/************************************************************************** * Copyright(c) 1998-1999, ALICE Experiment at CERN, All rights reserved. * * * * Author: The ALICE Off-line Project. * * Contributors are mentioned in the code where appropriate. * * * * Permission to use, copy, modify and distribute this software and its * * documentation strictly for non-commercial purposes is hereby granted * * without fee, provided that the above copyright notice appears in all * * copies and that both the copyright notice and this permission notice * * appear in the supporting documentation. The authors make no claims * * about the suitability of this software for any purpose. It is * * provided "as is" without express or implied warranty. * **************************************************************************/ //_________________________________________________________________________ // Class for the analysis of high pT pi0 event by event // Pi0/Eta identified by one of the following: // -Invariant mass of 2 cluster in calorimeter // -Shower shape analysis in calorimeter // -Invariant mass of one cluster in calorimeter and one photon reconstructed in CTS // // -- Author: Gustavo Conesa (LNF-INFN) & Raphaelle Ichou (SUBATECH) ////////////////////////////////////////////////////////////////////////////// // --- ROOT system --- #include <TList.h> #include <TClonesArray.h> #include <TObjString.h> // --- Analysis system --- #include "AliAnaPi0EbE.h" #include "AliCaloTrackReader.h" #include "AliIsolationCut.h" #include "AliNeutralMesonSelection.h" #include "AliCaloPID.h" #include "AliMCAnalysisUtils.h" #include "AliStack.h" #include "AliFiducialCut.h" #include "TParticle.h" #include "AliVCluster.h" #include "AliESDEvent.h" #include "AliAODEvent.h" #include "AliAODMCParticle.h" ClassImp(AliAnaPi0EbE) //____________________________ AliAnaPi0EbE::AliAnaPi0EbE() : AliAnaCaloTrackCorrBaseClass(), fAnaType(kIMCalo), fMinDist(0.),fMinDist2(0.), fMinDist3(0.), fNLMCutMin(-1), fNLMCutMax(10), fTimeCutMin(-10000), fTimeCutMax(10000), fRejectTrackMatch(kTRUE), fSelectIsolatedDecay(kFALSE), fCheckSplitDistToBad(0), fSelectPairInIsoCone(0), fR(0), fIsoCandMinPt(0), fFillWeightHistograms(kFALSE), fFillTMHisto(0), fFillSelectClHisto(0), fFillOnlySimpleSSHisto(1), fFillEMCALBCHistograms(0), fFillAllNLMHistograms(0), fInputAODGammaConvName(""), fMomentum(), fMomentum1(), fMomentum2(), fMomentum12(),fPrimaryMom(), fGrandMotherMom(), // Histograms fhPt(0), fhE(0), fhPtEta(0), fhPtPhi(0), fhEtaPhi(0), fhEtaPhiEMCALBC0(0), fhEtaPhiEMCALBC1(0), fhEtaPhiEMCALBCN(0), fhTimeTriggerEMCALBC0UMReMatchOpenTime(0), fhTimeTriggerEMCALBC0UMReMatchCheckNeigh(0), fhTimeTriggerEMCALBC0UMReMatchBoth(0), fhPtCentrality(), fhPtEventPlane(0), fhMCPtCentrality(), fhPtReject(0), fhEReject(0), fhPtEtaReject(0), fhPtPhiReject(0), fhEtaPhiReject(0), fhMass(0), fhMassPt(0), fhMassSplitPt(0), fhSelectedMass(0), fhSelectedMassPt(0), fhSelectedMassSplitPt(0), fhMassPtIsoRCut(0), fhMassNoOverlap(0), fhMassPtNoOverlap(0), fhMassSplitPtNoOverlap(0), fhSelectedMassNoOverlap(0), fhSelectedMassPtNoOverlap(0), fhSelectedMassSplitPtNoOverlap(0), fhMCPi0PtRecoPtPrim(0), fhMCEtaPtRecoPtPrim(0), fhMCPi0PtRecoPtPrimNoOverlap(0), fhMCEtaPtRecoPtPrimNoOverlap(0), fhMCPi0SplitPtRecoPtPrim(0), fhMCEtaSplitPtRecoPtPrim(0), fhMCPi0SplitPtRecoPtPrimNoOverlap(0), fhMCEtaSplitPtRecoPtPrimNoOverlap(0), fhMCPi0SelectedPtRecoPtPrim(0), fhMCEtaSelectedPtRecoPtPrim(0), fhMCPi0SelectedPtRecoPtPrimNoOverlap(0), fhMCEtaSelectedPtRecoPtPrimNoOverlap(0), fhMCPi0SelectedSplitPtRecoPtPrim(0), fhMCEtaSelectedSplitPtRecoPtPrim(0), fhMCPi0SelectedSplitPtRecoPtPrimNoOverlap(0), fhMCEtaSelectedSplitPtRecoPtPrimNoOverlap(0), fhAsymmetry(0), fhSelectedAsymmetry(0), fhSplitE(0), fhSplitPt(0), fhSplitPtEta(0), fhSplitPtPhi(0), fhNLocMaxSplitPt(0), fhPtDecay(0), // Shower shape histos fhPtDispersion(0), fhPtLambda0(0), fhPtLambda0NoSplitCut(0), fhPtLambda1(0), fhPtLambda0NoTRD(0), fhPtLambda0FracMaxCellCut(0), fhPtFracMaxCell(0), fhPtFracMaxCellNoTRD(0), fhPtNCells(0), fhPtTime(0), fhEPairDiffTime(0), fhPtDispEta(0), fhPtDispPhi(0), fhPtSumEta(0), fhPtSumPhi(0), fhPtSumEtaPhi(0), fhPtDispEtaPhiDiff(0), fhPtSphericity(0), // MC histos fhMCPtDecayLostPairPi0(0), fhMCPtDecayLostPairEta(0), fhMCE(), fhMCPt(), fhMCPtPhi(), fhMCPtEta(), fhMCEReject(), fhMCPtReject(), fhMCPi0PtGenRecoFraction(0), fhMCEtaPtGenRecoFraction(0), fhMCPi0DecayPt(0), fhMCPi0DecayPtFraction(0), fhMCEtaDecayPt(0), fhMCEtaDecayPtFraction(0), fhMCOtherDecayPt(0), fhMassPairMCPi0(0), fhMassPairMCEta(0), fhAnglePairMCPi0(0), fhAnglePairMCEta(0), fhMCPi0PtOrigin(0x0), fhMCEtaPtOrigin(0x0), fhMCPi0ProdVertex(0), fhMCEtaProdVertex(0), // Weight studies fhECellClusterRatio(0), fhECellClusterLogRatio(0), fhEMaxCellClusterRatio(0), fhEMaxCellClusterLogRatio(0), fhTrackMatchedDEta(0), fhTrackMatchedDPhi(0), fhTrackMatchedDEtaDPhi(0), fhTrackMatchedDEtaPos(0), fhTrackMatchedDPhiPos(0), fhTrackMatchedDEtaDPhiPos(0), fhTrackMatchedDEtaNeg(0), fhTrackMatchedDPhiNeg(0), fhTrackMatchedDEtaDPhiNeg(0), fhTrackMatchedMCParticlePt(0), fhTrackMatchedMCParticleDEta(0), fhTrackMatchedMCParticleDPhi(0), fhdEdx(0), fhEOverP(0), fhEOverPNoTRD(0), // Number of local maxima in cluster fhNLocMaxPt(0), fhNLocMaxPtReject(0), // PileUp fhTimePtNoCut(0), fhTimePtSPD(0), fhTimePtSPDMulti(0), fhTimeNPileUpVertSPD(0), fhTimeNPileUpVertTrack(0), fhTimeNPileUpVertContributors(0), fhTimePileUpMainVertexZDistance(0), fhTimePileUpMainVertexZDiamond(0), fhPtNPileUpSPDVtx(0), fhPtNPileUpTrkVtx(0), fhPtNPileUpSPDVtxTimeCut(0), fhPtNPileUpTrkVtxTimeCut(0), fhPtNPileUpSPDVtxTimeCut2(0), fhPtNPileUpTrkVtxTimeCut2(0) { //default ctor for(Int_t i = 0; i < fgkNmcTypes; i++) { fhMCE [i] = 0; fhMCPt [i] = 0; fhMCPtPhi [i] = 0; fhMCPtEta [i] = 0; fhMCPtCentrality [i] = 0; fhMCSplitE [i] = 0; fhMCSplitPt [i] = 0; fhMCSplitPtPhi [i] = 0; fhMCSplitPtEta [i] = 0; fhMCNLocMaxPt [i] = 0; fhMCNLocMaxSplitPt [i] = 0; fhMCNLocMaxPtReject[i] = 0; fhMCPtDecay [i] = 0; fhMCPtLambda0 [i] = 0; fhMCPtLambda0NoTRD [i] = 0; fhMCPtLambda0FracMaxCellCut[i]= 0; fhMCPtFracMaxCell [i] = 0; fhMCPtLambda1 [i] = 0; fhMCPtDispersion [i] = 0; fhMCPtDispEta [i] = 0; fhMCPtDispPhi [i] = 0; fhMCPtSumEtaPhi [i] = 0; fhMCPtDispEtaPhiDiff[i] = 0; fhMCPtSphericity [i] = 0; fhMCPtAsymmetry [i] = 0; fhMCMassPt [i]=0; fhMCMassSplitPt [i]=0; fhMCSelectedMassPt [i]=0; fhMCSelectedMassSplitPt[i]=0; fhMCMassPtNoOverlap [i]=0; fhMCMassSplitPtNoOverlap [i]=0; fhMCSelectedMassPtNoOverlap [i]=0; fhMCSelectedMassSplitPtNoOverlap[i]=0; for(Int_t j = 0; j < 7; j++) { fhMCLambda0DispEta [j][i] = 0; fhMCLambda0DispPhi [j][i] = 0; fhMCDispEtaDispPhi [j][i] = 0; fhMCAsymmetryLambda0 [j][i] = 0; fhMCAsymmetryDispEta [j][i] = 0; fhMCAsymmetryDispPhi [j][i] = 0; } } for(Int_t j = 0; j < 7; j++) { fhLambda0DispEta [j] = 0; fhLambda0DispPhi [j] = 0; fhDispEtaDispPhi [j] = 0; fhAsymmetryLambda0 [j] = 0; fhAsymmetryDispEta [j] = 0; fhAsymmetryDispPhi [j] = 0; fhPtPileUp [j] = 0; } for(Int_t i = 0; i < 3; i++) { fhPtLambda0LocMax [i] = 0; fhPtLambda1LocMax [i] = 0; fhPtDispersionLocMax [i] = 0; fhPtDispEtaLocMax [i] = 0; fhPtDispPhiLocMax [i] = 0; fhPtSumEtaPhiLocMax [i] = 0; fhPtDispEtaPhiDiffLocMax[i] = 0; fhPtSphericityLocMax [i] = 0; fhPtAsymmetryLocMax [i] = 0; fhMassPtLocMax [i] = 0; fhSelectedMassPtLocMax [i] = 0; for(Int_t ipart = 0; ipart < fgkNmcTypes; ipart++) { fhMCPtLambda0LocMax [ipart][i] = 0; fhMCSelectedMassPtLocMax[ipart][i] = 0; } fhMCPi0PtRecoPtPrimLocMax [i] = 0; fhMCEtaPtRecoPtPrimLocMax [i] = 0; fhMCPi0SplitPtRecoPtPrimLocMax [i] = 0; fhMCEtaSplitPtRecoPtPrimLocMax [i] = 0; fhMCPi0SelectedPtRecoPtPrimLocMax [i] = 0; fhMCEtaSelectedPtRecoPtPrimLocMax [i] = 0; fhMCPi0SelectedSplitPtRecoPtPrimLocMax[i] = 0; fhMCEtaSelectedSplitPtRecoPtPrimLocMax[i] = 0; } //Weight studies for(Int_t i =0; i < 14; i++){ fhLambda0ForW0[i] = 0; //fhLambda1ForW0[i] = 0; if(i<8)fhMassPairLocMax[i] = 0; } for(Int_t i = 0; i < 11; i++) { fhEtaPhiTriggerEMCALBC [i] = 0 ; fhTimeTriggerEMCALBC [i] = 0 ; fhTimeTriggerEMCALBCPileUpSPD[i] = 0 ; fhEtaPhiTriggerEMCALBCUM [i] = 0 ; fhTimeTriggerEMCALBCUM [i] = 0 ; } for(Int_t iSM = 0; iSM < 22; iSM++) { fhNLocMaxPtSM[iSM] = 0; for(Int_t inlm = 0; inlm < 3; inlm++) { fhSelectedMassPtLocMaxSM [inlm][iSM] = 0; fhSelectedLambda0PtLocMaxSM [inlm][iSM] = 0; } } //Initialize parameters InitParameters(); } //______________________________________________________________________________________________ void AliAnaPi0EbE::FillEMCALBCHistograms(Float_t energy, Float_t eta, Float_t phi, Float_t time) { // EMCal trigger cluster BC studies Int_t id = GetReader()->GetTriggerClusterId(); if( id < 0 ) return; Int_t bc = GetReader()->GetTriggerClusterBC(); if(TMath::Abs(bc) >= 6) AliInfo(Form("Trigger BC not expected = %d",bc)); if(phi < 0) phi+=TMath::TwoPi(); if(energy > 2) { Double_t timeUS = TMath::Abs(time); if (timeUS < 25) fhEtaPhiEMCALBC0->Fill(eta, phi); else if (timeUS < 75) fhEtaPhiEMCALBC1->Fill(eta, phi); else fhEtaPhiEMCALBCN->Fill(eta, phi); } if(TMath::Abs(bc) >= 6) return ; if(GetReader()->IsBadCellTriggerEvent() || GetReader()->IsExoticEvent()) return ; if(GetReader()->IsTriggerMatched()) { if(energy > 2) fhEtaPhiTriggerEMCALBC[bc+5]->Fill(eta, phi); fhTimeTriggerEMCALBC[bc+5]->Fill(energy, time); if(GetReader()->IsPileUpFromSPD()) fhTimeTriggerEMCALBCPileUpSPD[bc+5]->Fill(energy, time); } else { if(energy > 2) fhEtaPhiTriggerEMCALBCUM[bc+5]->Fill(eta, phi); fhTimeTriggerEMCALBCUM[bc+5]->Fill(energy, time); if(bc==0) { if(GetReader()->IsTriggerMatchedOpenCuts(0)) fhTimeTriggerEMCALBC0UMReMatchOpenTime ->Fill(energy, time); if(GetReader()->IsTriggerMatchedOpenCuts(1)) fhTimeTriggerEMCALBC0UMReMatchCheckNeigh ->Fill(energy, time); if(GetReader()->IsTriggerMatchedOpenCuts(2)) fhTimeTriggerEMCALBC0UMReMatchBoth ->Fill(energy, time); } } } //___________________________________________________________________________________ void AliAnaPi0EbE::FillPileUpHistograms(Float_t pt, Float_t time, AliVCluster * calo) { // Fill some histograms to understand pile-up if(!IsPileUpAnalysisOn()) return; //printf("E %f, time %f\n",energy,time); AliVEvent * event = GetReader()->GetInputEvent(); fhTimePtNoCut->Fill(pt,time); if(GetReader()->IsPileUpFromSPD()) if(GetReader()->IsPileUpFromSPD()) { fhPtPileUp[0]->Fill(pt); fhTimePtSPD ->Fill(pt,time); } if(GetReader()->IsPileUpFromEMCal()) fhPtPileUp[1]->Fill(pt); if(GetReader()->IsPileUpFromSPDOrEMCal()) fhPtPileUp[2]->Fill(pt); if(GetReader()->IsPileUpFromSPDAndEMCal()) fhPtPileUp[3]->Fill(pt); if(GetReader()->IsPileUpFromSPDAndNotEMCal()) fhPtPileUp[4]->Fill(pt); if(GetReader()->IsPileUpFromEMCalAndNotSPD()) fhPtPileUp[5]->Fill(pt); if(GetReader()->IsPileUpFromNotSPDAndNotEMCal()) fhPtPileUp[6]->Fill(pt); if(event->IsPileupFromSPDInMultBins()) fhTimePtSPDMulti->Fill(pt,time); // cells in cluster AliVCaloCells* cells = 0; if(GetCalorimeter() == kEMCAL) cells = GetEMCALCells(); else cells = GetPHOSCells(); Float_t maxCellFraction = 0.; Int_t absIdMax = GetCaloUtils()->GetMaxEnergyCell(cells,calo,maxCellFraction); Double_t tmax = cells->GetCellTime(absIdMax); GetCaloUtils()->RecalibrateCellTime(tmax, GetCalorimeter(), absIdMax,GetReader()->GetInputEvent()->GetBunchCrossNumber()); tmax*=1.e9; //Loop on cells inside cluster, max cell must be over 100 MeV and time in BC=0 if(cells->GetCellAmplitude(absIdMax) > 0.1 && TMath::Abs(tmax) < 30) { for (Int_t ipos = 0; ipos < calo->GetNCells(); ipos++) { Int_t absId = calo->GetCellsAbsId()[ipos]; if( absId == absIdMax ) continue ; Double_t timecell = cells->GetCellTime(absId); Float_t amp = cells->GetCellAmplitude(absId); Int_t bc = GetReader()->GetInputEvent()->GetBunchCrossNumber(); GetCaloUtils()->GetEMCALRecoUtils()->AcceptCalibrateCell(absId,bc,amp,timecell,cells); timecell*=1e9; Float_t diff = (tmax-timecell); if( cells->GetCellAmplitude(absIdMax) < 0.1 ) continue ; if(GetReader()->IsPileUpFromSPD()) { fhPtCellTimePileUp[0]->Fill(pt, timecell); fhPtTimeDiffPileUp[0]->Fill(pt, diff); } if(GetReader()->IsPileUpFromEMCal()) { fhPtCellTimePileUp[1]->Fill(pt, timecell); fhPtTimeDiffPileUp[1]->Fill(pt, diff); } if(GetReader()->IsPileUpFromSPDOrEMCal()) { fhPtCellTimePileUp[2]->Fill(pt, timecell); fhPtTimeDiffPileUp[2]->Fill(pt, diff); } if(GetReader()->IsPileUpFromSPDAndEMCal()) { fhPtCellTimePileUp[3]->Fill(pt, timecell); fhPtTimeDiffPileUp[3]->Fill(pt, diff); } if(GetReader()->IsPileUpFromSPDAndNotEMCal()) { fhPtCellTimePileUp[4]->Fill(pt, timecell); fhPtTimeDiffPileUp[4]->Fill(pt, diff); } if(GetReader()->IsPileUpFromEMCalAndNotSPD()) { fhPtCellTimePileUp[5]->Fill(pt, timecell); fhPtTimeDiffPileUp[5]->Fill(pt, diff); } if(GetReader()->IsPileUpFromNotSPDAndNotEMCal()) { fhPtCellTimePileUp[6]->Fill(pt, timecell); fhPtTimeDiffPileUp[6]->Fill(pt, diff); } }//loop } if(pt < 8) return; // Fill time figures for high energy clusters not too close to trigger threshold AliESDEvent* esdEv = dynamic_cast<AliESDEvent*> (event); AliAODEvent* aodEv = dynamic_cast<AliAODEvent*> (event); // N pile up vertices Int_t nVtxSPD = -1; Int_t nVtxTrk = -1; if (esdEv) { nVtxSPD = esdEv->GetNumberOfPileupVerticesSPD(); nVtxTrk = esdEv->GetNumberOfPileupVerticesTracks(); }//ESD else if (aodEv) { nVtxSPD = aodEv->GetNumberOfPileupVerticesSPD(); nVtxTrk = aodEv->GetNumberOfPileupVerticesTracks(); }//AOD fhTimeNPileUpVertSPD ->Fill(time,nVtxSPD); fhTimeNPileUpVertTrack->Fill(time,nVtxTrk); fhPtNPileUpSPDVtx->Fill(pt,nVtxSPD); fhPtNPileUpTrkVtx->Fill(pt,nVtxTrk); if(TMath::Abs(time) < 25) { fhPtNPileUpSPDVtxTimeCut ->Fill(pt,nVtxSPD); fhPtNPileUpTrkVtxTimeCut ->Fill(pt,nVtxTrk); } if(time < 75 && time > -25) { fhPtNPileUpSPDVtxTimeCut2->Fill(pt,nVtxSPD); fhPtNPileUpTrkVtxTimeCut2->Fill(pt,nVtxTrk); } //printf("Is SPD %d, Is SPD Multi %d, n spd %d, n track %d\n", // GetReader()->IsPileUpFromSPD(),event->IsPileupFromSPDInMultBins(),nVtxSPD,nVtxTracks); Int_t ncont = -1; Float_t z1 = -1, z2 = -1; Float_t diamZ = -1; for(Int_t iVert=0; iVert<nVtxSPD;iVert++) { if (esdEv) { const AliESDVertex* pv=esdEv->GetPileupVertexSPD(iVert); ncont=pv->GetNContributors(); z1 = esdEv->GetPrimaryVertexSPD()->GetZ(); z2 = pv->GetZ(); diamZ = esdEv->GetDiamondZ(); }//ESD else if (aodEv) { AliAODVertex *pv=aodEv->GetVertex(iVert); if(pv->GetType()!=AliAODVertex::kPileupSPD) continue; ncont=pv->GetNContributors(); z1=aodEv->GetPrimaryVertexSPD()->GetZ(); z2=pv->GetZ(); diamZ = aodEv->GetDiamondZ(); }// AOD Double_t distZ = TMath::Abs(z2-z1); diamZ = TMath::Abs(z2-diamZ); fhTimeNPileUpVertContributors ->Fill(time,ncont); fhTimePileUpMainVertexZDistance->Fill(time,distZ); fhTimePileUpMainVertexZDiamond ->Fill(time,diamZ); }// vertex loop } //______________________________________________________________________________________________ void AliAnaPi0EbE::FillRejectedClusterHistograms(Int_t mctag, Int_t nMaxima) { // Fill histograms that do not pass the identification (SS case only) Float_t ener = fMomentum.E(); Float_t pt = fMomentum.Pt(); Float_t phi = fMomentum.Phi(); if(phi < 0) phi+=TMath::TwoPi(); Float_t eta = fMomentum.Eta(); fhPtReject ->Fill(pt); fhEReject ->Fill(ener); fhPtEtaReject ->Fill(ener,eta); fhPtPhiReject ->Fill(ener,phi); fhEtaPhiReject ->Fill(eta,phi); fhNLocMaxPtReject->Fill(pt,nMaxima); if(IsDataMC()) { Int_t mcIndex = GetMCIndex(mctag); fhMCEReject [mcIndex] ->Fill(ener); fhMCPtReject [mcIndex] ->Fill(pt); if(fFillAllNLMHistograms) fhMCNLocMaxPtReject[mcIndex]->Fill(pt,nMaxima); } } //___________________________________________________________________________________ void AliAnaPi0EbE::FillSelectedClusterHistograms(AliVCluster* cluster, Float_t pt, Int_t nMaxima, Int_t tag, Float_t asy) { // Fill shower shape, timing and other histograms for selected clusters from decay Float_t ener = cluster->E(); Float_t disp = cluster->GetDispersion()*cluster->GetDispersion(); Float_t l0 = cluster->GetM02(); Float_t l1 = cluster->GetM20(); Int_t nSM = GetModuleNumber(cluster); Int_t ptbin = -1; if (pt < 2 ) ptbin = 0; else if (pt < 4 ) ptbin = 1; else if (pt < 6 ) ptbin = 2; else if (pt < 10) ptbin = 3; else if (pt < 15) ptbin = 4; else if (pt < 20) ptbin = 5; else ptbin = 6; Int_t indexMax = -1; if (nMaxima==1) indexMax = 0 ; else if(nMaxima==2) indexMax = 1 ; else indexMax = 2 ; FillWeightHistograms(cluster); fhPtLambda0 ->Fill(pt, l0 ); fhPtLambda1 ->Fill(pt, l1 ); fhNLocMaxPt->Fill(pt,nMaxima); if(fFillAllNLMHistograms) { if(nSM < GetCaloUtils()->GetNumberOfSuperModulesUsed() && nSM >=0) fhNLocMaxPtSM[nSM]->Fill(pt,nMaxima); fhPtLambda0LocMax [indexMax]->Fill(pt,l0); fhPtLambda1LocMax [indexMax]->Fill(pt,l1); } Float_t ll0 = 0., ll1 = 0.; Float_t dispp= 0., dEta = 0., dPhi = 0.; Float_t sEta = 0., sPhi = 0., sEtaPhi = 0.; AliVCaloCells * cell = 0x0; Float_t maxCellFraction = 0; if(GetCalorimeter() == kEMCAL && !fFillOnlySimpleSSHisto) { cell = GetEMCALCells(); GetCaloUtils()->GetMaxEnergyCell(cell, cluster, maxCellFraction); fhPtFracMaxCell->Fill(pt,maxCellFraction); if(maxCellFraction < 0.5) fhPtLambda0FracMaxCellCut->Fill(pt, l0 ); GetCaloUtils()->GetEMCALRecoUtils()->RecalculateClusterShowerShapeParameters(GetEMCALGeometry(), cell, cluster, ll0, ll1, dispp, dEta, dPhi, sEta, sPhi, sEtaPhi); fhPtDispersion -> Fill(pt,disp); fhPtDispEta -> Fill(pt,dEta); fhPtDispPhi -> Fill(pt,dPhi); fhPtSumEta -> Fill(pt,sEta); fhPtSumPhi -> Fill(pt,sPhi); fhPtSumEtaPhi -> Fill(pt,sEtaPhi); fhPtDispEtaPhiDiff-> Fill(pt,dPhi-dEta); if(dEta+dPhi>0)fhPtSphericity-> Fill(pt,(dPhi-dEta)/(dEta+dPhi)); fhDispEtaDispPhi[ptbin]->Fill(dEta,dPhi); fhLambda0DispEta[ptbin]->Fill(l0 ,dEta); fhLambda0DispPhi[ptbin]->Fill(l0 ,dPhi); if (fAnaType==kSSCalo) { // Asymmetry histograms fhAsymmetryLambda0[ptbin]->Fill(l0 ,asy); fhAsymmetryDispEta[ptbin]->Fill(dEta,asy); fhAsymmetryDispPhi[ptbin]->Fill(dPhi,asy); } if(fFillAllNLMHistograms) { fhPtDispersionLocMax [indexMax]->Fill(pt,disp); fhPtDispEtaLocMax [indexMax]-> Fill(pt,dEta); fhPtDispPhiLocMax [indexMax]-> Fill(pt,dPhi); fhPtSumEtaPhiLocMax [indexMax]-> Fill(pt,sEtaPhi); fhPtDispEtaPhiDiffLocMax[indexMax]-> Fill(pt,dPhi-dEta); if(dEta+dPhi>0) fhPtSphericityLocMax[indexMax]->Fill(pt,(dPhi-dEta)/(dEta+dPhi)); if(fAnaType==kSSCalo) fhPtAsymmetryLocMax [indexMax]->Fill(pt ,asy); } } if(GetCalorimeter()==kEMCAL && GetFirstSMCoveredByTRD() >= 0 && GetModuleNumber(cluster) < GetFirstSMCoveredByTRD() ) { fhPtLambda0NoTRD ->Fill(pt, l0 ); if(!fFillOnlySimpleSSHisto) fhPtFracMaxCellNoTRD->Fill(pt,maxCellFraction); } fhPtTime ->Fill(pt, cluster->GetTOF()*1.e9); fhPtNCells->Fill(pt, cluster->GetNCells()); // Fill Track matching control histograms if(fFillTMHisto) { Float_t dZ = cluster->GetTrackDz(); Float_t dR = cluster->GetTrackDx(); if(cluster->IsEMCAL() && GetCaloUtils()->IsRecalculationOfClusterTrackMatchingOn()) { dR = 2000., dZ = 2000.; GetCaloUtils()->GetEMCALRecoUtils()->GetMatchedResiduals(cluster->GetID(),dZ,dR); } //printf("Pi0EbE: dPhi %f, dEta %f\n",dR,dZ); AliVTrack *track = GetCaloUtils()->GetMatchedTrack(cluster, GetReader()->GetInputEvent()); Bool_t positive = kFALSE; if(track) positive = (track->Charge()>0); if(fhTrackMatchedDEta && TMath::Abs(dR) < 999) { fhTrackMatchedDEta->Fill(pt,dZ); fhTrackMatchedDPhi->Fill(pt,dR); if(ener > 0.5) fhTrackMatchedDEtaDPhi->Fill(dZ,dR); if(track) { if(positive) { fhTrackMatchedDEtaPos->Fill(pt,dZ); fhTrackMatchedDPhiPos->Fill(pt,dR); if(ener > 0.5) fhTrackMatchedDEtaDPhiPos->Fill(dZ,dR); } else { fhTrackMatchedDEtaNeg->Fill(pt,dZ); fhTrackMatchedDPhiNeg->Fill(pt,dR); if(ener > 0.5) fhTrackMatchedDEtaDPhiNeg->Fill(dZ,dR); } } } // Check dEdx and E/p of matched clusters if(TMath::Abs(dZ) < 0.05 && TMath::Abs(dR) < 0.05) { if(track) { Float_t dEdx = track->GetTPCsignal(); fhdEdx->Fill(pt, dEdx); Float_t eOverp = cluster->E()/track->P(); fhEOverP->Fill(pt, eOverp); // Change nSM for year > 2011 (< 4 in 2012-13, none after) if(GetCalorimeter()==kEMCAL && GetFirstSMCoveredByTRD() >= 0 && GetModuleNumber(cluster) < GetFirstSMCoveredByTRD() ) fhEOverPNoTRD->Fill(pt, eOverp); } //else // printf("AliAnaPi0EbE::FillSelectedClusterHistograms() - Residual OK but (dR, dZ)= (%2.4f,%2.4f) no track associated WHAT? \n", dR,dZ); if(IsDataMC()) { Float_t mctag = -1; if ( !GetMCAnalysisUtils()->CheckTagBit(tag,AliMCAnalysisUtils::kMCConversion) ) { if ( GetMCAnalysisUtils()->CheckTagBit(tag,AliMCAnalysisUtils::kMCPi0) || GetMCAnalysisUtils()->CheckTagBit(tag,AliMCAnalysisUtils::kMCEta) ) mctag = 2.5 ; else if ( GetMCAnalysisUtils()->CheckTagBit(tag,AliMCAnalysisUtils::kMCPhoton) ) mctag = 0.5 ; else if ( GetMCAnalysisUtils()->CheckTagBit(tag,AliMCAnalysisUtils::kMCElectron) ) mctag = 1.5 ; else mctag = 3.5 ; } else { if ( GetMCAnalysisUtils()->CheckTagBit(tag,AliMCAnalysisUtils::kMCPi0) || GetMCAnalysisUtils()->CheckTagBit(tag,AliMCAnalysisUtils::kMCEta) ) mctag = 6.5 ; else if ( GetMCAnalysisUtils()->CheckTagBit(tag,AliMCAnalysisUtils::kMCPhoton) ) mctag = 4.5 ; else if ( GetMCAnalysisUtils()->CheckTagBit(tag,AliMCAnalysisUtils::kMCElectron) ) mctag = 5.5 ; else mctag = 7.5 ; } fhTrackMatchedMCParticlePt ->Fill(pt, mctag); fhTrackMatchedMCParticleDEta->Fill(dZ, mctag); fhTrackMatchedMCParticleDPhi->Fill(dR, mctag); } // MC } }// Track matching histograms if(IsDataMC()) { Int_t mcIndex = GetMCIndex(tag); fhMCPtLambda0[mcIndex] ->Fill(pt, l0); fhMCPtLambda1[mcIndex] ->Fill(pt, l1); if(fFillAllNLMHistograms) fhMCPtLambda0LocMax[mcIndex][indexMax]->Fill(pt,l0); if(GetCalorimeter()==kEMCAL && GetFirstSMCoveredByTRD() >= 0 && GetModuleNumber(cluster) < GetFirstSMCoveredByTRD() ) fhMCPtLambda0NoTRD[mcIndex]->Fill(pt, l0 ); if(GetCalorimeter() == kEMCAL && !fFillOnlySimpleSSHisto) { if(maxCellFraction < 0.5) fhMCPtLambda0FracMaxCellCut[mcIndex]->Fill(pt, l0 ); fhMCPtDispersion [mcIndex]->Fill(pt, disp); fhMCPtFracMaxCell [mcIndex]->Fill(pt,maxCellFraction); fhMCPtDispEta [mcIndex]-> Fill(pt,dEta); fhMCPtDispPhi [mcIndex]-> Fill(pt,dPhi); fhMCPtSumEtaPhi [mcIndex]-> Fill(pt,sEtaPhi); fhMCPtDispEtaPhiDiff [mcIndex]-> Fill(pt,dPhi-dEta); if(dEta+dPhi > 0) fhMCPtSphericity[mcIndex]-> Fill(pt,(dPhi-dEta)/(dEta+dPhi)); if (fAnaType==kSSCalo) { fhMCAsymmetryLambda0[ptbin][mcIndex]->Fill(l0 ,asy); fhMCAsymmetryDispEta[ptbin][mcIndex]->Fill(dEta,asy); fhMCAsymmetryDispPhi[ptbin][mcIndex]->Fill(dPhi,asy); } fhMCDispEtaDispPhi[ptbin][mcIndex]->Fill(dEta,dPhi); fhMCLambda0DispEta[ptbin][mcIndex]->Fill(l0 ,dEta); fhMCLambda0DispPhi[ptbin][mcIndex]->Fill(l0 ,dPhi); }// only SS simple? }//MC } //________________________________________________________ void AliAnaPi0EbE::FillWeightHistograms(AliVCluster *clus) { // Calculate weights and fill histograms if(!fFillWeightHistograms || GetMixedEvent()) return; AliVCaloCells* cells = 0; if(GetCalorimeter() == kEMCAL) cells = GetEMCALCells(); else cells = GetPHOSCells(); // First recalculate energy in case non linearity was applied Float_t energy = 0; Float_t ampMax = 0; for (Int_t ipos = 0; ipos < clus->GetNCells(); ipos++) { Int_t id = clus->GetCellsAbsId()[ipos]; //Recalibrate cell energy if needed Float_t amp = cells->GetCellAmplitude(id); GetCaloUtils()->RecalibrateCellAmplitude(amp,GetCalorimeter(), id); energy += amp; if(amp> ampMax) ampMax = amp; } // energy loop if(energy <=0 ) { AliInfo(Form("Wrong calculated energy %f",energy)); return; } fhEMaxCellClusterRatio ->Fill(energy,ampMax/energy); fhEMaxCellClusterLogRatio->Fill(energy,TMath::Log(ampMax/energy)); //Get the ratio and log ratio to all cells in cluster for (Int_t ipos = 0; ipos < clus->GetNCells(); ipos++) { Int_t id = clus->GetCellsAbsId()[ipos]; //Recalibrate cell energy if needed Float_t amp = cells->GetCellAmplitude(id); GetCaloUtils()->RecalibrateCellAmplitude(amp,GetCalorimeter(), id); fhECellClusterRatio ->Fill(energy,amp/energy); fhECellClusterLogRatio->Fill(energy,TMath::Log(amp/energy)); } //Recalculate shower shape for different W0 if(GetCalorimeter()==kEMCAL){ Float_t l0org = clus->GetM02(); Float_t l1org = clus->GetM20(); Float_t dorg = clus->GetDispersion(); for(Int_t iw = 0; iw < 14; iw++) { GetCaloUtils()->GetEMCALRecoUtils()->SetW0(1+iw*0.5); GetCaloUtils()->GetEMCALRecoUtils()->RecalculateClusterShowerShapeParameters(GetEMCALGeometry(), cells, clus); fhLambda0ForW0[iw]->Fill(energy,clus->GetM02()); //fhLambda1ForW0[iw]->Fill(energy,clus->GetM20()); } // w0 loop // Set the original values back clus->SetM02(l0org); clus->SetM20(l1org); clus->SetDispersion(dorg); }// EMCAL } //__________________________________________ TObjString * AliAnaPi0EbE::GetAnalysisCuts() { //Save parameters used for analysis TString parList ; //this will be list of parameters used for this analysis. const Int_t buffersize = 255; char onePar[buffersize] ; snprintf(onePar,buffersize,"--- AliAnaPi0EbE ---\n") ; parList+=onePar ; snprintf(onePar,buffersize,"fAnaType=%d (selection type) \n",fAnaType) ; parList+=onePar ; snprintf(onePar,buffersize,"Calorimeter: %s;",GetCalorimeterString().Data()) ; parList+=onePar ; snprintf(onePar,buffersize,"Local maxima in cluster: %d < nlm < %d;",fNLMCutMin,fNLMCutMax) ; parList+=onePar ; if(fAnaType == kSSCalo) { snprintf(onePar,buffersize,"E cut: %2.2f<E<%2.2f;",GetMinEnergy(),GetMaxEnergy()) ; parList+=onePar ; snprintf(onePar,buffersize,"N cell cut: N > %d;",GetCaloPID()->GetClusterSplittingMinNCells()) ; parList+=onePar ; snprintf(onePar,buffersize,"Min Dist to Bad channel: fMinDist =%2.2f; fMinDist2=%2.2f, fMinDist3=%2.2f;",fMinDist, fMinDist2,fMinDist3) ; parList+=onePar ; snprintf(onePar,buffersize,"Min E cut for NLM cases: 1) %2.2f; 2) %2.2f; 3) %2.2f;",fNLMECutMin[0],fNLMECutMin[1],fNLMECutMin[2]) ; parList+=onePar ; snprintf(onePar,buffersize,"Reject Matched tracks?: %d;",fRejectTrackMatch) ; parList+=onePar ; snprintf(onePar,buffersize,"Reject split cluster close to border or bad?: %d;",fCheckSplitDistToBad) ; parList+=onePar ; snprintf(onePar,buffersize,"Time cut: %2.2f<t<%2.2f;",fTimeCutMin,fTimeCutMax) ; parList+=onePar ; //Get parameters set in PID class. parList += GetCaloPID()->GetPIDParametersList() ; } else if(fAnaType == kIMCalo || fAnaType == kIMCaloTracks) { snprintf(onePar,buffersize,"Select %s;", (GetNeutralMesonSelection()->GetParticle()).Data()) ; parList+=onePar ; snprintf(onePar,buffersize,"Mass cut: %2.2f<M<%2.2f;",GetNeutralMesonSelection()->GetInvMassMinCut() ,GetNeutralMesonSelection()->GetInvMassMaxCut()) ; parList+=onePar ; } else if(fAnaType == kIMCaloTracks) { snprintf(onePar,buffersize,"Photon Conv Array: %s;",fInputAODGammaConvName.Data()) ; parList+=onePar ; } else if(fAnaType == kIMCalo) { snprintf(onePar,buffersize,"Time Diff: %2.2f;",GetPairTimeCut()) ; parList+=onePar ; } //Get parameters set in base class. //parList += GetBaseParametersList() ; return new TObjString(parList) ; } //_____________________________________________ TList * AliAnaPi0EbE::GetCreateOutputObjects() { // Create histograms to be saved in output file and // store them in outputContainer TList * outputContainer = new TList() ; outputContainer->SetName("Pi0EbEHistos") ; Int_t nptbins = GetHistogramRanges()->GetHistoPtBins(); Float_t ptmax = GetHistogramRanges()->GetHistoPtMax(); Float_t ptmin = GetHistogramRanges()->GetHistoPtMin(); Int_t nphibins = GetHistogramRanges()->GetHistoPhiBins(); Float_t phimax = GetHistogramRanges()->GetHistoPhiMax(); Float_t phimin = GetHistogramRanges()->GetHistoPhiMin(); Int_t netabins = GetHistogramRanges()->GetHistoEtaBins(); Float_t etamax = GetHistogramRanges()->GetHistoEtaMax(); Float_t etamin = GetHistogramRanges()->GetHistoEtaMin(); Int_t ssbins = GetHistogramRanges()->GetHistoShowerShapeBins(); Float_t ssmax = GetHistogramRanges()->GetHistoShowerShapeMax(); Float_t ssmin = GetHistogramRanges()->GetHistoShowerShapeMin(); Int_t tdbins = GetHistogramRanges()->GetHistoDiffTimeBins() ; Float_t tdmax = GetHistogramRanges()->GetHistoDiffTimeMax(); Float_t tdmin = GetHistogramRanges()->GetHistoDiffTimeMin(); Int_t tbins = GetHistogramRanges()->GetHistoTimeBins() ; Float_t tmax = GetHistogramRanges()->GetHistoTimeMax(); Float_t tmin = GetHistogramRanges()->GetHistoTimeMin(); Int_t nbins = GetHistogramRanges()->GetHistoNClusterCellBins(); Int_t nmax = GetHistogramRanges()->GetHistoNClusterCellMax(); Int_t nmin = GetHistogramRanges()->GetHistoNClusterCellMin(); Int_t nmassbins = GetHistogramRanges()->GetHistoMassBins(); Float_t massmin = GetHistogramRanges()->GetHistoMassMin(); Float_t massmax = GetHistogramRanges()->GetHistoMassMax(); Int_t nresetabins = GetHistogramRanges()->GetHistoTrackResidualEtaBins(); Float_t resetamax = GetHistogramRanges()->GetHistoTrackResidualEtaMax(); Float_t resetamin = GetHistogramRanges()->GetHistoTrackResidualEtaMin(); Int_t nresphibins = GetHistogramRanges()->GetHistoTrackResidualPhiBins(); Float_t resphimax = GetHistogramRanges()->GetHistoTrackResidualPhiMax(); Float_t resphimin = GetHistogramRanges()->GetHistoTrackResidualPhiMin(); Int_t ndedxbins = GetHistogramRanges()->GetHistodEdxBins(); Float_t dedxmax = GetHistogramRanges()->GetHistodEdxMax(); Float_t dedxmin = GetHistogramRanges()->GetHistodEdxMin(); Int_t nPoverEbins = GetHistogramRanges()->GetHistoPOverEBins(); Float_t pOverEmax = GetHistogramRanges()->GetHistoPOverEMax(); Float_t pOverEmin = GetHistogramRanges()->GetHistoPOverEMin(); Int_t ntimptbins = GetHistogramRanges()->GetHistoTimeBins(); Float_t timemax = GetHistogramRanges()->GetHistoTimeMax(); Float_t timemin = GetHistogramRanges()->GetHistoTimeMin(); TString nlm[] = {"1 Local Maxima","2 Local Maxima", "NLM > 2"}; TString ptype [] = {"#pi^{0}", "#eta", "#gamma (direct)","#gamma (#pi^{0})", "#gamma (#eta)", "#gamma (other)", "e^{#pm}" , "hadron/other combinations"}; TString pname [] = {"Pi0" , "Eta" , "Photon" ,"Pi0Decay" , "EtaDecay" , "OtherDecay" , "Electron", "Hadron"}; Int_t bin[] = {0,2,4,6,10,15,20,100}; // energy bins fhPt = new TH1F("hPt","Number of identified #pi^{0} (#eta) decay",nptbins,ptmin,ptmax); fhPt->SetYTitle("#it{N}"); fhPt->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhPt) ; fhE = new TH1F("hE","Number of identified #pi^{0} (#eta) decay pairs",nptbins,ptmin,ptmax); fhE->SetYTitle("#it{N}"); fhE->SetXTitle("#it{E} (GeV)"); outputContainer->Add(fhE) ; fhPtPhi = new TH2F ("hPtPhi","Selected #pi^{0} (#eta) pairs: #it{p}_{T} vs #phi",nptbins,ptmin,ptmax, nphibins,phimin,phimax); fhPtPhi->SetYTitle("#phi (rad)"); fhPtPhi->SetXTitle("#it{E} (GeV)"); outputContainer->Add(fhPtPhi) ; fhPtEta = new TH2F ("hPtEta","Selected #pi^{0} (#eta) pairs: #it{p}_{T} vs #eta",nptbins,ptmin,ptmax,netabins,etamin,etamax); fhPtEta->SetYTitle("#eta"); fhPtEta->SetXTitle("#it{E} (GeV)"); outputContainer->Add(fhPtEta) ; fhEtaPhi = new TH2F ("hEtaPhi","Selected #pi^{0} (#eta) pairs: #eta vs #phi",netabins,etamin,etamax, nphibins,phimin,phimax); fhEtaPhi->SetYTitle("#phi (rad)"); fhEtaPhi->SetXTitle("#eta"); outputContainer->Add(fhEtaPhi) ; if(GetCalorimeter()==kEMCAL && fFillEMCALBCHistograms) { fhEtaPhiEMCALBC0 = new TH2F ("hEtaPhiEMCALBC0","cluster, #it{E} > 2 GeV, #eta vs #phi, for clusters with |#it{t}| < 25 ns, EMCAL-BC=0",netabins,etamin,etamax,nphibins,phimin,phimax); fhEtaPhiEMCALBC0->SetYTitle("#phi (rad)"); fhEtaPhiEMCALBC0->SetXTitle("#eta"); outputContainer->Add(fhEtaPhiEMCALBC0) ; fhEtaPhiEMCALBC1 = new TH2F ("hEtaPhiEMCALBC1","cluster, #it{E} > 2 GeV, #eta vs #phi, for clusters with 25 < |#it{t}| < 75 ns, EMCAL-BC=1",netabins,etamin,etamax,nphibins,phimin,phimax); fhEtaPhiEMCALBC1->SetYTitle("#phi (rad)"); fhEtaPhiEMCALBC1->SetXTitle("#eta"); outputContainer->Add(fhEtaPhiEMCALBC1) ; fhEtaPhiEMCALBCN = new TH2F ("hEtaPhiEMCALBCN","cluster, #it{E} > 2 GeV, #eta vs #phi, for clusters with |#it{t}| > 75 ns, EMCAL-BC>1",netabins,etamin,etamax,nphibins,phimin,phimax); fhEtaPhiEMCALBCN->SetYTitle("#phi (rad)"); fhEtaPhiEMCALBCN->SetXTitle("#eta"); outputContainer->Add(fhEtaPhiEMCALBCN) ; for(Int_t i = 0; i < 11; i++) { fhEtaPhiTriggerEMCALBC[i] = new TH2F (Form("hEtaPhiTriggerEMCALBC%d",i-5), Form("meson #it{E} > 2 GeV, #eta vs #phi, Trigger EMCAL-BC=%d",i-5), netabins,etamin,etamax,nphibins,phimin,phimax); fhEtaPhiTriggerEMCALBC[i]->SetYTitle("#phi (rad)"); fhEtaPhiTriggerEMCALBC[i]->SetXTitle("#eta"); outputContainer->Add(fhEtaPhiTriggerEMCALBC[i]) ; fhTimeTriggerEMCALBC[i] = new TH2F (Form("hTimeTriggerEMCALBC%d",i-5), Form("meson #it{t} vs #it{E}, Trigger EMCAL-BC=%d",i-5), nptbins,ptmin,ptmax, ntimptbins,timemin,timemax); fhTimeTriggerEMCALBC[i]->SetXTitle("#it{E} (GeV)"); fhTimeTriggerEMCALBC[i]->SetYTitle("#it{t} (ns)"); outputContainer->Add(fhTimeTriggerEMCALBC[i]); fhTimeTriggerEMCALBCPileUpSPD[i] = new TH2F (Form("hTimeTriggerEMCALBC%dPileUpSPD",i-5), Form("meson #it{t} vs #it{E}, Trigger EMCAL-BC=%d",i-5), nptbins,ptmin,ptmax, ntimptbins,timemin,timemax); fhTimeTriggerEMCALBCPileUpSPD[i]->SetXTitle("#it{E} (GeV)"); fhTimeTriggerEMCALBCPileUpSPD[i]->SetYTitle("#it{t} (ns)"); outputContainer->Add(fhTimeTriggerEMCALBCPileUpSPD[i]); fhEtaPhiTriggerEMCALBCUM[i] = new TH2F (Form("hEtaPhiTriggerEMCALBC%d_UnMatch",i-5), Form("meson #it{E} > 2 GeV, #eta vs #phi, unmatched trigger EMCAL-BC=%d",i-5), netabins,etamin,etamax,nphibins,phimin,phimax); fhEtaPhiTriggerEMCALBCUM[i]->SetYTitle("#phi (rad)"); fhEtaPhiTriggerEMCALBCUM[i]->SetXTitle("#eta"); outputContainer->Add(fhEtaPhiTriggerEMCALBCUM[i]) ; fhTimeTriggerEMCALBCUM[i] = new TH2F (Form("hTimeTriggerEMCALBC%d_UnMatch",i-5), Form("meson #it{t} vs #it{E}, unmatched trigger EMCAL-BC=%d",i-5), nptbins,ptmin,ptmax, ntimptbins,timemin,timemax); fhTimeTriggerEMCALBCUM[i]->SetXTitle("#it{E} (GeV)"); fhTimeTriggerEMCALBCUM[i]->SetYTitle("#it{t} (ns)"); outputContainer->Add(fhTimeTriggerEMCALBCUM[i]); } fhTimeTriggerEMCALBC0UMReMatchOpenTime = new TH2F("hTimeTriggerBC0_UnMatch_ReMatch_OpenTime", "cluster #it{t} vs #it{E} of clusters, no match, rematch open time", nptbins,ptmin,ptmax, ntimptbins,timemin,timemax); fhTimeTriggerEMCALBC0UMReMatchOpenTime->SetXTitle("#it{E} (GeV)"); fhTimeTriggerEMCALBC0UMReMatchOpenTime->SetYTitle("#it{t} (ns)"); outputContainer->Add(fhTimeTriggerEMCALBC0UMReMatchOpenTime); fhTimeTriggerEMCALBC0UMReMatchCheckNeigh = new TH2F("hTimeTriggerBC0_UnMatch_ReMatch_CheckNeighbours", "cluster #it{t} vs #it{E} of clusters, no match, rematch with neigbour parches", nptbins,ptmin,ptmax, ntimptbins,timemin,timemax); fhTimeTriggerEMCALBC0UMReMatchCheckNeigh->SetXTitle("#it{E} (GeV)"); fhTimeTriggerEMCALBC0UMReMatchCheckNeigh->SetYTitle("#it{t} (ns)"); outputContainer->Add(fhTimeTriggerEMCALBC0UMReMatchCheckNeigh); fhTimeTriggerEMCALBC0UMReMatchBoth = new TH2F("hTimeTriggerBC0_UnMatch_ReMatch_Both", "cluster #it{t} vs #it{E} of clusters, no match, rematch open time and neigbour", nptbins,ptmin,ptmax, ntimptbins,timemin,timemax); fhTimeTriggerEMCALBC0UMReMatchBoth->SetXTitle("#it{E} (GeV)"); fhTimeTriggerEMCALBC0UMReMatchBoth->SetYTitle("#it{t} (ns)"); outputContainer->Add(fhTimeTriggerEMCALBC0UMReMatchBoth); } if(IsHighMultiplicityAnalysisOn()) { fhPtCentrality = new TH2F("hPtCentrality","centrality vs #it{p}_{T}",nptbins,ptmin,ptmax, 100,0,100); fhPtCentrality->SetYTitle("centrality"); fhPtCentrality->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhPtCentrality) ; fhPtEventPlane = new TH2F("hPtEventPlane","event plane angle vs #it{p}_{T}",nptbins,ptmin,ptmax, 100,0,TMath::Pi()); fhPtEventPlane->SetYTitle("Event plane angle (rad)"); fhPtEventPlane->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhPtEventPlane) ; } if(fAnaType == kSSCalo) { fhPtReject = new TH1F("hPtReject","Number of rejected as #pi^{0} (#eta) decay",nptbins,ptmin,ptmax); fhPtReject->SetYTitle("#it{N}"); fhPtReject->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhPtReject) ; fhEReject = new TH1F("hEReject","Number of rejected as #pi^{0} (#eta) decay pairs",nptbins,ptmin,ptmax); fhEReject->SetYTitle("#it{N}"); fhEReject->SetXTitle("#it{E} (GeV)"); outputContainer->Add(fhEReject) ; fhPtPhiReject = new TH2F ("hPtPhiReject","Rejected #pi^{0} (#eta) cluster: #it{p}_{T} vs #phi",nptbins,ptmin,ptmax, nphibins,phimin,phimax); fhPtPhiReject->SetYTitle("#phi (rad)"); fhPtPhiReject->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhPtPhiReject) ; fhPtEtaReject = new TH2F ("hPtEtaReject","Rejected #pi^{0} (#eta) cluster: #it{p}_{T} vs #eta",nptbins,ptmin,ptmax,netabins,etamin,etamax); fhPtEtaReject->SetYTitle("#eta"); fhPtEtaReject->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhPtEtaReject) ; fhEtaPhiReject = new TH2F ("hEtaPhiReject","Rejected #pi^{0} (#eta) cluster: #eta vs #phi",netabins,etamin,etamax, nphibins,phimin,phimax); fhEtaPhiReject->SetYTitle("#phi (rad)"); fhEtaPhiReject->SetXTitle("#eta"); outputContainer->Add(fhEtaPhiReject) ; fhNLocMaxPtReject = new TH2F("hNLocMaxPtReject","Number of local maxima in cluster, rejected clusters", nptbins,ptmin,ptmax,20,0,20); fhNLocMaxPtReject ->SetYTitle("N maxima"); fhNLocMaxPtReject ->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhNLocMaxPtReject) ; } fhMass = new TH2F ("hMass","all pairs #it{M}: #it{E} vs #it{M}",nptbins,ptmin,ptmax, nmassbins,massmin,massmax); fhMass->SetYTitle("#it{M} (GeV/#it{c}^{2})"); fhMass->SetXTitle("#it{E} (GeV)"); outputContainer->Add(fhMass) ; fhSelectedMass = new TH2F ("hSelectedMass","Selected #pi^{0} (#eta) pairs #it{M}: E vs #it{M}",nptbins,ptmin,ptmax, nmassbins,massmin,massmax); fhSelectedMass->SetYTitle("#it{M} (GeV/#it{c}^{2})"); fhSelectedMass->SetXTitle("#it{E} (GeV)"); outputContainer->Add(fhSelectedMass) ; fhMassPt = new TH2F ("hMassPt","all pairs #it{M}: #it{p}_{T} vs #it{M}",nptbins,ptmin,ptmax, nmassbins,massmin,massmax); fhMassPt->SetYTitle("#it{M} (GeV/#it{c}^{2})"); fhMassPt->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhMassPt) ; fhSelectedMassPt = new TH2F ("hSelectedMassPt","Selected #pi^{0} (#eta) pairs #it{M}: #it{p}_{T} vs #it{M}",nptbins,ptmin,ptmax, nmassbins,massmin,massmax); fhSelectedMassPt->SetYTitle("#it{M} (GeV/#it{c}^{2})"); fhSelectedMassPt->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhSelectedMassPt) ; if(fAnaType != kSSCalo && fSelectPairInIsoCone) { fhMassPtIsoRCut = new TH2F ("hMassPtIsoRCut",Form("#it{M}: #it{p}_{T} vs #it{M}, for R = %1.1f, #it{p}_{T,1} < %2.2f",fR,fIsoCandMinPt), nptbins,ptmin,ptmax, nmassbins,massmin,massmax); fhMassPtIsoRCut->SetYTitle("#it{M} (GeV/#it{c}^{2})"); fhMassPtIsoRCut->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhMassPtIsoRCut) ; } if(fAnaType == kSSCalo) { fhPtLambda0NoSplitCut = new TH2F ("hPtLambda0NoSplitCut","all clusters: #it{p}_{T} vs #lambda_{0}^{2}",nptbins,ptmin,ptmax, ssbins,ssmin,ssmax); fhPtLambda0NoSplitCut->SetYTitle("#lambda_{0}^{2}"); fhPtLambda0NoSplitCut->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhPtLambda0NoSplitCut) ; for(Int_t inlm = 0; inlm < 3; inlm++) { fhMassPtLocMax[inlm] = new TH2F (Form("hMassPtNLocMax%d",inlm+1),Form("all pairs #it{M}: #it{p}_{T} vs #it{M} and NLM=%s",nlm[inlm].Data()),nptbins,ptmin,ptmax, nmassbins,massmin,massmax); fhMassPtLocMax[inlm]->SetYTitle("#it{M} (GeV/#it{c}^{2})"); fhMassPtLocMax[inlm]->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhMassPtLocMax[inlm]) ; fhSelectedMassPtLocMax[inlm] = new TH2F (Form("hSelectedMassPtLocMax%d",inlm+1),Form("Selected #pi^{0} (#eta) pairs #it{M}: #it{p}_{T} vs #it{M}, NLM=%s",nlm[inlm].Data()),nptbins,ptmin,ptmax, nmassbins,massmin,massmax); fhSelectedMassPtLocMax[inlm]->SetYTitle("#it{M} (GeV/#it{c}^{2})"); fhSelectedMassPtLocMax[inlm]->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhSelectedMassPtLocMax[inlm]) ; if(fFillAllNLMHistograms) { for(Int_t iSM = 0; iSM < GetCaloUtils()->GetNumberOfSuperModulesUsed(); iSM++) { fhSelectedMassPtLocMaxSM[inlm][iSM] = new TH2F (Form("hSelectedMassPtLocMax%d_SM%d",inlm+1,iSM),Form("Selected #pi^{0} (#eta) pairs #it{M}: #it{p}_{T} vs #it{M}, NLM=%s for SM=%d",nlm[inlm].Data(),iSM),nptbins,ptmin,ptmax, nmassbins,massmin,massmax); fhSelectedMassPtLocMaxSM[inlm][iSM]->SetYTitle("#it{M} (GeV/#it{c}^{2})"); fhSelectedMassPtLocMaxSM[inlm][iSM]->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhSelectedMassPtLocMaxSM[inlm][iSM]) ; fhSelectedLambda0PtLocMaxSM[inlm][iSM] = new TH2F (Form("hSelectedLambda0PtLocMax%d_SM%d",inlm+1,iSM),Form("Selected #pi^{0} (#eta) pairs #lambda_{0}^{2}: #it{p}_{T} vs #it{M}, NLM=%s for SM=%d",nlm[inlm].Data(),iSM),nptbins,ptmin,ptmax,ssbins,ssmin,ssmax); fhSelectedLambda0PtLocMaxSM[inlm][iSM]->SetYTitle("#lambda_{0}^{2}"); fhSelectedLambda0PtLocMaxSM[inlm][iSM]->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhSelectedLambda0PtLocMaxSM[inlm][iSM]) ; } } if(IsDataMC()) { for(Int_t ipart = 0; ipart < fgkNmcTypes; ipart++) { fhMCSelectedMassPtLocMax[ipart][inlm] = new TH2F (Form("hSelectedMassPtLocMax%d_MC%s",inlm+1,pname[ipart].Data()), Form("Selected #pi^{0} (#eta) pairs #it{M}: #it{p}_{T} vs #it{M}, NLM=%s, from MC %s",nlm[inlm].Data(),ptype[ipart].Data()), nptbins,ptmin,ptmax, nmassbins,massmin,massmax); fhMCSelectedMassPtLocMax[ipart][inlm]->SetYTitle("#it{M} (GeV/#it{c}^{2})"); fhMCSelectedMassPtLocMax[ipart][inlm]->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhMCSelectedMassPtLocMax[ipart][inlm]) ; } } } if(IsDataMC()) { fhMassNoOverlap = new TH2F ("hMassNoOverlap","all pairs #it{M}: #it{E} vs #it{M}, no overlap",nptbins,ptmin,ptmax, nmassbins,massmin,massmax); fhMassNoOverlap->SetYTitle("#it{M} (GeV/#it{c}^{2})"); fhMassNoOverlap->SetXTitle("#it{E} (GeV)"); outputContainer->Add(fhMassNoOverlap) ; fhSelectedMassNoOverlap = new TH2F ("hSelectedMassNoOverlap","Selected #pi^{0} (#eta) pairs #it{M}: #it{E} vs #it{M}, no overlap",nptbins,ptmin,ptmax, nmassbins,massmin,massmax); fhSelectedMassNoOverlap->SetYTitle("#it{M} (GeV/#it{c}^{2})"); fhSelectedMassNoOverlap->SetXTitle("#it{E} (GeV)"); outputContainer->Add(fhSelectedMassNoOverlap) ; fhMassPtNoOverlap = new TH2F ("hMassPtNoOverlap","all pairs #it{M}: #it{p}_{T} vs #it{M}, no overlap",nptbins,ptmin,ptmax, nmassbins,massmin,massmax); fhMassPtNoOverlap->SetYTitle("#it{M} (GeV/#it{c}^{2})"); fhMassPtNoOverlap->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhMassPtNoOverlap) ; fhSelectedMassPtNoOverlap = new TH2F ("hSelectedMassPtNoOverlap","Selected #pi^{0} (#eta) pairs #it{M}: #it{p}_{T} vs #it{M}, no overlap",nptbins,ptmin,ptmax, nmassbins,massmin,massmax); fhSelectedMassPtNoOverlap->SetYTitle("#it{M} (GeV/#it{c}^{2})"); fhSelectedMassPtNoOverlap->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhSelectedMassPtNoOverlap) ; } } if(fAnaType != kSSCalo) { fhPtDecay = new TH1F("hPtDecay","Selected #pi^{0} (#eta) decay photons",nptbins,ptmin,ptmax); fhPtDecay->SetYTitle("#it{N}"); fhPtDecay->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhPtDecay) ; if(IsDataMC()) { fhMCPtDecayLostPairPi0 = new TH1F("hPtDecay_MCPi0DecayLostPair","Selected #pi^{0} (#eta) decay photons, from MC #gamma #pi^{0} decay, companion lost", nptbins,ptmin,ptmax); fhMCPtDecayLostPairPi0->SetYTitle("#it{N}"); fhMCPtDecayLostPairPi0->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhMCPtDecayLostPairPi0) ; fhMCPtDecayLostPairEta = new TH1F("hPtDecay_MCEtaDecayLostPair","Selected #pi^{0} (#eta) decay photons, from MC #gamma #eta decay, companion lost", nptbins,ptmin,ptmax); fhMCPtDecayLostPairEta->SetYTitle("#it{N}"); fhMCPtDecayLostPairEta->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhMCPtDecayLostPairEta) ; for(Int_t ipart = 0; ipart < fgkNmcTypes; ipart++) { fhMCPtDecay[ipart] = new TH1F(Form("hPtDecay_MC%s",pname[ipart].Data()), Form("Selected #pi^{0} (#eta) decay photons, from MC %s",ptype[ipart].Data()), nptbins,ptmin,ptmax); fhMCPtDecay[ipart]->SetYTitle("#it{N}"); fhMCPtDecay[ipart]->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhMCPtDecay[ipart]) ; } } } //////// if( fFillSelectClHisto ) { fhPtLambda0 = new TH2F ("hPtLambda0","Selected #pi^{0} (#eta) pairs: #it{p}_{T} vs #lambda_{0}",nptbins,ptmin,ptmax,ssbins,ssmin,ssmax); fhPtLambda0->SetYTitle("#lambda_{0}^{2}"); fhPtLambda0->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhPtLambda0) ; fhPtLambda1 = new TH2F ("hPtLambda1","Selected #pi^{0} (#eta) pairs: #it{p}_{T} vs #lambda_{1}",nptbins,ptmin,ptmax,ssbins,ssmin,ssmax); fhPtLambda1->SetYTitle("#lambda_{1}^{2}"); fhPtLambda1->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhPtLambda1) ; if(GetCalorimeter()==kEMCAL && GetFirstSMCoveredByTRD() >=0 ) { fhPtLambda0NoTRD = new TH2F ("hPtLambda0NoTRD","Selected #pi^{0} (#eta) pairs: #it{p}_{T} vs #lambda_{0}, not behind TRD",nptbins,ptmin,ptmax,ssbins,ssmin,ssmax); fhPtLambda0NoTRD->SetYTitle("#lambda_{0}^{2}"); fhPtLambda0NoTRD->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhPtLambda0NoTRD) ; if(!fFillOnlySimpleSSHisto) { fhPtFracMaxCellNoTRD = new TH2F ("hPtFracMaxCellNoTRD","Selected #pi^{0} (#eta) pairs: #it{p}_{T} vs #lambda_{0}, Max cell fraction of energy, not behind TRD",nptbins,ptmin,ptmax,100,0,1); fhPtFracMaxCellNoTRD->SetYTitle("Fraction"); fhPtFracMaxCellNoTRD->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhPtFracMaxCellNoTRD) ; } } if(!fFillOnlySimpleSSHisto) { fhPtDispersion = new TH2F ("hPtDispersion","Selected #pi^{0} (#eta) pairs: #it{p}_{T} vs dispersion",nptbins,ptmin,ptmax,ssbins,ssmin,ssmax); fhPtDispersion->SetYTitle("D^{2}"); fhPtDispersion->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhPtDispersion) ; fhPtLambda0FracMaxCellCut = new TH2F ("hPtLambda0FracMaxCellCut","Selected #pi^{0} (#eta) pairs: #it{p}_{T} vs #lambda_{0}, Max cell fraction of energy < 0.5",nptbins,ptmin,ptmax,ssbins,ssmin,ssmax); fhPtLambda0FracMaxCellCut->SetYTitle("#lambda_{0}^{2}"); fhPtLambda0FracMaxCellCut->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhPtLambda0FracMaxCellCut) ; fhPtFracMaxCell = new TH2F ("hPtFracMaxCell","Selected #pi^{0} (#eta) pairs: #it{p}_{T} vs #lambda_{0}, Max cell fraction of energy",nptbins,ptmin,ptmax,100,0,1); fhPtFracMaxCell->SetYTitle("Fraction"); fhPtFracMaxCell->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhPtFracMaxCell) ; fhPtDispEta = new TH2F ("hPtDispEta","#sigma^{2}_{#eta #eta} = #Sigma w_{i}(#eta_{i} - <#eta>)^{2}/ #Sigma w_{i} vs #it{p}_{T}", nptbins,ptmin,ptmax, ssbins,ssmin,ssmax); fhPtDispEta->SetXTitle("#it{p}_{T} (GeV/#it{c})"); fhPtDispEta->SetYTitle("#sigma^{2}_{#eta #eta}"); outputContainer->Add(fhPtDispEta); fhPtDispPhi = new TH2F ("hPtDispPhi","#sigma^{2}_{#phi #phi} = #Sigma w_{i}(#phi_{i} - <#phi>)^{2} / #Sigma w_{i} vs #it{p}_{T}", nptbins,ptmin,ptmax, ssbins,ssmin,ssmax); fhPtDispPhi->SetXTitle("#it{p}_{T} (GeV/#it{c})"); fhPtDispPhi->SetYTitle("#sigma^{2}_{#phi #phi}"); outputContainer->Add(fhPtDispPhi); fhPtSumEta = new TH2F ("hPtSumEta","#sigma^{2}_{#eta #eta} = #Sigma w_{i}(#eta_{i})^{2} / #Sigma w_{i} - <#eta>^{2} vs #it{p}_{T}", nptbins,ptmin,ptmax, ssbins,ssmin,ssmax); fhPtSumEta->SetXTitle("#it{p}_{T} (GeV/#it{c})"); fhPtSumEta->SetYTitle("#delta^{2}_{#eta #eta}"); outputContainer->Add(fhPtSumEta); fhPtSumPhi = new TH2F ("hPtSumPhi","#sigma^{2}_{#phi #phi} = #Sigma w_{i}(#phi_{i})^{2}/ #Sigma w_{i} - <#phi>^{2} vs #it{p}_{T}", nptbins,ptmin,ptmax, ssbins,ssmin,ssmax); fhPtSumPhi->SetXTitle("#it{p}_{T} (GeV/#it{c})"); fhPtSumPhi->SetYTitle("#delta^{2}_{#phi #phi}"); outputContainer->Add(fhPtSumPhi); fhPtSumEtaPhi = new TH2F ("hPtSumEtaPhi","#delta^{2}_{#eta #phi} = #Sigma w_{i}(#phi_{i} #eta_{i} ) / #Sigma w_{i} - <#phi><#eta> vs #it{p}_{T}", nptbins,ptmin,ptmax, 2*ssbins,-ssmax,ssmax); fhPtSumEtaPhi->SetXTitle("#it{p}_{T} (GeV/#it{c})"); fhPtSumEtaPhi->SetYTitle("#delta^{2}_{#eta #phi}"); outputContainer->Add(fhPtSumEtaPhi); fhPtDispEtaPhiDiff = new TH2F ("hPtDispEtaPhiDiff","#sigma^{2}_{#phi #phi} - #sigma^{2}_{#eta #eta} vs #it{p}_{T}", nptbins,ptmin,ptmax,200, -10,10); fhPtDispEtaPhiDiff->SetXTitle("#it{p}_{T} (GeV/#it{c})"); fhPtDispEtaPhiDiff->SetYTitle("#sigma^{2}_{#phi #phi}-#sigma^{2}_{#eta #eta}"); outputContainer->Add(fhPtDispEtaPhiDiff); fhPtSphericity = new TH2F ("hPtSphericity","(#sigma^{2}_{#phi #phi} - #sigma^{2}_{#eta #eta}) / (#sigma^{2}_{#eta #eta} + #sigma^{2}_{#phi #phi}) vs #it{p}_{T} (GeV/#it{c})", nptbins,ptmin,ptmax, 200, -1,1); fhPtSphericity->SetXTitle("#it{p}_{T} (GeV/#it{c})"); fhPtSphericity->SetYTitle("s = (#sigma^{2}_{#phi #phi} - #sigma^{2}_{#eta #eta}) / (#sigma^{2}_{#eta #eta} + #sigma^{2}_{#phi #phi})"); outputContainer->Add(fhPtSphericity); for(Int_t i = 0; i < 7; i++) { fhDispEtaDispPhi[i] = new TH2F (Form("hDispEtaDispPhi_EBin%d",i),Form("#sigma^{2}_{#phi #phi} vs #sigma^{2}_{#eta #eta} for %d < E < %d GeV",bin[i],bin[i+1]), ssbins,ssmin,ssmax , ssbins,ssmin,ssmax); fhDispEtaDispPhi[i]->SetXTitle("#sigma^{2}_{#eta #eta}"); fhDispEtaDispPhi[i]->SetYTitle("#sigma^{2}_{#phi #phi}"); outputContainer->Add(fhDispEtaDispPhi[i]); fhLambda0DispEta[i] = new TH2F (Form("hLambda0DispEta_EBin%d",i),Form("#lambda^{2}_{0} vs #sigma^{2}_{#eta #eta} for %d < E < %d GeV",bin[i],bin[i+1]), ssbins,ssmin,ssmax , ssbins,ssmin,ssmax); fhLambda0DispEta[i]->SetXTitle("#lambda^{2}_{0}"); fhLambda0DispEta[i]->SetYTitle("#sigma^{2}_{#eta #eta}"); outputContainer->Add(fhLambda0DispEta[i]); fhLambda0DispPhi[i] = new TH2F (Form("hLambda0DispPhi_EBin%d",i),Form("#lambda^{2}_{0}} vs #sigma^{2}_{#phi #phi} for %d < E < %d GeV",bin[i],bin[i+1]), ssbins,ssmin,ssmax , ssbins,ssmin,ssmax); fhLambda0DispPhi[i]->SetXTitle("#lambda^{2}_{0}"); fhLambda0DispPhi[i]->SetYTitle("#sigma^{2}_{#phi #phi}"); outputContainer->Add(fhLambda0DispPhi[i]); } } fhNLocMaxPt = new TH2F("hNLocMaxPt","Number of local maxima in cluster, selected clusters", nptbins,ptmin,ptmax,20,0,20); fhNLocMaxPt ->SetYTitle("N maxima"); fhNLocMaxPt ->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhNLocMaxPt) ; if(fFillAllNLMHistograms) { for(Int_t iSM = 0; iSM < GetCaloUtils()->GetNumberOfSuperModulesUsed(); iSM++) { fhNLocMaxPtSM[iSM] = new TH2F(Form("hNLocMaxPt_SM%d",iSM),Form("Number of local maxima in cluster, selected clusters in SM %d",iSM), nptbins,ptmin,ptmax,20,0,20); fhNLocMaxPtSM[iSM] ->SetYTitle("N maxima"); fhNLocMaxPtSM[iSM] ->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhNLocMaxPtSM[iSM]) ; } for (Int_t i = 0; i < 3; i++) { fhPtLambda0LocMax[i] = new TH2F(Form("hPtLambda0LocMax%d",i+1), Form("Selected #pi^{0} (#eta) pairs: #it{p}_{T} vs #lambda_{0}, NLM=%s",nlm[i].Data()), nptbins,ptmin,ptmax,ssbins,ssmin,ssmax); fhPtLambda0LocMax[i]->SetYTitle("#lambda_{0}^{2}"); fhPtLambda0LocMax[i]->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhPtLambda0LocMax[i]) ; if(IsDataMC()) { for(Int_t ipart = 0; ipart < fgkNmcTypes; ipart++) { fhMCPtLambda0LocMax[ipart][i] = new TH2F (Form("hPtLambda0LocMax%d_MC%s",i+1,pname[ipart].Data()), Form("Selected #pi^{0} (#eta) pairs: #it{p}_{T} vs #lambda_{0}, NLM=%s, MC %s",nlm[i].Data(),ptype[ipart].Data()), nptbins,ptmin,ptmax,ssbins,ssmin,ssmax); fhMCPtLambda0LocMax[ipart][i]->SetYTitle("#lambda_{0}^{2}"); fhMCPtLambda0LocMax[ipart][i]->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhMCPtLambda0LocMax[ipart][i]) ; } } fhPtLambda1LocMax[i] = new TH2F(Form("hPtLambda1LocMax%d",i+1), Form("Selected #pi^{0} (#eta) pairs: #it{p}_{T} vs #lambda_{1}, %s",nlm[i].Data()), nptbins,ptmin,ptmax,ssbins,ssmin,ssmax); fhPtLambda1LocMax[i]->SetYTitle("#lambda_{1}^{2}"); fhPtLambda1LocMax[i]->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhPtLambda1LocMax[i]) ; if(GetCalorimeter() == kEMCAL && !fFillOnlySimpleSSHisto) { fhPtDispersionLocMax[i] = new TH2F(Form("hPtDispersionLocMax%d",i+1), Form("Selected #pi^{0} (#eta) pairs: #it{p}_{T} vs dispersion^{2}, %s",nlm[i].Data()), nptbins,ptmin,ptmax,ssbins,ssmin,ssmax); fhPtDispersionLocMax[i]->SetYTitle("dispersion^{2}"); fhPtDispersionLocMax[i]->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhPtDispersionLocMax[i]) ; fhPtDispEtaLocMax[i] = new TH2F(Form("hPtDispEtaLocMax%d",i+1), Form("Selected #pi^{0} (#eta) pairs: #it{p}_{T} vs #sigma_{#eta #eta}, %s",nlm[i].Data()), nptbins,ptmin,ptmax,ssbins,ssmin,ssmax); fhPtDispEtaLocMax[i]->SetYTitle("#sigma_{#eta #eta}"); fhPtDispEtaLocMax[i]->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhPtDispEtaLocMax[i]) ; fhPtDispPhiLocMax[i] = new TH2F(Form("hPtDispPhiLocMax%d",i+1), Form("Selected #pi^{0} (#eta) pairs: #it{p}_{T} vs #sigma_{#phi #phi}, %s",nlm[i].Data()), nptbins,ptmin,ptmax,ssbins,ssmin,ssmax); fhPtDispPhiLocMax[i]->SetYTitle("#sigma_{#phi #phi}"); fhPtDispPhiLocMax[i]->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhPtDispPhiLocMax[i]) ; fhPtSumEtaPhiLocMax[i] = new TH2F(Form("hPtSumEtaPhiLocMax%d",i+1), Form("Selected #pi^{0} (#eta) pairs: #it{p}_{T} vs #sigma_{#eta #phi}, %s",nlm[i].Data()), nptbins,ptmin,ptmax,2*ssbins,-ssmax,ssmax); fhPtSumEtaPhiLocMax[i]->SetYTitle("#sigma_{#eta #phi}"); fhPtSumEtaPhiLocMax[i]->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhPtSumEtaPhiLocMax[i]) ; fhPtDispEtaPhiDiffLocMax[i] = new TH2F(Form("hPtDispEtaPhiDiffLocMax%d",i+1), Form("Selected #pi^{0} (#eta) pairs: #it{p}_{T} vs #sigma_{#phi #phi} - #sigma_{#eta #eta}, %s",nlm[i].Data()), nptbins,ptmin,ptmax,200, -10,10); fhPtDispEtaPhiDiffLocMax[i]->SetYTitle("#sigma_{#phi #phi} - #sigma_{#eta #eta}"); fhPtDispEtaPhiDiffLocMax[i]->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhPtDispEtaPhiDiffLocMax[i]) ; fhPtSphericityLocMax[i] = new TH2F(Form("hPtSphericityLocMax%d",i+1), Form("Selected #pi^{0} (#eta) pairs: #it{p}_{T} vs #sigma_{#phi #phi} - #sigma_{#eta #eta} / (#sigma_{#phi #phi} + #sigma_{#eta #eta}), %s",nlm[i].Data()), nptbins,ptmin,ptmax,200, -1,1); fhPtSphericityLocMax[i]->SetYTitle("#sigma_{#phi #phi} - #sigma_{#eta #eta} / (#sigma_{#phi #phi} + #sigma_{#eta #eta})"); fhPtSphericityLocMax[i]->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhPtSphericityLocMax[i]) ; } } } // all NLM histos fhPtNCells = new TH2F ("hPtNCells","N cells in cluster vs E ", nptbins,ptmin,ptmax, nbins,nmin,nmax); fhPtNCells->SetXTitle("#it{p}_{T} (GeV/#it{c})"); fhPtNCells->SetYTitle("# of cells in cluster"); outputContainer->Add(fhPtNCells); fhPtTime = new TH2F("hPtTime","cluster time vs pair E",nptbins,ptmin,ptmax, tbins,tmin,tmax); fhPtTime->SetXTitle("#it{p}_{T} (GeV/#it{c})"); fhPtTime->SetYTitle("t (ns)"); outputContainer->Add(fhPtTime); } if(fAnaType != kIMCaloTracks) { fhEPairDiffTime = new TH2F("hEPairDiffTime","cluster pair time difference vs E",nptbins,ptmin,ptmax, tdbins,tdmin,tdmax); fhEPairDiffTime->SetXTitle("#it{E}_{pair} (GeV)"); fhEPairDiffTime->SetYTitle("#Delta t (ns)"); outputContainer->Add(fhEPairDiffTime); } if(fAnaType == kIMCalo) { TString combiName [] = {"1LocMax","2LocMax","NLocMax","1LocMax2LocMax","1LocMaxNLocMax","2LocMaxNLocMax","1LocMaxSSBad","NLocMaxSSGood"}; TString combiTitle[] = {"1 Local Maxima in both clusters","2 Local Maxima in both clusters","more than 2 Local Maxima in both clusters", "1 Local Maxima paired with 2 Local Maxima","1 Local Maxima paired with more than 2 Local Maxima", "2 Local Maxima paired with more than 2 Local Maxima", "1 Local Maxima paired with #lambda_{0}^{2}>0.3","N Local Maxima paired with 0.1<#lambda_{0}^{2}<0.3"}; if(fFillAllNLMHistograms) { for (Int_t i = 0; i < 8 ; i++) { if (fAnaType == kIMCaloTracks && i > 2 ) continue ; fhMassPairLocMax[i] = new TH2F (Form("MassPairLocMax%s",combiName[i].Data()), Form("#it{M} for decay #gamma pair vs #it{E}_{pair}, origin #pi^{0}, %s", combiTitle[i].Data()), nptbins,ptmin,ptmax,nmassbins,massmin,massmax); fhMassPairLocMax[i]->SetYTitle("#it{M} (GeV/#it{c}^{2})"); fhMassPairLocMax[i]->SetXTitle("#it{E}_{pair} (GeV)"); outputContainer->Add(fhMassPairLocMax[i]) ; } } } if(fFillTMHisto) { fhTrackMatchedDEta = new TH2F ("hTrackMatchedDEta", "d#eta of cluster-track vs cluster #it{p}_{T}", nptbins,ptmin,ptmax,nresetabins,resetamin,resetamax); fhTrackMatchedDEta->SetYTitle("d#eta"); fhTrackMatchedDEta->SetXTitle("#it{p}_{T} (GeV/#it{c})"); fhTrackMatchedDPhi = new TH2F ("hTrackMatchedDPhi", "d#phi of cluster-track vs cluster #it{p}_{T}", nptbins,ptmin,ptmax,nresphibins,resphimin,resphimax); fhTrackMatchedDPhi->SetYTitle("d#phi (rad)"); fhTrackMatchedDPhi->SetXTitle("#it{p}_{T} (GeV/#it{c})"); fhTrackMatchedDEtaDPhi = new TH2F ("hTrackMatchedDEtaDPhi", "d#eta vs d#phi of cluster-track", nresetabins,resetamin,resetamax,nresphibins,resphimin,resphimax); fhTrackMatchedDEtaDPhi->SetYTitle("d#phi (rad)"); fhTrackMatchedDEtaDPhi->SetXTitle("d#eta"); outputContainer->Add(fhTrackMatchedDEta) ; outputContainer->Add(fhTrackMatchedDPhi) ; outputContainer->Add(fhTrackMatchedDEtaDPhi) ; fhTrackMatchedDEtaPos = new TH2F ("hTrackMatchedDEtaPos", "d#eta of cluster-track vs cluster #it{p}_{T}", nptbins,ptmin,ptmax,nresetabins,resetamin,resetamax); fhTrackMatchedDEtaPos->SetYTitle("d#eta"); fhTrackMatchedDEtaPos->SetXTitle("#it{p}_{T} (GeV/#it{c})"); fhTrackMatchedDPhiPos = new TH2F ("hTrackMatchedDPhiPos", "d#phi of cluster-track vs cluster #it{p}_{T}", nptbins,ptmin,ptmax,nresphibins,resphimin,resphimax); fhTrackMatchedDPhiPos->SetYTitle("d#phi (rad)"); fhTrackMatchedDPhiPos->SetXTitle("#it{p}_{T} (GeV/#it{c})"); fhTrackMatchedDEtaDPhiPos = new TH2F ("hTrackMatchedDEtaDPhiPos", "d#eta vs d#phi of cluster-track", nresetabins,resetamin,resetamax,nresphibins,resphimin,resphimax); fhTrackMatchedDEtaDPhiPos->SetYTitle("d#phi (rad)"); fhTrackMatchedDEtaDPhiPos->SetXTitle("d#eta"); outputContainer->Add(fhTrackMatchedDEtaPos) ; outputContainer->Add(fhTrackMatchedDPhiPos) ; outputContainer->Add(fhTrackMatchedDEtaDPhiPos) ; fhTrackMatchedDEtaNeg = new TH2F ("hTrackMatchedDEtaNeg", "d#eta of cluster-track vs cluster #it{p}_{T}", nptbins,ptmin,ptmax,nresetabins,resetamin,resetamax); fhTrackMatchedDEtaNeg->SetYTitle("d#eta"); fhTrackMatchedDEtaNeg->SetXTitle("#it{p}_{T} (GeV/#it{c})"); fhTrackMatchedDPhiNeg = new TH2F ("hTrackMatchedDPhiNeg", "d#phi of cluster-track vs cluster #it{p}_{T}", nptbins,ptmin,ptmax,nresphibins,resphimin,resphimax); fhTrackMatchedDPhiNeg->SetYTitle("d#phi (rad)"); fhTrackMatchedDPhiNeg->SetXTitle("#it{p}_{T} (GeV/#it{c})"); fhTrackMatchedDEtaDPhiNeg = new TH2F ("hTrackMatchedDEtaDPhiNeg", "d#eta vs d#phi of cluster-track", nresetabins,resetamin,resetamax,nresphibins,resphimin,resphimax); fhTrackMatchedDEtaDPhiNeg->SetYTitle("d#phi (rad)"); fhTrackMatchedDEtaDPhiNeg->SetXTitle("d#eta"); outputContainer->Add(fhTrackMatchedDEtaNeg) ; outputContainer->Add(fhTrackMatchedDPhiNeg) ; outputContainer->Add(fhTrackMatchedDEtaDPhiNeg) ; fhdEdx = new TH2F ("hdEdx","matched track <dE/dx> vs cluster #it{p}_{T}", nptbins,ptmin,ptmax,ndedxbins, dedxmin, dedxmax); fhdEdx->SetXTitle("#it{p}_{T} (GeV/#it{c})"); fhdEdx->SetYTitle("<#it{dE}/#it{dx}>"); outputContainer->Add(fhdEdx); fhEOverP = new TH2F ("hEOverP","matched track E/p vs cluster #it{p}_{T}", nptbins,ptmin,ptmax,nPoverEbins,pOverEmin,pOverEmax); fhEOverP->SetXTitle("#it{p}_{T} (GeV/#it{c})"); fhEOverP->SetYTitle("#it{E}/#it{p}"); outputContainer->Add(fhEOverP); if(GetCalorimeter()==kEMCAL && GetFirstSMCoveredByTRD() >=0) { fhEOverPNoTRD = new TH2F ("hEOverPNoTRD","matched track E/p vs cluster E, SM not behind TRD ", nptbins,ptmin,ptmax,nPoverEbins,pOverEmin,pOverEmax); fhEOverPNoTRD->SetXTitle("#it{E} (GeV)"); fhEOverPNoTRD->SetYTitle("#it{E}/#it{p}"); outputContainer->Add(fhEOverPNoTRD); } if(IsDataMC() && fFillTMHisto) { fhTrackMatchedMCParticlePt = new TH2F ("hTrackMatchedMCParticlePt", "Origin of particle vs energy", nptbins,ptmin,ptmax,8,0,8); fhTrackMatchedMCParticlePt->SetXTitle("#it{p}_{T} (GeV/#it{c})"); //fhTrackMatchedMCParticlePt->SetYTitle("Particle type"); fhTrackMatchedMCParticlePt->GetYaxis()->SetBinLabel(1 ,"Photon"); fhTrackMatchedMCParticlePt->GetYaxis()->SetBinLabel(2 ,"Electron"); fhTrackMatchedMCParticlePt->GetYaxis()->SetBinLabel(3 ,"Meson Merged"); fhTrackMatchedMCParticlePt->GetYaxis()->SetBinLabel(4 ,"Rest"); fhTrackMatchedMCParticlePt->GetYaxis()->SetBinLabel(5 ,"Conv. Photon"); fhTrackMatchedMCParticlePt->GetYaxis()->SetBinLabel(6 ,"Conv. Electron"); fhTrackMatchedMCParticlePt->GetYaxis()->SetBinLabel(7 ,"Conv. Merged"); fhTrackMatchedMCParticlePt->GetYaxis()->SetBinLabel(8 ,"Conv. Rest"); outputContainer->Add(fhTrackMatchedMCParticlePt); fhTrackMatchedMCParticleDEta = new TH2F ("hTrackMatchedMCParticleDEta", "Origin of particle vs #eta residual", nresetabins,resetamin,resetamax,8,0,8); fhTrackMatchedMCParticleDEta->SetXTitle("#Delta #eta"); //fhTrackMatchedMCParticleDEta->SetYTitle("Particle type"); fhTrackMatchedMCParticleDEta->GetYaxis()->SetBinLabel(1 ,"Photon"); fhTrackMatchedMCParticleDEta->GetYaxis()->SetBinLabel(2 ,"Electron"); fhTrackMatchedMCParticleDEta->GetYaxis()->SetBinLabel(3 ,"Meson Merged"); fhTrackMatchedMCParticleDEta->GetYaxis()->SetBinLabel(4 ,"Rest"); fhTrackMatchedMCParticleDEta->GetYaxis()->SetBinLabel(5 ,"Conv. Photon"); fhTrackMatchedMCParticleDEta->GetYaxis()->SetBinLabel(6 ,"Conv. Electron"); fhTrackMatchedMCParticleDEta->GetYaxis()->SetBinLabel(7 ,"Conv. Merged"); fhTrackMatchedMCParticleDEta->GetYaxis()->SetBinLabel(8 ,"Conv. Rest"); outputContainer->Add(fhTrackMatchedMCParticleDEta); fhTrackMatchedMCParticleDPhi = new TH2F ("hTrackMatchedMCParticleDPhi", "Origin of particle vs #phi residual", nresphibins,resphimin,resphimax,8,0,8); fhTrackMatchedMCParticleDPhi->SetXTitle("#Delta #phi"); //fhTrackMatchedMCParticleDPhi->SetYTitle("Particle type"); fhTrackMatchedMCParticleDPhi->GetYaxis()->SetBinLabel(1 ,"Photon"); fhTrackMatchedMCParticleDPhi->GetYaxis()->SetBinLabel(2 ,"Electron"); fhTrackMatchedMCParticleDPhi->GetYaxis()->SetBinLabel(3 ,"Meson Merged"); fhTrackMatchedMCParticleDPhi->GetYaxis()->SetBinLabel(4 ,"Rest"); fhTrackMatchedMCParticleDPhi->GetYaxis()->SetBinLabel(5 ,"Conv. Photon"); fhTrackMatchedMCParticleDPhi->GetYaxis()->SetBinLabel(6 ,"Conv. Electron"); fhTrackMatchedMCParticleDPhi->GetYaxis()->SetBinLabel(7 ,"Conv. Merged"); fhTrackMatchedMCParticleDPhi->GetYaxis()->SetBinLabel(8 ,"Conv. Rest"); outputContainer->Add(fhTrackMatchedMCParticleDPhi); } } if(fFillWeightHistograms) { fhECellClusterRatio = new TH2F ("hECellClusterRatio"," cell energy / cluster energy vs cluster energy, for selected decay photons from neutral meson", nptbins,ptmin,ptmax, 100,0,1.); fhECellClusterRatio->SetXTitle("#it{E}_{cluster} (GeV) "); fhECellClusterRatio->SetYTitle("#it{E}_{cell i}/#it{E}_{cluster}"); outputContainer->Add(fhECellClusterRatio); fhECellClusterLogRatio = new TH2F ("hECellClusterLogRatio"," Log(cell energy / cluster energy) vs cluster energy, for selected decay photons from neutral meson", nptbins,ptmin,ptmax, 100,-10,0); fhECellClusterLogRatio->SetXTitle("#it{E}_{cluster} (GeV) "); fhECellClusterLogRatio->SetYTitle("Log (#it{E}_{max cell}/#it{E}_{cluster})"); outputContainer->Add(fhECellClusterLogRatio); fhEMaxCellClusterRatio = new TH2F ("hEMaxCellClusterRatio"," max cell energy / cluster energy vs cluster energy, for selected decay photons from neutral meson", nptbins,ptmin,ptmax, 100,0,1.); fhEMaxCellClusterRatio->SetXTitle("#it{E}_{cluster} (GeV) "); fhEMaxCellClusterRatio->SetYTitle("#it{E}_{max cell}/#it{E}_{cluster}"); outputContainer->Add(fhEMaxCellClusterRatio); fhEMaxCellClusterLogRatio = new TH2F ("hEMaxCellClusterLogRatio"," Log(max cell energy / cluster energy) vs cluster energy, for selected decay photons from neutral meson", nptbins,ptmin,ptmax, 100,-10,0); fhEMaxCellClusterLogRatio->SetXTitle("#it{E}_{cluster} (GeV) "); fhEMaxCellClusterLogRatio->SetYTitle("Log (#it{E}_{max cell}/#it{E}_{cluster})"); outputContainer->Add(fhEMaxCellClusterLogRatio); for(Int_t iw = 0; iw < 14; iw++) { fhLambda0ForW0[iw] = new TH2F (Form("hLambda0ForW0%d",iw),Form("shower shape, #lambda^{2}_{0} vs E, w0 = %1.1f, for selected decay photons from neutral meson",1+0.5*iw), nptbins,ptmin,ptmax,ssbins,ssmin,ssmax); fhLambda0ForW0[iw]->SetXTitle("#it{E}_{cluster}"); fhLambda0ForW0[iw]->SetYTitle("#lambda^{2}_{0}"); outputContainer->Add(fhLambda0ForW0[iw]); // fhLambda1ForW0[iw] = new TH2F (Form("hLambda1ForW0%d",iw),Form("shower shape, #lambda^{2}_{1} vs E, w0 = %1.1f, for selected decay photons from neutral meson",0.5+0.5*iw), // nptbins,ptmin,ptmax,ssbins,ssmin,ssmax); // fhLambda1ForW0[iw]->SetXTitle("#it{E}_{cluster}"); // fhLambda1ForW0[iw]->SetYTitle("#lambda^{2}_{1}"); // outputContainer->Add(fhLambda1ForW0[iw]); } } if(IsDataMC()) { // Origin fhMCPi0PtOrigin = new TH2F("hMCPi0PtOrigin","Reconstructed pair from generated #pi^{0} #it{p}_{T} vs origin",nptbins,ptmin,ptmax,11,0,11) ; fhMCPi0PtOrigin->SetXTitle("#it{p}_{T} (GeV/#it{c})"); fhMCPi0PtOrigin->SetYTitle("Origin"); fhMCPi0PtOrigin->GetYaxis()->SetBinLabel(1 ,"Status 21"); fhMCPi0PtOrigin->GetYaxis()->SetBinLabel(2 ,"Quark"); fhMCPi0PtOrigin->GetYaxis()->SetBinLabel(3 ,"qq Resonances"); fhMCPi0PtOrigin->GetYaxis()->SetBinLabel(4 ,"Resonances"); fhMCPi0PtOrigin->GetYaxis()->SetBinLabel(5 ,"#rho"); fhMCPi0PtOrigin->GetYaxis()->SetBinLabel(6 ,"#omega"); fhMCPi0PtOrigin->GetYaxis()->SetBinLabel(7 ,"K"); fhMCPi0PtOrigin->GetYaxis()->SetBinLabel(8 ,"Other"); fhMCPi0PtOrigin->GetYaxis()->SetBinLabel(9 ,"#eta"); fhMCPi0PtOrigin->GetYaxis()->SetBinLabel(10 ,"#eta prime"); outputContainer->Add(fhMCPi0PtOrigin) ; fhMCEtaPtOrigin = new TH2F("hMCEtaPtOrigin","Reconstructed pair from generated #pi^{0} #it{p}_{T} vs origin",nptbins,ptmin,ptmax,7,0,7) ; fhMCEtaPtOrigin->SetXTitle("#it{p}_{T} (GeV/#it{c})"); fhMCEtaPtOrigin->SetYTitle("Origin"); fhMCEtaPtOrigin->GetYaxis()->SetBinLabel(1 ,"Status 21"); fhMCEtaPtOrigin->GetYaxis()->SetBinLabel(2 ,"Quark"); fhMCEtaPtOrigin->GetYaxis()->SetBinLabel(3 ,"qq Resonances"); fhMCEtaPtOrigin->GetYaxis()->SetBinLabel(4 ,"Resonances"); fhMCEtaPtOrigin->GetYaxis()->SetBinLabel(5 ,"Other"); fhMCEtaPtOrigin->GetYaxis()->SetBinLabel(6 ,"#eta prime"); outputContainer->Add(fhMCEtaPtOrigin) ; fhMCPi0ProdVertex = new TH2F("hMCPi0ProdVertex","Selected reco pair from generated #pi^{0} #it{p}_{T} vs production vertex",200,ptmin,20+ptmin,5000,0,500) ; fhMCPi0ProdVertex->SetXTitle("#it{p}_{T} (GeV/#it{c})"); fhMCPi0ProdVertex->SetYTitle("#it{R} (cm)"); outputContainer->Add(fhMCPi0ProdVertex) ; fhMCEtaProdVertex = new TH2F("hMCEtaProdVertex","Selected reco pair from generated #eta #it{p}_{T} vs production vertex",200,ptmin,20+ptmin,5000,0,500) ; fhMCEtaProdVertex->SetXTitle("#it{p}_{T} (GeV/#it{c})"); fhMCEtaProdVertex->SetYTitle("#it{R} (cm)"); outputContainer->Add(fhMCEtaProdVertex) ; if(GetReader()->GetDataType() != AliCaloTrackReader::kMC && fAnaType==kSSCalo) { fhMCPi0PtGenRecoFraction = new TH2F("hMCPi0PtGenRecoFraction","Number of clusters from #pi^{0} (2 #gamma) identified as #pi^{0} (#eta), #it{p}_{T} versus E primary #pi^{0} / E reco", nptbins,ptmin,ptmax,200,0,2); fhMCPi0PtGenRecoFraction->SetXTitle("#it{p}^{rec}_{T} (GeV/#it{c})"); fhMCPi0PtGenRecoFraction->SetYTitle("#it{E}^{#pi^{0} mother} / #it{E}^{rec}"); outputContainer->Add(fhMCPi0PtGenRecoFraction) ; fhMCEtaPtGenRecoFraction = new TH2F("hMCEtaPtGenRecoFraction","Number of clusters from #eta (2 #gamma) identified as #pi^{0} (#eta),#it{p}_{T} versus E primary #eta / E reco", nptbins,ptmin,ptmax,200,0,2); fhMCEtaPtGenRecoFraction->SetXTitle("#it{p}^{rec}_{T} (GeV/#it{c})"); fhMCEtaPtGenRecoFraction->SetYTitle("#it{E}^{ #eta mother} / #it{E}^{rec}"); outputContainer->Add(fhMCEtaPtGenRecoFraction) ; fhMCPi0DecayPt = new TH1F("hMCPi0DecayPt","Number of #gamma from #pi^{0} decay identified as #pi^{0} (#eta)",nptbins,ptmin,ptmax); fhMCPi0DecayPt->SetYTitle("#it{N}"); fhMCPi0DecayPt->SetXTitle("#it{p}^{rec}_{T} (GeV/#it{c})"); outputContainer->Add(fhMCPi0DecayPt) ; fhMCPi0DecayPtFraction = new TH2F("hMCPi0DecayPtFraction","Number of #gamma from #pi^{0} decay identified as #pi^{0} (#eta), #it{p}_{T} versus E primary #gamma / #it{E} primary #pi^{0}", nptbins,ptmin,ptmax,100,0,1); fhMCPi0DecayPtFraction->SetXTitle("p^{rec}_{T} (GeV/#it{c})"); fhMCPi0DecayPtFraction->SetYTitle("E^{gen} / E^{gen-mother}"); outputContainer->Add(fhMCPi0DecayPtFraction) ; fhMCEtaDecayPt = new TH1F("hMCEtaDecayPt","Number of #gamma from #eta decay identified as #pi^{0} (#eta)",nptbins,ptmin,ptmax); fhMCEtaDecayPt->SetYTitle("#it{N}"); fhMCEtaDecayPt->SetXTitle("#it{p}^{rec}_{T} (GeV/#it{c})"); outputContainer->Add(fhMCEtaDecayPt) ; fhMCEtaDecayPtFraction = new TH2F("hMCEtaDecayPtFraction","Number of #gamma from #eta decay identified as #pi^{0} (#eta), #it{p}_{T} versus E primary #gamma / E primary #eta", nptbins,ptmin,ptmax,100,0,1); fhMCEtaDecayPtFraction->SetXTitle("#it{p}^{rec}_{T} (GeV/#it{c})"); fhMCEtaDecayPtFraction->SetYTitle("#it{E}^{gen} / #it{E}^{gen-mother}"); outputContainer->Add(fhMCEtaDecayPtFraction) ; fhMCOtherDecayPt = new TH1F("hMCOtherDecayPt","Number of #gamma decay (not #eta or #pi^{0}) identified as #pi^{0} (#eta)",nptbins,ptmin,ptmax); fhMCOtherDecayPt->SetYTitle("#it{N}"); fhMCOtherDecayPt->SetXTitle("#it{p}^{rec}_{T} (GeV/#it{c})"); outputContainer->Add(fhMCOtherDecayPt) ; } if(fAnaType!=kSSCalo) { fhAnglePairMCPi0 = new TH2F ("AnglePairMCPi0", "Angle between decay #gamma pair vs #it{E}_{pair}, origin #pi^{0}",nptbins,ptmin,ptmax,250,0,0.5); fhAnglePairMCPi0->SetYTitle("#alpha (rad)"); fhAnglePairMCPi0->SetXTitle("#it{E}_{pair} (GeV)"); outputContainer->Add(fhAnglePairMCPi0) ; fhAnglePairMCEta = new TH2F ("AnglePairMCEta", "Angle between decay #gamma pair vs #it{E}_{pair}, origin #eta",nptbins,ptmin,ptmax,250,0,0.5); fhAnglePairMCEta->SetYTitle("#alpha (rad)"); fhAnglePairMCEta->SetXTitle("#it{E}_{pair} (GeV)"); outputContainer->Add(fhAnglePairMCEta) ; fhMassPairMCPi0 = new TH2F ("MassPairMCPi0", "#it{M} for decay #gamma pair vs #it{E}_{pair}, origin #pi^{0}",nptbins,ptmin,ptmax,nmassbins,massmin,massmax); fhMassPairMCPi0->SetYTitle("#it{M} (GeV/#it{c}^{2})"); fhMassPairMCPi0->SetXTitle("#it{E}_{pair} (GeV)"); outputContainer->Add(fhMassPairMCPi0) ; fhMassPairMCEta = new TH2F ("MassPairMCEta", "#it{M} for decay #gamma pair vs #it{E}_{pair}, origin #eta",nptbins,ptmin,ptmax,nmassbins,massmin,massmax); fhMassPairMCEta->SetYTitle("#it{M} (GeV/#it{c}^{2})"); fhMassPairMCEta->SetXTitle("#it{E}_{pair} (GeV)"); outputContainer->Add(fhMassPairMCEta) ; } Int_t ntypes = fgkNmcTypes; if(fAnaType != kSSCalo) ntypes = 2; for(Int_t i = 0; i < ntypes; i++) { fhMCE[i] = new TH1F (Form("hE_MC%s",pname[i].Data()), Form("Identified as #pi^{0} (#eta), cluster from %s", ptype[i].Data()), nptbins,ptmin,ptmax); fhMCE[i]->SetYTitle("#it{N}"); fhMCE[i]->SetXTitle("#it{E} (GeV)"); outputContainer->Add(fhMCE[i]) ; fhMCPt[i] = new TH1F (Form("hPt_MC%s",pname[i].Data()), Form("Identified as #pi^{0} (#eta), cluster from %s", ptype[i].Data()), nptbins,ptmin,ptmax); fhMCPt[i]->SetYTitle("#it{N}"); fhMCPt[i]->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhMCPt[i]) ; if(IsHighMultiplicityAnalysisOn()) { fhMCPtCentrality[i] = new TH2F (Form("hPtCentrality_MC%s",pname[i].Data()), Form("Identified as #pi^{0} (#eta), cluster from %s", ptype[i].Data()), nptbins,ptmin,ptmax, 100,0,100); fhMCPtCentrality[i]->SetYTitle("centrality"); fhMCPtCentrality[i]->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhMCPtCentrality[i]) ; } if(fAnaType == kSSCalo) { fhMCNLocMaxPt[i] = new TH2F (Form("hNLocMaxPt_MC%s",pname[i].Data()), Form("cluster from %s, #it{p}_{T} of cluster vs NLM, accepted",ptype[i].Data()), nptbins,ptmin,ptmax,20,0,20); fhMCNLocMaxPt[i] ->SetYTitle("#it{NLM}"); fhMCNLocMaxPt[i] ->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhMCNLocMaxPt[i]) ; fhMCNLocMaxPtReject[i] = new TH2F (Form("hNLocMaxPtReject_MC%s",pname[i].Data()), Form("cluster from %s, #it{p}_{T} of cluster vs NLM, rejected",ptype[i].Data()), nptbins,ptmin,ptmax,20,0,20); fhMCNLocMaxPtReject[i] ->SetYTitle("#it{NLM}"); fhMCNLocMaxPtReject[i] ->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhMCNLocMaxPtReject[i]) ; fhMCEReject[i] = new TH1F (Form("hEReject_MC%s",pname[i].Data()), Form("Rejected as #pi^{0} (#eta), cluster from %s", ptype[i].Data()), nptbins,ptmin,ptmax); fhMCEReject[i]->SetYTitle("#it{N}"); fhMCEReject[i]->SetXTitle("#it{E} (GeV)"); outputContainer->Add(fhMCEReject[i]) ; fhMCPtReject[i] = new TH1F (Form("hPtReject_MC%s",pname[i].Data()), Form("Rejected as #pi^{0} (#eta), cluster from %s", ptype[i].Data()), nptbins,ptmin,ptmax); fhMCPtReject[i]->SetYTitle("#it{N}"); fhMCPtReject[i]->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhMCPtReject[i]) ; } fhMCPtPhi[i] = new TH2F (Form("hPtPhi_MC%s",pname[i].Data()), Form("Identified as #pi^{0} (#eta), cluster from %s",ptype[i].Data()), nptbins,ptmin,ptmax,nphibins,phimin,phimax); fhMCPtPhi[i]->SetYTitle("#phi"); fhMCPtPhi[i]->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhMCPtPhi[i]) ; fhMCPtEta[i] = new TH2F (Form("hPtEta_MC%s",pname[i].Data()), Form("Identified as #pi^{0} (#eta), cluster from %s", ptype[i].Data()),nptbins,ptmin,ptmax,netabins,etamin,etamax); fhMCPtEta[i]->SetYTitle("#eta"); fhMCPtEta[i]->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhMCPtEta[i]) ; fhMCMassPt[i] = new TH2F (Form("hMassPt_MC%s",pname[i].Data()), Form("all pairs #it{M}: #it{p}_{T} vs #it{M} from %s",ptype[i].Data()), nptbins,ptmin,ptmax, nmassbins,massmin,massmax); fhMCMassPt[i]->SetYTitle("#it{M} (GeV/#it{c}^{2})"); fhMCMassPt[i]->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhMCMassPt[i]) ; fhMCSelectedMassPt[i] = new TH2F (Form("hSelectedMassPt_MC%s",pname[i].Data()), Form("Selected #pi^{0} (#eta) pairs #it{M}: #it{p}_{T} vs #it{M} from %s",ptype[i].Data()), nptbins,ptmin,ptmax, nmassbins,massmin,massmax); fhMCSelectedMassPt[i]->SetYTitle("#it{M} (GeV/#it{c}^{2})"); fhMCSelectedMassPt[i]->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhMCSelectedMassPt[i]) ; if(fAnaType == kSSCalo) { fhMCMassPtNoOverlap[i] = new TH2F (Form("hMassPtNoOverlap_MC%s",pname[i].Data()), Form("all pairs #it{M}: #it{p}_{T} vs #it{M} from %s, no overlap",ptype[i].Data()), nptbins,ptmin,ptmax, nmassbins,massmin,massmax); fhMCMassPt[i]->SetYTitle("#it{M} (GeV/#it{c}^{2})"); fhMCMassPt[i]->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhMCMassPtNoOverlap[i]) ; fhMCSelectedMassPtNoOverlap[i] = new TH2F (Form("hSelectedMassPtNoOverlap_MC%s",pname[i].Data()), Form("Selected #pi^{0} (#eta) pairs #it{M}: #it{p}_{T} vs #it{M} from %s, no overlap",ptype[i].Data()), nptbins,ptmin,ptmax, nmassbins,massmin,massmax); fhMCSelectedMassPtNoOverlap[i]->SetYTitle("#it{M} (GeV/#it{c}^{2})"); fhMCSelectedMassPtNoOverlap[i]->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhMCSelectedMassPtNoOverlap[i]) ; } if( fFillSelectClHisto ) { fhMCPtLambda0[i] = new TH2F(Form("hELambda0_MC%s",pname[i].Data()), Form("Selected pair, cluster from %s : #it{p}_{T} vs #lambda_{0}^{2}",ptype[i].Data()), nptbins,ptmin,ptmax,ssbins,ssmin,ssmax); fhMCPtLambda0[i]->SetYTitle("#lambda_{0}^{2}"); fhMCPtLambda0[i]->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhMCPtLambda0[i]) ; fhMCPtLambda1[i] = new TH2F(Form("hELambda1_MC%s",pname[i].Data()), Form("Selected pair, cluster from %s : #it{p}_{T} vs #lambda_{1}^{2}",ptype[i].Data()), nptbins,ptmin,ptmax,ssbins,ssmin,ssmax); fhMCPtLambda1[i]->SetYTitle("#lambda_{1}^{2}"); fhMCPtLambda1[i]->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhMCPtLambda1[i]) ; if(GetCalorimeter()==kEMCAL && GetFirstSMCoveredByTRD() >= 0) { fhMCPtLambda0NoTRD[i] = new TH2F(Form("hELambda0NoTRD_MC%s",pname[i].Data()), Form("Selected pair, cluster from %s : #it{p}_{T} vs #lambda_{0}^{2}, NoTRD",ptype[i].Data()), nptbins,ptmin,ptmax,ssbins,ssmin,ssmax); fhMCPtLambda0NoTRD[i]->SetYTitle("#lambda_{0}^{2}"); fhMCPtLambda0NoTRD[i]->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhMCPtLambda0NoTRD[i]) ; } if(!fFillOnlySimpleSSHisto) { fhMCPtDispersion[i] = new TH2F(Form("hEDispersion_MC%s",pname[i].Data()), Form("Selected pair, cluster from %s : #it{p}_{T} vs dispersion^{2}",ptype[i].Data()), nptbins,ptmin,ptmax,ssbins,ssmin,ssmax); fhMCPtDispersion[i]->SetYTitle("#it{D}^{2}"); fhMCPtDispersion[i]->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhMCPtDispersion[i]) ; fhMCPtDispEta[i] = new TH2F (Form("hPtDispEta_MC%s",pname[i].Data()), Form("cluster from %s : #sigma^{2}_{#eta #eta} = #Sigma w_{i}(#eta_{i} - <#eta>)^{2}/ #Sigma w_{i} vs #it{p}_{T}",ptype[i].Data()), nptbins,ptmin,ptmax, ssbins,ssmin,ssmax); fhMCPtDispEta[i]->SetXTitle("#it{p}_{T} (GeV/#it{c})"); fhMCPtDispEta[i]->SetYTitle("#sigma^{2}_{#eta #eta}"); outputContainer->Add(fhMCPtDispEta[i]); fhMCPtDispPhi[i] = new TH2F (Form("hPtDispPhi_MC%s",pname[i].Data()), Form("cluster from %s : #sigma^{2}_{#phi #phi} = #Sigma w_{i}(#phi_{i} - <#phi>)^{2} / #Sigma w_{i} vs #it{p}_{T}",ptype[i].Data()), nptbins,ptmin,ptmax, ssbins,ssmin,ssmax); fhMCPtDispPhi[i]->SetXTitle("#it{p}_{T} (GeV/#it{c})"); fhMCPtDispPhi[i]->SetYTitle("#sigma^{2}_{#phi #phi}"); outputContainer->Add(fhMCPtDispPhi[i]); fhMCPtSumEtaPhi[i] = new TH2F (Form("hPtSumEtaPhi_MC%s",pname[i].Data()), Form("cluster from %s : #delta^{2}_{#eta #phi} = #Sigma w_{i}(#phi_{i} #eta_{i} ) / #Sigma w_{i} - <#phi><#eta> vs #it{p}_{T}",ptype[i].Data()), nptbins,ptmin,ptmax, 2*ssbins,-ssmax,ssmax); fhMCPtSumEtaPhi[i]->SetXTitle("#it{p}_{T} (GeV/#it{c})"); fhMCPtSumEtaPhi[i]->SetYTitle("#delta^{2}_{#eta #phi}"); outputContainer->Add(fhMCPtSumEtaPhi[i]); fhMCPtDispEtaPhiDiff[i] = new TH2F (Form("hPtDispEtaPhiDiff_MC%s",pname[i].Data()), Form("cluster from %s : #sigma^{2}_{#phi #phi} - #sigma^{2}_{#eta #eta} vs #it{p}_{T}",ptype[i].Data()), nptbins,ptmin,ptmax,200,-10,10); fhMCPtDispEtaPhiDiff[i]->SetXTitle("#it{p}_{T} (GeV/#it{c})"); fhMCPtDispEtaPhiDiff[i]->SetYTitle("#sigma^{2}_{#phi #phi}-#sigma^{2}_{#eta #eta}"); outputContainer->Add(fhMCPtDispEtaPhiDiff[i]); fhMCPtSphericity[i] = new TH2F (Form("hPtSphericity_MC%s",pname[i].Data()), Form("cluster from %s : (#sigma^{2}_{#phi #phi} - #sigma^{2}_{#eta #eta}) / (#sigma^{2}_{#eta #eta} + #sigma^{2}_{#phi #phi}) vs E",ptype[i].Data()), nptbins,ptmin,ptmax, 200,-1,1); fhMCPtSphericity[i]->SetXTitle("#it{p}_{T} (GeV/#it{c})"); fhMCPtSphericity[i]->SetYTitle("#it{s} = (#sigma^{2}_{#phi #phi} - #sigma^{2}_{#eta #eta}) / (#sigma^{2}_{#eta #eta} + #sigma^{2}_{#phi #phi})"); outputContainer->Add(fhMCPtSphericity[i]); for(Int_t ie = 0; ie < 7; ie++) { fhMCDispEtaDispPhi[ie][i] = new TH2F (Form("hMCDispEtaDispPhi_EBin%d_MC%s",ie,pname[i].Data()), Form("cluster from %s : #sigma^{2}_{#phi #phi} vs #sigma^{2}_{#eta #eta} for %d < E < %d GeV",ptype[i].Data(),bin[ie],bin[ie+1]), ssbins,ssmin,ssmax , ssbins,ssmin,ssmax); fhMCDispEtaDispPhi[ie][i]->SetXTitle("#sigma^{2}_{#eta #eta}"); fhMCDispEtaDispPhi[ie][i]->SetYTitle("#sigma^{2}_{#phi #phi}"); outputContainer->Add(fhMCDispEtaDispPhi[ie][i]); fhMCLambda0DispEta[ie][i] = new TH2F (Form("hMCLambda0DispEta_EBin%d_MC%s",ie,pname[i].Data()), Form("cluster from %s : #lambda^{2}_{0} vs #sigma^{2}_{#eta #eta} for %d < E < %d GeV",ptype[i].Data(),bin[ie],bin[ie+1]), ssbins,ssmin,ssmax , ssbins,ssmin,ssmax); fhMCLambda0DispEta[ie][i]->SetXTitle("#lambda^{2}_{0}"); fhMCLambda0DispEta[ie][i]->SetYTitle("#sigma^{2}_{#phi #phi}"); outputContainer->Add(fhMCLambda0DispEta[ie][i]); fhMCLambda0DispPhi[ie][i] = new TH2F (Form("hMCLambda0DispPhi_EBin%d_MC%s",ie,pname[i].Data()), Form("cluster from %s :#lambda^{2}_{0} vs #sigma^{2}_{#phi #phi} for %d < E < %d GeV",ptype[i].Data(),bin[ie],bin[ie+1]), ssbins,ssmin,ssmax , ssbins,ssmin,ssmax); fhMCLambda0DispPhi[ie][i]->SetXTitle("#lambda^{2}_{0}"); fhMCLambda0DispPhi[ie][i]->SetYTitle("#sigma^{2}_{#phi #phi}"); outputContainer->Add(fhMCLambda0DispPhi[ie][i]); } fhMCPtLambda0FracMaxCellCut[i] = new TH2F(Form("hELambda0FracMaxCellCut_MC%s",pname[i].Data()), Form("Selected pair, cluster from %s : #it{p}_{T} vs #lambda_{0}^{2}, Max cell fraction of energy < 0.5 ",ptype[i].Data()), nptbins,ptmin,ptmax,ssbins,ssmin,ssmax); fhMCPtLambda0FracMaxCellCut[i]->SetYTitle("#lambda_{0}^{2}"); fhMCPtLambda0FracMaxCellCut[i]->SetXTitle("#it{E} (GeV)"); outputContainer->Add(fhMCPtLambda0FracMaxCellCut[i]) ; fhMCPtFracMaxCell[i] = new TH2F(Form("hEFracMaxCell_MC%s",pname[i].Data()), Form("Selected pair, cluster from %s : #it{p}_{T} vs Max cell fraction of energy",ptype[i].Data()), nptbins,ptmin,ptmax,100,0,1); fhMCPtFracMaxCell[i]->SetYTitle("#it{Fraction}"); fhMCPtFracMaxCell[i]->SetXTitle("#it{E} (GeV)"); outputContainer->Add(fhMCPtFracMaxCell[i]) ; } } }// MC particle loop }//Histos with MC if(fAnaType==kSSCalo) { fhAsymmetry = new TH2F ("hAsymmetry","#it{A} = ( #it{E}_{1} - #it{E}_{2} ) / ( #it{E}_{1} + #it{E}_{2} ) vs #it{E}", nptbins,ptmin,ptmax, 200, -1,1); fhAsymmetry->SetXTitle("#it{E} (GeV)"); fhAsymmetry->SetYTitle("#it{A} = ( #it{E}_{1} - #it{E}_{2} ) / ( #it{E}_{1} + #it{E}_{2} )"); outputContainer->Add(fhAsymmetry); fhSelectedAsymmetry = new TH2F ("hSelectedAsymmetry","#it{A} = ( #it{E}_{1} - #it{E}_{2} ) / ( #it{E}_{1} + #it{E}_{2} ) vs #it{E}", nptbins,ptmin,ptmax, 200, -1,1); fhSelectedAsymmetry->SetXTitle("#it{E} (GeV)"); fhSelectedAsymmetry->SetYTitle("#it{A} = ( #it{E}_{1} - #it{E}_{2} ) / ( #it{E}_{1} + #it{E}_{2} )"); outputContainer->Add(fhSelectedAsymmetry); fhSplitE = new TH1F ("hSplitE","Selected #pi^{0} (#eta) pairs energy sum of split sub-clusters",nptbins,ptmin,ptmax); fhSplitE->SetYTitle("counts"); fhSplitE->SetXTitle("#it{E} (GeV)"); outputContainer->Add(fhSplitE) ; fhSplitPt = new TH1F ("hSplitPt","Selected #pi^{0} (#eta) pairs #it{p}_{T} sum of split sub-clusters",nptbins,ptmin,ptmax); fhSplitPt->SetYTitle("counts"); fhSplitPt->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhSplitPt) ; fhSplitPtPhi = new TH2F ("hSplitPtPhi","Selected #pi^{0} (#eta) pairs: sum split sub-cluster #it{p}_{T} vs #phi",nptbins,ptmin,ptmax, nphibins,phimin,phimax); fhSplitPtPhi->SetYTitle("#phi (rad)"); fhSplitPtPhi->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhSplitPtPhi) ; fhSplitPtEta = new TH2F ("hSplitPtEta","Selected #pi^{0} (#eta) pairs: sum split sub-cluster #it{p}_{T} vs #eta",nptbins,ptmin,ptmax,netabins,etamin,etamax); fhSplitPtEta->SetYTitle("#eta"); fhSplitPtEta->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhSplitPtEta) ; fhNLocMaxSplitPt = new TH2F("hNLocMaxSplitPt","Number of local maxima in cluster", nptbins,ptmin,ptmax,20,0,20); fhNLocMaxSplitPt ->SetYTitle("#it{NLM}"); fhNLocMaxSplitPt ->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhNLocMaxSplitPt) ; fhMassSplitPt = new TH2F ("hMassSplitPt","all pairs #it{M}: sum split sub-cluster #it{p}_{T} vs #it{M}", nptbins,ptmin,ptmax, nmassbins,massmin,massmax); fhMassSplitPt->SetYTitle("#it{M} (GeV/#it{c}^{2})"); fhMassSplitPt->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhMassSplitPt) ; fhSelectedMassSplitPt = new TH2F ("hSelectedMassSplitPt","Selected #pi^{0} (#eta) pairs #it{M}: sum split sub-cluster #it{p}_{T} vs #it{M}", nptbins,ptmin,ptmax, nmassbins,massmin,massmax); fhSelectedMassSplitPt->SetYTitle("#it{M} (GeV/#it{c}^{2})"); fhSelectedMassSplitPt->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhSelectedMassSplitPt) ; if(IsDataMC()) { fhMassSplitPtNoOverlap = new TH2F ("hMassSplitPtNoOverlap","all pairs #it{M}: sum split sub-cluster #it{p}_{T} vs #it{M}, no overlap", nptbins,ptmin,ptmax, nmassbins,massmin,massmax); fhMassSplitPtNoOverlap->SetYTitle("#it{M} (GeV/#it{c}^{2})"); fhMassSplitPtNoOverlap->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhMassSplitPtNoOverlap) ; fhSelectedMassSplitPtNoOverlap = new TH2F ("hSelectedMassSplitPtNoOverlap","Selected #pi^{0} (#eta) pairs #it{M}: sum split sub-cluster #it{p}_{T} vs #it{M}, no overlap", nptbins,ptmin,ptmax, nmassbins,massmin,massmax); fhSelectedMassSplitPtNoOverlap->SetYTitle("#it{M} (GeV/#it{c}^{2})"); fhSelectedMassSplitPtNoOverlap->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhSelectedMassSplitPtNoOverlap) ; fhMCPi0PtRecoPtPrim = new TH2F ("hMCPi0PtRecoPtPrim","#it{p}_{T,reco} vs #it{p}_{T,gen}", nptbins,ptmin,ptmax,nptbins,ptmin,ptmax); fhMCPi0PtRecoPtPrim ->SetYTitle("#it{p}_{T,gen} (GeV/#it{c})"); fhMCPi0PtRecoPtPrim ->SetXTitle("#it{p}_{T,reco} (GeV/#it{c})"); outputContainer->Add(fhMCPi0PtRecoPtPrim ) ; fhMCPi0PtRecoPtPrimNoOverlap = new TH2F ("hMCPi0PtRecoPtPrimNoOverlap","#it{p}_{T,reco} vs #it{p}_{T,gen}, no overlap", nptbins,ptmin,ptmax,nptbins,ptmin,ptmax); fhMCPi0PtRecoPtPrimNoOverlap ->SetYTitle("#it{p}_{T,gen} (GeV/#it{c})"); fhMCPi0PtRecoPtPrimNoOverlap ->SetXTitle("#it{p}_{T,reco} (GeV/#it{c})"); outputContainer->Add(fhMCPi0PtRecoPtPrimNoOverlap ) ; fhMCPi0SelectedPtRecoPtPrim = new TH2F ("hMCPi0SelectedPtRecoPtPrim","#it{p}_{T,reco} vs #it{p}_{T,gen}", nptbins,ptmin,ptmax,nptbins,ptmin,ptmax); fhMCPi0SelectedPtRecoPtPrim ->SetYTitle("#it{p}_{T,gen} (GeV/#it{c})"); fhMCPi0SelectedPtRecoPtPrim ->SetXTitle("#it{p}_{T,reco} (GeV/#it{c})"); outputContainer->Add(fhMCPi0SelectedPtRecoPtPrim ) ; fhMCPi0SelectedPtRecoPtPrimNoOverlap = new TH2F ("hMCPi0SelectedPtRecoPtPrimNoOverlap","#it{p}_{T,reco} vs #it{p}_{T,gen}, no overlap", nptbins,ptmin,ptmax,nptbins,ptmin,ptmax); fhMCPi0SelectedPtRecoPtPrimNoOverlap ->SetYTitle("#it{p}_{T,gen} (GeV/#it{c})"); fhMCPi0SelectedPtRecoPtPrimNoOverlap ->SetXTitle("#it{p}_{T,reco} (GeV/#it{c})"); outputContainer->Add(fhMCPi0SelectedPtRecoPtPrimNoOverlap ) ; fhMCPi0SplitPtRecoPtPrim = new TH2F ("hMCPi0SplitPtRecoPtPrim","#it{p}_{T,reco} (split sum) vs #it{p}_{T,gen}", nptbins,ptmin,ptmax,nptbins,ptmin,ptmax); fhMCPi0SplitPtRecoPtPrim ->SetYTitle("#it{p}_{T,gen} (GeV/#it{c})"); fhMCPi0SplitPtRecoPtPrim ->SetXTitle("#it{p}_{T,reco} (GeV/#it{c})"); outputContainer->Add(fhMCPi0SplitPtRecoPtPrim ) ; fhMCPi0SplitPtRecoPtPrimNoOverlap = new TH2F ("hMCPi0SplitPtRecoPtPrimNoOverlap","#it{p}_{T,reco} (split sum) vs #it{p}_{T,gen}, no overlap", nptbins,ptmin,ptmax,nptbins,ptmin,ptmax); fhMCPi0SplitPtRecoPtPrimNoOverlap ->SetYTitle("#it{p}_{T,gen} (GeV/#it{c})"); fhMCPi0SplitPtRecoPtPrimNoOverlap ->SetXTitle("#it{p}_{T,reco} (GeV/#it{c})"); outputContainer->Add(fhMCPi0SplitPtRecoPtPrimNoOverlap ) ; fhMCPi0SelectedSplitPtRecoPtPrim = new TH2F ("hMCPi0SelectedSplitPtRecoPtPrim","#it{p}_{T,reco} (split sum) vs #it{p}_{T,gen}", nptbins,ptmin,ptmax,nptbins,ptmin,ptmax); fhMCPi0SelectedSplitPtRecoPtPrim ->SetYTitle("#it{p}_{T,gen} (GeV/#it{c})"); fhMCPi0SelectedSplitPtRecoPtPrim ->SetXTitle("#it{p}_{T,reco} (GeV/#it{c})"); outputContainer->Add(fhMCPi0SelectedSplitPtRecoPtPrim ) ; fhMCPi0SelectedSplitPtRecoPtPrimNoOverlap = new TH2F ("hMCPi0SelectedSplitPtRecoPtPrimNoOverlap","#it{p}_{T,reco} (split sum) vs #it{p}_{T,gen}, no overlap", nptbins,ptmin,ptmax,nptbins,ptmin,ptmax); fhMCPi0SelectedSplitPtRecoPtPrimNoOverlap ->SetYTitle("#it{p}_{T,gen} (GeV/#it{c})"); fhMCPi0SelectedSplitPtRecoPtPrimNoOverlap ->SetXTitle("#it{p}_{T,reco} (GeV/#it{c})"); outputContainer->Add(fhMCPi0SelectedSplitPtRecoPtPrimNoOverlap ) ; fhMCEtaPtRecoPtPrim = new TH2F ("hMCEtaPtRecoPtPrim","#it{p}_{T,reco} vs #it{p}_{T,gen}", nptbins,ptmin,ptmax,nptbins,ptmin,ptmax); fhMCEtaPtRecoPtPrim ->SetYTitle("#it{p}_{T,gen} (GeV/#it{c})"); fhMCEtaPtRecoPtPrim ->SetXTitle("#it{p}_{T,reco} (GeV/#it{c})"); outputContainer->Add(fhMCEtaPtRecoPtPrim ) ; fhMCEtaPtRecoPtPrimNoOverlap = new TH2F ("hMCEtaPtRecoPtPrimNoOverlap","#it{p}_{T,reco} vs #it{p}_{T,gen}, no overlap", nptbins,ptmin,ptmax,nptbins,ptmin,ptmax); fhMCEtaPtRecoPtPrimNoOverlap ->SetYTitle("#it{p}_{T,gen} (GeV/#it{c})"); fhMCEtaPtRecoPtPrimNoOverlap ->SetXTitle("#it{p}_{T,reco} (GeV/#it{c})"); outputContainer->Add(fhMCEtaPtRecoPtPrimNoOverlap ) ; fhMCEtaSelectedPtRecoPtPrim = new TH2F ("hMCEtaSelectedPtRecoPtPrim","#it{p}_{T,reco} vs #it{p}_{T,gen}", nptbins,ptmin,ptmax,nptbins,ptmin,ptmax); fhMCEtaSelectedPtRecoPtPrim ->SetYTitle("#it{p}_{T,gen} (GeV/#it{c})"); fhMCEtaSelectedPtRecoPtPrim ->SetXTitle("#it{p}_{T,reco} (GeV/#it{c})"); outputContainer->Add(fhMCEtaSelectedPtRecoPtPrim ) ; fhMCEtaSelectedPtRecoPtPrimNoOverlap = new TH2F ("hMCEtaSelectedPtRecoPtPrimNoOverlap","#it{p}_{T,reco} vs #it{p}_{T,gen}, no overlap", nptbins,ptmin,ptmax,nptbins,ptmin,ptmax); fhMCEtaSelectedPtRecoPtPrimNoOverlap ->SetYTitle("#it{p}_{T,gen} (GeV/#it{c})"); fhMCEtaSelectedPtRecoPtPrimNoOverlap ->SetXTitle("#it{p}_{T,reco} (GeV/#it{c})"); outputContainer->Add(fhMCEtaSelectedPtRecoPtPrimNoOverlap ) ; fhMCEtaSplitPtRecoPtPrim = new TH2F ("hMCEtaSplitPtRecoPtPrim","#it{p}_{T,reco} (split sum) vs #it{p}_{T,gen}", nptbins,ptmin,ptmax,nptbins,ptmin,ptmax); fhMCEtaSplitPtRecoPtPrim ->SetYTitle("#it{p}_{T,gen} (GeV/#it{c})"); fhMCEtaSplitPtRecoPtPrim ->SetXTitle("#it{p}_{T,reco} (GeV/#it{c})"); outputContainer->Add(fhMCEtaSplitPtRecoPtPrim ) ; fhMCEtaSplitPtRecoPtPrimNoOverlap = new TH2F ("hMCEtaSplitPtRecoPtPrimNoOverlap","#it{p}_{T,reco} (split sum) vs #it{p}_{T,gen}, no overlap", nptbins,ptmin,ptmax,nptbins,ptmin,ptmax); fhMCEtaSplitPtRecoPtPrimNoOverlap ->SetYTitle("#it{p}_{T,gen} (GeV/#it{c})"); fhMCEtaSplitPtRecoPtPrimNoOverlap ->SetXTitle("#it{p}_{T,reco} (GeV/#it{c})"); outputContainer->Add(fhMCEtaSplitPtRecoPtPrimNoOverlap ) ; fhMCEtaSelectedSplitPtRecoPtPrim = new TH2F ("hMCEtaSelectedSplitPtRecoPtPrim","#it{p}_{T,reco} (split sum) vs #it{p}_{T,gen}", nptbins,ptmin,ptmax,nptbins,ptmin,ptmax); fhMCEtaSelectedSplitPtRecoPtPrim ->SetYTitle("#it{p}_{T,gen} (GeV/#it{c})"); fhMCEtaSelectedSplitPtRecoPtPrim ->SetXTitle("#it{p}_{T,reco} (GeV/#it{c})"); outputContainer->Add(fhMCEtaSelectedSplitPtRecoPtPrim ) ; fhMCEtaSelectedSplitPtRecoPtPrimNoOverlap = new TH2F ("hMCEtaSelectedSplitPtRecoPtPrimNoOverlap","#it{p}_{T,reco} (split sum) vs #it{p}_{T,gen}, no overlap", nptbins,ptmin,ptmax,nptbins,ptmin,ptmax); fhMCEtaSelectedSplitPtRecoPtPrimNoOverlap ->SetYTitle("#it{p}_{T,gen} (GeV/#it{c})"); fhMCEtaSelectedSplitPtRecoPtPrimNoOverlap ->SetXTitle("#it{p}_{T,reco} (GeV/#it{c})"); outputContainer->Add(fhMCEtaSelectedSplitPtRecoPtPrimNoOverlap ) ; for(Int_t inlm = 0; inlm < 3; inlm++) { fhMCPi0PtRecoPtPrimLocMax[inlm] = new TH2F (Form("hMCPi0PtRecoPtPrimLocMax%d",inlm+1),Form("#it{p}_{T,reco} vs #it{p}_{T,gen}, %s",nlm[inlm].Data()), nptbins,ptmin,ptmax,nptbins,ptmin,ptmax); fhMCPi0PtRecoPtPrimLocMax[inlm] ->SetYTitle("#it{p}_{T,gen} (GeV/#it{c})"); fhMCPi0PtRecoPtPrimLocMax[inlm] ->SetXTitle("#it{p}_{T,reco} (GeV/#it{c})"); outputContainer->Add(fhMCPi0PtRecoPtPrimLocMax[inlm] ) ; fhMCPi0SelectedPtRecoPtPrimLocMax[inlm] = new TH2F (Form("hMCPi0SelectedPtRecoPtPrimLocMax%d",inlm+1),Form("#it{p}_{T,reco} vs #it{p}_{T,gen}, %s",nlm[inlm].Data()), nptbins,ptmin,ptmax,nptbins,ptmin,ptmax); fhMCPi0SelectedPtRecoPtPrimLocMax[inlm] ->SetYTitle("#it{p}_{T,gen} (GeV/#it{c})"); fhMCPi0SelectedPtRecoPtPrimLocMax[inlm] ->SetXTitle("#it{p}_{T,reco} (GeV/#it{c})"); outputContainer->Add(fhMCPi0SelectedPtRecoPtPrimLocMax[inlm] ) ; fhMCPi0SplitPtRecoPtPrimLocMax[inlm] = new TH2F (Form("hMCPi0SplitPtRecoPtPrimLocMax%d",inlm+1),Form("#it{p}_{T,reco} (split sum) vs #it{p}_{T,gen}, %s",nlm[inlm].Data()), nptbins,ptmin,ptmax,nptbins,ptmin,ptmax); fhMCPi0SplitPtRecoPtPrimLocMax[inlm] ->SetYTitle("#it{p}_{T,gen} (GeV/#it{c})"); fhMCPi0SplitPtRecoPtPrimLocMax[inlm] ->SetXTitle("#it{p}_{T,reco} (GeV/#it{c})"); outputContainer->Add(fhMCPi0SplitPtRecoPtPrimLocMax[inlm] ) ; fhMCPi0SelectedSplitPtRecoPtPrimLocMax[inlm] = new TH2F (Form("hMCPi0SelectedSplitPtRecoPtPrimLocMax%d",inlm+1),Form("#it{p}_{T,reco} (split sum) vs #it{p}_{T,gen}, %s",nlm[inlm].Data()), nptbins,ptmin,ptmax,nptbins,ptmin,ptmax); fhMCPi0SelectedSplitPtRecoPtPrimLocMax[inlm] ->SetYTitle("#it{p}_{T,gen} (GeV/#it{c})"); fhMCPi0SelectedSplitPtRecoPtPrimLocMax[inlm] ->SetXTitle("#it{p}_{T,reco} (GeV/#it{c})"); outputContainer->Add(fhMCPi0SelectedSplitPtRecoPtPrimLocMax[inlm] ) ; fhMCEtaPtRecoPtPrimLocMax[inlm] = new TH2F (Form("hMCEtaPtRecoPtPrimLocMax%d",inlm+1),Form("#it{p}_{T,reco} vs #it{p}_{T,gen}, %s",nlm[inlm].Data()), nptbins,ptmin,ptmax,nptbins,ptmin,ptmax); fhMCEtaPtRecoPtPrimLocMax[inlm] ->SetYTitle("#it{p}_{T,gen} (GeV/#it{c})"); fhMCEtaPtRecoPtPrimLocMax[inlm] ->SetXTitle("#it{p}_{T,reco} (GeV/#it{c})"); outputContainer->Add(fhMCEtaPtRecoPtPrimLocMax[inlm] ) ; fhMCEtaSelectedPtRecoPtPrimLocMax[inlm] = new TH2F (Form("hMCEtaSelectedPtRecoPtPrimLocMax%d",inlm+1),Form("#it{p}_{T,reco} vs #it{p}_{T,gen}, %s",nlm[inlm].Data()), nptbins,ptmin,ptmax,nptbins,ptmin,ptmax); fhMCEtaSelectedPtRecoPtPrimLocMax[inlm] ->SetYTitle("#it{p}_{T,gen} (GeV/#it{c})"); fhMCEtaSelectedPtRecoPtPrimLocMax[inlm] ->SetXTitle("#it{p}_{T,reco} (GeV/#it{c})"); outputContainer->Add(fhMCEtaSelectedPtRecoPtPrimLocMax[inlm] ) ; fhMCEtaSplitPtRecoPtPrimLocMax[inlm] = new TH2F (Form("hMCEtaSplitPtRecoPtPrimLocMax%d",inlm+1),Form("#it{p}_{T,reco} (split sum) vs #it{p}_{T,gen}, %s",nlm[inlm].Data()), nptbins,ptmin,ptmax,nptbins,ptmin,ptmax); fhMCEtaSplitPtRecoPtPrimLocMax[inlm] ->SetYTitle("#it{p}_{T,gen} (GeV/#it{c})"); fhMCEtaSplitPtRecoPtPrimLocMax[inlm] ->SetXTitle("#it{p}_{T,reco} (GeV/#it{c})"); outputContainer->Add(fhMCEtaSplitPtRecoPtPrimLocMax[inlm] ) ; fhMCEtaSelectedSplitPtRecoPtPrimLocMax[inlm] = new TH2F (Form("hMCEtaSelectedSplitPtRecoPtPrimLocMax%d",inlm+1),Form("#it{p}_{T,reco} (split sum) vs #it{p}_{T,gen}, %s",nlm[inlm].Data()), nptbins,ptmin,ptmax,nptbins,ptmin,ptmax); fhMCEtaSelectedSplitPtRecoPtPrimLocMax[inlm] ->SetYTitle("#it{p}_{T,gen} (GeV/#it{c})"); fhMCEtaSelectedSplitPtRecoPtPrimLocMax[inlm] ->SetXTitle("#it{p}_{T,reco} (GeV/#it{c})"); outputContainer->Add(fhMCEtaSelectedSplitPtRecoPtPrimLocMax[inlm] ) ; } for(Int_t i = 0; i < fgkNmcTypes; i++) { fhMCPtAsymmetry[i] = new TH2F (Form("hEAsymmetry_MC%s",pname[i].Data()), Form("cluster from %s : #it{A} = ( #it{E}_{1} - #it{E}_{2} ) / ( #it{E}_{1} + #it{E}_{2} ) vs #it{E}",ptype[i].Data()), nptbins,ptmin,ptmax, 200,-1,1); fhMCPtAsymmetry[i]->SetXTitle("#it{E} (GeV)"); fhMCPtAsymmetry[i]->SetYTitle("#it{A} = ( #it{E}_{1} - #it{E}_{2} ) / ( #it{E}_{1} + #it{E}_{2} )"); outputContainer->Add(fhMCPtAsymmetry[i]); fhMCSplitE[i] = new TH1F (Form("hSplitE_MC%s",pname[i].Data()), Form("cluster from %s, energy sum of split sub-clusters",ptype[i].Data()), nptbins,ptmin,ptmax); fhMCSplitE[i]->SetYTitle("counts"); fhMCSplitE[i]->SetXTitle("#it{E} (GeV)"); outputContainer->Add(fhMCSplitE[i]) ; fhMCSplitPt[i] = new TH1F (Form("hSplitPt_MC%s",pname[i].Data()), Form("cluster from %s, #it{p}_{T} sum of split sub-clusters",ptype[i].Data()), nptbins,ptmin,ptmax); fhMCSplitPt[i]->SetYTitle("counts"); fhMCSplitPt[i]->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhMCSplitPt[i]) ; fhMCSplitPtPhi[i] = new TH2F (Form("hSplitPtPhi_MC%s",pname[i].Data()), Form("Identified as #pi^{0} (#eta), cluster from %s",ptype[i].Data()), nptbins,ptmin,ptmax,nphibins,phimin,phimax); fhMCSplitPtPhi[i]->SetYTitle("#phi"); fhMCSplitPtPhi[i]->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhMCSplitPtPhi[i]) ; fhMCSplitPtEta[i] = new TH2F (Form("hSplitPtEta_MC%s",pname[i].Data()), Form("Identified as #pi^{0} (#eta), cluster from %s", ptype[i].Data()),nptbins,ptmin,ptmax,netabins,etamin,etamax); fhMCSplitPtEta[i]->SetYTitle("#eta"); fhMCSplitPtEta[i]->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhMCSplitPtEta[i]) ; fhMCNLocMaxSplitPt[i] = new TH2F (Form("hNLocMaxSplitPt_MC%s",pname[i].Data()), Form("cluster from %s, #it{p}_{T} sum of split sub-clusters, for NLM",ptype[i].Data()), nptbins,ptmin,ptmax,20,0,20); fhMCNLocMaxSplitPt[i] ->SetYTitle("#it{NLM}"); fhMCNLocMaxSplitPt[i] ->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhMCNLocMaxSplitPt[i]) ; fhMCMassSplitPt[i] = new TH2F (Form("hMassSplitPt_MC%s",pname[i].Data()), Form("all pairs #it{M}: split #it{p}_{T} vs #it{M} from %s",ptype[i].Data()), nptbins,ptmin,ptmax, nmassbins,massmin,massmax); fhMCMassSplitPt[i]->SetYTitle("#it{M} (GeV/#it{c}^{2})"); fhMCMassSplitPt[i]->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhMCMassSplitPt[i]) ; fhMCSelectedMassSplitPt[i] = new TH2F (Form("hSelectedMassSplitPt_MC%s",pname[i].Data()), Form("Selected #pi^{0} (#eta) pairs #it{M}: split #it{p}_{T} vs #it{M} from %s",ptype[i].Data()), nptbins,ptmin,ptmax, nmassbins,massmin,massmax); fhMCSelectedMassSplitPt[i]->SetYTitle("#it{M} (GeV/#it{c}^{2})"); fhMCSelectedMassSplitPt[i]->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhMCSelectedMassSplitPt[i]) ; fhMCMassSplitPtNoOverlap[i] = new TH2F (Form("hMassSplitPtNoOverlap_MC%s",pname[i].Data()), Form("all pairs #it{M}: split #it{p}_{T} vs #it{M} from %s, no overlap",ptype[i].Data()), nptbins,ptmin,ptmax, nmassbins,massmin,massmax); fhMCMassSplitPtNoOverlap[i]->SetYTitle("#it{M} (GeV/#it{c}^{2})"); fhMCMassSplitPtNoOverlap[i]->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhMCMassSplitPtNoOverlap[i]) ; fhMCSelectedMassSplitPtNoOverlap[i] = new TH2F (Form("hSelectedMassSplitPtNoOverlap_MC%s",pname[i].Data()), Form("Selected #pi^{0} (#eta) pairs #it{M}: split #it{p}_{T} vs #it{M} from %s, no overlap",ptype[i].Data()), nptbins,ptmin,ptmax, nmassbins,massmin,massmax); fhMCSelectedMassSplitPtNoOverlap[i]->SetYTitle("#it{M} (GeV/#it{c}^{2})"); fhMCSelectedMassSplitPtNoOverlap[i]->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhMCSelectedMassSplitPtNoOverlap[i]) ; } } } if(fAnaType==kSSCalo && fFillSelectClHisto && !fFillOnlySimpleSSHisto ) { for(Int_t i = 0; i< 3; i++) { fhPtAsymmetryLocMax[i] = new TH2F(Form("hEAsymmetryLocMax%d",i+1), Form("Selected #pi^{0} (#eta) pairs: #it{p}_{T} vs #it{A} = ( #it{E}_{1} - #it{E}_{2} ) / ( #it{E}_{1} + #it{E}_{2} ), %s",nlm[i].Data()), nptbins,ptmin,ptmax,200, -1,1); fhPtAsymmetryLocMax[i]->SetYTitle("#it{A} = ( #it{E}_{1} - #it{E}_{2} ) / ( #it{E}_{1} + #it{E}_{2} )"); fhPtAsymmetryLocMax[i]->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhPtAsymmetryLocMax[i]) ; } for(Int_t ie = 0; ie < 7; ie++) { fhAsymmetryLambda0[ie] = new TH2F (Form("hAsymmetryLambda0_EBin%d",ie), Form("#lambda_{0}^{2} vs A for %d < #it{E} < %d GeV",bin[ie],bin[ie+1]), ssbins,ssmin,ssmax , 200,-1,1); fhAsymmetryLambda0[ie]->SetXTitle("#lambda_{0}^{2}"); fhAsymmetryLambda0[ie]->SetYTitle("A = ( E1 - E2 ) / ( E1 + E2 )"); outputContainer->Add(fhAsymmetryLambda0[ie]); fhAsymmetryDispEta[ie] = new TH2F (Form("hAsymmetryDispEta_EBin%d",ie), Form("#sigma^{2}_{#eta #eta} vs #it{A} for %d < #it{E} < %d GeV",bin[ie],bin[ie+1]), ssbins,ssmin,ssmax , 200,-1,1); fhAsymmetryDispEta[ie]->SetXTitle("#sigma^{2}_{#eta #eta}"); fhAsymmetryDispEta[ie]->SetYTitle("#it{A} = ( #it{E}_{1} - #it{E}_{2} ) / ( #it{E}_{1} + #it{E}_{2} )"); outputContainer->Add(fhAsymmetryDispEta[ie]); fhAsymmetryDispPhi[ie] = new TH2F (Form("hAsymmetryDispPhi_EBin%d",ie), Form("#sigma^{2}_{#phi #phi} vs #it{A} for %d < #it{E} < %d GeV",bin[ie],bin[ie+1]), ssbins,ssmin,ssmax , 200,-1,1); fhAsymmetryDispPhi[ie]->SetXTitle("#sigma^{2}_{#phi #phi}"); fhAsymmetryDispPhi[ie]->SetYTitle("#it{A} = ( #it{E}_{1} - #it{E}_{2} ) / ( #it{E}_{1} + #it{E}_{2} )"); outputContainer->Add(fhAsymmetryDispPhi[ie]); } if(IsDataMC()) { for(Int_t i = 0; i < fgkNmcTypes; i++) { for(Int_t ie = 0; ie < 7; ie++) { fhMCAsymmetryLambda0[ie][i] = new TH2F (Form("hMCAsymmetryLambda0_EBin%d_MC%s",ie,pname[i].Data()), Form("cluster from %s : #lambda_{0}^{2} vs A for %d < #it{E} < %d GeV",ptype[i].Data(),bin[ie],bin[ie+1]), ssbins,ssmin,ssmax , 200,-1,1); fhMCAsymmetryLambda0[ie][i]->SetXTitle("#lambda_{0}^{2}"); fhMCAsymmetryLambda0[ie][i]->SetYTitle("#it{A} = ( #it{E}_{1} - #it{E}_{2} ) / ( #it{E}_{1} + #it{E}_{2} )"); outputContainer->Add(fhMCAsymmetryLambda0[ie][i]); fhMCAsymmetryDispEta[ie][i] = new TH2F (Form("hMCAsymmetryDispEta_EBin%d_MC%s",ie,pname[i].Data()), Form("cluster from %s : #sigma^{2}_{#eta #eta} vs #it{A} for %d < #it{E} < %d GeV",ptype[i].Data(),bin[ie],bin[ie+1]), ssbins,ssmin,ssmax , 200,-1,1); fhMCAsymmetryDispEta[ie][i]->SetXTitle("#sigma^{2}_{#eta #eta}"); fhMCAsymmetryDispEta[ie][i]->SetYTitle("#it{A} = ( #it{E}_{1} - #it{E}_{2} ) / ( #it{E}_{1} + #it{E}_{2} )"); outputContainer->Add(fhMCAsymmetryDispEta[ie][i]); fhMCAsymmetryDispPhi[ie][i] = new TH2F (Form("hMCAsymmetryDispPhi_EBin%d_MC%s",ie,pname[i].Data()), Form("cluster from %s : #sigma^{2}_{#phi #phi} vs #it{A} for %d < #it{E} < %d GeV",ptype[i].Data(),bin[ie],bin[ie+1]), ssbins,ssmin,ssmax , 200,-1,1); fhMCAsymmetryDispPhi[ie][i]->SetXTitle("#sigma^{2}_{#phi #phi}"); fhMCAsymmetryDispPhi[ie][i]->SetYTitle("#it{A} = ( #it{E}_{1} - #it{E}_{2} ) / ( #it{E}_{1} + #it{E}_{2} )"); outputContainer->Add(fhMCAsymmetryDispPhi[ie][i]); } } } } if(IsPileUpAnalysisOn()) { TString pileUpName[] = {"SPD","EMCAL","SPDOrEMCAL","SPDAndEMCAL","SPDAndNotEMCAL","EMCALAndNotSPD","NotSPDAndNotEMCAL"} ; for(Int_t i = 0 ; i < 7 ; i++) { fhPtPileUp[i] = new TH1F(Form("hPtPileUp%s",pileUpName[i].Data()), Form("Selected #pi^{0} (#eta) #it{p}_{T} distribution, %s Pile-Up event",pileUpName[i].Data()), nptbins,ptmin,ptmax); fhPtPileUp[i]->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhPtPileUp[i]); fhPtCellTimePileUp[i] = new TH2F(Form("hPtCellTimePileUp%s",pileUpName[i].Data()), Form("Pt vs cell time in cluster, %s Pile-Up event",pileUpName[i].Data()), nptbins,ptmin,ptmax,ntimptbins,timemin,timemax); fhPtCellTimePileUp[i]->SetXTitle("#it{p}_{T} (GeV/#it{c})"); fhPtCellTimePileUp[i]->SetYTitle("#it{t}_{cell} (ns)"); outputContainer->Add(fhPtCellTimePileUp[i]); fhPtTimeDiffPileUp[i] = new TH2F(Form("hPtTimeDiffPileUp%s",pileUpName[i].Data()), Form("Pt vs t_{max}-t_{cell} in cluster, %s Pile-Up event",pileUpName[i].Data()), nptbins,ptmin,ptmax,400,-200,200); fhPtTimeDiffPileUp[i]->SetXTitle("#it{p}_{T} (GeV/#it{c})"); fhPtTimeDiffPileUp[i]->SetYTitle("#it{t}_{max}-#it{t}_{cell} (ns)"); outputContainer->Add(fhPtTimeDiffPileUp[i]); } fhTimePtNoCut = new TH2F ("hTimePt_NoCut","#it{t} of cluster vs #it{E} of clusters, no cut", nptbins,ptmin,ptmax, ntimptbins,timemin,timemax); fhTimePtNoCut->SetXTitle("#it{p}_{T} (GeV/#it{c})"); fhTimePtNoCut->SetYTitle("#it{t} (ns)"); outputContainer->Add(fhTimePtNoCut); fhTimePtSPD = new TH2F ("hTimePt_SPD","#it{t} of cluster vs #it{E} of clusters, SPD cut", nptbins,ptmin,ptmax, ntimptbins,timemin,timemax); fhTimePtSPD->SetXTitle("#it{p}_{T} (GeV/#it{c})"); fhTimePtSPD->SetYTitle("#it{t} (ns)"); outputContainer->Add(fhTimePtSPD); fhTimePtSPDMulti = new TH2F ("hTimePt_SPDMulti","time of cluster vs #it{E} of clusters, SPD multi cut", nptbins,ptmin,ptmax, ntimptbins,timemin,timemax); fhTimePtSPDMulti->SetXTitle("#it{p}_{T} (GeV/#it{c})"); fhTimePtSPDMulti->SetYTitle("#it{t} (ns)"); outputContainer->Add(fhTimePtSPDMulti); fhTimeNPileUpVertSPD = new TH2F ("hTime_NPileUpVertSPD","#it{t} of cluster vs #it{N} pile-up SPD vertex", ntimptbins,timemin,timemax,50,0,50); fhTimeNPileUpVertSPD->SetYTitle("# vertex "); fhTimeNPileUpVertSPD->SetXTitle("#it{t} (ns)"); outputContainer->Add(fhTimeNPileUpVertSPD); fhTimeNPileUpVertTrack = new TH2F ("hTime_NPileUpVertTracks","#it{t} of cluster vs #it{N} pile-up Tracks vertex", ntimptbins,timemin,timemax, 50,0,50 ); fhTimeNPileUpVertTrack->SetYTitle("# vertex "); fhTimeNPileUpVertTrack->SetXTitle("#it{t} (ns)"); outputContainer->Add(fhTimeNPileUpVertTrack); fhTimeNPileUpVertContributors = new TH2F ("hTime_NPileUpVertContributors","#it{t} of cluster vs #it{N} constributors to pile-up SPD vertex", ntimptbins,timemin,timemax,50,0,50); fhTimeNPileUpVertContributors->SetYTitle("# vertex "); fhTimeNPileUpVertContributors->SetXTitle("#it{t} (ns)"); outputContainer->Add(fhTimeNPileUpVertContributors); fhTimePileUpMainVertexZDistance = new TH2F ("hTime_PileUpMainVertexZDistance","#it{t} of cluster vs distance in #it{Z} pile-up SPD vertex - main SPD vertex",ntimptbins,timemin,timemax,100,0,50); fhTimePileUpMainVertexZDistance->SetYTitle("distance #it{Z} (cm) "); fhTimePileUpMainVertexZDistance->SetXTitle("#it{t} (ns)"); outputContainer->Add(fhTimePileUpMainVertexZDistance); fhTimePileUpMainVertexZDiamond = new TH2F ("hTime_PileUpMainVertexZDiamond","#it{t} of cluster vs distance in #it{Z} pile-up SPD vertex - z diamond",ntimptbins,timemin,timemax,100,0,50); fhTimePileUpMainVertexZDiamond->SetYTitle("diamond distance #it{Z} (cm) "); fhTimePileUpMainVertexZDiamond->SetXTitle("#it{t} (ns)"); outputContainer->Add(fhTimePileUpMainVertexZDiamond); fhPtNPileUpSPDVtx = new TH2F ("hPt_NPileUpVertSPD","#it{p}_{T} of cluster vs #it{N} pile-up SPD vertex", nptbins,ptmin,ptmax,20,0,20); fhPtNPileUpSPDVtx->SetYTitle("# vertex "); fhPtNPileUpSPDVtx->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhPtNPileUpSPDVtx); fhPtNPileUpTrkVtx = new TH2F ("hPt_NPileUpVertTracks","#it{p}_{T} of cluster vs #it{N} pile-up Tracks vertex", nptbins,ptmin,ptmax, 20,0,20 ); fhPtNPileUpTrkVtx->SetYTitle("# vertex "); fhPtNPileUpTrkVtx->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhPtNPileUpTrkVtx); fhPtNPileUpSPDVtxTimeCut = new TH2F ("hPt_NPileUpVertSPD_TimeCut","#it{p}_{T} of cluster vs N pile-up SPD vertex, |tof| < 25 ns", nptbins,ptmin,ptmax,20,0,20); fhPtNPileUpSPDVtxTimeCut->SetYTitle("# vertex "); fhPtNPileUpSPDVtxTimeCut->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhPtNPileUpSPDVtxTimeCut); fhPtNPileUpTrkVtxTimeCut = new TH2F ("hPt_NPileUpVertTracks_TimeCut","#it{p}_{T} of cluster vs N pile-up Tracks vertex, |tof| < 25 ns", nptbins,ptmin,ptmax, 20,0,20 ); fhPtNPileUpTrkVtxTimeCut->SetYTitle("# vertex "); fhPtNPileUpTrkVtxTimeCut->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhPtNPileUpTrkVtxTimeCut); fhPtNPileUpSPDVtxTimeCut2 = new TH2F ("hPt_NPileUpVertSPD_TimeCut2","#it{p}_{T} of cluster vs N pile-up SPD vertex, -25 < tof < 75 ns", nptbins,ptmin,ptmax,20,0,20); fhPtNPileUpSPDVtxTimeCut2->SetYTitle("# vertex "); fhPtNPileUpSPDVtxTimeCut2->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhPtNPileUpSPDVtxTimeCut2); fhPtNPileUpTrkVtxTimeCut2 = new TH2F ("hPt_NPileUpVertTracks_TimeCut2","#it{p}_{T} of cluster vs N pile-up Tracks vertex, -25 < tof < 75 ns", nptbins,ptmin,ptmax, 20,0,20 ); fhPtNPileUpTrkVtxTimeCut2->SetYTitle("# vertex "); fhPtNPileUpTrkVtxTimeCut2->SetXTitle("#it{p}_{T} (GeV/#it{c})"); outputContainer->Add(fhPtNPileUpTrkVtxTimeCut2); } //Keep neutral meson selection histograms if requiered //Setting done in AliNeutralMesonSelection if(fAnaType!=kSSCalo && GetNeutralMesonSelection()) { TList * nmsHistos = GetNeutralMesonSelection()->GetCreateOutputObjects() ; if(GetNeutralMesonSelection()->AreNeutralMesonSelectionHistosKept()) for(Int_t i = 0; i < nmsHistos->GetEntries(); i++) outputContainer->Add(nmsHistos->At(i)) ; delete nmsHistos; } return outputContainer ; } //_____________________________________________ Int_t AliAnaPi0EbE::GetMCIndex(const Int_t tag) { // Assign mc index depending on MC bit set if ( GetMCAnalysisUtils()->CheckTagBit(tag,AliMCAnalysisUtils::kMCPi0) ) { return kmcPi0 ; }//pi0 else if ( GetMCAnalysisUtils()->CheckTagBit(tag,AliMCAnalysisUtils::kMCEta) ) { return kmcEta ; }//eta else if ( GetMCAnalysisUtils()->CheckTagBit(tag,AliMCAnalysisUtils::kMCPrompt) || GetMCAnalysisUtils()->CheckTagBit(tag,AliMCAnalysisUtils::kMCFragmentation) || GetMCAnalysisUtils()->CheckTagBit(tag,AliMCAnalysisUtils::kMCISR)) { return kmcPhoton ; }//direct photon else if ( GetMCAnalysisUtils()->CheckTagBit(tag,AliMCAnalysisUtils::kMCPhoton) && GetMCAnalysisUtils()->CheckTagBit(tag,AliMCAnalysisUtils::kMCPi0Decay) ) { return kmcPi0Decay ; }//decay photon from pi0 else if ( GetMCAnalysisUtils()->CheckTagBit(tag,AliMCAnalysisUtils::kMCPhoton) && GetMCAnalysisUtils()->CheckTagBit(tag,AliMCAnalysisUtils::kMCEtaDecay) ) { return kmcEtaDecay ; }//decay photon from eta else if ( GetMCAnalysisUtils()->CheckTagBit(tag,AliMCAnalysisUtils::kMCPhoton) && GetMCAnalysisUtils()->CheckTagBit(tag,AliMCAnalysisUtils::kMCOtherDecay) ) { return kmcOtherDecay ; }//decay photon from other than eta or pi0 else if ( GetMCAnalysisUtils()->CheckTagBit(tag,AliMCAnalysisUtils::kMCElectron)) { return kmcElectron ; }//electron else { return kmcHadron ; }//other particles } //__________________________________________________________________ void AliAnaPi0EbE::HasPairSameMCMother(Int_t label1 , Int_t label2, Int_t tag1 , Int_t tag2, Int_t & label, Int_t & tag) { // Check the labels of pair in case mother was same pi0 or eta // Set the new AOD accordingly if(label1 < 0 || label2 < 0 || label1 == label2) return ; AliDebug(0,Form("Origin of: photon1 %d; photon2 %d",tag1, tag2)); if( (GetMCAnalysisUtils()->CheckTagBit(tag1,AliMCAnalysisUtils::kMCPi0Decay) && GetMCAnalysisUtils()->CheckTagBit(tag2,AliMCAnalysisUtils::kMCPi0Decay) ) || (GetMCAnalysisUtils()->CheckTagBit(tag1,AliMCAnalysisUtils::kMCEtaDecay) && GetMCAnalysisUtils()->CheckTagBit(tag2,AliMCAnalysisUtils::kMCEtaDecay) ) ) { Int_t pdg1 = -1;//, pdg2 = -1; Int_t ndaugh1 = -1, ndaugh2 = -1; //Check if pi0/eta mother is the same if(GetReader()->ReadStack()) { if(label1>=0) { TParticle * mother1 = GetMCStack()->Particle(label1);//photon in kine tree label1 = mother1->GetFirstMother(); mother1 = GetMCStack()->Particle(label1);//pi0 pdg1=mother1->GetPdgCode(); ndaugh1 = mother1->GetNDaughters(); } if(label2>=0) { TParticle * mother2 = GetMCStack()->Particle(label2);//photon in kine tree label2 = mother2->GetFirstMother(); mother2 = GetMCStack()->Particle(label2);//pi0 //pdg2=mother2->GetPdgCode(); ndaugh2 = mother2->GetNDaughters(); } } // STACK else if(GetReader()->ReadAODMCParticles()) {//&& (input > -1)){ if(label1>=0) { AliAODMCParticle * mother1 = (AliAODMCParticle *) (GetReader()->GetAODMCParticles())->At(label1);//photon in kine tree label1 = mother1->GetMother(); mother1 = (AliAODMCParticle *) (GetReader()->GetAODMCParticles())->At(label1);//pi0 pdg1=mother1->GetPdgCode(); ndaugh1 = mother1->GetNDaughters(); } if(label2>=0) { AliAODMCParticle * mother2 = (AliAODMCParticle *) (GetReader()->GetAODMCParticles())->At(label2);//photon in kine tree label2 = mother2->GetMother(); mother2 = (AliAODMCParticle *) (GetReader()->GetAODMCParticles())->At(label2);//pi0 //pdg2=mother2->GetPdgCode(); ndaugh2 = mother2->GetNDaughters(); } }// AOD //printf("mother1 %d, mother2 %d\n",label1,label2); if( label1 == label2 && label1>=0 && ndaugh1==ndaugh2 && ndaugh1==2) { label = label1; Double_t angle = fMomentum2.Angle(fMomentum1.Vect()); Double_t mass = (fMomentum1+fMomentum2).M(); Double_t epair = (fMomentum1+fMomentum2).E(); if(pdg1==111) { //printf("Real pi0 pair: pt %f, mass %f\n",(fMomentum1+fMomentum2).Pt(),mass); fhMassPairMCPi0 ->Fill(epair,mass); fhAnglePairMCPi0->Fill(epair,angle); GetMCAnalysisUtils()->SetTagBit(tag,AliMCAnalysisUtils::kMCPi0); // printf(" Lab1 %d (%d), lab2 %d (%d), pdg1 %d, pdg2 %d, Is In calo %d, %d, Is lost %d, %d\n", // label1,photon1->GetLabel(),label2,photon2->GetLabel(), pdg1, pdg2, // GetMCAnalysisUtils()->CheckTagBit(photon1->GetTag(),AliMCAnalysisUtils::kMCDecayPairInCalo), // GetMCAnalysisUtils()->CheckTagBit(photon2->GetTag(),AliMCAnalysisUtils::kMCDecayPairInCalo), // GetMCAnalysisUtils()->CheckTagBit(photon1->GetTag(),AliMCAnalysisUtils::kMCDecayPairLost), // GetMCAnalysisUtils()->CheckTagBit(photon2->GetTag(),AliMCAnalysisUtils::kMCDecayPairLost)); } else if(pdg1==221) { //printf("Real eta pair\n"); fhMassPairMCEta ->Fill(epair,mass); fhAnglePairMCEta->Fill(epair,angle); GetMCAnalysisUtils()->SetTagBit(tag,AliMCAnalysisUtils::kMCEta); } } // same label } // both from eta or pi0 decay } //____________________________________________________________________________ void AliAnaPi0EbE::Init() { //Init //Do some checks if ( GetCalorimeter() == kPHOS && !GetReader()->IsPHOSSwitchedOn() && NewOutputAOD() ) AliFatal("STOP: You want to use PHOS in analysis but it is not read!! \n!!Check the configuration file!!"); else if ( GetCalorimeter() == kEMCAL && !GetReader()->IsEMCALSwitchedOn() && NewOutputAOD() ) AliFatal("STOP: You want to use EMCAL in analysis but it is not read!! \n!!Check the configuration file!!"); } //____________________________________________________________________________ void AliAnaPi0EbE::InitParameters() { //Initialize the parameters of the analysis. AddToHistogramsName("AnaPi0EbE_"); fInputAODGammaConvName = "PhotonsCTS" ; fAnaType = kIMCalo ; fMinDist = 2.; fMinDist2 = 4.; fMinDist3 = 5.; fNLMECutMin[0] = 10.; fNLMECutMin[1] = 6. ; fNLMECutMin[2] = 6. ; fIsoCandMinPt = 8; fR = 0.4; } //__________________________________________________________________ void AliAnaPi0EbE::MakeAnalysisFillAOD() { //Do analysis and fill aods AliDebug(1,Form("Start analysis type %d",fAnaType)); switch(fAnaType) { case kIMCalo: MakeInvMassInCalorimeter(); break; case kSSCalo: MakeShowerShapeIdentification(); break; case kIMCaloTracks: MakeInvMassInCalorimeterAndCTS(); break; } AliDebug(1,"End"); } //____________________________________________ void AliAnaPi0EbE::MakeInvMassInCalorimeter() { //Do analysis and fill aods //Search for the photon decay in calorimeters //Read photon list from AOD, produced in class AliAnaPhoton //Check if 2 photons have the mass of the pi0. if(!GetInputAODBranch()) { AliFatal(Form("No input calo photons in AOD with name branch < %s >, STOP",GetInputAODName().Data())); return; // coverity } //Get shower shape information of clusters TObjArray *clusters = 0; if (GetCalorimeter()==kEMCAL) clusters = GetEMCALClusters(); else if(GetCalorimeter()==kPHOS) clusters = GetPHOSClusters() ; Int_t nphoton = GetInputAODBranch()->GetEntriesFast(); for(Int_t iphoton = 0; iphoton < nphoton-1; iphoton++) { AliAODPWG4Particle * photon1 = (AliAODPWG4Particle*) (GetInputAODBranch()->At(iphoton)); // Vertex cut in case of mixed events Int_t evtIndex1 = 0 ; if(GetMixedEvent()) { evtIndex1 = GetMixedEvent()->EventIndexForCaloCluster(photon1->GetCaloLabel(0)) ; if(TMath::Abs(GetVertex(evtIndex1)[2]) > GetZvertexCut()) continue ; //vertex cut } fMomentum1 = *(photon1->Momentum()); //Get original cluster, to recover some information Int_t iclus = -1; AliVCluster *cluster1 = FindCluster(clusters,photon1->GetCaloLabel(0),iclus); if(!cluster1) { AliWarning("First cluster not found"); return; } for(Int_t jphoton = iphoton+1; jphoton < nphoton; jphoton++) { AliAODPWG4Particle * photon2 = (AliAODPWG4Particle*) (GetInputAODBranch()->At(jphoton)); // Do analysis only when one of the decays is isolated // Run AliAnaParticleIsolation before if(fSelectIsolatedDecay) { Bool_t isolated1 = ((AliAODPWG4ParticleCorrelation*) photon1)->IsIsolated(); Bool_t isolated2 = ((AliAODPWG4ParticleCorrelation*) photon2)->IsIsolated(); if(!isolated1 && !isolated2) continue; } // Vertex cut in case of mixed events Int_t evtIndex2 = 0 ; if(GetMixedEvent()) { evtIndex2 = GetMixedEvent()->EventIndexForCaloCluster(photon2->GetCaloLabel(0)) ; if(evtIndex1 == evtIndex2) continue ; if(TMath::Abs(GetVertex(evtIndex2)[2]) > GetZvertexCut()) continue ; //vertex cut } fMomentum2 = *(photon2->Momentum()); //Get original cluster, to recover some information Int_t iclus2 = -1; AliVCluster *cluster2 = FindCluster(clusters,photon2->GetCaloLabel(0),iclus2,iclus+1); // start new loop from iclus1+1 to gain some time if(!cluster2) { AliWarning("Second cluster not found"); return; } Float_t e1 = photon1->E(); Float_t e2 = photon2->E(); //Select clusters with good time window difference Float_t tof1 = cluster1->GetTOF()*1e9;; Float_t tof2 = cluster2->GetTOF()*1e9;; Double_t t12diff = tof1-tof2; fhEPairDiffTime->Fill(e1+e2, t12diff); if(TMath::Abs(t12diff) > GetPairTimeCut()) continue; //Play with the MC stack if available Int_t mcIndex = kmcHadron; Int_t tag = 0; Int_t label =-1; if(IsDataMC()) { HasPairSameMCMother(photon1->GetLabel(), photon2->GetLabel(), photon1->GetTag() , photon2->GetTag(), label, tag) ; mcIndex = GetMCIndex(tag); } // Check the invariant mass for different selection on the local maxima Int_t nMaxima1 = photon1->GetNLM(); Int_t nMaxima2 = photon2->GetNLM(); fMomentum = fMomentum1+fMomentum2; Double_t mass = fMomentum.M(); Double_t epair = fMomentum.E(); Float_t ptpair = fMomentum.Pt(); if(fFillAllNLMHistograms) { if(nMaxima1==nMaxima2) { if (nMaxima1==1) fhMassPairLocMax[0]->Fill(epair,mass); else if(nMaxima1==2) fhMassPairLocMax[1]->Fill(epair,mass); else fhMassPairLocMax[2]->Fill(epair,mass); } else if(nMaxima1==1 || nMaxima2==1) { if (nMaxima1==2 || nMaxima2==2) fhMassPairLocMax[3]->Fill(epair,mass); else fhMassPairLocMax[4]->Fill(epair,mass); } else fhMassPairLocMax[5]->Fill(epair,mass); // combinations with SS axis cut and NLM cut if(nMaxima1 == 1 && cluster2->GetM02() > 0.3) fhMassPairLocMax[6]->Fill(epair,mass); if(nMaxima2 == 1 && cluster1->GetM02() > 0.3) fhMassPairLocMax[6]->Fill(epair,mass); if(nMaxima1 > 1 && cluster2->GetM02() < 0.3 && cluster2->GetM02()> 0.1 ) fhMassPairLocMax[7]->Fill(epair,mass); if(nMaxima2 > 1 && cluster1->GetM02() < 0.3 && cluster1->GetM02()> 0.1 ) fhMassPairLocMax[7]->Fill(epair,mass); } // // Skip events with too few or too many NLM // if((nMaxima1 < fNLMCutMin || nMaxima1 > fNLMCutMax) || (nMaxima2 < fNLMCutMin || nMaxima2 > fNLMCutMax)) { AliDebug(1,Form("NLM out of range: cluster1 %d, cluster2 %d",nMaxima1, nMaxima2)); continue ; } //Mass of all pairs fhMass ->Fill( epair,mass); fhMassPt->Fill(ptpair,mass); if(IsDataMC() && mcIndex < 2) fhMCMassPt[mcIndex]->Fill(ptpair,mass); if(fSelectPairInIsoCone && fMomentum1.Pt() > fIsoCandMinPt) { //Double_t angleOp = fMomentum1.Angle(fMomentum2.Vect()); Double_t radius = GetIsolationCut()->Radius(fMomentum1.Eta(),fMomentum1.Phi(),fMomentum2.Eta(),fMomentum2.Phi()); //printf("pT pair (%f, %f), opening angle %f, radius %f; fR %1.1f, MinPt1 %2.2f\n",fMomentum1.Pt(),fMomentum2.Pt(),angleOp,radius,fR,fIsoCandMinPt); if(radius < fR) fhMassPtIsoRCut->Fill(ptpair,mass); } // // Select good pair (good phi, pt cuts, aperture and invariant mass) // if(!GetNeutralMesonSelection()->SelectPair(fMomentum1, fMomentum2,GetCalorimeter())) continue; AliDebug(1,Form("Selected gamma pair: pt %f, phi %f, eta%f", fMomentum.Pt(), fMomentum.Phi()*TMath::RadToDeg(), fMomentum.Eta())); // // Tag both photons as decay if not done before // set the corresponding bit for pi0 or eta or "side" case // Int_t bit1 = photon1->DecayTag(); if( bit1 < 0 ) bit1 = 0 ; if( !GetNeutralMesonSelection()->CheckDecayBit(bit1) ) { AliDebug(1,Form("pT1 %2.2f; bit requested %d; decay bit1: In %d",fMomentum1.Pt(), GetNeutralMesonSelection()->GetDecayBit(), bit1)); GetNeutralMesonSelection()->SetDecayBit(bit1); photon1->SetDecayTag(bit1); AliDebug(1,Form("\t Out %d", bit1)); fhPtDecay->Fill(photon1->Pt()); //Fill some histograms about shower shape if(fFillSelectClHisto && cluster1 && GetReader()->GetDataType()!=AliCaloTrackReader::kMC) FillSelectedClusterHistograms(cluster1, fMomentum1.Pt(), nMaxima1, photon1->GetTag()); if(IsDataMC()) { Int_t mcIndex1 = GetMCIndex(photon1->GetTag()); fhMCPtDecay[mcIndex1]->Fill(photon1->Pt()); if(GetMCAnalysisUtils()->CheckTagBit(photon1->GetTag(),AliMCAnalysisUtils::kMCDecayPairLost)) { if ( mcIndex1 == kmcPi0Decay ) fhMCPtDecayLostPairPi0->Fill(photon1->Pt()); else if( mcIndex1 == kmcEtaDecay ) fhMCPtDecayLostPairEta->Fill(photon1->Pt()); } } } Int_t bit2 = photon2->DecayTag(); if( bit2 < 0 ) bit2 = 0 ; if( !GetNeutralMesonSelection()->CheckDecayBit(bit2) ) { AliDebug(1,Form("pT2 %2.2f; bit requested %d; decay bit2: In %d",fMomentum2.Pt(), GetNeutralMesonSelection()->GetDecayBit(), bit2)); GetNeutralMesonSelection()->SetDecayBit(bit2); photon2->SetDecayTag(bit2); AliDebug(1,Form("\t Out %d", bit2)); fhPtDecay->Fill(photon2->Pt()); //Fill some histograms about shower shape if(fFillSelectClHisto && cluster2 && GetReader()->GetDataType()!=AliCaloTrackReader::kMC) FillSelectedClusterHistograms(cluster2, fMomentum2.Pt(), nMaxima2, photon2->GetTag()); if(IsDataMC()) { Int_t mcIndex2 = GetMCIndex(photon2->GetTag()); fhMCPtDecay[mcIndex2]->Fill(photon2->Pt()); if(GetMCAnalysisUtils()->CheckTagBit(photon2->GetTag(),AliMCAnalysisUtils::kMCDecayPairLost)) { if ( mcIndex2 == kmcPi0Decay ) fhMCPtDecayLostPairPi0->Fill(photon2->Pt()); else if( mcIndex2 == kmcEtaDecay ) fhMCPtDecayLostPairEta->Fill(photon2->Pt()); } } } //Mass of selected pairs fhSelectedMass ->Fill( epair,mass); fhSelectedMassPt->Fill(ptpair,mass); if(IsDataMC() && mcIndex < 2) fhMCSelectedMassPt[mcIndex]->Fill(ptpair,mass); // Fill histograms to undertand pile-up before other cuts applied // Remember to relax time cuts in the reader FillPileUpHistograms(ptpair,((cluster1->GetTOF()+cluster2->GetTOF())*1e9)/2,cluster1); //Create AOD for analysis AliAODPWG4Particle pi0 = AliAODPWG4Particle(fMomentum); if ( (GetNeutralMesonSelection()->GetParticle()).Contains("Pi0") ) pi0.SetIdentifiedParticleType(AliCaloPID::kPi0); else if( (GetNeutralMesonSelection()->GetParticle()).Contains("Eta") ) pi0.SetIdentifiedParticleType(AliCaloPID::kEta); else { AliWarning("Particle type declared in AliNeutralMeson not correct, do not add"); return ; } pi0.SetDetectorTag(photon1->GetDetectorTag()); // MC pi0.SetLabel(label); pi0.SetTag(tag); //Set the indeces of the original caloclusters pi0.SetCaloLabel(photon1->GetCaloLabel(0), photon2->GetCaloLabel(0)); //pi0.SetInputFileIndex(input); AddAODParticle(pi0); }//2n photon loop }//1st photon loop AliDebug(1,"End fill AODs"); } //__________________________________________________ void AliAnaPi0EbE::MakeInvMassInCalorimeterAndCTS() { //Do analysis and fill aods //Search for the photon decay in calorimeters //Read photon list from AOD, produced in class AliAnaPhoton and AliGammaConversion //Check if 2 photons have the mass of the pi0. // Check calorimeter input if(!GetInputAODBranch()) { AliFatal(Form("No input calo photons in AOD branch with name < %s > , STOP",GetInputAODName().Data())); } // Get the array with conversion photons TClonesArray * inputAODGammaConv = (TClonesArray *) GetReader()->GetOutputEvent()->FindListObject(fInputAODGammaConvName); if(!inputAODGammaConv) { inputAODGammaConv = (TClonesArray *) GetReader()->GetInputEvent()->FindListObject(fInputAODGammaConvName); if(!inputAODGammaConv) { AliFatal(Form("No input gamma conversions in AOD branch with name < %s >",fInputAODGammaConvName.Data())); return; // coverity } } //Get shower shape information of clusters TObjArray *clusters = 0; if (GetCalorimeter()==kEMCAL) clusters = GetEMCALClusters(); else if(GetCalorimeter()==kPHOS) clusters = GetPHOSClusters() ; Int_t nCTS = inputAODGammaConv->GetEntriesFast(); Int_t nCalo = GetInputAODBranch()->GetEntriesFast(); if(nCTS<=0 || nCalo <=0) { AliDebug(1,Form("nCalo %d, nCTS %d, cannot loop",nCalo,nCTS)); return; } AliDebug(1,Form("Number of conversion photons %d and number of clusters %d",nCTS,nCalo)); // Do the loop, first calo, second CTS for(Int_t iphoton = 0; iphoton < GetInputAODBranch()->GetEntriesFast(); iphoton++) { AliAODPWG4Particle * photon1 = (AliAODPWG4Particle*) (GetInputAODBranch()->At(iphoton)); fMomentum1 = *(photon1->Momentum()); // Do analysis only when one of the decays is isolated // Run AliAnaParticleIsolation before if(fSelectIsolatedDecay) { Bool_t isolated1 = ((AliAODPWG4ParticleCorrelation*) photon1)->IsIsolated(); if(!isolated1) continue; } //Get original cluster, to recover some information Int_t iclus = -1; AliVCluster *cluster = FindCluster(clusters,photon1->GetCaloLabel(0),iclus); for(Int_t jphoton = 0; jphoton < nCTS; jphoton++) { AliAODPWG4Particle * photon2 = (AliAODPWG4Particle*) (inputAODGammaConv->At(jphoton)); Int_t evtIndex = 0; if(GetMixedEvent()) { evtIndex = GetMixedEvent()->EventIndexForCaloCluster(photon2->GetCaloLabel(0)) ; if(TMath::Abs(GetVertex(evtIndex)[2]) > GetZvertexCut()) continue ; //vertex cut } fMomentum2 = *(photon2->Momentum()); fMomentum = fMomentum1+fMomentum2; Double_t mass = fMomentum.M(); Double_t epair = fMomentum.E(); Float_t ptpair = fMomentum.Pt(); Int_t nMaxima = photon1->GetNLM(); if(fFillAllNLMHistograms) { if (nMaxima==1) fhMassPairLocMax[0]->Fill(epair,mass); else if(nMaxima==2) fhMassPairLocMax[1]->Fill(epair,mass); else fhMassPairLocMax[2]->Fill(epair,mass); } if(nMaxima < fNLMCutMin || nMaxima > fNLMCutMax) { AliDebug(1,Form("NLM %d out of range",nMaxima)); continue ; } //Play with the MC stack if available Int_t mcIndex = kmcHadron; Int_t tag = 0; Int_t label =-1; if(IsDataMC()) { Int_t label2 = photon2->GetLabel(); if(label2 >= 0 )photon2->SetTag(GetMCAnalysisUtils()->CheckOrigin(label2, GetReader(),kCTS)); HasPairSameMCMother(photon1->GetLabel(), photon2->GetLabel(), photon1->GetTag() , photon2->GetTag(), label, tag) ; mcIndex = GetMCIndex(tag); } //Mass of selected pairs fhMass ->Fill( epair,mass); fhMassPt->Fill(ptpair,mass); if(IsDataMC() && mcIndex < 2 ) fhMCMassPt[mcIndex]->Fill(ptpair,mass); // // Select good pair (good phi, pt cuts, aperture and invariant mass) // if(!GetNeutralMesonSelection()->SelectPair(fMomentum1, fMomentum2,GetCalorimeter())) continue ; AliDebug(1,Form("Selected gamma pair: pt %f, phi %f, eta%f",fMomentum.Pt(), fMomentum.Phi()*TMath::RadToDeg(), fMomentum.Eta())); // // Tag both photons as decay if not done before // set the corresponding bit for pi0 or eta or "side" case // Int_t bit1 = photon1->DecayTag(); if( bit1 < 0 ) bit1 = 0 ; if( !GetNeutralMesonSelection()->CheckDecayBit(bit1) ) { GetNeutralMesonSelection()->SetDecayBit(bit1); photon1->SetDecayTag(bit1); fhPtDecay->Fill(photon1->Pt()); //Fill some histograms about shower shape if(fFillSelectClHisto && cluster && GetReader()->GetDataType()!=AliCaloTrackReader::kMC) FillSelectedClusterHistograms(cluster, fMomentum1.Pt(), nMaxima, photon1->GetTag()); if(IsDataMC()) { Int_t mcIndex1 = GetMCIndex(photon1->GetTag()); fhMCPtDecay[mcIndex1]->Fill(photon1->Pt()); if(GetMCAnalysisUtils()->CheckTagBit(photon1->GetTag(),AliMCAnalysisUtils::kMCDecayPairLost)) { if ( mcIndex1 == kmcPi0Decay ) fhMCPtDecayLostPairPi0->Fill(photon1->Pt()); else if( mcIndex1 == kmcEtaDecay ) fhMCPtDecayLostPairEta->Fill(photon1->Pt()); } } } Int_t bit2 = photon2->DecayTag(); if( bit2 < 0 ) bit2 = 0 ; if( !GetNeutralMesonSelection()->CheckDecayBit(bit2) ) { GetNeutralMesonSelection()->SetDecayBit(bit2); photon2->SetDecayTag(bit2); } //Mass of selected pairs fhSelectedMass ->Fill( epair,mass); fhSelectedMassPt->Fill(ptpair,mass); if(IsDataMC() && mcIndex < 2) fhMCSelectedMassPt[mcIndex]->Fill(ptpair,mass); // Fill histograms to undertand pile-up before other cuts applied // Remember to relax time cuts in the reader if(cluster) FillPileUpHistograms(fMomentum.Pt(),cluster->GetTOF()*1e9,cluster); //Create AOD for analysis AliAODPWG4Particle pi0 = AliAODPWG4Particle(fMomentum); if ( (GetNeutralMesonSelection()->GetParticle()).Contains("Pi0") ) pi0.SetIdentifiedParticleType(AliCaloPID::kPi0); else if( (GetNeutralMesonSelection()->GetParticle()).Contains("Eta") ) pi0.SetIdentifiedParticleType(AliCaloPID::kEta); else { AliWarning("Particle type declared in AliNeutralMeson not correct, do not add"); return ; } pi0.SetDetectorTag(photon1->GetDetectorTag()); // MC pi0.SetLabel(label); pi0.SetTag(tag); //Set the indeces of the original tracks or caloclusters pi0.SetCaloLabel (photon1->GetCaloLabel(0) , -1); pi0.SetTrackLabel(photon2->GetTrackLabel(0), photon2->GetTrackLabel(1)); //pi0.SetInputFileIndex(input); AddAODParticle(pi0); }//2n photon loop }//1st photon loop AliDebug(1,"End fill AODs"); } //_________________________________________________ void AliAnaPi0EbE::MakeShowerShapeIdentification() { //Search for pi0 in GetCalorimeter() with shower shape analysis TObjArray * pl = 0x0; AliVCaloCells * cells = 0x0; //Select the Calorimeter of the photon if (GetCalorimeter() == kEMCAL ) { pl = GetEMCALClusters(); cells = GetEMCALCells(); } else if (GetCalorimeter() == kPHOS) { AliFatal("kSSCalo case not implememted for PHOS"); return; // for coverity //pl = GetPHOSClusters(); //cells = GetPHOSCells(); } if(!pl) { AliInfo(Form("TObjArray with %s clusters is NULL!",GetCalorimeterString().Data())); return; } for(Int_t icalo = 0; icalo < pl->GetEntriesFast(); icalo++) { AliVCluster * calo = (AliVCluster*) (pl->At(icalo)); Int_t evtIndex = 0 ; if (GetMixedEvent()) { evtIndex=GetMixedEvent()->EventIndexForCaloCluster(calo->GetID()) ; if(TMath::Abs(GetVertex(evtIndex)[2]) > GetZvertexCut()) continue ; //vertex cut } //Get Momentum vector, Double_t vertex[]={0,0,0}; if(GetReader()->GetDataType() != AliCaloTrackReader::kMC) { calo->GetMomentum(fMomentum,GetVertex(evtIndex)) ; }//Assume that come from vertex in straight line else { calo->GetMomentum(fMomentum,vertex) ; } //If too small or big pt, skip it if(fMomentum.E() < GetMinEnergy() || fMomentum.E() > GetMaxEnergy() ) continue ; //Check acceptance selection if(IsFiducialCutOn()) { Bool_t in = GetFiducialCut()->IsInFiducialCut(fMomentum.Eta(),fMomentum.Phi(),GetCalorimeter()) ; if(! in ) continue ; } AliDebug(1,Form("Min pt cut and fiducial cut passed: pt %3.2f, phi %2.2f, eta %1.2f",fMomentum.Pt(),fMomentum.Phi(),fMomentum.Eta())); //Play with the MC stack if available //Check origin of the candidates Int_t tag = 0 ; if(IsDataMC()) { tag = GetMCAnalysisUtils()->CheckOrigin(calo->GetLabels(),calo->GetNLabels(),GetReader(),GetCalorimeter()); //GetMCAnalysisUtils()->CheckMultipleOrigin(calo->GetLabels(),calo->GetNLabels(), GetReader(), aodpi0.GetInputFileIndex(), tag); AliDebug(1,Form("Origin of candidate %d",tag)); } //Int_t nMaxima = GetCaloUtils()->GetNumberOfLocalMaxima(calo, cells); // NLM //Check Distance to Bad channel, set bit. Double_t distBad=calo->GetDistanceToBadChannel() ; //Distance to bad channel if(distBad < 0.) distBad=9999. ; //workout strange convension dist = -1. ; if(distBad < fMinDist){ //In bad channel (PHOS cristal size 2.2x2.2 cm) //FillRejectedClusterHistograms(tag,nMaxima); continue ; } AliDebug(1,Form("Bad channel cut passed %4.2f",distBad)); //If too low number of cells, skip it if ( calo->GetNCells() < GetCaloPID()->GetClusterSplittingMinNCells()) { //FillRejectedClusterHistograms(tag,nMaxima); continue ; } AliDebug(1,Form("N cells cut passed %d > %d",calo->GetNCells(), GetCaloPID()->GetClusterSplittingMinNCells())); //....................................... // TOF cut, BE CAREFUL WITH THIS CUT Double_t tof = calo->GetTOF()*1e9; if(tof < fTimeCutMin || tof > fTimeCutMax) { //FillRejectedClusterHistograms(tag,nMaxima); continue ; } //Check PID //PID selection or bit setting Int_t nMaxima = 0; Double_t mass = 0, angle = 0; Int_t absId1 =-1, absId2 =-1; Float_t distbad1 =-1, distbad2 =-1; Bool_t fidcut1 = 0, fidcut2 = 0; Int_t idPartType = GetCaloPID()->GetIdentifiedParticleTypeFromClusterSplitting(calo,cells,GetCaloUtils(), GetVertex(evtIndex),nMaxima, mass,angle, fMomentum1,fMomentum2, absId1,absId2, distbad1,distbad2, fidcut1,fidcut2) ; AliDebug(1,Form("PDG of identified particle %d",idPartType)); // Skip events where one of the new clusters (lowest energy) is close to an EMCal border or a bad channel if( (fCheckSplitDistToBad) && (!fidcut2 || !fidcut1 || distbad1 < fMinDist || distbad2 < fMinDist)) { AliDebug(1,Form("Dist to bad channel cl %f, cl1 %f, cl2 %f; fid cl1 %d, cl2 %d", calo->GetDistanceToBadChannel(),distbad1,distbad2, fidcut1,fidcut2)); //FillRejectedClusterHistograms(tag,nMaxima); continue ; } //Skip events with too few or too many NLM if(nMaxima < fNLMCutMin || nMaxima > fNLMCutMax) { //FillRejectedClusterHistograms(tag,nMaxima); continue ; } AliDebug(1,Form("NLM %d accepted",nMaxima)); //Skip matched clusters with tracks if(fRejectTrackMatch && IsTrackMatched(calo, GetReader()->GetInputEvent())) { FillRejectedClusterHistograms(tag,nMaxima); continue ; } Float_t l0 = calo->GetM02(); Float_t e1 = fMomentum1.Energy(); Float_t e2 = fMomentum2.Energy(); fMomentum12 = fMomentum1+fMomentum2; Float_t ptSplit = fMomentum12.Pt(); Float_t eSplit = e1+e2; //mass of all clusters fhMass ->Fill(fMomentum.E() ,mass); fhMassPt ->Fill(fMomentum.Pt(),mass); fhMassSplitPt->Fill(ptSplit ,mass); fhPtLambda0NoSplitCut->Fill(fMomentum.Pt(),l0); // Asymmetry of all clusters Float_t asy =-10; if(e1+e2 > 0) asy = (e1-e2) / (e1+e2); fhAsymmetry->Fill(fMomentum.E(),asy); // Divide NLM in 3 cases, 1 local maxima, 2 local maxima, more than 2 local maxima Int_t indexMax = -1; if (nMaxima==1) indexMax = 0 ; else if(nMaxima==2) indexMax = 1 ; else indexMax = 2 ; fhMassPtLocMax[indexMax]->Fill(fMomentum.Pt(),mass); Int_t mcIndex =-1; Int_t noverlaps = 0; Float_t ptprim = 0; if(IsDataMC()) { mcIndex = GetMCIndex(tag); Bool_t ok = kFALSE; Int_t mcLabel = calo->GetLabel(); fPrimaryMom = GetMCAnalysisUtils()->GetMother(mcLabel,GetReader(),ok); Int_t mesonLabel = -1; if(mcIndex == kmcPi0 || mcIndex == kmcEta) { if(mcIndex == kmcPi0) { fGrandMotherMom = GetMCAnalysisUtils()->GetMotherWithPDG(mcLabel,111,GetReader(),ok,mesonLabel); if(fGrandMotherMom.E() > 0 && ok) ptprim = fGrandMotherMom.Pt(); } else { fGrandMotherMom = GetMCAnalysisUtils()->GetMotherWithPDG(mcLabel,221,GetReader(),ok,mesonLabel); if(fGrandMotherMom.E() > 0 && ok) ptprim = fGrandMotherMom.Pt(); } } const UInt_t nlabels = calo->GetNLabels(); Int_t overpdg[nlabels]; noverlaps = GetMCAnalysisUtils()->GetNOverlaps(calo->GetLabels(), nlabels,tag,mesonLabel,GetReader(),overpdg); fhMCMassPt [mcIndex]->Fill(fMomentum.Pt(),mass); fhMCMassSplitPt[mcIndex]->Fill(ptSplit ,mass); if(mcIndex==kmcPi0) { fhMCPi0PtRecoPtPrim ->Fill(fMomentum.Pt(),ptprim); fhMCPi0SplitPtRecoPtPrim ->Fill(ptSplit ,ptprim); fhMCPi0PtRecoPtPrimLocMax [indexMax]->Fill(fMomentum.Pt(),ptprim); fhMCPi0SplitPtRecoPtPrimLocMax[indexMax]->Fill(ptSplit ,ptprim); } else if(mcIndex==kmcEta) { fhMCEtaPtRecoPtPrim ->Fill(fMomentum.Pt(),ptprim); fhMCEtaSplitPtRecoPtPrim ->Fill(ptSplit ,ptprim); fhMCEtaPtRecoPtPrimLocMax [indexMax]->Fill(fMomentum.Pt(),ptprim); fhMCEtaSplitPtRecoPtPrimLocMax[indexMax]->Fill(ptSplit ,ptprim); } if(noverlaps==0) { if(mcIndex==kmcPi0) { fhMCPi0PtRecoPtPrimNoOverlap ->Fill(fMomentum.Pt(),ptprim); fhMCPi0SplitPtRecoPtPrimNoOverlap->Fill(ptSplit ,ptprim); } else if(mcIndex==kmcEta) { fhMCEtaPtRecoPtPrimNoOverlap ->Fill(fMomentum.Pt(),ptprim); fhMCEtaSplitPtRecoPtPrimNoOverlap->Fill(ptSplit ,ptprim); } fhMassNoOverlap ->Fill(fMomentum.E() ,mass); fhMassPtNoOverlap ->Fill(fMomentum.Pt(),mass); fhMassSplitPtNoOverlap->Fill(ptSplit ,mass); fhMCMassPtNoOverlap [mcIndex]->Fill(fMomentum.Pt(),mass); fhMCMassSplitPtNoOverlap[mcIndex]->Fill(ptSplit ,mass); } fhMCPtAsymmetry[mcIndex]->Fill(fMomentum.Pt(),asy); } // If cluster does not pass pid, not pi0/eta, skip it. if (GetOutputAODName().Contains("Pi0") && idPartType != AliCaloPID::kPi0) { AliDebug(1,"Cluster is not Pi0"); FillRejectedClusterHistograms(tag,nMaxima); continue ; } else if(GetOutputAODName().Contains("Eta") && idPartType != AliCaloPID::kEta) { AliDebug(1,"Cluster is not Eta"); FillRejectedClusterHistograms(tag,nMaxima); continue ; } AliDebug(1,Form("Pi0/Eta selection cuts passed: pT %3.2f, pdg %d",fMomentum.Pt(), idPartType)); //Mass and asymmetry of selected pairs fhSelectedAsymmetry ->Fill(fMomentum.E() ,asy ); fhSelectedMass ->Fill(fMomentum.E() ,mass); fhSelectedMassPt ->Fill(fMomentum.Pt(),mass); fhSelectedMassSplitPt->Fill(ptSplit ,mass); fhSelectedMassPtLocMax[indexMax]->Fill(fMomentum.Pt(),mass); Int_t nSM = GetModuleNumber(calo); if(nSM < GetCaloUtils()->GetNumberOfSuperModulesUsed() && nSM >=0 && fFillAllNLMHistograms) { fhSelectedMassPtLocMaxSM [indexMax][nSM]->Fill(fMomentum.Pt(),mass); fhSelectedLambda0PtLocMaxSM[indexMax][nSM]->Fill(fMomentum.Pt(),l0 ); } if(IsDataMC()) { if(mcIndex==kmcPi0) { fhMCPi0SelectedPtRecoPtPrim ->Fill(fMomentum.Pt(),ptprim); fhMCPi0SelectedSplitPtRecoPtPrim ->Fill(ptSplit ,ptprim); fhMCPi0SelectedPtRecoPtPrimLocMax [indexMax]->Fill(fMomentum.Pt(),ptprim); fhMCPi0SelectedSplitPtRecoPtPrimLocMax[indexMax]->Fill(ptSplit ,ptprim); } else if(mcIndex==kmcEta) { fhMCEtaSelectedPtRecoPtPrim ->Fill(fMomentum.Pt(),ptprim); fhMCEtaSelectedSplitPtRecoPtPrim ->Fill(ptSplit ,ptprim); fhMCEtaSelectedPtRecoPtPrimLocMax [indexMax]->Fill(fMomentum.Pt(),ptprim); fhMCEtaSelectedSplitPtRecoPtPrimLocMax[indexMax]->Fill(ptSplit ,ptprim); } if(noverlaps==0) { fhSelectedMassNoOverlap ->Fill(fMomentum.E() ,mass); fhSelectedMassPtNoOverlap ->Fill(fMomentum.Pt(),mass); fhSelectedMassSplitPtNoOverlap->Fill(ptSplit ,mass); if(mcIndex==kmcPi0) { fhMCPi0SelectedPtRecoPtPrimNoOverlap ->Fill(fMomentum.Pt(),ptprim); fhMCPi0SelectedSplitPtRecoPtPrimNoOverlap->Fill(ptSplit ,ptprim); } else if(mcIndex==kmcEta) { fhMCEtaSelectedPtRecoPtPrimNoOverlap ->Fill(fMomentum.Pt(),ptprim); fhMCEtaSelectedSplitPtRecoPtPrimNoOverlap->Fill(ptSplit ,ptprim); } } } fhSplitE ->Fill( eSplit); fhSplitPt ->Fill(ptSplit); Float_t phi = fMomentum.Phi(); if(phi<0) phi+=TMath::TwoPi(); fhSplitPtPhi ->Fill(ptSplit,phi); fhSplitPtEta ->Fill(ptSplit,fMomentum.Eta()); fhNLocMaxSplitPt->Fill(ptSplit ,nMaxima); //Check split-clusters with good time window difference Double_t tof1 = cells->GetCellTime(absId1); GetCaloUtils()->RecalibrateCellTime(tof1, GetCalorimeter(), absId1,GetReader()->GetInputEvent()->GetBunchCrossNumber()); tof1*=1.e9; Double_t tof2 = cells->GetCellTime(absId2); GetCaloUtils()->RecalibrateCellTime(tof2, GetCalorimeter(), absId2,GetReader()->GetInputEvent()->GetBunchCrossNumber()); tof2*=1.e9; Double_t t12diff = tof1-tof2; fhEPairDiffTime->Fill(e1+e2, t12diff); if(IsDataMC()) { fhMCSplitE [mcIndex]->Fill( eSplit); fhMCSplitPt [mcIndex]->Fill(ptSplit); fhMCSplitPtPhi [mcIndex]->Fill(ptSplit,phi); fhMCSplitPtEta [mcIndex]->Fill(ptSplit,fMomentum.Eta()); fhMCNLocMaxSplitPt[mcIndex]->Fill(ptSplit ,nMaxima); fhMCNLocMaxPt [mcIndex]->Fill(fMomentum.Pt(),nMaxima); fhMCSelectedMassPt [mcIndex]->Fill(fMomentum.Pt(),mass); fhMCSelectedMassSplitPt[mcIndex]->Fill(ptSplit,mass); fhMCSelectedMassPtLocMax[mcIndex][indexMax]->Fill(fMomentum.Pt(),mass); if(noverlaps==0) { fhMCSelectedMassPtNoOverlap [mcIndex]->Fill(fMomentum.Pt(),mass); fhMCSelectedMassSplitPtNoOverlap[mcIndex]->Fill(ptSplit,mass); } } // Remove clusters with NLM=x depeding on a minimim energy cut if(nMaxima == 1 && fNLMECutMin[0] > fMomentum.E()) continue; if(nMaxima == 2 && fNLMECutMin[1] > fMomentum.E()) continue; if(nMaxima > 2 && fNLMECutMin[2] > fMomentum.E()) continue; //Fill some histograms about shower shape if(fFillSelectClHisto && GetReader()->GetDataType()!=AliCaloTrackReader::kMC) { FillSelectedClusterHistograms(calo, fMomentum.Pt(), nMaxima, tag, asy); } // Fill histograms to undertand pile-up before other cuts applied // Remember to relax time cuts in the reader Double_t tofcluster = calo->GetTOF()*1e9; FillPileUpHistograms(fMomentum.Pt(),tofcluster,calo); if(fFillEMCALBCHistograms && GetCalorimeter()==kEMCAL) FillEMCALBCHistograms(fMomentum.E(), fMomentum.Eta(), fMomentum.Phi(), tofcluster); //----------------------- //Create AOD for analysis AliAODPWG4Particle aodpi0 = AliAODPWG4Particle(fMomentum); aodpi0.SetLabel(calo->GetLabel()); //Set the indeces of the original caloclusters aodpi0.SetCaloLabel(calo->GetID(),-1); aodpi0.SetDetectorTag(GetCalorimeter()); if (distBad > fMinDist3) aodpi0.SetDistToBad(2) ; else if(distBad > fMinDist2) aodpi0.SetDistToBad(1) ; else aodpi0.SetDistToBad(0) ; // Check if cluster is pi0 via cluster splitting aodpi0.SetIdentifiedParticleType(idPartType); aodpi0.SetM02(l0); aodpi0.SetNLM(nMaxima); aodpi0.SetTime(tofcluster); aodpi0.SetNCells(calo->GetNCells()); aodpi0.SetSModNumber(nSM); aodpi0.SetTag(tag); //Add AOD with pi0 object to aod branch AddAODParticle(aodpi0); }//loop AliDebug(1,"End fill AODs"); } //______________________________________________ void AliAnaPi0EbE::MakeAnalysisFillHistograms() { //Do analysis and fill histograms if(!GetOutputAODBranch()) { AliFatal(Form("No output pi0 in AOD branch with name < %s >,STOP",GetOutputAODName().Data())); return; } //Loop on stored AOD pi0 Int_t naod = GetOutputAODBranch()->GetEntriesFast(); AliDebug(1,Form("AOD branch entries %d", naod)); Float_t cen = GetEventCentrality(); Float_t ep = GetEventPlaneAngle(); for(Int_t iaod = 0; iaod < naod ; iaod++) { AliAODPWG4Particle* pi0 = (AliAODPWG4Particle*) (GetOutputAODBranch()->At(iaod)); Int_t pdg = pi0->GetIdentifiedParticleType(); if( ( pdg != AliCaloPID::kPi0 && pdg != AliCaloPID::kEta ) ) continue; //Fill pi0 histograms Float_t ener = pi0->E(); Float_t pt = pi0->Pt(); Float_t phi = pi0->Phi(); if(phi < 0) phi+=TMath::TwoPi(); Float_t eta = pi0->Eta(); fhPt ->Fill(pt ); fhE ->Fill(ener); fhPtEta ->Fill(pt ,eta); fhPtPhi ->Fill(pt ,phi); fhEtaPhi ->Fill(eta ,phi); if(IsHighMultiplicityAnalysisOn()) { fhPtCentrality ->Fill(pt,cen) ; fhPtEventPlane ->Fill(pt,ep ) ; } if(IsDataMC()) { Int_t tag = pi0->GetTag(); Int_t label = pi0->GetLabel(); Int_t mcIndex = GetMCIndex(tag); if(fAnaType!=kSSCalo && mcIndex > 1) continue; fhMCE [mcIndex] ->Fill(ener); fhMCPt [mcIndex] ->Fill(pt); fhMCPtPhi[mcIndex] ->Fill(pt,phi); fhMCPtEta[mcIndex] ->Fill(pt,eta); if(IsHighMultiplicityAnalysisOn()) fhMCPtCentrality[mcIndex]->Fill(pt,cen); if((mcIndex==kmcPi0Decay || mcIndex==kmcEtaDecay || mcIndex==kmcPi0 || mcIndex==kmcEta ) && fAnaType==kSSCalo) { Float_t efracMC = 0; Int_t momlabel = -1; Bool_t ok = kFALSE; fPrimaryMom = GetMCAnalysisUtils()->GetMother(label,GetReader(),ok); if(!ok) continue; if(GetMCAnalysisUtils()->CheckTagBit(tag,AliMCAnalysisUtils::kMCPi0)) { fGrandMotherMom = GetMCAnalysisUtils()->GetMotherWithPDG(label,111,GetReader(),ok,momlabel); if(fGrandMotherMom.E() > 0 && ok) { efracMC = fGrandMotherMom.E()/ener; fhMCPi0PtGenRecoFraction ->Fill(pt,efracMC); } } else if(GetMCAnalysisUtils()->CheckTagBit(tag,AliMCAnalysisUtils::kMCPi0Decay)) { fhMCPi0DecayPt->Fill(pt); fGrandMotherMom = GetMCAnalysisUtils()->GetMotherWithPDG(label,111,GetReader(),ok,momlabel); if(fGrandMotherMom.E() > 0 && ok) { efracMC = fPrimaryMom.E()/fGrandMotherMom.E(); fhMCPi0DecayPtFraction ->Fill(pt,efracMC); } } else if(GetMCAnalysisUtils()->CheckTagBit(tag,AliMCAnalysisUtils::kMCEta)) { fGrandMotherMom = GetMCAnalysisUtils()->GetMotherWithPDG(label,221,GetReader(),ok,momlabel); if(fGrandMotherMom.E() > 0 && ok) { efracMC = fGrandMotherMom.E()/ener; fhMCEtaPtGenRecoFraction ->Fill(pt,efracMC); } } else if(GetMCAnalysisUtils()->CheckTagBit(tag,AliMCAnalysisUtils::kMCEtaDecay)) { fhMCEtaDecayPt->Fill(pt); fGrandMotherMom = GetMCAnalysisUtils()->GetMotherWithPDG(label,221,GetReader(),ok,momlabel); if(fGrandMotherMom.E() > 0 && ok) { efracMC = fPrimaryMom.E()/fGrandMotherMom.E(); fhMCEtaDecayPtFraction ->Fill(pt,efracMC); } } else if(GetMCAnalysisUtils()->CheckTagBit(tag,AliMCAnalysisUtils::kMCOtherDecay)) { fhMCOtherDecayPt->Fill(pt); } } if( mcIndex==kmcPi0 || mcIndex==kmcEta ) { Float_t prodR = -1; Int_t momindex = -1; Int_t mompdg = -1; Int_t momstatus = -1; if(GetReader()->ReadStack()) { TParticle* ancestor = GetMCStack()->Particle(label); momindex = ancestor->GetFirstMother(); if(momindex < 0) return; TParticle* mother = GetMCStack()->Particle(momindex); mompdg = TMath::Abs(mother->GetPdgCode()); momstatus = mother->GetStatusCode(); prodR = mother->R(); } else { TClonesArray * mcparticles = GetReader()->GetAODMCParticles(); AliAODMCParticle* ancestor = (AliAODMCParticle *) mcparticles->At(label); momindex = ancestor->GetMother(); if(momindex < 0) return; AliAODMCParticle* mother = (AliAODMCParticle *) mcparticles->At(momindex); mompdg = TMath::Abs(mother->GetPdgCode()); momstatus = mother->GetStatus(); prodR = TMath::Sqrt(mother->Xv()*mother->Xv()+mother->Yv()*mother->Yv()); } if( mcIndex==kmcPi0 ) { fhMCPi0ProdVertex->Fill(pt,prodR); if (momstatus == 21) fhMCPi0PtOrigin->Fill(pt,0.5);//parton else if(mompdg < 22 ) fhMCPi0PtOrigin->Fill(pt,1.5);//quark else if(mompdg > 2100 && mompdg < 2210) fhMCPi0PtOrigin->Fill(pt,2.5);// resonances else if(mompdg == 221) fhMCPi0PtOrigin->Fill(pt,8.5);//eta else if(mompdg == 331) fhMCPi0PtOrigin->Fill(pt,9.5);//eta prime else if(mompdg == 213) fhMCPi0PtOrigin->Fill(pt,4.5);//rho else if(mompdg == 223) fhMCPi0PtOrigin->Fill(pt,5.5);//omega else if(mompdg >= 310 && mompdg <= 323) fhMCPi0PtOrigin->Fill(pt,6.5);//k0S, k+-,k* else if(mompdg == 130) fhMCPi0PtOrigin->Fill(pt,6.5);//k0L else if(momstatus == 11 || momstatus == 12 ) fhMCPi0PtOrigin->Fill(pt,3.5);//resonances else fhMCPi0PtOrigin->Fill(pt,7.5);//other? } else if (mcIndex==kmcEta ) { fhMCEtaProdVertex->Fill(pt,prodR); if (momstatus == 21) fhMCEtaPtOrigin->Fill(pt,0.5);//parton else if(mompdg < 22 ) fhMCEtaPtOrigin->Fill(pt,1.5);//quark else if(mompdg > 2100 && mompdg < 2210) fhMCEtaPtOrigin->Fill(pt,2.5);// resonances else if(mompdg == 221) fhMCEtaPtOrigin->Fill(pt,8.5);//eta else if(mompdg == 331) fhMCEtaPtOrigin->Fill(pt,9.5);//eta prime else if(mompdg == 213) fhMCEtaPtOrigin->Fill(pt,4.5);//rho else if(mompdg == 223) fhMCEtaPtOrigin->Fill(pt,5.5);//omega else if(mompdg >= 310 && mompdg <= 323) fhMCEtaPtOrigin->Fill(pt,6.5);//k0S, k+-,k* else if(mompdg == 130) fhMCEtaPtOrigin->Fill(pt,6.5);//k0L else if(momstatus == 11 || momstatus == 12 ) fhMCEtaPtOrigin->Fill(pt,3.5);//resonances else fhMCEtaPtOrigin->Fill(pt,7.5);//other? } } }//Histograms with MC }// aod loop AliDebug(1,"End"); } //__________________________________________________________________ void AliAnaPi0EbE::Print(const Option_t * opt) const { //Print some relevant parameters set for the analysis if(! opt) return; printf("**** Print %s %s ****\n", GetName(), GetTitle() ) ; AliAnaCaloTrackCorrBaseClass::Print(""); printf("Analysis Type = %d \n", fAnaType) ; if(fAnaType == kSSCalo) { printf("Calorimeter = %s\n", GetCalorimeterString().Data()) ; printf("Min Distance to Bad Channel = %2.1f\n",fMinDist); printf("Min Distance to Bad Channel 2 = %2.1f\n",fMinDist2); printf("Min Distance to Bad Channel 3 = %2.1f\n",fMinDist3); } printf(" \n") ; }
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