-/*************************************************************************
- * Task for Fragmentation Function Analysis in PWG4 Jet Task Force Train *
- *************************************************************************/
+// *************************************************************************
+// * Task for Fragmentation Function Analysis in PWG4 Jet Task Force Train *
+// *************************************************************************
#ifndef ALIANALYSISTASKFRAGMENTATIONFUNCTION_H
#define ALIANALYSISTASKFRAGMENTATIONFUNCTION_H
class AliESDEvent;
class AliAODEvent;
+class AliAODExtension;
class TList;
class TH1F;
class TH2F;
+class TH3F;
+class TProfile;
+class THnSparse;
+class TRandom3;
+class TArrayS;
-#include "THnSparse.h"
#include "AliAnalysisTaskSE.h"
class AliAnalysisTaskFragmentationFunction : public AliAnalysisTaskSE {
virtual ~AliFragFuncHistos();
virtual void DefineHistos();
- virtual void FillFF(Float_t trackPt, Float_t jetPt,Bool_t incrementJetPt);
+ virtual void FillFF(Float_t trackPt, Float_t jetPt,Bool_t incrementJetPt, Float_t norm = 0);
virtual void AddToOutput(TList* list) const;
private:
TH2F* fh2Z; //! FF: z
TH1F* fh1JetPt; //! jet pt
- TString fName; // histo names prefix
+ TString fNameFF; // histo names prefix
ClassDef(AliFragFuncHistos, 1);
};
TH2F* fh2EtaPhi; //! jet phi vs eta
TH1F* fh1Pt; //! jet transverse momentum
- TString fName; // histo names prefix
+ TString fNameQAJ; // histo names prefix
ClassDef(AliFragFuncQAJetHistos, 1);
};
AliFragFuncQATrackHistos& operator=(const AliFragFuncQATrackHistos &o);
virtual ~AliFragFuncQATrackHistos();
virtual void DefineHistos();
- virtual void FillTrackQA(Float_t eta, Float_t phi, Float_t pt);
+ virtual void FillTrackQA(Float_t eta, Float_t phi, Float_t pt, Bool_t weightPt = kFALSE, Float_t norm = 0.);
virtual void AddToOutput(TList* list) const;
private:
TH2F* fh2EtaPhi; //! track phi vs eta
TH1F* fh1Pt; //! track transverse momentum
TH2F* fh2HighPtEtaPhi; //! phi vs eta for high pt (>fgHighPtThreshold) tracks
+ TH2F* fh2PhiPt; //! track phi vs pt
- TString fName; // histo names prefix
+ TString fNameQAT; // histo names prefix
- ClassDef(AliFragFuncQATrackHistos, 1);
+ ClassDef(AliFragFuncQATrackHistos, 2);
};
//----------------------------------------
virtual ~AliFragFuncIntraJetHistos();
virtual void DefineHistos();
- virtual void FillIntraJet(TLorentzVector* trackV, TLorentzVector* jetV);
+ virtual void FillIntraJet(const TLorentzVector* trackV, const TLorentzVector* jetV, Float_t norm = 0);
virtual void AddToOutput(TList* list) const;
private:
Float_t fCosThetaMin; // IntraJet histos limits in cos(theta)
Float_t fCosThetaMax; // IntraJet histos limits in cos(theta)
- TH2F* fh2Theta; //! IntraJet: theta distribution
- TH2F* fh2CosTheta; //! IntraJet: cos(theta) distribution
- TH2F* fh2Jt; //! IntraJet: jt distribution
- TH2F* fh2PtvsZ; //! IntraJet: pt vs z distribution
+ TH2F* fh2CosTheta; //! IntraJet: cos(theta) distribution
+ TH2F* fh2PtZ; //! IntraJet: pt vs z distribution
- THnSparseF* fhnIntraJet; //! IntraJet
- Int_t fnDim; // HnSparseF dimensions
+ TH3F* fh3ThetaZ; //! IntraJet: theta, z, jet pt
+ TH3F* fh3JtTheta; //! IntraJet: jt, theta, jet pt
+ TH3F* fh3JtZ; //! IntraJet: jt, z, jet pt
- TString fName; // histo names prefix
+ TString fNameIJ; // histo names prefix
ClassDef(AliFragFuncIntraJetHistos, 1);
};
private:
- Int_t fKindSlices;
+ Int_t fKindSlices; // DJ kind of slices
Int_t fNBinsJetInvMass; // FF histos bins
Float_t fJetInvMassMin; // FF histos limits
Float_t fJetInvMassMax; // FF histos limits
TH2F* fh2Pt2; //! FF dijet : z of jet 2
TH2F* fh2Pt; //! FF dijet : z of jet 1 and 2
- TString fName; // histo names prefix
+ TString fNameDJ; // histo names prefix
ClassDef(AliFragFuncDiJetHistos, 1);
};
Int_t nJetPt = 0, Float_t jetPtMin = 0, Float_t jetPtMax = 0,
Int_t nDeltaPhi = 0, Float_t deltaPhiMin = 0, Float_t deltaPhiMax = 0,
Int_t nDeltaEta = 0, Float_t deltaEtaMin = 0, Float_t deltaEtaMax = 0,
- Int_t nDeltaPt = 0, Float_t deltaPtMin = 0, Float_t deltaPtMax = 0);
+ Int_t nDeltaPt = 0, Float_t deltaPtMin = 0, Float_t deltaPtMax = 0,
+ Int_t nInBal = 0, Float_t inBalMin = 0, Float_t inBalMax = 0);
AliFragFuncQADiJetHistos(const AliFragFuncQADiJetHistos& copy);
AliFragFuncQADiJetHistos& operator=(const AliFragFuncQADiJetHistos &o);
virtual ~AliFragFuncQADiJetHistos();
virtual void DefineQADiJetHistos();
- virtual void FillDiJetQA(Double_t invMass, Double_t deltaPhi, Double_t deltaEta, Double_t deltaPt, Double_t jetBin);
+ virtual void FillDiJetQA(Double_t invMass, Double_t deltaPhi, Double_t deltaEta, Double_t deltaPt, Double_t inBal, Double_t jetBin);
virtual void AddToOutput(TList* list) const;
private:
- Int_t fKindSlices;
+ Int_t fKindSlices; // DJ kind of slices
Int_t fNBinsJetInvMass; // FF histos bins in jet invariant mass
Float_t fJetInvMassMin; // FF histos limits in jet invariant mass
Float_t fJetInvMassMax; // FF histos limits in jet invariant mass
Int_t fNBinsDeltaPt; // FF histos bins in jet delta pt
Float_t fDeltaPtMin; // FF histos limits in jet delta pt
Float_t fDeltaPtMax; // FF histos limits in jet delta pt
+ Int_t fNBinsInBal; // FF histos bins in jet delta pt
+ Float_t fInBalMin; // FF histos limits in pt inbalance
+ Float_t fInBalMax; // FF histos limits in pt inbalance
TH2F* fh2InvMass; // FF dijet invariant mass histos
TH2F* fh2DeltaPhi; // FF dijet delta phi histos
TH2F* fh2DeltaEta; // FF dijet delta eta histos
TH2F* fh2DeltaPt; // FF dijet delta pt histos
+ TH2F* fh2InBal; // FF dijet delta pt histos
- TString fName; // histo names prefix
+ TString fNameQADJ; // histo names prefix
ClassDef(AliFragFuncQADiJetHistos, 1);
};
virtual void LocalInit() {Init();}
virtual void UserExec(Option_t *option);
virtual void Terminate(Option_t* );
-
+ virtual Bool_t Notify();
+ virtual void SetNonStdFile(char* c){fNonStdFile = c;}
+
virtual void SetTrackTypeGen(Int_t i){fTrackTypeGen = i;}
virtual void SetJetTypeGen(Int_t i){fJetTypeGen = i;}
+ virtual void SetJetTypeRecEff(Int_t i){fJetTypeRecEff = i;}
+ virtual void SetBranchRecBackJets(const char* c){fBranchRecBackJets = c;}
+ virtual void SetBranchRecBackClusters(const char* c){fBranchRecBckgClusters = c;}
virtual void SetBranchGenJets(const char* c){fBranchGenJets = c;}
virtual void SetBranchRecJets(const char* c){fBranchRecJets = c;}
+ virtual void SetBranchEmbeddedJets(const char* c){fBranchEmbeddedJets = c;}
virtual void SetTrackCuts(Float_t trackPt = 0.15, Float_t trackEtaMin = -0.9, Float_t trackEtaMax = 0.9,
Float_t trackPhiMin = 0., Float_t trackPhiMax = 2*TMath::Pi())
{fTrackPtCut = trackPt; fTrackEtaMin = trackEtaMin; fTrackEtaMax = trackEtaMax;
fTrackPhiMin = trackPhiMin; fTrackPhiMax = trackPhiMax;}
+
+ virtual void UseExtraTracks() { fUseExtraTracks = 1;}
+ virtual void UseExtraonlyTracks() { fUseExtraTracks = -1;}
+
+ virtual void UseExtraTracksBgr() { fUseExtraTracksBgr = 1;}
+ virtual void UseExtraonlyTracksBgr() { fUseExtraTracksBgr = -1;}
+
+ virtual void SetCutFractionPtEmbedded(Float_t cut = 0) { fCutFractionPtEmbedded = cut; }
+ virtual void SetUseEmbeddedJetAxis(Bool_t b = kTRUE) { fUseEmbeddedJetAxis = b; }
+ virtual void SetUseEmbeddedJetPt(Bool_t b = kTRUE) { fUseEmbeddedJetPt = b; }
+
+ virtual void UseAODInputJets(Bool_t b) {fUseAODInputJets = b;}
virtual void SetFilterMask(UInt_t i) {fFilterMask = i;}
+ virtual void UsePhysicsSelection(Bool_t b) {fUsePhysicsSelection = b;}
+ virtual void SetEventClass(Int_t i){fEventClass = i;}
+ virtual void SetMaxVertexZ(Float_t z){fMaxVertexZ = z;}
virtual void SetJetCuts(Float_t jetPt = 5., Float_t jetEtaMin = -0.5, Float_t jetEtaMax = 0.5,
Float_t jetPhiMin = 0., Float_t jetPhiMax = 2*TMath::Pi())
{fJetPtCut = jetPt; fJetEtaMin = jetEtaMin; fJetEtaMax = jetEtaMax;
Float_t cdfCut = 0.5, Float_t ptFractionCut = 0.6)
{fDiJetCut = cutType; fDiJetDeltaPhiCut = deltaPhiCut;
fDiJetCDFCut = cdfCut; fDiJetPtFractionCut = ptFractionCut;}
- virtual void SetKindSlices(Int_t slice) {fDiJetKindBins = slice;}
+ virtual void SetKindSlices(Int_t slice = 1) {fDiJetKindBins = slice;}
virtual void SetFFRadius(Float_t r = 0.4) { fFFRadius = r; }
+ virtual void SetFFBckgRadius(Float_t r = 0.7) { fFFBckgRadius = r; }
+ virtual void SetBckgMode(Bool_t bg = 1) { fBckgMode = bg; }
+ virtual void SetBckgType(Int_t bg0 = 0, Int_t bg1 = 1,Int_t bg2 = 2, Int_t bg3 = 3, Int_t bg4 = 4)
+ { fBckgType[0] = bg0; fBckgType[1] = bg1; fBckgType[2] = bg2; fBckgType[3] = bg3; fBckgType[4] = bg4; }
+ virtual void SetIJMode(Int_t ij = 1) {fIJMode = ij;}
+ virtual void SetQAMode(Int_t qa = 3) {fQAMode = qa;}
+ virtual void SetFFMode(Int_t ff = 1) {fFFMode = ff;}
+ virtual void SetDJMode(Int_t dj = 1) {fDJMode = dj;}
+ virtual void SetEffMode(Int_t eff = 1) {fEffMode = eff;}
+ virtual void SetPhiCorrMode(Int_t pc = 1) {fPhiCorrMode = pc;}
+ virtual void SetBckgSubMethod(Int_t bg = 0) {fBckgSubMethod = bg;}
+
+ virtual void UseRecEffRecJetPtBins(Bool_t useRec = kFALSE) { fUseRecEffRecJetPtBins = useRec; }
+ virtual void UseResponseRecJetPtBins(Bool_t useRec = kTRUE) { fUseResponseRecJetPtBins = useRec; }
static void SetProperties(TH1* h,const char* x, const char* y);
- static void SetProperties(TH2* h,const char* x, const char* y,const char* z);
- static void SetProperties(THnSparse* h, Int_t dim, const char** labels);
+ static void SetProperties(TH1* h,const char* x, const char* y,const char* z);
+ static void SetProperties(THnSparse* h,const Int_t dim, const char** labels);
void SetHighPtThreshold(Float_t pt = 5.) { fQATrackHighPtThreshold = pt; }
-
- void SetFFHistoBins(Int_t nJetPt = 55, Float_t jetPtMin = 5, Float_t jetPtMax = 60,
- Int_t nPt = 70, Float_t ptMin = 0., Float_t ptMax = 70.,
+ void SetFFHistoBins(Int_t nJetPt = 245, Float_t jetPtMin = 5, Float_t jetPtMax = 250,
+ Int_t nPt = 200, Float_t ptMin = 0., Float_t ptMax = 200.,
Int_t nXi = 70, Float_t xiMin = 0., Float_t xiMax = 7.,
Int_t nZ = 22, Float_t zMin = 0., Float_t zMax = 1.1)
{ fFFNBinsJetPt = nJetPt; fFFJetPtMin = jetPtMin; fFFJetPtMax = jetPtMax;
fFFNBinsXi = nXi; fFFXiMin = xiMin; fFFXiMax = xiMax;
fFFNBinsZ = nZ; fFFZMin = zMin; fFFZMax = zMax; }
- void SetQAJetHistoBins(Int_t nPt = 200, Float_t ptMin = 0., Float_t ptMax = 200.,
+ void SetQAJetHistoBins(Int_t nPt = 300, Float_t ptMin = 0., Float_t ptMax = 300.,
Int_t nEta = 20, Float_t etaMin = -1.0, Float_t etaMax = 1.0,
Int_t nPhi = 60, Float_t phiMin = 0., Float_t phiMax = 2*TMath::Pi())
{ fQAJetNBinsPt = nPt; fQAJetPtMin = ptMin; fQAJetPtMax = ptMax;
fQAJetNBinsEta = nEta; fQAJetEtaMin = etaMin; fQAJetEtaMax = etaMax;
fQAJetNBinsPhi = nPhi; fQAJetPhiMin = phiMin; fQAJetPhiMax = phiMax; }
- void SetQATrackHistoBins(Int_t nPt = 70, Float_t ptMin = 0., Float_t ptMax = 70.,
+ void SetQATrackHistoBins(Int_t nPt = 200, Float_t ptMin = 0., Float_t ptMax = 200.,
Int_t nEta = 20, Float_t etaMin = -1.0, Float_t etaMax = 1.0,
Int_t nPhi = 60, Float_t phiMin = 0., Float_t phiMax = 2*TMath::Pi())
{ fQATrackNBinsPt = nPt; fQATrackPtMin = ptMin; fQATrackPtMax = ptMax;
fQATrackNBinsEta = nEta; fQATrackEtaMin = etaMin; fQATrackEtaMax = etaMax;
fQATrackNBinsPhi = nPhi; fQATrackPhiMin = phiMin; fQATrackPhiMax = phiMax; }
- void SetIJHistoBins(Int_t nJetPt = 55, Float_t jetPtMin = 5, Float_t jetPtMax = 60,
- Int_t nPt = 70, Float_t ptMin = 0., Float_t ptMax = 70.,
- Int_t nZ = 22, Float_t zMin = 0., Float_t zMax = 1.1,
- Int_t nCosTheta = 100, Float_t costhetaMin = 0., Float_t costhetaMax = 1.,
- Int_t nTheta = 200, Float_t thetaMin = -0.5, Float_t thetaMax = 1.5,
- Int_t nJt = 25, Float_t jtMin = 0., Float_t jtMax = 5.)
- { fIJNBinsJetPt = nJetPt; fIJJetPtMin = jetPtMin; fIJJetPtMax = jetPtMax;
- fIJNBinsPt = nPt; fIJPtMin = ptMin; fIJPtMax = ptMax;
- fIJNBinsZ = nZ; fIJZMin = zMin; fIJZMax = zMax;
- fIJNBinsCosTheta = nCosTheta; fIJCosThetaMin = costhetaMin; fIJCosThetaMax = costhetaMax;
- fIJNBinsTheta = nTheta; fIJThetaMin = thetaMin; fIJThetaMax = thetaMax;
- fIJNBinsJt = nJt; fIJJtMin = jtMin; fIJJtMax = jtMax; }
-
- void SetDiJetHistoBins(Int_t nJetInvMass = 55, Float_t jetInvMassMin = 5, Float_t jetInvMassMax = 60,
- Int_t nJetPt = 55, Float_t jetPtMin = 5, Float_t jetPtMax = 60,
- Int_t nPt = 70, Float_t ptMin = 0., Float_t ptMax = 70.,
- Int_t nXi = 70, Float_t xiMin = 0., Float_t xiMax = 7.,
- Int_t nZ = 22, Float_t zMin = 0., Float_t zMax = 1.1)
+ void SetPhiCorrHistoBins(Int_t nPt = 200, Float_t ptMin = 0., Float_t ptMax = 200.,
+ Int_t nEta = 1, Float_t etaMin = -0.9, Float_t etaMax = 0.9,
+ Int_t nPhi = 64, Float_t phiMin = -3.2, Float_t phiMax = 3.2)
+ { fPhiCorrNBinsPt = nPt; fPhiCorrPtMin = ptMin; fPhiCorrPtMax = ptMax;
+ fPhiCorrNBinsEta = nEta; fPhiCorrEtaMin = etaMin; fPhiCorrEtaMax = etaMax;
+ fPhiCorrNBinsPhi = nPhi; fPhiCorrPhiMin = phiMin; fPhiCorrPhiMax = phiMax; }
+
+ void SetIJHistoBins(Int_t nJetPt = 23, Float_t jetPtMin = 5, Float_t jetPtMax = 120, Int_t nPt = 120, Float_t ptMin = 0., Float_t ptMax = 120.,
+ Int_t nZ = 22, Float_t zMin = 0., Float_t zMax = 1.1, Int_t nCosTheta = 100, Float_t costhetaMin = 0., Float_t costhetaMax = 1.,
+ Int_t nTheta = 200, Float_t thetaMin = -0.5, Float_t thetaMax = 1.5, Int_t nJt = 25, Float_t jtMin = 0., Float_t jtMax = 5.)
+ { fIJNBinsJetPt = nJetPt; fIJJetPtMin = jetPtMin; fIJJetPtMax = jetPtMax; fIJNBinsPt = nPt; fIJPtMin = ptMin; fIJPtMax = ptMax;
+ fIJNBinsZ = nZ; fIJZMin = zMin; fIJZMax = zMax;fIJNBinsCosTheta = nCosTheta; fIJCosThetaMin = costhetaMin; fIJCosThetaMax = costhetaMax;
+ fIJNBinsTheta = nTheta; fIJThetaMin = thetaMin; fIJThetaMax = thetaMax; fIJNBinsJt = nJt; fIJJtMin = jtMin; fIJJtMax = jtMax; }
+
+ void SetDiJetHistoBins(Int_t nJetInvMass = 245, Float_t jetInvMassMin = 5, Float_t jetInvMassMax = 250, Int_t nJetPt = 245, Float_t jetPtMin = 5,
+ Float_t jetPtMax = 250, Int_t nPt = 200, Float_t ptMin = 0., Float_t ptMax = 200., Int_t nXi = 70, Float_t xiMin = 0.,
+ Float_t xiMax = 7., Int_t nZ = 22, Float_t zMin = 0., Float_t zMax = 1.1)
{
- fDiJetNBinsJetInvMass = nJetInvMass; fDiJetJetInvMassMin = jetInvMassMin; fDiJetJetInvMassMax = jetInvMassMax;
- fDiJetNBinsJetPt = nJetPt; fDiJetJetPtMin = jetPtMin; fDiJetJetPtMax = jetPtMax;
- fDiJetNBinsPt = nPt; fDiJetPtMin = ptMin; fDiJetPtMax = ptMax;
- fDiJetNBinsXi = nXi; fDiJetXiMin = xiMin; fDiJetXiMax = xiMax;
- fDiJetNBinsZ = nZ; fDiJetZMin = zMin; fDiJetZMax = zMax;
+ fDiJetNBinsJetInvMass = nJetInvMass; fDiJetJetInvMassMin = jetInvMassMin; fDiJetJetInvMassMax = jetInvMassMax; fDiJetNBinsJetPt = nJetPt; fDiJetJetPtMin = jetPtMin;
+ fDiJetJetPtMax = jetPtMax; fDiJetNBinsPt = nPt; fDiJetPtMin = ptMin; fDiJetPtMax = ptMax; fDiJetNBinsXi = nXi; fDiJetXiMin = xiMin;
+ fDiJetXiMax = xiMax; fDiJetNBinsZ = nZ; fDiJetZMin = zMin; fDiJetZMax = zMax;
}
- void SetQADiJetHistoBins(Int_t nInvMass = 55, Float_t invMassMin = 5., Float_t invMassMax = 60.,
- Int_t nJetPt = 55, Float_t jetPtMin = 5, Float_t jetPtMax = 60,
- Int_t nDeltaPhi = 100, Float_t deltaPhiMin = 0., Float_t deltaPhiMax = TMath::Pi(),
- Int_t nDeltaEta = 22, Float_t deltaEtaMin = 0., Float_t deltaEtaMax = 1.1,
- Int_t nDeltaPt = 100, Float_t deltaPtMin = 0., Float_t deltaPtMax = 100.)
+ void SetQADiJetHistoBins(Int_t nInvMass = 245, Float_t invMassMin = 5., Float_t invMassMax = 250., Int_t nJetPt = 245, Float_t jetPtMin = 5, Float_t jetPtMax = 250,
+ Int_t nDeltaPhi = 100, Float_t deltaPhiMin = 0., Float_t deltaPhiMax = TMath::Pi(), Int_t nDeltaEta = 22, Float_t deltaEtaMin = 0.,
+ Float_t deltaEtaMax = 1.1, Int_t nDeltaPt = 100, Float_t deltaPtMin = 0., Float_t deltaPtMax = 100.,
+ Int_t nInBal = 22, Float_t inBalMin = -1.1, Float_t inBalMax = 1.1)
{
- fQADiJetNBinsInvMass = nInvMass; fQADiJetInvMassMin = invMassMin; fQADiJetInvMassMax = invMassMax;
- fQADiJetNBinsJetPt = nJetPt; fQADiJetJetPtMin = jetPtMin; fQADiJetJetPtMax = jetPtMax;
- fQADiJetNBinsDeltaPhi = nDeltaPhi; fQADiJetDeltaPhiMin = deltaPhiMin; fQADiJetDeltaPhiMax = deltaPhiMax;
- fQADiJetNBinsDeltaEta = nDeltaEta; fQADiJetDeltaEtaMin = deltaEtaMin; fQADiJetDeltaEtaMax = deltaEtaMax;
- fQADiJetNBinsDeltaPt = nDeltaPt; fQADiJetDeltaPtMin = deltaPtMin; fQADiJetDeltaPtMax = deltaPtMax;
-
+ fQADiJetNBinsInvMass = nInvMass; fQADiJetInvMassMin = invMassMin; fQADiJetInvMassMax = invMassMax; fQADiJetNBinsJetPt = nJetPt; fQADiJetJetPtMin = jetPtMin;
+ fQADiJetJetPtMax = jetPtMax; fQADiJetNBinsDeltaPhi = nDeltaPhi; fQADiJetDeltaPhiMin = deltaPhiMin; fQADiJetDeltaPhiMax = deltaPhiMax; fQADiJetNBinsDeltaEta = nDeltaEta;
+ fQADiJetDeltaEtaMin = deltaEtaMin; fQADiJetDeltaEtaMax = deltaEtaMax; fQADiJetNBinsDeltaPt = nDeltaPt; fQADiJetDeltaPtMin = deltaPtMin; fQADiJetDeltaPtMax = deltaPtMax;
+ fQADiJetNBinsInBal = nInBal; fQADiJetInBalMin = inBalMin; fQADiJetInBalMax = inBalMax;
}
Float_t GetFFRadius() const { return fFFRadius; }
- void GetJetTracksTrackrefs(TList* l, AliAODJet* j);
- void GetJetTracksPointing(TList* in, TList* out, AliAODJet* j, const Double_t r, Double_t& pt);
+ Float_t GetFFBckgRadius() const { return fFFBckgRadius; }
+ void GetJetTracksTrackrefs(TList* l, const AliAODJet* j);
+ void GetJetTracksPointing(TList* in, TList* out, const AliAODJet* j, const Double_t r, Double_t& pt);
+ void GetTracksOutOfNJets(Int_t nCases, TList* in, TList* out, TList* jets, Double_t& pt);
+ void GetTracksOutOfNJetsStat(Int_t nCases, TList* in, TList* out, TList* jets, Double_t& pt, Double_t &normFactor);
+ void GetTracksTiltedwrpJetAxis(Float_t alpha, TList* inputlist, TList* outputlist, AliAODJet* jet, Double_t radius, Double_t& sumPt);
+ void GetTracksTiltedwrpJetAxisWindow(Float_t alpha, TList* inputlist, TList* outputlist, AliAODJet* jet, Double_t radius, Double_t& sumPt, Double_t &normFactor);
+
Double_t GetDiJetBin(Double_t invMass, Double_t leadingJetPt, Double_t eMean, Int_t kindSlices); // function to find which bin fill
- Double_t InvMass(AliAODJet* jet1, AliAODJet* jet2);
+ Double_t InvMass(const AliAODJet* jet1, const AliAODJet* jet2);
+ void AssociateGenRec(TList* tracksAODMCCharged,TList* tracksRec, TArrayI& indexAODTr,TArrayI& indexMCTr,TArrayS& isRefGen,TH2F* fh2PtRecVsGen);
+
+ void FillSingleTrackHistosRecGen(AliFragFuncQATrackHistos* trackQAGen, AliFragFuncQATrackHistos* trackQARec, TList* tracksGen,
+ const TArrayI& indexAODTr, const TArrayS& isRefGen);
+ void FillJetTrackHistosRecGen(TObject* histGen,TObject* histRec,Double_t jetPtGen,Double_t jetPtRec, TList* jetTrackList, const TList* tracksGen,
+ const TArrayI& indexAODTr,const TArrayS& isRefGen, const Bool_t useRecJetPt);
+
+ void FillTwoTrackHistosRecGen(TList* tracksGen, /*TList* tracksRec, const TArrayI& indexAODTr, */ const TArrayS& isRefGen);
+
+ void FillSingleTrackResponse(THnSparse* hnResponse, TList* tracksGen, TList* tracksRec, const TArrayI& indexAODTr, const TArrayS& isGenPrim);
+ void FillJetTrackResponse(THnSparse* hnResponsePt, THnSparse* hnResponseZ, THnSparse* hnResponseXi,
+ Double_t jetPtGen, Double_t jetPtRec, TList* jetTrackList,
+ const TList* tracksGen, TList* tracksRec, const TArrayI& indexAODTr, const TArrayS& isGenPrim,const Bool_t useRecJetPt);
+
+
+ Float_t CalcJetArea(const Float_t etaJet, const Float_t rc) const;
+ void GetClusterTracksOutOf1Jet(AliAODJet* jet, TList* outputlist, Double_t &normFactor);
+ void GetClusterTracksMedian(TList* outputlist, Double_t &normFactor);
+
+ void FillBckgHistos(Int_t type, TList* inputtracklist, TList* inputjetlist, AliAODJet* jet,
+ Float_t leadTrackPt, TLorentzVector* leadTrackV, AliFragFuncHistos* ffbckghistocuts,
+ AliFragFuncHistos* ffbckghistoleading,AliFragFuncIntraJetHistos* ijbckghistocuts,
+ AliFragFuncIntraJetHistos* ijbckghistoleading,AliFragFuncQATrackHistos* qabckghistos);
+ AliAODJet* GetAODBckgSubJet(AliAODJet* jet, Int_t method);
- private:
-
// Consts
-
- enum {kTrackUndef=0, kTrackAOD, kTrackAODCuts, kTrackKineAll, kTrackKineCharged, kTrackKineChargedAcceptance, kTrackAODMCAll, kTrackAODMCCharged, kTrackAODMCChargedAcceptance};
- enum {kJetsUndef=0, kJetsRec, kJetsRecAcceptance, kJetsGen, kJetsGenAcceptance, kJetsKine, kJetsKineAcceptance};
-
+ enum {kTrackUndef=0, kTrackAOD, kTrackAODQualityCuts, kTrackAODCuts,
+ kTrackAODExtra, kTrackAODExtraonly, kTrackAODExtraCuts, kTrackAODExtraonlyCuts,
+ kTrackKineAll, kTrackKineCharged, kTrackKineChargedAcceptance,
+ kTrackAODMCAll, kTrackAODMCCharged, kTrackAODMCChargedAcceptance, kTrackAODMCChargedSec};
+ enum {kJetsUndef=0, kJetsRec, kJetsRecAcceptance, kJetsGen, kJetsGenAcceptance, kJetsKine, kJetsKineAcceptance,kJetsEmbedded};
+ enum {kBckgPerp=0, kBckgOutLJ, kBckgOut2J, kBckgClusters, kBckgClustersOutLeading, kBckgOut3J, kBckgOutAJ, kBckgOutLJStat,
+ kBckgOut2JStat, kBckgOut3JStat, kBckgOutAJStat, kBckgASide, kBckgASideWindow, kBckgPerpWindow};
+
+
+ protected:
Int_t GetListOfTracks(TList* list, Int_t type);
Int_t GetListOfJets(TList* list, Int_t type);
-
+ Int_t GetListOfBckgJets(TList *list, Int_t type);
+
AliESDEvent* fESD; // ESD event
AliAODEvent* fAOD; // AOD event
- AliMCEvent* fMCEvent; // MC event
-
+ AliAODEvent* fAODJets; // AOD event with jet branch (case we have AOD both in input and output)
+ AliAODExtension *fAODExtension; //! where we take the jets from can be input or output AOD
+ //AliMCEvent* fMCEvent; // MC event
+ TString fNonStdFile; // name of delta aod file to catch the extension
+
+
TString fBranchRecJets; // branch name for reconstructed jets
+ TString fBranchRecBackJets; // branch name for reconstructed background jets
+ TString fBranchRecBckgClusters; // branch name for reconstructed background clusters
TString fBranchGenJets; // branch name for generated jets
-
- Int_t fTrackTypeGen; // type of generated tracks
- Int_t fJetTypeGen; // type of generated jets
+ TString fBranchEmbeddedJets; // branch name for embedded jets
+
+ Int_t fTrackTypeGen; // type of generated tracks
+ Int_t fJetTypeGen; // type of generated jets
+
+ Int_t fJetTypeRecEff; // type of jets used for filling reconstruction efficiency histos
+
+ Bool_t fUseAODInputJets; // take jets from in/output - only relevant if AOD event both in input AND output and we want to use output
+ UInt_t fFilterMask; // filter bit for selected tracks
+ Bool_t fUsePhysicsSelection; // switch for event selection
+ Int_t fEventClass; // event class to be looked at for this instace of the task
+ Float_t fMaxVertexZ; // maximum abs(z) position of primiary vertex [cm]
- UInt_t fFilterMask; // filter bit for selected tracks
-
// track cuts
Float_t fTrackPtCut; // track transverse momentum cut
Float_t fTrackEtaMin; // track eta cut
Float_t fTrackPhiMin; // track phi cut
Float_t fTrackPhiMax; // track phi cut
+ Int_t fUseExtraTracks; // +/- 1: embedded extra/extra only tracks, default: 0 (ignore extra tracks)
+ Int_t fUseExtraTracksBgr; // +/- 1: background: use embedded extra/extra only tracks, default: 0 (ignore extra tracks)
+ Float_t fCutFractionPtEmbedded; // cut on ratio of embedded pt found in jet
+ Bool_t fUseEmbeddedJetAxis; // use axis of embedded jet for FF
+ Bool_t fUseEmbeddedJetPt; // use axis of embedded jet for FF
+
// jet cuts
Float_t fJetPtCut; // jet transverse momentum cut
Float_t fJetEtaMin; // jet eta cut
Float_t fDiJetCDFCut; // cdf cut value
Int_t fDiJetKindBins; // type of bins: invmass, etleading, emean
- static TArrayD* fDiJetBins; // bining in invmass, etleading, emean
Float_t fFFRadius; // if radius > 0 construct FF from tracks within cone around jet axis, otherwise use trackRefs
+ Float_t fFFBckgRadius; // compute background outside cone of this radius around jet axes
+ Bool_t fBckgMode; // Set background subtraction mode
+ Int_t fBckgType[5]; // Set background subtraction mode
+ Int_t fIJMode; // Set intrajet mode
+ Int_t fQAMode; // QA mode: 0x00=0 none, 0x01=1 track qa, 0x10=2 track qa, 0x11=3 both
+ Int_t fFFMode; // fragmentation function mode
+ Int_t fDJMode; // dijet mode: 0x00=0 none, 0x01=1 di-jet, 0x10=2 di-jet qa, 0x11=3 both
+ Int_t fEffMode; // efficiency mode
+ Int_t fPhiCorrMode; // track phi correlation mode
+
+ Bool_t fUseRecEffRecJetPtBins; // bin track reconstruction efficiency in reconstructed/generated jet pt bins
+ Bool_t fUseResponseRecJetPtBins; // bin track response matrix in reconstructed/generated jet pt bins
+
+ Float_t fAvgTrials; // average number of trials per event
- TList* fTracksRec; //! reconstructed tracks
- TList* fTracksRecCuts; //! reconstructed tracks after cuts
- TList* fTracksGen; //! generated tracks
+ TList* fTracksRec; //! reconstructed tracks
+ TList* fTracksRecCuts; //! reconstructed tracks after cuts
+ TList* fTracksGen; //! generated tracks
+ TList* fTracksAODMCCharged; //! AOD MC tracks
+ TList* fTracksAODMCChargedSec; //! AOD MC tracks - secondaries
+ TList* fTracksRecQualityCuts; //! reconstructed tracks after quality cuts, no acceptance/pt cut
+
TList* fJetsRec; //! jets from reconstructed tracks
TList* fJetsRecCuts; //! jets from reonstructed tracks after jet cuts
TList* fJetsGen; //! jets from generated tracks
-
+ TList* fJetsRecEff; //! jets used for reconstruction efficiency histos
+ TList* fJetsEmbedded; //! jets used for embedding
+
+ TList* fBckgJetsRec; //! jets from reconstructed tracks
+ TList* fBckgJetsRecCuts; //! jets from reonstructed tracks after jet cuts
+ TList* fBckgJetsGen; //! jets from generated tracks
+
AliFragFuncQATrackHistos* fQATrackHistosRec; //! track QA: reconstructed tracks
AliFragFuncQATrackHistos* fQATrackHistosRecCuts; //! track QA: reconstructed tracks after cuts
AliFragFuncQAJetHistos* fQAJetHistosRecCutsLeading; //! jet QA: leading jet from reconstructed tracks after jet cuts
AliFragFuncQAJetHistos* fQAJetHistosGen; //! jet QA: jets from generated tracks
AliFragFuncQAJetHistos* fQAJetHistosGenLeading; //! jet QA: leading jet from generated tracks
+ AliFragFuncQAJetHistos* fQAJetHistosRecEffLeading; //! jet QA: leading jet used for reconstruction efficiency histos
+
AliFragFuncHistos* fFFHistosRecCuts; //! FF reconstructed tracks after cuts
AliFragFuncHistos* fFFHistosRecLeading; //! FF reconstructed tracks after cuts: all reconstructed tracks pt / leading track pt
AliFragFuncHistos* fFFHistosRecLeadingTrack; //! FF reconstructed tracks after cuts: leading track pt / jet pt
AliFragFuncQADiJetHistos* fQADiJetHistosRecCuts; //! Dijet QA : reconstructed tracks after cuts
AliFragFuncQADiJetHistos* fQADiJetHistosGen; //! DiJet QA: jets from generated tracks
+ AliFragFuncQATrackHistos* fPhiCorrHistosJetArea; //! tracks in area of leading jet (phi = phi_jet - phi_track, eta = eta_track)
+ AliFragFuncQATrackHistos* fPhiCorrHistosTransverseArea; //! tracks in area transverse region (shift of phi by 90�)
+ AliFragFuncQATrackHistos* fPhiCorrHistosAwayArea; //! tracks in area in away region (shift of phi by 180�)
Float_t fQATrackHighPtThreshold; // track QA high transverse momentum threshold
Float_t fQADiJetDeltaPtMin; // dijet QA histos limits
Float_t fQADiJetDeltaPtMax; // dijet QA histos limits
+ Int_t fQADiJetNBinsInBal; // dijet QA histos bins
+ Float_t fQADiJetInBalMin; // dijet QA histos limits
+ Float_t fQADiJetInBalMax; // dijet QA histos limits
+
+ // phi correlation
+ Int_t fPhiCorrNBinsPt; // track related to jet histos bins
+ Float_t fPhiCorrPtMin; // track related to jet histos limits
+ Float_t fPhiCorrPtMax; // track related to jet histos limits
+
+ Int_t fPhiCorrNBinsEta; // track related to jet histos bins
+ Float_t fPhiCorrEtaMin; // track related to jet histos limits
+ Float_t fPhiCorrEtaMax; // track related to jet histos limits
+
+ Int_t fPhiCorrNBinsPhi; // track related to jet histos bins
+ Float_t fPhiCorrPhiMin; // track related to jet histos limits
+ Float_t fPhiCorrPhiMax; // track related to jet histos limits
+
// Histograms
TList *fCommonHistList; // List of common histos
TH1F *fh1VertexNContributors; //! NContributors to prim vertex
TH1F *fh1VertexZ; //! prim vertex z distribution
TH1F *fh1EvtMult; //! number of reconstructed tracks after cuts
+ TH1F *fh1EvtCent; //! centrality percentile
+
+ TH2F *fh2TrackPtVsDCAXY; //! track pt vs DCA
+ TH2F *fh2TrackPtVsDCAZ; //! track pt vs DCA
+
+
+ TProfile* fh1Xsec; //! pythia cross section and trials
+ TH1F* fh1Trials; //! sum of trials
+ TH1F* fh1PtHard; //! pt hard of the event
+ TH1F* fh1PtHardTrials; //! pt hard of the event
+
TH1F *fh1nRecJetsCuts; //! number of jets from reconstructed tracks per event
TH1F *fh1nGenJets; //! number of jets from generated tracks per event
-
- ClassDef(AliAnalysisTaskFragmentationFunction, 3);
+ TH1F *fh1nRecEffJets; //! number of jets for reconstruction eff per event
+ TH1F *fh1nEmbeddedJets; //! number of embedded jets per event
+
+ TH1F *fh1nRecBckgJetsCuts; //! number of jets from reconstructed tracks per event
+ TH1F *fh1nGenBckgJets; //! number of jets from generated tracks per event
+ TH2F *fh2PtRecVsGenPrim; //! association rec/gen MC: rec vs gen pt, primaries
+ TH2F *fh2PtRecVsGenSec; //! association rec/gen MC: rec vs gen pt, secondaries
+
+
+ // tracking efficiency / secondaries
+
+ AliFragFuncQATrackHistos* fQATrackHistosRecEffGen; //! tracking efficiency: generated primaries
+ AliFragFuncQATrackHistos* fQATrackHistosRecEffRec; //! tracking efficiency: reconstructed primaries
+ AliFragFuncQATrackHistos* fQATrackHistosSecRec; //! reconstructed secondaries
+
+ AliFragFuncHistos* fFFHistosRecEffGen; //! tracking efficiency: FF generated primaries
+ AliFragFuncHistos* fFFHistosRecEffRec; //! tracking efficiency: FF reconstructed primaries
+ AliFragFuncHistos* fFFHistosSecRec; //! secondary contamination: FF reconstructed secondaries
+
+ // momentum resolution
+ THnSparse* fhnResponseSinglePt; //! single track response pt
+ TH2F* fh2SingleInvPtRecMnGenVsPtGen; //! single track response inv pt
+
+ THnSparse* fhnResponseJetTrackPt; //! jet track response pt
+ THnSparse* fhnResponseJetZ; //! jet track response z
+ THnSparse* fhnResponseJetXi; //! jet track response xi
+
+
+ // Background
+ TH1F *fh1OutLeadingMult; //! background multiplicity outside leading jet
+ TH1F *fh1OutLeadingStatMult; //! background multiplicity outside leading jet (stat)
+ TH1F *fh1PerpMult; //! background multiplicity perpendicular to the leading jet
+ TH1F *fh1ASideMult; //! background multiplicity perpendicular to the leading jet
+ TH1F *fh1ASideWindowMult; //! background multiplicity perpendicular to the leading jet
+ TH1F *fh1PerpWindowMult; //! background multiplicity perpendicular to the leading jet
+ TH1F *fh1Out2JetsMult; //! background multiplicity outside 2 jets
+ TH1F *fh1Out3JetsMult; //! background multiplicity outside 3 jets
+ TH1F *fh1MedianClustersMult; //! background multiplicity median cluster
+ TH1F *fh1OutClustersMult; //! background multiplicity clusters outside leading jet
+
+ // embedding
+ TH1F* fh1FractionPtEmbedded; //! ratio embedded pt in rec jet to embedded jet pt
+ TH1F* fh1IndexEmbedded; //! index embedded jet matching to leading rec jet
+ TH2F* fh2DeltaPtVsJetPtEmbedded; //! delta pt rec - embedded jet
+ TH2F* fh2DeltaPtVsRecJetPtEmbedded; //! delta pt rec - embedded jet
+ TH1F* fh1DeltaREmbedded; //! delta R rec - embedded jet
+
+ // 2track resolution
+ TH2F* fh2ptVsDistNN_pt50_rec; //!
+ TH2F* fh2ptVsDistNN_pt50_nonRec; //!
+ TH2F* fh2ptVsDistNN_pt10_rec; //!
+ TH2F* fh2ptVsDistNN_pt10_nonRec; //!
+
+ AliFragFuncQATrackHistos* fQABckgHisto0RecCuts; //! track QA: reconstructed tracks after cuts
+ AliFragFuncQATrackHistos* fQABckgHisto0Gen; //! track QA: generated tracks
+ AliFragFuncQATrackHistos* fQABckgHisto1RecCuts; //! track QA: reconstructed tracks after cuts
+ AliFragFuncQATrackHistos* fQABckgHisto1Gen; //! track QA: generated tracks
+ AliFragFuncQATrackHistos* fQABckgHisto2RecCuts; //! track QA: reconstructed tracks after cuts
+ AliFragFuncQATrackHistos* fQABckgHisto2Gen; //! track QA: generated tracks
+ AliFragFuncQATrackHistos* fQABckgHisto3RecCuts; //! track QA: reconstructed tracks after cuts
+ AliFragFuncQATrackHistos* fQABckgHisto3Gen; //! track QA: generated tracks
+ AliFragFuncQATrackHistos* fQABckgHisto4RecCuts; //! track QA: reconstructed tracks after cuts
+ AliFragFuncQATrackHistos* fQABckgHisto4Gen; //! track QA: generated tracks
+
+ AliFragFuncHistos* fFFBckgHisto0RecCuts; //! Bckg (outside leading jet or 2 jets or more) FF reconstructed tracks after cuts
+ AliFragFuncHistos* fFFBckgHisto0RecLeading; //! Bckg (outside leading jet or 2 jets or more) FF reconstructed tracks after cuts: all reconstructed tracks pt / leading track pt
+ AliFragFuncHistos* fFFBckgHisto0Gen; //! Bckg (outside leading jet or 2 jets or more) FF generated tracks after cuts
+ AliFragFuncHistos* fFFBckgHisto0GenLeading; //! Bckg (outside leading jet or 2 jets or more) FF reconstructed tracks after cuts: all reconstructed tracks pt / leading track pt
+ AliFragFuncHistos* fFFBckgHisto1RecCuts; //! Bckg (outside leading jet or 2 jets or more) FF reconstructed tracks after cuts
+ AliFragFuncHistos* fFFBckgHisto1RecLeading; //! Bckg (outside leading jet or 2 jets or more) FF reconstructed tracks after cuts: all reconstructed tracks pt / leading track pt
+ AliFragFuncHistos* fFFBckgHisto1Gen; //! Bckg (outside leading jet or 2 jets or more) FF generated tracks after cuts
+ AliFragFuncHistos* fFFBckgHisto1GenLeading; //! Bckg (outside leading jet or 2 jets or more) FF reconstructed tracks after cuts: all reconstructed tracks pt / leading track pt
+ AliFragFuncHistos* fFFBckgHisto2RecCuts; //! Bckg (outside leading jet or 2 jets or more) FF reconstructed tracks after cuts
+ AliFragFuncHistos* fFFBckgHisto2RecLeading; //! Bckg (outside leading jet or 2 jets or more) FF reconstructed tracks after cuts: all reconstructed tracks pt / leading track pt
+ AliFragFuncHistos* fFFBckgHisto2Gen; //! Bckg (outside leading jet or 2 jets or more) FF generated tracks after cuts
+ AliFragFuncHistos* fFFBckgHisto2GenLeading; //! Bckg (outside leading jet or 2 jets or more) FF reconstructed tracks after cuts: all reconstructed tracks pt / leading track pt
+ AliFragFuncHistos* fFFBckgHisto3RecCuts; //! Bckg (outside leading jet or 3 jets or more) FF reconstructed tracks after cuts
+ AliFragFuncHistos* fFFBckgHisto3RecLeading; //! Bckg (outside leading jet or 3 jets or more) FF reconstructed tracks after cuts: all reconstructed tracks pt / leading track pt
+ AliFragFuncHistos* fFFBckgHisto3Gen; //! Bckg (outside leading jet or 3 jets or more) FF generated tracks after cuts
+ AliFragFuncHistos* fFFBckgHisto3GenLeading; //! Bckg (outside leading jet or 3 jets or more) FF reconstructed tracks after cuts: all reconstructed tracks pt / leading track pt
+ AliFragFuncHistos* fFFBckgHisto4RecCuts; //! Bckg (outside leading jet or 4 jets or more) FF reconstructed tracks after cuts
+ AliFragFuncHistos* fFFBckgHisto4RecLeading; //! Bckg (outside leading jet or 4 jets or more) FF reconstructed tracks after cuts: all reconstructed tracks pt / leading track pt
+ AliFragFuncHistos* fFFBckgHisto4Gen; //! Bckg (outside leading jet or 4 jets or more) FF generated tracks after cuts
+ AliFragFuncHistos* fFFBckgHisto4GenLeading; //! Bckg (outside leading jet or 4 jets or more) FF reconstructed tracks after cuts: all reconstructed tracks pt / leading track pt
+
+
+ AliFragFuncIntraJetHistos* fIJBckgHisto0RecCuts; //!
+ AliFragFuncIntraJetHistos* fIJBckgHisto0RecLeading; //!
+ AliFragFuncIntraJetHistos* fIJBckgHisto0Gen; //!
+ AliFragFuncIntraJetHistos* fIJBckgHisto0GenLeading; //!
+ AliFragFuncIntraJetHistos* fIJBckgHisto1RecCuts; //!
+ AliFragFuncIntraJetHistos* fIJBckgHisto1RecLeading; //!
+ AliFragFuncIntraJetHistos* fIJBckgHisto1Gen; //!
+ AliFragFuncIntraJetHistos* fIJBckgHisto1GenLeading; //!
+ AliFragFuncIntraJetHistos* fIJBckgHisto2RecCuts; //!
+ AliFragFuncIntraJetHistos* fIJBckgHisto2RecLeading; //!
+ AliFragFuncIntraJetHistos* fIJBckgHisto2Gen; //!
+ AliFragFuncIntraJetHistos* fIJBckgHisto2GenLeading; //!
+ AliFragFuncIntraJetHistos* fIJBckgHisto3RecCuts; //!
+ AliFragFuncIntraJetHistos* fIJBckgHisto3RecLeading; //!
+ AliFragFuncIntraJetHistos* fIJBckgHisto3Gen; //!
+ AliFragFuncIntraJetHistos* fIJBckgHisto3GenLeading; //!
+ AliFragFuncIntraJetHistos* fIJBckgHisto4RecCuts; //!
+ AliFragFuncIntraJetHistos* fIJBckgHisto4RecLeading; //!
+ AliFragFuncIntraJetHistos* fIJBckgHisto4Gen; //!
+ AliFragFuncIntraJetHistos* fIJBckgHisto4GenLeading; //!
+
+ TRandom3* fRandom; // TRandom3 for background estimation
+ Int_t fBckgSubMethod; // Bckg method: 1 = leading jet excluded, 2 = 2 most energetic jets excluded
+
+ ClassDef(AliAnalysisTaskFragmentationFunction, 11);
};
#endif
git://git.uio.no / u / mrichter / AliRoot.git / blobdiff