/************************************************************************** * 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. * **************************************************************************/ //------------------------------------------------------------------------------ // AlidNdPtAnalysis class. // // a. functionality: // - fills analysis control histograms // - fills generic correction matrices // - generates correction matrices // // b. data members: // - generic correction matrices // - control histograms // // Author: J.Otwinowski 04/11/2008 // last change: 2013-06-13 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 "AliPWG0Helper.h" #include "AlidNdPtHelper.h" #include "AlidNdPtAnalysis.h" using namespace std; ClassImp(AlidNdPtAnalysis) //_____________________________________________________________________________ AlidNdPtAnalysis::AlidNdPtAnalysis(): 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), fMCPrimTrackHist(0), // Candle event histogram fRecCandleEventMatrix(0), fMultNbins(0), fPtNbins(0), fPtCorrNbins(0), fEtaNbins(0), fZvNbins(0), fBinsMult(0), fBinsPt(0), fBinsPtCorr(0), fBinsEta(0), fBinsZv(0), 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(); } //_____________________________________________________________________________ AlidNdPtAnalysis::AlidNdPtAnalysis(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), fMCPrimTrackHist(0), // Candle event histogram fRecCandleEventMatrix(0), fMultNbins(0), fPtNbins(0), fPtCorrNbins(0), fEtaNbins(0), fZvNbins(0), fBinsMult(0), fBinsPt(0), fBinsPtCorr(0), fBinsEta(0), fBinsZv(0), 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(); } //_____________________________________________________________________________ AlidNdPtAnalysis::~AlidNdPtAnalysis() { // // 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(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; } //_____________________________________________________________________________ void AlidNdPtAnalysis::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.}; // if no binning is set, use the default if (!fBinsMult) { SetBinsMult(14,binsMultDefault); } if (!fBinsPt) { SetBinsPt(68,binsPtDefault); } if (!fBinsPtCorr) { SetBinsPtCorr(36,binsPtCorrDefault); } if (!fBinsEta) { SetBinsEta(30,binsEtaDefault); } if (!fBinsZv) { SetBinsZv(12,binsZvDefault); } //Int_t binsTrackMatrix[3]={zvNbins,ptNbins,etaNbins}; Int_t binsTrackEventCorrMatrix[4]={fZvNbins,fPtCorrNbins,fEtaNbins,fMultNbins}; // // 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}; // 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",2,binsEventMatrix); //,minEventMatrix,maxEventMatrix); fRecEventMatrix->SetBinEdges(0,fBinsZv); fRecEventMatrix->SetBinEdges(1,fBinsMult); fRecEventMatrix->GetAxis(0)->SetTitle("mcZv (cm)"); fRecEventMatrix->GetAxis(1)->SetTitle("true multiplicity (MC)"); 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,fBinsMult); 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,fBinsMult); 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,fBinsMult); 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,fBinsMult); 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,fBinsMult); 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,fBinsMult); 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,fBinsMult); 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,fBinsMult); 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,fBinsMult); 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,fBinsMult); 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,fBinsMult); 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,fBinsMult); 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,fBinsMult); 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,fBinsMult); 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,fBinsMult); 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",3,binsTrackEventCorrMatrix); fGenPrimTrackMatrix->SetBinEdges(0,fBinsZv); //fGenPrimTrackMatrix->SetBinEdges(1,binsPt); fGenPrimTrackMatrix->SetBinEdges(1,fBinsPtCorr); fGenPrimTrackMatrix->SetBinEdges(2,fBinsEta); fGenPrimTrackMatrix->GetAxis(0)->SetTitle("mcZv (cm)"); fGenPrimTrackMatrix->GetAxis(1)->SetTitle("mcPt (GeV/c)"); fGenPrimTrackMatrix->GetAxis(2)->SetTitle("mcEta"); fGenPrimTrackMatrix->Sumw2(); //fRecPrimTrackMatrix = new THnSparseF("fRecPrimTrackMatrix","mcZv:mcPt:mcEta",3,binsTrackMatrix); fRecPrimTrackMatrix = new THnSparseF("fRecPrimTrackMatrix","mcZv:mcPt:mcEta",3,binsTrackEventCorrMatrix); fRecPrimTrackMatrix->SetBinEdges(0,fBinsZv); //fRecPrimTrackMatrix->SetBinEdges(1,binsPt); fRecPrimTrackMatrix->SetBinEdges(1,fBinsPtCorr); fRecPrimTrackMatrix->SetBinEdges(2,fBinsEta); fRecPrimTrackMatrix->GetAxis(0)->SetTitle("mcZv (cm)"); fRecPrimTrackMatrix->GetAxis(1)->SetTitle("mcPt (GeV/c)"); fRecPrimTrackMatrix->GetAxis(2)->SetTitle("mcEta"); fRecPrimTrackMatrix->Sumw2(); // //fRecTrackMatrix = new THnSparseF("fRecTrackMatrix","mcZv:mcPt:mcEta",3,binsTrackMatrix); fRecTrackMatrix = new THnSparseF("fRecTrackMatrix","mcZv:mcPt:mcEta",3,binsTrackEventCorrMatrix); fRecTrackMatrix->SetBinEdges(0,fBinsZv); //fRecTrackMatrix->SetBinEdges(1,binsPt); fRecTrackMatrix->SetBinEdges(1,fBinsPtCorr); fRecTrackMatrix->SetBinEdges(2,fBinsEta); fRecTrackMatrix->GetAxis(0)->SetTitle("mcZv (cm)"); fRecTrackMatrix->GetAxis(1)->SetTitle("Pt (GeV/c)"); fRecTrackMatrix->GetAxis(2)->SetTitle("Eta"); fRecTrackMatrix->Sumw2(); //fRecSecTrackMatrix = new THnSparseF("fRecSecTrackMatrix","mcZv:mcPt:mcEta",3,binsTrackMatrix); fRecSecTrackMatrix = new THnSparseF("fRecSecTrackMatrix","mcZv:mcPt:mcEta",3,binsTrackEventCorrMatrix); fRecSecTrackMatrix->SetBinEdges(0,fBinsZv); //fRecSecTrackMatrix->SetBinEdges(1,binsPt); fRecSecTrackMatrix->SetBinEdges(1,fBinsPtCorr); fRecSecTrackMatrix->SetBinEdges(2,fBinsEta); fRecSecTrackMatrix->GetAxis(0)->SetTitle("mcZv (cm)"); fRecSecTrackMatrix->GetAxis(1)->SetTitle("Pt (GeV/c)"); fRecSecTrackMatrix->GetAxis(2)->SetTitle("Eta"); 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(); // init folder fAnalysisFolder = CreateFolder("folderdNdPt","Analysis dNdPt Folder"); // set init flag fIsInit = kTRUE; } //_____________________________________________________________________________ void AlidNdPtAnalysis::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(&AlidNdPtAnalysis::IsBinZeroTrackSPDvtx); } else { physicsSelection->SetBin0CallbackViaPointer(&AlidNdPtAnalysis::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 = AliPWG0Helper::GetEventProcessType(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) multMCTrueTracks = AlidNdPtHelper::GetMCTrueTrackMult(mcEvent,evtCuts,multAccCuts); } // end bUseMC // get reconstructed vertex const AliESDVertex* vtxESD = 0; Bool_t isRecVertex = kFALSE; 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; Bool_t isEventOK = evtCuts->AcceptEvent(esdEvent,mcEvent,vtxESD) && isRecVertex; //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; 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++; } } 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(),static_cast<Double_t>(multMBTracks)}; fRecEventHist->Fill(vRecEventHist); } 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],static_cast<Double_t>(multMCTrueTracks)}; 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[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>(multRecMult),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()}; // 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 AlidNdPtAnalysis::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 AlidNdPtAnalysis::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); } /* 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 AlidNdPtAnalysis::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 AlidNdPtAnalysis::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) { AlidNdPtAnalysis* entry = dynamic_cast<AlidNdPtAnalysis*>(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); // 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); // // 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); fEventCount->Add(entry->fEventCount); fMCPrimTrackHist->Add(entry->fMCPrimTrackHist); count++; } //AliPhysicsSelection *trigSelection = GetPhysicsTriggerSelection(); //trigSelection->Merge(collPhysSelection); //if(collPhysSelection) delete collPhysSelection; return count; } //____________________________________________________________________ Bool_t AlidNdPtAnalysis::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 AlidNdPtAnalysis::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 AlidNdPtAnalysis::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* AlidNdPtAnalysis::ExportToFolder(TObjArray * const array) { // recreate folder avery time and export objects to new one // AlidNdPtAnalysis * 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* AlidNdPtAnalysis::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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