/************************************************************************** * 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. * **************************************************************************/ //------------------------------------------------------------------------------ // AlidNdPtAnalysispPb class. // // a. functionality: // - fills analysis control histograms // - fills generic correction matrices // - generates correction matrices // // b. data members: // - generic correction matrices // - control histograms // // last change: 2013-06-19 by M.Knichel // // meaning of different multiplicities: // multRec : number of reconstructed tracks, after AcceptanceCuts and TrackCuts // multRecMult : number of reconstructed tracks, after MultAcceptanceCuts and MultTrackCuts // multMB : number of contributers to vertex // multTrueMC : MC true mult, after MultAcceptanceCuts // mutlAll : number of ESD tracks // mutlAcc : number of ESD tracks after AcceptanceCuts //------------------------------------------------------------------------------ #include "TH1.h" #include "TH2.h" #include "TCanvas.h" #include "THnSparse.h" #include "AliHeader.h" #include "AliInputEventHandler.h" #include "AliAnalysisManager.h" #include "AliGenEventHeader.h" #include "AliStack.h" #include "AliESDEvent.h" #include "AliMCEvent.h" #include "AliESDtrackCuts.h" #include "AliLog.h" #include "AliMultiplicity.h" #include "AliTracker.h" #include "AlidNdPtEventCuts.h" #include "AlidNdPtAcceptanceCuts.h" #include "AliPhysicsSelection.h" #include "AliTriggerAnalysis.h" #include "AliCentrality.h" #include "AliAnalysisUtils.h" #include "AliPWG0Helper.h" #include "AlidNdPtHelper.h" #include "AlidNdPtAnalysispPb.h" using namespace std; ClassImp(AlidNdPtAnalysispPb) //_____________________________________________________________________________ AlidNdPtAnalysispPb::AlidNdPtAnalysispPb(): AlidNdPt(), fAnalysisFolder(0), fHistogramsOn(kFALSE), // event multiplicity correlation matrix fEventMultCorrelationMatrix(0), // rec. track pt vs true track pt correlation matrix fTrackPtCorrelationMatrix(0), // event level correction fGenEventMatrix(0), fGenSDEventMatrix(0), fGenDDEventMatrix(0), fGenNDEventMatrix(0), fGenNSDEventMatrix(0), fTriggerEventMatrix(0), fTriggerSDEventMatrix(0), fTriggerDDEventMatrix(0), fTriggerNDEventMatrix(0), fTriggerNSDEventMatrix(0), fRecEventMatrix(0), fRecSDEventMatrix(0), fRecDDEventMatrix(0), fRecNDEventMatrix(0), fRecNSDEventMatrix(0), // // track-event level correction // fGenTrackEventMatrix(0), fGenTrackSDEventMatrix(0), fGenTrackDDEventMatrix(0), fGenTrackNDEventMatrix(0), fGenTrackNSDEventMatrix(0), fTriggerTrackEventMatrix(0), fTriggerTrackSDEventMatrix(0), fTriggerTrackDDEventMatrix(0), fTriggerTrackNDEventMatrix(0), fTriggerTrackNSDEventMatrix(0), fRecTrackEventMatrix(0), fRecTrackSDEventMatrix(0), fRecTrackDDEventMatrix(0), fRecTrackNDEventMatrix(0), fRecTrackNSDEventMatrix(0), // track rec. efficiency correction (fRecPrimTrackMatrix / fGenPrimTrackMatrix) fGenTrackMatrix(0), fGenPrimTrackMatrix(0), fRecPrimTrackMatrix(0), // secondary track contamination correction (fRecSecTrackMatrix / fRecTrackMatrix) fRecTrackMatrix(0), fRecSecTrackMatrix(0), // multiple rec. track contamination corrections (fRecMultTrackMatrix / fRecTrackMatrix) fRecMultTrackMatrix(0), // event control histograms fMCEventHist1(0), fRecEventHist1(0), fRecEventHist2(0), fRecMCEventHist1(0), fRecMCEventHist2(0), fRecMCEventHist3(0), // rec. pt and eta resolution w.r.t MC fRecMCTrackHist1(0), //multple reconstructed tracks fMCMultRecTrackHist1(0), // rec. track control histograms fRecTrackHist2(0), // Generic histograms to be corrected fRecEventHist(0), fRecTrackHist(0), fEventCount(0), fEventMultHist(0), fMCPrimTrackHist(0), // Candle event histogram fRecCandleEventMatrix(0), fCentralityEventHist(0), fCentralityTrackHist(0), fCentralityEstimatorsList(0), fDimensionsCentralityEstimators(0), fCentralityNbins(0), fCentralityNedges(0), fBinsCentrality(0), fNVCentralityEvent(0), fNVCentralityTrack(0), fVCentralityEvent(0), fVCentralityTrack(0), fMultNbins(0), fMultNbinsTE(0), fPtNbins(0), fPtCorrNbins(0), fEtaNbins(0), fZvNbins(0), fMultNedges(0), fMultNedgesTE(0), fPtNedges(0), fPtCorrNedges(0), fEtaNedges(0), fZvNedges(0), fBinsMult(0), fBinsMultTE(0), fBinsPt(0), fBinsPtCorr(0), fBinsEta(0), fBinsZv(0), fRapidityShift(-4.65409416218532379e-01), fUtils(0), fIs2013pA(kTRUE), fIsInit(kFALSE) { // default constructor for(Int_t i=0; i<AlidNdPtHelper::kCutSteps; i++) { fMCTrackHist1[i]=0; fMCPrimTrackHist1[i]=0; fMCPrimTrackHist2[i]=0; fMCSecTrackHist1[i]=0; fRecTrackHist1[i]=0; fRecTrackMultHist1[i]=0; } //Init(); } //_____________________________________________________________________________ AlidNdPtAnalysispPb::AlidNdPtAnalysispPb(Char_t* name, Char_t* title): AlidNdPt(name,title), fAnalysisFolder(0), fHistogramsOn(kFALSE), // event multiplicity correlation matrix fEventMultCorrelationMatrix(0), // rec. track pt vs true track pt correlation matrix fTrackPtCorrelationMatrix(0), // event level correction fGenEventMatrix(0), fGenSDEventMatrix(0), fGenDDEventMatrix(0), fGenNDEventMatrix(0), fGenNSDEventMatrix(0), fTriggerEventMatrix(0), fTriggerSDEventMatrix(0), fTriggerDDEventMatrix(0), fTriggerNDEventMatrix(0), fTriggerNSDEventMatrix(0), fRecEventMatrix(0), fRecSDEventMatrix(0), fRecDDEventMatrix(0), fRecNDEventMatrix(0), fRecNSDEventMatrix(0), // // track-event level correction // fGenTrackEventMatrix(0), fGenTrackSDEventMatrix(0), fGenTrackDDEventMatrix(0), fGenTrackNDEventMatrix(0), fGenTrackNSDEventMatrix(0), fTriggerTrackEventMatrix(0), fTriggerTrackSDEventMatrix(0), fTriggerTrackDDEventMatrix(0), fTriggerTrackNDEventMatrix(0), fTriggerTrackNSDEventMatrix(0), fRecTrackEventMatrix(0), fRecTrackSDEventMatrix(0), fRecTrackDDEventMatrix(0), fRecTrackNDEventMatrix(0), fRecTrackNSDEventMatrix(0), // track rec. efficiency correction (fRecPrimTrackMatrix / fGenPrimTrackMatrix) fGenTrackMatrix(0), fGenPrimTrackMatrix(0), fRecPrimTrackMatrix(0), // secondary track contamination correction (fRecSecTrackMatrix / fRecTrackMatrix) fRecTrackMatrix(0), fRecSecTrackMatrix(0), // multiple rec. track contamination corrections (fRecMultTrackMatrix / fRecTrackMatrix) fRecMultTrackMatrix(0), // event control histograms fMCEventHist1(0), fRecEventHist1(0), fRecEventHist2(0), fRecMCEventHist1(0), fRecMCEventHist2(0), fRecMCEventHist3(0), // rec. pt and eta resolution w.r.t MC fRecMCTrackHist1(0), //multple reconstructed tracks fMCMultRecTrackHist1(0), // rec. track control histograms fRecTrackHist2(0), // Generic histograms to be corrected fRecEventHist(0), fRecTrackHist(0), fEventCount(0), fEventMultHist(0), fMCPrimTrackHist(0), // Candle event histogram fRecCandleEventMatrix(0), fCentralityEventHist(0), fCentralityTrackHist(0), fCentralityEstimatorsList(0), fDimensionsCentralityEstimators(0), fCentralityNbins(0), fCentralityNedges(0), fBinsCentrality(0), fNVCentralityEvent(0), fNVCentralityTrack(0), fVCentralityEvent(0), fVCentralityTrack(0), fMultNbins(0), fMultNbinsTE(0), fPtNbins(0), fPtCorrNbins(0), fEtaNbins(0), fZvNbins(0), fMultNedges(0), fMultNedgesTE(0), fPtNedges(0), fPtCorrNedges(0), fEtaNedges(0), fZvNedges(0), fBinsMult(0), fBinsMultTE(0), fBinsPt(0), fBinsPtCorr(0), fBinsEta(0), fBinsZv(0), fRapidityShift(-4.65409416218532379e-01), fUtils(0), fIs2013pA(kTRUE), fIsInit(kFALSE) { // // constructor // for(Int_t i=0; i<AlidNdPtHelper::kCutSteps; i++) { fMCTrackHist1[i]=0; fMCPrimTrackHist1[i]=0; fMCPrimTrackHist2[i]=0; fMCSecTrackHist1[i]=0; fRecTrackHist1[i]=0; fRecTrackMultHist1[i]=0; } //Init(); } //_____________________________________________________________________________ AlidNdPtAnalysispPb::~AlidNdPtAnalysispPb() { // // destructor // if(fEventMultCorrelationMatrix) delete fEventMultCorrelationMatrix; fEventMultCorrelationMatrix=0; // if(fTrackPtCorrelationMatrix) delete fTrackPtCorrelationMatrix; fTrackPtCorrelationMatrix=0; // if(fGenEventMatrix) delete fGenEventMatrix; fGenEventMatrix=0; if(fGenSDEventMatrix) delete fGenSDEventMatrix; fGenSDEventMatrix=0; if(fGenDDEventMatrix) delete fGenDDEventMatrix; fGenDDEventMatrix=0; if(fGenNDEventMatrix) delete fGenNDEventMatrix; fGenNDEventMatrix=0; if(fGenNSDEventMatrix) delete fGenNSDEventMatrix; fGenNSDEventMatrix=0; if(fTriggerEventMatrix) delete fTriggerEventMatrix; fTriggerEventMatrix=0; if(fTriggerSDEventMatrix) delete fTriggerSDEventMatrix; fTriggerSDEventMatrix=0; if(fTriggerDDEventMatrix) delete fTriggerDDEventMatrix; fTriggerDDEventMatrix=0; if(fTriggerNDEventMatrix) delete fTriggerNDEventMatrix; fTriggerNDEventMatrix=0; if(fTriggerNSDEventMatrix) delete fTriggerNSDEventMatrix; fTriggerNSDEventMatrix=0; if(fRecEventMatrix) delete fRecEventMatrix; fRecEventMatrix=0; if(fRecSDEventMatrix) delete fRecSDEventMatrix; fRecSDEventMatrix=0; if(fRecDDEventMatrix) delete fRecDDEventMatrix; fRecDDEventMatrix=0; if(fRecNDEventMatrix) delete fRecNDEventMatrix; fRecNDEventMatrix=0; if(fRecNSDEventMatrix) delete fRecNSDEventMatrix; fRecNSDEventMatrix=0; if(fRecCandleEventMatrix) delete fRecCandleEventMatrix; fRecCandleEventMatrix=0; // if(fGenTrackEventMatrix) delete fGenTrackEventMatrix; fGenTrackEventMatrix=0; if(fGenTrackSDEventMatrix) delete fGenTrackSDEventMatrix; fGenTrackSDEventMatrix=0; if(fGenTrackDDEventMatrix) delete fGenTrackDDEventMatrix; fGenTrackDDEventMatrix=0; if(fGenTrackNDEventMatrix) delete fGenTrackNDEventMatrix; fGenTrackNDEventMatrix=0; if(fGenTrackNSDEventMatrix) delete fGenTrackNSDEventMatrix; fGenTrackNSDEventMatrix=0; if(fTriggerTrackEventMatrix) delete fTriggerTrackEventMatrix; fTriggerTrackEventMatrix=0; if(fTriggerTrackSDEventMatrix) delete fTriggerTrackSDEventMatrix; fTriggerTrackSDEventMatrix=0; if(fTriggerTrackDDEventMatrix) delete fTriggerTrackDDEventMatrix; fTriggerTrackDDEventMatrix=0; if(fTriggerTrackNDEventMatrix) delete fTriggerTrackNDEventMatrix; fTriggerTrackNDEventMatrix=0; if(fTriggerTrackNSDEventMatrix) delete fTriggerTrackNSDEventMatrix; fTriggerTrackNSDEventMatrix=0; if(fRecTrackEventMatrix) delete fRecTrackEventMatrix; fRecTrackEventMatrix=0; if(fRecTrackSDEventMatrix) delete fRecTrackSDEventMatrix; fRecTrackSDEventMatrix=0; if(fRecTrackDDEventMatrix) delete fRecTrackDDEventMatrix; fRecTrackDDEventMatrix=0; if(fRecTrackNDEventMatrix) delete fRecTrackNDEventMatrix; fRecTrackNDEventMatrix=0; if(fRecTrackNSDEventMatrix) delete fRecTrackNSDEventMatrix; fRecTrackNSDEventMatrix=0; // if(fGenTrackMatrix) delete fGenTrackMatrix; fGenTrackMatrix=0; if(fGenPrimTrackMatrix) delete fGenPrimTrackMatrix; fGenPrimTrackMatrix=0; if(fRecPrimTrackMatrix) delete fRecPrimTrackMatrix; fRecPrimTrackMatrix=0; // if(fRecTrackMatrix) delete fRecTrackMatrix; fRecTrackMatrix=0; if(fRecSecTrackMatrix) delete fRecSecTrackMatrix; fRecSecTrackMatrix=0; // if(fRecMultTrackMatrix) delete fRecMultTrackMatrix; fRecMultTrackMatrix=0; // // Control histograms // if(fMCEventHist1) delete fMCEventHist1; fMCEventHist1=0; if(fRecEventHist1) delete fRecEventHist1; fRecEventHist1=0; if(fRecEventHist2) delete fRecEventHist2; fRecEventHist2=0; if(fRecMCEventHist1) delete fRecMCEventHist1; fRecMCEventHist1=0; if(fRecMCEventHist2) delete fRecMCEventHist2; fRecMCEventHist2=0; if(fRecMCEventHist3) delete fRecMCEventHist3; fRecMCEventHist3=0; // for(Int_t i=0; i<AlidNdPtHelper::kCutSteps; i++) { if(fMCTrackHist1[i]) delete fMCTrackHist1[i]; fMCTrackHist1[i]=0; if(fMCPrimTrackHist1[i]) delete fMCPrimTrackHist1[i]; fMCPrimTrackHist1[i]=0; if(fMCPrimTrackHist2[i]) delete fMCPrimTrackHist2[i]; fMCPrimTrackHist2[i]=0; if(fMCSecTrackHist1[i]) delete fMCSecTrackHist1[i]; fMCSecTrackHist1[i]=0; if(fRecTrackHist1[i]) delete fRecTrackHist1[i]; fRecTrackHist1[i]=0; if(fRecTrackMultHist1[i]) delete fRecTrackMultHist1[i]; fRecTrackMultHist1[i]=0; } if(fRecMCTrackHist1) delete fRecMCTrackHist1; fRecMCTrackHist1=0; if(fMCMultRecTrackHist1) delete fMCMultRecTrackHist1; fMCMultRecTrackHist1=0; if(fRecTrackHist2) delete fRecTrackHist2; fRecTrackHist2=0; // if(fRecEventHist) delete fRecEventHist; fRecEventHist=0; if(fRecTrackHist) delete fRecTrackHist; fRecTrackHist=0; if(fEventCount) delete fEventCount; fEventCount=0; if(fEventMultHist) delete fEventMultHist; fEventMultHist=0; if(fMCPrimTrackHist) delete fMCPrimTrackHist; fMCPrimTrackHist=0; // if(fAnalysisFolder) delete fAnalysisFolder; fAnalysisFolder=0; if (fBinsMult) delete[] fBinsMult; fBinsMult=0; if (fBinsPt) delete[] fBinsPt; fBinsPt=0; if (fBinsPtCorr) delete[] fBinsPtCorr; fBinsPtCorr=0; if (fBinsEta) delete[] fBinsEta; fBinsEta=0; if (fBinsZv) delete[] fBinsMult; fBinsZv=0; if (fCentralityEstimatorsList) delete fCentralityEstimatorsList; fCentralityEstimatorsList=0; if (fBinsCentrality) delete[] fBinsCentrality; fBinsCentrality=0; if (fCentralityEventHist) delete fCentralityEventHist; fCentralityEventHist=0; if (fCentralityTrackHist) delete fCentralityTrackHist; fCentralityTrackHist=0; if (fVCentralityEvent) delete[] fVCentralityEvent; fVCentralityEvent=0; if (fVCentralityTrack) delete[] fVCentralityTrack; fVCentralityTrack=0; if (fUtils) delete fUtils; fUtils=0; } //_____________________________________________________________________________ void AlidNdPtAnalysispPb::SetCentralityEstimators(const char* estimators) { if (CanChangeBins()) { if (fCentralityEstimatorsList) delete fCentralityEstimatorsList; fCentralityEstimatorsList=0; TString estimatorsString(estimators); fCentralityEstimatorsList = estimatorsString.Tokenize(" ,;:"); fDimensionsCentralityEstimators = fCentralityEstimatorsList->GetEntries(); } } //_____________________________________________________________________________ Bool_t AlidNdPtAnalysispPb::CanChangeBins() { if (fIsInit) { AliDebug(AliLog::kError, "Object AlidNdPtAnalysispPb already initialized. Cannot change."); return kFALSE; } return kTRUE; } //_____________________________________________________________________________ void AlidNdPtAnalysispPb::Init() { //define default binning Double_t binsMultDefault[15] = {-0.5, 0.5 , 1.5 , 2.5 , 3.5 , 4.5 , 5.5 , 6.5 , 7.5 , 8.5, 9.5, 10.5, 20.5, 50.5, 150.5}; Double_t binsPtDefault[69] = {0.,0.05,0.1,0.15,0.2,0.25,0.3,0.35,0.4,0.45,0.5,0.55,0.6,0.65,0.7,0.75,0.8,0.85,0.9,0.95,1.0,1.1,1.2,1.3,1.4,1.5,1.6,1.7,1.8,1.9,2.0,2.2,2.4,2.6,2.8,3.0,3.2,3.4,3.6,3.8,4.0,4.5,5.0,5.5,6.0,6.5,7.0,8.0,9.0,10.0,11.0,12.0,13.0,14.0,15.0,16.0,18.0,20.0,22.0,24.0,26.0,28.0,30.0,32.0,34.0,36.0,40.0,45.0,50.0}; Double_t binsPtCorrDefault[37] = {0.,0.05,0.1,0.15,0.2,0.25,0.3,0.35,0.4,0.45,0.5,0.55,0.6,0.65,0.7,0.75,0.8,0.85,0.9,0.95,1.0,1.1,1.2,1.3,1.4,1.5,1.6,1.7,1.8,1.9,2.0,2.2,2.4,2.6,3.0,4.0,50.0}; Double_t binsEtaDefault[31] = {-1.5,-1.4,-1.3,-1.2,-1.1,-1.0,-0.9,-0.8,-0.7,-0.6,-0.5,-0.4,-0.3,-0.2,-0.1,0.,0.1,0.2,0.3,0.4,0.5,0.6,0.7,0.8,0.9,1.0,1.1,1.2,1.3,1.4,1.5}; Double_t binsZvDefault[13] = {-30.,-25.,-20.,-15.,-10.,-5.,0.,5.,10.,15.,20.,25.,30.}; Double_t binCentralityDefault[6] = {0.,20.,40.,60.,80.,100.}; // if no binning is set, use the default if (!fBinsMult) { SetBinsMult(14,binsMultDefault); } if (!fBinsMultTE) { SetBinsMultTE(14,binsMultDefault); } if (!fBinsPt) { SetBinsPt(68,binsPtDefault); } if (!fBinsPtCorr) { SetBinsPtCorr(36,binsPtCorrDefault); } if (!fBinsEta) { SetBinsEta(30,binsEtaDefault); } if (!fBinsZv) { SetBinsZv(12,binsZvDefault); } if (!fBinsCentrality) { SetBinsCentrality(5,binCentralityDefault); } // Int_t binsTrackMatrix[3]={fZvNbins,fPtCorrNbins,fEtaNbins}; Int_t binsTrackEventCorrMatrix[4]={fZvNbins,fPtCorrNbins,fEtaNbins,fMultNbinsTE}; Int_t binsTrackEventCorrMatrixCent[4]={fZvNbins,fPtCorrNbins,fEtaNbins,fCentralityNbins}; // // Generic histograms to be corrected // Int_t binsEventHist[2]={fZvNbins,fMultNbins}; //Double_t minEventHist[2]={-fBinsZv[0],fBinsMult[0]}; //Double_t maxEventHist[2]={fBinsZv[fZvNbins],fBinsMult[fMultNbins]}; fRecEventHist = new THnSparseF("fRecEventHist","Zv:multMB",2,binsEventHist); //,minEventHist,maxEventHist); fRecEventHist->SetBinEdges(0,fBinsZv); fRecEventHist->SetBinEdges(1,fBinsMult); fRecEventHist->GetAxis(0)->SetTitle("Zv (cm)"); fRecEventHist->GetAxis(1)->SetTitle("multiplicity MB"); fRecEventHist->Sumw2(); // Int_t binsTrackHist[4]={fZvNbins,fPtNbins,fEtaNbins,fMultNbins}; // Double_t minTrackHist[4]={-25.,0.,-1.5,-0.5}; // Double_t maxTrackHist[4]={25.,50.,1.5,149.5}; fRecTrackHist = new THnSparseF("fRecTrackHist","Zv:pT:eta:multRecMult",4,binsTrackHist); //,minTrackHist,maxTrackHist); fRecTrackHist->SetBinEdges(0,fBinsZv); fRecTrackHist->SetBinEdges(1,fBinsPt); fRecTrackHist->SetBinEdges(2,fBinsEta); fRecTrackHist->SetBinEdges(3,fBinsMult); fRecTrackHist->GetAxis(0)->SetTitle("Zv (cm)"); fRecTrackHist->GetAxis(1)->SetTitle("p_{T} (GeV/c)"); fRecTrackHist->GetAxis(2)->SetTitle("#eta"); fRecTrackHist->GetAxis(3)->SetTitle("multiplicity (multCuts)"); fRecTrackHist->Sumw2(); Int_t binsMCPrimTrackHist[4]={fZvNbins,fPtNbins,fEtaNbins,fMultNbins}; // Double_t minTrackHist[4]={-25.,0.,-1.5,-0.5}; // Double_t maxTrackHist[4]={25.,50.,1.5,149.5}; fMCPrimTrackHist = new THnSparseF("fMCPrimTrackHist","Zv:mcpT:mceta:multTrueMC",4,binsMCPrimTrackHist); fMCPrimTrackHist->SetBinEdges(0,fBinsZv); fMCPrimTrackHist->SetBinEdges(1,fBinsPt); fMCPrimTrackHist->SetBinEdges(2,fBinsEta); fMCPrimTrackHist->SetBinEdges(3,fBinsMult); fMCPrimTrackHist->GetAxis(0)->SetTitle("Zv (cm)"); fMCPrimTrackHist->GetAxis(1)->SetTitle("MC p_{T} (GeV/c)"); fMCPrimTrackHist->GetAxis(2)->SetTitle("#eta (MC)"); fMCPrimTrackHist->GetAxis(3)->SetTitle("true multiplicity (MC)"); fMCPrimTrackHist->Sumw2(); // // rec. vs MC correlation matrices // Int_t binsMultTrueEventMatrix[3]={fMultNbins,fMultNbins,fMultNbins}; // Double_t minMultTrueEventMatrix[3]={-0.5,-0.5,-0.5}; // Double_t maxMultTrueEventMatrix[3]={149.5,149.5,149.5}; fEventMultCorrelationMatrix = new THnSparseF("fEventMultCorrelationMatrix","multRecMult:multTrueMC:multMB",3,binsMultTrueEventMatrix); //,minMultTrueEventMatrix,maxMultTrueEventMatrix); fEventMultCorrelationMatrix->SetBinEdges(0,fBinsMult); fEventMultCorrelationMatrix->SetBinEdges(1,fBinsMult); fEventMultCorrelationMatrix->SetBinEdges(2,fBinsMult); fEventMultCorrelationMatrix->GetAxis(0)->SetTitle("multiplicity (multCuts)"); fEventMultCorrelationMatrix->GetAxis(1)->SetTitle("true multiplicity (MC)"); fEventMultCorrelationMatrix->GetAxis(2)->SetTitle("MB multiplicity"); fEventMultCorrelationMatrix->Sumw2(); Int_t binsTrackPtCorrelationMatrix[3]={fPtCorrNbins,fPtCorrNbins,fEtaNbins}; fTrackPtCorrelationMatrix = new THnSparseF("fTrackPtCorrelationMatrix","Pt:mcPt:mcEta",3,binsTrackPtCorrelationMatrix); fTrackPtCorrelationMatrix->SetBinEdges(0,fBinsPtCorr); fTrackPtCorrelationMatrix->SetBinEdges(1,fBinsPtCorr); fTrackPtCorrelationMatrix->SetBinEdges(2,fBinsEta); fTrackPtCorrelationMatrix->GetAxis(0)->SetTitle("Pt (GeV/c)"); fTrackPtCorrelationMatrix->GetAxis(1)->SetTitle("mcPt (GeV/c)"); fTrackPtCorrelationMatrix->GetAxis(2)->SetTitle("mcEta"); fTrackPtCorrelationMatrix->Sumw2(); // // Efficiency and contamination correction matrices // Int_t binsEventMatrix[2]={fZvNbins,fMultNbins}; Int_t binsEventMatrixCent[3]={fZvNbins,fMultNbins,fCentralityNbins}; // Double_t minEventMatrix[2]={-25.,-0.5}; // Double_t maxEventMatrix[2]={25.,149.5}; fGenEventMatrix = new THnSparseF("fGenEventMatrix","mcZv:multTrueMC",2,binsEventMatrix); //,minEventMatrix,maxEventMatrix); fGenEventMatrix->SetBinEdges(0,fBinsZv); fGenEventMatrix->SetBinEdges(1,fBinsMult); fGenEventMatrix->GetAxis(0)->SetTitle("mcZv (cm)"); fGenEventMatrix->GetAxis(1)->SetTitle("true multiplicity (MC)"); fGenEventMatrix->Sumw2(); fGenSDEventMatrix = new THnSparseF("fGenSDEventMatrix","mcZv:multTrueMC",2,binsEventMatrix); //,minEventMatrix,maxEventMatrix); fGenSDEventMatrix->SetBinEdges(0,fBinsZv); fGenSDEventMatrix->SetBinEdges(1,fBinsMult); fGenSDEventMatrix->GetAxis(0)->SetTitle("mcZv (cm)"); fGenSDEventMatrix->GetAxis(1)->SetTitle("true multiplicity (MC)"); fGenSDEventMatrix->Sumw2(); fGenDDEventMatrix = new THnSparseF("fGenDDEventMatrix","mcZv:multTrueMC",2,binsEventMatrix); //,minEventMatrix,maxEventMatrix); fGenDDEventMatrix->SetBinEdges(0,fBinsZv); fGenDDEventMatrix->SetBinEdges(1,fBinsMult); fGenDDEventMatrix->GetAxis(0)->SetTitle("mcZv (cm)"); fGenDDEventMatrix->GetAxis(1)->SetTitle("true multiplicity (MC)"); fGenDDEventMatrix->Sumw2(); fGenNDEventMatrix = new THnSparseF("fGenNDEventMatrix","mcZv:multTrueMC",2,binsEventMatrix); //,minEventMatrix,maxEventMatrix); fGenNDEventMatrix->SetBinEdges(0,fBinsZv); fGenNDEventMatrix->SetBinEdges(1,fBinsMult); fGenNDEventMatrix->GetAxis(0)->SetTitle("mcZv (cm)"); fGenNDEventMatrix->GetAxis(1)->SetTitle("true multiplicity (MC)"); fGenNDEventMatrix->Sumw2(); fGenNSDEventMatrix = new THnSparseF("fGenNSDEventMatrix","mcZv:multTrueMC",2,binsEventMatrix); //,minEventMatrix,maxEventMatrix); fGenNSDEventMatrix->SetBinEdges(0,fBinsZv); fGenNSDEventMatrix->SetBinEdges(1,fBinsMult); fGenNSDEventMatrix->GetAxis(0)->SetTitle("mcZv (cm)"); fGenNSDEventMatrix->GetAxis(1)->SetTitle("true multiplicity (MC)"); fGenNSDEventMatrix->Sumw2(); // fTriggerEventMatrix = new THnSparseF("fTriggerEventMatrix","mcZv:multTrueMC",2,binsEventMatrix); //,minEventMatrix,maxEventMatrix); fTriggerEventMatrix->SetBinEdges(0,fBinsZv); fTriggerEventMatrix->SetBinEdges(1,fBinsMult); fTriggerEventMatrix->GetAxis(0)->SetTitle("mcZv (cm)"); fTriggerEventMatrix->GetAxis(1)->SetTitle("true multiplicity (MC)"); fTriggerEventMatrix->Sumw2(); fTriggerSDEventMatrix = new THnSparseF("fTriggerSDEventMatrix","mcZv:multTrueMC",2,binsEventMatrix); //,minEventMatrix,maxEventMatrix); fTriggerSDEventMatrix->SetBinEdges(0,fBinsZv); fTriggerSDEventMatrix->SetBinEdges(1,fBinsMult); fTriggerSDEventMatrix->GetAxis(0)->SetTitle("mcZv (cm)"); fTriggerSDEventMatrix->GetAxis(1)->SetTitle("true multiplicity (MC)"); fTriggerSDEventMatrix->Sumw2(); fTriggerDDEventMatrix = new THnSparseF("fTriggerDDEventMatrix","mcZv:multTrueMC",2,binsEventMatrix); //,minEventMatrix,maxEventMatrix); fTriggerDDEventMatrix->SetBinEdges(0,fBinsZv); fTriggerDDEventMatrix->SetBinEdges(1,fBinsMult); fTriggerDDEventMatrix->GetAxis(0)->SetTitle("mcZv (cm)"); fTriggerDDEventMatrix->GetAxis(1)->SetTitle("true multiplicity (MC)"); fTriggerDDEventMatrix->Sumw2(); fTriggerNDEventMatrix = new THnSparseF("fTriggerNDEventMatrix","mcZv:multTrueMC",2,binsEventMatrix); //,minEventMatrix,maxEventMatrix); fTriggerNDEventMatrix->SetBinEdges(0,fBinsZv); fTriggerNDEventMatrix->SetBinEdges(1,fBinsMult); fTriggerNDEventMatrix->GetAxis(0)->SetTitle("mcZv (cm)"); fTriggerNDEventMatrix->GetAxis(1)->SetTitle("true multiplicity (MC)"); fTriggerNDEventMatrix->Sumw2(); fTriggerNSDEventMatrix = new THnSparseF("fTriggerNSDEventMatrix","mcZv:multTrueMC",2,binsEventMatrix); //,minEventMatrix,maxEventMatrix); fTriggerNSDEventMatrix->SetBinEdges(0,fBinsZv); fTriggerNSDEventMatrix->SetBinEdges(1,fBinsMult); fTriggerNSDEventMatrix->GetAxis(0)->SetTitle("mcZv (cm)"); fTriggerNSDEventMatrix->GetAxis(1)->SetTitle("true multiplicity (MC)"); fTriggerNSDEventMatrix->Sumw2(); // fRecEventMatrix = new THnSparseF("fRecEventMatrix","mcZv:multTrueMC:Cent",3,binsEventMatrixCent); //,minEventMatrix,maxEventMatrix); fRecEventMatrix->SetBinEdges(0,fBinsZv); fRecEventMatrix->SetBinEdges(1,fBinsMult); fRecEventMatrix->SetBinEdges(2,fBinsCentrality); fRecEventMatrix->GetAxis(0)->SetTitle("mcZv (cm)"); fRecEventMatrix->GetAxis(1)->SetTitle("true multiplicity (MC)"); fRecEventMatrix->GetAxis(2)->SetTitle("Centrality"); fRecEventMatrix->Sumw2(); fRecSDEventMatrix = new THnSparseF("fRecSDEventMatrix","mcZv:multTrueMC",2,binsEventMatrix); //,minEventMatrix,maxEventMatrix); fRecSDEventMatrix->SetBinEdges(0,fBinsZv); fRecSDEventMatrix->SetBinEdges(1,fBinsMult); fRecSDEventMatrix->GetAxis(0)->SetTitle("mcZv (cm)"); fRecSDEventMatrix->GetAxis(1)->SetTitle("true multiplicity (MC)"); fRecSDEventMatrix->Sumw2(); fRecDDEventMatrix = new THnSparseF("fRecDDEventMatrix","mcZv:multTrueMC",2,binsEventMatrix); //,minEventMatrix,maxEventMatrix); fRecDDEventMatrix->SetBinEdges(0,fBinsZv); fRecDDEventMatrix->SetBinEdges(1,fBinsMult); fRecDDEventMatrix->GetAxis(0)->SetTitle("mcZv (cm)"); fRecDDEventMatrix->GetAxis(1)->SetTitle("true multiplicity (MC)"); fRecDDEventMatrix->Sumw2(); fRecNDEventMatrix = new THnSparseF("fRecNDEventMatrix","mcZv:multTrueMC",2,binsEventMatrix); //,minEventMatrix,maxEventMatrix); fRecNDEventMatrix->SetBinEdges(0,fBinsZv); fRecNDEventMatrix->SetBinEdges(1,fBinsMult); fRecNDEventMatrix->GetAxis(0)->SetTitle("mcZv (cm)"); fRecNDEventMatrix->GetAxis(1)->SetTitle("true multiplicity (MC)"); fRecNDEventMatrix->Sumw2(); fRecNSDEventMatrix = new THnSparseF("fRecNSDEventMatrix","mcZv:multTrueMC",2,binsEventMatrix); //,minEventMatrix,maxEventMatrix); fRecNSDEventMatrix->SetBinEdges(0,fBinsZv); fRecNSDEventMatrix->SetBinEdges(1,fBinsMult); fRecNSDEventMatrix->GetAxis(0)->SetTitle("mcZv (cm)"); fRecNSDEventMatrix->GetAxis(1)->SetTitle("true multiplicity (MC)"); fRecNSDEventMatrix->Sumw2(); fRecCandleEventMatrix = new THnSparseF("fRecCandleEventMatrix","mcZv:multTrueMC",2,binsEventMatrix); //,minEventMatrix,maxEventMatrix); fRecCandleEventMatrix->SetBinEdges(0,fBinsZv); fRecCandleEventMatrix->SetBinEdges(1,fBinsMult); fRecCandleEventMatrix->GetAxis(0)->SetTitle("mcZv (cm)"); fRecCandleEventMatrix->GetAxis(1)->SetTitle("true multiplicity (MC)"); fRecCandleEventMatrix->Sumw2(); // // track to event corrections // fGenTrackEventMatrix = new THnSparseF("fGenTrackEventMatrix","mcZv:mcPt:mcEta:multTrueMC",4,binsTrackEventCorrMatrix); fGenTrackEventMatrix->SetBinEdges(0,fBinsZv); fGenTrackEventMatrix->SetBinEdges(1,fBinsPtCorr); fGenTrackEventMatrix->SetBinEdges(2,fBinsEta); fGenTrackEventMatrix->SetBinEdges(3,fBinsMultTE); fGenTrackEventMatrix->GetAxis(0)->SetTitle("mcZv (cm)"); fGenTrackEventMatrix->GetAxis(1)->SetTitle("mcPt (GeV/c)"); fGenTrackEventMatrix->GetAxis(2)->SetTitle("mcEta"); fGenTrackEventMatrix->GetAxis(3)->SetTitle("true multiplicity (MC)"); fGenTrackEventMatrix->Sumw2(); fGenTrackSDEventMatrix = new THnSparseF("fGenTrackSDEventMatrix","mcZv:mcPt:mcEta:multTrueMC",4,binsTrackEventCorrMatrix); fGenTrackSDEventMatrix->SetBinEdges(0,fBinsZv); fGenTrackSDEventMatrix->SetBinEdges(1,fBinsPtCorr); fGenTrackSDEventMatrix->SetBinEdges(2,fBinsEta); fGenTrackSDEventMatrix->SetBinEdges(3,fBinsMultTE); fGenTrackSDEventMatrix->GetAxis(0)->SetTitle("mcZv (cm)"); fGenTrackSDEventMatrix->GetAxis(1)->SetTitle("mcPt (GeV/c)"); fGenTrackSDEventMatrix->GetAxis(2)->SetTitle("mcEta"); fGenTrackSDEventMatrix->GetAxis(3)->SetTitle("true multiplicity (MC)"); fGenTrackSDEventMatrix->Sumw2(); fGenTrackDDEventMatrix = new THnSparseF("fGenTrackDDEventMatrix","mcZv:mcPt:mcEta:multTrueMC",4,binsTrackEventCorrMatrix); fGenTrackDDEventMatrix->SetBinEdges(0,fBinsZv); fGenTrackDDEventMatrix->SetBinEdges(1,fBinsPtCorr); fGenTrackDDEventMatrix->SetBinEdges(2,fBinsEta); fGenTrackDDEventMatrix->SetBinEdges(3,fBinsMultTE); fGenTrackDDEventMatrix->GetAxis(0)->SetTitle("mcZv (cm)"); fGenTrackDDEventMatrix->GetAxis(1)->SetTitle("mcPt (GeV/c)"); fGenTrackDDEventMatrix->GetAxis(2)->SetTitle("mcEta"); fGenTrackDDEventMatrix->GetAxis(3)->SetTitle("true multiplicity (MC)"); fGenTrackDDEventMatrix->Sumw2(); fGenTrackNDEventMatrix = new THnSparseF("fGenTrackNDEventMatrix","mcZv:mcPt:mcEta:multTrueMC",4,binsTrackEventCorrMatrix); fGenTrackNDEventMatrix->SetBinEdges(0,fBinsZv); fGenTrackNDEventMatrix->SetBinEdges(1,fBinsPtCorr); fGenTrackNDEventMatrix->SetBinEdges(2,fBinsEta); fGenTrackNDEventMatrix->SetBinEdges(3,fBinsMultTE); fGenTrackNDEventMatrix->GetAxis(0)->SetTitle("mcZv (cm)"); fGenTrackNDEventMatrix->GetAxis(1)->SetTitle("mcPt (GeV/c)"); fGenTrackNDEventMatrix->GetAxis(2)->SetTitle("mcEta"); fGenTrackNDEventMatrix->GetAxis(3)->SetTitle("true multiplicity (MC)"); fGenTrackNDEventMatrix->Sumw2(); fGenTrackNSDEventMatrix = new THnSparseF("fGenTrackNSDEventMatrix","mcZv:mcPt:mcEta:multTrueMC",4,binsTrackEventCorrMatrix); fGenTrackNSDEventMatrix->SetBinEdges(0,fBinsZv); fGenTrackNSDEventMatrix->SetBinEdges(1,fBinsPtCorr); fGenTrackNSDEventMatrix->SetBinEdges(2,fBinsEta); fGenTrackNSDEventMatrix->SetBinEdges(3,fBinsMultTE); fGenTrackNSDEventMatrix->GetAxis(0)->SetTitle("mcZv (cm)"); fGenTrackNSDEventMatrix->GetAxis(1)->SetTitle("mcPt (GeV/c)"); fGenTrackNSDEventMatrix->GetAxis(2)->SetTitle("mcEta"); fGenTrackNSDEventMatrix->GetAxis(3)->SetTitle("true multiplicity (MC)"); fGenTrackNSDEventMatrix->Sumw2(); // fTriggerTrackEventMatrix = new THnSparseF("fTriggerTrackEventMatrix","mcZv:mcPt:mcEta:multTrueMC",4,binsTrackEventCorrMatrix); fTriggerTrackEventMatrix->SetBinEdges(0,fBinsZv); fTriggerTrackEventMatrix->SetBinEdges(1,fBinsPtCorr); fTriggerTrackEventMatrix->SetBinEdges(2,fBinsEta); fTriggerTrackEventMatrix->SetBinEdges(3,fBinsMultTE); fTriggerTrackEventMatrix->GetAxis(0)->SetTitle("mcZv (cm)"); fTriggerTrackEventMatrix->GetAxis(1)->SetTitle("mcPt (GeV/c)"); fTriggerTrackEventMatrix->GetAxis(2)->SetTitle("mcEta"); fTriggerTrackEventMatrix->GetAxis(3)->SetTitle("true multiplicity (MC)"); fTriggerTrackEventMatrix->Sumw2(); fTriggerTrackSDEventMatrix = new THnSparseF("fTriggerTrackSDEventMatrix","mcZv:mcPt:mcEta:multTrueMC",4,binsTrackEventCorrMatrix); fTriggerTrackSDEventMatrix->SetBinEdges(0,fBinsZv); fTriggerTrackSDEventMatrix->SetBinEdges(1,fBinsPtCorr); fTriggerTrackSDEventMatrix->SetBinEdges(2,fBinsEta); fTriggerTrackSDEventMatrix->SetBinEdges(3,fBinsMultTE); fTriggerTrackSDEventMatrix->GetAxis(0)->SetTitle("mcZv (cm)"); fTriggerTrackSDEventMatrix->GetAxis(1)->SetTitle("mcPt (GeV/c)"); fTriggerTrackSDEventMatrix->GetAxis(2)->SetTitle("mcEta"); fTriggerTrackSDEventMatrix->GetAxis(3)->SetTitle("true multiplicity (MC)"); fTriggerTrackSDEventMatrix->Sumw2(); fTriggerTrackDDEventMatrix = new THnSparseF("fTriggerTrackDDEventMatrix","mcZv:mcPt:mcEta:multTrueMC",4,binsTrackEventCorrMatrix); fTriggerTrackDDEventMatrix->SetBinEdges(0,fBinsZv); fTriggerTrackDDEventMatrix->SetBinEdges(1,fBinsPtCorr); fTriggerTrackDDEventMatrix->SetBinEdges(2,fBinsEta); fTriggerTrackDDEventMatrix->SetBinEdges(3,fBinsMultTE); fTriggerTrackDDEventMatrix->GetAxis(0)->SetTitle("mcZv (cm)"); fTriggerTrackDDEventMatrix->GetAxis(1)->SetTitle("mcPt (GeV/c)"); fTriggerTrackDDEventMatrix->GetAxis(2)->SetTitle("mcEta"); fTriggerTrackDDEventMatrix->GetAxis(3)->SetTitle("true multiplicity (MC)"); fTriggerTrackDDEventMatrix->Sumw2(); fTriggerTrackNDEventMatrix = new THnSparseF("fTriggerTrackNDEventMatrix","mcZv:mcPt:mcEta:multTrueMC",4,binsTrackEventCorrMatrix); fTriggerTrackNDEventMatrix->SetBinEdges(0,fBinsZv); fTriggerTrackNDEventMatrix->SetBinEdges(1,fBinsPtCorr); fTriggerTrackNDEventMatrix->SetBinEdges(2,fBinsEta); fTriggerTrackNDEventMatrix->SetBinEdges(3,fBinsMultTE); fTriggerTrackNDEventMatrix->GetAxis(0)->SetTitle("mcZv (cm)"); fTriggerTrackNDEventMatrix->GetAxis(1)->SetTitle("mcPt (GeV/c)"); fTriggerTrackNDEventMatrix->GetAxis(2)->SetTitle("mcEta"); fTriggerTrackNDEventMatrix->GetAxis(3)->SetTitle("true multiplicity (MC)"); fTriggerTrackNDEventMatrix->Sumw2(); fTriggerTrackNSDEventMatrix = new THnSparseF("fTriggerTrackNSDEventMatrix","mcZv:mcPt:mcEta:multTrueMC",4,binsTrackEventCorrMatrix); fTriggerTrackNSDEventMatrix->SetBinEdges(0,fBinsZv); fTriggerTrackNSDEventMatrix->SetBinEdges(1,fBinsPtCorr); fTriggerTrackNSDEventMatrix->SetBinEdges(2,fBinsEta); fTriggerTrackNSDEventMatrix->SetBinEdges(3,fBinsMultTE); fTriggerTrackNSDEventMatrix->GetAxis(0)->SetTitle("mcZv (cm)"); fTriggerTrackNSDEventMatrix->GetAxis(1)->SetTitle("mcPt (GeV/c)"); fTriggerTrackNSDEventMatrix->GetAxis(2)->SetTitle("mcEta"); fTriggerTrackNSDEventMatrix->GetAxis(3)->SetTitle("true multiplicity (MC)"); fTriggerTrackNSDEventMatrix->Sumw2(); // fRecTrackEventMatrix = new THnSparseF("fRecTrackEventMatrix","mcZv:mcPt:mcEta:multTrueMC",4,binsTrackEventCorrMatrix); fRecTrackEventMatrix->SetBinEdges(0,fBinsZv); fRecTrackEventMatrix->SetBinEdges(1,fBinsPtCorr); fRecTrackEventMatrix->SetBinEdges(2,fBinsEta); fRecTrackEventMatrix->SetBinEdges(3,fBinsMultTE); fRecTrackEventMatrix->GetAxis(0)->SetTitle("mcZv (cm)"); fRecTrackEventMatrix->GetAxis(1)->SetTitle("mcPt (GeV/c)"); fRecTrackEventMatrix->GetAxis(2)->SetTitle("mcEta"); fRecTrackEventMatrix->GetAxis(3)->SetTitle("true multiplicity (MC)"); fRecTrackEventMatrix->Sumw2(); fRecTrackSDEventMatrix = new THnSparseF("fRecTrackSDEventMatrix","mcZv:mcPt:mcEta:multTrueMC",4,binsTrackEventCorrMatrix); fRecTrackSDEventMatrix->SetBinEdges(0,fBinsZv); fRecTrackSDEventMatrix->SetBinEdges(1,fBinsPtCorr); fRecTrackSDEventMatrix->SetBinEdges(2,fBinsEta); fRecTrackSDEventMatrix->SetBinEdges(3,fBinsMultTE); fRecTrackSDEventMatrix->GetAxis(0)->SetTitle("mcZv (cm)"); fRecTrackSDEventMatrix->GetAxis(1)->SetTitle("mcPt (GeV/c)"); fRecTrackSDEventMatrix->GetAxis(2)->SetTitle("mcEta"); fRecTrackSDEventMatrix->GetAxis(3)->SetTitle("true multiplicity (MC)"); fRecTrackSDEventMatrix->Sumw2(); fRecTrackDDEventMatrix = new THnSparseF("fRecTrackDDEventMatrix","mcZv:mcPt:mcEta:multTrueMC",4,binsTrackEventCorrMatrix); fRecTrackDDEventMatrix->SetBinEdges(0,fBinsZv); fRecTrackDDEventMatrix->SetBinEdges(1,fBinsPtCorr); fRecTrackDDEventMatrix->SetBinEdges(2,fBinsEta); fRecTrackDDEventMatrix->SetBinEdges(3,fBinsMultTE); fRecTrackDDEventMatrix->GetAxis(0)->SetTitle("mcZv (cm)"); fRecTrackDDEventMatrix->GetAxis(1)->SetTitle("mcPt (GeV/c)"); fRecTrackDDEventMatrix->GetAxis(2)->SetTitle("mcEta"); fRecTrackDDEventMatrix->GetAxis(3)->SetTitle("true multiplicity (MC)"); fRecTrackDDEventMatrix->Sumw2(); fRecTrackNDEventMatrix = new THnSparseF("fRecTrackNDEventMatrix","mcZv:mcPt:mcEta:multTrueMC",4,binsTrackEventCorrMatrix); fRecTrackNDEventMatrix->SetBinEdges(0,fBinsZv); fRecTrackNDEventMatrix->SetBinEdges(1,fBinsPtCorr); fRecTrackNDEventMatrix->SetBinEdges(2,fBinsEta); fRecTrackNDEventMatrix->SetBinEdges(3,fBinsMultTE); fRecTrackNDEventMatrix->GetAxis(0)->SetTitle("mcZv (cm)"); fRecTrackNDEventMatrix->GetAxis(1)->SetTitle("mcPt (GeV/c)"); fRecTrackNDEventMatrix->GetAxis(2)->SetTitle("mcEta"); fRecTrackNDEventMatrix->GetAxis(3)->SetTitle("true multiplicity (MC)"); fRecTrackNDEventMatrix->Sumw2(); fRecTrackNSDEventMatrix = new THnSparseF("fRecTrackNSDEventMatrix","mcZv:mcPt:mcEta:multTrueMC",4,binsTrackEventCorrMatrix); fRecTrackNSDEventMatrix->SetBinEdges(0,fBinsZv); fRecTrackNSDEventMatrix->SetBinEdges(1,fBinsPtCorr); fRecTrackNSDEventMatrix->SetBinEdges(2,fBinsEta); fRecTrackNSDEventMatrix->SetBinEdges(3,fBinsMultTE); fRecTrackNSDEventMatrix->GetAxis(0)->SetTitle("mcZv (cm)"); fRecTrackNSDEventMatrix->GetAxis(1)->SetTitle("mcPt (GeV/c)"); fRecTrackNSDEventMatrix->GetAxis(2)->SetTitle("mcEta"); fRecTrackNSDEventMatrix->GetAxis(3)->SetTitle("true multiplicity (MC)"); fRecTrackNSDEventMatrix->Sumw2(); // // tracks correction matrices // //fGenTrackMatrix = new THnSparseF("fGenTrackMatrix","mcZv:mcPt:mcEta",3,binsTrackMatrix); fGenTrackMatrix = new THnSparseF("fGenTrackMatrix","mcZv:mcPt:mcEta",3,binsTrackEventCorrMatrix); fGenTrackMatrix->SetBinEdges(0,fBinsZv); //fGenTrackMatrix->SetBinEdges(1,binsPt); fGenTrackMatrix->SetBinEdges(1,fBinsPtCorr); fGenTrackMatrix->SetBinEdges(2,fBinsEta); fGenTrackMatrix->GetAxis(0)->SetTitle("mcZv (cm)"); fGenTrackMatrix->GetAxis(1)->SetTitle("mcPt (GeV/c)"); fGenTrackMatrix->GetAxis(2)->SetTitle("mcEta"); fGenTrackMatrix->Sumw2(); //fGenPrimTrackMatrix = new THnSparseF("fGenPrimTrackMatrix","mcZv:mcPt:mcEta",3,binsTrackMatrix); fGenPrimTrackMatrix = new THnSparseF("fGenPrimTrackMatrix","mcZv:mcPt:mcEta:Centrality",4,binsTrackEventCorrMatrixCent); fGenPrimTrackMatrix->SetBinEdges(0,fBinsZv); //fGenPrimTrackMatrix->SetBinEdges(1,binsPt); fGenPrimTrackMatrix->SetBinEdges(1,fBinsPtCorr); fGenPrimTrackMatrix->SetBinEdges(2,fBinsEta); fGenPrimTrackMatrix->SetBinEdges(3,fBinsCentrality); fGenPrimTrackMatrix->GetAxis(0)->SetTitle("mcZv (cm)"); fGenPrimTrackMatrix->GetAxis(1)->SetTitle("mcPt (GeV/c)"); fGenPrimTrackMatrix->GetAxis(2)->SetTitle("mcEta"); fGenPrimTrackMatrix->GetAxis(3)->SetTitle("Centrality"); fGenPrimTrackMatrix->Sumw2(); //fRecPrimTrackMatrix = new THnSparseF("fRecPrimTrackMatrix","mcZv:mcPt:mcEta",3,binsTrackMatrix); fRecPrimTrackMatrix = new THnSparseF("fRecPrimTrackMatrix","mcZv:mcPt:mcEta:Centrality",4,binsTrackEventCorrMatrixCent); fRecPrimTrackMatrix->SetBinEdges(0,fBinsZv); //fRecPrimTrackMatrix->SetBinEdges(1,binsPt); fRecPrimTrackMatrix->SetBinEdges(1,fBinsPtCorr); fRecPrimTrackMatrix->SetBinEdges(2,fBinsEta); fRecPrimTrackMatrix->SetBinEdges(3,fBinsCentrality); fRecPrimTrackMatrix->GetAxis(0)->SetTitle("mcZv (cm)"); fRecPrimTrackMatrix->GetAxis(1)->SetTitle("mcPt (GeV/c)"); fRecPrimTrackMatrix->GetAxis(2)->SetTitle("mcEta"); fRecPrimTrackMatrix->GetAxis(3)->SetTitle("Centrality"); fRecPrimTrackMatrix->Sumw2(); // //fRecTrackMatrix = new THnSparseF("fRecTrackMatrix","mcZv:mcPt:mcEta",3,binsTrackMatrix); fRecTrackMatrix = new THnSparseF("fRecTrackMatrix","mcZv:mcPt:mcEta:Centrality",4,binsTrackEventCorrMatrixCent); fRecTrackMatrix->SetBinEdges(0,fBinsZv); //fRecTrackMatrix->SetBinEdges(1,binsPt); fRecTrackMatrix->SetBinEdges(1,fBinsPtCorr); fRecTrackMatrix->SetBinEdges(2,fBinsEta); fRecTrackMatrix->SetBinEdges(3,fBinsCentrality); fRecTrackMatrix->GetAxis(0)->SetTitle("mcZv (cm)"); fRecTrackMatrix->GetAxis(1)->SetTitle("Pt (GeV/c)"); fRecTrackMatrix->GetAxis(2)->SetTitle("Eta"); fRecTrackMatrix->GetAxis(3)->SetTitle("Centrality"); fRecTrackMatrix->Sumw2(); //fRecSecTrackMatrix = new THnSparseF("fRecSecTrackMatrix","mcZv:mcPt:mcEta",3,binsTrackMatrix); fRecSecTrackMatrix = new THnSparseF("fRecSecTrackMatrix","mcZv:mcPt:mcEta:Centrality",4,binsTrackEventCorrMatrixCent); fRecSecTrackMatrix->SetBinEdges(0,fBinsZv); //fRecSecTrackMatrix->SetBinEdges(1,binsPt); fRecSecTrackMatrix->SetBinEdges(1,fBinsPtCorr); fRecSecTrackMatrix->SetBinEdges(2,fBinsEta); fRecSecTrackMatrix->SetBinEdges(3,fBinsCentrality); fRecSecTrackMatrix->GetAxis(0)->SetTitle("mcZv (cm)"); fRecSecTrackMatrix->GetAxis(1)->SetTitle("Pt (GeV/c)"); fRecSecTrackMatrix->GetAxis(2)->SetTitle("Eta"); fRecSecTrackMatrix->GetAxis(3)->SetTitle("Centrality"); fRecSecTrackMatrix->Sumw2(); // //fRecMultTrackMatrix = new THnSparseF("fRecMultTrackMatrix","mcZv:mcPt:mcEta",3,binsTrackMatrix); fRecMultTrackMatrix = new THnSparseF("fRecMultTrackMatrix","mcZv:mcPt:mcEta",3,binsTrackEventCorrMatrix); fRecMultTrackMatrix->SetBinEdges(0,fBinsZv); //fRecMultTrackMatrix->SetBinEdges(1,binsPt); fRecMultTrackMatrix->SetBinEdges(1,fBinsPtCorr); fRecMultTrackMatrix->SetBinEdges(2,fBinsEta); fRecMultTrackMatrix->GetAxis(0)->SetTitle("mcZv (cm)"); fRecMultTrackMatrix->GetAxis(1)->SetTitle("mcPt (GeV/c)"); fRecMultTrackMatrix->GetAxis(2)->SetTitle("mcEta"); fRecMultTrackMatrix->Sumw2(); // // Control analysis histograms // Int_t binsMCEventHist1[3]={100,100,140}; Double_t minMCEventHist1[3]={-0.1,-0.1,-35.}; Double_t maxMCEventHist1[3]={0.1,0.1,35.}; fMCEventHist1 = new THnSparseF("fMCEventHist1","mcXv:mcYv:mcZv",3,binsMCEventHist1,minMCEventHist1,maxMCEventHist1); fMCEventHist1->GetAxis(0)->SetTitle("mcXv (cm)"); fMCEventHist1->GetAxis(1)->SetTitle("mcYv (cm)"); fMCEventHist1->GetAxis(2)->SetTitle("mcZv (cm)"); fMCEventHist1->Sumw2(); // Int_t binsRecEventHist1[3]={100,100,140}; Double_t minRecEventHist1[3]={-3.,-3.,-35.}; Double_t maxRecEventHist1[3]={3.,3.,35.}; fRecEventHist1 = new THnSparseF("fRecEventHist1","Xv:Yv:Zv",3,binsRecEventHist1,minRecEventHist1,maxRecEventHist1); fRecEventHist1->GetAxis(0)->SetTitle("Xv (cm)"); fRecEventHist1->GetAxis(1)->SetTitle("Yv (cm)"); fRecEventHist1->GetAxis(2)->SetTitle("Zv (cm)"); fRecEventHist1->Sumw2(); // Int_t binsRecEventHist2[3]={fZvNbins,fMultNbins,fMultNbins}; // Double_t minRecEventHist2[3]={-25.,-0.5,-0.5}; // Double_t maxRecEventHist2[3]={25.,149.5,149.5}; fRecEventHist2 = new THnSparseF("fRecEventHist2","Zv:multMB:multRecMult",3,binsRecEventHist2); //,minRecEventHist2,maxRecEventHist2); fRecEventHist2->SetBinEdges(0,fBinsZv); fRecEventHist2->SetBinEdges(1,fBinsMult); fRecEventHist2->SetBinEdges(2,fBinsMult); fRecEventHist2->GetAxis(0)->SetTitle("Zv (cm)"); fRecEventHist2->GetAxis(1)->SetTitle("multiplicity MB"); fRecEventHist2->GetAxis(2)->SetTitle("multiplicity (multCuts)"); fRecEventHist2->Sumw2(); // Double_t kFact = 0.1; Int_t binsRecMCEventHist1[3]={100,100,100}; Double_t minRecMCEventHist1[3]={-10.0*kFact,-10.0*kFact,-10.0*kFact}; Double_t maxRecMCEventHist1[3]={10.0*kFact,10.0*kFact,10.0*kFact}; fRecMCEventHist1 = new THnSparseF("fRecMCEventHist1","Xv-mcXv:Yv-mcYv:Zv-mcZv",3,binsRecMCEventHist1,minRecMCEventHist1,maxRecMCEventHist1); fRecMCEventHist1->GetAxis(0)->SetTitle("Xv-mcXv (cm)"); fRecMCEventHist1->GetAxis(1)->SetTitle("Yv-mcYv (cm)"); fRecMCEventHist1->GetAxis(2)->SetTitle("Zv-mcZv (cm)"); fRecMCEventHist1->Sumw2(); // Int_t binsRecMCEventHist2[3]={100,100,fMultNbins}; Double_t minRecMCEventHist2[3]={-10.0*kFact,-10.0*kFact,0.0}; Double_t maxRecMCEventHist2[3]={10.0*kFact,10.0*kFact,149.50}; fRecMCEventHist2 = new THnSparseF("fRecMCEventHist2","Xv-mcXv:Zv-mcZv:multMB",3,binsRecMCEventHist2,minRecMCEventHist2,maxRecMCEventHist2); fRecMCEventHist2->SetBinEdges(2,fBinsMult); fRecMCEventHist2->GetAxis(0)->SetTitle("Xv-mcXv (cm)"); fRecMCEventHist2->GetAxis(1)->SetTitle("Zv-mcZv (cm)"); fRecMCEventHist2->GetAxis(2)->SetTitle("multiplicity MB"); fRecMCEventHist2->Sumw2(); Int_t binsRecMCEventHist3[2]={fMultNbins,5}; Double_t minRecMCEventHist3[2]={-0.5,0.0}; Double_t maxRecMCEventHist3[2]={149.50,5.0}; fRecMCEventHist3 = new THnSparseF("fRecMCEventHist3","multRecMult:EventType (ND, DD, SD)",2,binsRecMCEventHist3,minRecMCEventHist3,maxRecMCEventHist3); fRecMCEventHist3->SetBinEdges(0,fBinsMult); fRecMCEventHist3->GetAxis(0)->SetTitle("multiplicity (multCuts)"); fRecMCEventHist3->GetAxis(1)->SetTitle("EventType"); fRecMCEventHist3->Sumw2(); // char name[256]; char title[256]; for(Int_t i=0; i<AlidNdPtHelper::kCutSteps; i++) { // THnSparse track histograms Int_t binsMCTrackHist1[3]= {fPtCorrNbins, fEtaNbins, 90}; Double_t minMCTrackHist1[3]={0.,-1.,0.}; Double_t maxMCTrackHist1[3]={10.,1.,2.*TMath::Pi()}; snprintf(name,256,"fMCTrackHist1_%d",i); snprintf(title,256,"mcPt:mcEta:mcPhi"); fMCTrackHist1[i] = new THnSparseF(name,title,3,binsMCTrackHist1,minMCTrackHist1,maxMCTrackHist1); fMCTrackHist1[i]->SetBinEdges(0,fBinsPtCorr); fMCTrackHist1[i]->SetBinEdges(1,fBinsEta); fMCTrackHist1[i]->GetAxis(0)->SetTitle("mcPt (GeV/c)"); fMCTrackHist1[i]->GetAxis(1)->SetTitle("mcEta"); fMCTrackHist1[i]->GetAxis(2)->SetTitle("mcPhi (rad)"); fMCTrackHist1[i]->Sumw2(); Int_t binsMCPrimTrackHist1[5]= {fPtCorrNbins,fEtaNbins,6,20,4000}; Double_t minMCPrimTrackHist1[5]={0.,-1.,0.,0.,0.}; Double_t maxMCPrimTrackHist1[5]={10.,1.,6.,20.,4000.}; snprintf(name,256,"fMCPrimTrackHist1_%d",i); snprintf(title,256,"mcPt:mcEta:pid:mech:mother"); fMCPrimTrackHist1[i] = new THnSparseF(name,title,5,binsMCPrimTrackHist1,minMCPrimTrackHist1,maxMCPrimTrackHist1); fMCPrimTrackHist1[i]->SetBinEdges(0,fBinsPtCorr); fMCPrimTrackHist1[i]->SetBinEdges(1,fBinsEta); fMCPrimTrackHist1[i]->GetAxis(0)->SetTitle("mcPt (GeV/c)"); fMCPrimTrackHist1[i]->GetAxis(1)->SetTitle("mcEta"); fMCPrimTrackHist1[i]->GetAxis(2)->SetTitle("pid"); fMCPrimTrackHist1[i]->GetAxis(3)->SetTitle("mech"); fMCPrimTrackHist1[i]->GetAxis(4)->SetTitle("mother"); fMCPrimTrackHist1[i]->Sumw2(); Int_t binsMCPrimTrackHist2[3]= {4000,20,4000}; Double_t minMCPrimTrackHist2[3]={0.,0.,0.}; Double_t maxMCPrimTrackHist2[3]={4000.,20.,4000.}; snprintf(name,256,"fMCPrimTrackHist2_%d",i); snprintf(title,256,"pdg:mech:mother"); fMCPrimTrackHist2[i] = new THnSparseF(name,title,3,binsMCPrimTrackHist2,minMCPrimTrackHist2,maxMCPrimTrackHist2); fMCPrimTrackHist2[i]->GetAxis(0)->SetTitle("pdg"); fMCPrimTrackHist2[i]->GetAxis(1)->SetTitle("mech"); fMCPrimTrackHist2[i]->GetAxis(2)->SetTitle("mother"); fMCPrimTrackHist2[i]->Sumw2(); Int_t binsMCSecTrackHist1[5]= {fPtCorrNbins,fEtaNbins,6,20,4000}; Double_t minMCSecTrackHist1[5]={0.,-1.,0.,0.,0.}; Double_t maxMCSecTrackHist1[5]={10.,1.,6.,20.,4000.}; snprintf(name,256,"fMCSecTrackHist1_%d",i); snprintf(title,256,"mcPt:mcEta:pid:mech:mother"); fMCSecTrackHist1[i] = new THnSparseF(name,title,5,binsMCSecTrackHist1,minMCSecTrackHist1,maxMCSecTrackHist1); fMCSecTrackHist1[i]->SetBinEdges(0,fBinsPtCorr); fMCSecTrackHist1[i]->SetBinEdges(1,fBinsEta); fMCSecTrackHist1[i]->GetAxis(0)->SetTitle("mcPt (GeV/c)"); fMCSecTrackHist1[i]->GetAxis(1)->SetTitle("mcEta"); fMCSecTrackHist1[i]->GetAxis(2)->SetTitle("pid"); fMCSecTrackHist1[i]->GetAxis(3)->SetTitle("mech"); fMCSecTrackHist1[i]->GetAxis(4)->SetTitle("mother"); fMCSecTrackHist1[i]->Sumw2(); // // Int_t binsRecTrackHist1[3]={fPtNbins,fEtaNbins,90}; Double_t minRecTrackHist1[3]={0.,-1.,0.}; Double_t maxRecTrackHist1[3]={10.,1.,2.*TMath::Pi()}; snprintf(name,256,"fRecTrackHist1_%d",i); snprintf(title,256,"Pt:Eta:Phi"); fRecTrackHist1[i] = new THnSparseF(name,title,3,binsRecTrackHist1,minRecTrackHist1,maxRecTrackHist1); fRecTrackHist1[i]->SetBinEdges(0,fBinsPt); fRecTrackHist1[i]->SetBinEdges(1,fBinsEta); fRecTrackHist1[i]->GetAxis(0)->SetTitle("p_{T} (GeV/c)"); fRecTrackHist1[i]->GetAxis(1)->SetTitle("#eta"); fRecTrackHist1[i]->GetAxis(2)->SetTitle("#phi (rad)"); fRecTrackHist1[i]->Sumw2(); // Int_t binsRecTrackMultHist1[2]={fPtNbins,fMultNbins}; snprintf(name,256,"fRecTrackMultHist_%d",i); snprintf(title,256,"Pt:Mult"); fRecTrackMultHist1[i] = new THnSparseF(name,title,2,binsRecTrackMultHist1); //,minRecTrackMultHist1,maxRecTrackMultHist1); fRecTrackMultHist1[i]->SetBinEdges(0,fBinsPt); fRecTrackMultHist1[i]->SetBinEdges(1,fBinsMult); fRecTrackMultHist1[i]->GetAxis(0)->SetTitle("Pt (GeV/c)"); fRecTrackMultHist1[i]->GetAxis(1)->SetTitle("multiplicity"); fRecTrackMultHist1[i]->Sumw2(); } Int_t binsRecMCTrackHist1[4] = {fPtCorrNbins,fEtaNbins,100,100}; Double_t minRecMCTrackHist1[4]={0.,-1.,-0.5,-0.5}; Double_t maxRecMCTrackHist1[4]={20.,1.,0.5,0.5}; snprintf(name,256,"fRecMCTrackHist1"); snprintf(title,256,"mcPt:mcEta:(Pt-mcPt)/mcPt:(Eta-mcEta)"); fRecMCTrackHist1 = new THnSparseF(name,title,4,binsRecMCTrackHist1,minRecMCTrackHist1,maxRecMCTrackHist1); fRecMCTrackHist1->SetBinEdges(0,fBinsPtCorr); fRecMCTrackHist1->SetBinEdges(1,fBinsEta); fRecMCTrackHist1->GetAxis(0)->SetTitle("mcPt (GeV/c)"); fRecMCTrackHist1->GetAxis(1)->SetTitle("mcEta"); fRecMCTrackHist1->GetAxis(2)->SetTitle("(Pt-mcPt)/mcPt"); fRecMCTrackHist1->GetAxis(3)->SetTitle("Eta-mcEta"); Int_t binsMCMultRecTrackHist1[3] = {fPtCorrNbins,fEtaNbins,6}; Double_t minMCMultRecTrackHist1[3]={0.,-1.,0.}; Double_t maxMCMultRecTrackHist1[3]={20.,1.,6.}; snprintf(name,256,"fMCMultRecTrackHist1"); snprintf(title,256,"mcPt:mcEta:pid"); fMCMultRecTrackHist1 = new THnSparseF(name,title,3,binsMCMultRecTrackHist1,minMCMultRecTrackHist1,maxMCMultRecTrackHist1); fMCMultRecTrackHist1->SetBinEdges(0,fBinsPtCorr); fMCMultRecTrackHist1->SetBinEdges(1,fBinsEta); fMCMultRecTrackHist1->GetAxis(0)->SetTitle("mcPt (GeV/c)"); fMCMultRecTrackHist1->GetAxis(1)->SetTitle("mcEta"); fMCMultRecTrackHist1->GetAxis(2)->SetTitle("pid"); //nClust:chi2PerClust:pt:eta:phi Int_t binsRecTrackHist2[5]={160,100,fPtNbins,fEtaNbins,90}; Double_t minRecTrackHist2[5]={0., 0., 0, -1.5, 0.}; Double_t maxRecRecTrackHist2[5]={160.,10., 16, 1.5, 2.*TMath::Pi()}; fRecTrackHist2 = new THnSparseF("fRecTrackHist2","nClust:chi2PerClust:pt:eta:phi",5,binsRecTrackHist2,minRecTrackHist2,maxRecRecTrackHist2); fRecTrackHist2->SetBinEdges(2,fBinsPt); fRecTrackHist2->SetBinEdges(3,fBinsEta); fRecTrackHist2->GetAxis(0)->SetTitle("nClust"); fRecTrackHist2->GetAxis(1)->SetTitle("chi2PerClust"); fRecTrackHist2->GetAxis(2)->SetTitle("p_{T} (GeV/c)"); fRecTrackHist2->GetAxis(3)->SetTitle("#eta"); fRecTrackHist2->GetAxis(4)->SetTitle("#phi (rad)"); fRecTrackHist2->Sumw2(); Int_t binsEventCount[3]={2,2,2}; Double_t minEventCount[3]={0,0,0}; Double_t maxEventCount[3]={2,2,2}; fEventCount = new THnSparseF("fEventCount","trig vs trig+vertex",3,binsEventCount,minEventCount,maxEventCount); fEventCount->GetAxis(0)->SetTitle("trig"); fEventCount->GetAxis(1)->SetTitle("trig+vert"); fEventCount->GetAxis(2)->SetTitle("selected"); fEventCount->Sumw2(); Int_t binsEventMultHist[3]={fMultNbins,fMultNbins,fMultNbins}; fEventMultHist = new THnSparseF("fEventMultHist","multMB:multRecMult:multRec",3,binsEventMultHist); fEventMultHist->GetAxis(0)->SetTitle("multMB"); fEventMultHist->GetAxis(1)->SetTitle("multRecMult"); fEventMultHist->GetAxis(2)->SetTitle("multRec"); fEventMultHist->SetBinEdges(0,fBinsMult); fEventMultHist->SetBinEdges(1,fBinsMult); fEventMultHist->SetBinEdges(2,fBinsMult); fEventMultHist->Sumw2(); // // create histograms for centrality // (only if fDimensionsCentralityEstimators > 0) // if (fDimensionsCentralityEstimators > 0) { // fCentralityEventHist //zv:multRec:multMB:cent[n] Int_t dimsCentralityEventHist = fDimensionsCentralityEstimators + 3; Int_t* binsCentralityEventHist = new Int_t[dimsCentralityEventHist]; TString titleCentralityEventHist("zV:multRecMult:multMB"); binsCentralityEventHist[0] = fZvNbins; binsCentralityEventHist[1] = fMultNbins; binsCentralityEventHist[2] = fMultNbins; for (Int_t i=1; i<=fDimensionsCentralityEstimators ; i++) { binsCentralityEventHist[i+2] = fCentralityNbins; titleCentralityEventHist += ":cent"; titleCentralityEventHist += TString(GetCentralityEstimator(i)); } fCentralityEventHist = new THnSparseF("fCentralityEventHist",titleCentralityEventHist.Data(),dimsCentralityEventHist,binsCentralityEventHist); fCentralityEventHist->SetBinEdges(0,fBinsZv); fCentralityEventHist->SetBinEdges(1,fBinsMult); fCentralityEventHist->SetBinEdges(2,fBinsMult); fCentralityEventHist->GetAxis(0)->SetTitle("Zv (cm)"); fCentralityEventHist->GetAxis(1)->SetTitle("multRecMult"); fCentralityEventHist->GetAxis(2)->SetTitle("multMB"); for (Int_t i=1; i<=fDimensionsCentralityEstimators ; i++) { fCentralityEventHist->SetBinEdges(i+2,fBinsCentrality); TString axistitle(GetCentralityEstimator(i)); axistitle += " Centrality"; fCentralityEventHist->GetAxis(i+2)->SetTitle(axistitle); } fCentralityEventHist->Sumw2(); // fCentralityTrackHist //zv:pt:eta:multRec:multMB:cent[n] Int_t dimsCentralityTrackHist = fDimensionsCentralityEstimators + 5; Int_t* binsCentralityTrackHist = new Int_t[dimsCentralityTrackHist]; TString titleCentralityTrackHist("zV:pT:eta:multRecMult:multMB"); binsCentralityTrackHist[0] = fZvNbins; binsCentralityTrackHist[1] = fPtNbins; binsCentralityTrackHist[2] = fEtaNbins; binsCentralityTrackHist[3] = fMultNbins; binsCentralityTrackHist[4] = fMultNbins; for (Int_t i=1; i<=fDimensionsCentralityEstimators ; i++) { binsCentralityTrackHist[i+4] = fCentralityNbins; titleCentralityTrackHist += ":cent"; titleCentralityTrackHist += TString(GetCentralityEstimator(i)); } fCentralityTrackHist = new THnSparseF("fCentralityTrackHist",titleCentralityTrackHist.Data(),dimsCentralityTrackHist,binsCentralityTrackHist); fCentralityTrackHist->SetBinEdges(0,fBinsZv); fCentralityTrackHist->SetBinEdges(1,fBinsPt); fCentralityTrackHist->SetBinEdges(2,fBinsEta); fCentralityTrackHist->SetBinEdges(3,fBinsMult); fCentralityTrackHist->SetBinEdges(4,fBinsMult); fCentralityTrackHist->GetAxis(0)->SetTitle("Zv (cm)"); fCentralityTrackHist->GetAxis(1)->SetTitle("p_{T} (GeV/c)"); fCentralityTrackHist->GetAxis(2)->SetTitle("#eta"); fCentralityTrackHist->GetAxis(3)->SetTitle("multRecMult"); fCentralityTrackHist->GetAxis(4)->SetTitle("multMB"); for (Int_t i=1; i<=fDimensionsCentralityEstimators ; i++) { fCentralityTrackHist->SetBinEdges(i+4,fBinsCentrality); TString axistitle(GetCentralityEstimator(i)); axistitle += " Centrality"; fCentralityTrackHist->GetAxis(i+4)->SetTitle(axistitle); } fCentralityTrackHist->Sumw2(); fNVCentralityEvent = fDimensionsCentralityEstimators + 3; fNVCentralityTrack = fDimensionsCentralityEstimators + 5; fVCentralityEvent = new Double_t[fNVCentralityEvent]; fVCentralityTrack = new Double_t[fNVCentralityTrack]; // } // init folder fAnalysisFolder = CreateFolder("folderdNdPt","Analysis dNdPt Folder"); fUtils = new AliAnalysisUtils(); // set init flag fIsInit = kTRUE; } //_____________________________________________________________________________ void AlidNdPtAnalysispPb::Process(AliESDEvent *const esdEvent, AliMCEvent *const mcEvent) { // init if not done already if (!fIsInit) { Init(); } // // Process real and/or simulated events // if(!esdEvent) { AliDebug(AliLog::kError, "esdEvent not available"); return; } // get selection cuts AlidNdPtEventCuts *evtCuts = GetEventCuts(); AlidNdPtAcceptanceCuts *accCuts = GetAcceptanceCuts(); AliESDtrackCuts *esdTrackCuts = GetTrackCuts(); AlidNdPtAcceptanceCuts *multAccCuts = GetMultAcceptanceCuts(); if(!evtCuts || !accCuts || !esdTrackCuts) { AliDebug(AliLog::kError, "cuts not available"); return; } // trigger selection Bool_t isEventTriggered = kTRUE; AliPhysicsSelection *physicsSelection = NULL; AliTriggerAnalysis* triggerAnalysis = NULL; // AliInputEventHandler* inputHandler = (AliInputEventHandler*) AliAnalysisManager::GetAnalysisManager()->GetInputEventHandler(); if (!inputHandler) { Printf("ERROR: Could not receive input handler"); return; } if(evtCuts->IsTriggerRequired()) { // always MB //isEventTriggered = inputHandler->IsEventSelected() & AliVEvent::kMB; isEventTriggered = inputHandler->IsEventSelected() & GetTriggerMask(); physicsSelection = static_cast<AliPhysicsSelection*> (inputHandler->GetEventSelection()); if(!physicsSelection) return; //SetPhysicsTriggerSelection(physicsSelection); if (isEventTriggered && (GetTrigger() == AliTriggerAnalysis::kV0AND)) { // set trigger (V0AND) triggerAnalysis = physicsSelection->GetTriggerAnalysis(); if(!triggerAnalysis) return; isEventTriggered = triggerAnalysis->IsOfflineTriggerFired(esdEvent, GetTrigger()); } // calculate LHC background if(!IsUseMCInfo()) { // // 0-multiplicity bin for LHC background correction // /* bin0 done in the train if( GetAnalysisMode() == AlidNdPtHelper::kTPCITS || GetAnalysisMode() == AlidNdPtHelper::kTPCTrackSPDvtx || GetAnalysisMode() == AlidNdPtHelper::kTPCTrackSPDvtxUpdate || GetAnalysisMode() == AlidNdPtHelper::kTPCITSHybridTrackSPDvtx || GetAnalysisMode() == AlidNdPtHelper::kTPCITSHybridTrackSPDvtxDCArPt ) { physicsSelection->SetBin0CallbackViaPointer(&AlidNdPtAnalysispPb::IsBinZeroTrackSPDvtx); } else { physicsSelection->SetBin0CallbackViaPointer(&AlidNdPtAnalysispPb::IsBinZeroSPDvtx); } */ } } // use MC information AliHeader* header = 0; AliGenEventHeader* genHeader = 0; AliStack* stack = 0; TArrayF vtxMC(3); AliPWG0Helper::MCProcessType evtType = AliPWG0Helper::kInvalidProcess; Int_t multMCTrueTracks = 0; if(IsUseMCInfo()) { // if(!mcEvent) { AliDebug(AliLog::kError, "mcEvent not available"); return; } // get MC event header header = mcEvent->Header(); if (!header) { AliDebug(AliLog::kError, "Header not available"); return; } // MC particle stack stack = mcEvent->Stack(); if (!stack) { AliDebug(AliLog::kError, "Stack not available"); return; } // get event type (ND=0x1, DD=0x2, SD=0x4) evtType = AlidNdPtHelper::GetEventProcessTypePA(header); AliDebug(AliLog::kDebug+1, Form("Found process type %d", evtType)); // get MC vertex genHeader = header->GenEventHeader(); if (!genHeader) { AliDebug(AliLog::kError, "Could not retrieve genHeader from Header"); return; } genHeader->PrimaryVertex(vtxMC); Double_t vMCEventHist1[3]={vtxMC[0],vtxMC[1],vtxMC[2]}; fMCEventHist1->Fill(vMCEventHist1); // multipliticy of all MC primary tracks // in Zv, pt and eta ranges) if (fRapidityShift == 0) { multMCTrueTracks = AlidNdPtHelper::GetMCTrueTrackMult(mcEvent,evtCuts,multAccCuts); } else { multMCTrueTracks = AlidNdPtHelper::GetMCTrueTrackMult(mcEvent,evtCuts,multAccCuts,fRapidityShift); } } // end bUseMC // get reconstructed vertex const AliESDVertex* vtxESD = 0; Bool_t isRecVertex = kFALSE; /* the following lines have been commented out for same vertex as dNdEta analysis if(evtCuts->IsRecVertexRequired()) { Bool_t bRedoTPCVertex = evtCuts->IsRedoTPCVertex(); Bool_t bUseConstraints = evtCuts->IsUseBeamSpotConstraint(); vtxESD = AlidNdPtHelper::GetVertex(esdEvent,evtCuts,accCuts,esdTrackCuts,GetAnalysisMode(),kFALSE,bRedoTPCVertex,bUseConstraints); if(!vtxESD) return; isRecVertex = AlidNdPtHelper::TestRecVertex(vtxESD, esdEvent->GetPrimaryVertexSPD(), GetAnalysisMode(), kFALSE); } if( IsUseMCInfo() && !evtCuts->IsRecVertexRequired() ) { vtxESD = new AliESDVertex(vtxMC[2],10.,genHeader->NProduced(),"smearMC"); if(!vtxESD) return; isRecVertex = kTRUE; } if(!vtxESD) return; */ // the following lines have been added for same vertex as dNdEta analysis vtxESD = esdEvent->GetPrimaryVertexTracks(); if(!vtxESD || (vtxESD->GetNContributors()<1)) { // SPD vertex vtxESD = esdEvent->GetPrimaryVertexSPD(); if (vtxESD->GetNContributors()>0) { TString vtxTyp = vtxESD->GetTitle(); if ( !vtxTyp.Contains("vertexer: Z") || (vtxESD->GetDispersion()<0.04 && vtxESD->GetZRes()<0.25)) isRecVertex = kTRUE; } } else { isRecVertex = kTRUE; } // the previous lines have been added for same vertex as dNdEta analysis Bool_t isEventOK = evtCuts->AcceptEvent(esdEvent,mcEvent,vtxESD) && isRecVertex; Bool_t isEventSelected2013 = kTRUE; // selection and pileup rejection for 2013 p-A if (fIs2013pA) { if (fUtils->IsFirstEventInChunk(esdEvent)) { isEventSelected2013 = kFALSE; } if (!fUtils->IsVertexSelected2013pA(esdEvent)) { isEventSelected2013 = kFALSE; } if (fUtils->IsPileUpEvent(esdEvent)) { isEventSelected2013 = kFALSE; } } isEventOK = isEventOK && isEventSelected2013; //printf("isEventOK %d, isEventTriggered %d \n",isEventOK, isEventTriggered); //printf("GetAnalysisMode() %d \n",GetAnalysisMode()); Bool_t isTrigAndVertex = isEventTriggered && isEventOK; Double_t vEventCount[3] = { static_cast<Double_t>((isEventTriggered && kTRUE)) , static_cast<Double_t>(isTrigAndVertex), static_cast<Double_t>( isTrigAndVertex && (TMath::Abs(vtxESD->GetZ()) < 10.))}; fEventCount->Fill(vEventCount); // vertex contributors Int_t multMBTracks = 0; if(GetAnalysisMode() == AlidNdPtHelper::kTPC) { if(vtxESD && vtxESD->GetStatus() && isRecVertex) multMBTracks = AlidNdPtHelper::GetTPCMBTrackMult(esdEvent,evtCuts,accCuts,esdTrackCuts); } else if( GetAnalysisMode() == AlidNdPtHelper::kTPCSPDvtx || GetAnalysisMode()==AlidNdPtHelper::kTPCSPDvtxUpdate ) { const AliMultiplicity* mult = esdEvent->GetMultiplicity(); if(mult && vtxESD && vtxESD->GetStatus() && isRecVertex) multMBTracks = mult->GetNumberOfTracklets(); } else if( GetAnalysisMode() == AlidNdPtHelper::kTPCITS || GetAnalysisMode()==AlidNdPtHelper::kTPCITSHybrid || GetAnalysisMode() == AlidNdPtHelper::kTPCTrackSPDvtx || GetAnalysisMode() == AlidNdPtHelper::kTPCTrackSPDvtxUpdate || GetAnalysisMode() == AlidNdPtHelper::kTPCITSHybridTrackSPDvtx || GetAnalysisMode() == AlidNdPtHelper::kTPCITSHybridTrackSPDvtxDCArPt || GetAnalysisMode() == AlidNdPtHelper::kITSStandAloneTrackSPDvtx || GetAnalysisMode() == AlidNdPtHelper::kITSStandAloneTPCTrackSPDvtx ) { if(vtxESD && vtxESD->GetStatus() && isRecVertex) multMBTracks = vtxESD->GetNContributors(); } else { AliDebug(AliLog::kError, Form("Found analysis type %d", GetAnalysisMode())); return; } Bool_t isEventSelected = kTRUE; if(evtCuts->IsEventSelectedRequired()) { // select events with at least // one prompt track in acceptance // pT>0.5 GeV/c, |eta|<0.8 for the Cross Section studies isEventSelected = AlidNdPtHelper::SelectEvent(esdEvent,esdTrackCuts); //printf("isEventSelected %d \n", isEventSelected); } TObjArray *allChargedTracks=0; //Int_t multAll=0, multAcc=0, multRec=0; Int_t multAll=0, multRec=0; Int_t *labelsAll=0, *labelsAcc=0, *labelsRec=0; // check event cuts Int_t multRecMult=0; Double_t centralityD = -1; if(isEventOK && isEventTriggered && isEventSelected) { // get all charged tracks allChargedTracks = AlidNdPtHelper::GetAllChargedTracks(esdEvent,GetAnalysisMode()); if(!allChargedTracks) return; Int_t entries = allChargedTracks->GetEntries(); //printf("entries %d \n",entries); // calculate mult of reconstructed tracks for(Int_t i=0; i<entries;++i) { AliESDtrack *track = (AliESDtrack*)allChargedTracks->At(i); if(!track) continue; if(track->Charge()==0) continue; // only postive charged if(GetParticleMode() == AlidNdPtHelper::kPlus && track->Charge() < 0) continue; // only negative charged if(GetParticleMode() == AlidNdPtHelper::kMinus && track->Charge() > 0) continue; if(GetMultTrackCuts()->AcceptTrack(track)) { if(GetMultAcceptanceCuts()->AcceptTrack(track)) { multRecMult++; } } } // fill fCentralityEventHist only if necessary // also filles event-related value for fCentralityTrackHist if (fDimensionsCentralityEstimators > 0) { fVCentralityEvent[0] = vtxESD->GetZ(); fVCentralityEvent[1] = multRecMult; fVCentralityEvent[2] = multMBTracks; fVCentralityTrack[0] = vtxESD->GetZ(); fVCentralityTrack[3] = multRecMult; fVCentralityTrack[4] = multMBTracks; for (Int_t i=1; i<=fDimensionsCentralityEstimators ; i++) { // centrality determination Float_t centralityF = -1.; AliCentrality *esdCentrality = esdEvent->GetCentrality(); centralityF = esdCentrality->GetCentralityPercentile(GetCentralityEstimator(i)); fVCentralityEvent[i+2] = centralityF; fVCentralityTrack[i+4] = centralityF; if (1==i) { centralityD = centralityF; } } fCentralityEventHist->Fill(fVCentralityEvent); } labelsAll = new Int_t[entries]; labelsAcc = new Int_t[entries]; labelsRec = new Int_t[entries]; for(Int_t i=0; i<entries;++i) { AliESDtrack *track = (AliESDtrack*)allChargedTracks->At(i); if(!track) continue; if(track->Charge()==0) continue; // only postive charged if(GetParticleMode() == AlidNdPtHelper::kPlus && track->Charge() < 0) continue; // only negative charged if(GetParticleMode() == AlidNdPtHelper::kMinus && track->Charge() > 0) continue; FillHistograms(track,stack,vtxESD->GetZ(),AlidNdPtHelper::kAllTracks, multRecMult); labelsAll[multAll] = TMath::Abs(track->GetLabel()); multAll++; //if(accCuts->AcceptTrack(track)) { //FillHistograms(track,stack,AlidNdPtHelper::kAccTracks); //labelsAcc[multAcc] = TMath::Abs(track->GetLabel()); //multAcc++; //} // esd track selection // ITS stand alone if(GetAnalysisMode() == AlidNdPtHelper::kITSStandAloneTrackSPDvtx) { if(!(track->GetStatus() & AliESDtrack::kITSpureSA)) continue; if(!(track->GetStatus() & AliESDtrack::kITSrefit)) continue; if(track->GetNcls(0)<4) continue; if(!track->HasPointOnITSLayer(0) && !track->HasPointOnITSLayer(1)) continue; } else if(GetAnalysisMode() == AlidNdPtHelper::kITSStandAloneTPCTrackSPDvtx) { // // ITS and TPC stand alone tracks // if(!(track->GetStatus() & AliESDtrack::kITSpureSA)) continue; if(!(track->GetStatus() & AliESDtrack::kITSrefit)) continue; if(track->GetNcls(0)<4) continue; if(!track->HasPointOnITSLayer(0) && !track->HasPointOnITSLayer(1)) continue; // Check matching with TPC only track Bool_t hasMatch = kFALSE; for(Int_t j=0; j<entries;++j) { if(i==j) continue; AliESDtrack *track2 = (AliESDtrack*)allChargedTracks->At(j); if(!track2) continue; if(track2->Charge()==0) continue; if (!track2->GetTPCInnerParam()) continue; // check loose cuts for TPC tracks if(!esdTrackCuts->AcceptTrack(track2)) continue; AliExternalTrackParam *innerTPC = new AliExternalTrackParam(*(track2->GetTPCInnerParam())); if(!innerTPC) continue; Double_t x2[3]; track2->GetXYZ(x2); Double_t b2[3]; AliTracker::GetBxByBz(x2,b2); Double_t dz[2],cov[3]; Bool_t isPropOK = innerTPC->PropagateToDCABxByBz(vtxESD,b2,kVeryBig,dz,cov); if(!isPropOK && innerTPC) {delete innerTPC; continue;} // check matching if (TMath::Abs(track->GetY() - innerTPC->GetY()) > 3) { delete innerTPC; continue; } if (TMath::Abs(track->GetSnp() - innerTPC->GetSnp()) > 0.2) { delete innerTPC; continue; } if (TMath::Abs(track->GetTgl() - innerTPC->GetTgl()) > 0.2) { delete innerTPC; continue; } hasMatch = kTRUE; if(innerTPC) delete innerTPC; } if(!hasMatch) continue; } else { // check track cuts if(!esdTrackCuts->AcceptTrack(track)) continue; } // Bool_t isOK = kFALSE; Double_t x[3]; track->GetXYZ(x); Double_t b[3]; AliTracker::GetBxByBz(x,b); // // if TPC-ITS hybrid tracking (kTPCITSHybrid) // replace track parameters with TPC-ony track parameters // if( GetAnalysisMode() == AlidNdPtHelper::kTPCITSHybrid || GetAnalysisMode() == AlidNdPtHelper::kTPCITSHybridTrackSPDvtx || GetAnalysisMode() == AlidNdPtHelper::kTPCITSHybridTrackSPDvtxDCArPt) { // Relate TPC-only tracks to Track or SPD vertex isOK = track->RelateToVertexTPCBxByBz(vtxESD, b, kVeryBig); if(!isOK) continue; // replace esd track parameters with TPCinner AliExternalTrackParam *tpcTrack = new AliExternalTrackParam(*(track->GetTPCInnerParam())); if (tpcTrack) { track->Set(tpcTrack->GetX(),tpcTrack->GetAlpha(),tpcTrack->GetParameter(),tpcTrack->GetCovariance()); } if(tpcTrack) delete tpcTrack; } // update track parameters using vertex point if( GetAnalysisMode() == AlidNdPtHelper::kTPCSPDvtxUpdate || GetAnalysisMode() == AlidNdPtHelper::kTPCTrackSPDvtxUpdate ) { // update track parameters AliExternalTrackParam cParam; isOK = track->RelateToVertexTPCBxByBz(vtxESD, b, kVeryBig, &cParam); if(!isOK) continue; track->Set(cParam.GetX(),cParam.GetAlpha(),cParam.GetParameter(),cParam.GetCovariance()); if(accCuts->AcceptTrack(track)) { FillHistograms(track,stack,vtxESD->GetZ(),AlidNdPtHelper::kRecTracks,multRecMult); labelsRec[multRec] = TMath::Abs(track->GetLabel()); multRec++; } } else { if(accCuts->AcceptTrack(track)) { FillHistograms(track,stack,vtxESD->GetZ(),AlidNdPtHelper::kRecTracks,multRecMult); labelsRec[multRec] = TMath::Abs(track->GetLabel()); multRec++; } } } // fill track multiplicity histograms // terribly slow // FillHistograms(allChargedTracks,labelsAll,multAll,labelsAcc,multAcc,labelsRec,multRec); Double_t vRecEventHist1[3] = {vtxESD->GetX(),vtxESD->GetY(),vtxESD->GetZ()}; fRecEventHist1->Fill(vRecEventHist1); Double_t vRecEventHist2[3] = {vtxESD->GetZ(),static_cast<Double_t>(multMBTracks),static_cast<Double_t>(multRecMult)}; fRecEventHist2->Fill(vRecEventHist2); // //Double_t vRecEventHist[2] = {vtxESD->GetZ(),multMBTracks}; Double_t vRecEventHist[3] = {vtxESD->GetZ(),static_cast<Double_t>(multMBTracks),centralityD}; fRecEventHist->Fill(vRecEventHist); // fill fEventMultHist for cross checks Double_t vEventMultHist[3] = {static_cast<Double_t>(multMBTracks),static_cast<Double_t>(multRecMult),static_cast<Double_t>(multRec)}; fEventMultHist->Fill(vEventMultHist); } if(IsUseMCInfo()) { if(mcEvent) { if(evtCuts->IsEventSelectedRequired()) { // select events with at least // one MC primary track in acceptance // pT>0.5 GeV/c, |eta|<0.8 for the Cross Section studies Bool_t isMCEventSelected = AlidNdPtHelper::SelectMCEvent(mcEvent); //printf("isMCEventSelected %d \n", isMCEventSelected); if(!isMCEventSelected) { if(allChargedTracks) delete allChargedTracks; allChargedTracks = 0; if(labelsAll) delete [] labelsAll; labelsAll = 0; if(labelsAcc) delete [] labelsAcc; labelsAcc = 0; if(labelsRec) delete [] labelsRec; labelsRec = 0; return; } } Double_t vMultTrueEventMatrix[3] = { static_cast<Double_t>(multRecMult), static_cast<Double_t>(multMCTrueTracks), static_cast<Double_t>(multMBTracks)}; if(isEventOK && isEventTriggered) { if(TMath::Abs(vtxMC[2]) < 10.0) // both Rec. and corresponding MC events must be accepted fEventMultCorrelationMatrix->Fill(vMultTrueEventMatrix); } // // event level corrections (zv,N_MB) // // all inelastic //Double_t vEventMatrix[2] = {vtxMC[2],multMBTracks}; Double_t vEventMatrix[3] = {vtxMC[2],static_cast<Double_t>(multMCTrueTracks),centralityD}; fGenEventMatrix->Fill(vEventMatrix); if(isEventTriggered) fTriggerEventMatrix->Fill(vEventMatrix); if(isEventOK && isEventTriggered) fRecEventMatrix->Fill(vEventMatrix); // single diffractive if(evtType == AliPWG0Helper::kSD) { fGenSDEventMatrix->Fill(vEventMatrix); if(isEventTriggered) fTriggerSDEventMatrix->Fill(vEventMatrix); if(isEventOK && isEventTriggered) fRecSDEventMatrix->Fill(vEventMatrix); } // double diffractive if(evtType == AliPWG0Helper::kDD) { fGenDDEventMatrix->Fill(vEventMatrix); if(isEventTriggered) fTriggerDDEventMatrix->Fill(vEventMatrix); if(isEventOK && isEventTriggered) fRecDDEventMatrix->Fill(vEventMatrix); } // non diffractive if(evtType == AliPWG0Helper::kND) { fGenNDEventMatrix->Fill(vEventMatrix); if(isEventTriggered) fTriggerNDEventMatrix->Fill(vEventMatrix); if(isEventOK && isEventTriggered) fRecNDEventMatrix->Fill(vEventMatrix); } // non single diffractive if(evtType != AliPWG0Helper::kSD) { fGenNSDEventMatrix->Fill(vEventMatrix); if(isEventTriggered) fTriggerNSDEventMatrix->Fill(vEventMatrix); if(isEventOK && isEventTriggered) fRecNSDEventMatrix->Fill(vEventMatrix); } // // track-event level corrections (zv,pt,eta) // for (Int_t iMc = 0; iMc < stack->GetNtrack(); ++iMc) { TParticle* particle = stack->Particle(iMc); if (!particle) continue; // only charged particles if(!particle->GetPDG()) continue; Double_t charge = particle->GetPDG()->Charge()/3.; if ( TMath::Abs(charge) < 0.001 ) continue; // only postive charged if(GetParticleMode() == AlidNdPtHelper::kPlus && charge < 0.) continue; // only negative charged if(GetParticleMode() == AlidNdPtHelper::kMinus && charge > 0.) continue; // physical primary Bool_t prim = stack->IsPhysicalPrimary(iMc); if(!prim) continue; // checked accepted if(accCuts->AcceptTrack(particle)) { //Double_t vTrackEventMatrix[3] = {vtxMC[2], particle->Pt(), particle->Eta()}; Double_t vTrackEventMatrix[4] = {vtxMC[2],particle->Pt(),particle->Eta(),static_cast<Double_t>(multMCTrueTracks)}; fGenTrackEventMatrix->Fill(vTrackEventMatrix); if(evtType == AliPWG0Helper::kSD) { fGenTrackSDEventMatrix->Fill(vTrackEventMatrix); } if(evtType == AliPWG0Helper::kDD) { fGenTrackDDEventMatrix->Fill(vTrackEventMatrix); } if(evtType == AliPWG0Helper::kND) { fGenTrackNDEventMatrix->Fill(vTrackEventMatrix); } if(evtType != AliPWG0Helper::kSD) { fGenTrackNSDEventMatrix->Fill(vTrackEventMatrix); } // if(!isEventTriggered) continue; fTriggerTrackEventMatrix->Fill(vTrackEventMatrix); if(evtType == AliPWG0Helper::kSD) { fTriggerTrackSDEventMatrix->Fill(vTrackEventMatrix); } if(evtType == AliPWG0Helper::kDD) { fTriggerTrackDDEventMatrix->Fill(vTrackEventMatrix); } if(evtType == AliPWG0Helper::kND) { fTriggerTrackNDEventMatrix->Fill(vTrackEventMatrix); } if(evtType != AliPWG0Helper::kSD) { fTriggerTrackNSDEventMatrix->Fill(vTrackEventMatrix); } // if(!isEventOK) continue; fRecTrackEventMatrix->Fill(vTrackEventMatrix); if(evtType == AliPWG0Helper::kSD) { fRecTrackSDEventMatrix->Fill(vTrackEventMatrix); } if(evtType == AliPWG0Helper::kDD) { fRecTrackDDEventMatrix->Fill(vTrackEventMatrix); } if(evtType == AliPWG0Helper::kND) { fRecTrackNDEventMatrix->Fill(vTrackEventMatrix); } if(evtType != AliPWG0Helper::kSD) { fRecTrackNSDEventMatrix->Fill(vTrackEventMatrix); } } } // // track-level corrections (zv,pt,eta) // if(isEventOK && isEventTriggered) { // fill MC and rec event control histograms if(fHistogramsOn) { Double_t vRecMCEventHist1[3] = {vtxESD->GetX()-vtxMC[0],vtxESD->GetY()-vtxMC[1],vtxESD->GetZ()-vtxMC[2]}; fRecMCEventHist1->Fill(vRecMCEventHist1); Double_t vRecMCEventHist2[3] = {vtxESD->GetX()-vtxMC[0],vtxESD->GetZ()-vtxMC[2],static_cast<Double_t>(multMBTracks)}; fRecMCEventHist2->Fill(vRecMCEventHist2); Double_t vRecMCEventHist3[2] = {static_cast<Double_t>(multRec),evtType}; fRecMCEventHist3->Fill(vRecMCEventHist3); } // // MC histograms for track efficiency studies // Int_t countRecCandle = 0; for (Int_t iMc = 0; iMc < stack->GetNtrack(); ++iMc) { TParticle* particle = stack->Particle(iMc); if (!particle) continue; //Double_t vTrackMatrix[3] = {vtxMC[2],particle->Pt(),particle->Eta()}; . Double_t vTrackMatrix[4] = {vtxMC[2],particle->Pt(),particle->Eta(),centralityD}; // all genertated primaries including neutral //if( iMc < stack->GetNprimary() ) { //fGenTrackMatrix->Fill(vTrackMatrix); //} // only charged particles if(!particle->GetPDG()) continue; Double_t charge = particle->GetPDG()->Charge()/3.; if (TMath::Abs(charge) < 0.001) continue; // only postive charged if(GetParticleMode() == AlidNdPtHelper::kPlus && charge < 0.) continue; // only negative charged if(GetParticleMode() == AlidNdPtHelper::kMinus && charge > 0.) continue; // physical primary Bool_t prim = stack->IsPhysicalPrimary(iMc); // check accepted if(accCuts->AcceptTrack(particle)) { if( AlidNdPtHelper::IsPrimaryParticle(stack, iMc, GetParticleMode()) ) { fGenPrimTrackMatrix->Fill(vTrackMatrix); Double_t vMCPrimTrackHist[4] = {vtxMC[2],particle->Pt(),particle->Eta(),static_cast<Double_t>(multMCTrueTracks)}; fMCPrimTrackHist->Fill(vMCPrimTrackHist); } // fill control histograms if(fHistogramsOn) FillHistograms(stack,iMc,AlidNdPtHelper::kAccTracks); // check multiple found tracks Int_t multCount = 0; for(Int_t iRec=0; iRec<multRec; ++iRec) { if(iMc == labelsRec[iRec]) { multCount++; if(multCount>1) { fRecMultTrackMatrix->Fill(vTrackMatrix); // fill control histogram if(fHistogramsOn) { Int_t pid = AlidNdPtHelper::ConvertPdgToPid(particle); Double_t vMCMultRecTrackHist1[3] = {particle->Pt(), particle->Eta(), static_cast<Double_t>(pid)}; fMCMultRecTrackHist1->Fill(vMCMultRecTrackHist1); } } } } // check reconstructed for(Int_t iRec=0; iRec<multRec; ++iRec) { if(iMc == labelsRec[iRec]) { fRecTrackMatrix->Fill(vTrackMatrix); if( AlidNdPtHelper::IsPrimaryParticle(stack, iMc, GetParticleMode()) ) { fRecPrimTrackMatrix->Fill(vTrackMatrix); //AliESDtrack *track = esdEvent->GetTrack(iRec); //if(track && track->GetKinkIndex(0) < 0) // printf("prim kink \n"); countRecCandle++; } if(!prim) fRecSecTrackMatrix->Fill(vTrackMatrix); // fill control histograms if(fHistogramsOn) FillHistograms(stack,iMc,AlidNdPtHelper::kRecTracks); break; } } } } if(countRecCandle>0) fRecCandleEventMatrix->Fill(vEventMatrix); } } }// end bUseMC if(allChargedTracks) delete allChargedTracks; allChargedTracks = 0; if(labelsAll) delete [] labelsAll; labelsAll = 0; if(labelsAcc) delete [] labelsAcc; labelsAcc = 0; if(labelsRec) delete [] labelsRec; labelsRec = 0; if(!evtCuts->IsRecVertexRequired() && vtxESD != NULL) delete vtxESD; //if(trigAna) delete trigAna; } //_____________________________________________________________________________ void AlidNdPtAnalysispPb::FillHistograms(TObjArray *const allChargedTracks,Int_t *const labelsAll,Int_t multAll,Int_t *const labelsAcc,Int_t multAcc,Int_t *const labelsRec,Int_t multRec) { // multiplicity histograms if(!allChargedTracks) return; if(!labelsAll) return; if(!labelsAcc) return; if(!labelsRec) return; Int_t entries = allChargedTracks->GetEntries(); for(Int_t i=0; i<entries; ++i) { AliESDtrack *track = (AliESDtrack*)allChargedTracks->At(i); if(!track) continue; if(track->Charge() == 0) continue; Int_t label = TMath::Abs(track->GetLabel()); for(Int_t iAll=0; iAll<multAll; ++iAll) { if(label == labelsAll[iAll]) { Double_t v1[2] = {track->Pt(), static_cast<Double_t>(multAll)}; fRecTrackMultHist1[AlidNdPtHelper::kAllTracks]->Fill(v1); } } for(Int_t iAcc=0; iAcc<multAcc; ++iAcc) { if(label == labelsAcc[iAcc]) { Double_t v2[2] = {track->Pt(), static_cast<Double_t>(multAcc)}; fRecTrackMultHist1[AlidNdPtHelper::kAccTracks]->Fill(v2); } } for(Int_t iRec=0; iRec<multRec; ++iRec) { if(label == labelsRec[iRec]) { Double_t v3[2] = {track->Pt(), static_cast<Double_t>(multRec)}; fRecTrackMultHist1[AlidNdPtHelper::kRecTracks]->Fill(v3); } } } } //_____________________________________________________________________________ void AlidNdPtAnalysispPb::FillHistograms(AliESDtrack *const esdTrack, AliStack *const stack, const Double_t zv, AlidNdPtHelper::TrackObject trackObj, Int_t multRecMult) { // // Fill ESD track and MC histograms // if(!esdTrack) return; Float_t q = esdTrack->Charge(); if(TMath::Abs(q) < 0.001) return; Float_t pt = esdTrack->Pt(); //Float_t qpt = esdTrack->Pt() * q; Float_t eta = esdTrack->Eta(); Float_t phi = esdTrack->Phi(); Float_t dca[2], bCov[3]; esdTrack->GetImpactParameters(dca,bCov); Int_t nClust = esdTrack->GetTPCclusters(0); Float_t chi2PerCluster = 0.; if(nClust>0.) chi2PerCluster = esdTrack->GetTPCchi2()/Float_t(nClust); // fill histograms Double_t values1[3] = {pt,eta,phi}; fRecTrackHist1[trackObj]->Fill(values1); Double_t values[4] = {zv, pt,eta, static_cast<Double_t>(multRecMult)}; if(trackObj == AlidNdPtHelper::kRecTracks) { fRecTrackHist->Fill(values); } //fill fCentralityTrackHist only if necessary if (fDimensionsCentralityEstimators > 0) { fVCentralityTrack[1] = pt; fVCentralityTrack[2] = eta; if(trackObj == AlidNdPtHelper::kRecTracks) { fCentralityTrackHist->Fill(fVCentralityTrack); } } /* Double_t values2[5] = {nClust,chi2PerCluster,pt,eta,phi}; if(trackObj == AlidNdPtHelper::kRecTracks) { if(fHistogramsOn) fRecTrackHist2->Fill(values2); } */ // // Fill rec vs MC information // if(!stack) return; Int_t label = TMath::Abs(esdTrack->GetLabel()); //if(label == 0) return; if(label > stack->GetNtrack()) return; TParticle* particle = stack->Particle(label); if(!particle) return; //Bool_t prim = stack->IsPhysicalPrimary(label); //Int_t pid = AlidNdPtHelper::ConvertPdgToPid(particle); Int_t motherPdg = -1; TParticle* mother = 0; //TParticle* prim_mother = AlidNdPtHelper::FindPrimaryMother(stack,label); Int_t motherLabel = particle->GetMother(0); if(motherLabel>0) mother = stack->Particle(motherLabel); if(mother) motherPdg = TMath::Abs(mother->GetPdgCode()); // take abs for visualisation only //Int_t mech = particle->GetUniqueID(); // production mechanism if(!particle->GetPDG()) return; Double_t gq = particle->GetPDG()->Charge()/3.0; // Charge units |e|/3 if(TMath::Abs(gq)<0.001) return; Float_t gpt = particle->Pt(); Float_t geta = particle->Eta(); //Float_t qgpt = particle->Pt() * gq; //Float_t gphi = particle->Phi(); Double_t dpt=0; //printf("pt %f, gpt %f \n",pt,gpt); if(gpt) dpt = (pt-gpt)/gpt; Double_t deta = (eta-geta); // fill histograms if(trackObj == AlidNdPtHelper::kRecTracks) { Double_t vTrackPtCorrelationMatrix[3]={pt,gpt,geta}; fTrackPtCorrelationMatrix->Fill(vTrackPtCorrelationMatrix); Double_t vRecMCTrackHist1[4]={gpt,geta,dpt,deta}; fRecMCTrackHist1->Fill(vRecMCTrackHist1); } } //_____________________________________________________________________________ void AlidNdPtAnalysispPb::FillHistograms(AliStack *const stack, Int_t label, AlidNdPtHelper::TrackObject trackObj) { // Fill MC histograms if(!stack) return; if(label > stack->GetNtrack()) return; TParticle* particle = stack->Particle(label); if(!particle) return; Int_t motherPdg = -1; TParticle* mother = 0; //TParticle* prim_mother = AlidNdPtHelper::FindPrimaryMother(stack,label); Int_t motherLabel = particle->GetMother(0); if(motherLabel>0) mother = stack->Particle(motherLabel); if(mother) motherPdg = TMath::Abs(mother->GetPdgCode()); // take abs for visualisation only Int_t mech = particle->GetUniqueID(); // production mechanism if(!particle->GetPDG()) return; Double_t gq = particle->GetPDG()->Charge()/3.0; // Charge units |e|/3 if(TMath::Abs(gq) < 0.001) return; Float_t gpt = particle->Pt(); //Float_t qgpt = particle->Pt() * gq; Float_t geta = particle->Eta(); Float_t gphi = particle->Phi(); //Float_t gpz = particle->Pz(); Bool_t prim = stack->IsPhysicalPrimary(label); //Float_t vx = particle->Vx(); Float_t vy = particle->Vy(); Float_t vz = particle->Vz(); Int_t pid = AlidNdPtHelper::ConvertPdgToPid(particle); //if(prim&&pid==5) printf("pdgcode %d, production mech %d \n",particle->GetPdgCode(),mech); //if(!prim) printf("motherPdg %d, particle %d, production mech %d\n",motherPdg, particle->GetPdgCode(),mech); // // fill histogram // Double_t vMCTrackHist1[3] = {gpt,geta,gphi}; fMCTrackHist1[trackObj]->Fill(vMCTrackHist1); Double_t vMCPrimTrackHist1[5] = {gpt,geta,static_cast<Double_t>(pid),static_cast<Double_t>(mech),static_cast<Double_t>(motherPdg)}; Double_t vMCPrimTrackHist2[5] = {static_cast<Double_t>(TMath::Abs(particle->GetPdgCode())),static_cast<Double_t>(mech),static_cast<Double_t>(motherPdg)}; //if(prim && AliPWG0Helper::IsPrimaryCharged(particle, label)) fMCPrimTrackHist1[trackObj]->Fill(vMCPrimTrackHist1); if(prim) { fMCPrimTrackHist1[trackObj]->Fill(vMCPrimTrackHist1); if(pid == 5) fMCPrimTrackHist2[trackObj]->Fill(vMCPrimTrackHist2); } else { fMCSecTrackHist1[trackObj]->Fill(vMCPrimTrackHist1); } } //_____________________________________________________________________________ Long64_t AlidNdPtAnalysispPb::Merge(TCollection* const list) { // init if not done already if (!fIsInit) { Init(); } // Merge list of objects (needed by PROOF) if (!list) return 0; if (list->IsEmpty()) return 1; TIterator* iter = list->MakeIterator(); TObject* obj = 0; // //TList *collPhysSelection = new TList; // collection of generated histograms Int_t count=0; while((obj = iter->Next()) != 0) { AlidNdPtAnalysispPb* entry = dynamic_cast<AlidNdPtAnalysispPb*>(obj); if (entry == 0) continue; // physics selection //printf("entry->GetPhysicsTriggerSelection() %p \n", entry->GetPhysicsTriggerSelection()); //collPhysSelection->Add(entry->GetPhysicsTriggerSelection()); // fRecEventHist->Add(entry->fRecEventHist); fRecTrackHist->Add(entry->fRecTrackHist); fEventCount->Add(entry->fEventCount); fEventMultHist->Add(entry->fEventMultHist); if (fDimensionsCentralityEstimators > 0) { fCentralityEventHist->Add(entry->fCentralityEventHist); fCentralityTrackHist->Add(entry->fCentralityTrackHist); } // fEventMultCorrelationMatrix->Add(entry->fEventMultCorrelationMatrix); fTrackPtCorrelationMatrix->Add(entry->fTrackPtCorrelationMatrix); // fGenEventMatrix->Add(entry->fGenEventMatrix); fGenSDEventMatrix->Add(entry->fGenSDEventMatrix); fGenDDEventMatrix->Add(entry->fGenDDEventMatrix); fGenNDEventMatrix->Add(entry->fGenNDEventMatrix); fGenNSDEventMatrix->Add(entry->fGenNSDEventMatrix); fTriggerEventMatrix->Add(entry->fTriggerEventMatrix); fTriggerSDEventMatrix->Add(entry->fTriggerSDEventMatrix); fTriggerDDEventMatrix->Add(entry->fTriggerDDEventMatrix); fTriggerNDEventMatrix->Add(entry->fTriggerNDEventMatrix); fTriggerNSDEventMatrix->Add(entry->fTriggerNSDEventMatrix); fRecEventMatrix->Add(entry->fRecEventMatrix); fRecSDEventMatrix->Add(entry->fRecSDEventMatrix); fRecDDEventMatrix->Add(entry->fRecDDEventMatrix); fRecNDEventMatrix->Add(entry->fRecNDEventMatrix); fRecNSDEventMatrix->Add(entry->fRecNSDEventMatrix); fRecCandleEventMatrix->Add(entry->fRecCandleEventMatrix); // fGenTrackEventMatrix->Add(entry->fGenTrackEventMatrix); fGenTrackSDEventMatrix->Add(entry->fGenTrackSDEventMatrix); fGenTrackDDEventMatrix->Add(entry->fGenTrackDDEventMatrix); fGenTrackNDEventMatrix->Add(entry->fGenTrackNDEventMatrix); fGenTrackNSDEventMatrix->Add(entry->fGenTrackNSDEventMatrix); fTriggerTrackEventMatrix->Add(entry->fTriggerTrackEventMatrix); fTriggerTrackSDEventMatrix->Add(entry->fTriggerTrackSDEventMatrix); fTriggerTrackDDEventMatrix->Add(entry->fTriggerTrackDDEventMatrix); fTriggerTrackNDEventMatrix->Add(entry->fTriggerTrackNDEventMatrix); fTriggerTrackNSDEventMatrix->Add(entry->fTriggerTrackNSDEventMatrix); fRecTrackEventMatrix->Add(entry->fRecTrackEventMatrix); fRecTrackSDEventMatrix->Add(entry->fRecTrackSDEventMatrix); fRecTrackDDEventMatrix->Add(entry->fRecTrackDDEventMatrix); fRecTrackNDEventMatrix->Add(entry->fRecTrackNDEventMatrix); fRecTrackNSDEventMatrix->Add(entry->fRecTrackNSDEventMatrix); // fGenTrackMatrix->Add(entry->fGenTrackMatrix); fGenPrimTrackMatrix->Add(entry->fGenPrimTrackMatrix); fRecPrimTrackMatrix->Add(entry->fRecPrimTrackMatrix); // fRecTrackMatrix->Add(entry->fRecTrackMatrix); fRecSecTrackMatrix->Add(entry->fRecSecTrackMatrix); // fRecMultTrackMatrix->Add(entry->fRecMultTrackMatrix); fMCPrimTrackHist->Add(entry->fMCPrimTrackHist); // // control analysis histograms // fMCEventHist1->Add(entry->fMCEventHist1); fRecEventHist1->Add(entry->fRecEventHist1); fRecEventHist2->Add(entry->fRecEventHist2); fRecMCEventHist1->Add(entry->fRecMCEventHist1); fRecMCEventHist2->Add(entry->fRecMCEventHist2); fRecMCEventHist3->Add(entry->fRecMCEventHist3); for(Int_t i=0; i<AlidNdPtHelper::kCutSteps; i++) { fMCTrackHist1[i]->Add(entry->fMCTrackHist1[i]); fMCPrimTrackHist1[i]->Add(entry->fMCPrimTrackHist1[i]); fMCPrimTrackHist2[i]->Add(entry->fMCPrimTrackHist2[i]); fMCSecTrackHist1[i]->Add(entry->fMCSecTrackHist1[i]); fRecTrackHist1[i]->Add(entry->fRecTrackHist1[i]); fRecTrackMultHist1[i]->Add(entry->fRecTrackMultHist1[i]); } fRecMCTrackHist1->Add(entry->fRecMCTrackHist1); fMCMultRecTrackHist1->Add(entry->fMCMultRecTrackHist1); fRecTrackHist2->Add(entry->fRecTrackHist2); count++; } //AliPhysicsSelection *trigSelection = GetPhysicsTriggerSelection(); //trigSelection->Merge(collPhysSelection); //if(collPhysSelection) delete collPhysSelection; return count; } //____________________________________________________________________ Bool_t AlidNdPtAnalysispPb::IsBinZeroTrackSPDvtx(const AliESDEvent* esdEvent) { // // check 0-bin // for LHC background calculation // return kTRUE if vertex not reconstructed or // track multiplicity == 0 // if(!esdEvent) return kFALSE; // check vertex const AliESDVertex *vertex = esdEvent->GetPrimaryVertexTracks(); if(!vertex) return kTRUE; if(vertex->GetNContributors() < 1) { // SPD vertex vertex = esdEvent->GetPrimaryVertexSPD(); if(!vertex) return kTRUE; } if(TMath::Abs(vertex->GetZ()) > 15.0) return kTRUE; if( !AlidNdPtHelper::TestRecVertex(vertex, esdEvent->GetPrimaryVertexSPD(), AlidNdPtHelper::kTPCITSHybridTrackSPDvtx) ) return kTRUE; return kFALSE; } //____________________________________________________________________ Bool_t AlidNdPtAnalysispPb::IsBinZeroSPDvtx(const AliESDEvent* esdEvent) { // // check 0-bin // for LHC background calculation // return kTRUE if vertex not reconstructed or // tracklet multiplicity == 0 // if(!esdEvent) return kFALSE; // check vertex const AliESDVertex* vertex = esdEvent->GetPrimaryVertexSPD(); if(!vertex) return kTRUE; if(TMath::Abs(vertex->GetZ()) > 15.0) return kTRUE; if( !AlidNdPtHelper::TestRecVertex(vertex, esdEvent->GetPrimaryVertexSPD(), AlidNdPtHelper::kTPCSPDvtx) ) return kTRUE; return kFALSE; } //_____________________________________________________________________________ void AlidNdPtAnalysispPb::Analyse() { // init if not done already if (!fIsInit) { Init(); } // Analyse histograms // TH1::AddDirectory(kFALSE); TH1 *h=0, *h1=0, *h2=0, *h2c = 0; THnSparse *hs=0; TH2 *h2D=0; char name[256]; TObjArray *aFolderObj = new TObjArray; if(!aFolderObj) return; // // LHC backgraund in all and 0-bins // //AliPhysicsSelection *trigSel = GetPhysicsTriggerSelection(); //trigSel->SaveHistograms("physics_selection"); // // Reconstructed event vertex // h = fRecEventHist1->Projection(0); h->SetName("Xv"); aFolderObj->Add(h); h = fRecEventHist1->Projection(1); h->SetName("Yv"); aFolderObj->Add(h); h = fRecEventHist1->Projection(2); h->SetName("Zv"); aFolderObj->Add(h); // // multiplicity // h = fRecEventHist2->Projection(1); h->SetName("multMB"); aFolderObj->Add(h); h = fRecEventHist2->Projection(2); h->SetName("multiplicity"); aFolderObj->Add(h); h2D = fRecEventHist2->Projection(0,1); h2D->SetName("Zv_vs_multiplicity_MB"); aFolderObj->Add(h2D); // // reconstructed pt histograms // h = fRecTrackHist1[0]->Projection(0); h->Scale(1.,"width"); h->SetName("pt_all_ch"); aFolderObj->Add(h); h = fRecTrackHist1[1]->Projection(0); h->Scale(1.,"width"); h->SetName("pt_acc"); aFolderObj->Add(h); h = fRecTrackHist1[2]->Projection(0); h->Scale(1.,"width"); h->SetName("pt_rec"); aFolderObj->Add(h); // // reconstructed eta histograms // h = fRecTrackHist1[0]->Projection(1); h->SetName("eta_all_ch"); aFolderObj->Add(h); h = fRecTrackHist1[1]->Projection(1); h->SetName("eta_acc"); aFolderObj->Add(h); h = fRecTrackHist1[2]->Projection(1); h->SetName("eta_rec"); aFolderObj->Add(h); // // reconstructed phi histograms // h = fRecTrackHist1[0]->Projection(2); h->SetName("phi_all_ch"); aFolderObj->Add(h); h = fRecTrackHist1[1]->Projection(2); h->SetName("phi_acc"); aFolderObj->Add(h); h = fRecTrackHist1[2]->Projection(2); h->SetName("phi_rec"); aFolderObj->Add(h); // // reconstructed eta:pt histograms // h2D = fRecTrackHist1[0]->Projection(1,0); h2D->SetName("pt_eta_all_ch"); aFolderObj->Add(h2D); h2D = fRecTrackHist1[1]->Projection(1,0); h2D->SetName("pt_eta_acc"); aFolderObj->Add(h2D); h2D = fRecTrackHist1[2]->Projection(1,0); h2D->SetName("pt_eta_rec"); aFolderObj->Add(h2D); // // reconstructed phi:pt histograms // h2D = fRecTrackHist1[0]->Projection(2,0); h2D->SetName("pt_phi_all_ch"); aFolderObj->Add(h2D); h2D = fRecTrackHist1[1]->Projection(2,0); h2D->SetName("pt_phi_acc"); aFolderObj->Add(h2D); h2D = fRecTrackHist1[2]->Projection(2,0); h2D->SetName("pt_phi_rec"); aFolderObj->Add(h2D); // // reconstructed phi:eta histograms // h2D = fRecTrackHist1[0]->Projection(2,1); h2D->SetName("eta_phi_all_ch"); aFolderObj->Add(h2D); h2D = fRecTrackHist1[1]->Projection(2,1); h2D->SetName("eta_phi_acc"); aFolderObj->Add(h2D); h2D = fRecTrackHist1[2]->Projection(2,1); h2D->SetName("eta_phi_rec"); aFolderObj->Add(h2D); // // reconstructed nClust, chi2 vs pt, eta, phi // if(fHistogramsOn) { h2D = fRecTrackHist2->Projection(0,1); h2D->SetName("nClust_chi2_rec"); aFolderObj->Add(h2D); h2D = fRecTrackHist2->Projection(0,2); h2D->SetName("nClust_pt_rec"); aFolderObj->Add(h2D); h2D = fRecTrackHist2->Projection(0,3); h2D->SetName("nClust_eta_rec"); aFolderObj->Add(h2D); h2D = fRecTrackHist2->Projection(0,4); h2D->SetName("nClust_phi_rec"); aFolderObj->Add(h2D); h2D = fRecTrackHist2->Projection(1,2); h2D->SetName("chi2_pt_rec"); aFolderObj->Add(h2D); h2D = fRecTrackHist2->Projection(1,3); h2D->SetName("chi2_eta_rec"); aFolderObj->Add(h2D); h2D = fRecTrackHist2->Projection(1,4); h2D->SetName("chi2_phi_rec"); aFolderObj->Add(h2D); } // // calculate corrections for empty events // with multMB==0 // // // normalised zv to generate zv for triggered events // h = fRecEventHist2->Projection(0); if( h->Integral() ) h->Scale(1./h->Integral()); h->SetName("zv_distribution_norm"); aFolderObj->Add(h); // // MC available // if(IsUseMCInfo()) { // // Event vertex resolution // h2D = fRecMCEventHist2->Projection(0,2); h2D->SetName("DeltaXv_vs_mult"); aFolderObj->Add(h2D); h2D = fRecMCEventHist2->Projection(1,2); h2D->SetName("DeltaZv_vs_mult"); aFolderObj->Add(h2D); // // normalised zv to get trigger/trigger+vertex event differences // F(zv) = E_trig(zv,0)/Int(E_trig(zv,0) / Sum(E_trigvtx(zv,n))/Sum(Int(E_trigvtx(zv,n))dzv) // fTriggerEventMatrix->GetAxis(1)->SetRangeUser(0.,0.); h = fTriggerEventMatrix->Projection(0); h2D = fTriggerEventMatrix->Projection(0,1); if(h2D->Integral()) h->Scale(1./h2D->Integral()); h1 = fRecEventMatrix->Projection(0); h2D = fRecEventMatrix->Projection(0,1); if(h2D->Integral()) h1->Scale(1./h2D->Integral()); h->Divide(h1); h->SetName("zv_empty_events_norm"); aFolderObj->Add(h); fTriggerEventMatrix->GetAxis(1)->SetRange(1,fTriggerEventMatrix->GetAxis(1)->GetNbins()); // // rec. vs true multiplicity correlation matrix // hs = (THnSparse*)fEventMultCorrelationMatrix->Clone("event_mult_correlation_matrix"); aFolderObj->Add(hs); // // rec. vs true track pt correlation matrix // hs = (THnSparse*)fTrackPtCorrelationMatrix->Clone("track_pt_correlation_matrix"); aFolderObj->Add(hs); // // trigger efficiency for INEL // h = AlidNdPtHelper::GenerateCorrMatrix(fTriggerEventMatrix->Projection(0),fGenEventMatrix->Projection(0),"zv_trig_INEL_eff_matrix"); aFolderObj->Add(h); // // trigger efficiency for NSD // h = AlidNdPtHelper::GenerateCorrMatrix(fTriggerNSDEventMatrix->Projection(0),fGenNSDEventMatrix->Projection(0),"zv_trig_NSD_eff_matrix"); aFolderObj->Add(h); // // trigger bias correction (MB to ND) // hs = AlidNdPtHelper::GenerateCorrMatrix(fGenNDEventMatrix,fTriggerEventMatrix,"zv_mult_trig_MBtoND_corr_matrix"); aFolderObj->Add(hs); h = AlidNdPtHelper::GenerateCorrMatrix(fGenNDEventMatrix->Projection(0),fTriggerEventMatrix->Projection(0),"zv_trig_MBtoND_corr_matrix"); aFolderObj->Add(h); h = AlidNdPtHelper::GenerateCorrMatrix(fGenNDEventMatrix->Projection(1),fTriggerEventMatrix->Projection(1),"mult_trig_MBtoND_corr_matrix"); aFolderObj->Add(h); // // trigger bias correction (MB to NSD) // hs = AlidNdPtHelper::GenerateCorrMatrix(fGenNSDEventMatrix,fTriggerEventMatrix,"zv_mult_trig_MBtoNSD_corr_matrix"); aFolderObj->Add(hs); h2D = AlidNdPtHelper::GenerateCorrMatrix(fGenNSDEventMatrix->Projection(0,1),fTriggerEventMatrix->Projection(0,1),"zv_mult_trig_MBtoNSD_corr_matrix_2D"); aFolderObj->Add(h2D); h = AlidNdPtHelper::GenerateCorrMatrix(fGenNSDEventMatrix->Projection(0),fTriggerEventMatrix->Projection(0),"zv_trig_MBtoNSD_corr_matrix"); aFolderObj->Add(h); h = AlidNdPtHelper::GenerateCorrMatrix(fGenNSDEventMatrix->Projection(1),fTriggerEventMatrix->Projection(1),"mult_trig_MBtoNSD_corr_matrix"); aFolderObj->Add(h); // // trigger bias correction (MB to INEL) // hs = AlidNdPtHelper::GenerateCorrMatrix(fGenEventMatrix,fTriggerEventMatrix,"zv_mult_trig_MBtoInel_corr_matrix"); aFolderObj->Add(hs); h2D = AlidNdPtHelper::GenerateCorrMatrix(fGenEventMatrix->Projection(0,1),fTriggerEventMatrix->Projection(0,1),"zv_mult_trig_MBtoInel_corr_matrix_2D"); aFolderObj->Add(h2D); h = AlidNdPtHelper::GenerateCorrMatrix(fGenEventMatrix->Projection(0),fTriggerEventMatrix->Projection(0),"zv_trig_MBtoInel_corr_matrix"); aFolderObj->Add(h); h = AlidNdPtHelper::GenerateCorrMatrix(fGenEventMatrix->Projection(1),fTriggerEventMatrix->Projection(1),"mult_trig_MBtoInel_corr_matrix"); aFolderObj->Add(h); // // event vertex reconstruction correction (MB) // hs = AlidNdPtHelper::GenerateCorrMatrix(fTriggerEventMatrix,fRecEventMatrix,"zv_mult_event_corr_matrix"); aFolderObj->Add(hs); h2D = AlidNdPtHelper::GenerateCorrMatrix(fTriggerEventMatrix->Projection(0,1),fRecEventMatrix->Projection(0,1),"zv_mult_event_corr_matrix_2D"); aFolderObj->Add(h2D); h = AlidNdPtHelper::GenerateCorrMatrix(fTriggerEventMatrix->Projection(1),fRecEventMatrix->Projection(1),"mult_event_corr_matrix"); aFolderObj->Add(h); h = AlidNdPtHelper::GenerateCorrMatrix(fTriggerEventMatrix->Projection(0),fRecEventMatrix->Projection(0),"zv_event_corr_matrix"); aFolderObj->Add(h); // // track-event trigger bias correction (MB to ND) // hs = AlidNdPtHelper::GenerateCorrMatrix(fGenTrackNDEventMatrix,fTriggerTrackEventMatrix,"zv_pt_eta_track_trig_MBtoND_corr_matrix"); aFolderObj->Add(hs); h2D = AlidNdPtHelper::GenerateCorrMatrix(fGenTrackNDEventMatrix->Projection(1,2),fTriggerTrackEventMatrix->Projection(1,2),"eta_pt_track_trig_MBtoND_corr_matrix"); aFolderObj->Add(h2D); h2D = AlidNdPtHelper::GenerateCorrMatrix(fGenTrackNDEventMatrix->Projection(1,0),fTriggerTrackEventMatrix->Projection(1,0),"pt_zv_track_trig_MBtoND_corr_matrix"); aFolderObj->Add(h2D); h2D = AlidNdPtHelper::GenerateCorrMatrix(fGenTrackNDEventMatrix->Projection(2,0),fTriggerTrackEventMatrix->Projection(2,0),"zv_eta_track_trig_MBtoND_corr_matrix"); aFolderObj->Add(h2D); // // track-event trigger bias correction (MB to NSD) // hs = AlidNdPtHelper::GenerateCorrMatrix(fGenTrackNSDEventMatrix,fTriggerTrackEventMatrix,"zv_pt_eta_track_trig_MBtoNSD_corr_matrix"); aFolderObj->Add(hs); h2D = AlidNdPtHelper::GenerateCorrMatrix(fGenTrackNSDEventMatrix->Projection(1,2),fTriggerTrackEventMatrix->Projection(1,2),"eta_pt_track_trig_MBtoNSD_corr_matrix"); aFolderObj->Add(h2D); h2D = AlidNdPtHelper::GenerateCorrMatrix(fGenTrackNSDEventMatrix->Projection(1,0),fTriggerTrackEventMatrix->Projection(1,0),"pt_zv_track_trig_MBtoNSD_corr_matrix"); aFolderObj->Add(h2D); h2D = AlidNdPtHelper::GenerateCorrMatrix(fGenTrackNSDEventMatrix->Projection(2,0),fTriggerTrackEventMatrix->Projection(2,0),"zv_eta_track_trig_MBtoNSD_corr_matrix"); aFolderObj->Add(h2D); // // track-event trigger bias correction (MB to INEL) // hs = AlidNdPtHelper::GenerateCorrMatrix(fGenTrackEventMatrix,fTriggerTrackEventMatrix,"zv_pt_eta_track_trig_MBtoInel_corr_matrix"); aFolderObj->Add(hs); h2D = AlidNdPtHelper::GenerateCorrMatrix(fGenTrackEventMatrix->Projection(1,2),fTriggerTrackEventMatrix->Projection(1,2),"eta_pt_track_trig_MBtoInel_corr_matrix"); aFolderObj->Add(h2D); h2D = AlidNdPtHelper::GenerateCorrMatrix(fGenTrackEventMatrix->Projection(1,0),fTriggerTrackEventMatrix->Projection(1,0),"pt_zv_track_trig_MBtoInel_corr_matrix"); aFolderObj->Add(h2D); h2D = AlidNdPtHelper::GenerateCorrMatrix(fGenTrackEventMatrix->Projection(2,0),fTriggerTrackEventMatrix->Projection(2,0),"zv_eta_track_trig_MBtoInel_corr_matrix"); aFolderObj->Add(h2D); // efficiency h = AlidNdPtHelper::GenerateCorrMatrix(fTriggerTrackEventMatrix->Projection(1),fGenTrackEventMatrix->Projection(1),"pt_track_trig_MBtoInel_eff_matrix"); aFolderObj->Add(h); // // track-event vertex reconstruction correction (MB) // hs = AlidNdPtHelper::GenerateCorrMatrix(fTriggerTrackEventMatrix,fRecTrackEventMatrix,"zv_pt_eta_track_event_corr_matrix"); aFolderObj->Add(hs); h2D = AlidNdPtHelper::GenerateCorrMatrix(fTriggerTrackEventMatrix->Projection(1,2),fRecTrackEventMatrix->Projection(1,2),"eta_pt_track_event_corr_matrix"); aFolderObj->Add(h2D); h2D = AlidNdPtHelper::GenerateCorrMatrix(fTriggerTrackEventMatrix->Projection(1,0),fRecTrackEventMatrix->Projection(1,0),"pt_zv_track_event_corr_matrix"); aFolderObj->Add(h2D); h2D = AlidNdPtHelper::GenerateCorrMatrix(fTriggerTrackEventMatrix->Projection(2,0),fRecTrackEventMatrix->Projection(2,0),"zv_eta_track_event_corr_matrix"); aFolderObj->Add(h2D); // efficiency h = AlidNdPtHelper::GenerateCorrMatrix(fRecTrackEventMatrix->Projection(1),fTriggerTrackEventMatrix->Projection(1),"pt_track_event_eff_matrix"); aFolderObj->Add(h); // // track rec. efficiency correction // hs = AlidNdPtHelper::GenerateCorrMatrix(fGenPrimTrackMatrix,fRecPrimTrackMatrix,"zv_pt_eta_track_corr_matrix"); aFolderObj->Add(hs); h2D = AlidNdPtHelper::GenerateCorrMatrix(fGenPrimTrackMatrix->Projection(1,2),fRecPrimTrackMatrix->Projection(1,2),"eta_pt_track_corr_matrix"); aFolderObj->Add(h2D); h2D = AlidNdPtHelper::GenerateCorrMatrix(fGenPrimTrackMatrix->Projection(1,0),fRecPrimTrackMatrix->Projection(1,0),"pt_zv_track_corr_matrix"); aFolderObj->Add(h2D); h2D = AlidNdPtHelper::GenerateCorrMatrix(fGenPrimTrackMatrix->Projection(2,0),fRecPrimTrackMatrix->Projection(2,0),"zv_eta_track_corr_matrix"); aFolderObj->Add(h2D); h = AlidNdPtHelper::GenerateCorrMatrix(fGenPrimTrackMatrix->Projection(0),fRecPrimTrackMatrix->Projection(0),"zv_track_corr_matrix"); aFolderObj->Add(h); h = AlidNdPtHelper::GenerateCorrMatrix(fGenPrimTrackMatrix->Projection(1),fRecPrimTrackMatrix->Projection(1),"pt_track_corr_matrix"); aFolderObj->Add(h); // efficiency h = AlidNdPtHelper::GenerateCorrMatrix(fRecPrimTrackMatrix->Projection(1), fGenPrimTrackMatrix->Projection(1),"pt_track_eff_matrix"); aFolderObj->Add(h); h = AlidNdPtHelper::GenerateCorrMatrix(fGenPrimTrackMatrix->Projection(2),fRecPrimTrackMatrix->Projection(2),"eta_track_corr_matrix"); aFolderObj->Add(h); // // secondary track contamination correction // //hs = AlidNdPtHelper::GenerateContCorrMatrix(fRecSecTrackMatrix,fRecTrackMatrix,"zv_pt_eta_track_cont_matrix"); hs = AlidNdPtHelper::GenerateCorrMatrix(fRecSecTrackMatrix,fRecTrackMatrix,"zv_pt_eta_track_cont_matrix"); aFolderObj->Add(hs); h2D = AlidNdPtHelper::GenerateCorrMatrix(fRecSecTrackMatrix->Projection(1,2),fRecTrackMatrix->Projection(1,2),"eta_pt_track_cont_matrix"); aFolderObj->Add(h2D); h2D = AlidNdPtHelper::GenerateCorrMatrix(fRecSecTrackMatrix->Projection(1,0),fRecTrackMatrix->Projection(1,0),"pt_zv_track_cont_matrix"); aFolderObj->Add(h2D); h2D = AlidNdPtHelper::GenerateCorrMatrix(fRecSecTrackMatrix->Projection(2,0),fRecTrackMatrix->Projection(2,0),"zv_eta_track_cont_matrix"); aFolderObj->Add(h2D); h = AlidNdPtHelper::GenerateCorrMatrix(fRecSecTrackMatrix->Projection(0),fRecTrackMatrix->Projection(0),"zv_track_cont_matrix"); aFolderObj->Add(h); h = AlidNdPtHelper::GenerateCorrMatrix(fRecSecTrackMatrix->Projection(1),fRecTrackMatrix->Projection(1),"pt_track_cont_matrix"); aFolderObj->Add(h); h = AlidNdPtHelper::GenerateCorrMatrix(fRecSecTrackMatrix->Projection(2),fRecTrackMatrix->Projection(2),"eta_track_cont_matrix"); aFolderObj->Add(h); // // multiple track reconstruction correction // //hs = AlidNdPtHelper::GenerateContCorrMatrix(fRecMultTrackMatrix,fRecTrackMatrix,"zv_pt_eta_mult_track_cont_matrix"); hs = AlidNdPtHelper::GenerateCorrMatrix(fRecMultTrackMatrix,fRecTrackMatrix,"zv_pt_eta_mult_track_cont_matrix"); aFolderObj->Add(hs); h2D = AlidNdPtHelper::GenerateCorrMatrix(fRecMultTrackMatrix->Projection(1,2),fRecTrackMatrix->Projection(1,2),"eta_pt_mult_track_cont_matrix"); aFolderObj->Add(h2D); h2D = AlidNdPtHelper::GenerateCorrMatrix(fRecMultTrackMatrix->Projection(1,0),fRecTrackMatrix->Projection(1,0),"pt_zv_mult_track_cont_matrix"); aFolderObj->Add(h2D); h2D = AlidNdPtHelper::GenerateCorrMatrix(fRecMultTrackMatrix->Projection(2,0),fRecTrackMatrix->Projection(2,0),"zv_eta_mult_track_cont_matrix"); aFolderObj->Add(h2D); h = AlidNdPtHelper::GenerateCorrMatrix(fRecMultTrackMatrix->Projection(0),fRecTrackMatrix->Projection(0),"zv_mult_track_cont_matrix"); aFolderObj->Add(h); h = AlidNdPtHelper::GenerateCorrMatrix(fRecMultTrackMatrix->Projection(1),fRecTrackMatrix->Projection(1),"pt_mult_track_cont_matrix"); aFolderObj->Add(h); h = AlidNdPtHelper::GenerateCorrMatrix(fRecMultTrackMatrix->Projection(2),fRecTrackMatrix->Projection(2),"eta_mult_track_cont_matrix"); aFolderObj->Add(h); // // Control histograms // if(fHistogramsOn) { // Efficiency electrons, muons, pions, kaons, protons, all fMCPrimTrackHist1[1]->GetAxis(2)->SetRange(1,1); fMCPrimTrackHist1[2]->GetAxis(2)->SetRange(1,1); h1 = fMCPrimTrackHist1[1]->Projection(0); h2 = fMCPrimTrackHist1[2]->Projection(0); h2c = (TH1D *)h2->Clone(); h2c->Divide(h1); h2c->SetName("eff_pt_electrons"); aFolderObj->Add(h2c); fMCPrimTrackHist1[1]->GetAxis(2)->SetRange(2,2); fMCPrimTrackHist1[2]->GetAxis(2)->SetRange(2,2); h1 = fMCPrimTrackHist1[1]->Projection(0); h2 = fMCPrimTrackHist1[2]->Projection(0); h2c = (TH1D *)h2->Clone(); h2c->Divide(h1); h2c->SetName("eff_pt_muons"); aFolderObj->Add(h2c); fMCPrimTrackHist1[1]->GetAxis(2)->SetRange(3,3); fMCPrimTrackHist1[2]->GetAxis(2)->SetRange(3,3); h1 = fMCPrimTrackHist1[1]->Projection(0); h2 = fMCPrimTrackHist1[2]->Projection(0); h2c = (TH1D *)h2->Clone(); h2c->Divide(h1); h2c->SetName("eff_pt_pions"); aFolderObj->Add(h2c); fMCPrimTrackHist1[1]->GetAxis(2)->SetRange(4,4); fMCPrimTrackHist1[2]->GetAxis(2)->SetRange(4,4); h1 = fMCPrimTrackHist1[1]->Projection(0); h2 = fMCPrimTrackHist1[2]->Projection(0); h2c = (TH1D *)h2->Clone(); h2c->Divide(h1); h2c->SetName("eff_pt_kaons"); aFolderObj->Add(h2c); fMCPrimTrackHist1[1]->GetAxis(2)->SetRange(5,5); fMCPrimTrackHist1[2]->GetAxis(2)->SetRange(5,5); h1 = fMCPrimTrackHist1[1]->Projection(0); h2 = fMCPrimTrackHist1[2]->Projection(0); h2c = (TH1D *)h2->Clone(); h2c->Divide(h1); h2c->SetName("eff_pt_protons"); aFolderObj->Add(h2c); fMCPrimTrackHist1[1]->GetAxis(2)->SetRange(1,5); fMCPrimTrackHist1[2]->GetAxis(2)->SetRange(1,5); h1 = fMCPrimTrackHist1[1]->Projection(0); h2 = fMCPrimTrackHist1[2]->Projection(0); h2c = (TH1D *)h2->Clone(); h2c->Divide(h1); h2c->SetName("eff_pt_selected"); aFolderObj->Add(h2c); fMCPrimTrackHist1[1]->GetAxis(2)->SetRange(1,6); fMCPrimTrackHist1[2]->GetAxis(2)->SetRange(1,6); h1 = fMCPrimTrackHist1[1]->Projection(0); h2 = fMCPrimTrackHist1[2]->Projection(0); h2c = (TH1D *)h2->Clone(); h2c->Divide(h1); h2c->SetName("eff_pt_all"); aFolderObj->Add(h2c); fMCPrimTrackHist1[1]->GetAxis(1)->SetRange(1,fMCPrimTrackHist1[1]->GetAxis(1)->GetNbins()); fMCPrimTrackHist1[2]->GetAxis(1)->SetRange(1,fMCPrimTrackHist1[2]->GetAxis(1)->GetNbins()); // pt spetra // - rec, primaries, secondaries // - primaries (pid) // - secondaries (pid) // - secondaries (mech) // - secondaries (mother) // TH1D *mcPtAccall = fMCTrackHist1[1]->Projection(0); mcPtAccall->SetName("mc_pt_acc_all"); aFolderObj->Add(mcPtAccall); TH1D *mcPtAccprim = fMCPrimTrackHist1[1]->Projection(0); mcPtAccprim->SetName("mc_pt_acc_prim"); aFolderObj->Add(mcPtAccprim); TH1D *mcPtRecall = fMCTrackHist1[2]->Projection(0); mcPtRecall->SetName("mc_pt_rec_all"); aFolderObj->Add(mcPtRecall); TH1D *mcPtRecprim = fMCPrimTrackHist1[2]->Projection(0); mcPtRecprim->SetName("mc_pt_rec_prim"); aFolderObj->Add(mcPtRecprim); TH1D *mcPtRecsec = fMCSecTrackHist1[2]->Projection(0); mcPtRecsec->SetName("mc_pt_rec_sec"); aFolderObj->Add(mcPtRecsec); for(Int_t i = 0; i<6; i++) { snprintf(name,256,"mc_pt_rec_prim_pid_%d",i); fMCPrimTrackHist1[2]->GetAxis(2)->SetRange(i+1,i+1); h = fMCPrimTrackHist1[2]->Projection(0); h->SetName(name); aFolderObj->Add(h); snprintf(name,256,"mc_pt_rec_sec_pid_%d",i); fMCSecTrackHist1[2]->GetAxis(2)->SetRange(i+1,i+1); h = fMCSecTrackHist1[2]->Projection(0); h->SetName(name); aFolderObj->Add(h); // production mechanisms for given pid fMCSecTrackHist1[2]->GetAxis(2)->SetRange(i+1,i+1); for(Int_t j=0; j<20; j++) { if(j == 4) { // decay snprintf(name,256,"mc_pt_rec_sec_pid_%d_decay",i); fMCSecTrackHist1[2]->GetAxis(3)->SetRange(j+1,j+1); h = fMCSecTrackHist1[2]->Projection(0); h->SetName(name); aFolderObj->Add(h); snprintf(name,256,"mc_eta_rec_sec_pid_%d_decay",i); fMCSecTrackHist1[2]->GetAxis(3)->SetRange(j+1,j+1); h = fMCSecTrackHist1[2]->Projection(1); h->SetName(name); aFolderObj->Add(h); snprintf(name,256,"mc_mother_rec_sec_pid_%d_decay",i); fMCSecTrackHist1[2]->GetAxis(3)->SetRange(j+1,j+1); h = fMCSecTrackHist1[2]->Projection(4); h->SetName(name); aFolderObj->Add(h); } else if (j == 5) { // conversion snprintf(name,256,"mc_pt_rec_sec_pid_%d_conv",i); fMCSecTrackHist1[2]->GetAxis(3)->SetRange(j+1,j+1); h = fMCSecTrackHist1[2]->Projection(0); h->SetName(name); aFolderObj->Add(h); snprintf(name,256,"mc_eta_rec_sec_pid_%d_conv",i); fMCSecTrackHist1[2]->GetAxis(3)->SetRange(j+1,j+1); h = fMCSecTrackHist1[2]->Projection(1); h->SetName(name); aFolderObj->Add(h); snprintf(name,256,"mc_mother_rec_sec_pid_%d_conv",i); fMCSecTrackHist1[2]->GetAxis(3)->SetRange(j+1,j+1); h = fMCSecTrackHist1[2]->Projection(4); h->SetName(name); aFolderObj->Add(h); } else if (j == 13) { // mat snprintf(name,256,"mc_pt_rec_sec_pid_%d_mat",i); fMCSecTrackHist1[2]->GetAxis(3)->SetRange(j+1,j+1); h = fMCSecTrackHist1[2]->Projection(0); h->SetName(name); aFolderObj->Add(h); snprintf(name,256,"mc_eta_rec_sec_pid_%d_mat",i); fMCSecTrackHist1[2]->GetAxis(3)->SetRange(j+1,j+1); h = fMCSecTrackHist1[2]->Projection(1); h->SetName(name); aFolderObj->Add(h); snprintf(name,256,"mc_eta_mother_rec_sec_pid_%d_mat",i); fMCSecTrackHist1[2]->GetAxis(3)->SetRange(j+1,j+1); h = fMCSecTrackHist1[2]->Projection(4,1); h->SetName(name); aFolderObj->Add(h); snprintf(name,256,"mc_mother_rec_sec_pid_%d_mat",i); fMCSecTrackHist1[2]->GetAxis(3)->SetRange(j+1,j+1); h = fMCSecTrackHist1[2]->Projection(4); h->SetName(name); aFolderObj->Add(h); snprintf(name,256,"mc_pt_mother_rec_sec_pid_%d_mat",i); fMCSecTrackHist1[2]->GetAxis(3)->SetRange(j+1,j+1); h = fMCSecTrackHist1[2]->Projection(4,0); h->SetName(name); aFolderObj->Add(h); } else { continue; } } } } // end fHistogramOn // // resolution histograms // only for reconstructed tracks // TH2F *h2F=0; TCanvas * c = new TCanvas("resol","resol"); c->cd(); // fRecMCTrackHist1->GetAxis(1)->SetRangeUser(-0.8,0.79); h2F = (TH2F*)fRecMCTrackHist1->Projection(2,0); h = AlidNdPtHelper::MakeResol(h2F,1,0,kTRUE,10); h->SetXTitle("p_{tmc} (GeV/c)"); h->SetYTitle("(p_{t}-p_{tmc})/p_{tmc} resolution"); h->Draw(); h->SetName("pt_resolution_vs_mcpt"); aFolderObj->Add(h); h2F = (TH2F*)fRecMCTrackHist1->Projection(2,0); h = AlidNdPtHelper::MakeResol(h2F,1,1,kTRUE,10); h->SetXTitle("p_{tmc} (GeV/c)"); h->SetYTitle("(p_{t}-p_{tmc})/p_{tmc} mean"); h->Draw(); h->SetName("dpt_mean_vs_mcpt"); aFolderObj->Add(h); // h2F = (TH2F*)fRecMCTrackHist1->Projection(3,0); h = AlidNdPtHelper::MakeResol(h2F,1,0,kTRUE,10); h->SetXTitle("p_{tmc} (GeV/c)"); h->SetYTitle("(#eta-#eta_{mc}) resolution"); h->Draw(); h->SetName("eta_resolution_vs_mcpt"); aFolderObj->Add(h); h2F = (TH2F*)fRecMCTrackHist1->Projection(3,0); h = AlidNdPtHelper::MakeResol(h2F,1,1,kTRUE,10); h->SetXTitle("p_{tmc} (GeV/c)"); h->SetYTitle("(#eta-mc#eta) mean"); h->Draw(); h->SetName("deta_mean_vs_mcpt"); aFolderObj->Add(h); // fRecMCTrackHist1->GetAxis(1)->SetRange(1,fRecMCTrackHist1->GetAxis(1)->GetNbins()); h2F = (TH2F*)fRecMCTrackHist1->Projection(2,1); h = AlidNdPtHelper::MakeResol(h2F,1,0,kTRUE,10); h->SetXTitle("#eta_{mc}"); h->SetYTitle("(p_{t}-p_{tmc})/p_{tmc} resolution"); h->Draw(); h->SetName("pt_resolution_vs_mceta"); aFolderObj->Add(h); h2F = (TH2F*)fRecMCTrackHist1->Projection(2,1); h = AlidNdPtHelper::MakeResol(h2F,1,1,kTRUE,10); h->SetXTitle("#eta_{mc}"); h->SetYTitle("(p_{t}-p_{tmc})/p_{tmc} mean"); h->Draw(); h->SetName("dpt_mean_vs_mceta"); aFolderObj->Add(h); // h2F = (TH2F*)fRecMCTrackHist1->Projection(3,1); h = AlidNdPtHelper::MakeResol(h2F,1,0,kTRUE,10); h->SetXTitle("#eta_{mc}"); h->SetYTitle("(#eta-#eta_{mc}) resolution"); h->Draw(); h->SetName("eta_resolution_vs_mceta"); aFolderObj->Add(h); h2F = (TH2F*)fRecMCTrackHist1->Projection(3,1); h = AlidNdPtHelper::MakeResol(h2F,1,1,kTRUE,10); h->SetXTitle("#eta_{mc}"); h->SetYTitle("(#eta-mc#eta) mean"); h->Draw(); h->SetName("deta_mean_vs_mceta"); aFolderObj->Add(h); fRecMCTrackHist1->GetAxis(0)->SetRange(1,fRecMCTrackHist1->GetAxis(0)->GetNbins()); } // end use MC info // export objects to analysis folder fAnalysisFolder = ExportToFolder(aFolderObj); // delete only TObjArray if(aFolderObj) delete aFolderObj; } //_____________________________________________________________________________ TFolder* AlidNdPtAnalysispPb::ExportToFolder(TObjArray * const array) { // recreate folder avery time and export objects to new one // AlidNdPtAnalysispPb * comp=this; TFolder *folder = comp->GetAnalysisFolder(); TString name, title; TFolder *newFolder = 0; Int_t i = 0; Int_t size = array->GetSize(); if(folder) { // get name and title from old folder name = folder->GetName(); title = folder->GetTitle(); // delete old one delete folder; // create new one newFolder = CreateFolder(name.Data(),title.Data()); newFolder->SetOwner(); // add objects to folder while(i < size) { newFolder->Add(array->At(i)); i++; } } return newFolder; } //_____________________________________________________________________________ TFolder* AlidNdPtAnalysispPb::CreateFolder(TString name,TString title) { // create folder for analysed histograms // TFolder *folder = 0; folder = new TFolder(name.Data(),title.Data()); return folder; }
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