track)
virtual void	FillTrueVertexInfo (int ivtx, AnaTrueVertexB *vertex)
virtual bool	FillTrueVertexRooInfo (AnaTrueVertexB *)
virtual void	FillDQInfo (AnaDataQualityB *dq)
virtual void	FillBeamInfo (AnaBeamB *beam)
void	FindTrueParticle (AnaEventB *event, int ID, AnaTrueObjectC *&trueParticle)
void	FindTrueParticle (std::vector< AnaTrueParticleB *> &trueParticles, int ID, AnaTrueObjectC *&trueParticle)
virtual void	FillVertexInfo (int ivtx, AnaVertexB *vertex, AnaBunchB *bunch)
void	FillVertexInfo (int ivtx, AnaVertexB *vertex, AnaEventB *event)
virtual AnaParticleB *	FindParticle (int ID, AnaBunchB *bunch)
AnaParticleB *	FindParticle (int ID, AnaEventB *event)
Public Member Functions inherited from InputConverter
	InputConverter (const std::string &name)
	Constrctor provided a name.
virtual	~InputConverter ()
	Everyone should have a destructor...
const std::string &	GetTreeName ()
	returns the name of the tree to convert
const std::string &	Name () const
	Return the name of this converter.
void	SetName (const std::string &name)
	Set the name of this converter, which is used internally by the InputManager.
virtual Long64_t	LoadTree (Long64_t entry)
	Handle loading the correct entry from fChain.
virtual Int_t	GetNEvents (Int_t entries=-1)
	Return the total number of events for a given number of entries in the tree.
virtual bool	IsCorrectType (const std::string &inputString)
	Whether the implementation can handle the specified file.
virtual void	SetCosmicMode (const bool cosmic)
bool	HasChain (const std::string &name)
void	AddChain (const std::string &name, const std::string &name_path="")
TChain *	GetChain (const std::string &name="")
Header &	header ()
	Returns the Header manager.

Protected Attributes
bool	_firstFile
Int_t	_entry_roo
TString	_currentfilename
AnaSpillB *	_spill
AnaEventB *	_prevEvent
TChain *	flattree
TChain *	GRooTrackerVTX
TChain *	NRooTrackerVTX
bool	fGenie
bool	fNeut
Int_t	sRun
Int_t	sSubrun
Int_t	sEvt
Int_t	sEventTime
Int_t	sNTotalTrueParticles
Int_t	sNTotalTrueVertices
Int_t	sBeamSpill
Int_t	sBeamSpillNumber
Int_t	sBeamGoodSpill
Int_t	sBeamBeamRunNumber
Int_t	sDQGoodDaq
Int_t	sDQND280Flag
Int_t	sDQDetFlag [7]
Int_t	sTriggerFGDCosmic
Int_t	sTriggerTripTCosmic
Int_t	sNTrueVertices
Int_t	sTrueVertexID [NMAXTRUEVERTICES]
Int_t	sTrueVertexRooVtxIndex [NMAXTRUEVERTICES]
Int_t	sTrueVertexRooVtxEntry [NMAXTRUEVERTICES]
Int_t	sTrueVertexReacCode [NMAXTRUEVERTICES]
Int_t	sTrueVertexNTrueParticles [NMAXTRUEVERTICES]
Int_t	sTrueVertexNReconTracks [NMAXTRUEVERTICES]
Int_t	sTrueVertexNReconVertices [NMAXTRUEVERTICES]
Int_t	sTrueVertexNBaryons [NMAXTRUEVERTICES]
Int_t	sTrueVertexBunch [NMAXTRUEVERTICES]
Int_t	sTrueVertexDetector [NMAXTRUEVERTICES]
Int_t	sTrueVertexNuPDG [NMAXTRUEVERTICES]
Int_t	sTrueVertexTargetPDG [NMAXTRUEVERTICES]
Int_t	sNTrueParticles
Int_t	sTrueVertexNuParentPDG [NMAXTRUEVERTICES]
Int_t	sTrueParticleID [NMAXTRUEPARTICLES]
Int_t	sTrueParticleBunch [NMAXTRUEPARTICLES]
Int_t	sTrueParticlePDG [NMAXTRUEPARTICLES]
Int_t	sTrueParticleParentPDG [NMAXTRUEPARTICLES]
Int_t	sTrueParticleGParentPDG [NMAXTRUEPARTICLES]
Int_t	sTrueParticlePrimaryID [NMAXTRUEPARTICLES]
Int_t	sTrueParticleParentID [NMAXTRUEPARTICLES]
Int_t	sTrueParticleVertexIndex [NMAXTRUEPARTICLES]
Int_t	sTrueParticleTruthVertexID [NMAXTRUEPARTICLES]
Int_t	sTrueParticleNReconTracks [NMAXTRUEPARTICLES]
Int_t	sTrueParticleNDetCrossings [NMAXTRUEPARTICLES]
Int_t	sTrueParticleDetector [NMAXTRUEPARTICLES][NMAXCROSSEDDET]
Int_t	sTrueParticleInActive [NMAXTRUEPARTICLES][NMAXCROSSEDDET]
Int_t	sTrueParticleIsTruePrimaryPi0DecayPhoton [NMAXTRUEPARTICLES]
Int_t	sTrueParticleIsTruePrimaryPi0DecayPhotonChild [NMAXTRUEPARTICLES]
Int_t	sNFgdTimeBins
Int_t	sFgdTimeBinNHits1 [NMAXFGDTIMEBINS]
Int_t	sFgdTimeBinNHits2 [NMAXFGDTIMEBINS]
Int_t	sFgdTimeBinG4ID [NMAXFGDTIMEBINS]
Int_t	Bunch
Int_t	NVertices
Int_t	vPrimaryIndex [NMAXVERTICES]
Int_t	vBunch [NMAXVERTICES]
Int_t	vNDOF [NMAXVERTICES]
Int_t	vNReconParticles [NMAXVERTICES]
Int_t	vNTrueVerticesMatch [NMAXVERTICES]
Int_t	vParticlesUniqueID [NMAXVERTICES][NMAXPARTICLESINVERTEX]
Int_t	vTrueVertexIndex [NMAXVERTICES][NMAXTRUEVERTICESMATCH]
Int_t	NParticles
Int_t	trUniqueID [NMAXPARTICLES]
Int_t	trStatus [NMAXPARTICLES]
Int_t	trBunch [NMAXPARTICLES]
Int_t	trNReconVertices [NMAXPARTICLES]
Int_t	trDetectors [NMAXPARTICLES]
Int_t	trDetUsed [NMAXPARTICLES][NDETECTORS]
Int_t	trNTPCs [NMAXPARTICLES]
Int_t	trNFGDs [NMAXPARTICLES]
Int_t	trNECALs [NMAXPARTICLES]
Int_t	trNSMRDs [NMAXPARTICLES]
Int_t	trNP0Ds [NMAXPARTICLES]
Int_t	trNHits [NMAXPARTICLES]
Int_t	trNNodes [NMAXPARTICLES]
Int_t	trNDOF [NMAXPARTICLES]
Int_t	trTpcDetector [NMAXPARTICLES][NMAXTPCS]
Int_t	trTpcNHits [NMAXPARTICLES][NMAXTPCS]
Int_t	trTpcNNodes [NMAXPARTICLES][NMAXTPCS]
Int_t	trFgdDetector [NMAXPARTICLES][NMAXFGDS]
Int_t	trFgdNHits [NMAXPARTICLES][NMAXFGDS]
Int_t	trFgdNNodes [NMAXPARTICLES][NMAXFGDS]
Int_t	trFgdContainment [NMAXPARTICLES][NMAXFGDS]
Int_t	trECALDetector [NMAXPARTICLES][NECALSUBDETS]
Int_t	trECALNHits [NMAXPARTICLES][NECALSUBDETS]
Int_t	trECALNNodes [NMAXPARTICLES][NECALSUBDETS]
Int_t	trECALMostUpStreamLayerHit [NMAXPARTICLES][NECALSUBDETS]
Int_t	trECALIsShowerLike [NMAXPARTICLES][NECALSUBDETS]
Int_t	trSMRDDetector [NMAXPARTICLES][NSMRDSUBDETS]
Int_t	trSMRDNHits [NMAXPARTICLES][NSMRDSUBDETS]
Int_t	trSMRDNNodes [NMAXPARTICLES][NSMRDSUBDETS]
Int_t	trP0DDetector [NMAXPARTICLES][1]
Int_t	trP0DNHits [NMAXPARTICLES][1]
Int_t	trP0DNNodes [NMAXPARTICLES][1]
Int_t	trTrueParticleID [NMAXPARTICLES]
Int_t	trTpcTrueParticleID [NMAXPARTICLES][NMAXTPCS]
Float_t	Weight
Float_t	sTrueVertexNuEnergy [NMAXTRUEVERTICES]
Float_t	sTrueVertexQ2 [NMAXTRUEVERTICES]
Float_t	sTrueVertexPosition [NMAXTRUEVERTICES][4]
Float_t	sBeamPOT
Float_t	sBeamPOTCT4
Float_t	sPOTSincePreviousSpill
Float_t	sTrueVertexNuParentDecPoint [NMAXTRUEVERTICES][4]
Float_t	sTrueVertexNuDir [NMAXTRUEVERTICES][3]
Float_t	sTrueParticlePurity [NMAXTRUEPARTICLES]
Float_t	sTrueParticleMomentum [NMAXTRUEPARTICLES]
Float_t	sTrueParticleCharge [NMAXTRUEPARTICLES]
Float_t	sTrueParticlePosition [NMAXTRUEPARTICLES][4]
Float_t	sTrueParticlePositionEnd [NMAXTRUEPARTICLES][4]
Float_t	sTrueParticleDirection [NMAXTRUEPARTICLES][3]
Float_t	sTrueParticleEntrancePosition [NMAXTRUEPARTICLES][NMAXCROSSEDDET][4]
Float_t	sTrueParticleExitPosition [NMAXTRUEPARTICLES][NMAXCROSSEDDET][4]
Float_t	sTrueParticleEntranceMomentum [NMAXTRUEPARTICLES][NMAXCROSSEDDET][3]
Float_t	sTrueParticleExitMomentum [NMAXTRUEPARTICLES][NMAXCROSSEDDET][3]
Float_t	sFgdTimeBinMinTime [NMAXFGDTIMEBINS]
Float_t	sFgdTimeBinMaxTime [NMAXFGDTIMEBINS]
Float_t	sFgdTimeBinRawChargeSum1 [NMAXFGDTIMEBINS]
Float_t	sFgdTimeBinRawChargeSum2 [NMAXFGDTIMEBINS]
Float_t	vPosition [NMAXVERTICES][4]
Float_t	vVariance [NMAXVERTICES][4]
Float_t	vChi2 [NMAXVERTICES]
Float_t	vTrueVerticesClean [NMAXVERTICES][NMAXTRUEVERTICESMATCH]
Float_t	vTrueVerticesCompl [NMAXVERTICES][NMAXTRUEVERTICESMATCH]
Float_t	trChi2 [NMAXPARTICLES]
Float_t	trCharge [NMAXPARTICLES]
Float_t	trToFFGD1_FGD2 [NMAXPARTICLES]
Float_t	trToFP0D_FGD1 [NMAXPARTICLES]
Float_t	trToFECal_FGD1 [NMAXPARTICLES]
Float_t	trToFECal_FGD2 [NMAXPARTICLES]
Float_t	trToFFlag_FGD1_FGD2 [NMAXPARTICLES]
Float_t	trToFFlag_P0D_FGD1 [NMAXPARTICLES]
Float_t	trToFFlag_ECal_FGD1 [NMAXPARTICLES]
Float_t	trToFFlag_ECal_FGD2 [NMAXPARTICLES]
Float_t	trMomentum [NMAXPARTICLES]
Float_t	trMomentumError [NMAXPARTICLES]
Float_t	trMomentumMuon [NMAXPARTICLES]
Float_t	trMomentumErrorMuon [NMAXPARTICLES]
Float_t	trMomentumProton [NMAXPARTICLES]
Float_t	trMomentumErrorProton [NMAXPARTICLES]
Float_t	trMomentumEle [NMAXPARTICLES]
Float_t	trMomentumErrorEle [NMAXPARTICLES]
Float_t	trRangeMomentumEle [NMAXPARTICLES]
Float_t	trRangeMomentumMuon [NMAXPARTICLES]
Float_t	trRangeMomentumProton [NMAXPARTICLES]
Float_t	trDirectionStart [NMAXPARTICLES][3]
Float_t	trDirectionEnd [NMAXPARTICLES][3]
Float_t	trPositionStart [NMAXPARTICLES][4]
Float_t	trPositionEnd [NMAXPARTICLES][4]
Float_t	trMomentumFlip [NMAXPARTICLES]
Float_t	trTpcLength [NMAXPARTICLES][NMAXTPCS]
Float_t	trTpcDirectionStart [NMAXPARTICLES][NMAXTPCS][3]
Float_t	trTpcDirectionEnd [NMAXPARTICLES][NMAXTPCS][3]
Float_t	trTpcPositionStart [NMAXPARTICLES][NMAXTPCS][4]
Float_t	trTpcPositionEnd [NMAXPARTICLES][NMAXTPCS][4]
Float_t	trTpcCharge [NMAXPARTICLES][NMAXTPCS]
Float_t	trTpcMomentum [NMAXPARTICLES][NMAXTPCS]
Float_t	trTpcMomentumError [NMAXPARTICLES][NMAXTPCS]
Float_t	trTpcBackMomentum [NMAXPARTICLES][NMAXTPCS]
Float_t	trTpcRefitCharge [NMAXPARTICLES][NMAXTPCS]
Float_t	trTpcRefitMomentum [NMAXPARTICLES][NMAXTPCS]
Float_t	trTpcRefitPosition [NMAXPARTICLES][NMAXTPCS][4]
Float_t	trTpcRefitDirection [NMAXPARTICLES][NMAXTPCS][3]
Float_t	trTpcEFieldRefitMomentum [NMAXPARTICLES][NMAXTPCS]
Float_t	trTpcdEdxMeas [NMAXPARTICLES][NMAXTPCS]
Float_t	trTpcdEdxExpMu [NMAXPARTICLES][NMAXTPCS]
Float_t	trTpcdEdxExpEle [NMAXPARTICLES][NMAXTPCS]
Float_t	trTpcdEdxExpP [NMAXPARTICLES][NMAXTPCS]
Float_t	trTpcdEdxExpPi [NMAXPARTICLES][NMAXTPCS]
Float_t	trTpcdEdxExpK [NMAXPARTICLES][NMAXTPCS]
Float_t	trTpcdEdxSigmaMu [NMAXPARTICLES][NMAXTPCS]
Float_t	trTpcdEdxSigmaEle [NMAXPARTICLES][NMAXTPCS]
Float_t	trTpcdEdxSigmaP [NMAXPARTICLES][NMAXTPCS]
Float_t	trTpcdEdxSigmaPi [NMAXPARTICLES][NMAXTPCS]
Float_t	trTpcdEdxSigmaK [NMAXPARTICLES][NMAXTPCS]
Float_t	trTpcPurity [NMAXPARTICLES][NMAXTPCS]
Float_t	trFgdLength [NMAXPARTICLES][NMAXFGDS]
Float_t	trFgdDirectionStart [NMAXPARTICLES][NMAXFGDS][3]
Float_t	trFgdDirectionEnd [NMAXPARTICLES][NMAXFGDS][3]
Float_t	trFgdPositionStart [NMAXPARTICLES][NMAXFGDS][4]
Float_t	trFgdPositionEnd [NMAXPARTICLES][NMAXFGDS][4]
Float_t	trFgdX [NMAXPARTICLES][NMAXFGDS]
Float_t	trFgdE [NMAXPARTICLES][NMAXFGDS]
Float_t	trFgdPullmu [NMAXPARTICLES][NMAXFGDS]
Float_t	trFgdPullp [NMAXPARTICLES][NMAXFGDS]
Float_t	trFgdPullpi [NMAXPARTICLES][NMAXFGDS]
Float_t	trFgdPullno [NMAXPARTICLES][NMAXFGDS]
Float_t	trFgdAvgTime [NMAXPARTICLES][NMAXFGDS]
Float_t	trFgdVertex1x1 [NMAXPARTICLES][NMAXFGDS]
Float_t	trFgdVertex3x3 [NMAXPARTICLES][NMAXFGDS]
Float_t	trFgdVertex5x5 [NMAXPARTICLES][NMAXFGDS]
Float_t	trFgdVertex7x7 [NMAXPARTICLES][NMAXFGDS]
Float_t	trFgdVertexLayer [NMAXPARTICLES][NMAXFGDS]
Float_t	trECALLength [NMAXPARTICLES][NECALSUBDETS]
Float_t	trECALDirectionStart [NMAXPARTICLES][NECALSUBDETS][3]
Float_t	trECALDirectionEnd [NMAXPARTICLES][NECALSUBDETS][3]
Float_t	trECALPositionStart [NMAXPARTICLES][NECALSUBDETS][4]
Float_t	trECALPositionEnd [NMAXPARTICLES][NECALSUBDETS][4]
Float_t	trECALEMEnergy [NMAXPARTICLES][NECALSUBDETS]
Float_t	trECALEDeposit [NMAXPARTICLES][NECALSUBDETS]
Float_t	trECALAvgTime [NMAXPARTICLES][NECALSUBDETS]
Float_t	trECALPIDMipEm [NMAXPARTICLES][NECALSUBDETS]
Float_t	trECALPIDEmHip [NMAXPARTICLES][NECALSUBDETS]
Float_t	trECALShowerPosition [NMAXPARTICLES][NECALSUBDETS][3]
Float_t	trSMRDLength [NMAXPARTICLES][NSMRDSUBDETS]
Float_t	trSMRDDirectionStart [NMAXPARTICLES][NSMRDSUBDETS][3]
Float_t	trSMRDDirectionEnd [NMAXPARTICLES][NSMRDSUBDETS][3]
Float_t	trSMRDPositionStart [NMAXPARTICLES][NSMRDSUBDETS][4]
Float_t	trSMRDPositionEnd [NMAXPARTICLES][NSMRDSUBDETS][4]
Float_t	trSMRDAvgTime [NMAXPARTICLES][NSMRDSUBDETS]
Float_t	trP0DLength [NMAXPARTICLES][1]
Float_t	trP0DELoss [NMAXPARTICLES][1]
Float_t	trP0DDirectionStart [NMAXPARTICLES][1][3]
Float_t	trP0DDirectionEnd [NMAXPARTICLES][1][3]
Float_t	trP0DPositionStart [NMAXPARTICLES][1][4]
Float_t	trP0DPositionEnd [NMAXPARTICLES][1][4]
TBranch *	b_sPOTSincePreviousSpill
TBranch *	b_sRun
TBranch *	b_sSubrun
TBranch *	b_sEvt
TBranch *	b_sEventTime
TBranch *	b_sNTotalTrueParticles
TBranch *	b_sNTotalTrueVertices
TBranch *	b_sBeamGoodSpill
TBranch *	b_sDQGoodDaq
TBranch *	b_sTriggerFGDCosmic
TBranch *	b_sTriggerTripTCosmic
TBranch *	b_sNTrueVertices
TBranch *	b_sTrueVertexID
TBranch *	b_sTrueVertexRooVtxIndex
TBranch *	b_sTrueVertexRooVtxEntry
TBranch *	b_sTrueVertexReacCode
TBranch *	b_sTrueVertexNTrueParticles
TBranch *	b_sTrueVertexNReconTracks
TBranch *	b_sTrueVertexNReconVertices
TBranch *	b_sTrueVertexNBaryons
TBranch *	b_sTrueVertexBunch
TBranch *	b_sTrueVertexDetector
TBranch *	b_sTrueVertexNuPDG
TBranch *	b_sTrueVertexTargetPDG
TBranch *	b_sTrueVertexNuEnergy
TBranch *	b_sTrueVertexQ2
TBranch *	b_sTrueVertexPosition
TBranch *	b_sTrueVertexNuParentPDG
TBranch *	b_sTrueVertexNuParentDecPoint
TBranch *	b_sTrueVertexNuDir
TBranch *	b_sNTrueParticles
TBranch *	b_sTrueParticleID
TBranch *	b_sTrueParticleBunch
TBranch *	b_sTrueParticlePDG
TBranch *	b_sTrueParticleParentPDG
TBranch *	b_sTrueParticleGParentPDG
TBranch *	b_sTrueParticlePrimaryID
TBranch *	b_sTrueParticleParentID
TBranch *	b_sTrueParticlePurity
TBranch *	b_sTrueParticleMomentum
TBranch *	b_sTrueParticleCharge
TBranch *	b_sTrueParticleVertexIndex
TBranch *	b_sTrueParticleTruthVertexID
TBranch *	b_sTrueParticleNReconTracks
TBranch *	b_sTrueParticlePosition
TBranch *	b_sTrueParticlePositionEnd
TBranch *	b_sTrueParticleDirection
TBranch *	b_sTrueParticleNDetCrossings
TBranch *	b_sTrueParticleEntrancePosition
TBranch *	b_sTrueParticleExitPosition
TBranch *	b_sTrueParticleEntranceMomentum
TBranch *	b_sTrueParticleExitMomentum
TBranch *	b_sTrueParticleDetector
TBranch *	b_sTrueParticleInActive
TBranch *	b_sTrueParticleIsTruePrimaryPi0DecayPhoton
TBranch *	b_sTrueParticleIsTruePrimaryPi0DecayPhotonChild
TBranch *	b_sNFgdTimeBins
TBranch *	b_sFgdTimeBinMinTime
TBranch *	b_sFgdTimeBinMaxTime
TBranch *	b_sFgdTimeBinNHits1
TBranch *	b_sFgdTimeBinNHits2
TBranch *	b_sFgdTimeBinRawChargeSum1
TBranch *	b_sFgdTimeBinRawChargeSum2
TBranch *	b_sFgdTimeBinG4ID
TBranch *	b_Bunch
TBranch *	b_Weight
TBranch *	b_NVertices
TBranch *	b_vPrimaryIndex
TBranch *	b_vBunch
TBranch *	b_vPosition
TBranch *	b_vVariance
TBranch *	b_vChi2
TBranch *	b_vNDOF
TBranch *	b_vNReconParticles
TBranch *	b_vNTrueVerticesMatch
TBranch *	b_vParticlesUniqueID
TBranch *	b_vTrueVertexIndex
TBranch *	b_vTrueVerticesClean
TBranch *	b_vTrueVerticesCompl
TBranch *	b_NParticles
TBranch *	b_trUniqueID
TBranch *	b_trStatus
TBranch *	b_trBunch
TBranch *	b_trNReconVertices
TBranch *	b_trDetectors
TBranch *	b_trDetUsed
TBranch *	b_trNTPCs
TBranch *	b_trNFGDs
TBranch *	b_trNECALs
TBranch *	b_trNSMRDs
TBranch *	b_trNP0Ds
TBranch *	b_trNHits
TBranch *	b_trNNodes
TBranch *	b_trNDOF
TBranch *	b_trChi2
TBranch *	b_trCharge
TBranch *	b_trMomentum
TBranch *	b_trToFFGD1_FGD2
TBranch *	b_trToFP0D_FGD1
TBranch *	b_trToFECal_FGD1
TBranch *	b_trToFECal_FGD2
TBranch *	b_trToFFlag_FGD1_FGD2
TBranch *	b_trToFFlag_P0D_FGD1
TBranch *	b_trToFFlag_ECal_FGD1
TBranch *	b_trToFFlag_ECal_FGD2
TBranch *	b_trMomentumError
TBranch *	b_trMomentumMuon
TBranch *	b_trMomentumErrorMuon
TBranch *	b_trMomentumProton
TBranch *	b_trMomentumErrorProton
TBranch *	b_trMomentumEle
TBranch *	b_trMomentumErrorEle
TBranch *	b_trRangeMomentumEle
TBranch *	b_trRangeMomentumMuon
TBranch *	b_trRangeMomentumProton
TBranch *	b_trDirectionStart
TBranch *	b_trDirectionEnd
TBranch *	b_trPositionStart
TBranch *	b_trPositionEnd
TBranch *	b_trMomentumFlip
TBranch *	b_trTpcDetector
TBranch *	b_trTpcNHits
TBranch *	b_trTpcNNodes
TBranch *	b_trTpcLength
TBranch *	b_trTpcDirectionStart
TBranch *	b_trTpcDirectionEnd
TBranch *	b_trTpcPositionStart
TBranch *	b_trTpcPositionEnd
TBranch *	b_trTpcCharge
TBranch *	b_trTpcMomentum
TBranch *	b_trTpcMomentumError
TBranch *	b_trTpcBackMomentum
TBranch *	b_trTpcRefitCharge
TBranch *	b_trTpcRefitMomentum
TBranch *	b_trTpcRefitPosition
TBranch *	b_trTpcRefitDirection
TBranch *	b_trTpcEFieldRefitMomentum
TBranch *	b_trTpcdEdxMeas
TBranch *	b_trTpcdEdxExpMu
TBranch *	b_trTpcdEdxExpEle
TBranch *	b_trTpcdEdxExpP
TBranch *	b_trTpcdEdxExpPi
TBranch *	b_trTpcdEdxExpK
TBranch *	b_trTpcdEdxSigmaMu
TBranch *	b_trTpcdEdxSigmaEle
TBranch *	b_trTpcdEdxSigmaP
TBranch *	b_trTpcdEdxSigmaPi
TBranch *	b_trTpcdEdxSigmaK
TBranch *	b_trTpcPurity
TBranch *	b_trFgdDetector
TBranch *	b_trFgdNHits
TBranch *	b_trFgdNNodes
TBranch *	b_trFgdLength
TBranch *	b_trFgdDirectionStart
TBranch *	b_trFgdDirectionEnd
TBranch *	b_trFgdPositionStart
TBranch *	b_trFgdPositionEnd
TBranch *	b_trFgdX
TBranch *	b_trFgdE
TBranch *	b_trFgdPullmu
TBranch *	b_trFgdPullp
TBranch *	b_trFgdPullpi
TBranch *	b_trFgdPullno
TBranch *	b_trFgdContainment
TBranch *	b_trFgdAvgTime
TBranch *	b_trFgdVertex1x1
TBranch *	b_trFgdVertex3x3
TBranch *	b_trFgdVertex5x5
TBranch *	b_trFgdVertex7x7
TBranch *	b_trFgdVertexLayer
TBranch *	b_trECALDetector
TBranch *	b_trECALNHits
TBranch *	b_trECALNNodes
TBranch *	b_trECALLength
TBranch *	b_trECALDirectionStart
TBranch *	b_trECALDirectionEnd
TBranch *	b_trECALPositionStart
TBranch *	b_trECALPositionEnd
TBranch *	b_trECALEMEnergy
TBranch *	b_trECALEDeposit
TBranch *	b_trECALIsShowerLike
TBranch *	b_trECALAvgTime
TBranch *	b_trECALPIDMipEm
TBranch *	b_trECALPIDEmHip
TBranch *	b_trECALMostUpStreamLayerHit
TBranch *	b_trECALShowerPosition
TBranch *	b_trSMRDDetector
TBranch *	b_trSMRDNHits
TBranch *	b_trSMRDNNodes
TBranch *	b_trSMRDLength
TBranch *	b_trSMRDDirectionStart
TBranch *	b_trSMRDDirectionEnd
TBranch *	b_trSMRDPositionStart
TBranch *	b_trSMRDPositionEnd
TBranch *	b_trSMRDAvgTime
TBranch *	b_trP0DDetector
TBranch *	b_trP0DNHits
TBranch *	b_trP0DNNodes
TBranch *	b_trP0DLength
TBranch *	b_trP0DELoss
TBranch *	b_trP0DDirectionStart
TBranch *	b_trP0DDirectionEnd
TBranch *	b_trP0DPositionStart
TBranch *	b_trP0DPositionEnd
TBranch *	b_trTrueParticleID
TBranch *	b_trTpcTrueParticleID
Protected Attributes inherited from InputConverter
std::string	_name
	The name of the converter.
std::string	_treeName
	The name of the tree to convert.
int	_nentries
	The number of entries in the chain. To be set by the implementation.
TChain *	fChain
	The main TChain used to read events from the input file.
Int_t	fCurrent
	current Tree number in a TChain
Int_t	_currentFileIndex
std::string	_currentFileName
std::map< std::string, TChain * >	_chain_map
Header	_header
	The header manager.

Detailed Description

Definition at line 15 of file RedoTreeConverter.hxx.

Member Function Documentation

GetEvent()

Int_t RedoTreeConverter::GetEvent ( Long64_t &  entry, AnaEventC *&  event  )

virtual

Read the specified entry from the file, and fill the event. The entry number must be incremented inside this function 0 should be returned on error.

Implements InputConverter.

Definition at line 1171 of file RedoTreeConverter.cxx.

                                                                   {
  //*****************************************************************************

  // Read contents of entry.
  if (!fChain) return 0;
  Int_t entry_temp;

  // get a new entry from the input tree
  entry_temp = flattree->GetEntry(entry);

  // Reed the RooTrackerVtx when exists
  if (entry_temp>0 && sRun > 1000000) {
    if (fGenie && GRooTrackerVTX) GRooTrackerVTX->GetEntry(entry);
    if (fNeut  && NRooTrackerVTX){
      NRooTrackerVTX->GetEntry(_entry_roo);
      _entry_roo++;
    }
  }

  // Print the current file
  TString filename(flattree->GetFile()->GetName());   
  if( filename != _currentfilename ) {
    std::cout << " Running on file : " << filename << std::endl; 
    _currentfilename = filename;
  }

  // Create a new event
  event = new AnaEventB();

  // Fill the event info;
  FillEventInfo(static_cast<AnaEventB*>(event));

  // Increment entry number
  entry++;

  _prevEvent=static_cast<AnaEventB*>(event);
  return entry_temp;
}

GetSpill()

Int_t RedoTreeConverter::GetSpill ( Long64_t &  entry, AnaSpillC *&  spill  )

virtual

Read the specified entry from the file, and fill the spill. The entry number must be incremented as part of this function, and the new entry number returned. 0 should be returned on error.

Implements InputConverter.

Definition at line 1104 of file RedoTreeConverter.cxx.

                                                                   {
  //*****************************************************************************

  // Read contents of entry.
  if (!fChain) return 0;

  // Create an instance of AnaSpill
  spill = MakeSpill();

  Int_t entry_temp;

  // Get a new entry from the flat tree
  entry_temp = flattree->GetEntry(entry);
 

  if (entry_temp>0 && sRun > 1000000) {
    if (fGenie && GRooTrackerVTX) GRooTrackerVTX->GetEntry(entry);
    if (fNeut  && NRooTrackerVTX){
      NRooTrackerVTX->GetEntry(_entry_roo);
      _entry_roo++;
    }
  }

  // Print the current file
  TString filename(flattree->GetFile()->GetName());   
  if( filename != _currentfilename ) {
    std::cout << " Running on file : " << filename << std::endl; 
    _currentfilename = filename;
  }

  // Fill the general spill info
  _spill = static_cast<AnaSpillB*>(spill);
  FillInfo(_spill);

  // Always make the out of bunch
  _spill->OutOfBunch = MakeBunch();

  int evt_prev=sEvt;

  while (sEvt==evt_prev && entry < _nentries){

    // Create and fill a new bunch
    if (Bunch==-1) {
      FillBunchInfo(_spill->TrueParticles, _spill->OutOfBunch);
    } else {
      AnaBunchB* bunch = MakeBunch();
      _spill->Bunches.push_back(bunch);
      FillBunchInfo(_spill->TrueParticles, bunch);
    }

    // increment the entry number
    entry++;

    // break if we have reach the maximum entry number
    if (entry>=_nentries) break;

    // save the previous event number
    evt_prev=sEvt;

    // get a new entry from the input tree
    entry_temp = flattree->GetEntry(entry);
  }

  return entry_temp;
}

IncrementPOTBySpill()

void RedoTreeConverter::IncrementPOTBySpill ( )

virtual

Record the POT for the current spill, based on information in the AnaBeam member of the current AnaSpillB.

Implements InputConverter.

Definition at line 1211 of file RedoTreeConverter.cxx.

                                            {
  //********************************************************************

  //  ND::header().IncrementPOTBySpill(*_spill);
}

Initialize()

bool RedoTreeConverter::Initialize ( )

virtual

Any initialization that must be done. Called before the input file is read.

Implements InputConverter.

Reimplemented in FlatTreeConverter.

Definition at line 571 of file RedoTreeConverter.cxx.

                                  {
  //********************************************************************

  // Set branch addresses and branch pointers
  if (!fChain) return false;

  // Check the existence of the _treeName tree
  if (!gDirectory->FindObjectAny(_treeName.c_str())) return false;

  fCurrent = -1;
  fChain->SetMakeClass(1);

  return true;
}

---

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

• /hep/T2K/nd280rep/ANALYSIS/HIGHLAND2/ANAPARTICLE/psyche/psycheIO/v3r12/src/RedoTreeConverter.hxx
• /hep/T2K/nd280rep/ANALYSIS/HIGHLAND2/ANAPARTICLE/psyche/psycheIO/v3r12/src/RedoTreeConverter.cxx