#include <iostream> #include <math.h> #include "TChain.h" #include "TFile.h" #include "TKey.h" #include "TObject.h" #include "TObjString.h" #include "TList.h" #include "TTree.h" #include "TH1F.h" #include "TH1D.h" #include "TH2D.h" #include "TH3D.h" #include "TProfile.h" #include "TProfile2D.h" #include "TCanvas.h" #include "TRandom3.h" #include "TF1.h" #include "AliAnalysisTask.h" #include "AliAnalysisManager.h" #include "AliESDEvent.h" #include "AliESDInputHandler.h" #include "AliESDtrackCuts.h" #include "AliAODEvent.h" #include "AliAODInputHandler.h" #include "AliAODMCParticle.h" #include "AliChaoticity.h" #define PI 3.1415927 #define G_Coeff 0.006399 // 2*pi*alpha*M_pion #define kappa3 0.24 // kappa3 Edgeworth coefficient (non-Gaussian features of C2) #define kappa4 0.16 // kappa4 Edgeworth coefficient (non-Gaussian features of C2) // Author: Dhevan Gangadharan ClassImp(AliChaoticity) //________________________________________________________________________ AliChaoticity::AliChaoticity(): AliAnalysisTaskSE(), fname(0), fAOD(0x0), fOutputList(0x0), fPIDResponse(0x0), fEC(0x0), fEvt(0x0), fTempStruct(0x0), fRandomNumber(0x0), fLEGO(kTRUE), fMCcase(kFALSE), fAODcase(kTRUE), fPbPbcase(kTRUE), fGenerateSignal(kFALSE), fGeneratorOnly(kFALSE), fPdensityExplicitLoop(kFALSE), fPdensityPairCut(kTRUE), fTabulatePairs(kFALSE), fRMax(11), fFixedLambdaBinMomRes(9), fFixedLambdaBinr3(10), fFilterBit(7), fMaxChi2NDF(10), fMinTPCncls(0), fBfield(0), fMbin(0), fFSIbin(0), fEDbin(0), fMbins(fCentBins), fMultLimit(0), fCentBinLowLimit(0), fCentBinHighLimit(1), fEventCounter(0), fEventsToMix(0), fZvertexBins(0), fMultLimits(), fQcut(), fQLowerCut(0), fNormQcutLow(), fNormQcutHigh(), fKupperBound(0), fQupperBound(0), fQupperBoundWeights(0), fKstepT(), fKstepY(), fKmeanT(), fKmeanY(), fKmiddleT(), fKmiddleY(), fQstep(0), fQstepWeights(0), fQmean(), fDampStart(0), fDampStep(0), fTPCTOFboundry(0), fTOFboundry(0), fSigmaCutTPC(2.0), fSigmaCutTOF(2.0), fMinSepPairEta(0.03), fMinSepPairPhi(0.04), fShareQuality(0), fShareFraction(0), fTrueMassP(0), fTrueMassPi(0), fTrueMassK(0), fTrueMassKs(0), fTrueMassLam(0), fKtIndexL(0), fKtIndexH(0), fQoIndexL(0), fQoIndexH(0), fQsIndexL(0), fQsIndexH(0), fQlIndexL(0), fQlIndexH(0), fDummyB(0), fDefaultsCharMult(), fDefaultsCharSE(), fDefaultsCharME(), fDefaultsInt(), fPairLocationSE(), fPairLocationME(), fTripletSkip1(), fTripletSkip2(), fOtherPairLocation1(), fOtherPairLocation2(), fNormPairSwitch(), fPairSplitCut(), fNormPairs(), fMomResC2(0x0), fFSI2SS(0x0), fFSI2OS(0x0) { // Default constructor for(Int_t mb=0; mb<fMbins; mb++){ for(Int_t edB=0; edB<fEDbins; edB++){ for(Int_t c1=0; c1<2; c1++){ for(Int_t c2=0; c2<2; c2++){ for(Int_t sc=0; sc<kSCLimit2; sc++){ for(Int_t term=0; term<2; term++){ Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].fExplicit2=0x0; Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].fIdeal = 0x0; Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].fSmeared = 0x0; Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].OSL_ktbin[0].fExplicit2OSL = 0x0; Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].OSL_ktbin[0].fExplicit2OSLQW = 0x0; Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].OSL_ktbin[1].fExplicit2OSL = 0x0; Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].OSL_ktbin[1].fExplicit2OSLQW = 0x0; }// term_2 }// SC_2 for(Int_t c3=0; c3<2; c3++){ for(Int_t sc=0; sc<kSCLimit3; sc++){ for(Int_t term=0; term<5; term++){ Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].fExplicit3 = 0x0; Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].fNormEx3 = 0x0; Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].fNorm3 = 0x0; Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].fTerms3 = 0x0; for(Int_t dt=0; dt<kDENtypes; dt++){ Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].DT[dt].fTwoPartNorm = 0x0; Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].DT[dt].f4VectProd1TwoPartNorm = 0x0; Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].DT[dt].f4VectProd2TwoPartNorm = 0x0; Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].DT[dt].f4VectProd1TwoPartNormIdeal = 0x0; Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].DT[dt].f4VectProd2TwoPartNormIdeal = 0x0; Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].DT[dt].f4VectProd1TwoPartNormSmeared = 0x0; Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].DT[dt].f4VectProd2TwoPartNormSmeared = 0x0; }//dt }// term_3 }// SC_3 }//c3 }//c2 }//c1 for(Int_t tKbin=0; tKbin<fKbinsT; tKbin++){ for(Int_t yKbin=0; yKbin<fKbinsY; yKbin++){ KT[tKbin].KY[yKbin].MB[mb].EDB[edB].TwoPT[0].fExplicit2ThreeD = 0x0; KT[tKbin].KY[yKbin].MB[mb].EDB[edB].TwoPT[1].fExplicit2ThreeD = 0x0; } } }// ED }// Mbin // Initialize 3-pion FSI histograms for(Int_t i=0; i<6; i++){ fFSIOmega0SS[i]=0x0; fFSIOmega0OS[i]=0x0; } // Initialize fNormWeight and fNormWeightErr to 0 for(Int_t i=0; i<3; i++){// Kt iterator for(Int_t j=0; j<10; j++){// Mbin iterator fNormWeight[i][j]=0x0; } } } //________________________________________________________________________ AliChaoticity::AliChaoticity(const Char_t *name) : AliAnalysisTaskSE(name), fname(name), fAOD(0x0), fOutputList(0x0), fPIDResponse(0x0), fEC(0x0), fEvt(0x0), fTempStruct(0x0), fRandomNumber(0x0), fLEGO(kTRUE), fMCcase(kFALSE), fAODcase(kTRUE), fPbPbcase(kTRUE), fGenerateSignal(kFALSE), fGeneratorOnly(kFALSE), fPdensityExplicitLoop(kFALSE), fPdensityPairCut(kTRUE), fTabulatePairs(kFALSE), fRMax(11), fFixedLambdaBinMomRes(9), fFixedLambdaBinr3(10), fFilterBit(7), fMaxChi2NDF(10), fMinTPCncls(0), fBfield(0), fMbin(0), fFSIbin(0), fEDbin(0), fMbins(fCentBins), fMultLimit(0), fCentBinLowLimit(0), fCentBinHighLimit(1), fEventCounter(0), fEventsToMix(0), fZvertexBins(0), fMultLimits(), fQcut(), fQLowerCut(0), fNormQcutLow(), fNormQcutHigh(), fKupperBound(0), fQupperBound(0), fQupperBoundWeights(0), fKstepT(), fKstepY(), fKmeanT(), fKmeanY(), fKmiddleT(), fKmiddleY(), fQstep(0), fQstepWeights(0), fQmean(), fDampStart(0), fDampStep(0), fTPCTOFboundry(0), fTOFboundry(0), fSigmaCutTPC(2.0), fSigmaCutTOF(2.0), fMinSepPairEta(0.03), fMinSepPairPhi(0.04), fShareQuality(0), fShareFraction(0), fTrueMassP(0), fTrueMassPi(0), fTrueMassK(0), fTrueMassKs(0), fTrueMassLam(0), fKtIndexL(0), fKtIndexH(0), fQoIndexL(0), fQoIndexH(0), fQsIndexL(0), fQsIndexH(0), fQlIndexL(0), fQlIndexH(0), fDummyB(0), fDefaultsCharMult(), fDefaultsCharSE(), fDefaultsCharME(), fDefaultsInt(), fPairLocationSE(), fPairLocationME(), fTripletSkip1(), fTripletSkip2(), fOtherPairLocation1(), fOtherPairLocation2(), fNormPairSwitch(), fPairSplitCut(), fNormPairs(), fMomResC2(0x0), fFSI2SS(0x0), fFSI2OS(0x0) { // Main constructor fAODcase=kTRUE; fPdensityExplicitLoop = kFALSE; fPdensityPairCut = kTRUE; for(Int_t mb=0; mb<fMbins; mb++){ for(Int_t edB=0; edB<fEDbins; edB++){ for(Int_t c1=0; c1<2; c1++){ for(Int_t c2=0; c2<2; c2++){ for(Int_t sc=0; sc<kSCLimit2; sc++){ for(Int_t term=0; term<2; term++){ Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].fExplicit2=0x0; Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].fIdeal = 0x0; Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].fSmeared = 0x0; Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].OSL_ktbin[0].fExplicit2OSL = 0x0; Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].OSL_ktbin[0].fExplicit2OSLQW = 0x0; Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].OSL_ktbin[1].fExplicit2OSL = 0x0; Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].OSL_ktbin[1].fExplicit2OSLQW = 0x0; }// term_2 }// SC_2 for(Int_t c3=0; c3<2; c3++){ for(Int_t sc=0; sc<kSCLimit3; sc++){ for(Int_t term=0; term<5; term++){ Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].fExplicit3 = 0x0; Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].fNormEx3 = 0x0; Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].fNorm3 = 0x0; Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].fTerms3 = 0x0; for(Int_t dt=0; dt<kDENtypes; dt++){ Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].DT[dt].fTwoPartNorm = 0x0; Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].DT[dt].f4VectProd1TwoPartNorm = 0x0; Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].DT[dt].f4VectProd2TwoPartNorm = 0x0; Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].DT[dt].f4VectProd1TwoPartNormIdeal = 0x0; Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].DT[dt].f4VectProd2TwoPartNormIdeal = 0x0; Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].DT[dt].f4VectProd1TwoPartNormSmeared = 0x0; Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].DT[dt].f4VectProd2TwoPartNormSmeared = 0x0; }//dt }// term_3 }// SC_3 }//c3 }//c2 }//c1 for(Int_t tKbin=0; tKbin<fKbinsT; tKbin++){ for(Int_t yKbin=0; yKbin<fKbinsY; yKbin++){ KT[tKbin].KY[yKbin].MB[mb].EDB[edB].TwoPT[0].fExplicit2ThreeD = 0x0; KT[tKbin].KY[yKbin].MB[mb].EDB[edB].TwoPT[1].fExplicit2ThreeD = 0x0; } } }// ED }// Mbin // Initialize 3-pion FSI histograms for(Int_t i=0; i<6; i++){ fFSIOmega0SS[i]=0x0; fFSIOmega0OS[i]=0x0; } // Initialize fNormWeight and fNormWeightErr to 0 for(Int_t i=0; i<3; i++){// Kt iterator for(Int_t j=0; j<10; j++){// Mbin iterator fNormWeight[i][j]=0x0; } } DefineOutput(1, TList::Class()); } //________________________________________________________________________ AliChaoticity::AliChaoticity(const AliChaoticity &obj) : AliAnalysisTaskSE(obj.fname), fname(obj.fname), fAOD(obj.fAOD), //fESD(obj.fESD), fOutputList(obj.fOutputList), fPIDResponse(obj.fPIDResponse), fEC(obj.fEC), fEvt(obj.fEvt), fTempStruct(obj.fTempStruct), fRandomNumber(obj.fRandomNumber), fLEGO(obj.fLEGO), fMCcase(obj.fMCcase), fAODcase(obj.fAODcase), fPbPbcase(obj.fPbPbcase), fGenerateSignal(obj.fGenerateSignal), fGeneratorOnly(obj.fGeneratorOnly), fPdensityExplicitLoop(obj.fPdensityExplicitLoop), fPdensityPairCut(obj.fPdensityPairCut), fTabulatePairs(obj.fTabulatePairs), fRMax(obj.fRMax), fFixedLambdaBinMomRes(obj.fFixedLambdaBinMomRes), fFixedLambdaBinr3(obj.fFixedLambdaBinr3), fFilterBit(obj.fFilterBit), fMaxChi2NDF(obj.fMaxChi2NDF), fMinTPCncls(obj.fMinTPCncls), fBfield(obj.fBfield), fMbin(obj.fMbin), fFSIbin(obj.fFSIbin), fEDbin(obj.fEDbin), fMbins(obj.fMbins), fMultLimit(obj.fMultLimit), fCentBinLowLimit(obj.fCentBinLowLimit), fCentBinHighLimit(obj.fCentBinHighLimit), fEventCounter(obj.fEventCounter), fEventsToMix(obj.fEventsToMix), fZvertexBins(obj.fZvertexBins), fMultLimits(), fQcut(), fQLowerCut(obj.fQLowerCut), fNormQcutLow(), fNormQcutHigh(), fKupperBound(obj.fKupperBound), fQupperBound(obj.fQupperBound), fQupperBoundWeights(obj.fQupperBoundWeights), fKstepT(), fKstepY(), fKmeanT(), fKmeanY(), fKmiddleT(), fKmiddleY(), fQstep(obj.fQstep), fQstepWeights(obj.fQstepWeights), fQmean(), fDampStart(obj.fDampStart), fDampStep(obj.fDampStep), fTPCTOFboundry(obj.fTPCTOFboundry), fTOFboundry(obj.fTOFboundry), fSigmaCutTPC(obj.fSigmaCutTPC), fSigmaCutTOF(obj.fSigmaCutTOF), fMinSepPairEta(obj.fMinSepPairEta), fMinSepPairPhi(obj.fMinSepPairPhi), fShareQuality(obj.fShareQuality), fShareFraction(obj.fShareFraction), fTrueMassP(obj.fTrueMassP), fTrueMassPi(obj.fTrueMassPi), fTrueMassK(obj.fTrueMassK), fTrueMassKs(obj.fTrueMassKs), fTrueMassLam(obj.fTrueMassLam), fKtIndexL(obj.fKtIndexL), fKtIndexH(obj.fKtIndexH), fQoIndexL(obj.fQoIndexL), fQoIndexH(obj.fQoIndexH), fQsIndexL(obj.fQsIndexL), fQsIndexH(obj.fQsIndexH), fQlIndexL(obj.fQlIndexL), fQlIndexH(obj.fQlIndexH), fDummyB(obj.fDummyB), fDefaultsCharMult(), fDefaultsCharSE(), fDefaultsCharME(), fDefaultsInt(), fPairLocationSE(), fPairLocationME(), fTripletSkip1(), fTripletSkip2(), fOtherPairLocation1(), fOtherPairLocation2(), fNormPairSwitch(), fPairSplitCut(), fNormPairs(), fMomResC2(obj.fMomResC2), fFSI2SS(obj.fFSI2SS), fFSI2OS(obj.fFSI2OS) { // Copy Constructor for(Int_t i=0; i<6; i++){ fFSIOmega0SS[i]=obj.fFSIOmega0SS[i]; fFSIOmega0OS[i]=obj.fFSIOmega0OS[i]; } // Initialize fNormWeight and fNormWeightErr to 0 for(Int_t i=0; i<3; i++){// Kt iterator for(Int_t j=0; j<10; j++){// Mbin iterator fNormWeight[i][j]=0x0; } } } //________________________________________________________________________ AliChaoticity &AliChaoticity::operator=(const AliChaoticity &obj) { // Assignment operator if (this == &obj) return *this; fname = obj.fname; fAOD = obj.fAOD; fOutputList = obj.fOutputList; fPIDResponse = obj.fPIDResponse; fEC = obj.fEC; fEvt = obj.fEvt; fTempStruct = obj.fTempStruct; fRandomNumber = obj.fRandomNumber; fLEGO = obj.fLEGO; fMCcase = obj.fMCcase; fAODcase = obj.fAODcase; fPbPbcase = obj.fPbPbcase; fGenerateSignal = obj.fGenerateSignal; fGeneratorOnly = obj.fGeneratorOnly; fPdensityExplicitLoop = obj.fPdensityExplicitLoop; fPdensityPairCut = obj.fPdensityPairCut; fTabulatePairs = obj.fTabulatePairs; fRMax = obj.fRMax; fFixedLambdaBinMomRes = obj.fFixedLambdaBinMomRes; fFixedLambdaBinr3 = obj.fFixedLambdaBinr3; fFilterBit = obj.fFilterBit; fMaxChi2NDF = obj.fMaxChi2NDF; fMinTPCncls = obj.fMinTPCncls; fBfield = obj.fBfield; fMbin = obj.fMbin; fFSIbin = obj.fFSIbin; fEDbin = obj.fEDbin; fMbins = obj.fMbins; fMultLimit = obj.fMultLimit; fCentBinLowLimit = obj.fCentBinLowLimit; fCentBinHighLimit = obj.fCentBinHighLimit; fEventCounter = obj.fEventCounter; fEventsToMix = obj.fEventsToMix; fZvertexBins = obj.fZvertexBins; fQLowerCut = obj.fQLowerCut; fKupperBound = obj.fKupperBound; fQupperBound = obj.fQupperBound; fQupperBoundWeights = obj.fQupperBoundWeights; fQstep = obj.fQstep; fQstepWeights = obj.fQstepWeights; fDampStart = obj.fDampStart; fDampStep = obj.fDampStep; fTPCTOFboundry = obj.fTPCTOFboundry; fTOFboundry = obj.fTOFboundry; fSigmaCutTPC = obj.fSigmaCutTPC; fSigmaCutTOF = obj.fSigmaCutTOF; fMinSepPairEta = obj.fMinSepPairEta; fMinSepPairPhi = obj.fMinSepPairPhi; fShareQuality = obj.fShareQuality; fShareFraction = obj.fShareFraction; fTrueMassP = obj.fTrueMassP; fTrueMassPi = obj.fTrueMassPi; fTrueMassK = obj.fTrueMassK; fTrueMassKs = obj.fTrueMassKs; fTrueMassLam = obj.fTrueMassLam; fKtIndexL = obj.fKtIndexL; fKtIndexH = obj.fKtIndexH; fQoIndexL = obj.fQoIndexL; fQoIndexH = obj.fQoIndexH; fQsIndexL = obj.fQsIndexL; fQsIndexH = obj.fQsIndexH; fQlIndexL = obj.fQlIndexL; fQlIndexH = obj.fQlIndexH; fDummyB = obj.fDummyB; fMomResC2 = obj.fMomResC2; fFSI2SS = obj.fFSI2SS; fFSI2OS = obj.fFSI2OS; for(Int_t i=0; i<6; i++){ fFSIOmega0SS[i]=obj.fFSIOmega0SS[i]; fFSIOmega0OS[i]=obj.fFSIOmega0OS[i]; } for(Int_t i=0; i<3; i++){// Kt iterator for(Int_t j=0; j<10; j++){// Mbin iterator fNormWeight[i][j]=obj.fNormWeight[i][j]; } } return (*this); } //________________________________________________________________________ AliChaoticity::~AliChaoticity() { // Destructor if(fAOD) delete fAOD; //if(fESD) delete fESD; if(fOutputList) delete fOutputList; if(fPIDResponse) delete fPIDResponse; if(fEC) delete fEC; if(fEvt) delete fEvt; if(fTempStruct) delete [] fTempStruct; if(fRandomNumber) delete fRandomNumber; if(fMomResC2) delete fMomResC2; if(fFSI2SS) delete fFSI2SS; if(fFSI2OS) delete fFSI2OS; for(Int_t i=0; i<fMultLimit; i++){ if(fPairLocationSE[i]) delete [] fPairLocationSE[i]; if(fPairLocationME[i]) delete [] fPairLocationME[i]; for(Int_t j=0; j<2; j++){ if(fOtherPairLocation1[j][i]) delete [] fOtherPairLocation1[j][i]; if(fOtherPairLocation2[j][i]) delete [] fOtherPairLocation2[j][i]; } for(Int_t j=0; j<3; j++) if(fNormPairSwitch[j][i]) delete [] fNormPairSwitch[j][i]; for(Int_t j=0; j<4; j++) if(fPairSplitCut[j][i]) delete [] fPairSplitCut[j][i]; } for(Int_t i=0; i<kPairLimit; i++) if(fTripletSkip1[i]) delete [] fTripletSkip1[i]; for(Int_t i=0; i<2*kPairLimit; i++) if(fTripletSkip2[i]) delete [] fTripletSkip2[i]; for(Int_t i=0; i<3; i++) if(fNormPairs[i]) delete [] fNormPairs[i]; // for(Int_t mb=0; mb<fMbins; mb++){ for(Int_t edB=0; edB<fEDbins; edB++){ for(Int_t c1=0; c1<2; c1++){ for(Int_t c2=0; c2<2; c2++){ for(Int_t sc=0; sc<kSCLimit2; sc++){ for(Int_t term=0; term<2; term++){ if(Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].fExplicit2) delete Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].fExplicit2; if(Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].fIdeal) delete Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].fIdeal; if(Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].fSmeared) delete Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].fSmeared; if(Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].OSL_ktbin[0].fExplicit2OSL) delete Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].OSL_ktbin[0].fExplicit2OSL; if(Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].OSL_ktbin[0].fExplicit2OSLQW) delete Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].OSL_ktbin[0].fExplicit2OSLQW; if(Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].OSL_ktbin[1].fExplicit2OSL) delete Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].OSL_ktbin[1].fExplicit2OSL; if(Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].OSL_ktbin[1].fExplicit2OSLQW) delete Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].OSL_ktbin[1].fExplicit2OSLQW; // if(Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].fMCqinv) delete Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].fMCqinv; if(Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].fMCqinvQW) delete Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].fMCqinvQW; }// term_2 }// SC_2 for(Int_t c3=0; c3<2; c3++){ for(Int_t sc=0; sc<kSCLimit3; sc++){ for(Int_t term=0; term<5; term++){ if(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].fExplicit3) delete Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].fExplicit3; if(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].fNormEx3) delete Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].fNormEx3; if(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].fNorm3) delete Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].fNorm3; if(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].fTerms3) delete Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].fTerms3; if(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd1Terms) delete Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd1Terms; if(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd2Terms) delete Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd2Terms; if(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd1TermsIdeal) delete Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd1TermsIdeal; if(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd2TermsIdeal) delete Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd2TermsIdeal; if(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd1TermsSmeared) delete Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd1TermsSmeared; if(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd2TermsSmeared) delete Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd2TermsSmeared; if(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd1Q3W) delete Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd1Q3W; if(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd2Q3W) delete Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd2Q3W; // if(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd1TermsSumK3) delete Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd1TermsSumK3; if(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd2TermsSumK3) delete Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd2TermsSumK3; if(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd1TermsEnK3) delete Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd1TermsEnK3; if(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd2TermsEnK3) delete Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd2TermsEnK3; // if(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd1TermsSumK2) delete Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd1TermsSumK2; if(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd2TermsSumK2) delete Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd2TermsSumK2; if(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd1TermsEnK2) delete Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd1TermsEnK2; if(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd2TermsEnK2) delete Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd2TermsEnK2; // for(Int_t dt=0; dt<kDENtypes; dt++){ if(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].DT[dt].fTwoPartNorm) delete Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].DT[dt].fTwoPartNorm; if(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].DT[dt].f4VectProd1TwoPartNorm) delete Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].DT[dt].f4VectProd1TwoPartNorm; if(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].DT[dt].f4VectProd2TwoPartNorm) delete Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].DT[dt].f4VectProd2TwoPartNorm; if(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].DT[dt].f4VectProd1TwoPartNormIdeal) delete Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].DT[dt].f4VectProd1TwoPartNormIdeal; if(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].DT[dt].f4VectProd2TwoPartNormIdeal) delete Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].DT[dt].f4VectProd2TwoPartNormIdeal; if(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].DT[dt].f4VectProd1TwoPartNormSmeared) delete Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].DT[dt].f4VectProd1TwoPartNormSmeared; if(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].DT[dt].f4VectProd2TwoPartNormIdeal) delete Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].DT[dt].f4VectProd2TwoPartNormSmeared; }//dt }// term_3 }// SC_3 }//c3 }//c2 }//c1 for(Int_t tKbin=0; tKbin<fKbinsT; tKbin++){ for(Int_t yKbin=0; yKbin<fKbinsY; yKbin++){ if(KT[tKbin].KY[yKbin].MB[mb].EDB[edB].TwoPT[0].fExplicit2ThreeD) delete KT[tKbin].KY[yKbin].MB[mb].EDB[edB].TwoPT[0].fExplicit2ThreeD; if(KT[tKbin].KY[yKbin].MB[mb].EDB[edB].TwoPT[1].fExplicit2ThreeD) delete KT[tKbin].KY[yKbin].MB[mb].EDB[edB].TwoPT[1].fExplicit2ThreeD; } } }// ED }// Mbin for(Int_t i=0; i<6; i++){ if(fFSIOmega0SS[i]) delete fFSIOmega0SS[i]; if(fFSIOmega0OS[i]) delete fFSIOmega0OS[i]; } for(Int_t i=0; i<3; i++){// Kt iterator for(Int_t j=0; j<10; j++){// Mbin iterator if(fNormWeight[i][j]) delete fNormWeight[i][j]; } } } //________________________________________________________________________ void AliChaoticity::ParInit() { cout<<"AliChaoticity MyInit() call"<<endl; cout<<"lego:"<<fLEGO<<" MCcase:"<<fMCcase<<" PbPbcase:"<<fPbPbcase<<" TabulatePairs:"<<fTabulatePairs<<" GenSignal:"<<fGenerateSignal<<" CentLow:"<<fCentBinLowLimit<<" CentHigh:"<<fCentBinHighLimit<<" RMax:"<<fRMax<<" LambdaBinMomRes:"<<fFixedLambdaBinMomRes<<" LambdaBinr3:"<<fFixedLambdaBinr3<<" FB:"<<fFilterBit<<" MaxChi2/NDF:"<<fMaxChi2NDF<<" MinTPCncls:"<<fMinTPCncls<<" MinPairSepEta:"<<fMinSepPairEta<<" MinPairSepPhi:"<<fMinSepPairPhi<<" NsigTPC:"<<fSigmaCutTPC<<" NsigTOF:"<<fSigmaCutTOF<<endl; fRandomNumber = new TRandom3(); fRandomNumber->SetSeed(0); // fEventCounter=0; if(fPdensityExplicitLoop) fEventsToMix=3; else if(fPdensityPairCut && !fPdensityExplicitLoop) fEventsToMix=2; else fEventsToMix=0; fZvertexBins=2;//2 fTPCTOFboundry = 0.6;// TPC pid used below this momentum, TOF above but below TOF_boundry fTOFboundry = 2.1;// TOF pid used below this momentum //////////////////////////////////////////////// // PadRow Pair Cuts fShareQuality = .5;// max fShareFraction = .05;// max //////////////////////////////////////////////// fMultLimits[0]=0, fMultLimits[1]=2, fMultLimits[2]=4, fMultLimits[3]=6, fMultLimits[4]=8, fMultLimits[5]=10; fMultLimits[6]=12, fMultLimits[7]=14, fMultLimits[8]=16, fMultLimits[9]=18, fMultLimits[10]=20, fMultLimits[11]=150; if(fPbPbcase) {// PbPb fMultLimit=kMultLimitPbPb; fMbins=fCentBins; fQcut[0]=0.1;//pi-pi, pi-k, pi-p fQcut[1]=0.1;//k-k fQcut[2]=0.6;//the rest fNormQcutLow[0] = 0.15;// 0.15 or 1.06 fNormQcutHigh[0] = 0.175;// 0.175 or 1.1 fNormQcutLow[1] = 1.34;//1.34 fNormQcutHigh[1] = 1.4;//1.4 fNormQcutLow[2] = 1.1;//1.1 fNormQcutHigh[2] = 1.4;//1.4 } else {// pp fMultLimit=kMultLimitpp; fMbins=kMultBinspp; fQcut[0]=0.6; fQcut[1]=0.6; fQcut[2]=0.6; fNormQcutLow[0] = 1.0; fNormQcutHigh[0] = 1.5; fNormQcutLow[1] = 1.0; fNormQcutHigh[1] = 1.5; fNormQcutLow[2] = 1.0; fNormQcutHigh[2] = 1.5; } fQLowerCut = 0.005;// was 0.005 fKupperBound = 1.0; // fKstepY[0] = 1.6; fKmeanY[0] = 0;// central y fKmiddleY[0] = 0; // 4x1 (Kt: 0-0.25, 0.25-0.35, 0.35-0.45, 0.45-1.0) if(fKbinsT==4){ fKstepT[0] = 0.25; fKstepT[1] = 0.1; fKstepT[2] = 0.1; fKstepT[3] = 0.55; fKmeanT[0] = 0.212; fKmeanT[1] = 0.299; fKmeanT[2] = 0.398; fKmeanT[3] = 0.576; fKmiddleT[0] = 0.125; fKmiddleT[1] = 0.3; fKmiddleT[2] = 0.4; fKmiddleT[3] = 0.725; } // 3x1 (Kt: 0-0.3, 0.3-0.45, 0.45-1.0) if(fKbinsT==3){ fKstepT[0] = 0.3; fKstepT[1] = 0.15; fKstepT[2] = 0.55; fKmeanT[0] = 0.240; fKmeanT[1] = 0.369; fKmeanT[2] = 0.576; fKmiddleT[0] = 0.15; fKmiddleT[1] = 0.375; fKmiddleT[2] = 0.725; } // 2x1 (Kt: 0-0.35, 0.35-1.0) if(fKbinsT==2){ fKstepT[0] = 0.35; fKstepT[1] = 0.65; fKmeanT[0] = 0.264; fKmeanT[1] = 0.500; fKmiddleT[0] = 0.175; fKmiddleT[1] = 0.675; } // fQupperBoundWeights = 0.2; fQupperBound = 0.1; fQstep = fQupperBound/Float_t(kQbins); fQstepWeights = fQupperBoundWeights/Float_t(kQbinsWeights); for(Int_t i=0; i<kQbinsWeights; i++) {fQmean[i]=(i+0.5)*fQstepWeights;} // fDampStart = 0.5;// was 0.3, then 0.5 fDampStep = 0.02; // fEC = new AliChaoticityEventCollection **[fZvertexBins]; for(UShort_t i=0; i<fZvertexBins; i++){ fEC[i] = new AliChaoticityEventCollection *[fMbins]; for(UShort_t j=0; j<fMbins; j++){ fEC[i][j] = new AliChaoticityEventCollection(fEventsToMix+1, fMultLimit, kPairLimit, kMCarrayLimit, fMCcase); } } for(Int_t i=0; i<fMultLimit; i++) fDefaultsCharMult[i]='0'; for(Int_t i=0; i<kPairLimit; i++) fDefaultsCharSE[i]='0'; for(Int_t i=0; i<2*kPairLimit; i++) fDefaultsCharME[i]='0'; for(Int_t i=0; i<fMultLimit; i++) fDefaultsInt[i]=-1; for(Int_t i=0; i<fMultLimit; i++) fPairLocationSE[i] = new TArrayI(fMultLimit,fDefaultsInt); for(Int_t i=0; i<fMultLimit; i++) fPairLocationME[i] = new TArrayI(fMultLimit,fDefaultsInt); for(Int_t i=0; i<kPairLimit; i++) fTripletSkip1[i] = new TArrayC(fMultLimit,fDefaultsCharSE); for(Int_t i=0; i<2*kPairLimit; i++) fTripletSkip2[i] = new TArrayC(fMultLimit,fDefaultsCharME); // Normalization utilities for(Int_t i=0; i<fMultLimit; i++) fOtherPairLocation1[0][i] = new TArrayI(fMultLimit,fDefaultsInt); for(Int_t i=0; i<fMultLimit; i++) fOtherPairLocation1[1][i] = new TArrayI(fMultLimit,fDefaultsInt); for(Int_t i=0; i<fMultLimit; i++) fOtherPairLocation2[0][i] = new TArrayI(fMultLimit,fDefaultsInt); for(Int_t i=0; i<fMultLimit; i++) fOtherPairLocation2[1][i] = new TArrayI(fMultLimit,fDefaultsInt); for(Int_t i=0; i<fMultLimit; i++) fNormPairSwitch[0][i] = new TArrayC(fMultLimit,fDefaultsCharMult); for(Int_t i=0; i<fMultLimit; i++) fNormPairSwitch[1][i] = new TArrayC(fMultLimit,fDefaultsCharMult); for(Int_t i=0; i<fMultLimit; i++) fNormPairSwitch[2][i] = new TArrayC(fMultLimit,fDefaultsCharMult); // Track Merging/Splitting utilities for(Int_t i=0; i<fMultLimit; i++) fPairSplitCut[0][i] = new TArrayC(fMultLimit,fDefaultsCharMult);// P11 for(Int_t i=0; i<fMultLimit; i++) fPairSplitCut[1][i] = new TArrayC(fMultLimit,fDefaultsCharMult);// P12 for(Int_t i=0; i<fMultLimit; i++) fPairSplitCut[2][i] = new TArrayC(fMultLimit,fDefaultsCharMult);// P13 for(Int_t i=0; i<fMultLimit; i++) fPairSplitCut[3][i] = new TArrayC(fMultLimit,fDefaultsCharMult);// P23 fNormPairs[0] = new AliChaoticityNormPairStruct[kNormPairLimit]; fNormPairs[1] = new AliChaoticityNormPairStruct[kNormPairLimit]; fTempStruct = new AliChaoticityTrackStruct[fMultLimit]; fTrueMassP=0.93827, fTrueMassPi=0.13957, fTrueMassK=0.493677, fTrueMassKs=0.497614, fTrueMassLam=1.11568; // Set weights, Coulomb corrections, and Momentum resolution corrections manually if not on LEGO if(!fLEGO) { SetFSICorrelations(fLEGO);// Read in 2-particle and 3-particle FSI correlations if(!fTabulatePairs) SetWeightArrays(fLEGO);// Set Weight Array if(!fMCcase && !fTabulatePairs) SetMomResCorrections(fLEGO);// Read Momentum resolution file } ///////////////////////////////////////////// ///////////////////////////////////////////// } //________________________________________________________________________ void AliChaoticity::UserCreateOutputObjects() { // Create histograms // Called once ParInit();// Initialize my settings fOutputList = new TList(); fOutputList->SetOwner(); TH3F *fVertexDist = new TH3F("fVertexDist","Vertex Distribution",20,-1,1, 20,-1,1, 600,-30,30); fVertexDist->GetXaxis()->SetTitle("X Vertex (cm)"); fVertexDist->GetYaxis()->SetTitle("Y Vertex (cm)"); fVertexDist->GetZaxis()->SetTitle("Z Vertex (cm)"); fOutputList->Add(fVertexDist); TH2F *fDCAxyDistPlus = new TH2F("fDCAxyDistPlus","DCA distribution",300,0,3., 50,0,5); fOutputList->Add(fDCAxyDistPlus); TH2F *fDCAzDistPlus = new TH2F("fDCAzDistPlus","DCA distribution",300,0,3., 50,0,5); fOutputList->Add(fDCAzDistPlus); TH2F *fDCAxyDistMinus = new TH2F("fDCAxyDistMinus","DCA distribution",300,0,3., 50,0,5); fOutputList->Add(fDCAxyDistMinus); TH2F *fDCAzDistMinus = new TH2F("fDCAzDistMinus","DCA distribution",300,0,3., 50,0,5); fOutputList->Add(fDCAzDistMinus); TH1F *fEvents1 = new TH1F("fEvents1","Events vs. fMbin",fMbins,.5,fMbins+.5); fOutputList->Add(fEvents1); TH1F *fEvents2 = new TH1F("fEvents2","Events vs. fMbin",fMbins,.5,fMbins+.5); fOutputList->Add(fEvents2); TH1F *fMultDist1 = new TH1F("fMultDist1","Multiplicity Distribution",fMultLimit,-.5,fMultLimit-.5); fMultDist1->GetXaxis()->SetTitle("Multiplicity"); fOutputList->Add(fMultDist1); TH1F *fMultDist2 = new TH1F("fMultDist2","Multiplicity Distribution",fMultLimit,-.5,fMultLimit-.5); fMultDist2->GetXaxis()->SetTitle("Multiplicity"); fOutputList->Add(fMultDist2); TH1F *fMultDist3 = new TH1F("fMultDist3","Multiplicity Distribution",fMultLimit,-.5,fMultLimit-.5); fMultDist3->GetXaxis()->SetTitle("Multiplicity"); fOutputList->Add(fMultDist3); TH3F *fPtEtaDist = new TH3F("fPtEtaDist","fPtEtaDist",2,-1.1,1.1, 300,0,3., 28,-1.4,1.4); fOutputList->Add(fPtEtaDist); TH3F *fPhiPtDist = new TH3F("fPhiPtDist","fPhiPtDist",2,-1.1,1.1, 120,0,2*PI, 300,0,3.); fOutputList->Add(fPhiPtDist); TH3F *fTOFResponse = new TH3F("fTOFResponse","TOF relative time",20,0,100, 200,0,2, 4000,-20000,20000); fOutputList->Add(fTOFResponse); TH3F *fTPCResponse = new TH3F("fTPCResponse","TPCsignal",20,0,100, 200,0,2, 1000,0,1000); fOutputList->Add(fTPCResponse); TH1F *fRejectedPairs = new TH1F("fRejectedPairs","",200,0,2); fOutputList->Add(fRejectedPairs); TH1I *fRejectedEvents = new TH1I("fRejectedEvents","",fMbins,0.5,fMbins+.5); fOutputList->Add(fRejectedEvents); TH3F *fPairsDetaDPhiNum = new TH3F("fPairsDetaDPhiNum","",10,-.5,9.5, 200,-0.2,0.2, 600,-0.3,0.3); if(fMCcase) fOutputList->Add(fPairsDetaDPhiNum); TH3F *fPairsDetaDPhiDen = new TH3F("fPairsDetaDPhiDen","",10,-.5,9.5, 200,-0.2,0.2, 600,-0.3,0.3); if(fMCcase) fOutputList->Add(fPairsDetaDPhiDen); TH3F *fPairsShareFracDPhiNum = new TH3F("fPairsShareFracDPhiNum","",10,-.5,9.5, 159,0,1, 600,-0.3,0.3); if(fMCcase) fOutputList->Add(fPairsShareFracDPhiNum); TH3F *fPairsShareFracDPhiDen = new TH3F("fPairsShareFracDPhiDen","",10,-.5,9.5, 159,0,1, 600,-0.3,0.3); if(fMCcase) fOutputList->Add(fPairsShareFracDPhiDen); TH3D* fPairsPadRowNum = new TH3D("fPairsPadRowNum","", 20,0,1, 159,0,1, 40,0,0.2); if(fMCcase) fOutputList->Add(fPairsPadRowNum); TH3D* fPairsPadRowDen = new TH3D("fPairsPadRowDen","", 20,0,1, 159,0,1, 40,0,0.2); if(fMCcase) fOutputList->Add(fPairsPadRowDen); TH2D *fResonanceOSPairs = new TH2D("fResonanceOSPairs","",fMbins,.5,fMbins+.5, 1000,0,2); if(fMCcase) fOutputList->Add(fResonanceOSPairs); TH2D *fAllOSPairs = new TH2D("fAllOSPairs","",fMbins,.5,fMbins+.5, 1000,0,2); if(fMCcase) fOutputList->Add(fAllOSPairs); TH3D *fPrimarySCPionPairs = new TH3D("fPrimarySCPionPairs","",fMbins,.5,fMbins+.5, 20,0,1, 20,0,0.2); if(fMCcase) fOutputList->Add(fPrimarySCPionPairs); TH3D *fAllSCPionPairs = new TH3D("fAllSCPionPairs","",fMbins,.5,fMbins+.5, 20,0,1, 20,0,0.2); if(fMCcase) fOutputList->Add(fAllSCPionPairs); TH3D *fPrimaryMCPionPairs = new TH3D("fPrimaryMCPionPairs","",fMbins,.5,fMbins+.5, 20,0,1, 20,0,0.2); if(fMCcase) fOutputList->Add(fPrimaryMCPionPairs); TH3D *fAllMCPionPairs = new TH3D("fAllMCPionPairs","",fMbins,.5,fMbins+.5, 20,0,1, 20,0,0.2); if(fMCcase) fOutputList->Add(fAllMCPionPairs); TProfile *fAvgMult = new TProfile("fAvgMult","",fMbins,.5,fMbins+.5, 0,1500,""); fOutputList->Add(fAvgMult); TH2D *fTrackChi2NDF = new TH2D("fTrackChi2NDF","",20,0,100, 100,0,10); fOutputList->Add(fTrackChi2NDF); TH2D *fTrackTPCncls = new TH2D("fTrackTPCncls","",20,0,100, 110,50,160); fOutputList->Add(fTrackTPCncls); TH3D *fTPNRejects1 = new TH3D("fTPNRejects1","",kQbins,0,fQupperBound, kQbins,0,fQupperBound, kQbins,0,fQupperBound); fOutputList->Add(fTPNRejects1); TH3D *fTPNRejects2 = new TH3D("fTPNRejects2","",kQbins,0,fQupperBound, kQbins,0,fQupperBound, kQbins,0,fQupperBound); fOutputList->Add(fTPNRejects2); TH3D *fTPNRejects3 = new TH3D("fTPNRejects3","",kQbins,0,fQupperBound, kQbins,0,fQupperBound, kQbins,0,fQupperBound); fOutputList->Add(fTPNRejects3); TH3D *fTPNRejects4 = new TH3D("fTPNRejects4","",kQbins,0,fQupperBound, kQbins,0,fQupperBound, kQbins,0,fQupperBound); fOutputList->Add(fTPNRejects4); TH3D *fTPNRejects5 = new TH3D("fTPNRejects5","",kQbins,0,fQupperBound, kQbins,0,fQupperBound, kQbins,0,fQupperBound); fOutputList->Add(fTPNRejects5); TH3D *fKt3DistTerm1 = new TH3D("fKt3DistTerm1","",fMbins,.5,fMbins+.5, 20,0,1, 20,0,0.2); TH3D *fKt3DistTerm5 = new TH3D("fKt3DistTerm5","",fMbins,.5,fMbins+.5, 20,0,1, 20,0,0.2); fOutputList->Add(fKt3DistTerm1); fOutputList->Add(fKt3DistTerm5); TProfile2D *fKtTripletAvg = new TProfile2D("fKtTripletAvg","",fMbins,.5,fMbins+.5, 2,-0.5,1.5, 0.,1.0,""); fOutputList->Add(fKtTripletAvg); TH1D *fMCWeight3DTerm1SC = new TH1D("fMCWeight3DTerm1SC","", 20,0,0.2); TH1D *fMCWeight3DTerm1SCden = new TH1D("fMCWeight3DTerm1SCden","", 20,0,0.2); TH1D *fMCWeight3DTerm2SC = new TH1D("fMCWeight3DTerm2SC","", 20,0,0.2); TH1D *fMCWeight3DTerm2SCden = new TH1D("fMCWeight3DTerm2SCden","", 20,0,0.2); TH1D *fMCWeight3DTerm1MC = new TH1D("fMCWeight3DTerm1MC","", 20,0,0.2); TH1D *fMCWeight3DTerm1MCden = new TH1D("fMCWeight3DTerm1MCden","", 20,0,0.2); TH1D *fMCWeight3DTerm2MC = new TH1D("fMCWeight3DTerm2MC","", 20,0,0.2); TH1D *fMCWeight3DTerm2MCden = new TH1D("fMCWeight3DTerm2MCden","", 20,0,0.2); TH1D *fMCWeight3DTerm3MC = new TH1D("fMCWeight3DTerm3MC","", 20,0,0.2); TH1D *fMCWeight3DTerm3MCden = new TH1D("fMCWeight3DTerm3MCden","", 20,0,0.2); TH1D *fMCWeight3DTerm4MC = new TH1D("fMCWeight3DTerm4MC","", 20,0,0.2); TH1D *fMCWeight3DTerm4MCden = new TH1D("fMCWeight3DTerm4MCden","", 20,0,0.2); fOutputList->Add(fMCWeight3DTerm1SC); fOutputList->Add(fMCWeight3DTerm1SCden); fOutputList->Add(fMCWeight3DTerm2SC); fOutputList->Add(fMCWeight3DTerm2SCden); fOutputList->Add(fMCWeight3DTerm1MC); fOutputList->Add(fMCWeight3DTerm1MCden); fOutputList->Add(fMCWeight3DTerm2MC); fOutputList->Add(fMCWeight3DTerm2MCden); fOutputList->Add(fMCWeight3DTerm3MC); fOutputList->Add(fMCWeight3DTerm3MCden); fOutputList->Add(fMCWeight3DTerm4MC); fOutputList->Add(fMCWeight3DTerm4MCden); if(fPdensityExplicitLoop || fPdensityPairCut){ for(Int_t mb=0; mb<fMbins; mb++){ if((mb < fCentBinLowLimit) || (mb > fCentBinHighLimit)) continue; for(Int_t edB=0; edB<fEDbins; edB++){ for(Int_t c1=0; c1<2; c1++){ for(Int_t c2=0; c2<2; c2++){ for(Int_t sc=0; sc<kSCLimit2; sc++){ for(Int_t term=0; term<2; term++){ TString *nameEx2 = new TString("Explicit2_Charge1_"); *nameEx2 += c1; nameEx2->Append("_Charge2_"); *nameEx2 += c2; nameEx2->Append("_SC_"); *nameEx2 += sc; nameEx2->Append("_M_"); *nameEx2 += mb; nameEx2->Append("_ED_"); *nameEx2 += edB; nameEx2->Append("_Term_"); *nameEx2 += term+1; if(sc==0 || sc==3 || sc==5){ if( (c1+c2)==1 ) {if(c1!=0) continue;}// skip degenerate histogram } Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].fExplicit2 = new TH2D(nameEx2->Data(),"Two Particle Distribution",20,0,1, 400,0,2); fOutputList->Add(Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].fExplicit2); TString *nameEx2QW=new TString(nameEx2->Data()); nameEx2QW->Append("_QW"); Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].fExplicit2QW = new TH2D(nameEx2QW->Data(),"Two Particle Distribution",20,0,1, 400,0,2); fOutputList->Add(Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].fExplicit2QW); TString *nameAvgP=new TString(nameEx2->Data()); nameAvgP->Append("_AvgP"); Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].fAvgP = new TProfile2D(nameAvgP->Data(),"",10,0,1, 400,0,2, 0.,1.0,""); fOutputList->Add(Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].fAvgP); // Momentum resolution histos if(fMCcase && sc==0){ TString *nameIdeal = new TString(nameEx2->Data()); nameIdeal->Append("_Ideal"); Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].fIdeal = new TH2D(nameIdeal->Data(),"Two Particle Distribution",fRVALUES*kNDampValues,-0.5,fRVALUES*kNDampValues-0.5, kQbinsWeights,0,fQupperBoundWeights); fOutputList->Add(Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].fIdeal); TString *nameSmeared = new TString(nameEx2->Data()); nameSmeared->Append("_Smeared"); Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].fSmeared = new TH2D(nameSmeared->Data(),"Two Particle Distribution",fRVALUES*kNDampValues,-0.5,fRVALUES*kNDampValues-0.5, kQbinsWeights,0,fQupperBoundWeights); fOutputList->Add(Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].fSmeared); // TString *nameEx2MC=new TString(nameEx2->Data()); nameEx2MC->Append("_MCqinv"); Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].fMCqinv = new TH1D(nameEx2MC->Data(),"",400,0,2); fOutputList->Add(Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].fMCqinv); TString *nameEx2MCQW=new TString(nameEx2->Data()); nameEx2MCQW->Append("_MCqinvQW"); Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].fMCqinvQW = new TH1D(nameEx2MCQW->Data(),"",400,0,2); fOutputList->Add(Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].fMCqinvQW); // TString *nameEx2PIDpurityDen=new TString(nameEx2->Data()); nameEx2PIDpurityDen->Append("_PIDpurityDen"); Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].fPIDpurityDen = new TH2D(nameEx2PIDpurityDen->Data(),"Two Particle Distribution",20,0,1, 400,0,2); fOutputList->Add(Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].fPIDpurityDen); TString *nameEx2PIDpurityNum=new TString(nameEx2->Data()); nameEx2PIDpurityNum->Append("_PIDpurityNum"); Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].fPIDpurityNum = new TH2D(nameEx2PIDpurityNum->Data(),"Two Particle Distribution",20,0,1, 400,0,2); fOutputList->Add(Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].fPIDpurityNum); } if(sc==0){ TString *nameEx2OSLB1 = new TString(nameEx2->Data()); nameEx2OSLB1->Append("_osl_b1"); Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].OSL_ktbin[0].fExplicit2OSL = new TH3D(nameEx2OSLB1->Data(),"Two Particle Distribution",kQbinsWeights,0,fQupperBoundWeights, kQbinsWeights,0,fQupperBoundWeights, kQbinsWeights,0,fQupperBoundWeights); fOutputList->Add(Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].OSL_ktbin[0].fExplicit2OSL); nameEx2OSLB1->Append("_QW"); Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].OSL_ktbin[0].fExplicit2OSLQW = new TH3D(nameEx2OSLB1->Data(),"Two Particle Distribution",kQbinsWeights,0,fQupperBoundWeights, kQbinsWeights,0,fQupperBoundWeights, kQbinsWeights,0,fQupperBoundWeights); fOutputList->Add(Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].OSL_ktbin[0].fExplicit2OSLQW); // TString *nameEx2OSLB2 = new TString(nameEx2->Data()); nameEx2OSLB2->Append("_osl_b2"); Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].OSL_ktbin[1].fExplicit2OSL = new TH3D(nameEx2OSLB2->Data(),"Two Particle Distribution",kQbinsWeights,0,fQupperBoundWeights, kQbinsWeights,0,fQupperBoundWeights, kQbinsWeights,0,fQupperBoundWeights); fOutputList->Add(Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].OSL_ktbin[1].fExplicit2OSL); nameEx2OSLB2->Append("_QW"); Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].OSL_ktbin[1].fExplicit2OSLQW = new TH3D(nameEx2OSLB2->Data(),"Two Particle Distribution",kQbinsWeights,0,fQupperBoundWeights, kQbinsWeights,0,fQupperBoundWeights, kQbinsWeights,0,fQupperBoundWeights); fOutputList->Add(Charge1[c1].Charge2[c2].SC[sc].MB[mb].EDB[edB].TwoPT[term].OSL_ktbin[1].fExplicit2OSLQW); } }// term_2 }// SC_2 // skip 3-particle if Tabulate6DPairs is true if(fTabulatePairs) continue; for(Int_t c3=0; c3<2; c3++){ for(Int_t sc=0; sc<kSCLimit3; sc++){ for(Int_t term=0; term<5; term++){ TString *nameEx3 = new TString("Explicit3_Charge1_"); *nameEx3 += c1; nameEx3->Append("_Charge2_"); *nameEx3 += c2; nameEx3->Append("_Charge3_"); *nameEx3 += c3; nameEx3->Append("_SC_"); *nameEx3 += sc; nameEx3->Append("_M_"); *nameEx3 += mb; nameEx3->Append("_ED_"); *nameEx3 += edB; nameEx3->Append("_Term_"); *nameEx3 += term+1; TString *namePC3 = new TString("PairCut3_Charge1_"); *namePC3 += c1; namePC3->Append("_Charge2_"); *namePC3 += c2; namePC3->Append("_Charge3_"); *namePC3 += c3; namePC3->Append("_SC_"); *namePC3 += sc; namePC3->Append("_M_"); *namePC3 += mb; namePC3->Append("_ED_"); *namePC3 += edB; namePC3->Append("_Term_"); *namePC3 += term+1; /////////////////////////////////////// // skip degenerate histograms if(sc==0 || sc==6 || sc==9){// Identical species if( (c1+c2+c3)==1) {if(c3!=1) continue;} if( (c1+c2+c3)==2) {if(c1!=0) continue;} }else if(sc!=5){ if( (c1+c2)==1) {if(c1!=0) continue;} }else {}// do nothing for pi-k-p case ///////////////////////////////////////// if(fPdensityExplicitLoop){ Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].fExplicit3 = new TH1D(nameEx3->Data(),"Three Particle Distribution",200,0,2); fOutputList->Add(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].fExplicit3); // nameEx3->Append("_Norm"); Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].fNormEx3 = new TH1D(nameEx3->Data(),"Explicit_3 Norm",1,-0.5,0.5); fOutputList->Add(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].fNormEx3); } if(fPdensityPairCut){ TString *nameNorm=new TString(namePC3->Data()); nameNorm->Append("_Norm"); Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].fNorm3 = new TH1D(nameNorm->Data(),"Norm",1,-0.5,0.5); fOutputList->Add(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].fNorm3); // if(sc<=2){ TString *name3DQ=new TString(namePC3->Data()); name3DQ->Append("_3D"); Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].fTerms3 = new TH3D(name3DQ->Data(),"", kQbins,0,fQupperBound, kQbins,0,fQupperBound, kQbins,0,fQupperBound); fOutputList->Add(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].fTerms3); // /* const int NEdgesPos=16; double lowEdges4vectPos[NEdgesPos]={0}; lowEdges4vectPos[0]=0.0; lowEdges4vectPos[1]=0.00005;// best resolution at low Q^2 for(int edge=2; edge<NEdgesPos; edge++){ lowEdges4vectPos[edge] = lowEdges4vectPos[edge-1] + lowEdges4vectPos[1]*(edge); } const int NEdges=2*NEdgesPos-1; double lowEdges4vect[NEdges]={0}; for(int edge=0; edge<NEdges; edge++){ if(edge<NEdgesPos-1) lowEdges4vect[edge] = -lowEdges4vectPos[NEdgesPos-1-edge]; else if(edge==NEdgesPos-1) lowEdges4vect[edge] = 0; else lowEdges4vect[edge] = lowEdges4vectPos[edge-NEdgesPos+1]; //if(c1==c2 && c1==c3) cout<<lowEdges4vect[edge]<<endl; } if(c1==c2 && c1==c3 && sc==0 && fMCcase==kFALSE){ TString *name4vect1=new TString(namePC3->Data()); TString *name4vect2=new TString(namePC3->Data()); name4vect1->Append("_4VectProd1"); name4vect2->Append("_4VectProd2"); // use 3.75e6 MeV^4 as the resolution on QprodSum Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd1Terms = new TH3D(name4vect1->Data(),"",NEdges-1,lowEdges4vect, NEdges-1,lowEdges4vect, NEdges-1,lowEdges4vect); fOutputList->Add(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd1Terms); Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd2Terms = new TH3D(name4vect2->Data(),"",NEdges-1,lowEdges4vect, NEdges-1,lowEdges4vect, NEdges-1,lowEdges4vect); fOutputList->Add(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd2Terms); }*/ if(sc==0 && fMCcase==kTRUE){ TString *name3DMomResIdeal=new TString(namePC3->Data()); name3DMomResIdeal->Append("_Ideal"); Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].fIdeal = new TH3D(name3DMomResIdeal->Data(),"", kQbins,0,fQupperBound, kQbins,0,fQupperBound, kQbins,0,fQupperBound); fOutputList->Add(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].fIdeal); TString *name3DMomResSmeared=new TString(namePC3->Data()); name3DMomResSmeared->Append("_Smeared"); Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].fSmeared = new TH3D(name3DMomResSmeared->Data(),"", kQbins,0,fQupperBound, kQbins,0,fQupperBound, kQbins,0,fQupperBound); fOutputList->Add(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].fSmeared); // TString *name3DMomResQW12=new TString(namePC3->Data()); name3DMomResQW12->Append("_QW12"); Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].fQW12 = new TH3D(name3DMomResQW12->Data(),"", kQbins,0,fQupperBound, kQbins,0,fQupperBound, kQbins,0,fQupperBound); fOutputList->Add(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].fQW12); TString *name3DMomResQW13=new TString(namePC3->Data()); name3DMomResQW13->Append("_QW13"); Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].fQW13 = new TH3D(name3DMomResQW13->Data(),"", kQbins,0,fQupperBound, kQbins,0,fQupperBound, kQbins,0,fQupperBound); fOutputList->Add(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].fQW13); // if(term==0){ TString *name3DSumK3=new TString(namePC3->Data()); name3DSumK3->Append("_SumK3"); Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].fSumK3 = new TH3D(name3DSumK3->Data(),"", kQbins,0,fQupperBound, kQbins,0,fQupperBound, kQbins,0,fQupperBound); fOutputList->Add(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].fSumK3); TString *name3DEnK3=new TString(namePC3->Data()); name3DEnK3->Append("_EnK3"); Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].fEnK3 = new TH3D(name3DEnK3->Data(),"", kQbins,0,fQupperBound, kQbins,0,fQupperBound, kQbins,0,fQupperBound); fOutputList->Add(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].fEnK3); } /*if(c1==c2 && c1==c3){ TString *name4vect1Ideal=new TString(namePC3->Data()); TString *name4vect1Smeared=new TString(namePC3->Data()); TString *name4vect2Ideal=new TString(namePC3->Data()); TString *name4vect2Smeared=new TString(namePC3->Data()); TString *name4vect1Q3W=new TString(namePC3->Data()); TString *name4vect2Q3W=new TString(namePC3->Data()); name4vect1Ideal->Append("_4VectProd1Ideal"); name4vect1Smeared->Append("_4VectProd1Smeared"); name4vect2Ideal->Append("_4VectProd2Ideal"); name4vect2Smeared->Append("_4VectProd2Smeared"); name4vect1Q3W->Append("_4VectProd1Q3W"); name4vect2Q3W->Append("_4VectProd2Q3W"); // Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd1TermsIdeal = new TH3D(name4vect1Ideal->Data(),"",NEdges-1,lowEdges4vect, NEdges-1,lowEdges4vect, NEdges-1,lowEdges4vect); fOutputList->Add(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd1TermsIdeal); Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd1TermsSmeared = new TH3D(name4vect1Smeared->Data(),"",NEdges-1,lowEdges4vect, NEdges-1,lowEdges4vect, NEdges-1,lowEdges4vect); fOutputList->Add(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd1TermsSmeared); // Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd2TermsIdeal = new TH3D(name4vect2Ideal->Data(),"",NEdges-1,lowEdges4vect, NEdges-1,lowEdges4vect, NEdges-1,lowEdges4vect); fOutputList->Add(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd2TermsIdeal); Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd2TermsSmeared = new TH3D(name4vect2Smeared->Data(),"",NEdges-1,lowEdges4vect, NEdges-1,lowEdges4vect, NEdges-1,lowEdges4vect); fOutputList->Add(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd2TermsSmeared); // if(term==0){// average Q3 in each FVP cell Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd1Q3W = new TH3D(name4vect1Q3W->Data(),"",NEdges-1,lowEdges4vect, NEdges-1,lowEdges4vect, NEdges-1,lowEdges4vect); fOutputList->Add(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd1Q3W); Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd2Q3W = new TH3D(name4vect2Q3W->Data(),"",NEdges-1,lowEdges4vect, NEdges-1,lowEdges4vect, NEdges-1,lowEdges4vect); fOutputList->Add(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd2Q3W); } // if(term==0){ TString *name4vect1SumK3=new TString(namePC3->Data()); TString *name4vect2SumK3=new TString(namePC3->Data()); TString *name4vect1EnK3=new TString(namePC3->Data()); TString *name4vect2EnK3=new TString(namePC3->Data()); name4vect1SumK3->Append("_4VectProd1SumK3"); name4vect2SumK3->Append("_4VectProd2SumK3"); name4vect1EnK3->Append("_4VectProd1EnK3"); name4vect2EnK3->Append("_4VectProd2EnK3"); Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd1TermsSumK3 = new TH3D(name4vect1SumK3->Data(),"",NEdges-1,lowEdges4vect, NEdges-1,lowEdges4vect, NEdges-1,lowEdges4vect); fOutputList->Add(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd1TermsSumK3); Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd2TermsSumK3 = new TH3D(name4vect2SumK3->Data(),"",NEdges-1,lowEdges4vect, NEdges-1,lowEdges4vect, NEdges-1,lowEdges4vect); fOutputList->Add(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd2TermsSumK3); Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd1TermsEnK3 = new TH3D(name4vect1EnK3->Data(),"",NEdges-1,lowEdges4vect, NEdges-1,lowEdges4vect, NEdges-1,lowEdges4vect); fOutputList->Add(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd1TermsEnK3); Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd2TermsEnK3 = new TH3D(name4vect2EnK3->Data(),"",NEdges-1,lowEdges4vect, NEdges-1,lowEdges4vect, NEdges-1,lowEdges4vect); fOutputList->Add(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd2TermsEnK3); }// term 0 if(term > 0 && term < 4){ TString *name4vect1SumK2=new TString(namePC3->Data()); TString *name4vect2SumK2=new TString(namePC3->Data()); TString *name4vect1EnK2=new TString(namePC3->Data()); TString *name4vect2EnK2=new TString(namePC3->Data()); name4vect1SumK2->Append("_4VectProd1SumK2"); name4vect2SumK2->Append("_4VectProd2SumK2"); name4vect1EnK2->Append("_4VectProd1EnK2"); name4vect2EnK2->Append("_4VectProd2EnK2"); Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd1TermsSumK2 = new TH3D(name4vect1SumK2->Data(),"",NEdges-1,lowEdges4vect, NEdges-1,lowEdges4vect, NEdges-1,lowEdges4vect); fOutputList->Add(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd1TermsSumK2); Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd2TermsSumK2 = new TH3D(name4vect2SumK2->Data(),"",NEdges-1,lowEdges4vect, NEdges-1,lowEdges4vect, NEdges-1,lowEdges4vect); fOutputList->Add(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd2TermsSumK2); Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd1TermsEnK2 = new TH3D(name4vect1EnK2->Data(),"",NEdges-1,lowEdges4vect, NEdges-1,lowEdges4vect, NEdges-1,lowEdges4vect); fOutputList->Add(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd1TermsEnK2); Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd2TermsEnK2 = new TH3D(name4vect2EnK2->Data(),"",NEdges-1,lowEdges4vect, NEdges-1,lowEdges4vect, NEdges-1,lowEdges4vect); fOutputList->Add(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].f4VectProd2TermsEnK2); }// terms 1,2,3 }*/ }// MCcase // if(c1==c2 && c1==c3 && term==4 && sc==0){ for(Int_t dt=0; dt<kDENtypes; dt++){ TString *nameDenType=new TString("PairCut3_Charge1_"); *nameDenType += c1; nameDenType->Append("_Charge2_"); *nameDenType += c2; nameDenType->Append("_Charge3_"); *nameDenType += c3; nameDenType->Append("_SC_"); *nameDenType += sc; nameDenType->Append("_M_"); *nameDenType += mb; nameDenType->Append("_ED_"); *nameDenType += edB; nameDenType->Append("_TPN_"); *nameDenType += dt; Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].DT[dt].fTwoPartNorm = new TH3D(nameDenType->Data(),"",kQbins,0,fQupperBound, kQbins,0,fQupperBound, kQbins,0,fQupperBound); fOutputList->Add(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].DT[dt].fTwoPartNorm); // neglect errors for TPN //nameDenType->Append("_Err"); //Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].DT[dt].fTwoPartNormErr = new TH3D(nameDenType->Data(),"",kQbins,0,fQupperBound, kQbins,0,fQupperBound, kQbins,0,fQupperBound); //fOutputList->Add(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].DT[dt].fTwoPartNormErr); // /*TString *name4vect1TPN=new TString(nameDenType->Data()); TString *name4vect2TPN=new TString(nameDenType->Data()); name4vect1TPN->Append("_4VectProd1"); name4vect2TPN->Append("_4VectProd2"); Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].DT[dt].f4VectProd1TwoPartNorm = new TH3D(name4vect1TPN->Data(),"",NEdges-1,lowEdges4vect, NEdges-1,lowEdges4vect, NEdges-1,lowEdges4vect); fOutputList->Add(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].DT[dt].f4VectProd1TwoPartNorm); Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].DT[dt].f4VectProd2TwoPartNorm = new TH3D(name4vect2TPN->Data(),"",NEdges-1,lowEdges4vect, NEdges-1,lowEdges4vect, NEdges-1,lowEdges4vect); fOutputList->Add(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].DT[dt].f4VectProd2TwoPartNorm); // if(fMCcase){ TString *name4vect1TPNIdeal=new TString(nameDenType->Data()); TString *name4vect2TPNIdeal=new TString(nameDenType->Data()); TString *name4vect1TPNSmeared=new TString(nameDenType->Data()); TString *name4vect2TPNSmeared=new TString(nameDenType->Data()); name4vect1TPNIdeal->Append("_4VectProd1Ideal"); name4vect2TPNIdeal->Append("_4VectProd2Ideal"); name4vect1TPNSmeared->Append("_4VectProd1Smeared"); name4vect2TPNSmeared->Append("_4VectProd2Smeared"); Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].DT[dt].f4VectProd1TwoPartNormIdeal = new TH3D(name4vect1TPNIdeal->Data(),"",NEdges-1,lowEdges4vect, NEdges-1,lowEdges4vect, NEdges-1,lowEdges4vect); fOutputList->Add(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].DT[dt].f4VectProd1TwoPartNormIdeal); Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].DT[dt].f4VectProd2TwoPartNormIdeal = new TH3D(name4vect2TPNIdeal->Data(),"",NEdges-1,lowEdges4vect, NEdges-1,lowEdges4vect, NEdges-1,lowEdges4vect); fOutputList->Add(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].DT[dt].f4VectProd2TwoPartNormIdeal); Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].DT[dt].f4VectProd1TwoPartNormSmeared = new TH3D(name4vect1TPNSmeared->Data(),"",NEdges-1,lowEdges4vect, NEdges-1,lowEdges4vect, NEdges-1,lowEdges4vect); fOutputList->Add(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].DT[dt].f4VectProd1TwoPartNormSmeared); Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].DT[dt].f4VectProd2TwoPartNormSmeared = new TH3D(name4vect2TPNSmeared->Data(),"",NEdges-1,lowEdges4vect, NEdges-1,lowEdges4vect, NEdges-1,lowEdges4vect); fOutputList->Add(Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[mb].EDB[edB].ThreePT[term].DT[dt].f4VectProd2TwoPartNormSmeared); }*/ } }// term=4 }// c and sc exclusion }// PdensityPairCut }// term_3 }// SC_3 }//c3 }//c2 }//c1 }// ED }// mbin }// Pdensity Method if(fTabulatePairs){ for(Int_t tKbin=0; tKbin<fKbinsT; tKbin++){ for(Int_t yKbin=0; yKbin<fKbinsY; yKbin++){ for(Int_t mb=0; mb<fMbins; mb++){ for(Int_t edB=0; edB<fEDbins; edB++){ TString *nameNum = new TString("TwoPart_num_Kt_"); *nameNum += tKbin; nameNum->Append("_Ky_"); *nameNum += yKbin; nameNum->Append("_M_"); *nameNum += mb; nameNum->Append("_ED_"); *nameNum += edB; TString *nameDen = new TString("TwoPart_den_Kt_"); *nameDen += tKbin; nameDen->Append("_Ky_"); *nameDen += yKbin; nameDen->Append("_M_"); *nameDen += mb; nameDen->Append("_ED_"); *nameDen += edB; KT[tKbin].KY[yKbin].MB[mb].EDB[edB].TwoPT[0].fExplicit2ThreeD = new TH3D(nameNum->Data(),"", kQbinsWeights,0,fQupperBoundWeights, kQbinsWeights,0,fQupperBoundWeights, kQbinsWeights,0,fQupperBoundWeights); fOutputList->Add(KT[tKbin].KY[yKbin].MB[mb].EDB[edB].TwoPT[0].fExplicit2ThreeD); KT[tKbin].KY[yKbin].MB[mb].EDB[edB].TwoPT[1].fExplicit2ThreeD = new TH3D(nameDen->Data(),"", kQbinsWeights,0,fQupperBoundWeights, kQbinsWeights,0,fQupperBoundWeights, kQbinsWeights,0,fQupperBoundWeights); fOutputList->Add(KT[tKbin].KY[yKbin].MB[mb].EDB[edB].TwoPT[1].fExplicit2ThreeD); } } } } } TProfile *fQsmearMean = new TProfile("fQsmearMean","",2,0.5,2.5, -0.2,0.2,""); fOutputList->Add(fQsmearMean); TProfile *fQsmearSq = new TProfile("fQsmearSq","",2,0.5,2.5, -2,2,""); fOutputList->Add(fQsmearSq); TH1D *fQDist = new TH1D("fQDist","",200,-.2,.2); fOutputList->Add(fQDist); //////////////////////////////////// /////////////////////////////////// PostData(1, fOutputList); } //________________________________________________________________________ void AliChaoticity::Exec(Option_t *) { // Main loop // Called for each event //cout<<"=========== Event # "<<fEventCounter+1<<" ==========="<<endl; fEventCounter++; if(!fAODcase) {cout<<"ESDs not supported"<<endl; return;} fAOD = dynamic_cast<AliAODEvent*> (InputEvent()); if (!fAOD) {Printf("ERROR: fAOD not available"); return;} // Trigger Cut if(fAOD->GetRunNumber() >= 136851 && fAOD->GetRunNumber() <= 139517){// 10h data Bool_t isSelected1 = (((AliInputEventHandler*)(AliAnalysisManager::GetAnalysisManager()->GetInputEventHandler()))->IsEventSelected() & AliVEvent::kMB); if(!isSelected1 && !fMCcase) {return;} }else if(fAOD->GetRunNumber() >= 167693 && fAOD->GetRunNumber() <= 170593){// 11h data Bool_t isSelected1 = (((AliInputEventHandler*)(AliAnalysisManager::GetAnalysisManager()->GetInputEventHandler()))->IsEventSelected() & AliVEvent::kCentral); Bool_t isSelected2 = (((AliInputEventHandler*)(AliAnalysisManager::GetAnalysisManager()->GetInputEventHandler()))->IsEventSelected() & AliVEvent::kSemiCentral); if(!isSelected1 && !isSelected2 && !fMCcase) {return;} }else {return;} /////////////////////////////////////////////////////////// const AliAODVertex *primaryVertexAOD; AliCentrality *centrality;// for AODs and ESDs AliAnalysisManager *man=AliAnalysisManager::GetAnalysisManager(); AliInputEventHandler* inputHandler = (AliInputEventHandler*) (man->GetInputEventHandler()); fPIDResponse = inputHandler->GetPIDResponse(); TClonesArray *mcArray = 0x0; if(fMCcase){ if(fAODcase){ mcArray = (TClonesArray*)fAOD->FindListObject(AliAODMCParticle::StdBranchName()); if(!mcArray || mcArray->GetEntriesFast() >= kMCarrayLimit){ cout<<"No MC particle branch found or Array too large!!"<<endl; return; } } } UInt_t status=0; Int_t positiveTracks=0, negativeTracks=0; Int_t myTracks=0, pionCount=0, kaonCount=0, protonCount=0; Double_t vertex[3]={0}; Int_t zbin=0; Double_t zstep=2*10/Double_t(fZvertexBins), zstart=-10.; ///////////////////////////////////////////////// Float_t centralityPercentile=0; Float_t cStep=5.0, cStart=0; if(fAODcase){// AOD case if(fPbPbcase){ centrality = fAOD->GetCentrality(); centralityPercentile = centrality->GetCentralityPercentile("V0M"); if(centralityPercentile == 0) {cout<<"Centrality = 0, skipping event"<<endl; return;} if((centralityPercentile < 5*fCentBinLowLimit) || (centralityPercentile>= 5*(fCentBinHighLimit+1))) {/*cout<<"Centrality out of Range. Skipping Event"<<endl;*/ return;} cout<<"Centrality % = "<<centralityPercentile<<endl; } //////////////////////////////// // Vertexing ((TH1F*)fOutputList->FindObject("fMultDist1"))->Fill(fAOD->GetNumberOfTracks()); primaryVertexAOD = fAOD->GetPrimaryVertex(); vertex[0]=primaryVertexAOD->GetX(); vertex[1]=primaryVertexAOD->GetY(); vertex[2]=primaryVertexAOD->GetZ(); if(fabs(vertex[2]) > 10) {cout<<"Zvertex Out of Range. Skip Event"<<endl; return;} // Z-Vertex Cut ((TH3F*)fOutputList->FindObject("fVertexDist"))->Fill(vertex[0], vertex[1], vertex[2]); if(fAOD->IsPileupFromSPD()) {cout<<"PileUpEvent. Skip Event"<<endl; return;} // Reject Pile-up events if(!fMCcase && primaryVertexAOD->GetNContributors() < 1) {cout<<"Bad Vertex. Skip Event"<<endl; return;} ((TH1F*)fOutputList->FindObject("fMultDist2"))->Fill(fAOD->GetNumberOfTracks()); fBfield = fAOD->GetMagneticField(); for(Int_t i=0; i<fZvertexBins; i++){ if( (vertex[2] >= zstart+i*zstep) && (vertex[2] < zstart+(i+1)*zstep) ){ zbin=i; break; } } ///////////////////////////// // Create Shuffled index list Int_t randomIndex[fAOD->GetNumberOfTracks()]; for (Int_t i = 0; i < fAOD->GetNumberOfTracks(); i++) randomIndex[i]=i; Shuffle(randomIndex,0,fAOD->GetNumberOfTracks()-1); ///////////////////////////// // Track loop for (Int_t i = 0; i < fAOD->GetNumberOfTracks(); i++) { AliAODTrack* aodtrack = dynamic_cast<AliAODTrack*>(fAOD->GetTrack(randomIndex[i])); if(!aodtrack) AliFatal("Not a standard AOD"); if (!aodtrack) continue; if(myTracks >= fMultLimit) {cout<<"More tracks than Track Limit"<<endl; return;} status=aodtrack->GetStatus(); if(!aodtrack->TestFilterBit(BIT(7))) continue;// AOD filterBit cut if(fFilterBit != 7){ Bool_t goodTrackOtherFB = kFALSE; for (Int_t j = 0; j < fAOD->GetNumberOfTracks(); j++) { AliAODTrack* aodtrack2 = dynamic_cast<AliAODTrack*>(fAOD->GetTrack(randomIndex[j])); if(!aodtrack2) AliFatal("Not a standard AOD"); if(!aodtrack2) continue; if(!aodtrack2->TestFilterBit(BIT(fFilterBit))) continue; if(-(aodtrack->GetID()+1)==aodtrack2->GetID()) {goodTrackOtherFB=kTRUE; break;} } if(!goodTrackOtherFB) continue; } if(aodtrack->Pt() < 0.16) continue; if(fabs(aodtrack->Eta()) > 0.8) continue; Bool_t goodMomentum = aodtrack->GetPxPyPz( fTempStruct[myTracks].fP); if(!goodMomentum) continue; aodtrack->GetXYZ( fTempStruct[myTracks].fX); Double_t dca2[2]={0}; dca2[0] = sqrt( pow(fTempStruct[myTracks].fX[0] - vertex[0],2) + pow(fTempStruct[myTracks].fX[1] - vertex[1],2)); dca2[1] = sqrt( pow(fTempStruct[myTracks].fX[2] - vertex[2],2)); Double_t dca3d = sqrt( pow(dca2[0],2) + pow(dca2[1],2)); fTempStruct[myTracks].fStatus = status; fTempStruct[myTracks].fFiltermap = aodtrack->GetFilterMap(); fTempStruct[myTracks].fId = aodtrack->GetID(); fTempStruct[myTracks].fLabel = aodtrack->GetLabel(); fTempStruct[myTracks].fPhi = atan2(fTempStruct[myTracks].fP[1], fTempStruct[myTracks].fP[0]); if(fTempStruct[myTracks].fPhi < 0) fTempStruct[myTracks].fPhi += 2*PI; fTempStruct[myTracks].fPt = sqrt(pow(fTempStruct[myTracks].fP[0],2) + pow(fTempStruct[myTracks].fP[1],2)); fTempStruct[myTracks].fMom = sqrt( pow(fTempStruct[myTracks].fPt,2) + pow(fTempStruct[myTracks].fP[2],2) ); fTempStruct[myTracks].fEta = aodtrack->Eta(); fTempStruct[myTracks].fCharge = aodtrack->Charge(); fTempStruct[myTracks].fDCAXY = dca2[0]; fTempStruct[myTracks].fDCAZ = dca2[1]; fTempStruct[myTracks].fDCA = dca3d; fTempStruct[myTracks].fClusterMap = aodtrack->GetTPCClusterMap(); fTempStruct[myTracks].fSharedMap = aodtrack->GetTPCSharedMap(); if(fTempStruct[myTracks].fMom > 0.9999) continue;// upper P bound if(fTempStruct[myTracks].fPt > 0.9999) continue;// upper P bound if(fTempStruct[myTracks].fP[2] > 0.9999) continue;// upper P bound // PID section fTempStruct[myTracks].fElectron = kFALSE; fTempStruct[myTracks].fPion = kFALSE; fTempStruct[myTracks].fKaon = kFALSE; fTempStruct[myTracks].fProton = kFALSE; Float_t nSigmaTPC[5]; Float_t nSigmaTOF[5]; nSigmaTPC[0]=10; nSigmaTPC[1]=10; nSigmaTPC[2]=10; nSigmaTPC[3]=10; nSigmaTPC[4]=10; nSigmaTOF[0]=10; nSigmaTOF[1]=10; nSigmaTOF[2]=10; nSigmaTOF[3]=10; nSigmaTOF[4]=10; fTempStruct[myTracks].fTOFhit = kFALSE;// default Float_t signalTPC=0, signalTOF=0; Double_t integratedTimesTOF[10]={0}; /*if(fFilterBit != 7 ) { nSigmaTPC[0]=fPIDResponse->NumberOfSigmasTPC(aodtrack,AliPID::kElectron); nSigmaTPC[1]=fPIDResponse->NumberOfSigmasTPC(aodtrack,AliPID::kMuon); nSigmaTPC[2]=fPIDResponse->NumberOfSigmasTPC(aodtrack,AliPID::kPion); nSigmaTPC[3]=fPIDResponse->NumberOfSigmasTPC(aodtrack,AliPID::kKaon); nSigmaTPC[4]=fPIDResponse->NumberOfSigmasTPC(aodtrack,AliPID::kProton); // nSigmaTOF[0]=fPIDResponse->NumberOfSigmasTOF(aodtrack,AliPID::kElectron); nSigmaTOF[1]=fPIDResponse->NumberOfSigmasTOF(aodtrack,AliPID::kMuon); nSigmaTOF[2]=fPIDResponse->NumberOfSigmasTOF(aodtrack,AliPID::kPion); nSigmaTOF[3]=fPIDResponse->NumberOfSigmasTOF(aodtrack,AliPID::kKaon); nSigmaTOF[4]=fPIDResponse->NumberOfSigmasTOF(aodtrack,AliPID::kProton); signalTPC = aodtrack->GetTPCsignal(); if( (status&AliESDtrack::kTOFpid)!=0 && (status&AliESDtrack::kTIME)!=0 && (status&AliESDtrack::kTOFout)!=0 && (status&AliESDtrack::kTOFmismatch)<=0){// good tof hit fTempStruct[myTracks].fTOFhit = kTRUE; signalTOF = aodtrack->GetTOFsignal(); aodtrack->GetIntegratedTimes(integratedTimesTOF); }else fTempStruct[myTracks].fTOFhit = kFALSE; }else {// FilterBit 7 PID workaround */ for(Int_t j = 0; j < fAOD->GetNumberOfTracks(); j++) { AliAODTrack* aodTrack2 = dynamic_cast<AliAODTrack*>(fAOD->GetTrack(j)); if(!aodTrack2) AliFatal("Not a standard AOD"); if (!aodTrack2) continue; if(aodtrack->GetID() != (-aodTrack2->GetID() - 1)) continue;// (-aodTrack2->GetID() - 1) UInt_t status2=aodTrack2->GetStatus(); nSigmaTPC[0]=fPIDResponse->NumberOfSigmasTPC(aodTrack2,AliPID::kElectron); nSigmaTPC[1]=fPIDResponse->NumberOfSigmasTPC(aodTrack2,AliPID::kMuon); nSigmaTPC[2]=fPIDResponse->NumberOfSigmasTPC(aodTrack2,AliPID::kPion); nSigmaTPC[3]=fPIDResponse->NumberOfSigmasTPC(aodTrack2,AliPID::kKaon); nSigmaTPC[4]=fPIDResponse->NumberOfSigmasTPC(aodTrack2,AliPID::kProton); // nSigmaTOF[0]=fPIDResponse->NumberOfSigmasTOF(aodTrack2,AliPID::kElectron); nSigmaTOF[1]=fPIDResponse->NumberOfSigmasTOF(aodTrack2,AliPID::kMuon); nSigmaTOF[2]=fPIDResponse->NumberOfSigmasTOF(aodTrack2,AliPID::kPion); nSigmaTOF[3]=fPIDResponse->NumberOfSigmasTOF(aodTrack2,AliPID::kKaon); nSigmaTOF[4]=fPIDResponse->NumberOfSigmasTOF(aodTrack2,AliPID::kProton); signalTPC = aodTrack2->GetTPCsignal(); if( (status2&AliESDtrack::kTOFpid)!=0 && (status2&AliESDtrack::kTIME)!=0 && (status2&AliESDtrack::kTOFout)!=0 && (status2&AliESDtrack::kTOFmismatch)<=0){// good tof hit fTempStruct[myTracks].fTOFhit = kTRUE; signalTOF = aodTrack2->GetTOFsignal(); aodTrack2->GetIntegratedTimes(integratedTimesTOF); }else fTempStruct[myTracks].fTOFhit = kFALSE; }// aodTrack2 //}// FilterBit 7 PID workaround /////////////////// ((TH3F*)fOutputList->FindObject("fTPCResponse"))->Fill(centralityPercentile, fTempStruct[myTracks].fMom, signalTPC); if(fTempStruct[myTracks].fTOFhit) { ((TH3F*)fOutputList->FindObject("fTOFResponse"))->Fill(centralityPercentile, fTempStruct[myTracks].fMom, signalTOF - integratedTimesTOF[3]); } /////////////////// // Use TOF if good hit and above threshold if(fTempStruct[myTracks].fTOFhit && fTempStruct[myTracks].fMom > fTPCTOFboundry){ if(fabs(nSigmaTOF[0])<fSigmaCutTOF) fTempStruct[myTracks].fElectron = kTRUE;// Electron candidate if(fabs(nSigmaTOF[2])<fSigmaCutTOF) fTempStruct[myTracks].fPion = kTRUE;// Pion candidate if(fabs(nSigmaTOF[3])<fSigmaCutTOF) fTempStruct[myTracks].fKaon = kTRUE;// Kaon candidate if(fabs(nSigmaTOF[4])<fSigmaCutTOF) fTempStruct[myTracks].fProton = kTRUE;// Proton candidate }else {// TPC info instead if(fabs(nSigmaTPC[0])<fSigmaCutTPC) fTempStruct[myTracks].fElectron = kTRUE;// Electron candidate if(fabs(nSigmaTPC[2])<fSigmaCutTPC) fTempStruct[myTracks].fPion = kTRUE;// Pion candidate if(fabs(nSigmaTPC[3])<fSigmaCutTPC) fTempStruct[myTracks].fKaon = kTRUE;// Kaon candidate if(fabs(nSigmaTPC[4])<fSigmaCutTPC) fTempStruct[myTracks].fProton = kTRUE;// Proton candidate // asymmetric dE/dx cut to reduce muon contamination //if(nSigmaTPC[2] < -0.5) fTempStruct[myTracks].fPion = kFALSE;// asymmetric dE/dx cut } // Ensure there is only 1 candidate per track if(fTempStruct[myTracks].fElectron && fTempStruct[myTracks].fMom < 0.45) continue;// Remove electron band if(!fTempStruct[myTracks].fPion && !fTempStruct[myTracks].fKaon && !fTempStruct[myTracks].fProton) continue; if(fTempStruct[myTracks].fPion && fTempStruct[myTracks].fKaon) continue; if(fTempStruct[myTracks].fPion && fTempStruct[myTracks].fProton) continue; if(fTempStruct[myTracks].fKaon && fTempStruct[myTracks].fProton) continue; if(fTempStruct[myTracks].fPion && fTempStruct[myTracks].fKaon && fTempStruct[myTracks].fProton) continue; //////////////////////// if(fTempStruct[myTracks].fProton && fTempStruct[myTracks].fMom < 0.25) continue;//extra cut for protons if(!fTempStruct[myTracks].fPion) continue;// only pions if(fTempStruct[myTracks].fPion) {// pions fTempStruct[myTracks].fEaccepted = sqrt(pow(fTempStruct[myTracks].fMom,2) + pow(fTrueMassPi,2)); fTempStruct[myTracks].fKey = 1; }else if(fTempStruct[myTracks].fKaon){// kaons fTempStruct[myTracks].fEaccepted = sqrt(pow(fTempStruct[myTracks].fMom,2) + pow(fTrueMassK,2));; fTempStruct[myTracks].fKey = 10; }else{// protons fTempStruct[myTracks].fEaccepted = sqrt(pow(fTempStruct[myTracks].fMom,2) + pow(fTrueMassP,2));; fTempStruct[myTracks].fKey = 100; } ((TH2D*)fOutputList->FindObject("fTrackChi2NDF"))->Fill(centralityPercentile, aodtrack->Chi2perNDF()); ((TH2D*)fOutputList->FindObject("fTrackTPCncls"))->Fill(centralityPercentile, aodtrack->GetTPCncls()); if(aodtrack->Chi2perNDF() > fMaxChi2NDF) continue; if(aodtrack->GetTPCncls() < fMinTPCncls) continue; if(fTempStruct[myTracks].fCharge==+1) { ((TH2F*)fOutputList->FindObject("fDCAxyDistPlus"))->Fill(fTempStruct[myTracks].fPt, dca2[0]); ((TH2F*)fOutputList->FindObject("fDCAzDistPlus"))->Fill(fTempStruct[myTracks].fPt, dca2[1]); }else { ((TH2F*)fOutputList->FindObject("fDCAxyDistMinus"))->Fill(fTempStruct[myTracks].fPt, dca2[0]); ((TH2F*)fOutputList->FindObject("fDCAzDistMinus"))->Fill(fTempStruct[myTracks].fPt, dca2[1]); } ((TH3F*)fOutputList->FindObject("fPhiPtDist"))->Fill(aodtrack->Charge(), aodtrack->Phi(), aodtrack->Pt()); ((TH3F*)fOutputList->FindObject("fPtEtaDist"))->Fill(aodtrack->Charge(), aodtrack->Pt(), aodtrack->Eta()); if(aodtrack->Charge() > 0) positiveTracks++; else negativeTracks++; if(fTempStruct[myTracks].fPion) pionCount++; if(fTempStruct[myTracks].fKaon) kaonCount++; if(fTempStruct[myTracks].fProton) protonCount++; myTracks++; } }else {// ESD tracks cout<<"ESDs not supported currently"<<endl; return; } // Generator info only if(fMCcase && fGeneratorOnly){ myTracks=0; pionCount=0; kaonCount=0; protonCount=0;// reset track counters for(Int_t mctrackN=0; mctrackN<mcArray->GetEntriesFast(); mctrackN++){ if(myTracks >= fMultLimit) {cout<<"More tracks than Track Limit"<<endl; return;} if(myTracks >= 1300) continue;// additional cut to limit high mult events which exceed pair # limits AliAODMCParticle *mcParticle = (AliAODMCParticle*)mcArray->At(mctrackN); if(!mcParticle) continue; if(fabs(mcParticle->Eta())>0.8) continue; if(mcParticle->Charge()!=-3 && mcParticle->Charge()!=+3) continue;// x3 by convention if(mcParticle->Pt() < 0.16 || mcParticle->Pt() > 1.0) continue; if(!mcParticle->IsPrimary()) continue; if(!mcParticle->IsPhysicalPrimary()) continue; if(abs(mcParticle->GetPdgCode())!=211) continue; fTempStruct[myTracks].fP[0] = mcParticle->Px(); fTempStruct[myTracks].fP[1] = mcParticle->Py(); fTempStruct[myTracks].fP[2] = mcParticle->Pz(); fTempStruct[myTracks].fX[0] = 0.; fTempStruct[myTracks].fX[1] = 0.; fTempStruct[myTracks].fX[2] = 0.; fTempStruct[myTracks].fId = myTracks;// use my track counter fTempStruct[myTracks].fLabel = mctrackN; fTempStruct[myTracks].fPhi = atan2(fTempStruct[myTracks].fP[1], fTempStruct[myTracks].fP[0]); if(fTempStruct[myTracks].fPhi < 0) fTempStruct[myTracks].fPhi += 2*PI; fTempStruct[myTracks].fPt = sqrt(pow(fTempStruct[myTracks].fP[0],2) + pow(fTempStruct[myTracks].fP[1],2)); fTempStruct[myTracks].fMom = sqrt( pow(fTempStruct[myTracks].fPt,2) + pow(fTempStruct[myTracks].fP[2],2) ); fTempStruct[myTracks].fEta = mcParticle->Eta(); fTempStruct[myTracks].fCharge = int(mcParticle->Charge()/3.); fTempStruct[myTracks].fDCAXY = 0.; fTempStruct[myTracks].fDCAZ = 0.; fTempStruct[myTracks].fDCA = 0.; fTempStruct[myTracks].fPion = kTRUE; fTempStruct[myTracks].fEaccepted = sqrt(pow(fTempStruct[myTracks].fMom,2) + pow(fTrueMassPi,2)); fTempStruct[myTracks].fKey = 1; myTracks++; pionCount++; } } if(myTracks >= 1) { ((TH1F*)fOutputList->FindObject("fMultDist3"))->Fill(myTracks); } //cout<<"There are "<<myTracks<<" myTracks"<<endl; //cout<<"pionCount = "<<pionCount<<" kaonCount = "<<kaonCount<<" protonCount = "<<protonCount<<endl; ///////////////////////////////////////// // Pion Multiplicity Cut (To ensure all Correlation orders are present in each event) if(myTracks < 3) {cout<<"Less than 3 tracks. Skipping Event."<<endl; return;} ///////////////////////////////////////// //////////////////////////////// /////////////////////////////// // Mbin determination // // Mbin set to Pion Count Only for pp!!!!!!! fMbin=-1; if(!fPbPbcase){ for(Int_t i=0; i<kMultBinspp; i++){ if( ( pionCount > fMultLimits[i]) && ( pionCount <= fMultLimits[i+1]) ) { fMbin=i; break;} // Mbin 0 has 1 pion } }else{ for(Int_t i=0; i<fCentBins; i++){ if( (centralityPercentile >= cStart+i*cStep) && (centralityPercentile < cStart+(i+1)*cStep) ){ fMbin=i;// 0 = most central break; } } } if(fMbin==-1) {cout<<"Bad Mbin+++++++++++++++++++++++++++++++++++++++++++++++++++"<<endl; return;} fFSIbin=0; if(fMbin==0) fFSIbin = 0;//0-5% else if(fMbin==1) fFSIbin = 1;//5-10% else if(fMbin<=3) fFSIbin = 2;//10-20% else if(fMbin<=5) fFSIbin = 3;//20-30% else if(fMbin<=7) fFSIbin = 4;//30-40% else fFSIbin = 5;//40-50% Int_t rIndexForTPNMomRes = fRMax-6; if(fMbin==0) {rIndexForTPNMomRes=fRMax-6;}// 10 fm with EW (fRMax should be 11 for normal running) else if(fMbin==1) {rIndexForTPNMomRes=fRMax-7;} else if(fMbin<=3) {rIndexForTPNMomRes=fRMax-8;} else if(fMbin<=5) {rIndexForTPNMomRes=fRMax-9;} else {rIndexForTPNMomRes=fRMax-10;} ////////////////////////////////////////////////// fEDbin=0;// Extra Dimension bin (Kt, (Kt-Psi),....) ////////////////////////////////////////////////// ((TH1F*)fOutputList->FindObject("fEvents1"))->Fill(fMbin+1); ((TProfile*)fOutputList->FindObject("fAvgMult"))->Fill(fMbin+1., pionCount); //////////////////////////////////// // Add event to buffer if > 0 tracks if(myTracks > 0){ fEC[zbin][fMbin]->FIFOShift(); (fEvt) = fEC[zbin][fMbin]->fEvtStr; (fEvt)->fNtracks = myTracks; (fEvt)->fFillStatus = 1; for(Int_t i=0; i<myTracks; i++) (fEvt)->fTracks[i] = fTempStruct[i]; if(fMCcase){ (fEvt)->fMCarraySize = mcArray->GetEntriesFast(); for(Int_t i=0; i<mcArray->GetEntriesFast(); i++) { AliAODMCParticle *tempMCTrack = (AliAODMCParticle*)mcArray->At(i); (fEvt)->fMCtracks[i].fPx = tempMCTrack->Px(); (fEvt)->fMCtracks[i].fPy = tempMCTrack->Py(); (fEvt)->fMCtracks[i].fPz = tempMCTrack->Pz(); (fEvt)->fMCtracks[i].fPtot = sqrt(pow(tempMCTrack->Px(),2)+pow(tempMCTrack->Py(),2)+pow(tempMCTrack->Pz(),2)); } } } Float_t qinv12=0, qinv13=0, qinv23=0; Float_t qout=0, qside=0, qlong=0; Float_t qoutMC=0, qsideMC=0, qlongMC=0; Float_t firstQ=0, secondQ=0, thirdQ=0; Float_t firstQMC=0, secondQMC=0, thirdQMC=0; Float_t firstKt=0, secondKt=0, thirdKt=0; Float_t transK12=0, rapK12=0, transK3=0; Int_t transKbin=0, rapKbin=0; Float_t q3=0, q3MC=0; Int_t ch1=0, ch2=0, ch3=0; Short_t key1=0, key2=0, key3=0; Int_t bin1=0, bin2=0, bin3=0; Float_t pVect1[4]={0}; Float_t pVect2[4]={0}; Float_t pVect3[4]={0}; Float_t pVect1MC[4]={0}; Float_t pVect2MC[4]={0}; Float_t pVect3MC[4]={0}; Int_t index1=0, index2=0, index3=0; Float_t weight12=0, weight13=0, weight23=0; Float_t weight12Err=0, weight13Err=0, weight23Err=0; Float_t weight12CC=0, weight13CC=0, weight23CC=0; Float_t weightTotal=0;//, weightTotalErr=0; Float_t qinv12MC=0, qinv13MC=0, qinv23MC=0; //Float_t Qsum1v1=0, Qsum2=0, Qsum3v1=0, Qsum1v2=0, Qsum3v2=0; //Float_t Qsum1v1MC=0, Qsum2MC=0, Qsum3v1MC=0, Qsum1v2MC=0, Qsum3v2MC=0; // AliAODMCParticle *mcParticle1=0x0; AliAODMCParticle *mcParticle2=0x0; if(fPdensityPairCut){ //////////////////// Int_t pairCountSE=0, pairCountME=0; Int_t normPairCount[2]={0}; Int_t numOtherPairs1[2][fMultLimit]; Int_t numOtherPairs2[2][fMultLimit]; Bool_t exitCode=kFALSE; Int_t tempNormFillCount[2][2][2][10][5]; // reset to defaults for(Int_t i=0; i<fMultLimit; i++) { fPairLocationSE[i]->Set(fMultLimit,fDefaultsInt); fPairLocationME[i]->Set(fMultLimit,fDefaultsInt); // Normalization Utilities fOtherPairLocation1[0][i]->Set(fMultLimit,fDefaultsInt); fOtherPairLocation1[1][i]->Set(fMultLimit,fDefaultsInt); fOtherPairLocation2[0][i]->Set(fMultLimit,fDefaultsInt); fOtherPairLocation2[1][i]->Set(fMultLimit,fDefaultsInt); fNormPairSwitch[0][i]->Set(fMultLimit,fDefaultsCharMult); fNormPairSwitch[1][i]->Set(fMultLimit,fDefaultsCharMult); fNormPairSwitch[2][i]->Set(fMultLimit,fDefaultsCharMult); numOtherPairs1[0][i]=0; numOtherPairs1[1][i]=0; numOtherPairs2[0][i]=0; numOtherPairs2[1][i]=0; // Track Merging/Splitting Utilities fPairSplitCut[0][i]->Set(fMultLimit,fDefaultsCharMult);// P11 fPairSplitCut[1][i]->Set(fMultLimit,fDefaultsCharMult);// P12 fPairSplitCut[2][i]->Set(fMultLimit,fDefaultsCharMult);// P13 fPairSplitCut[3][i]->Set(fMultLimit,fDefaultsCharMult);// P23 } // Reset the temp Normalization counters for(Int_t i=0; i<2; i++){// Charge1 for(Int_t j=0; j<2; j++){// Charge2 for(Int_t k=0; k<2; k++){// Charge3 for(Int_t l=0; l<10; l++){// FillIndex (species Combination) for(Int_t m=0; m<5; m++){// Term (Cumulant term) tempNormFillCount[i][j][k][l][m] = 0; } } } } } /////////////////////////////////////////////////////// // Start the pairing process // P11 pairing // 1st Particle for (Int_t i=0; i<myTracks; i++) { Int_t en2=0; // 2nd particle for (Int_t j=i+1; j<(fEvt+en2)->fNtracks; j++) { key1 = (fEvt)->fTracks[i].fKey; key2 = (fEvt+en2)->fTracks[j].fKey; Short_t fillIndex2 = FillIndex2part(key1+key2); Short_t qCutBin = SetQcutBin(fillIndex2); Short_t normBin = SetNormBin(fillIndex2); pVect1[0]=(fEvt)->fTracks[i].fEaccepted; pVect2[0]=(fEvt+en2)->fTracks[j].fEaccepted; pVect1[1]=(fEvt)->fTracks[i].fP[0]; pVect2[1]=(fEvt+en2)->fTracks[j].fP[0]; pVect1[2]=(fEvt)->fTracks[i].fP[1]; pVect2[2]=(fEvt+en2)->fTracks[j].fP[1]; pVect1[3]=(fEvt)->fTracks[i].fP[2]; pVect2[3]=(fEvt+en2)->fTracks[j].fP[2]; // qinv12 = GetQinv(fillIndex2, pVect1, pVect2); GetQosl(pVect1, pVect2, qout, qside, qlong); transK12 = sqrt(pow(pVect1[1]+pVect2[1],2) + pow(pVect1[2]+pVect2[2],2))/2.; // /////////////////////////////// ch1 = Int_t(((fEvt)->fTracks[i].fCharge + 1)/2.); ch2 = Int_t(((fEvt+en2)->fTracks[j].fCharge + 1)/2.); SetFillBins2(fillIndex2, key1, key2, ch1, ch2, bin1, bin2); if(fMCcase && ch1==ch2 && fMbin==0 && qinv12<0.2){ ////////////////////////// // pad-row method testing Float_t coeff = (5)*0.2*(0.18/1.2);// 5 to evaluate at 1.0m in TPC Float_t phi1 = (fEvt)->fTracks[i].fPhi - asin((fEvt)->fTracks[i].fCharge*(0.1*fBfield)*coeff/(fEvt)->fTracks[i].fPt); if(phi1 > 2*PI) phi1 -= 2*PI; if(phi1 < 0) phi1 += 2*PI; Float_t phi2 = (fEvt+en2)->fTracks[j].fPhi - asin((fEvt+en2)->fTracks[j].fCharge*(0.1*fBfield)*coeff/(fEvt+en2)->fTracks[j].fPt); if(phi2 > 2*PI) phi2 -= 2*PI; if(phi2 < 0) phi2 += 2*PI; Float_t deltaphi = phi1 - phi2; if(deltaphi > PI) deltaphi -= PI; if(deltaphi < -PI) deltaphi += PI; Int_t ncl1 = (fEvt)->fTracks[i].fClusterMap.GetNbits(); Int_t ncl2 = (fEvt+en2)->fTracks[j].fClusterMap.GetNbits(); Float_t sumCls = 0; Float_t sumSha = 0; Float_t sumQ = 0; Double_t shfrac = 0; //Double_t qfactor = 0; for(Int_t imap = 0; imap < ncl1 && imap < ncl2; imap++) { if ((fEvt)->fTracks[i].fClusterMap.TestBitNumber(imap) && (fEvt+en2)->fTracks[j].fClusterMap.TestBitNumber(imap)) {// Both clusters if ((fEvt)->fTracks[i].fSharedMap.TestBitNumber(imap) && (fEvt+en2)->fTracks[j].fSharedMap.TestBitNumber(imap)) { // Shared sumQ++; sumCls+=2; sumSha+=2;} else {sumQ--; sumCls+=2;} } else if ((fEvt)->fTracks[i].fClusterMap.TestBitNumber(imap) || (fEvt+en2)->fTracks[j].fClusterMap.TestBitNumber(imap)) {// Non shared sumQ++; sumCls++;} } if (sumCls>0) { //qfactor = sumQ*1.0/sumCls; shfrac = sumSha*1.0/sumCls; } if(fabs(deltaphi)<0.07 && fabs((fEvt)->fTracks[i].fEta-(fEvt+en2)->fTracks[j].fEta) < 0.03){ ((TH3D*)fOutputList->FindObject("fPairsPadRowNum"))->Fill(transK12, shfrac, qinv12); } for(Int_t rstep=0; rstep<10; rstep++){ coeff = (rstep)*0.2*(0.18/1.2); phi1 = (fEvt)->fTracks[i].fPhi - asin((fEvt)->fTracks[i].fCharge*(0.1*fBfield)*coeff/(fEvt)->fTracks[i].fPt); if(phi1 > 2*PI) phi1 -= 2*PI; if(phi1 < 0) phi1 += 2*PI; phi2 = (fEvt+en2)->fTracks[j].fPhi - asin((fEvt+en2)->fTracks[j].fCharge*(0.1*fBfield)*coeff/(fEvt+en2)->fTracks[j].fPt); if(phi2 > 2*PI) phi2 -= 2*PI; if(phi2 < 0) phi2 += 2*PI; deltaphi = phi1 - phi2; if(deltaphi > PI) deltaphi -= PI; if(deltaphi < -PI) deltaphi += PI; if(fabs((fEvt)->fTracks[i].fEta-(fEvt+en2)->fTracks[j].fEta) < 0.03){ ((TH3F*)fOutputList->FindObject("fPairsShareFracDPhiNum"))->Fill(rstep, shfrac, deltaphi); } //if(shfrac < 0.05){ ((TH3F*)fOutputList->FindObject("fPairsDetaDPhiNum"))->Fill(rstep, (fEvt)->fTracks[i].fEta-(fEvt+en2)->fTracks[j].fEta, deltaphi); //} } }// MCcase and pair selection // Pair Splitting/Merging cut if(qinv12 < fQLowerCut) continue;// remove unwanted low-q pairs (also a type of track splitting/merging cut) if(ch1 == ch2 && !fGeneratorOnly){ if(!AcceptPair((fEvt)->fTracks[i], (fEvt+en2)->fTracks[j])) { fPairSplitCut[0][i]->AddAt('1',j); ((TH1F*)fOutputList->FindObject("fRejectedPairs"))->Fill(qinv12); continue; } } // HIJING tests if(fMCcase && fillIndex2==0){ // Check that label does not exceed stack size if((fEvt)->fTracks[i].fLabel < (fEvt)->fMCarraySize && (fEvt+en2)->fTracks[j].fLabel < (fEvt+en2)->fMCarraySize){ pVect1MC[0]=sqrt(pow((fEvt)->fMCtracks[abs((fEvt)->fTracks[i].fLabel)].fPtot,2)+pow(fTrueMassPi,2)); pVect2MC[0]=sqrt(pow((fEvt+en2)->fMCtracks[abs((fEvt+en2)->fTracks[j].fLabel)].fPtot,2)+pow(fTrueMassPi,2)); pVect1MC[1]=(fEvt)->fMCtracks[abs((fEvt)->fTracks[i].fLabel)].fPx; pVect2MC[1]=(fEvt+en2)->fMCtracks[abs((fEvt+en2)->fTracks[j].fLabel)].fPx; pVect1MC[2]=(fEvt)->fMCtracks[abs((fEvt)->fTracks[i].fLabel)].fPy; pVect2MC[2]=(fEvt+en2)->fMCtracks[abs((fEvt+en2)->fTracks[j].fLabel)].fPy; pVect1MC[3]=(fEvt)->fMCtracks[abs((fEvt)->fTracks[i].fLabel)].fPz; pVect2MC[3]=(fEvt+en2)->fMCtracks[abs((fEvt+en2)->fTracks[j].fLabel)].fPz; qinv12MC = GetQinv(fillIndex2, pVect1MC, pVect2MC); GetQosl(pVect1MC, pVect2MC, qoutMC, qsideMC, qlongMC); if(qinv12<0.1 && ch1==ch2) { ((TProfile*)fOutputList->FindObject("fQsmearMean"))->Fill(1.,qinv12-qinv12MC); ((TProfile*)fOutputList->FindObject("fQsmearSq"))->Fill(1.,1000.*pow(qinv12-qinv12MC,2)); ((TH1D*)fOutputList->FindObject("fQDist"))->Fill(qinv12-qinv12MC); } //cout<<pVect1[0]<<" "<<pVect1MC[0]<<" : "<<pVect1[1]<<" "<<pVect1MC[1]<<" : "<<pVect1[2]<<" "<<pVect1MC[2]<<" : "<<pVect1[3]<<" "<<pVect1MC[3]<<" : "<<endl; //if(transK12 <= 0.35) fEDbin=0; //else fEDbin=1; /*for(Int_t rIter=0; rIter<fRVALUES; rIter++){// 3fm to 8fm + 1 Therminator setting for(Int_t myDampIt=0; myDampIt<kNDampValues; myDampIt++){ Int_t denIndex = rIter*kNDampValues + myDampIt; Float_t WInput = MCWeight(ch1,ch2, rIter+kRmin, myDampIt, qinv12MC); Charge1[bin1].Charge2[bin2].SC[fillIndex2].MB[fMbin].EDB[fEDbin].TwoPT[0].fIdeal->Fill(denIndex, qinv12MC, WInput); Charge1[bin1].Charge2[bin2].SC[fillIndex2].MB[fMbin].EDB[fEDbin].TwoPT[1].fIdeal->Fill(denIndex, qinv12MC); Charge1[bin1].Charge2[bin2].SC[fillIndex2].MB[fMbin].EDB[fEDbin].TwoPT[0].fSmeared->Fill(denIndex, qinv12, WInput); Charge1[bin1].Charge2[bin2].SC[fillIndex2].MB[fMbin].EDB[fEDbin].TwoPT[1].fSmeared->Fill(denIndex, qinv12); } }*/ //fEDbin=0; mcParticle1 = (AliAODMCParticle*)mcArray->At(abs((fEvt)->fTracks[i].fLabel)); mcParticle2 = (AliAODMCParticle*)mcArray->At(abs((fEvt+en2)->fTracks[j].fLabel)); //HIJING resonance test if(ch1 != ch2){ ((TH1F*)fOutputList->FindObject("fAllOSPairs"))->Fill(fMbin+1, qinv12); if(abs(mcParticle1->GetPdgCode())==211 && abs(mcParticle2->GetPdgCode())==211){// Pions if(mcParticle1->GetMother() == mcParticle2->GetMother() && mcParticle1->GetMother() >=0){ ((TH1F*)fOutputList->FindObject("fResonanceOSPairs"))->Fill(fMbin+1, qinv12); } } } // secondary contamination if(abs(mcParticle1->GetPdgCode())==211 && abs(mcParticle2->GetPdgCode())==211){ if(ch1==ch2) { ((TH3D*)fOutputList->FindObject("fAllSCPionPairs"))->Fill(fMbin+1, transK12, qinv12); if(!mcParticle1->IsSecondaryFromWeakDecay() && !mcParticle2->IsSecondaryFromWeakDecay()) { ((TH3D*)fOutputList->FindObject("fPrimarySCPionPairs"))->Fill(fMbin+1, transK12, qinv12); } }else{ ((TH3D*)fOutputList->FindObject("fAllMCPionPairs"))->Fill(fMbin+1, transK12, qinv12); if(!mcParticle1->IsSecondaryFromWeakDecay() && !mcParticle2->IsSecondaryFromWeakDecay()) { ((TH3D*)fOutputList->FindObject("fPrimaryMCPionPairs"))->Fill(fMbin+1, transK12, qinv12); } } } Charge1[bin1].Charge2[bin2].SC[fillIndex2].MB[fMbin].EDB[fEDbin].TwoPT[en2].fMCqinv->Fill(qinv12MC, MCWeight(ch1,ch2,10,10,qinv12MC, 0.));// was 4,5 Charge1[bin1].Charge2[bin2].SC[fillIndex2].MB[fMbin].EDB[fEDbin].TwoPT[en2].fMCqinvQW->Fill(qinv12MC, qinv12MC*MCWeight(ch1,ch2,10,10,qinv12MC, 0.));// was 4,5 // pion purity Charge1[bin1].Charge2[bin2].SC[fillIndex2].MB[fMbin].EDB[fEDbin].TwoPT[en2].fPIDpurityDen->Fill(transK12, qinv12); if(abs(mcParticle1->GetPdgCode())==211 && abs(mcParticle2->GetPdgCode())==211){// Pions Charge1[bin1].Charge2[bin2].SC[fillIndex2].MB[fMbin].EDB[fEDbin].TwoPT[en2].fPIDpurityNum->Fill(transK12, qinv12); } }// label check 2 }// MC case ////////////////////////////////////////// // 2-particle term Charge1[bin1].Charge2[bin2].SC[fillIndex2].MB[fMbin].EDB[fEDbin].TwoPT[en2].fExplicit2->Fill(transK12, qinv12); Charge1[bin1].Charge2[bin2].SC[fillIndex2].MB[fMbin].EDB[fEDbin].TwoPT[en2].fExplicit2QW->Fill(transK12, qinv12, qinv12); Charge1[bin1].Charge2[bin2].SC[fillIndex2].MB[fMbin].EDB[fEDbin].TwoPT[en2].fAvgP->Fill(transK12, qinv12, (fEvt)->fTracks[i].fMom); Charge1[bin1].Charge2[bin2].SC[fillIndex2].MB[fMbin].EDB[fEDbin].TwoPT[en2].fAvgP->Fill(transK12, qinv12, (fEvt+en2)->fTracks[j].fMom); // osl frame if(fillIndex2==0){ if((transK12 > 0.2) && (transK12 < 0.3)){ Charge1[bin1].Charge2[bin2].SC[fillIndex2].MB[fMbin].EDB[fEDbin].TwoPT[en2].OSL_ktbin[0].fExplicit2OSL->Fill(fabs(qout), fabs(qside), fabs(qlong)); Charge1[bin1].Charge2[bin2].SC[fillIndex2].MB[fMbin].EDB[fEDbin].TwoPT[en2].OSL_ktbin[0].fExplicit2OSLQW->Fill(fabs(qout), fabs(qside), fabs(qlong), qinv12); } if((transK12 > 0.6) && (transK12 < 0.7)){ Charge1[bin1].Charge2[bin2].SC[fillIndex2].MB[fMbin].EDB[fEDbin].TwoPT[en2].OSL_ktbin[1].fExplicit2OSL->Fill(fabs(qout), fabs(qside), fabs(qlong)); Charge1[bin1].Charge2[bin2].SC[fillIndex2].MB[fMbin].EDB[fEDbin].TwoPT[en2].OSL_ktbin[1].fExplicit2OSLQW->Fill(fabs(qout), fabs(qside), fabs(qlong), qinv12); } } ////////////////////////////////////////// if(fTabulatePairs){ if(fillIndex2==0 && bin1==bin2){ rapK12 = 0; transKbin=-1; rapKbin=-1; for(Int_t kIt=0; kIt<fKbinsT; kIt++) {if(transK12 < (fKmiddleT[kIt] + fKstepT[kIt]/2.)) {transKbin = kIt; break;}} for(Int_t kIt=0; kIt<fKbinsY; kIt++) {if(rapK12 < (fKmiddleY[kIt] + fKstepY[kIt]/2.)) {rapKbin = kIt; break;}} if((transKbin<0) || (rapKbin<0)) {cout<<"problem!!!!!!!!!!!!!!!!!!!!!!!!!!!!"<<endl; continue;} if((transKbin>=fKbinsT) || (rapKbin>=fKbinsY)) {cout<<"problem!!!!!!!!!!!!!!!!!!!!!!!!!!!!"<<endl; continue;} Float_t WInput = 1.0; if(fGenerateSignal) { WInput = MCWeight(ch1,ch2, fRMax, fFixedLambdaBinr3, qinv12, transK12); //WInput = MCWeight(ch1,ch2, fRMax, fFixedLambdaBinr3, qinv12MC); //cout<<qinv12<<" "<<qinv12MC<<endl; KT[transKbin].KY[rapKbin].MB[fMbin].EDB[fEDbin].TwoPT[en2].fExplicit2ThreeD->Fill(fabs(qout), fabs(qside), fabs(qlong), WInput); }else KT[transKbin].KY[rapKbin].MB[fMbin].EDB[fEDbin].TwoPT[en2].fExplicit2ThreeD->Fill(fabs(qout), fabs(qside), fabs(qlong)); continue; } } // exit out of loop if there are too many pairs if(pairCountSE >= kPairLimit) {exitCode=kTRUE; continue;}// Too many SE pairs if(exitCode) continue; ////////////////////////// // Enforce the Qcut if(qinv12 <= fQcut[qCutBin]) { /////////////////////////// // particle 1 (fEvt)->fPairsSE[pairCountSE].fP1[0] = (fEvt)->fTracks[i].fP[0]; (fEvt)->fPairsSE[pairCountSE].fP1[1] = (fEvt)->fTracks[i].fP[1]; (fEvt)->fPairsSE[pairCountSE].fP1[2] = (fEvt)->fTracks[i].fP[2]; (fEvt)->fPairsSE[pairCountSE].fE1 = (fEvt)->fTracks[i].fEaccepted; (fEvt)->fPairsSE[pairCountSE].fCharge1 = (fEvt)->fTracks[i].fCharge; (fEvt)->fPairsSE[pairCountSE].fIndex1 = i; (fEvt)->fPairsSE[pairCountSE].fKey1 = key1; (fEvt)->fPairsSE[pairCountSE].fLabel1 = (fEvt)->fTracks[i].fLabel; if(fMCcase && ((fEvt)->fTracks[i].fLabel < (fEvt)->fMCarraySize)){ (fEvt)->fPairsSE[pairCountSE].fP1MC[0] = (fEvt)->fMCtracks[abs((fEvt)->fTracks[i].fLabel)].fPx; (fEvt)->fPairsSE[pairCountSE].fP1MC[1] = (fEvt)->fMCtracks[abs((fEvt)->fTracks[i].fLabel)].fPy; (fEvt)->fPairsSE[pairCountSE].fP1MC[2] = (fEvt)->fMCtracks[abs((fEvt)->fTracks[i].fLabel)].fPz; } // particle 2 (fEvt)->fPairsSE[pairCountSE].fP2[0] = (fEvt+en2)->fTracks[j].fP[0]; (fEvt)->fPairsSE[pairCountSE].fP2[1] = (fEvt+en2)->fTracks[j].fP[1]; (fEvt)->fPairsSE[pairCountSE].fP2[2] = (fEvt+en2)->fTracks[j].fP[2]; (fEvt)->fPairsSE[pairCountSE].fE2 = (fEvt+en2)->fTracks[j].fEaccepted; (fEvt)->fPairsSE[pairCountSE].fCharge2 = (fEvt+en2)->fTracks[j].fCharge; (fEvt)->fPairsSE[pairCountSE].fIndex2 = j; (fEvt)->fPairsSE[pairCountSE].fKey2 = key2; (fEvt)->fPairsSE[pairCountSE].fLabel2 = (fEvt+en2)->fTracks[j].fLabel; if(fMCcase && ((fEvt+en2)->fTracks[j].fLabel < (fEvt+en2)->fMCarraySize)){ (fEvt)->fPairsSE[pairCountSE].fP2MC[0] = (fEvt+en2)->fMCtracks[abs((fEvt+en2)->fTracks[j].fLabel)].fPx; (fEvt)->fPairsSE[pairCountSE].fP2MC[1] = (fEvt+en2)->fMCtracks[abs((fEvt+en2)->fTracks[j].fLabel)].fPy; (fEvt)->fPairsSE[pairCountSE].fP2MC[2] = (fEvt+en2)->fMCtracks[abs((fEvt+en2)->fTracks[j].fLabel)].fPz; } (fEvt)->fPairsSE[pairCountSE].fQinv = qinv12; fPairLocationSE[i]->AddAt(pairCountSE,j); pairCountSE++; } ///////////////////////////////////////////////////////// // Normalization Region if((qinv12 >= fNormQcutLow[normBin]) && (qinv12 < fNormQcutHigh[normBin])){ // particle 1 fNormPairs[en2][normPairCount[en2]].fCharge1 = (fEvt)->fTracks[i].fCharge; fNormPairs[en2][normPairCount[en2]].fIndex1 = i; fNormPairs[en2][normPairCount[en2]].fKey1 = (fEvt)->fTracks[i].fKey; // particle 2 fNormPairs[en2][normPairCount[en2]].fCharge2 = (fEvt+en2)->fTracks[j].fCharge; fNormPairs[en2][normPairCount[en2]].fIndex2 = j; fNormPairs[en2][normPairCount[en2]].fKey2 = (fEvt+en2)->fTracks[j].fKey; //other past pairs with particle j for(Int_t pastpair=0; pastpair<numOtherPairs2[0][j]; pastpair++){ Int_t locationOtherPair = fOtherPairLocation2[0][j]->At(pastpair); if(locationOtherPair < 0) continue;// no pair there Int_t indexOther1 = i; Int_t indexOther2 = fNormPairs[0][ locationOtherPair ].fIndex1; // Both possible orderings of other indexes if( (fNormPairSwitch[0][indexOther1]->At(indexOther2)=='1') || (fNormPairSwitch[0][indexOther2]->At(indexOther1)=='1')) { // 1 and 2 are from SE ch3 = Int_t((fNormPairs[0][ locationOtherPair ].fCharge1 + 1)/2.); key3 = fNormPairs[0][ locationOtherPair ].fKey1; Short_t fillIndex3 = FillIndex3part(key1+key2+key3); SetFillBins3(fillIndex3, key1, key2, key3, ch1, ch2, ch3, 0, bin1, bin2, bin3, fDummyB, fDummyB, fDummyB); tempNormFillCount[bin1][bin2][bin3][fillIndex3][0]++; } }// pastpair P11 loop fNormPairSwitch[en2][i]->AddAt('1',j); fOtherPairLocation1[en2][i]->AddAt(normPairCount[en2], numOtherPairs1[en2][i]);// location of otherpair with i as 1st particle fOtherPairLocation2[en2][j]->AddAt(normPairCount[en2], numOtherPairs2[en2][j]);// location of otherpair with j as 2nd particle numOtherPairs1[en2][i]++; numOtherPairs2[en2][j]++; normPairCount[en2]++; if(normPairCount[en2] >= kNormPairLimit) exitCode=kTRUE; }// Norm Region }// j particle }// i particle ////////////////////////////////////////////// // P12 pairing // 1st Particle for (Int_t i=0; i<myTracks; i++) { Int_t en2=1; // 2nd particle for (Int_t j=0; j<(fEvt+en2)->fNtracks; j++) { key1 = (fEvt)->fTracks[i].fKey; key2 = (fEvt+en2)->fTracks[j].fKey; Short_t fillIndex2 = FillIndex2part(key1+key2); Short_t qCutBin = SetQcutBin(fillIndex2); Short_t normBin = SetNormBin(fillIndex2); pVect1[0]=(fEvt)->fTracks[i].fEaccepted; pVect2[0]=(fEvt+en2)->fTracks[j].fEaccepted; pVect1[1]=(fEvt)->fTracks[i].fP[0]; pVect2[1]=(fEvt+en2)->fTracks[j].fP[0]; pVect1[2]=(fEvt)->fTracks[i].fP[1]; pVect2[2]=(fEvt+en2)->fTracks[j].fP[1]; pVect1[3]=(fEvt)->fTracks[i].fP[2]; pVect2[3]=(fEvt+en2)->fTracks[j].fP[2]; qinv12 = GetQinv(fillIndex2, pVect1, pVect2); GetQosl(pVect1, pVect2, qout, qside, qlong); transK12 = sqrt(pow(pVect1[1]+pVect2[1],2) + pow(pVect1[2]+pVect2[2],2))/2.; //if(transK12 <= 0.35) fEDbin=0; //else fEDbin=1; /////////////////////////////// ch1 = Int_t(((fEvt)->fTracks[i].fCharge + 1)/2.); ch2 = Int_t(((fEvt+en2)->fTracks[j].fCharge + 1)/2.); SetFillBins2(fillIndex2, key1, key2, ch1, ch2, bin1, bin2); if(fMCcase){ if((fEvt)->fTracks[i].fLabel < (fEvt)->fMCarraySize && (fEvt+en2)->fTracks[j].fLabel < (fEvt+en2)->fMCarraySize){ pVect1MC[0]=sqrt(pow((fEvt)->fMCtracks[abs((fEvt)->fTracks[i].fLabel)].fPtot,2)+pow(fTrueMassPi,2)); pVect2MC[0]=sqrt(pow((fEvt+en2)->fMCtracks[abs((fEvt+en2)->fTracks[j].fLabel)].fPtot,2)+pow(fTrueMassPi,2)); pVect1MC[1]=(fEvt)->fMCtracks[abs((fEvt)->fTracks[i].fLabel)].fPx; pVect2MC[1]=(fEvt+en2)->fMCtracks[abs((fEvt+en2)->fTracks[j].fLabel)].fPx; pVect1MC[2]=(fEvt)->fMCtracks[abs((fEvt)->fTracks[i].fLabel)].fPy; pVect2MC[2]=(fEvt+en2)->fMCtracks[abs((fEvt+en2)->fTracks[j].fLabel)].fPy; pVect1MC[3]=(fEvt)->fMCtracks[abs((fEvt)->fTracks[i].fLabel)].fPz; pVect2MC[3]=(fEvt+en2)->fMCtracks[abs((fEvt+en2)->fTracks[j].fLabel)].fPz; qinv12MC = GetQinv(fillIndex2, pVect1MC, pVect2MC); // for(Int_t rIter=0; rIter<fRVALUES; rIter++){ for(Int_t myDampIt=0; myDampIt<kNDampValues; myDampIt++){ Int_t denIndex = rIter*kNDampValues + myDampIt; Float_t WInput = MCWeight(ch1,ch2, rIter+kRmin, myDampIt, qinv12MC, 0.); Charge1[bin1].Charge2[bin2].SC[fillIndex2].MB[fMbin].EDB[fEDbin].TwoPT[0].fIdeal->Fill(denIndex, qinv12MC, WInput); Charge1[bin1].Charge2[bin2].SC[fillIndex2].MB[fMbin].EDB[fEDbin].TwoPT[1].fIdeal->Fill(denIndex, qinv12MC); Charge1[bin1].Charge2[bin2].SC[fillIndex2].MB[fMbin].EDB[fEDbin].TwoPT[0].fSmeared->Fill(denIndex, qinv12, WInput); Charge1[bin1].Charge2[bin2].SC[fillIndex2].MB[fMbin].EDB[fEDbin].TwoPT[1].fSmeared->Fill(denIndex, qinv12); } } ///////////////////////////////////////////////////// if(!fTabulatePairs && qinv12 <= fQcut[qCutBin]) {// 3-particle MRC // 3-particle MRC Short_t fillIndex3 = 0; key1=1; key2=1; key3=1; Int_t en3 = 2; for (Int_t k=0; k<(fEvt+en3)->fNtracks; k++) { if((fEvt+en3)->fTracks[k].fLabel < (fEvt+en3)->fMCarraySize){ ch3 = Int_t(((fEvt+en3)->fTracks[k].fCharge + 1)/2.); pVect3[0]=(fEvt+en3)->fTracks[k].fEaccepted; pVect3[1]=(fEvt+en3)->fTracks[k].fP[0]; pVect3[2]=(fEvt+en3)->fTracks[k].fP[1]; pVect3[3]=(fEvt+en3)->fTracks[k].fP[2]; qinv13 = GetQinv(0, pVect1, pVect3); qinv23 = GetQinv(0, pVect2, pVect3); if(qinv13 > fQcut[qCutBin] || qinv23 > fQcut[qCutBin]) continue; pVect3MC[0]=sqrt(pow((fEvt+en3)->fMCtracks[abs((fEvt+en3)->fTracks[k].fLabel)].fPtot,2)+pow(fTrueMassPi,2)); pVect3MC[1]=(fEvt+en3)->fMCtracks[abs((fEvt+en3)->fTracks[k].fLabel)].fPx; pVect3MC[2]=(fEvt+en3)->fMCtracks[abs((fEvt+en3)->fTracks[k].fLabel)].fPy; pVect3MC[3]=(fEvt+en3)->fMCtracks[abs((fEvt+en3)->fTracks[k].fLabel)].fPz; qinv13MC = GetQinv(0, pVect1MC, pVect3MC); qinv23MC = GetQinv(0, pVect2MC, pVect3MC); q3MC = sqrt(pow(qinv12MC,2)+pow(qinv13MC,2)+pow(qinv23MC,2)); transK3 = sqrt( pow(pVect1[1]+pVect2[1]+pVect3[1],2) + pow(pVect1[2]+pVect2[2]+pVect3[2],2))/3.; // // The below call to SetFillBins3 will work for all 3-particle terms since all are for fully mixed events. part is set to 1, but only matters for terms 2-4. Bool_t fill2=kFALSE, fill3=kFALSE, fill4=kFALSE; SetFillBins3(fillIndex3, key1, key2, key3, ch1, ch2, ch3, 1, bin1, bin2, bin3, fill2, fill3, fill4); for(Int_t jj=1; jj<=5; jj++){// term loop if(jj==2) {if(!fill2) continue;}//12 if(jj==3) {if(!fill3) continue;}//13 if(jj==4) {if(!fill4) continue;}//23 Float_t WInput=1.0; Double_t K3=1.0; ArrangeQs(fillIndex3, key1, key2, key3, ch1, ch2, ch3, qinv12, qinv13, qinv23, 1, jj, firstQ, secondQ, thirdQ); ArrangeQs(fillIndex3, key1, key2, key3, ch1, ch2, ch3, qinv12MC, qinv13MC, qinv23MC, 1, jj, firstQMC, secondQMC, thirdQMC); if(ch1==ch2 && ch1==ch3){// same charge WInput = MCWeight3D(kTRUE, jj, fFixedLambdaBinMomRes, firstQMC, secondQMC, thirdQMC, 0., 0., 0.); if(jj==1) { K3 = FSICorrelationTherm2(+1,+1, firstQMC)*FSICorrelationTherm2(+1,+1, secondQMC)*FSICorrelationTherm2(+1,+1, thirdQMC);// GRS ((TH1D*)fOutputList->FindObject("fMCWeight3DTerm1SC"))->Fill(q3MC, WInput); ((TH1D*)fOutputList->FindObject("fMCWeight3DTerm1SCden"))->Fill(q3MC); }else if(jj!=5){ ((TH1D*)fOutputList->FindObject("fMCWeight3DTerm2SC"))->Fill(q3MC, WInput); ((TH1D*)fOutputList->FindObject("fMCWeight3DTerm2SCden"))->Fill(q3MC); } }else {// mixed charge if(bin1==bin2) { WInput = MCWeight3D(kFALSE, jj, fFixedLambdaBinMomRes, firstQMC, secondQMC, thirdQMC, 0., 0., 0.); if(jj==1) K3 = FSICorrelationTherm2(+1,+1, firstQMC)*FSICorrelationTherm2(+1,-1, secondQMC)*FSICorrelationTherm2(+1,-1, thirdQMC);// GRS }else { if(jj==1 || jj==5) WInput = MCWeight3D(kFALSE, jj, fFixedLambdaBinMomRes, thirdQMC, secondQMC, firstQMC, 0., 0., 0.);// thirdQMC is ss else WInput = MCWeight3D(kFALSE, 6-jj, fFixedLambdaBinMomRes, thirdQMC, secondQMC, firstQMC, 0., 0., 0.); if(jj==1) K3 = FSICorrelationTherm2(+1,+1, thirdQMC)*FSICorrelationTherm2(+1,-1, secondQMC)*FSICorrelationTherm2(+1,-1, firstQMC);// GRS } if(jj==1){ ((TH1D*)fOutputList->FindObject("fMCWeight3DTerm1MC"))->Fill(q3MC, WInput); ((TH1D*)fOutputList->FindObject("fMCWeight3DTerm1MCden"))->Fill(q3MC); }else{ if(bin1==bin2){ if(jj==2){ ((TH1D*)fOutputList->FindObject("fMCWeight3DTerm2MC"))->Fill(q3MC, WInput); ((TH1D*)fOutputList->FindObject("fMCWeight3DTerm2MCden"))->Fill(q3MC); }else if(jj==3){ ((TH1D*)fOutputList->FindObject("fMCWeight3DTerm3MC"))->Fill(q3MC, WInput); ((TH1D*)fOutputList->FindObject("fMCWeight3DTerm3MCden"))->Fill(q3MC); }else if(jj==4){ ((TH1D*)fOutputList->FindObject("fMCWeight3DTerm4MC"))->Fill(q3MC, WInput); ((TH1D*)fOutputList->FindObject("fMCWeight3DTerm4MCden"))->Fill(q3MC); }else{} }else{ if(jj==2){ ((TH1D*)fOutputList->FindObject("fMCWeight3DTerm4MC"))->Fill(q3MC, WInput); ((TH1D*)fOutputList->FindObject("fMCWeight3DTerm4MCden"))->Fill(q3MC); }else if(jj==3){ ((TH1D*)fOutputList->FindObject("fMCWeight3DTerm3MC"))->Fill(q3MC, WInput); ((TH1D*)fOutputList->FindObject("fMCWeight3DTerm3MCden"))->Fill(q3MC); }else if(jj==4){ ((TH1D*)fOutputList->FindObject("fMCWeight3DTerm2MC"))->Fill(q3MC, WInput); ((TH1D*)fOutputList->FindObject("fMCWeight3DTerm2MCden"))->Fill(q3MC); }else{} } } } Charge1[bin1].Charge2[bin2].Charge3[bin3].SC[fillIndex3].MB[fMbin].EDB[fEDbin].ThreePT[jj-1].fIdeal->Fill(firstQMC, secondQMC, thirdQMC, WInput); Charge1[bin1].Charge2[bin2].Charge3[bin3].SC[fillIndex3].MB[fMbin].EDB[fEDbin].ThreePT[jj-1].fSmeared->Fill(firstQ, secondQ, thirdQ, WInput); Charge1[bin1].Charge2[bin2].Charge3[bin3].SC[fillIndex3].MB[fMbin].EDB[fEDbin].ThreePT[jj-1].fQW12->Fill(firstQMC, secondQMC, thirdQMC, WInput*firstQMC); Charge1[bin1].Charge2[bin2].Charge3[bin3].SC[fillIndex3].MB[fMbin].EDB[fEDbin].ThreePT[jj-1].fQW13->Fill(firstQMC, secondQMC, thirdQMC, WInput*secondQMC); if(jj==1){ Charge1[bin1].Charge2[bin2].Charge3[bin3].SC[fillIndex3].MB[fMbin].EDB[fEDbin].ThreePT[jj-1].fSumK3->Fill(firstQMC, secondQMC, thirdQMC, WInput/K3); Charge1[bin1].Charge2[bin2].Charge3[bin3].SC[fillIndex3].MB[fMbin].EDB[fEDbin].ThreePT[jj-1].fEnK3->Fill(firstQMC, secondQMC, thirdQMC, WInput); } /*if(ch1==ch2 && ch1==ch3){ if(jj==1){ FourVectProdTerms(pVect1, pVect2, pVect3, Qsum1v1, Qsum2, Qsum3v1, Qsum1v2, Qsum3v2);// 4-vector product sums FourVectProdTerms(pVect1MC, pVect2MC, pVect3MC, Qsum1v1MC, Qsum2MC, Qsum3v1MC, Qsum1v2MC, Qsum3v2MC);// 4-vector product sums }else if(jj==2) { FourVectProdTerms(pVect1, pVect2, pVect3, Qsum1v1, Qsum2, Qsum3v1, Qsum1v2, Qsum3v2);// 4-vector product sums FourVectProdTerms(pVect1MC, pVect2MC, pVect3MC, Qsum1v1MC, Qsum2MC, Qsum3v1MC, Qsum1v2MC, Qsum3v2MC);// 4-vector product sums }else if(jj==3){ FourVectProdTerms(pVect1, pVect3, pVect2, Qsum1v1, Qsum2, Qsum3v1, Qsum1v2, Qsum3v2);// 4-vector product sums FourVectProdTerms(pVect1MC, pVect3MC, pVect2MC, Qsum1v1MC, Qsum2MC, Qsum3v1MC, Qsum1v2MC, Qsum3v2MC);// 4-vector product sums }else if(jj==4) { FourVectProdTerms(pVect3, pVect1, pVect2, Qsum1v1, Qsum2, Qsum3v1, Qsum1v2, Qsum3v2);// 4-vector product sums FourVectProdTerms(pVect3MC, pVect1MC, pVect2MC, Qsum1v1MC, Qsum2MC, Qsum3v1MC, Qsum1v2MC, Qsum3v2MC);// 4-vector product sums }else { FourVectProdTerms(pVect1, pVect2, pVect3, Qsum1v1, Qsum2, Qsum3v1, Qsum1v2, Qsum3v2);// 4-vector product sums FourVectProdTerms(pVect1MC, pVect2MC, pVect3MC, Qsum1v1MC, Qsum2MC, Qsum3v1MC, Qsum1v2MC, Qsum3v2MC);// 4-vector product sums } Charge1[bin1].Charge2[bin2].Charge3[bin3].SC[fillIndex3].MB[fMbin].EDB[fEDbin].ThreePT[jj-1].f4VectProd1TermsIdeal->Fill(Qsum1v1MC, Qsum2MC, Qsum3v1MC, WInput); Charge1[bin1].Charge2[bin2].Charge3[bin3].SC[fillIndex3].MB[fMbin].EDB[fEDbin].ThreePT[jj-1].f4VectProd1TermsSmeared->Fill(Qsum1v1, Qsum2, Qsum3v1, WInput); Charge1[bin1].Charge2[bin2].Charge3[bin3].SC[fillIndex3].MB[fMbin].EDB[fEDbin].ThreePT[jj-1].f4VectProd2TermsIdeal->Fill(Qsum1v2MC, Qsum2MC, Qsum3v2MC, WInput); Charge1[bin1].Charge2[bin2].Charge3[bin3].SC[fillIndex3].MB[fMbin].EDB[fEDbin].ThreePT[jj-1].f4VectProd2TermsSmeared->Fill(Qsum1v2, Qsum2, Qsum3v2, WInput); if(jj==1){ Charge1[bin1].Charge2[bin2].Charge3[bin3].SC[fillIndex3].MB[fMbin].EDB[fEDbin].ThreePT[jj-1].f4VectProd1Q3W->Fill(Qsum1v1MC, Qsum2MC, Qsum3v1MC, WInput*q3); Charge1[bin1].Charge2[bin2].Charge3[bin3].SC[fillIndex3].MB[fMbin].EDB[fEDbin].ThreePT[jj-1].f4VectProd2Q3W->Fill(Qsum1v2MC, Qsum2MC, Qsum3v2MC, WInput*q3); } // if(qinv12MC > fQLowerCut && qinv13MC > fQLowerCut && qinv23MC > fQLowerCut){ // does not really matter if MC or real data triplets are used to average 1/K3...but better to use umsmeared values if(jj==1){ WInput = MCWeight3D(kTRUE, 1, 25, firstQMC, secondQMC, thirdQMC);// pure 3-pion (lambda=1) Charge1[bin1].Charge2[bin2].Charge3[bin3].SC[fillIndex3].MB[fMbin].EDB[fEDbin].ThreePT[jj-1].f4VectProd1TermsSumK3->Fill(Qsum1v1MC, Qsum2MC, Qsum3v1MC, WInput/K3); Charge1[bin1].Charge2[bin2].Charge3[bin3].SC[fillIndex3].MB[fMbin].EDB[fEDbin].ThreePT[jj-1].f4VectProd2TermsSumK3->Fill(Qsum1v2MC, Qsum2MC, Qsum3v2MC, WInput/K3); Charge1[bin1].Charge2[bin2].Charge3[bin3].SC[fillIndex3].MB[fMbin].EDB[fEDbin].ThreePT[jj-1].f4VectProd1TermsEnK3->Fill(Qsum1v1MC, Qsum2MC, Qsum3v1MC, WInput); Charge1[bin1].Charge2[bin2].Charge3[bin3].SC[fillIndex3].MB[fMbin].EDB[fEDbin].ThreePT[jj-1].f4VectProd2TermsEnK3->Fill(Qsum1v2MC, Qsum2MC, Qsum3v2MC, WInput); }if(jj>1 && jj<=4){ Float_t InteractingQ=qinv12MC; Double_t K2 = FSICorrelationTherm2(+1,+1, InteractingQ);// K2 from Therminator source WInput = MCWeight3D(kTRUE, jj, 25, firstQMC, secondQMC, thirdQMC);// pure 2-pion (lambda=1) Charge1[bin1].Charge2[bin2].Charge3[bin3].SC[fillIndex3].MB[fMbin].EDB[fEDbin].ThreePT[jj-1].f4VectProd1TermsSumK2->Fill(Qsum1v1MC, Qsum2MC, Qsum3v1MC, WInput/K2); Charge1[bin1].Charge2[bin2].Charge3[bin3].SC[fillIndex3].MB[fMbin].EDB[fEDbin].ThreePT[jj-1].f4VectProd2TermsSumK2->Fill(Qsum1v2MC, Qsum2MC, Qsum3v2MC, WInput/K2); Charge1[bin1].Charge2[bin2].Charge3[bin3].SC[fillIndex3].MB[fMbin].EDB[fEDbin].ThreePT[jj-1].f4VectProd1TermsEnK2->Fill(Qsum1v1MC, Qsum2MC, Qsum3v1MC, WInput); Charge1[bin1].Charge2[bin2].Charge3[bin3].SC[fillIndex3].MB[fMbin].EDB[fEDbin].ThreePT[jj-1].f4VectProd2TermsEnK2->Fill(Qsum1v2MC, Qsum2MC, Qsum3v2MC, WInput); } } }// same charges */ }// jj }// MCarray check, 3rd particle }// 3rd particle }// TabulatePairs Check }// MCarray check, 1st and 2nd particle // reset key's and fill bins (they were altered for 3 particle MRC calculation) key1 = (fEvt)->fTracks[i].fKey; key2 = (fEvt+en2)->fTracks[j].fKey; SetFillBins2(fillIndex2, key1, key2, ch1, ch2, bin1, bin2); if(ch1==ch2 && fMbin==0 && qinv12<0.2){ ////////////////////////// // pad-row method testing Float_t coeff = (5)*0.2*(0.18/1.2);// 5 to evaluate at 1.0m in TPC Float_t phi1 = (fEvt)->fTracks[i].fPhi - asin((fEvt)->fTracks[i].fCharge*(0.1*fBfield)*coeff/(fEvt)->fTracks[i].fPt); if(phi1 > 2*PI) phi1 -= 2*PI; if(phi1 < 0) phi1 += 2*PI; Float_t phi2 = (fEvt+en2)->fTracks[j].fPhi - asin((fEvt+en2)->fTracks[j].fCharge*(0.1*fBfield)*coeff/(fEvt+en2)->fTracks[j].fPt); if(phi2 > 2*PI) phi2 -= 2*PI; if(phi2 < 0) phi2 += 2*PI; Float_t deltaphi = phi1 - phi2; if(deltaphi > PI) deltaphi -= PI; if(deltaphi < -PI) deltaphi += PI; Int_t ncl1 = (fEvt)->fTracks[i].fClusterMap.GetNbits(); Int_t ncl2 = (fEvt+en2)->fTracks[j].fClusterMap.GetNbits(); Float_t sumCls = 0; Float_t sumSha = 0; Float_t sumQ = 0; Double_t shfrac = 0; //Double_t qfactor = 0; for(Int_t imap = 0; imap < ncl1 && imap < ncl2; imap++) { if ((fEvt)->fTracks[i].fClusterMap.TestBitNumber(imap) && (fEvt+en2)->fTracks[j].fClusterMap.TestBitNumber(imap)) {// Both clusters if ((fEvt)->fTracks[i].fSharedMap.TestBitNumber(imap) && (fEvt+en2)->fTracks[j].fSharedMap.TestBitNumber(imap)) { // Shared sumQ++; sumCls+=2; sumSha+=2;} else {sumQ--; sumCls+=2;} } else if ((fEvt)->fTracks[i].fClusterMap.TestBitNumber(imap) || (fEvt+en2)->fTracks[j].fClusterMap.TestBitNumber(imap)) {// Non shared sumQ++; sumCls++;} } if (sumCls>0) { //qfactor = sumQ*1.0/sumCls; shfrac = sumSha*1.0/sumCls; } if(fabs(deltaphi)<0.07 && fabs((fEvt)->fTracks[i].fEta-(fEvt+en2)->fTracks[j].fEta) < 0.03){ ((TH3D*)fOutputList->FindObject("fPairsPadRowDen"))->Fill(transK12, shfrac, qinv12); } for(Int_t rstep=0; rstep<10; rstep++){ coeff = (rstep)*0.2*(0.18/1.2); // propagate through B field to r=1.2m phi1 = (fEvt)->fTracks[i].fPhi - asin((fEvt)->fTracks[i].fCharge*(0.1*fBfield)*coeff/(fEvt)->fTracks[i].fPt); if(phi1 > 2*PI) phi1 -= 2*PI; if(phi1 < 0) phi1 += 2*PI; phi2 = (fEvt+en2)->fTracks[j].fPhi - asin((fEvt+en2)->fTracks[j].fCharge*(0.1*fBfield)*coeff/(fEvt+en2)->fTracks[j].fPt); if(phi2 > 2*PI) phi2 -= 2*PI; if(phi2 < 0) phi2 += 2*PI; deltaphi = phi1 - phi2; if(deltaphi > PI) deltaphi -= PI; if(deltaphi < -PI) deltaphi += PI; if(fabs((fEvt)->fTracks[i].fEta-(fEvt+en2)->fTracks[j].fEta) < 0.03){ ((TH3F*)fOutputList->FindObject("fPairsShareFracDPhiDen"))->Fill(rstep, shfrac, deltaphi); } //if(shfrac < 0.05){ ((TH3F*)fOutputList->FindObject("fPairsDetaDPhiDen"))->Fill(rstep, (fEvt)->fTracks[i].fEta-(fEvt+en2)->fTracks[j].fEta, deltaphi); //} } }// desired pair selection }// fMCcase if(qinv12 < fQLowerCut) continue;// remove unwanted low-q pairs (also a type of track splitting cut) if(ch1 == ch2 && !fGeneratorOnly){ if(!AcceptPair((fEvt)->fTracks[i], (fEvt+en2)->fTracks[j])) { fPairSplitCut[1][i]->AddAt('1',j); continue; } } ////////////////////////////////////////// // 2-particle term Charge1[bin1].Charge2[bin2].SC[fillIndex2].MB[fMbin].EDB[fEDbin].TwoPT[en2].fExplicit2->Fill(transK12, qinv12); Charge1[bin1].Charge2[bin2].SC[fillIndex2].MB[fMbin].EDB[fEDbin].TwoPT[en2].fExplicit2QW->Fill(transK12, qinv12, qinv12); // osl frame if(fillIndex2==0){ if((transK12 > 0.2) && (transK12 < 0.3)){ Charge1[bin1].Charge2[bin2].SC[fillIndex2].MB[fMbin].EDB[fEDbin].TwoPT[en2].OSL_ktbin[0].fExplicit2OSL->Fill(fabs(qout), fabs(qside), fabs(qlong)); Charge1[bin1].Charge2[bin2].SC[fillIndex2].MB[fMbin].EDB[fEDbin].TwoPT[en2].OSL_ktbin[0].fExplicit2OSLQW->Fill(fabs(qout), fabs(qside), fabs(qlong), qinv12); } if((transK12 > 0.6) && (transK12 < 0.7)){ Charge1[bin1].Charge2[bin2].SC[fillIndex2].MB[fMbin].EDB[fEDbin].TwoPT[en2].OSL_ktbin[1].fExplicit2OSL->Fill(fabs(qout), fabs(qside), fabs(qlong)); Charge1[bin1].Charge2[bin2].SC[fillIndex2].MB[fMbin].EDB[fEDbin].TwoPT[en2].OSL_ktbin[1].fExplicit2OSLQW->Fill(fabs(qout), fabs(qside), fabs(qlong), qinv12); } } ////////////////////////////////////////// if(fTabulatePairs){ if(fillIndex2==0 && bin1==bin2){ rapK12 = 0; transKbin=-1; rapKbin=-1; for(Int_t kIt=0; kIt<fKbinsT; kIt++) {if(transK12 < (fKmiddleT[kIt] + fKstepT[kIt]/2.)) {transKbin = kIt; break;}} for(Int_t kIt=0; kIt<fKbinsY; kIt++) {if(rapK12 < (fKmiddleY[kIt] + fKstepY[kIt]/2.)) {rapKbin = kIt; break;}} if((transKbin<0) || (rapKbin<0)) {cout<<"problem!!!!!!!!!!!!!!!!!!!!!!!!!!!!"<<endl; continue;} if((transKbin>=fKbinsT) || (rapKbin>=fKbinsY)) {cout<<"problem!!!!!!!!!!!!!!!!!!!!!!!!!!!!"<<endl; continue;} if(fGenerateSignal) KT[transKbin].KY[rapKbin].MB[fMbin].EDB[fEDbin].TwoPT[en2].fExplicit2ThreeD->Fill(fabs(qout), fabs(qside), fabs(qlong)); else KT[transKbin].KY[rapKbin].MB[fMbin].EDB[fEDbin].TwoPT[en2].fExplicit2ThreeD->Fill(fabs(qout), fabs(qside), fabs(qlong)); continue; } } if(pairCountME >= 2*kPairLimit) {exitCode=kTRUE; continue;}// Too many SE pairs if(exitCode) continue; if(qinv12 <= fQcut[qCutBin]) { /////////////////////////// // particle 1 (fEvt)->fPairsME[pairCountME].fP1[0] = (fEvt)->fTracks[i].fP[0]; (fEvt)->fPairsME[pairCountME].fP1[1] = (fEvt)->fTracks[i].fP[1]; (fEvt)->fPairsME[pairCountME].fP1[2] = (fEvt)->fTracks[i].fP[2]; (fEvt)->fPairsME[pairCountME].fE1 = (fEvt)->fTracks[i].fEaccepted; (fEvt)->fPairsME[pairCountME].fCharge1 = (fEvt)->fTracks[i].fCharge; (fEvt)->fPairsME[pairCountME].fIndex1 = i; (fEvt)->fPairsME[pairCountME].fKey1 = key1; (fEvt)->fPairsME[pairCountME].fLabel1 = (fEvt)->fTracks[i].fLabel; if(fMCcase && ((fEvt)->fTracks[i].fLabel < (fEvt)->fMCarraySize)){ (fEvt)->fPairsME[pairCountME].fP1MC[0] = (fEvt)->fMCtracks[abs((fEvt)->fTracks[i].fLabel)].fPx; (fEvt)->fPairsME[pairCountME].fP1MC[1] = (fEvt)->fMCtracks[abs((fEvt)->fTracks[i].fLabel)].fPy; (fEvt)->fPairsME[pairCountME].fP1MC[2] = (fEvt)->fMCtracks[abs((fEvt)->fTracks[i].fLabel)].fPz; } // particle 2 (fEvt)->fPairsME[pairCountME].fP2[0] = (fEvt+en2)->fTracks[j].fP[0]; (fEvt)->fPairsME[pairCountME].fP2[1] = (fEvt+en2)->fTracks[j].fP[1]; (fEvt)->fPairsME[pairCountME].fP2[2] = (fEvt+en2)->fTracks[j].fP[2]; (fEvt)->fPairsME[pairCountME].fE2 = (fEvt+en2)->fTracks[j].fEaccepted; (fEvt)->fPairsME[pairCountME].fCharge2 = (fEvt+en2)->fTracks[j].fCharge; (fEvt)->fPairsME[pairCountME].fIndex2 = j; (fEvt)->fPairsME[pairCountME].fKey2 = key2; (fEvt)->fPairsME[pairCountME].fLabel2 = (fEvt+en2)->fTracks[j].fLabel; if(fMCcase && ((fEvt+en2)->fTracks[j].fLabel < (fEvt+en2)->fMCarraySize)){ (fEvt)->fPairsME[pairCountME].fP2MC[0] = (fEvt+en2)->fMCtracks[abs((fEvt+en2)->fTracks[j].fLabel)].fPx; (fEvt)->fPairsME[pairCountME].fP2MC[1] = (fEvt+en2)->fMCtracks[abs((fEvt+en2)->fTracks[j].fLabel)].fPy; (fEvt)->fPairsME[pairCountME].fP2MC[2] = (fEvt+en2)->fMCtracks[abs((fEvt+en2)->fTracks[j].fLabel)].fPz; } (fEvt)->fPairsME[pairCountME].fQinv = qinv12; fPairLocationME[i]->AddAt(Int_t(pairCountME),j); pairCountME++; } if((qinv12 >= fNormQcutLow[normBin]) && (qinv12 < fNormQcutHigh[normBin])){ // particle 1 fNormPairs[en2][normPairCount[en2]].fCharge1 = (fEvt)->fTracks[i].fCharge; fNormPairs[en2][normPairCount[en2]].fIndex1 = i; fNormPairs[en2][normPairCount[en2]].fKey1 = (fEvt)->fTracks[i].fKey; // particle 2 fNormPairs[en2][normPairCount[en2]].fCharge2 = (fEvt+en2)->fTracks[j].fCharge; fNormPairs[en2][normPairCount[en2]].fIndex2 = j; fNormPairs[en2][normPairCount[en2]].fKey2 = (fEvt+en2)->fTracks[j].fKey; //other past pairs in P11 with particle i for(Int_t pastpairP11=0; pastpairP11<numOtherPairs2[0][i]; pastpairP11++){// past pair in P11 with i as 1st and 2nd particle Int_t locationOtherPairP11 = fOtherPairLocation2[0][i]->At(pastpairP11);// i is 2nd particle if(locationOtherPairP11 < 0) continue;// no pair there Int_t indexOther1P11 = fNormPairs[0][ locationOtherPairP11 ].fIndex1; //Check other past pairs in P12 if( (fNormPairSwitch[1][indexOther1P11]->At(j)=='0')) continue; // 1 and 3 are from SE ch3 = Int_t((fNormPairs[0][ locationOtherPairP11 ].fCharge1 + 1)/2.);// charge of second particle in P11 key3 = fNormPairs[0][ locationOtherPairP11 ].fKey1; Short_t fillIndex3 = FillIndex3part(key1+key2+key3); Bool_t fill2=kFALSE, fill3=kFALSE, fill4=kFALSE; SetFillBins3(fillIndex3, key1, key2, key3, ch1, ch2, ch3, 2, bin1, bin2, bin3, fill2, fill3, fill4); if(fill2) tempNormFillCount[bin1][bin2][bin3][fillIndex3][1]++; if(fill3) tempNormFillCount[bin1][bin2][bin3][fillIndex3][2]++; if(fill4) tempNormFillCount[bin1][bin2][bin3][fillIndex3][3]++; }// P11 loop fNormPairSwitch[en2][i]->AddAt('1',j); fOtherPairLocation1[en2][i]->AddAt(normPairCount[en2], numOtherPairs1[en2][i]);// location of otherpair with i as 1st particle fOtherPairLocation2[en2][j]->AddAt(normPairCount[en2], numOtherPairs2[en2][j]);// location of otherpair with j as 2nd particle numOtherPairs1[en2][i]++; numOtherPairs2[en2][j]++; normPairCount[en2]++; if(normPairCount[en2] >= kNormPairLimit) exitCode=kTRUE; }// Norm Region } } /////////////////////////////////////// // P13 pairing (just for Norm counting of term5) for (Int_t i=0; i<myTracks; i++) { // exit out of loop if there are too many pairs // dont bother with this loop if exitCode is set. if(exitCode) break; // 2nd particle Int_t en2=2; for (Int_t j=0; j<(fEvt+en2)->fNtracks; j++) { key1 = (fEvt)->fTracks[i].fKey; key2 = (fEvt+en2)->fTracks[j].fKey; Short_t fillIndex2 = FillIndex2part(key1+key2); Short_t normBin = SetNormBin(fillIndex2); pVect1[0]=(fEvt)->fTracks[i].fEaccepted; pVect2[0]=(fEvt+en2)->fTracks[j].fEaccepted; pVect1[1]=(fEvt)->fTracks[i].fP[0]; pVect2[1]=(fEvt+en2)->fTracks[j].fP[0]; pVect1[2]=(fEvt)->fTracks[i].fP[1]; pVect2[2]=(fEvt+en2)->fTracks[j].fP[1]; pVect1[3]=(fEvt)->fTracks[i].fP[2]; pVect2[3]=(fEvt+en2)->fTracks[j].fP[2]; qinv12 = GetQinv(fillIndex2, pVect1, pVect2); if(qinv12 < fQLowerCut) continue;// remove unwanted low-q pairs (also a type of track splitting cut) ch1 = Int_t(((fEvt)->fTracks[i].fCharge + 1)/2.); ch2 = Int_t(((fEvt+en2)->fTracks[j].fCharge + 1)/2.); if(ch1 == ch2 && !fGeneratorOnly){ if(!AcceptPair((fEvt)->fTracks[i], (fEvt+en2)->fTracks[j])) { fPairSplitCut[2][i]->AddAt('1',j); continue; } } ///////////////////////////////////////////////////////// // Normalization Region if((qinv12 >= fNormQcutLow[normBin]) && (qinv12 < fNormQcutHigh[normBin])){ fNormPairSwitch[en2][i]->AddAt('1',j); }// Norm Region } } /////////////////////////////////////// // P23 pairing (just for Norm counting of term5) Int_t en1=1; for (Int_t i=0; i<(fEvt+en1)->fNtracks; i++) { // exit out of loop if there are too many pairs // dont bother with this loop if exitCode is set. if(exitCode) break; // 2nd event Int_t en2=2; // 2nd particle for (Int_t j=0; j<(fEvt+en2)->fNtracks; j++) { if(exitCode) break; key1 = (fEvt+en1)->fTracks[i].fKey; key2 = (fEvt+en2)->fTracks[j].fKey; Short_t fillIndex2 = FillIndex2part(key1+key2); Short_t normBin = SetNormBin(fillIndex2); pVect1[0]=(fEvt+en1)->fTracks[i].fEaccepted; pVect2[0]=(fEvt+en2)->fTracks[j].fEaccepted; pVect1[1]=(fEvt+en1)->fTracks[i].fP[0]; pVect2[1]=(fEvt+en2)->fTracks[j].fP[0]; pVect1[2]=(fEvt+en1)->fTracks[i].fP[1]; pVect2[2]=(fEvt+en2)->fTracks[j].fP[1]; pVect1[3]=(fEvt+en1)->fTracks[i].fP[2]; pVect2[3]=(fEvt+en2)->fTracks[j].fP[2]; qinv12 = GetQinv(fillIndex2, pVect1, pVect2); if(qinv12 < fQLowerCut) continue;// remove unwanted low-q pairs (also a type of track splitting cut) /////////////////////////////// ch1 = Int_t(((fEvt+en1)->fTracks[i].fCharge + 1)/2.); ch2 = Int_t(((fEvt+en2)->fTracks[j].fCharge + 1)/2.); if(ch1 == ch2 && !fGeneratorOnly){ if(!AcceptPair((fEvt+en1)->fTracks[i], (fEvt+en2)->fTracks[j])) { fPairSplitCut[3][i]->AddAt('1',j); continue; } } if((qinv12 < fNormQcutLow[normBin]) || (qinv12 >= fNormQcutHigh[normBin])) continue; Int_t index1P23 = i; Int_t index2P23 = j; for(Int_t pastpairP12=0; pastpairP12<numOtherPairs2[1][index1P23]; pastpairP12++){// loop in P12 with i as 2nd particle Int_t locationOtherPairP12 = fOtherPairLocation2[1][index1P23]->At(pastpairP12); if(locationOtherPairP12 < 0) continue; // no pair there Int_t index1P12 = fNormPairs[1][ locationOtherPairP12 ].fIndex1; //Check other past pair status in P13 if( (fNormPairSwitch[2][index1P12]->At(index2P23)=='0')) continue; // all from different event ch3 = Int_t((fNormPairs[1][ locationOtherPairP12 ].fCharge1 + 1)/2.);// charge of first particle in P12 key3 = fNormPairs[1][ locationOtherPairP12 ].fKey1; Short_t fillIndex3 = FillIndex3part(key1+key2+key3); SetFillBins3(fillIndex3, key1, key2, key3, ch1, ch2, ch3, 3, bin1, bin2, bin3, fDummyB, fDummyB, fDummyB); tempNormFillCount[bin1][bin2][bin3][fillIndex3][4]++; } } } /////////////////////////////////////////////////// // Do not use pairs from events with too many pairs if(exitCode) { cout<<"SE or ME or Norm PairCount too large. Discarding all pairs and skipping event"<<endl; (fEvt)->fNpairsSE = 0; (fEvt)->fNpairsME = 0; ((TH1F*)fOutputList->FindObject("fRejectedEvents"))->Fill(fMbin+1); return;// Skip event }else{ (fEvt)->fNpairsSE = pairCountSE; (fEvt)->fNpairsME = pairCountME; ((TH1F*)fOutputList->FindObject("fEvents2"))->Fill(fMbin+1); } /////////////////////////////////////////////////// //cout<<"pairCountSE = "<<pairCountSE<<" pairCountME = "<<pairCountME<<endl; //cout<<"Start Main analysis"<<endl; /////////////////////////////////////////////////////////////////////// /////////////////////////////////////////////////////////////////////// /////////////////////////////////////////////////////////////////////// // // // Start the Main Correlation Analysis // // /////////////////////////////////////////////////////////////////////// ///////////////////////////////////////////////////////// // Skip 3-particle part if Tabulate6DPairs is set to true if(fTabulatePairs) return; ///////////////////////////////////////////////////////// // Set the Normalization counters for(Int_t termN=0; termN<5; termN++){ if(termN==0){ if((fEvt)->fNtracks ==0) continue; }else if(termN<4){ if((fEvt)->fNtracks ==0) continue; if((fEvt+1)->fNtracks ==0) continue; }else { if((fEvt)->fNtracks ==0) continue; if((fEvt+1)->fNtracks ==0) continue; if((fEvt+2)->fNtracks ==0) continue; } for(Int_t sc=0; sc<kSCLimit3; sc++){ for(Int_t c1=0; c1<2; c1++){ for(Int_t c2=0; c2<2; c2++){ for(Int_t c3=0; c3<2; c3++){ if(sc==0 || sc==6 || sc==9){// Identical species if( (c1+c2+c3)==1) {if(c1!=0 || c2!=0 || c3!=1) continue;} if( (c1+c2+c3)==2) {if(c1!=0) continue;} }else if(sc!=5){ if( (c1+c2)==1) {if(c1!=0) continue;} }else {}// do nothing for pi-k-p case Charge1[c1].Charge2[c2].Charge3[c3].SC[sc].MB[fMbin].EDB[fEDbin].ThreePT[termN].fNorm3->Fill(0.,tempNormFillCount[c1][c2][c3][sc][termN]); } } } } } ///////////////////////////////////////////// // Calculate Pair-Cut Correlations for(Int_t en1case=0; en1case<2; en1case++){// limit at 2 (normal) Int_t nump1=0; if(en1case==0) nump1 = (fEvt)->fNpairsSE; if(en1case==1) nump1 = (fEvt)->fNpairsME; // 1st pair for(Int_t p1=0; p1<nump1; p1++){ if(en1case==0){ ch1 = Int_t(((fEvt)->fPairsSE[p1].fCharge1 + 1)/2.); ch2 = Int_t(((fEvt)->fPairsSE[p1].fCharge2 + 1)/2.); pVect1[0] = (fEvt)->fPairsSE[p1].fE1; pVect2[0] = (fEvt)->fPairsSE[p1].fE2; pVect1[1] = (fEvt)->fPairsSE[p1].fP1[0]; pVect2[1] = (fEvt)->fPairsSE[p1].fP2[0]; pVect1[2] = (fEvt)->fPairsSE[p1].fP1[1]; pVect2[2] = (fEvt)->fPairsSE[p1].fP2[1]; pVect1[3] = (fEvt)->fPairsSE[p1].fP1[2]; pVect2[3] = (fEvt)->fPairsSE[p1].fP2[2]; index1 = (fEvt)->fPairsSE[p1].fIndex1; index2 = (fEvt)->fPairsSE[p1].fIndex2; key1 = (fEvt)->fPairsSE[p1].fKey1; key2 = (fEvt)->fPairsSE[p1].fKey2; qinv12 = (fEvt)->fPairsSE[p1].fQinv; // pVect1MC[1] = (fEvt)->fPairsSE[p1].fP1MC[0]; pVect2MC[1] = (fEvt)->fPairsSE[p1].fP2MC[0]; pVect1MC[2] = (fEvt)->fPairsSE[p1].fP1MC[1]; pVect2MC[2] = (fEvt)->fPairsSE[p1].fP2MC[1]; pVect1MC[3] = (fEvt)->fPairsSE[p1].fP1MC[2]; pVect2MC[3] = (fEvt)->fPairsSE[p1].fP2MC[2]; pVect1MC[0] = sqrt(pow(pVect1MC[1],2)+pow(pVect1MC[2],2)+pow(pVect1MC[3],2)+pow(fTrueMassPi,2)); pVect2MC[0] = sqrt(pow(pVect2MC[1],2)+pow(pVect2MC[2],2)+pow(pVect2MC[3],2)+pow(fTrueMassPi,2)); } if(en1case==1){ ch1 = Int_t(((fEvt)->fPairsME[p1].fCharge1 + 1)/2.); ch2 = Int_t(((fEvt)->fPairsME[p1].fCharge2 + 1)/2.); pVect1[0] = (fEvt)->fPairsME[p1].fE1; pVect2[0] = (fEvt)->fPairsME[p1].fE2; pVect1[1] = (fEvt)->fPairsME[p1].fP1[0]; pVect2[1] = (fEvt)->fPairsME[p1].fP2[0]; pVect1[2] = (fEvt)->fPairsME[p1].fP1[1]; pVect2[2] = (fEvt)->fPairsME[p1].fP2[1]; pVect1[3] = (fEvt)->fPairsME[p1].fP1[2]; pVect2[3] = (fEvt)->fPairsME[p1].fP2[2]; index1 = (fEvt)->fPairsME[p1].fIndex1; index2 = (fEvt)->fPairsME[p1].fIndex2; key1 = (fEvt)->fPairsME[p1].fKey1; key2 = (fEvt)->fPairsME[p1].fKey2; qinv12 = (fEvt)->fPairsME[p1].fQinv; // pVect1MC[1] = (fEvt)->fPairsME[p1].fP1MC[0]; pVect2MC[1] = (fEvt)->fPairsME[p1].fP2MC[0]; pVect1MC[2] = (fEvt)->fPairsME[p1].fP1MC[1]; pVect2MC[2] = (fEvt)->fPairsME[p1].fP2MC[1]; pVect1MC[3] = (fEvt)->fPairsME[p1].fP1MC[2]; pVect2MC[3] = (fEvt)->fPairsME[p1].fP2MC[2]; pVect1MC[0] = sqrt(pow(pVect1MC[1],2)+pow(pVect1MC[2],2)+pow(pVect1MC[3],2)+pow(fTrueMassPi,2)); pVect2MC[0] = sqrt(pow(pVect2MC[1],2)+pow(pVect2MC[2],2)+pow(pVect2MC[3],2)+pow(fTrueMassPi,2)); } // en2 buffer for(Int_t en2=0; en2<3; en2++){ ////////////////////////////////////// Bool_t skipcase=kTRUE; Short_t config=-1, part=-1; if(en1case==0 && en2==0) {skipcase=kFALSE; config=1; part=0;}// P11T1 if(en1case==0 && en2==1) {skipcase=kFALSE; config=2; part=1;}// P11T2 if(en1case==1 && en2==0) {skipcase=kFALSE; config=2; part=2;}// P12T1 if(en1case==1 && en2==2) {skipcase=kFALSE; config=3; part=3;}// P12T3 if(skipcase) continue; // 3-particle terms // 3rd particle for(Int_t k=0; k<(fEvt+en2)->fNtracks; k++){ index3 = k; // remove auto-correlations and duplicate triplets if(config==1){ if( index1 == index3) continue; if( index2 == index3) continue; if(fPairSplitCut[0][index1]->At(index2)=='1') continue;// Track splitting/merging // skip the switched off triplets if(fTripletSkip1[fPairLocationSE[index1]->At(index2)]->At(index3)=='1') { fTripletSkip1[fPairLocationSE[index1]->At(index2)]->AddAt('0',index3);// Reset continue; } /////////////////////////////// // Turn off 1st possible degenerate triplet if(index1 < index3){// verify correct id ordering ( index1 < k ) if(fPairLocationSE[index1]->At(index3) >= 0){ fTripletSkip1[fPairLocationSE[index1]->At(index3)]->AddAt('1',index2); } if(fPairSplitCut[0][index1]->At(index3)=='1') continue;// Track splitting/merging }else {// or k < index1 if(fPairLocationSE[index3]->At(index1) >= 0){ fTripletSkip1[fPairLocationSE[index3]->At(index1)]->AddAt('1',index2); } if(fPairSplitCut[0][index3]->At(index1)=='1') continue;// Track splitting/merging } // turn off 2nd possible degenerate triplet if(index2 < index3){// verify correct id ordering (index2 < k) if(fPairLocationSE[index2]->At(index3) >= 0){ fTripletSkip1[fPairLocationSE[index2]->At(index3)]->AddAt('1',index1); } if(fPairSplitCut[0][index2]->At(index3)=='1') continue;// Track splitting/merging }else {// or k < index2 if(fPairLocationSE[index3]->At(index2) >= 0){ fTripletSkip1[fPairLocationSE[index3]->At(index2)]->AddAt('1',index1); } if(fPairSplitCut[0][index3]->At(index2)=='1') continue;// Track splitting/merging } }// end config 1 if(config==2 && part==1){// SE pair and third particle from next event. P11T2 /////////////////////////////// // Turn off 1st possible degenerate triplet if(fPairLocationME[index1]->At(index3) >= 0){ fTripletSkip2[fPairLocationME[index1]->At(index3)]->AddAt('1',index2); } // turn off 2nd possible degenerate triplet if(fPairLocationME[index2]->At(index3) >= 0){ fTripletSkip2[fPairLocationME[index2]->At(index3)]->AddAt('1',index1); } if(fPairSplitCut[0][index1]->At(index2)=='1') continue;// Track splitting/merging if(fPairSplitCut[1][index1]->At(index3)=='1') continue;// Track splitting/merging if(fPairSplitCut[1][index2]->At(index3)=='1') continue;// Track splitting/merging }// end config 2 part 1 if(config==2 && part==2){// P12T1 if( index1 == index3) continue; // skip the switched off triplets if(fTripletSkip2[fPairLocationME[index1]->At(index2)]->At(index3)=='1') { fTripletSkip2[fPairLocationME[index1]->At(index2)]->AddAt('0',index3);// Reset continue; } // turn off another possible degenerate if(fPairLocationME[index3]->At(index2) >= 0){ fTripletSkip2[fPairLocationME[index3]->At(index2)]->AddAt('1',index1); }// end config 2 part 2 if(fPairSplitCut[1][index1]->At(index2)=='1') continue;// Track splitting/merging if(index1 < index3) {if(fPairSplitCut[0][index1]->At(index3)=='1') continue;}// Track splitting/merging else {if(fPairSplitCut[0][index3]->At(index1)=='1') continue;}// Track splitting/merging if(fPairSplitCut[1][index3]->At(index2)=='1') continue;// Track splitting/merging } if(config==3){// P12T3 if(fPairSplitCut[1][index1]->At(index2)=='1') continue;// Track splitting/merging if(fPairSplitCut[2][index1]->At(index3)=='1') continue;// Track splitting/merging if(fPairSplitCut[3][index2]->At(index3)=='1') continue;// Track splitting/merging }// end config 3 ch3 = Int_t(((fEvt+en2)->fTracks[k].fCharge + 1)/2.); key3 = (fEvt+en2)->fTracks[k].fKey; Short_t fillIndex3 = FillIndex3part(key1+key2+key3); Short_t fillIndex13 = FillIndex2part(key1+key3); Short_t fillIndex23 = FillIndex2part(key2+key3); Short_t qCutBin13 = SetQcutBin(fillIndex13); Short_t qCutBin23 = SetQcutBin(fillIndex23); pVect3[0] = (fEvt+en2)->fTracks[k].fEaccepted; pVect3[1] = (fEvt+en2)->fTracks[k].fP[0]; pVect3[2] = (fEvt+en2)->fTracks[k].fP[1]; pVect3[3] = (fEvt+en2)->fTracks[k].fP[2]; qinv13 = GetQinv(fillIndex13, pVect1, pVect3); qinv23 = GetQinv(fillIndex23, pVect2, pVect3); if(qinv13 < fQLowerCut) continue; if(qinv23 < fQLowerCut) continue; if(qinv13 > fQcut[qCutBin13]) continue; if(qinv23 > fQcut[qCutBin23]) continue; Float_t Kt12=sqrt( pow(pVect1[1]+pVect2[1],2) + pow(pVect1[2]+pVect2[2],2))/2.; Float_t Kt13=sqrt( pow(pVect1[1]+pVect3[1],2) + pow(pVect1[2]+pVect3[2],2))/2.; Float_t Kt23=sqrt( pow(pVect2[1]+pVect3[1],2) + pow(pVect2[2]+pVect3[2],2))/2.; if(fMCcase){ pVect3MC[1] = (fEvt+en2)->fMCtracks[abs((fEvt+en2)->fTracks[k].fLabel)].fPx; pVect3MC[2] = (fEvt+en2)->fMCtracks[abs((fEvt+en2)->fTracks[k].fLabel)].fPy; pVect3MC[3] = (fEvt+en2)->fMCtracks[abs((fEvt+en2)->fTracks[k].fLabel)].fPz; pVect3MC[0] = sqrt(pow(pVect3MC[1],2)+pow(pVect3MC[2],2)+pow(pVect3MC[3],2)+pow(fTrueMassPi,2)); qinv12MC = GetQinv(0, pVect1MC, pVect2MC); qinv13MC = GetQinv(0, pVect1MC, pVect3MC); qinv23MC = GetQinv(0, pVect2MC, pVect3MC); } // if all three pair cuts are the same then the case (config=2 && term=2) never reaches here. q3 = sqrt(pow(qinv12,2) + pow(qinv13,2) + pow(qinv23,2)); transK3 = sqrt( pow(pVect1[1]+pVect2[1]+pVect3[1],2) + pow(pVect1[2]+pVect2[2]+pVect3[2],2))/3.; if(fEDbins>1){ if(transK3<0.3) fEDbin=0; else fEDbin=1; } firstQ=0; secondQ=0; thirdQ=0; // // if(config==1) {// 123 SetFillBins3(fillIndex3, key1, key2, key3, ch1, ch2, ch3, 0, bin1, bin2, bin3, fDummyB, fDummyB, fDummyB); if(fillIndex3 <= 2){ ArrangeQs(fillIndex3, key1, key2, key3, ch1, ch2, ch3, qinv12, qinv13, qinv23, 0, 1, firstQ, secondQ, thirdQ); ArrangeQs(fillIndex3, key1, key2, key3, ch1, ch2, ch3, Kt12, Kt13, Kt23, 0, 1, firstKt, secondKt, thirdKt); if(fillIndex3==0 && fMCcase) ArrangeQs(fillIndex3, key1, key2, key3, ch1, ch2, ch3, qinv12MC, qinv13MC, qinv23MC, 0, 1, firstQMC, secondQMC, thirdQMC); Float_t WInput = 1.0; if(fGenerateSignal && ch1==ch2 && ch1==ch3) WInput = MCWeight3D(kTRUE, 1, fFixedLambdaBinr3, firstQ, secondQ, thirdQ, firstKt, secondKt, thirdKt); //if(fGenerateSignal && ch1==ch2 && ch1==ch3) WInput = MCWeight3D(kTRUE, 1, fFixedLambdaBinr3, firstQMC, secondQMC, thirdQMC); //// Charge1[bin1].Charge2[bin2].Charge3[bin3].SC[fillIndex3].MB[fMbin].EDB[fEDbin].ThreePT[0].fTerms3->Fill(firstQ, secondQ, thirdQ, WInput); //// // if(fillIndex3==0 && ch1==ch2 && ch1==ch3 && fMCcase==kFALSE){ ((TH3D*)fOutputList->FindObject("fKt3DistTerm1"))->Fill(fMbin+1, transK3, q3); if(q3<0.06){ Float_t pt1=sqrt(pow(pVect1[1],2)+pow(pVect1[2],2)); Float_t pt2=sqrt(pow(pVect2[1],2)+pow(pVect2[2],2)); Float_t pt3=sqrt(pow(pVect3[1],2)+pow(pVect3[2],2)); ((TProfile2D*)fOutputList->FindObject("fKtTripletAvg"))->Fill(fMbin+1, fEDbin, pt1); ((TProfile2D*)fOutputList->FindObject("fKtTripletAvg"))->Fill(fMbin+1, fEDbin, pt2); ((TProfile2D*)fOutputList->FindObject("fKtTripletAvg"))->Fill(fMbin+1, fEDbin, pt3); } /*FourVectProdTerms(pVect1, pVect2, pVect3, Qsum1v1, Qsum2, Qsum3v1, Qsum1v2, Qsum3v2);// 4-vector product sums Charge1[bin1].Charge2[bin2].Charge3[bin3].SC[fillIndex3].MB[fMbin].EDB[fEDbin].ThreePT[0].f4VectProd1Terms->Fill(Qsum1v1, Qsum2, Qsum3v1); Charge1[bin1].Charge2[bin2].Charge3[bin3].SC[fillIndex3].MB[fMbin].EDB[fEDbin].ThreePT[0].f4VectProd2Terms->Fill(Qsum1v2, Qsum2, Qsum3v2); */ } } }else if(config==2){// 12, 13, 23 Bool_t fill2=kFALSE, fill3=kFALSE, fill4=kFALSE; SetFillBins3(fillIndex3, key1, key2, key3, ch1, ch2, ch3, part, bin1, bin2, bin3, fill2, fill3, fill4); // loop over terms 2-4 for(Int_t jj=2; jj<5; jj++){ if(jj==2) {if(!fill2) continue;}//12 if(jj==3) {if(!fill3) continue;}//13 if(jj==4) {if(!fill4) continue;}//23 if(fillIndex3 <= 2){ ArrangeQs(fillIndex3, key1, key2, key3, ch1, ch2, ch3, qinv12, qinv13, qinv23, part, jj, firstQ, secondQ, thirdQ); ArrangeQs(fillIndex3, key1, key2, key3, ch1, ch2, ch3, Kt12, Kt13, Kt23, part, jj, firstKt, secondKt, thirdKt); if(fillIndex3==0 && fMCcase) ArrangeQs(fillIndex3, key1, key2, key3, ch1, ch2, ch3, qinv12MC, qinv13MC, qinv23MC, part, jj, firstQMC, secondQMC, thirdQMC); Float_t WInput = 1.0; if(fGenerateSignal && ch1==ch2 && ch1==ch3) WInput = MCWeight3D(kTRUE, jj, fFixedLambdaBinr3, firstQ, secondQ, thirdQ, firstKt, secondKt, thirdKt); //if(fGenerateSignal && ch1==ch2 && ch1==ch3) WInput = MCWeight3D(kTRUE, jj, fFixedLambdaBinr3, firstQMC, secondQMC, thirdQMC); //// Charge1[bin1].Charge2[bin2].Charge3[bin3].SC[fillIndex3].MB[fMbin].EDB[fEDbin].ThreePT[jj-1].fTerms3->Fill(firstQ, secondQ, thirdQ, WInput); //// /*if(fillIndex3==0 && ch1==ch2 && ch1==ch3){ if(part==1){// P11T2 if(jj==2) { FourVectProdTerms(pVect1, pVect2, pVect3, Qsum1v1, Qsum2, Qsum3v1, Qsum1v2, Qsum3v2);// 4-vector product sums }if(jj==3){ FourVectProdTerms(pVect1, pVect3, pVect2, Qsum1v1, Qsum2, Qsum3v1, Qsum1v2, Qsum3v2);// 4-vector product sums }if(jj==4) { FourVectProdTerms(pVect3, pVect1, pVect2, Qsum1v1, Qsum2, Qsum3v1, Qsum1v2, Qsum3v2);// 4-vector product sums } }else{// P12T1 if(jj==2) { FourVectProdTerms(pVect1, pVect3, pVect2, Qsum1v1, Qsum2, Qsum3v1, Qsum1v2, Qsum3v2);// 4-vector product sums }if(jj==3) { FourVectProdTerms(pVect1, pVect2, pVect3, Qsum1v1, Qsum2, Qsum3v1, Qsum1v2, Qsum3v2);// 4-vector product sums }if(jj==4) { FourVectProdTerms(pVect2, pVect1, pVect3, Qsum1v1, Qsum2, Qsum3v1, Qsum1v2, Qsum3v2);// 4-vector product sums } } if(!fMCcase){ Charge1[bin1].Charge2[bin2].Charge3[bin3].SC[fillIndex3].MB[fMbin].EDB[fEDbin].ThreePT[jj-1].f4VectProd1Terms->Fill(Qsum1v1, Qsum2, Qsum3v1); Charge1[bin1].Charge2[bin2].Charge3[bin3].SC[fillIndex3].MB[fMbin].EDB[fEDbin].ThreePT[jj-1].f4VectProd2Terms->Fill(Qsum1v2, Qsum2, Qsum3v2); } }*/ } } }else {// config 3: All particles from different events // "enhancement" differs from 1.0 only when Qinv goes over fQcut //Float_t enhancement=1.0; //Int_t nUnderCut=0; //if(qinv13<fQcut[qCutBin13]) nUnderCut++; //if(qinv23<fQcut[qCutBin23]) nUnderCut++; //if(nUnderCut==0) enhancement = (1+1+1)/1.;// 1 LowQ pair //if(nUnderCut==1) enhancement = (1+2)/2.;// 2 LowQ pair //if(nUnderCut==2) enhancement = 1.;// 3 LowQ pair SetFillBins3(fillIndex3, key1, key2, key3, ch1, ch2, ch3, 3, bin1, bin2, bin3, fDummyB, fDummyB, fDummyB); if(ch1==ch2 && ch1==ch3 && fillIndex3==0) { //FourVectProdTerms(pVect1, pVect2, pVect3, Qsum1v1, Qsum2, Qsum3v1, Qsum1v2, Qsum3v2);// 4-vector product sums if(!fMCcase) ((TH3D*)fOutputList->FindObject("fKt3DistTerm5"))->Fill(fMbin+1, transK3, q3); } if(fillIndex3 <= 2){ ArrangeQs(fillIndex3, key1, key2, key3, ch1, ch2, ch3, qinv12, qinv13, qinv23, part, 5, firstQ, secondQ, thirdQ); ArrangeQs(fillIndex3, key1, key2, key3, ch1, ch2, ch3, Kt12, Kt13, Kt23, part, 5, firstKt, secondKt, thirdKt); Charge1[bin1].Charge2[bin2].Charge3[bin3].SC[fillIndex3].MB[fMbin].EDB[fEDbin].ThreePT[4].fTerms3->Fill(firstQ, secondQ, thirdQ); /*if(fillIndex3==0 && ch1==ch2 && ch1==ch3 && fMCcase==kFALSE){ Charge1[bin1].Charge2[bin2].Charge3[bin3].SC[fillIndex3].MB[fMbin].EDB[fEDbin].ThreePT[4].f4VectProd1Terms->Fill(Qsum1v1, Qsum2, Qsum3v1); Charge1[bin1].Charge2[bin2].Charge3[bin3].SC[fillIndex3].MB[fMbin].EDB[fEDbin].ThreePT[4].f4VectProd2Terms->Fill(Qsum1v2, Qsum2, Qsum3v2); }*/ } if(fillIndex3 !=0) continue;// only calculate TPN for pi-pi-pi if(ch1!=ch2 || ch1!=ch3) continue;// only calcualte TPN for ss GetWeight(pVect1, pVect2, weight12, weight12Err); GetWeight(pVect1, pVect3, weight13, weight13Err); GetWeight(pVect2, pVect3, weight23, weight23Err); if(sqrt(fabs(weight12*weight13*weight23)) > 1.0) { if(fMbin==0 && bin1==0) { ((TH3F*)fOutputList->FindObject("fTPNRejects1"))->Fill(qinv12, qinv13, qinv23, sqrt(fabs(weight12*weight13*weight23))); } continue;// weight should never be larger than 1 } Float_t myDamp = fDampStart + (fDampStep)*fFixedLambdaBinr3;// lambdabin=0.52 for v1 draft, 0.7 is more realistic Int_t denIndex = 0; Int_t momResIndex = rIndexForTPNMomRes*kNDampValues + fFixedLambdaBinMomRes;// lambdabin=0.52 for v1 draft, 0.4 is more realistic Float_t coulCorr12 = FSICorrelationTherm2(+1,+1, qinv12); Float_t coulCorr13 = FSICorrelationTherm2(+1,+1, qinv13); Float_t coulCorr23 = FSICorrelationTherm2(+1,+1, qinv23); if(coulCorr12 < 0.1 || coulCorr13 < 0.1 || coulCorr23 < 0.1) {// Safety check if(fMbin==0 && bin1==0) { ((TH3F*)fOutputList->FindObject("fTPNRejects2"))->Fill(qinv12, qinv13, qinv23, sqrt(fabs(weight12*weight13*weight23))); } continue; } Float_t MomResCorr12=1.0, MomResCorr13=1.0, MomResCorr23=1.0; if(!fGenerateSignal && !fMCcase) { Int_t momBin12 = fMomResC2->GetYaxis()->FindBin(qinv12); Int_t momBin13 = fMomResC2->GetYaxis()->FindBin(qinv13); Int_t momBin23 = fMomResC2->GetYaxis()->FindBin(qinv23); if(momBin12 >= kQbins) momBin12 = kQbins-1; if(momBin13 >= kQbins) momBin13 = kQbins-1; if(momBin23 >= kQbins) momBin23 = kQbins-1; MomResCorr12 = fMomResC2->GetBinContent(momResIndex+1, momBin12); MomResCorr13 = fMomResC2->GetBinContent(momResIndex+1, momBin13); MomResCorr23 = fMomResC2->GetBinContent(momResIndex+1, momBin23); if(MomResCorr12 > 1.2 || MomResCorr13 > 1.2 || MomResCorr23 > 1.2) {// Safety check if(fMbin==0 && bin1==0) { ((TH3F*)fOutputList->FindObject("fTPNRejects3"))->Fill(qinv12, qinv13, qinv23, sqrt(fabs(weight12*weight13*weight23))); } continue; } } weight12CC = ((weight12+1)*MomResCorr12 - myDamp*coulCorr12 - (1-myDamp)); weight12CC /= coulCorr12*myDamp; weight13CC = ((weight13+1)*MomResCorr13 - myDamp*coulCorr13 - (1-myDamp)); weight13CC /= coulCorr13*myDamp; weight23CC = ((weight23+1)*MomResCorr23 - myDamp*coulCorr23 - (1-myDamp)); weight23CC /= coulCorr23*myDamp; if(weight12CC < 0 || weight13CC < 0 || weight23CC < 0) { if(fMbin==0 && bin1==0) { weightTotal = sqrt(fabs(weight12CC*weight13CC*weight23CC)); ((TH3F*)fOutputList->FindObject("fTPNRejects4"))->Fill(qinv12, qinv13, qinv23, weightTotal); } continue;// C2^QS can never be less than unity } ///////////////////////////////////////////////////// weightTotal = sqrt(weight12CC*weight13CC*weight23CC); ///////////////////////////////////////////////////// if(weightTotal > 1.5) { if(fMbin==0 && bin1==0) { ((TH3F*)fOutputList->FindObject("fTPNRejects5"))->Fill(qinv12, qinv13, qinv23, weightTotal); } continue;// C2^QS never be greater than 1.0 in theory. Can be slightly larger than 1.0 with fluctuations } Charge1[bin1].Charge2[bin2].Charge3[bin3].SC[fillIndex3].MB[fMbin].EDB[fEDbin].ThreePT[4].DT[denIndex].fTwoPartNorm->Fill(qinv12, qinv13, qinv23, weightTotal); //Charge1[bin1].Charge2[bin2].Charge3[bin3].SC[fillIndex3].MB[fMbin].EDB[fEDbin].ThreePT[4].DT[denIndex].f4VectProd1TwoPartNorm->Fill(Qsum1v1, Qsum2, Qsum3v1, weightTotal); //Charge1[bin1].Charge2[bin2].Charge3[bin3].SC[fillIndex3].MB[fMbin].EDB[fEDbin].ThreePT[4].DT[denIndex].f4VectProd2TwoPartNorm->Fill(Qsum1v2, Qsum2, Qsum3v2, weightTotal); // Save cpu time and memory by skipping r3 denominator calculation below. den errors are negligible compared to num errors. /* if(weightTotal > 0.0001){// tiny numbers cause a Float_ting point exception below weightTotalErr = pow((weight12Err*coulCorr12)*weight13CC*weight23CC,2); weightTotalErr += pow(weight12CC*(weight13Err*coulCorr13)*weight23CC,2); weightTotalErr += pow(weight12CC*weight13CC*(weight23Err*coulCorr23),2); weightTotalErr /= pow(2*weightTotal,2); Charge1[bin1].Charge2[bin2].Charge3[bin3].SC[fillIndex3].MB[fMbin].EDB[fEDbin].ThreePT[4].TwoPartNormErr->Fill(denIndex, q3, weightTotalErr); } */ }// config 3 }// end 3rd particle }// en2 }// p1 }//en1 /////////////////// }// end of PdensityPairs //////////////////////////////////////////////////////// // Pdensity Method with Explicit Loops if(fPdensityExplicitLoop){ //////////////////////////////////// // 2nd, 3rd, and 4th order Correlations // First Particle for (Int_t i=0; i<myTracks; i++) { ch1 = Int_t( ((fEvt)->fTracks[i].fCharge + 1)/2. ); pVect1[0] = (fEvt)->fTracks[i].fEaccepted; pVect1[1] = (fEvt)->fTracks[i].fP[0]; pVect1[2] = (fEvt)->fTracks[i].fP[1]; pVect1[3] = (fEvt)->fTracks[i].fP[2]; key1 = (fEvt)->fTracks[i].fKey; // Second Event for(Int_t en2=0; en2<fEventsToMix+1; en2++){ Int_t startbin2=0; if(en2==0) startbin2=i+1; // Second Particle for (Int_t j=startbin2; j<(fEvt+en2)->fNtracks; j++) { ch2 = Int_t( ((fEvt+en2)->fTracks[j].fCharge + 1)/2. ); pVect2[0] = (fEvt+en2)->fTracks[j].fEaccepted; pVect2[1] = (fEvt+en2)->fTracks[j].fP[0]; pVect2[2] = (fEvt+en2)->fTracks[j].fP[1]; pVect2[3] = (fEvt+en2)->fTracks[j].fP[2]; key2 = (fEvt+en2)->fTracks[j].fKey; Short_t fillIndex12 = FillIndex2part(key1+key2); qinv12 = GetQinv(fillIndex12, pVect1, pVect2); if(qinv12 < fQLowerCut) continue; // 2-particle part is filled always during pair creator // Third Event for(Int_t en3=en2; en3<fEventsToMix+1; en3++){ Int_t startbin3=0; if(en3==en2) startbin3=j+1; else startbin3=0; // Third Particle for (Int_t k=startbin3; k<(fEvt+en3)->fNtracks; k++) { ch3 = Int_t( ((fEvt+en3)->fTracks[k].fCharge + 1)/2. ); pVect3[0] = (fEvt+en3)->fTracks[k].fEaccepted; pVect3[1] = (fEvt+en3)->fTracks[k].fP[0]; pVect3[2] = (fEvt+en3)->fTracks[k].fP[1]; pVect3[3] = (fEvt+en3)->fTracks[k].fP[2]; key3 = (fEvt+en3)->fTracks[k].fKey; Short_t fillIndex3 = FillIndex3part(key1+key2+key3); Short_t fillIndex13 = FillIndex2part(key1+key3); qinv13 = GetQinv(fillIndex13, pVect1, pVect3); Short_t fillIndex23 = FillIndex2part(key2+key3); qinv23 = GetQinv(fillIndex23, pVect2, pVect3); if(qinv13 < fQLowerCut) continue; if(qinv23 < fQLowerCut) continue; q3 = sqrt(pow(qinv12,2) + pow(qinv13,2) + pow(qinv23,2)); Short_t normBin12 = SetNormBin(fillIndex12); Short_t normBin13 = SetNormBin(fillIndex13); Short_t normBin23 = SetNormBin(fillIndex23); if(en3==0 && en2==0) {// 123 SetFillBins3(fillIndex3, key1, key2, key3, ch1, ch2, ch3, 0, bin1, bin2, bin3, fDummyB, fDummyB, fDummyB); Charge1[bin1].Charge2[bin2].Charge3[bin3].SC[fillIndex3].MB[fMbin].EDB[fEDbin].ThreePT[0].fExplicit3->Fill(q3);// 123 if((qinv12>=fNormQcutLow[normBin12]) && (qinv13>=fNormQcutLow[normBin13]) && (qinv23>=fNormQcutLow[normBin23])) { if((qinv12<fNormQcutHigh[normBin12]) && (qinv13<fNormQcutHigh[normBin13]) && (qinv23<fNormQcutHigh[normBin23])) { Charge1[bin1].Charge2[bin2].Charge3[bin3].SC[fillIndex3].MB[fMbin].EDB[fEDbin].ThreePT[0].fNormEx3->Fill(0.); } } }else if((en2==0 && en3==1) ) {// 12-3, 13-2, 23-1 Float_t gFact=1; Bool_t fill2=kFALSE, fill3=kFALSE, fill4=kFALSE; SetFillBins3(fillIndex3, key1, key2, key3, ch1, ch2, ch3, 1, bin1, bin2, bin3, fill2, fill3, fill4); if(fill2){ Charge1[bin1].Charge2[bin2].Charge3[bin3].SC[fillIndex3].MB[fMbin].EDB[fEDbin].ThreePT[1].fExplicit3->Fill(q3, gFact);// 12 if((qinv12>=fNormQcutLow[normBin12]) && (qinv13>=fNormQcutLow[normBin13]) && (qinv23>=fNormQcutLow[normBin23])) { if((qinv12<fNormQcutHigh[normBin12]) && (qinv13<fNormQcutHigh[normBin13]) && (qinv23<fNormQcutHigh[normBin23])) { Charge1[bin1].Charge2[bin2].Charge3[bin3].SC[fillIndex3].MB[fMbin].EDB[fEDbin].ThreePT[1].fNormEx3->Fill(0.); } } } if(fill3){ Charge1[bin1].Charge2[bin2].Charge3[bin3].SC[fillIndex3].MB[fMbin].EDB[fEDbin].ThreePT[2].fExplicit3->Fill(q3, gFact);// 12 if((qinv12>=fNormQcutLow[normBin12]) && (qinv13>=fNormQcutLow[normBin13]) && (qinv23>=fNormQcutLow[normBin23])) { if((qinv12<fNormQcutHigh[normBin12]) && (qinv13<fNormQcutHigh[normBin13]) && (qinv23<fNormQcutHigh[normBin23])) { Charge1[bin1].Charge2[bin2].Charge3[bin3].SC[fillIndex3].MB[fMbin].EDB[fEDbin].ThreePT[2].fNormEx3->Fill(0.); } } } if(fill4){ Charge1[bin1].Charge2[bin2].Charge3[bin3].SC[fillIndex3].MB[fMbin].EDB[fEDbin].ThreePT[3].fExplicit3->Fill(q3, gFact);// 12 if((qinv12>=fNormQcutLow[normBin12]) && (qinv13>=fNormQcutLow[normBin13]) && (qinv23>=fNormQcutLow[normBin23])) { if((qinv12<fNormQcutHigh[normBin12]) && (qinv13<fNormQcutHigh[normBin13]) && (qinv23<fNormQcutHigh[normBin23])) { Charge1[bin1].Charge2[bin2].Charge3[bin3].SC[fillIndex3].MB[fMbin].EDB[fEDbin].ThreePT[3].fNormEx3->Fill(0.); } } } }else if(en2==1 && en3==2){// all uncorrelated events SetFillBins3(fillIndex3, key1, key2, key3, ch1, ch2, ch3, 3, bin1, bin2, bin3, fDummyB, fDummyB, fDummyB); Charge1[bin1].Charge2[bin2].Charge3[bin3].SC[fillIndex3].MB[fMbin].EDB[fEDbin].ThreePT[4].fExplicit3->Fill(q3); if((qinv12>=fNormQcutLow[normBin12]) && (qinv13>=fNormQcutLow[normBin13]) && (qinv23>=fNormQcutLow[normBin23])) { if((qinv12<fNormQcutHigh[normBin12]) && (qinv13<fNormQcutHigh[normBin13]) && (qinv23<fNormQcutHigh[normBin23])) { Charge1[bin1].Charge2[bin2].Charge3[bin3].SC[fillIndex3].MB[fMbin].EDB[fEDbin].ThreePT[4].fNormEx3->Fill(0.); } } Short_t qCutBin12 = SetQcutBin(fillIndex12); Short_t qCutBin13 = SetQcutBin(fillIndex13); Short_t qCutBin23 = SetQcutBin(fillIndex23); if( (qinv12 < fQcut[qCutBin12]) || (qinv13 < fQcut[qCutBin13]) || (qinv23 < fQcut[qCutBin23])){ Int_t nUnderCut=0; if(qinv12<fQcut[qCutBin12]) nUnderCut++; if(qinv13<fQcut[qCutBin13]) nUnderCut++; if(qinv23<fQcut[qCutBin23]) nUnderCut++; } }else {} }// 3rd particle }// 3rd event }// 2nd particle }// 2nd event }// 1st particle }// End of PdensityExplicit // Post output data. PostData(1, fOutputList); } //________________________________________________________________________ void AliChaoticity::Terminate(Option_t *) { // Called once at the end of the query cout<<"Done"<<endl; } //________________________________________________________________________ Bool_t AliChaoticity::AcceptPair(AliChaoticityTrackStruct first, AliChaoticityTrackStruct second) { if(fabs(first.fEta-second.fEta) > fMinSepPairEta) return kTRUE; // propagate through B field to r=1m Float_t phi1 = first.fPhi - asin(first.fCharge*(0.1*fBfield)*0.15/first.fPt);// 0.15 for D=1m if(phi1 > 2*PI) phi1 -= 2*PI; if(phi1 < 0) phi1 += 2*PI; Float_t phi2 = second.fPhi - asin(second.fCharge*(0.1*fBfield)*0.15/second.fPt);// 0.15 for D=1m if(phi2 > 2*PI) phi2 -= 2*PI; if(phi2 < 0) phi2 += 2*PI; Float_t deltaphi = phi1 - phi2; if(deltaphi > PI) deltaphi -= 2*PI; if(deltaphi < -PI) deltaphi += 2*PI; deltaphi = fabs(deltaphi); if(deltaphi < fMinSepPairPhi) return kFALSE;// Min Separation // propagate through B field to r=1.6m phi1 = first.fPhi - asin(first.fCharge*(0.1*fBfield)*0.24/first.fPt);// mine. 0.24 for D=1.6m if(phi1 > 2*PI) phi1 -= 2*PI; if(phi1 < 0) phi1 += 2*PI; phi2 = second.fPhi - asin(second.fCharge*(0.1*fBfield)*0.24/second.fPt);// mine. 0.24 for D=1.6m if(phi2 > 2*PI) phi2 -= 2*PI; if(phi2 < 0) phi2 += 2*PI; deltaphi = phi1 - phi2; if(deltaphi > PI) deltaphi -= 2*PI; if(deltaphi < -PI) deltaphi += 2*PI; deltaphi = fabs(deltaphi); if(deltaphi < fMinSepPairPhi) return kFALSE;// Min Separation // Int_t ncl1 = first.fClusterMap.GetNbits(); Int_t ncl2 = second.fClusterMap.GetNbits(); Int_t sumCls = 0; Int_t sumSha = 0; Int_t sumQ = 0; Double_t shfrac = 0; Double_t qfactor = 0; for(Int_t imap = 0; imap < ncl1 && imap < ncl2; imap++) { if (first.fClusterMap.TestBitNumber(imap) && second.fClusterMap.TestBitNumber(imap)) {// Both clusters if (first.fSharedMap.TestBitNumber(imap) && second.fSharedMap.TestBitNumber(imap)) { // Shared sumQ++; sumCls+=2; sumSha+=2;} else {sumQ--; sumCls+=2;} } else if (first.fClusterMap.TestBitNumber(imap) || second.fClusterMap.TestBitNumber(imap)) {// Non shared sumQ++; sumCls++;} } if (sumCls>0) { qfactor = sumQ*1.0/sumCls; shfrac = sumSha*1.0/sumCls; } if(qfactor > fShareQuality || shfrac > fShareFraction) return kFALSE; return kTRUE; } //________________________________________________________________________ Float_t AliChaoticity::GamovFactor(Int_t chargeBin1, Int_t chargeBin2, Float_t qinv) { Float_t arg = G_Coeff/qinv; if(chargeBin1==chargeBin2) return (exp(arg)-1)/(arg); else {return (exp(-arg)-1)/(-arg);} } //________________________________________________________________________ void AliChaoticity::Shuffle(Int_t *iarr, Int_t i1, Int_t i2) { Int_t j, k; Int_t a = i2 - i1; for (Int_t i = i1; i < i2+1; i++) { j = (Int_t) (gRandom->Rndm() * a); k = iarr[j]; iarr[j] = iarr[i]; iarr[i] = k; } } //________________________________________________________________________ Short_t AliChaoticity::FillIndex2part(Short_t key){ if(key==2) return 0;// pi-pi else if(key==11) return 1;// pi-k else if(key==101) return 2;// pi-p else if(key==20) return 3;// k-k else if(key==110) return 4;// k-p else return 5;// p-p } //________________________________________________________________________ Short_t AliChaoticity::FillIndex3part(Short_t key){ if(key==3) return 0;// pi-pi-pi else if(key==12) return 1;// pi-pi-k else if(key==21) return 2;// k-k-pi else if(key==102) return 3;// pi-pi-p else if(key==201) return 4;// p-p-pi else if(key==111) return 5;// pi-k-p else if(key==30) return 6;// k-k-k else if(key==120) return 7;// k-k-p else if(key==210) return 8;// p-p-k else return 9;// p-p-p } //________________________________________________________________________ Short_t AliChaoticity::SetQcutBin(Short_t fi){// fi=FillIndex if(fi <= 2) return 0; else if(fi==3) return 1; else return 2; } //________________________________________________________________________ Short_t AliChaoticity::SetNormBin(Short_t fi){// fi=FillIndex if(fi==0) return 0; else if(fi <= 2) return 1; else return 2; } //________________________________________________________________________ void AliChaoticity::SetFillBins2(Short_t fi, Short_t key1, Short_t key2, Int_t c1, Int_t c2, Int_t &b1, Int_t &b2){ if(fi==0 || fi==3 || fi==5){// Identical species if((c1+c2)==1) {b1=0; b2=1;}// Re-assign to merge degenerate histos else {b1=c1; b2=c2;} }else {// Mixed species if(key1 < key2) { b1=c1; b2=c2;} else {b1=c2; b2=c1;} } } //________________________________________________________________________ void AliChaoticity::SetFillBins3(Short_t fi, Short_t key1, Short_t key2, Short_t key3, Int_t c1, Int_t c2, Int_t c3, Short_t part, Int_t &b1, Int_t &b2, Int_t &b3, Bool_t &fill2, Bool_t &fill3, Bool_t &fill4){ // seSS, seSK, SE_keysum only used to determine which terms to fill (only used for terms 2-4) // part only matters for terms 2-4 Bool_t seSS=kFALSE; Bool_t seSK=kFALSE; Short_t seKeySum=0;// only used for pi-k-p case if(part==1) {// default case (irrelevant for term 1 and term 5) if(c1==c2) seSS=kTRUE; if(key1==key2) seSK=kTRUE; seKeySum = key1+key2; } if(part==2){ if(c1==c3) seSS=kTRUE; if(key1==key3) seSK=kTRUE; seKeySum = key1+key3; } // fill2, fill3, fill4 are only used for Cumulant Terms 2,3,4 if(fi==0 || fi==6 || fi==9){// Identical species if( (c1+c2+c3)==1) { b1=0; b2=0; b3=1;// Re-assign to merge degenerate histos // if(seSS) fill2=kTRUE; else {fill3=kTRUE; fill4=kTRUE;} // }else if( (c1+c2+c3)==2) { b1=0; b2=1; b3=1; // if(!seSS) {fill2=kTRUE; fill3=kTRUE;} else fill4=kTRUE; // }else { b1=c1; b2=c2; b3=c3; fill2=kTRUE; fill3=kTRUE; fill4=kTRUE; } }else if(fi != 5){// all the rest except pi-k-p if(key1==key2){ b3=c3; if( (c1+c2)==1) {b1=0; b2=1;} else {b1=c1; b2=c2;} }else if(key1==key3){ b3=c2; if( (c1+c3)==1) {b1=0; b2=1;} else {b1=c1; b2=c3;} }else {// Key2==Key3 b3=c1; if( (c2+c3)==1) {b1=0; b2=1;} else {b1=c2; b2=c3;} } ////////////////////////////// if(seSK) fill2=kTRUE;// Same keys from Same Event else {// Different keys from Same Event if( (c1+c2+c3)==1) { if(b3==0) { if(seSS) fill3=kTRUE; else fill4=kTRUE; }else{fill3=kTRUE; fill4=kTRUE;}// b3=1 so fill both }else if( (c1+c2+c3)==2) { if(b3==1) { if(seSS) fill4=kTRUE; else fill3=kTRUE; }else{fill3=kTRUE; fill4=kTRUE;}// b3=0 so fill both }else{fill3=kTRUE; fill4=kTRUE;}// all same charge so fill both } ///////////////////////////// }else {// pi-k-p (no charge ordering applies since all are unique) if(key1==1){ if(key2==10) {b1=c1; b2=c2; b3=c3;}// pi-k-p else {b1=c1; b2=c3; b3=c2;}// pi-p-k }else if(key1==10){ if(key2==1) {b1=c2; b2=c1; b3=c3;}// k-pi-p else {b1=c3; b2=c1; b3=c2;}// k-p-pi }else {// key1==100 if(key2==1) {b1=c2; b2=c3; b3=c1;}// p-pi-k else {b1=c3; b2=c2; b3=c1;}// p-k-pi } //////////////////////////////////// if(seKeySum==11) fill2=kTRUE; else if(seKeySum==101) fill3=kTRUE; else fill4=kTRUE; //////////////////////////////////// } } //________________________________________________________________________ void AliChaoticity::ArrangeQs(Short_t fi, Short_t key1, Short_t key2, Short_t key3, Int_t c1, Int_t c2, Int_t c3, Float_t q12, Float_t q13, Float_t q23, Short_t part, Short_t term, Float_t &fQ, Float_t &sQ, Float_t &tQ){ // for terms 2-4: start by setting q12(part 1) or q13(part 2) if(fi==0 || fi==6 || fi==9){// Identical species if( (c1+c2+c3)==1) {// fQ=ss, sQ=os, tQ=os if(term==1 || term==5){ if(c1==c2) {fQ=q12; sQ=q13; tQ=q23;} else if(c1==c3) {fQ=q13; sQ=q12; tQ=q23;} else {fQ=q23; sQ=q12; tQ=q13;} }else if(term==2 && part==1){ fQ=q12; sQ=q13; tQ=q23; }else if(term==2 && part==2){ fQ=q13; sQ=q12; tQ=q23; }else if(term==3 && part==1){ sQ=q12; if(c1==c3) {fQ=q13; tQ=q23;} else {fQ=q23; tQ=q13;} }else if(term==3 && part==2){ sQ=q13; if(c1==c2) {fQ=q12; tQ=q23;} else {fQ=q23; tQ=q12;} }else if(term==4 && part==1){ tQ=q12; if(c1==c3) {fQ=q13; sQ=q23;} else {fQ=q23; sQ=q13;} }else if(term==4 && part==2){ tQ=q13; if(c1==c2) {fQ=q12; sQ=q23;} else {fQ=q23; sQ=q12;} }else cout<<"problem!!!!!!!!!!!!!"<<endl; }else if( (c1+c2+c3)==2) {// fQ=os, sQ=os, tQ=ss if(term==1 || term==5){ if(c1==c2) {tQ=q12; sQ=q13; fQ=q23;} else if(c1==c3) {tQ=q13; sQ=q12; fQ=q23;} else {tQ=q23; sQ=q12; fQ=q13;} }else if(term==2 && part==1){ fQ=q12; if(c1==c3) {tQ=q13; sQ=q23;} else {tQ=q23; sQ=q13;} }else if(term==2 && part==2){ fQ=q13; if(c1==c2) {tQ=q12; sQ=q23;} else {tQ=q23; sQ=q12;} }else if(term==3 && part==1){ sQ=q12; if(c1==c3) {tQ=q13; fQ=q23;} else {tQ=q23; fQ=q13;} }else if(term==3 && part==2){ sQ=q13; if(c1==c2) {tQ=q12; fQ=q23;} else {tQ=q23; fQ=q12;} }else if(term==4 && part==1){ tQ=q12; sQ=q13; fQ=q23; }else if(term==4 && part==2){ tQ=q13; sQ=q12; fQ=q23; }else cout<<"problem!!!!!!!!!!!!!"<<endl; }else {// fQ=ss, sQ=ss, tQ=ss if(term==1 || term==5) {fQ=q12; sQ=q13; tQ=q23;} else if(term==2 && part==1) {fQ=q12; sQ=q13; tQ=q23;} else if(term==2 && part==2) {fQ=q13; sQ=q12; tQ=q23;} else if(term==3 && part==1) {sQ=q12; fQ=q13; tQ=q23;} else if(term==3 && part==2) {sQ=q13; fQ=q12; tQ=q23;} else if(term==4 && part==1) {tQ=q12; fQ=q13; sQ=q23;} else if(term==4 && part==2) {tQ=q13; fQ=q12; sQ=q23;} } }else if(fi != 5){// all the rest except pi-k-p if(key1==key2){ fQ=q12; if(c1==c2){ // cases not explicity shown below are not possible if(term==1 || term==5) {sQ=q13; tQ=q23;} else if(term==2 && part==1) {sQ=q13; tQ=q23;} else if(term==3 && part==2) {sQ=q13; tQ=q23;} else if(term==4 && part==2) {tQ=q13; sQ=q23;} else cout<<"problem!!!!!!!!!!!!!"<<endl; }else if(c3==0){ if(c1==c3) {sQ=q13; tQ=q23;} else {sQ=q23; tQ=q13;} }else {//c3==1 if(c1==c3) {tQ=q13; sQ=q23;} else {tQ=q23; sQ=q13;} } }else if(key1==key3){ fQ=q13; if(c1==c3){ // cases not explicity shown below are not possible if(term==1 || term==5) {sQ=q12; tQ=q23;} else if(term==2 && part==2) {sQ=q12; tQ=q23;} else if(term==3 && part==1) {sQ=q12; tQ=q23;} else if(term==4 && part==1) {tQ=q12; sQ=q23;} else cout<<"problem!!!!!!!!!!!!!!!!!!!!!!"<<endl; }else if(c2==0){ if(c1==c2) {sQ=q12; tQ=q23;} else {sQ=q23; tQ=q12;} }else {//c2==1 if(c1==c2) {tQ=q12; sQ=q23;} else {tQ=q23; sQ=q12;} } }else {// key2==key3 fQ=q23; if(c2==c3){ // cases not explicity shown below are not possible if(term==1 || term==5) {sQ=q12; tQ=q13;} else if(term==3 && part==1) {sQ=q12; tQ=q13;} else if(term==3 && part==2) {sQ=q13; tQ=q12;} else if(term==4 && part==1) {tQ=q12; sQ=q13;} else if(term==4 && part==2) {tQ=q13; sQ=q12;} else cout<<"problem!!!!!!!!!!!!!!!!!!!!!!"<<endl; }else if(c1==0){ if(c1==c2) {sQ=q12; tQ=q13;} else {sQ=q13; tQ=q12;} }else {//c1==1 if(c1==c2) {tQ=q12; sQ=q13;} else {tQ=q13; sQ=q12;} } } }else {// pi-k-p if(key1==1){ if(key2==10) {fQ=q12; sQ=q13; tQ=q23;}// pi-k-p else {fQ=q13; sQ=q12; tQ=q23;}// pi-p-k }else if(key1==10){ if(key2==1) {fQ=q12; sQ=q23; tQ=q13;}// k-pi-p else {fQ=q13; sQ=q23; tQ=q12;}// k-p-pi }else {// key1==100 if(key2==1) {fQ=q23; sQ=q12; tQ=q13;}// p-pi-k else {fQ=q23; sQ=q13; tQ=q12;}// p-k-pi } } } //________________________________________________________________________ Float_t AliChaoticity::GetQinv(Short_t fi, Float_t track1[], Float_t track2[]){ Float_t qinv=1.0; if(fi==0 || fi==3 || fi==5){// identical masses qinv = sqrt( pow(track1[1]-track2[1],2) + pow(track1[2]-track2[2],2) + pow(track1[3]-track2[3],2) - pow(track1[0]-track2[0],2)); }else{// different masses Float_t px = track1[1] + track2[1]; Float_t py = track1[2] + track2[2]; Float_t pz = track1[3] + track2[3]; Float_t pSquared = pow(track1[0]+track2[0],2) - px*px - py*py - pz*pz; Float_t deltaDOTsum = (track1[0]-track2[0])*(track1[0]+track2[0]); deltaDOTsum -= (track1[1]-track2[1])*px + (track1[2]-track2[2])*py + (track1[3]-track2[3])*pz; qinv = pow( (track1[1]-track2[1]) - deltaDOTsum*px/(pSquared),2); qinv += pow( (track1[2]-track2[2]) - deltaDOTsum*py/(pSquared),2); qinv += pow( (track1[3]-track2[3]) - deltaDOTsum*pz/(pSquared),2); qinv -= pow( (track1[0]-track2[0]) - deltaDOTsum*(track1[0]+track2[0])/(pSquared),2); qinv = sqrt(qinv); } return qinv; } //________________________________________________________________________ void AliChaoticity::GetQosl(Float_t track1[], Float_t track2[], Float_t& qout, Float_t& qside, Float_t& qlong){ Float_t p0 = track1[0] + track2[0]; Float_t px = track1[1] + track2[1]; Float_t py = track1[2] + track2[2]; Float_t pz = track1[3] + track2[3]; Float_t mt = sqrt(p0*p0 - pz*pz); Float_t pt = sqrt(px*px + py*py); Float_t v0 = track1[0] - track2[0]; Float_t vx = track1[1] - track2[1]; Float_t vy = track1[2] - track2[2]; Float_t vz = track1[3] - track2[3]; qout = (px*vx + py*vy)/pt; qside = (px*vy - py*vx)/pt; qlong = (p0*vz - pz*v0)/mt; } //________________________________________________________________________ void AliChaoticity::SetWeightArrays(Bool_t legoCase, TH3F *histos[AliChaoticity::fKbinsT][AliChaoticity::fCentBins]){ if(legoCase){ cout<<"LEGO call to SetWeightArrays"<<endl; for(Int_t tKbin=0; tKbin<fKbinsT; tKbin++){ for(Int_t mb=0; mb<fCentBins; mb++){ fNormWeight[tKbin][mb] = (TH3F*)histos[tKbin][mb]->Clone(); fNormWeight[tKbin][mb]->SetDirectory(0); } } }else{ TFile *wFile = new TFile("WeightFile.root","READ"); if(!wFile->IsOpen()) {cout<<"No Weight File!!!!!!!!!!"<<endl; return;} else cout<<"Good Weight File Found!"<<endl; for(Int_t tKbin=0; tKbin<fKbinsT; tKbin++){ for(Int_t mb=0; mb<fCentBins; mb++){ TString *name = new TString("Weight_Kt_"); *name += tKbin; name->Append("_Ky_0"); name->Append("_M_"); *name += mb; name->Append("_ED_0"); fNormWeight[tKbin][mb] = (TH3F*)wFile->Get(name->Data()); fNormWeight[tKbin][mb]->SetDirectory(0); }//mb }//kt wFile->Close(); } cout<<"Done reading weight file"<<endl; } //________________________________________________________________________ void AliChaoticity::GetWeight(Float_t track1[], Float_t track2[], Float_t& wgt, Float_t& wgtErr){ Float_t kt=sqrt( pow(track1[1]+track2[1],2) + pow(track1[2]+track2[2],2))/2.; // Float_t qOut=0,qSide=0,qLong=0; GetQosl(track1, track2, qOut, qSide, qLong); qOut = fabs(qOut); qSide = fabs(qSide); qLong = fabs(qLong); Float_t wd=0, xd=0, yd=0, zd=0; //Float_t qinvtemp=GetQinv(0,track1, track2); // if(kt < fKmeanT[0]) {fKtIndexL=0; fKtIndexH=1;} else if(kt >= fKmeanT[fKbinsT-1]) {fKtIndexL=fKbinsT-2; fKtIndexH=fKbinsT-1;} else { for(Int_t i=0; i<fKbinsT-1; i++){ if((kt >= fKmeanT[i]) && (kt < fKmeanT[i+1])) {fKtIndexL=i; fKtIndexH=i+1; break;} } } wd = (kt-fKmeanT[fKtIndexL])/(fKmeanT[fKtIndexH]-fKmeanT[fKtIndexL]); // ///////// if(qOut < fQmean[0]) {fQoIndexL=0; fQoIndexH=0; xd=0;} else if(qOut >= fQmean[kQbinsWeights-1]) {fQoIndexL=kQbinsWeights-1; fQoIndexH=kQbinsWeights-1; xd=1;} else { for(Int_t i=0; i<kQbinsWeights-1; i++){ if((qOut >= fQmean[i]) && (qOut < fQmean[i+1])) {fQoIndexL=i; fQoIndexH=i+1; break;} } xd = (qOut-fQmean[fQoIndexL])/(fQmean[fQoIndexH]-fQmean[fQoIndexL]); } // if(qSide < fQmean[0]) {fQsIndexL=0; fQsIndexH=0; yd=0;} else if(qSide >= fQmean[kQbinsWeights-1]) {fQsIndexL=kQbinsWeights-1; fQsIndexH=kQbinsWeights-1; yd=1;} else { for(Int_t i=0; i<kQbinsWeights-1; i++){ if((qSide >= fQmean[i]) && (qSide < fQmean[i+1])) {fQsIndexL=i; fQsIndexH=i+1; break;} } yd = (qSide-fQmean[fQsIndexL])/(fQmean[fQsIndexH]-fQmean[fQsIndexL]); } // if(qLong < fQmean[0]) {fQlIndexL=0; fQlIndexH=0; zd=0;} else if(qLong >= fQmean[kQbinsWeights-1]) {fQlIndexL=kQbinsWeights-1; fQlIndexH=kQbinsWeights-1; zd=1;} else { for(Int_t i=0; i<kQbinsWeights-1; i++){ if((qLong >= fQmean[i]) && (qLong < fQmean[i+1])) {fQlIndexL=i; fQlIndexH=i+1; break;} } zd = (qLong-fQmean[fQlIndexL])/(fQmean[fQlIndexH]-fQmean[fQlIndexL]); } // //Float_t min = fNormWeight[fKtIndexL][fMbin]->GetBinContent(fQoIndexH+1,fQsIndexH+1,fQlIndexH+1); Float_t minErr = fNormWeight[fKtIndexL][fMbin]->GetBinError(fQoIndexH+1,fQsIndexH+1,fQlIndexH+1); /* Float_t deltaW=0; // kt deltaW += (fNormWeight[fKtIndexH][fMbin]->GetBinContent(fQoIndexH+1, fQsIndexH+1, fQlIndexH+1) - min)*(kt-fKmeanT[fKtIndexL])/((fKstepT[fKtIndexL]+fKstepT[fKtIndexH])/2.); // Qo deltaW += (fNormWeight[fKtIndexL][fMbin]->GetBinContent(fQoIndexL+1, fQsIndexH+1, fQlIndexH+1) - min)*(qOut-fQmean[fQoIndexL])/fQstepWeights; // Qs deltaW += (fNormWeight[fKtIndexL][fMbin]->GetBinContent(fQoIndexH+1, fQsIndexL+1, fQlIndexH+1) - min)*(qSide-fQmean[fQsIndexL])/fQstepWeights; // Ql deltaW += (fNormWeight[fKtIndexL][fMbin]->GetBinContent(fQoIndexH+1, fQsIndexH+1, fQlIndexL+1) - min)*(qLong-fQmean[fQlIndexL])/fQstepWeights; // wgt = min + deltaW; */ // // w interpolation (kt) Float_t c000 = fNormWeight[fKtIndexL][fMbin]->GetBinContent(fQoIndexL+1, fQsIndexL+1, fQlIndexL+1)*(1-wd) + fNormWeight[fKtIndexH][fMbin]->GetBinContent(fQoIndexL+1, fQsIndexL+1, fQlIndexL+1)*wd; Float_t c100 = fNormWeight[fKtIndexL][fMbin]->GetBinContent(fQoIndexH+1, fQsIndexL+1, fQlIndexL+1)*(1-wd) + fNormWeight[fKtIndexH][fMbin]->GetBinContent(fQoIndexH+1, fQsIndexL+1, fQlIndexL+1)*wd; Float_t c010 = fNormWeight[fKtIndexL][fMbin]->GetBinContent(fQoIndexL+1, fQsIndexH+1, fQlIndexL+1)*(1-wd) + fNormWeight[fKtIndexH][fMbin]->GetBinContent(fQoIndexL+1, fQsIndexH+1, fQlIndexL+1)*wd; Float_t c001 = fNormWeight[fKtIndexL][fMbin]->GetBinContent(fQoIndexL+1, fQsIndexL+1, fQlIndexH+1)*(1-wd) + fNormWeight[fKtIndexH][fMbin]->GetBinContent(fQoIndexL+1, fQsIndexL+1, fQlIndexH+1)*wd; Float_t c110 = fNormWeight[fKtIndexL][fMbin]->GetBinContent(fQoIndexH+1, fQsIndexH+1, fQlIndexL+1)*(1-wd) + fNormWeight[fKtIndexH][fMbin]->GetBinContent(fQoIndexH+1, fQsIndexH+1, fQlIndexL+1)*wd; Float_t c101 = fNormWeight[fKtIndexL][fMbin]->GetBinContent(fQoIndexH+1, fQsIndexL+1, fQlIndexH+1)*(1-wd) + fNormWeight[fKtIndexH][fMbin]->GetBinContent(fQoIndexH+1, fQsIndexL+1, fQlIndexH+1)*wd; Float_t c011 = fNormWeight[fKtIndexL][fMbin]->GetBinContent(fQoIndexL+1, fQsIndexH+1, fQlIndexH+1)*(1-wd) + fNormWeight[fKtIndexH][fMbin]->GetBinContent(fQoIndexL+1, fQsIndexH+1, fQlIndexH+1)*wd; Float_t c111 = fNormWeight[fKtIndexL][fMbin]->GetBinContent(fQoIndexH+1, fQsIndexH+1, fQlIndexH+1)*(1-wd) + fNormWeight[fKtIndexH][fMbin]->GetBinContent(fQoIndexH+1, fQsIndexH+1, fQlIndexH+1)*wd; // x interpolation (qOut) Float_t c00 = c000*(1-xd) + c100*xd; Float_t c10 = c010*(1-xd) + c110*xd; Float_t c01 = c001*(1-xd) + c101*xd; Float_t c11 = c011*(1-xd) + c111*xd; // y interpolation (qSide) Float_t c0 = c00*(1-yd) + c10*yd; Float_t c1 = c01*(1-yd) + c11*yd; // z interpolation (qLong) wgt = (c0*(1-zd) + c1*zd); //// // Denominator errors negligible compared to numerator so do not waste cpu time below. //Float_t deltaWErr=0; // Kt /* deltaWErr += (fNormWeight[fKtIndexH][fMbin]->GetBinContent(fQoIndexH+1, fQsIndexH+1, fQlIndexH+1) - minErr)*(kt-fKmeanT[fKtIndexL])/((fKstepT[fKtIndexL]+fKstepT[fKtIndexH])/2.); // Qo deltaWErr += (fNormWeight[fKtIndexL][fMbin]->GetBinContent(fQoIndexL+1, fQsIndexH+1, fQlIndexH+1) - minErr)*(qOut-fQmean[fQoIndexL])/fQstepWeights; // Qs deltaWErr += (fNormWeight[fKtIndexL][fMbin]->GetBinContent(fQoIndexH+1, fQsIndexL+1, fQlIndexH+1) - minErr)*(qSide-fQmean[fQsIndexL])/fQstepWeights; // Ql deltaWErr += (fNormWeight[fKtIndexL][fMbin]->GetBinContent(fQoIndexH+1, fQsIndexH+1, fQlIndexL+1) - minErr)*(qLong-fQmean[fQlIndexL])/fQstepWeights; */ wgtErr = minErr; } //________________________________________________________________________ Float_t AliChaoticity::MCWeight(Int_t charge1, Int_t charge2, Int_t r, Int_t dampIndex, Float_t qinv, Float_t k12){ Float_t radius = Float_t(r)/0.19733;// convert to GeV (starts at 5 fm, was 3 fm) Float_t r12=radius*(1-k12/2.0); Float_t myDamp = fDampStart + (fDampStep)*dampIndex; Float_t coulCorr12 = FSICorrelationTherm2(charge1, charge2, qinv); if(charge1==charge2){ Float_t arg=qinv*r12; Float_t EW = 1 + kappa3/(6.*pow(2.,1.5))*(8.*pow(arg,3) - 12.*arg); EW += kappa4/(24.*pow(2.,2))*(16.*pow(arg,4) -48.*pow(arg,2) + 12); return ((1-myDamp) + myDamp*(1 + exp(-pow(qinv*r12,2))*pow(EW,2))*coulCorr12); }else { return ((1-myDamp) + myDamp*coulCorr12); } } //________________________________________________________________________ Float_t AliChaoticity::MCWeightOSL(Int_t charge1, Int_t charge2, Int_t r, Int_t dampIndex, Float_t qinv, Float_t qo, Float_t qs, Float_t ql){ Float_t radiusOut = Float_t(r)/0.19733;// convert to GeV (starts at 5 fm, was 3 fm) Float_t radiusSide = radiusOut; Float_t radiusLong = radiusOut; Float_t myDamp = fDampStart + (fDampStep)*dampIndex; Float_t coulCorr12 = FSICorrelationTherm2(charge1, charge2, qinv); if(charge1==charge2){ return ((1-myDamp) + myDamp*(1 + exp(-pow(qo*radiusOut,2)) * exp(-pow(qs*radiusSide,2)) * exp(-pow(ql*radiusLong,2)))*coulCorr12); }else { return ((1-myDamp) + myDamp*coulCorr12); } } //________________________________________________________________________ Float_t AliChaoticity::MCWeight3D(Bool_t SameCharge, Int_t term, Int_t dampIndex, Float_t q12, Float_t q13, Float_t q23, Float_t k12, Float_t k13, Float_t k23){ if(term==5) return 1.0; Float_t radius=fRMax; radius /= 0.19733; Float_t r12=radius*(1-k12/2.0); Float_t r13=radius*(1-k13/2.0); Float_t r23=radius*(1-k23/2.0); //if(fMbin<=1) {} //else if(fMbin<=3) {radius = radius-1;} //else if(fMbin<=5) {radius = radius-2;} //else {radius = radius-3;} Float_t myDamp = fDampStart + (fDampStep)*dampIndex; Float_t fc = sqrt(myDamp); if(SameCharge){// all three of the same charge Float_t coulCorr12 = FSICorrelationTherm2(+1,+1, q12);// K2 Float_t coulCorr13 = FSICorrelationTherm2(+1,+1, q13);// K2 Float_t coulCorr23 = FSICorrelationTherm2(+1,+1, q23);// K2 Float_t arg12=q12*r12; Float_t arg13=q13*r13; Float_t arg23=q23*r23; Float_t EW12 = 1 + kappa3/(6.*pow(2.,1.5))*(8.*pow(arg12,3) - 12.*arg12); EW12 += kappa4/(24.*pow(2.,2))*(16.*pow(arg12,4) -48.*pow(arg12,2) + 12); Float_t EW13 = 1 + kappa3/(6.*pow(2.,1.5))*(8.*pow(arg13,3) - 12.*arg13); EW13 += kappa4/(24.*pow(2.,2))*(16.*pow(arg13,4) -48.*pow(arg13,2) + 12); Float_t EW23 = 1 + kappa3/(6.*pow(2.,1.5))*(8.*pow(arg23,3) - 12.*arg23); EW23 += kappa4/(24.*pow(2.,2))*(16.*pow(arg23,4) -48.*pow(arg23,2) + 12); if(term==1){ Float_t c3QS = 1 + exp(-pow(q12*r12,2))*pow(EW12,2) + exp(-pow(q13*r13,2))*pow(EW13,2) + exp(-pow(q23*r23,2))*pow(EW23,2); c3QS += 2*exp(-(pow(r12,2)*pow(q12,2) + pow(r13,2)*pow(q13,2) + pow(r23,2)*pow(q23,2))/2.)*EW12*EW13*EW23; Float_t w123 = pow(1-fc,3) + 3*fc*pow(1-fc,2); w123 += pow(fc,2)*(1-fc)*(1+exp(-pow(q12*r12,2))*pow(EW12,2))*coulCorr12; w123 += pow(fc,2)*(1-fc)*(1+exp(-pow(q13*r13,2))*pow(EW13,2))*coulCorr13; w123 += pow(fc,2)*(1-fc)*(1+exp(-pow(q23*r23,2))*pow(EW23,2))*coulCorr23; w123 += pow(fc,3)*c3QS*coulCorr12*coulCorr13*coulCorr23; return w123; }else if(term==2){ return ((1-myDamp) + myDamp*(1 + exp(-pow(q12*r12,2))*pow(EW12,2))*coulCorr12); }else if(term==3){ return ((1-myDamp) + myDamp*(1 + exp(-pow(q13*r13,2))*pow(EW13,2))*coulCorr13); }else if(term==4){ return ((1-myDamp) + myDamp*(1 + exp(-pow(q23*r23,2))*pow(EW23,2))*coulCorr23); }else return 1.0; }else{// mixed charge case pair 12 always treated as ss Float_t coulCorr12 = FSICorrelationTherm2(+1,+1, q12);// K2 ss Float_t coulCorr13 = FSICorrelationTherm2(+1,-1, q13);// K2 os Float_t coulCorr23 = FSICorrelationTherm2(+1,-1, q23);// K2 os Float_t arg12=q12*r12; Float_t EW12 = 1 + kappa3/(6.*pow(2.,1.5))*(8.*pow(arg12,3) - 12.*arg12); EW12 += kappa4/(24.*pow(2.,2))*(16.*pow(arg12,4) -48.*pow(arg12,2) + 12); if(term==1){ Float_t c3QS = 1 + exp(-pow(q12*r12,2))*pow(EW12,2); Float_t w123 = pow(1-fc,3) + 3*fc*pow(1-fc,2); w123 += pow(fc,2)*(1-fc)*(1+exp(-pow(q12*r12,2))*pow(EW12,2))*coulCorr12; w123 += pow(fc,2)*(1-fc)*coulCorr13; w123 += pow(fc,2)*(1-fc)*coulCorr23; w123 += pow(fc,3)*c3QS*coulCorr12*coulCorr13*coulCorr23; return w123; }else if(term==2){ return ((1-myDamp) + myDamp*(1 + exp(-pow(q12*r12,2))*pow(EW12,2))*coulCorr12); }else if(term==3){ return ((1-myDamp) + myDamp*coulCorr13); }else if(term==4){ return ((1-myDamp) + myDamp*coulCorr23); }else return 1.0; } } //________________________________________________________________________ void AliChaoticity::SetMomResCorrections(Bool_t legoCase, TH2D *temp2D){ if(legoCase){ cout<<"LEGO call to SetMomResCorrections"<<endl; fMomResC2 = (TH2D*)temp2D->Clone(); fMomResC2->SetDirectory(0); }else { TFile *momResFile = new TFile("MomResFile.root","READ"); if(!momResFile->IsOpen()) { cout<<"No momentum resolution file found"<<endl; AliFatal("No momentum resolution file found. Kill process."); }else {cout<<"Good Momentum Resolution File Found!"<<endl;} TH2D *temp2D2 = (TH2D*)momResFile->Get("MomResHisto_pp"); fMomResC2 = (TH2D*)temp2D2->Clone(); fMomResC2->SetDirectory(0); momResFile->Close(); } // fMomResC2->GetBinContent(1,5) should be ~1.007 if(fMomResC2->GetBinContent(1,5) > 1.2) AliFatal("AliChaoticity: SetMomResCorrections Problem");// Additional Safety check if(fMomResC2->GetBinContent(1,5) < 0.95) AliFatal("AliChaoticity: SetMomResCorrections Problem");// Additional Safety check for(Int_t bx=1; bx<=fMomResC2->GetNbinsX(); bx++){ for(Int_t by=1; by<=fMomResC2->GetNbinsX(); by++){ if(fMomResC2->GetBinContent(bx,by) > 1.5) fMomResC2->SetBinContent(bx,by, 1.5);// Maximum is ~1.02 if(fMomResC2->GetBinContent(bx,by) < 0.95) fMomResC2->SetBinContent(bx,by, 0.95);// Minimum is ~0.98 } } cout<<"Done reading momentum resolution file"<<endl; } //________________________________________________________________________ void AliChaoticity::SetFSICorrelations(Bool_t legoCase, TH2D *temp2DTherm[2], TH3D *temp3Dos[6], TH3D *temp3Dss[6]){ // read in 2-particle and 3-particle FSI correlations = K2 & K3 // 2-particle input histo from file is binned in qinv. 3-particle in qinv of each pair if(legoCase){ cout<<"LEGO call to SetFSICorrelations"<<endl; fFSI2SS = (TH2D*)temp2DTherm[0]->Clone(); fFSI2OS = (TH2D*)temp2DTherm[1]->Clone(); // fFSI2SS->SetDirectory(0); fFSI2OS->SetDirectory(0); for(Int_t CB=0; CB<6; CB++) { fFSIOmega0OS[CB] = (TH3D*)temp3Dos[CB]->Clone(); fFSIOmega0SS[CB] = (TH3D*)temp3Dss[CB]->Clone(); // fFSIOmega0OS[CB]->SetDirectory(0); fFSIOmega0SS[CB]->SetDirectory(0); } }else { cout<<"non LEGO call to SetFSICorrelations"<<endl; TFile *fsifile = new TFile("KFile.root","READ"); if(!fsifile->IsOpen()) { cout<<"No FSI file found"<<endl; AliFatal("No FSI file found. Kill process."); }else {cout<<"Good FSI File Found!"<<endl;} TH2D *temphisto2ThermSS = (TH2D*)fsifile->Get("K2ssT"); TH2D *temphisto2ThermOS = (TH2D*)fsifile->Get("K2osT"); TH3D *temphisto3OS[6]; TH3D *temphisto3SS[6]; for(Int_t CB=0; CB<6; CB++) { TString *nameK3SS = new TString("K3ss_"); *nameK3SS += CB; temphisto3SS[CB] = (TH3D*)fsifile->Get(nameK3SS->Data()); // TString *nameK3OS = new TString("K3os_"); *nameK3OS += CB; temphisto3OS[CB] = (TH3D*)fsifile->Get(nameK3OS->Data()); } fFSI2SS = (TH2D*)temphisto2ThermSS->Clone(); fFSI2OS = (TH2D*)temphisto2ThermOS->Clone(); fFSI2SS->SetDirectory(0); fFSI2OS->SetDirectory(0); for(Int_t CB=0; CB<6; CB++) { fFSIOmega0SS[CB] = (TH3D*)temphisto3SS[CB]->Clone(); fFSIOmega0OS[CB] = (TH3D*)temphisto3OS[CB]->Clone(); fFSIOmega0SS[CB]->SetDirectory(0); fFSIOmega0OS[CB]->SetDirectory(0); } // fsifile->Close(); } // fFSI2SS->GetBinContent(1,2) should be ~0.32 if(fFSI2SS->GetBinContent(1,2) > 1.0) AliFatal("AliChaoticity: SetFSICorrelations Problem");// Additional Safety check if(fFSI2SS->GetBinContent(1,2) < 0.1) AliFatal("AliChaoticity: SetFSICorrelations Problem");// Additional Safety check for(Int_t ii=1; ii<=fFSI2SS->GetNbinsX(); ii++){ for(Int_t jj=1; jj<=fFSI2SS->GetNbinsY(); jj++){ if(fFSI2SS->GetBinContent(ii,jj) > 1.0) fFSI2SS->SetBinContent(ii,jj, 1.0); if(fFSI2OS->GetBinContent(ii,jj) > 10.0) fFSI2OS->SetBinContent(ii,jj, 10.0); // if(fFSI2SS->GetBinContent(ii,jj) < 0.05) fFSI2SS->SetBinContent(ii,jj, 0.05); if(fFSI2OS->GetBinContent(ii,jj) < 0.9) fFSI2OS->SetBinContent(ii,jj, 0.9); } } cout<<"Done reading FSI file"<<endl; } //________________________________________________________________________ Float_t AliChaoticity::FSICorrelationTherm2(Int_t charge1, Int_t charge2, Float_t qinv){ // returns 2-particle Coulomb correlations = K2 Int_t qbinL = fFSI2SS->GetYaxis()->FindBin(qinv-fFSI2SS->GetYaxis()->GetBinWidth(1)/2.); Int_t qbinH = qbinL+1; if(qbinL <= 0) return 1.0; if(qbinH > fFSI2SS->GetNbinsY()) return 1.0; Float_t slope=0; if(charge1==charge2){ slope = fFSI2SS->GetBinContent(fFSIbin+1, qbinL) - fFSI2SS->GetBinContent(fFSIbin+1, qbinH); slope /= fFSI2SS->GetYaxis()->GetBinCenter(qbinL) - fFSI2SS->GetYaxis()->GetBinCenter(qbinH); return (slope*(qinv - fFSI2SS->GetYaxis()->GetBinCenter(qbinL)) + fFSI2SS->GetBinContent(fFSIbin+1, qbinL)); }else { slope = fFSI2OS->GetBinContent(fFSIbin+1, qbinL) - fFSI2OS->GetBinContent(fFSIbin+1, qbinH); slope /= fFSI2OS->GetYaxis()->GetBinCenter(qbinL) - fFSI2OS->GetYaxis()->GetBinCenter(qbinH); return (slope*(qinv - fFSI2OS->GetYaxis()->GetBinCenter(qbinL)) + fFSI2OS->GetBinContent(fFSIbin+1, qbinL)); } } //________________________________________________________________________ Double_t AliChaoticity::FSICorrelationOmega0(Bool_t SameCharge, Double_t Q12, Double_t Q13, Double_t Q23){ // returns 3d 3-particle Coulomb Correlation = K3 Int_t Q12bin = fFSIOmega0SS[fFSIbin]->GetXaxis()->FindBin(Q12); Int_t Q13bin = fFSIOmega0SS[fFSIbin]->GetZaxis()->FindBin(Q13); Int_t Q23bin = fFSIOmega0SS[fFSIbin]->GetYaxis()->FindBin(Q23); Int_t index12L = int(fabs(Q12 - fFSI2SS->GetYaxis()->GetBinWidth(1)/2.)/(fFSI2SS->GetYaxis()->GetBinWidth(1))); Int_t index12H = index12L+1; Int_t index13L = int(fabs(Q13 - fFSI2SS->GetYaxis()->GetBinWidth(1)/2.)/(fFSI2SS->GetYaxis()->GetBinWidth(1))); Int_t index13H = index13L+1; Int_t index23L = int(fabs(Q23 - fFSI2SS->GetYaxis()->GetBinWidth(1)/2.)/(fFSI2SS->GetYaxis()->GetBinWidth(1))); Int_t index23H = index23L+1; if(SameCharge){ if(fFSIOmega0SS[fFSIbin]->GetBinContent(Q12bin, Q23bin, Q13bin) <=0) return 1.0; Double_t base = fFSIOmega0SS[fFSIbin]->GetBinContent(index12L+1, index23L+1, index13L+1); Double_t InterPolated = 0; Double_t slope12 = fFSIOmega0SS[fFSIbin]->GetBinContent(index12H+1, index23L+1, index13L+1); slope12 -= base; slope12 /= fFSIOmega0SS[fFSIbin]->GetXaxis()->GetBinWidth(1); InterPolated += slope12*fabs(Q12 - fFSIOmega0SS[fFSIbin]->GetXaxis()->GetBinCenter(index12L+1)); Double_t slope23 = fFSIOmega0SS[fFSIbin]->GetBinContent(index12L+1, index23H+1, index13L+1); slope23 -= base; slope23 /= fFSIOmega0SS[fFSIbin]->GetYaxis()->GetBinWidth(1); InterPolated += slope23*fabs(Q23 - fFSIOmega0SS[fFSIbin]->GetYaxis()->GetBinCenter(index23L+1)); Double_t slope13 = fFSIOmega0SS[fFSIbin]->GetBinContent(index12L+1, index23L+1, index13H+1); slope13 -= base; slope13 /= fFSIOmega0SS[fFSIbin]->GetZaxis()->GetBinWidth(1); InterPolated += slope13*fabs(Q13 - fFSIOmega0SS[fFSIbin]->GetZaxis()->GetBinCenter(index13L+1)); if( (base+InterPolated) <= 0) return 1.0; return (base+InterPolated); }else{// mixed charge. Q12 is always designated as the same-charge pair if(fFSIOmega0OS[fFSIbin]->GetBinContent(Q12bin, Q23bin, Q13bin) <=0) return 1.0; Double_t base = fFSIOmega0OS[fFSIbin]->GetBinContent(index12L+1, index23H+1, index13H+1); Double_t InterPolated = 0; Double_t slope12 = fFSIOmega0OS[fFSIbin]->GetBinContent(index12H+1, index23H+1, index13H+1); slope12 -= base; slope12 /= fFSIOmega0OS[fFSIbin]->GetXaxis()->GetBinWidth(1); InterPolated += slope12*fabs(Q12 - fFSIOmega0OS[fFSIbin]->GetXaxis()->GetBinCenter(index12L+1)); Double_t slope23 = fFSIOmega0OS[fFSIbin]->GetBinContent(index12L+1, index23L+1, index13H+1); slope23 -= base; slope23 /= fFSIOmega0OS[fFSIbin]->GetYaxis()->GetBinWidth(1); InterPolated += slope23*fabs(Q23 - fFSIOmega0OS[fFSIbin]->GetYaxis()->GetBinCenter(index23L+1)); Double_t slope13 = fFSIOmega0OS[fFSIbin]->GetBinContent(index12L+1, index23H+1, index13L+1); slope13 -= base; slope13 /= fFSIOmega0OS[fFSIbin]->GetZaxis()->GetBinWidth(1); InterPolated += slope13*fabs(Q13 - fFSIOmega0OS[fFSIbin]->GetZaxis()->GetBinCenter(index13L+1)); if( (base+InterPolated) <= 0) return 1.0; return (base+InterPolated); } } //________________________________________________________________________ void AliChaoticity::FourVectProdTerms(Float_t pV1[], Float_t pV2[], Float_t pV3[], Float_t& QS1v1, Float_t& QS2, Float_t& QS3v1, Float_t& QS1v2, Float_t& QS3v2){ QS1v1 = (pV1[0]-pV2[0])*(pV2[1]-pV3[1]) - (pV1[1]-pV2[1])*(pV2[0]-pV3[0]); QS1v1 += (pV1[0]-pV2[0])*(pV2[2]-pV3[2]) - (pV1[2]-pV2[2])*(pV2[0]-pV3[0]); QS1v1 += (pV1[0]-pV2[0])*(pV2[3]-pV3[3]) - (pV1[3]-pV2[3])*(pV2[0]-pV3[0]); QS2 = (pV1[1]-pV2[1])*(pV2[2]-pV3[2]) - (pV1[2]-pV2[2])*(pV2[1]-pV3[1]); QS3v1 = (pV1[1]-pV2[1])*(pV2[3]-pV3[3]) - (pV1[3]-pV2[3])*(pV2[1]-pV3[1]); QS3v1 += (pV1[2]-pV2[2])*(pV2[3]-pV3[3]) - (pV1[3]-pV2[3])*(pV2[2]-pV3[2]); // QS1v2 = (pV1[0]-pV2[0])*(pV2[1]-pV3[1]) - (pV1[1]-pV2[1])*(pV2[0]-pV3[0]); QS1v2 += (pV1[0]-pV2[0])*(pV2[2]-pV3[2]) - (pV1[2]-pV2[2])*(pV2[0]-pV3[0]); QS3v2 = (pV1[1]-pV2[1])*(pV2[3]-pV3[3]) - (pV1[3]-pV2[3])*(pV2[1]-pV3[1]); QS3v2 += (pV1[0]-pV2[0])*(pV2[3]-pV3[3]) - (pV1[3]-pV2[3])*(pV2[0]-pV3[0]); QS3v2 += (pV1[2]-pV2[2])*(pV2[3]-pV3[3]) - (pV1[3]-pV2[3])*(pV2[2]-pV3[2]); } //________________________________________________________________________
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