/************************************************************************** * Authors : Antonin Maire, Boris Hippolyte * * Contributors are mentioned in the code where appropriate. * * * * Permission to use, copy, modify and distribute this software and its * * documentation strictly for non-commercial purposes is hereby granted * * without fee, provided that the above copyright notice appears in all * * copies and that both the copyright notice and this permission notice * * appear in the supporting documentation. The authors make no claims * * about the suitability of this software for any purpose. It is * * provided "as is" without express or implied warranty. * **************************************************************************/ //----------------------------------------------------------------- // AliAnalysisTaskCheckCascade class // (AliAnalysisTaskCheckCascade) // This task has four roles : // 1. QAing the Cascades from ESD and AOD // Origin: AliAnalysisTaskESDCheckV0 by B.H. Nov2007, hippolyt@in2p3.fr // 2. Prepare the plots which stand as raw material for yield extraction (wi/wo PID) // 3. Supply an AliCFContainer meant to define the optimised topological selections // 4. Rough azimuthal correlation study (Eta, Phi) // Adapted to Cascade : A.Maire Mar2008, antonin.maire@ires.in2p3.fr // Modified : A.Maire Nov2010, antonin.maire@ires.in2p3.fr //----------------------------------------------------------------- class TTree; class TParticle; //class AliMCEventHandler; //class AliMCEvent; //class AliStack; class AliESDVertex; class AliAODVertex; class AliESDv0; class AliAODv0; #include <Riostream.h> #include "TList.h" #include "TH1.h" #include "TH2.h" #include "TH3.h" //#include "THnSparse.h" #include "TVector3.h" #include "TCanvas.h" #include "TMath.h" #include "TLegend.h" #include "AliLog.h" #include "AliESDEvent.h" #include "AliAODEvent.h" // #include "AliV0vertexer.h" // #include "AliCascadeVertexer.h" #include "AliESDpid.h" #include "AliESDtrackCuts.h" #include "AliInputEventHandler.h" #include "AliAnalysisManager.h" #include "AliMCEventHandler.h" #include "AliCFContainer.h" #include "AliMultiplicity.h" #include "AliESDcascade.h" #include "AliAODcascade.h" #include "AliAnalysisTaskCheckCascade.h" ClassImp(AliAnalysisTaskCheckCascade) //________________________________________________________________________ AliAnalysisTaskCheckCascade::AliAnalysisTaskCheckCascade() : AliAnalysisTaskSE(), fAnalysisType("ESD"), fTriggerMaskType("kMB"), fCollidingSystems(0), fESDpid(0), fESDtrackCuts(0), /*fPaveTextBookKeeping(0),*/ fkRerunV0CascVertexers (0), fkQualityCutZprimVtxPos (kTRUE), fkRejectEventPileUp (kTRUE), fkQualityCutNoTPConlyPrimVtx (kTRUE), fkQualityCutTPCrefit (kTRUE), fkQualityCut80TPCcls (kTRUE), fkIsDataRecoWith1PadTPCCluster (kTRUE), fkExtraSelections (0), fAngularCorrelationType ("TrigLeadingTrck-AssoCasc"), // - Cascade part initialisation fListHistCascade(0), fHistCascadeMultiplicityBeforeTrigSel(0), fHistCascadeMultiplicityForTrigEvt(0), fHistTrackMultiplicityForTrigEvt(0), fHistTPCrefitTrackMultiplicityForTrigEvt(0), fHistPrimaryTrackMultiplicityForTrigEvt(0), fHistEstimateITSTPCMultiplicityForTrigEvt(0), fHistCascadeMultiplicityForTrigEvtAndZprimVtx(0), fHistCascadeMultiplicityForTrigEvtNonPiledUpAndZprimVtx(0), fHistCascadeMultiplicityForSelEvt(0), fHistPosBestPrimaryVtxXForSelEvt(0), fHistPosBestPrimaryVtxYForSelEvt(0), fHistPosBestPrimaryVtxZForSelEvt(0), fHistTPCrefitTrackMultiplicityForCascadeEvt(0), fHistPrimaryTrackMultiplicityForCascadeEvt(0), fHistPosV0TPCClusters(0), fHistNegV0TPCClusters(0), fHistBachTPCClusters(0), fHistVtxStatus(0), fHistPosTrkgPrimaryVtxXForCascadeEvt(0), fHistPosTrkgPrimaryVtxYForCascadeEvt(0), fHistPosTrkgPrimaryVtxZForCascadeEvt(0), fHistTrkgPrimaryVtxRadius(0), fHistPosBestPrimaryVtxXForCascadeEvt(0), fHistPosBestPrimaryVtxYForCascadeEvt(0), fHistPosBestPrimaryVtxZForCascadeEvt(0), fHistBestPrimaryVtxRadius(0), f2dHistTrkgPrimVtxVsBestPrimVtx(0), fHistEffMassXi(0), fHistChi2Xi(0), fHistDcaXiDaughters(0), fHistDcaBachToPrimVertex(0), fHistXiCosineOfPointingAngle(0), fHistXiRadius(0), fHistMassLambdaAsCascDghter(0), fHistV0Chi2Xi(0), fHistDcaV0DaughtersXi(0), fHistDcaV0ToPrimVertexXi(0), fHistV0CosineOfPointingAngleXi(0), fHistV0RadiusXi(0), fHistDcaPosToPrimVertexXi(0), fHistDcaNegToPrimVertexXi(0), fHistMassXiMinus(0), fHistMassXiPlus(0), fHistMassOmegaMinus(0), fHistMassOmegaPlus(0), fHistMassWithCombPIDXiMinus(0), fHistMassWithCombPIDXiPlus(0), fHistMassWithCombPIDOmegaMinus(0), fHistMassWithCombPIDOmegaPlus(0), fHistXiTransvMom(0), fHistXiTotMom(0), fHistBachTransvMomXi(0), fHistBachTotMomXi(0), fHistChargeXi(0), fHistV0toXiCosineOfPointingAngle(0), fHistRapXi(0), fHistRapOmega(0), fHistEtaXi(0), fHistThetaXi(0), fHistPhiXi(0), fHistcTauXiMinus(0), fHistcTauXiPlus(0), fHistcTauOmegaMinus(0), fHistcTauOmegaPlus(0), f2dHistArmenteros(0), f2dHistEffMassLambdaVsEffMassXiMinus(0), f2dHistEffMassXiVsEffMassOmegaMinus(0), f2dHistEffMassLambdaVsEffMassXiPlus(0), f2dHistEffMassXiVsEffMassOmegaPlus(0), f2dHistXiRadiusVsEffMassXiMinus(0), f2dHistXiRadiusVsEffMassXiPlus(0), f2dHistXiRadiusVsEffMassOmegaMinus(0), f2dHistXiRadiusVsEffMassOmegaPlus(0), f2dHistTPCdEdxOfCascDghters(0), f3dHistXiPtVsEffMassVsYXiMinus(0), f3dHistXiPtVsEffMassVsYXiPlus(0), f3dHistXiPtVsEffMassVsYOmegaMinus(0), f3dHistXiPtVsEffMassVsYOmegaPlus(0), fCFContCascadePIDXiMinus(0), fCFContCascadePIDXiPlus(0), fCFContCascadePIDOmegaMinus(0), fCFContCascadePIDOmegaPlus(0), fCFContCascadeCuts(0), fHnSpAngularCorrXiMinus(0), fHnSpAngularCorrXiPlus(0), fHnSpAngularCorrOmegaMinus(0), fHnSpAngularCorrOmegaPlus(0) { // Dummy Constructor for(Int_t iAlephIdx = 0; iAlephIdx < 5; iAlephIdx++ ) { fAlephParameters [iAlephIdx] = -1.; } for(Int_t iV0selIdx = 0; iV0selIdx < 7; iV0selIdx++ ) { fV0Sels [iV0selIdx ] = -1.; } for(Int_t iCascSelIdx = 0; iCascSelIdx < 8; iCascSelIdx++ ) { fCascSels [iCascSelIdx ] = -1.; } } //________________________________________________________________________ AliAnalysisTaskCheckCascade::AliAnalysisTaskCheckCascade(const char *name) : AliAnalysisTaskSE(name), fAnalysisType("ESD"), fTriggerMaskType("kMB"), fCollidingSystems(0), fESDpid(0), fESDtrackCuts(0), /*fPaveTextBookKeeping(0),*/ fkRerunV0CascVertexers (0), fkQualityCutZprimVtxPos (kTRUE), fkRejectEventPileUp (kTRUE), fkQualityCutNoTPConlyPrimVtx (kTRUE), fkQualityCutTPCrefit (kTRUE), fkQualityCut80TPCcls (kTRUE), fkIsDataRecoWith1PadTPCCluster (kTRUE), fkExtraSelections (0), fAngularCorrelationType ("TrigLeadingTrck-AssoCasc"), // - Cascade part initialisation fListHistCascade(0), fHistCascadeMultiplicityBeforeTrigSel(0), fHistCascadeMultiplicityForTrigEvt(0), fHistTrackMultiplicityForTrigEvt(0), fHistTPCrefitTrackMultiplicityForTrigEvt(0), fHistPrimaryTrackMultiplicityForTrigEvt(0), fHistEstimateITSTPCMultiplicityForTrigEvt(0), fHistCascadeMultiplicityForTrigEvtAndZprimVtx(0), fHistCascadeMultiplicityForTrigEvtNonPiledUpAndZprimVtx(0), fHistCascadeMultiplicityForSelEvt(0), fHistPosBestPrimaryVtxXForSelEvt(0), fHistPosBestPrimaryVtxYForSelEvt(0), fHistPosBestPrimaryVtxZForSelEvt(0), fHistTPCrefitTrackMultiplicityForCascadeEvt(0), fHistPrimaryTrackMultiplicityForCascadeEvt(0), fHistPosV0TPCClusters(0), fHistNegV0TPCClusters(0), fHistBachTPCClusters(0), fHistVtxStatus(0), fHistPosTrkgPrimaryVtxXForCascadeEvt(0), fHistPosTrkgPrimaryVtxYForCascadeEvt(0), fHistPosTrkgPrimaryVtxZForCascadeEvt(0), fHistTrkgPrimaryVtxRadius(0), fHistPosBestPrimaryVtxXForCascadeEvt(0), fHistPosBestPrimaryVtxYForCascadeEvt(0), fHistPosBestPrimaryVtxZForCascadeEvt(0), fHistBestPrimaryVtxRadius(0), f2dHistTrkgPrimVtxVsBestPrimVtx(0), fHistEffMassXi(0), fHistChi2Xi(0), fHistDcaXiDaughters(0), fHistDcaBachToPrimVertex(0), fHistXiCosineOfPointingAngle(0), fHistXiRadius(0), fHistMassLambdaAsCascDghter(0), fHistV0Chi2Xi(0), fHistDcaV0DaughtersXi(0), fHistDcaV0ToPrimVertexXi(0), fHistV0CosineOfPointingAngleXi(0), fHistV0RadiusXi(0), fHistDcaPosToPrimVertexXi(0), fHistDcaNegToPrimVertexXi(0), fHistMassXiMinus(0), fHistMassXiPlus(0), fHistMassOmegaMinus(0), fHistMassOmegaPlus(0), fHistMassWithCombPIDXiMinus(0), fHistMassWithCombPIDXiPlus(0), fHistMassWithCombPIDOmegaMinus(0), fHistMassWithCombPIDOmegaPlus(0), fHistXiTransvMom(0), fHistXiTotMom(0), fHistBachTransvMomXi(0), fHistBachTotMomXi(0), fHistChargeXi(0), fHistV0toXiCosineOfPointingAngle(0), fHistRapXi(0), fHistRapOmega(0), fHistEtaXi(0), fHistThetaXi(0), fHistPhiXi(0), fHistcTauXiMinus(0), fHistcTauXiPlus(0), fHistcTauOmegaMinus(0), fHistcTauOmegaPlus(0), f2dHistArmenteros(0), f2dHistEffMassLambdaVsEffMassXiMinus(0), f2dHistEffMassXiVsEffMassOmegaMinus(0), f2dHistEffMassLambdaVsEffMassXiPlus(0), f2dHistEffMassXiVsEffMassOmegaPlus(0), f2dHistXiRadiusVsEffMassXiMinus(0), f2dHistXiRadiusVsEffMassXiPlus(0), f2dHistXiRadiusVsEffMassOmegaMinus(0), f2dHistXiRadiusVsEffMassOmegaPlus(0), f2dHistTPCdEdxOfCascDghters(0), f3dHistXiPtVsEffMassVsYXiMinus(0), f3dHistXiPtVsEffMassVsYXiPlus(0), f3dHistXiPtVsEffMassVsYOmegaMinus(0), f3dHistXiPtVsEffMassVsYOmegaPlus(0), fCFContCascadePIDXiMinus(0), fCFContCascadePIDXiPlus(0), fCFContCascadePIDOmegaMinus(0), fCFContCascadePIDOmegaPlus(0), fCFContCascadeCuts(0), fHnSpAngularCorrXiMinus(0), fHnSpAngularCorrXiPlus(0), fHnSpAngularCorrOmegaMinus(0), fHnSpAngularCorrOmegaPlus(0) { // Constructor // Define input and output slots here // Input slot #0 works with a TChain // DefineInput(0, TChain::Class()); // Output slot #1 writes into a TList container (cascade) for(Int_t iAlephIdx = 0; iAlephIdx < 5; iAlephIdx++ ) { fAlephParameters [iAlephIdx] = -1.; } // New Loose : 1st step for the 7 TeV pp analysis fV0Sels[0] = 33. ; // max allowed chi2 fV0Sels[1] = 0.02; // min allowed impact parameter for the 1st daughter (LHC09a4 : 0.05) fV0Sels[2] = 0.02; // min allowed impact parameter for the 2nd daughter (LHC09a4 : 0.05) fV0Sels[3] = 2.0 ; // max allowed DCA between the daughter tracks (LHC09a4 : 0.5) fV0Sels[4] = 0.95; // min allowed cosine of V0's pointing angle (LHC09a4 : 0.99) fV0Sels[5] = 1.0 ; // min radius of the fiducial volume (LHC09a4 : 0.2) fV0Sels[6] = 100. ; // max radius of the fiducial volume (LHC09a4 : 100.0) fCascSels[0] = 33. ; // max allowed chi2 (same as PDC07) fCascSels[1] = 0.05 ; // min allowed V0 impact parameter (PDC07 : 0.05 / LHC09a4 : 0.025 ) fCascSels[2] = 0.010; // "window" around the Lambda mass (PDC07 : 0.008 / LHC09a4 : 0.010 ) fCascSels[3] = 0.03 ; // min allowed bachelor's impact parameter (PDC07 : 0.035 / LHC09a4 : 0.025 ) fCascSels[4] = 2.0 ; // max allowed DCA between the V0 and the bachelor (PDC07 : 0.1 / LHC09a4 : 0.2 ) fCascSels[5] = 0.95 ; // min allowed cosine of the cascade pointing angle (PDC07 : 0.9985 / LHC09a4 : 0.998 ) fCascSels[6] = 0.4 ; // min radius of the fiducial volume (PDC07 : 0.9 / LHC09a4 : 0.2 ) fCascSels[7] = 100. ; // max radius of the fiducial volume (PDC07 : 100 / LHC09a4 : 100 ) // Hyper Loose "à la 900 GeV 2009 data", with lower cosine of pointing angle for Xi (0.95 down to 0.82) = 900 GeV paper /* fV0Sels[0] = 33. ; // max allowed chi2 fV0Sels[1] = 0.001; // min allowed impact parameter for the 1st daughter (LHC09a4 : 0.05) fV0Sels[2] = 0.001; // min allowed impact parameter for the 2nd daughter (LHC09a4 : 0.05) fV0Sels[3] = 5.0 ; // max allowed DCA between the daughter tracks (LHC09a4 : 0.5) fV0Sels[4] = 0.0 ; // min allowed cosine of V0's pointing angle (LHC09a4 : 0.99) fV0Sels[5] = 0.1 ; // min radius of the fiducial volume (LHC09a4 : 0.2) fV0Sels[6] = 100. ; // max radius of the fiducial volume (LHC09a4 : 100.0) fCascSels[0] = 33. ; // max allowed chi2 (same as PDC07) fCascSels[1] = 0.001; // min allowed V0 impact parameter (PDC07 : 0.05 / LHC09a4 : 0.025 ) fCascSels[2] = 0.008; // "window" around the Lambda mass (PDC07 : 0.008 / LHC09a4 : 0.010 ) fCascSels[3] = 0.001; // min allowed bachelor's impact parameter (PDC07 : 0.035 / LHC09a4 : 0.025 ) fCascSels[4] = 5.0 ; // max allowed DCA between the V0 and the bachelor (PDC07 : 0.1 / LHC09a4 : 0.2 ) fCascSels[5] = 0.82 ; //FIXME min allowed cosine of the cascade pointing angle (PDC07 : 0.9985 / LHC09a4 : 0.998 ) fCascSels[6] = 0.1 ; // min radius of the fiducial volume (PDC07 : 0.9 / LHC09a4 : 0.2 ) fCascSels[7] = 100. ; // max radius of the fiducial volume (PDC07 : 100 / LHC09a4 : 100 ) */ //New default vtxR (http://alisoft.cern.ch/viewvc?view=rev&root=AliRoot&revision=40955, 5 May 2010) /* fV0Sels[0] = 33. ; // max allowed chi2 fV0Sels[1] = 0.05; // min allowed impact parameter for the 1st daughter (LHC09a4 : 0.05) fV0Sels[2] = 0.05; // min allowed impact parameter for the 2nd daughter (LHC09a4 : 0.05) fV0Sels[3] = 1.5 ; // max allowed DCA between the daughter tracks (LHC09a4 : 0.5) fV0Sels[4] = 0.9 ; // min allowed cosine of V0's pointing angle (LHC09a4 : 0.99) fV0Sels[5] = 0.2 ; // min radius of the fiducial volume (LHC09a4 : 0.2) fV0Sels[6] = 100. ; // max radius of the fiducial volume (LHC09a4 : 100.0) fCascSels[0] = 33. ; // max allowed chi2 (same as PDC07) fCascSels[1] = 0.01 ; // min allowed V0 impact parameter (PDC07 : 0.05 / LHC09a4 : 0.025 ) fCascSels[2] = 0.008; // "window" around the Lambda mass (PDC07 : 0.008 / LHC09a4 : 0.010 ) fCascSels[3] = 0.01 ; // min allowed bachelor's impact parameter (PDC07 : 0.035 / LHC09a4 : 0.025 ) fCascSels[4] = 2.0 ; // max allowed DCA between the V0 and the bachelor (PDC07 : 0.1 / LHC09a4 : 0.2 ) fCascSels[5] = 0.98 ; // min allowed cosine of the cascade pointing angle (PDC07 : 0.9985 / LHC09a4 : 0.998 ) fCascSels[6] = 0.2 ; // min radius of the fiducial volume (PDC07 : 0.9 / LHC09a4 : 0.2 ) fCascSels[7] = 100. ; // max radius of the fiducial volume (PDC07 : 100 / LHC09a4 : 100 ) */ // Tight for Xi in p-p (http://alisoft.cern.ch/viewvc?view=rev&root=AliRoot&revision=40955, 5 May 2010) /* fV0Sels[0] = 33. ; // max allowed chi2 fV0Sels[1] = 0.05; // min allowed impact parameter for the 1st daughter (LHC09a4 : 0.05) fV0Sels[2] = 0.05; // min allowed impact parameter for the 2nd daughter (LHC09a4 : 0.05) fV0Sels[3] = 0.5 ; // max allowed DCA between the daughter tracks (LHC09a4 : 0.5) fV0Sels[4] = 0.99 ; // min allowed cosine of V0's pointing angle (LHC09a4 : 0.99) fV0Sels[5] = 0.2 ; // min radius of the fiducial volume (LHC09a4 : 0.2) fV0Sels[6] = 100. ; // max radius of the fiducial volume (LHC09a4 : 100.0) fCascSels[0] = 33. ; // max allowed chi2 (same as PDC07) fCascSels[1] = 0.05 ; // min allowed V0 impact parameter (PDC07 : 0.05 / LHC09a4 : 0.025 ) fCascSels[2] = 0.01; // "window" around the Lambda mass (PDC07 : 0.008 / LHC09a4 : 0.010 ) fCascSels[3] = 0.035 ; // min allowed bachelor's impact parameter (PDC07 : 0.035 / LHC09a4 : 0.025 ) fCascSels[4] = 0.10 ; // max allowed DCA between the V0 and the bachelor (PDC07 : 0.1 / LHC09a4 : 0.2 ) fCascSels[5] = 0.9985 ; // min allowed cosine of the cascade pointing angle (PDC07 : 0.9985 / LHC09a4 : 0.998 ) fCascSels[6] = 0.2 ; // min radius of the fiducial volume (PDC07 : 0.9 / LHC09a4 : 0.2 ) fCascSels[7] = 100. ; // max radius of the fiducial volume (PDC07 : 100 / LHC09a4 : 100 ) */ //NOTE // For PbPb coming data, take a look at Iouri's proposal // https://savannah.cern.ch/bugs/index.php?69877 // Output slot #0 writes into a TList container (Cascade) DefineOutput(1, TList::Class()); /*DefineOutput(2, TPaveText::Class());*/ } AliAnalysisTaskCheckCascade::~AliAnalysisTaskCheckCascade() { // // Destructor // // For all TH1, 2, 3 HnSparse and CFContainer are in the fListCascade TList. // They will be deleted when fListCascade is deleted by the TSelector dtor // Because of TList::SetOwner() ... if (fListHistCascade) { delete fListHistCascade; fListHistCascade = 0x0; } if (fESDpid) { delete fESDpid; fESDpid = 0x0;} // fESDpid is not stored into the TList if (fESDtrackCuts) { delete fESDtrackCuts; fESDtrackCuts = 0x0; } //if (fPaveTextBookKeeping) { delete fPaveTextBookKeeping; fPaveTextBookKeeping = 0x0;} // fPaveTextBookKeeping is not strored in the TList } //________________________________________________________________________ void AliAnalysisTaskCheckCascade::UserCreateOutputObjects() { // Create histograms // Called once fListHistCascade = new TList(); fListHistCascade->SetOwner(); // See http://root.cern.ch/root/html/TCollection.html#TCollection:SetOwner if(! fESDpid){ AliMCEventHandler *lmcEvtHandler = dynamic_cast<AliMCEventHandler*>( (AliAnalysisManager::GetAnalysisManager())->GetMCtruthEventHandler() ); if( !lmcEvtHandler ){ // !0x0 = real data or !1 = there is an MC handler available (useMC = kTRUE in AnalysisTrainNew), so = data from MC if(fkIsDataRecoWith1PadTPCCluster){ // Parameters extracted for LHC10d Pass2 - A. Kalweit fAlephParameters[0] = 1.28949/50.; // = 0,0257898 fAlephParameters[1] = 2.74095e+01; fAlephParameters[2] = TMath::Exp(-3.21763e+01); fAlephParameters[3] = 2.44026; fAlephParameters[4] = 6.58800; } else { // Reasonable parameters extracted for real p-p event (Dec 2009 - GSI Pass5) - A.Kalweit fAlephParameters[0] = 0.0283086; // No extra-division to apply in SetBlochParam fAlephParameters[1] = 2.63394e+01; fAlephParameters[2] = 5.04114e-11; fAlephParameters[3] = 2.12543e+00; fAlephParameters[4] = 4.88663e+00; } Printf("CheckCascade - Check Aleph Param in case of REAL Data (fAlephParameters[3] = %f) (To be compared with : 2.44026 for 1-pad-cluster prod. / 2.12543 otherwise)\n", fAlephParameters[3]); } else { // MC reco if(fkIsDataRecoWith1PadTPCCluster){ // Home made parameterization for LHC10f6a production = p+p 7 TeV fAlephParameters[0] = 0.04; fAlephParameters[1] = 17.5; fAlephParameters[2] = 3.4e-09; fAlephParameters[3] = 2.15; fAlephParameters[4] = 3.91720e+00; // Home made parameterization for LHC10e13 production = p+p 900 GeV/c } else { // Reasonable parameters extracted for p-p simulation (LHC09a4) - A.Kalweit // fAlephParameters[0] = 4.23232575531564326e+00;//50*0.76176e-1; // do not forget to divide this value by 50 in SetBlochParam ! // fAlephParameters[1] = 8.68482806165147636e+00;//10.632; // fAlephParameters[2] = 1.34000000000000005e-05;//0.13279e-4; // fAlephParameters[3] = 2.30445734159456084e+00;//1.8631; // fAlephParameters[4] = 2.25624744086878559e+00;//1.9479; // Reasonable parameters extracted for MC LHC09d10 event (Jan 2010) - A.Kalweit fAlephParameters[0] = 2.15898e+00/50.; fAlephParameters[1] = 1.75295e+01; fAlephParameters[2] = 3.40030e-09; fAlephParameters[3] = 1.96178e+00; fAlephParameters[4] = 3.91720e+00; } Printf("CheckCascade - Check Aleph Param in case of MC Data (fAlephParameters[3] = %f) (To be compared with : 2.15 for 1-pad-cluster prod. / 1.96178 otherwise)\n", fAlephParameters[3]); } fESDpid = new AliESDpid(); fESDpid->GetTPCResponse().SetBetheBlochParameters( fAlephParameters[0], fAlephParameters[1], fAlephParameters[2], fAlephParameters[3], fAlephParameters[4] ); } if(! fESDtrackCuts ){ fESDtrackCuts = AliESDtrackCuts::GetStandardITSTPCTrackCuts2010(kTRUE); // Std definition of primary (see kTRUE argument) tracks for 2010 fESDtrackCuts->SetEtaRange(-0.8,+0.8); fESDtrackCuts->SetPtRange(0.15, 1e10); Printf("CheckCascade - ESDtrackCuts set up to 2010 std ITS-TPC cuts..."); } /* if( !fPaveTextBookKeeping){ // FIXME : prepare a field with the AliRoot+root distrib ... fPaveTextBookKeeping = new TPaveText(0.1, 0.1, 0.9, 0.9,"NDC"); fPaveTextBookKeeping->SetName("fPaveTextBookKeeping"); fPaveTextBookKeeping->SetBorderSize(0); fPaveTextBookKeeping->SetTextAlign(12); fPaveTextBookKeeping->SetFillColor(kWhite); fPaveTextBookKeeping->SetTextFont(42); // regular Arial or Helvetica, fPaveTextBookKeeping->SetTextColor(kBlue+4); fPaveTextBookKeeping->AddText( "Task CHECK CASCADE analysis" ); fPaveTextBookKeeping->AddText("- - - - - - - - - - - "); fPaveTextBookKeeping->AddText( Form("AnalysisType : %s ", fAnalysisType.Data() )); if(!fCollidingSystems) fPaveTextBookKeeping->AddText("Colliding system : p-p collisions "); else fPaveTextBookKeeping->AddText("Colliding system : A-A collisions "); fPaveTextBookKeeping->AddText("- - - - - - - - - - - "); if(fkRerunV0CascVertexers){ fPaveTextBookKeeping->AddText("A.1. With V0 vertexer : "); fPaveTextBookKeeping->AddText( Form(" - V0 #chi^{2} _________________ < %.3f ", fV0Sels[0] )); fPaveTextBookKeeping->AddText( Form(" - DCA(prim. Vtx/ 1^{st} daughter) ___ > %.3f cm ", fV0Sels[1] )); fPaveTextBookKeeping->AddText( Form(" - DCA(prim. Vtx/ 2^{nd} daughter) __ > %.3f cm", fV0Sels[2] )); fPaveTextBookKeeping->AddText( Form(" - DCA between V0 daughters ___ < %.3f cm", fV0Sels[3] )); fPaveTextBookKeeping->AddText( Form(" - cos(V0 pointing angle) _______ > %.3f ", fV0Sels[4] )); fPaveTextBookKeeping->AddText( Form(" - R_{transv}(V0 decay) ________ > %.3f cm", fV0Sels[5] )); fPaveTextBookKeeping->AddText( Form(" - R_{transv}(V0 decay) ________ < %.3f cm", fV0Sels[6] )); fPaveTextBookKeeping->AddText(" "); fPaveTextBookKeeping->AddText("A.2. With Casc. vertexer : "); fPaveTextBookKeeping->AddText( Form(" - Casc. #chi^{2} ______________ < %.3f ", fCascSels[0] )); fPaveTextBookKeeping->AddText( Form(" - DCA(prim. Vtx/ V0) _________ > %.3f cm", fCascSels[1] )); fPaveTextBookKeeping->AddText( Form(" - | M_{#Lambda}(reco) - M_{#Lambda}(pdg) | _______ < %.3f GeV/c^{2}", fCascSels[2] )); fPaveTextBookKeeping->AddText( Form(" - DCA(prim. Vtx/ Bach) _______ > %.3f cm", fCascSels[3] )); fPaveTextBookKeeping->AddText( Form(" - DCA between Bach/ #Lambda ______ < %.3f cm", fCascSels[4] )); fPaveTextBookKeeping->AddText( Form(" - cos(Casc. pointing angle) ____ > %.3f ", fCascSels[5] )); fPaveTextBookKeeping->AddText( Form(" - R_{transv}(Casc. decay) ______ > %.3f cm", fCascSels[6] )); fPaveTextBookKeeping->AddText( Form(" - R_{transv}(Casc. decay) ______ < %.3f cm", fCascSels[7] )); } else{ fPaveTextBookKeeping->AddText("A. No rerunning of the V0/Casc. vertexers ... See std cuts in (AliRoot+Rec.C) used for this prod. cycle");} fPaveTextBookKeeping->AddText("- - - - - - - - - - - "); if(fkQualityCutZprimVtxPos) fPaveTextBookKeeping->AddText("B. Quality Cut(prim. Vtx z-Pos) = ON "); else fPaveTextBookKeeping->AddText("B. Quality Cut(prim. Vtx z-Pos) = Off "); if(fkQualityCutNoTPConlyPrimVtx) fPaveTextBookKeeping->AddText("C. Quality Cut(No TPC prim. vtx) = ON "); else fPaveTextBookKeeping->AddText("C. Quality Cut(No TPC prim. vtx) = Off "); if(fkQualityCutTPCrefit) fPaveTextBookKeeping->AddText("D. Quality Cut(TPCrefit) = ON "); else fPaveTextBookKeeping->AddText("D. Quality Cut(TPCrefit) = Off "); if(fkQualityCut80TPCcls) fPaveTextBookKeeping->AddText("E. Quality Cut(80 TPC clusters) = ON "); else fPaveTextBookKeeping->AddText("E. Quality Cut(80 TPC clusters) = Off "); if(fkExtraSelections) fPaveTextBookKeeping->AddText("F. Extra Analysis Selections = ON "); else fPaveTextBookKeeping->AddText("F. Extra Analysis Selections = Off "); fPaveTextBookKeeping->AddText("- - - - - - - - - - - "); fPaveTextBookKeeping->AddText("G. TPC Aleph Param : "); fPaveTextBookKeeping->AddText( Form(" - fAlephParam [0] = %.5g", fAlephParameters[0] )); fPaveTextBookKeeping->AddText( Form(" - fAlephParam [1] = %.5g", fAlephParameters[1] )); fPaveTextBookKeeping->AddText( Form(" - fAlephParam [2] = %.5g", fAlephParameters[2] )); fPaveTextBookKeeping->AddText( Form(" - fAlephParam [3] = %.5g", fAlephParameters[3] )); fPaveTextBookKeeping->AddText( Form(" - fAlephParam [4] = %.5g", fAlephParameters[4] )); } */ // - General histos //-------------- if(! fHistCascadeMultiplicityBeforeTrigSel) { if(fCollidingSystems)// AA collisions fHistCascadeMultiplicityBeforeTrigSel = new TH1F("fHistCascadeMultiplicityBeforeTrigSel", "Cascades per event (before Trig. Sel.);Nbr of Cascades/Evt;Events", 100, 0, 100); else // pp collisions fHistCascadeMultiplicityBeforeTrigSel = new TH1F("fHistCascadeMultiplicityBeforeTrigSel", "Cascades per event (before Trig. Sel.);Nbr of Cascades/Evt;Events", 25, 0, 25); fListHistCascade->Add(fHistCascadeMultiplicityBeforeTrigSel); } // - Histos for events passing the trigger selection //-------------- if(! fHistCascadeMultiplicityForTrigEvt) { if(fCollidingSystems)// AA collisions fHistCascadeMultiplicityForTrigEvt = new TH1F("fHistCascadeMultiplicityForTrigEvt", "Cascades per event (for triggered evt);Nbr of Cascades/Evt;Events", 100, 0, 100); else // pp collisions fHistCascadeMultiplicityForTrigEvt = new TH1F("fHistCascadeMultiplicityForTrigEvt", "Cascades per event (for triggered evt);Nbr of Cascades/Evt;Events", 25, 0, 25); fListHistCascade->Add(fHistCascadeMultiplicityForTrigEvt); } if(! fHistTrackMultiplicityForTrigEvt) { if(fCollidingSystems)// AA collisions fHistTrackMultiplicityForTrigEvt = new TH1F("fHistTrackMultiplicityForTrigEvt", "Track Multiplicity (for triggered evt);Nbr of tracks/Evt;Events", 200, 0, 20000); else // pp collisions fHistTrackMultiplicityForTrigEvt = new TH1F("fHistTrackMultiplicityForTrigEvt", "Track Multiplicity (for triggered evt);Nbr of tracks/Evt;Events", 300, 0, 300); fListHistCascade->Add(fHistTrackMultiplicityForTrigEvt); } if(! fHistTPCrefitTrackMultiplicityForTrigEvt) { if(fCollidingSystems)// AA collisions fHistTPCrefitTrackMultiplicityForTrigEvt = new TH1F("fHistTPCrefitTrackMultiplicityForTrigEvt", "TPCrefit track Multiplicity (for triggered evt);Nbr of TPCrefit tracks/Evt;Events", 200, 0, 20000); else // pp collisions fHistTPCrefitTrackMultiplicityForTrigEvt = new TH1F("fHistTPCrefitTrackMultiplicityForTrigEvt", "TPCrefit track Multiplicity (for triggered evt);Nbr of TPCrefit tracks/Evt;Events", 300, 0, 300); fListHistCascade->Add(fHistTPCrefitTrackMultiplicityForTrigEvt); } if(! fHistPrimaryTrackMultiplicityForTrigEvt) { if(fCollidingSystems)// AA collisions fHistPrimaryTrackMultiplicityForTrigEvt = new TH1F("fHistPrimaryTrackMultiplicityForTrigEvt", "Primary track Multiplicity (for triggered evt);Nbr of primary tracks/Evt;Events", 100, 0, 10000); else // pp collisions fHistPrimaryTrackMultiplicityForTrigEvt = new TH1F("fHistPrimaryTrackMultiplicityForTrigEvt", "Primary track Multiplicity (for triggered evt);Nbr of primary tracks/Evt;Events", 200, 0, 200); fListHistCascade->Add(fHistPrimaryTrackMultiplicityForTrigEvt); } if(! fHistEstimateITSTPCMultiplicityForTrigEvt) { if(fCollidingSystems)// AA collisions fHistEstimateITSTPCMultiplicityForTrigEvt = new TH1F("fHistEstimateITSTPCMultiplicityForTrigEvt", "(ITS+TPC tracks + SPD tracklets) multiplicity (for triggered evt);Nbr of (ITS+TPC tracks + SPD tracklets)/Evt;Events", 100, 0, 10000); else // pp collisions fHistEstimateITSTPCMultiplicityForTrigEvt = new TH1F("fHistEstimateITSTPCMultiplicityForTrigEvt", "(ITS+TPC tracks + SPD tracklets) multiplicity (for triggered evt);Nbr of (ITS+TPC tracks + SPD tracklets)/Evt;Events", 200, 0, 200); fListHistCascade->Add(fHistEstimateITSTPCMultiplicityForTrigEvt); } // - Histos for events passing the trigger selection + |z(prim. vertex)| < XX cm //-------------- if(! fHistCascadeMultiplicityForTrigEvtAndZprimVtx) { if(fCollidingSystems)// AA collisions fHistCascadeMultiplicityForTrigEvtAndZprimVtx = new TH1F("fHistCascadeMultiplicityForTrigEvtAndZprimVtx", "Cascades per event;Nbr of Cascades/Evt;Events", 100, 0, 100); else // pp collisions fHistCascadeMultiplicityForTrigEvtAndZprimVtx = new TH1F("fHistCascadeMultiplicityForTrigEvtAndZprimVtx", "Cascades per event;Nbr of Cascades/Evt;Events", 25, 0, 25); fListHistCascade->Add(fHistCascadeMultiplicityForTrigEvtAndZprimVtx); } // - Histos for events passing the trigger selection + |z(prim. vertex)| < XX cm + after pile-up rejection //-------------- if(! fHistCascadeMultiplicityForTrigEvtNonPiledUpAndZprimVtx) { if(fCollidingSystems)// AA collisions fHistCascadeMultiplicityForTrigEvtNonPiledUpAndZprimVtx = new TH1F("fHistCascadeMultiplicityForTrigEvtNonPiledUpAndZprimVtx", "Cascades per event;Nbr of Cascades/Evt;Events", 100, 0, 100); else // pp collisions fHistCascadeMultiplicityForTrigEvtNonPiledUpAndZprimVtx = new TH1F("fHistCascadeMultiplicityForTrigEvtNonPiledUpAndZprimVtx", "Cascades per event;Nbr of Cascades/Evt;Events", 25, 0, 25); fListHistCascade->Add(fHistCascadeMultiplicityForTrigEvtNonPiledUpAndZprimVtx); } // - Histos for events passing the event selection at the analysis level //-------------- if(! fHistCascadeMultiplicityForSelEvt) { if(fCollidingSystems)// AA collisions fHistCascadeMultiplicityForSelEvt = new TH1F("fHistCascadeMultiplicityForSelEvt", "Cascades per event;Nbr of Cascades/Evt;Events", 100, 0, 100); else // pp collisions fHistCascadeMultiplicityForSelEvt = new TH1F("fHistCascadeMultiplicityForSelEvt", "Cascades per event;Nbr of Cascades/Evt;Events", 25, 0, 25); fListHistCascade->Add(fHistCascadeMultiplicityForSelEvt); } if(! fHistPosBestPrimaryVtxXForSelEvt ){ fHistPosBestPrimaryVtxXForSelEvt = new TH1F( "fHistPosBestPrimaryVtxXForSelEvt" , "Best Prim. Vertex Position in x; x (cm); Events" , 360, -0.9, 0.9 ); fListHistCascade->Add(fHistPosBestPrimaryVtxXForSelEvt); } if(! fHistPosBestPrimaryVtxYForSelEvt){ fHistPosBestPrimaryVtxYForSelEvt = new TH1F( "fHistPosBestPrimaryVtxYForSelEvt" , "Best Prim. Vertex Position in y; y (cm); Events" , 360, -0.9, 0.9 ); fListHistCascade->Add(fHistPosBestPrimaryVtxYForSelEvt); } if(! fHistPosBestPrimaryVtxZForSelEvt ){ fHistPosBestPrimaryVtxZForSelEvt = new TH1F( "fHistPosBestPrimaryVtxZForSelEvt" , "Best Prim. Vertex Position in z; z (cm); Events" , 300, -30.0, 30.0 ); fListHistCascade->Add(fHistPosBestPrimaryVtxZForSelEvt); } // - Histos for events containing at least ONE CASCADE //-------------- if(! fHistTPCrefitTrackMultiplicityForCascadeEvt) { if(fCollidingSystems)// AA collisions fHistTPCrefitTrackMultiplicityForCascadeEvt = new TH1F("fHistTPCrefitTrackMultiplicityForCascadeEvt", "TPCrefit track Multiplicity (for evt with Casc.);Nbr of TPCrefit tracks/Evt with cascade(s);Events", 200, 0, 20000); else // pp collisions fHistTPCrefitTrackMultiplicityForCascadeEvt = new TH1F("fHistTPCrefitTrackMultiplicityForCascadeEvt", "TPCrefit track Multiplicity (for evt with Casc.);Nbr of TPCrefit tracks/Evt with cascade(s);Events", 300, 0, 300); fListHistCascade->Add(fHistTPCrefitTrackMultiplicityForCascadeEvt); } if(! fHistPrimaryTrackMultiplicityForCascadeEvt) { if(fCollidingSystems)// AA collisions fHistPrimaryTrackMultiplicityForCascadeEvt = new TH1F("fHistPrimaryTrackMultiplicityForCascadeEvt", "Primary track Multiplicity (for evt with Casc.);Nbr of primary tracks/Evt;Events", 100, 0, 10000); else // pp collisions fHistPrimaryTrackMultiplicityForCascadeEvt = new TH1F("fHistPrimaryTrackMultiplicityForCascadeEvt", "Primary track Multiplicity (for evt with Casc.);Nbr of primary tracks/Evt;Events", 200, 0, 200); fListHistCascade->Add(fHistPrimaryTrackMultiplicityForCascadeEvt); } if(! fHistPosV0TPCClusters ){ fHistPosV0TPCClusters = new TH1F("fHistPosV0TPCClusters", "TPC clusters for Pos. V0 daughter track, in Casc; Nbr of TPC clusters (V0 Pos.); Track counts", 165, 0.0 ,165.0); fListHistCascade->Add(fHistPosV0TPCClusters); } if(! fHistNegV0TPCClusters ){ fHistNegV0TPCClusters = new TH1F("fHistNegV0TPCClusters", "TPC clusters for Neg. V0 daughter track, in Casc; Nbr of TPC clusters (V0 Neg.); Track counts", 165, 0.0 ,165.0); fListHistCascade->Add(fHistNegV0TPCClusters); } if(! fHistBachTPCClusters ){ fHistBachTPCClusters = new TH1F("fHistBachTPCClusters", "TPC clusters for Bachelor track; Nbr of TPC clusters (Bach); Track counts", 165, 0.0 ,165.0); fListHistCascade->Add(fHistBachTPCClusters); } if(! fHistVtxStatus ){ fHistVtxStatus = new TH1F( "fHistVtxStatus" , "Does a Trckg Prim.vtx exist ?; true=1 or false=0; Nb of Events" , 4, -1.0, 3.0 ); fListHistCascade->Add(fHistVtxStatus); } // - Vertex Positions if(! fHistPosTrkgPrimaryVtxXForCascadeEvt ){ fHistPosTrkgPrimaryVtxXForCascadeEvt = new TH1F( "fHistPosTrkgPrimaryVtxXForCascadeEvt" , "Trkg Prim. Vertex Position in x; x (cm); Events" , 360, -0.9, 0.9 ); fListHistCascade->Add(fHistPosTrkgPrimaryVtxXForCascadeEvt); } if(! fHistPosTrkgPrimaryVtxYForCascadeEvt){ fHistPosTrkgPrimaryVtxYForCascadeEvt = new TH1F( "fHistPosTrkgPrimaryVtxYForCascadeEvt" , "Trkg Prim. Vertex Position in y; y (cm); Events" , 360, -0.9, 0.9 ); fListHistCascade->Add(fHistPosTrkgPrimaryVtxYForCascadeEvt); } if(! fHistPosTrkgPrimaryVtxZForCascadeEvt ){ fHistPosTrkgPrimaryVtxZForCascadeEvt = new TH1F( "fHistPosTrkgPrimaryVtxZForCascadeEvt" , "Trkg Prim. Vertex Position in z; z (cm); Events" , 300, -30.0, 30.0 ); fListHistCascade->Add(fHistPosTrkgPrimaryVtxZForCascadeEvt); } if(! fHistTrkgPrimaryVtxRadius ){ fHistTrkgPrimaryVtxRadius = new TH1F( "fHistTrkgPrimaryVtxRadius", "Trkg Prim. Vertex radius; r (cm); Events" , 150, 0., 15.0 ); fListHistCascade->Add(fHistTrkgPrimaryVtxRadius); } if(! fHistPosBestPrimaryVtxXForCascadeEvt ){ fHistPosBestPrimaryVtxXForCascadeEvt = new TH1F( "fHistPosBestPrimaryVtxXForCascadeEvt" , "Best Prim. Vertex Position in x; x (cm); Events" , 360, -0.9, 0.9 ); fListHistCascade->Add(fHistPosBestPrimaryVtxXForCascadeEvt); } if(! fHistPosBestPrimaryVtxYForCascadeEvt){ fHistPosBestPrimaryVtxYForCascadeEvt = new TH1F( "fHistPosBestPrimaryVtxYForCascadeEvt" , "Best Prim. Vertex Position in y; y (cm); Events" , 360, -0.9, 0.9 ); fListHistCascade->Add(fHistPosBestPrimaryVtxYForCascadeEvt); } if(! fHistPosBestPrimaryVtxZForCascadeEvt ){ fHistPosBestPrimaryVtxZForCascadeEvt = new TH1F( "fHistPosBestPrimaryVtxZForCascadeEvt" , "Best Prim. Vertex Position in z; z (cm); Events" , 300, -30.0, 30.0 ); fListHistCascade->Add(fHistPosBestPrimaryVtxZForCascadeEvt); } if(! fHistBestPrimaryVtxRadius ){ fHistBestPrimaryVtxRadius = new TH1F( "fHistBestPrimaryVtxRadius", "Best Prim. vertex radius; r (cm); Events" , 150, 0., 15.0 ); fListHistCascade->Add(fHistBestPrimaryVtxRadius); } if(! f2dHistTrkgPrimVtxVsBestPrimVtx) { f2dHistTrkgPrimVtxVsBestPrimVtx = new TH2F( "f2dHistTrkgPrimVtxVsBestPrimVtx", "r_{Trck Prim. Vtx} Vs r_{Best Prim. Vtx}; r_{Track Vtx} (cm); r_{Best Vtx} (cm)", 300, 0., 15.0, 300, 0., 15.); fListHistCascade->Add(f2dHistTrkgPrimVtxVsBestPrimVtx); } // - Typical histos for cascades if(! fHistEffMassXi) { fHistEffMassXi = new TH1F("fHistEffMassXi", "Cascade candidates ; Invariant Mass (GeV/c^{2}) ; Counts", 400, 1.2, 2.0); fListHistCascade->Add(fHistEffMassXi); } if(! fHistChi2Xi ){ fHistChi2Xi = new TH1F("fHistChi2Xi", "Cascade #chi^{2}; #chi^{2}; Number of Cascades", 160, 0, 40); fListHistCascade->Add(fHistChi2Xi); } if(! fHistDcaXiDaughters ){ fHistDcaXiDaughters = new TH1F( "fHistDcaXiDaughters", "DCA between Xi Daughters; DCA (cm) ; Number of Cascades", 100, 0., 0.5); fListHistCascade->Add(fHistDcaXiDaughters); } if(! fHistDcaBachToPrimVertex) { fHistDcaBachToPrimVertex = new TH1F("fHistDcaBachToPrimVertex", "DCA of Bach. to Prim. Vertex;DCA (cm);Number of Cascades", 250, 0., 0.25); fListHistCascade->Add(fHistDcaBachToPrimVertex); } if(! fHistXiCosineOfPointingAngle) { fHistXiCosineOfPointingAngle = new TH1F("fHistXiCosineOfPointingAngle", "Cosine of Xi Pointing Angle; Cos (Xi Point.Angl);Number of Xis", 200, 0.99, 1.0); fListHistCascade->Add(fHistXiCosineOfPointingAngle); } if(! fHistXiRadius ){ fHistXiRadius = new TH1F( "fHistXiRadius", "Casc. decay transv. radius; r (cm); Counts" , 1050, 0., 105.0 ); fListHistCascade->Add(fHistXiRadius); } // - Histos about ~ the "V0 part" of the cascade, coming by inheritance from AliESDv0 if (! fHistMassLambdaAsCascDghter) { fHistMassLambdaAsCascDghter = new TH1F("fHistMassLambdaAsCascDghter","#Lambda associated to Casc. candidates;Eff. Mass (GeV/c^{2});Counts", 300,1.00,1.3); fListHistCascade->Add(fHistMassLambdaAsCascDghter); } if (! fHistV0Chi2Xi) { fHistV0Chi2Xi = new TH1F("fHistV0Chi2Xi", "V0 #chi^{2}, in cascade; #chi^{2};Counts", 160, 0, 40); fListHistCascade->Add(fHistV0Chi2Xi); } if (! fHistDcaV0DaughtersXi) { fHistDcaV0DaughtersXi = new TH1F("fHistDcaV0DaughtersXi", "DCA between V0 daughters, in cascade;DCA (cm);Number of V0s", 120, 0., 0.6); fListHistCascade->Add(fHistDcaV0DaughtersXi); } if (! fHistDcaV0ToPrimVertexXi) { fHistDcaV0ToPrimVertexXi = new TH1F("fHistDcaV0ToPrimVertexXi", "DCA of V0 to Prim. Vertex, in cascade;DCA (cm);Number of Cascades", 200, 0., 1.); fListHistCascade->Add(fHistDcaV0ToPrimVertexXi); } if (! fHistV0CosineOfPointingAngleXi) { fHistV0CosineOfPointingAngleXi = new TH1F("fHistV0CosineOfPointingAngleXi", "Cosine of V0 Pointing Angle, in cascade;Cos(V0 Point. Angl); Counts", 200, 0.98, 1.0); fListHistCascade->Add(fHistV0CosineOfPointingAngleXi); } if (! fHistV0RadiusXi) { fHistV0RadiusXi = new TH1F("fHistV0RadiusXi", "V0 decay radius, in cascade; radius (cm); Counts", 1050, 0., 105.0); fListHistCascade->Add(fHistV0RadiusXi); } if (! fHistDcaPosToPrimVertexXi) { fHistDcaPosToPrimVertexXi = new TH1F("fHistDcaPosToPrimVertexXi", "DCA of V0 pos daughter to Prim. Vertex;DCA (cm);Counts", 300, 0, 3); fListHistCascade->Add(fHistDcaPosToPrimVertexXi); } if (! fHistDcaNegToPrimVertexXi) { fHistDcaNegToPrimVertexXi = new TH1F("fHistDcaNegToPrimVertexXi", "DCA of V0 neg daughter to Prim. Vertex;DCA (cm);Counts", 300, 0, 3); fListHistCascade->Add(fHistDcaNegToPrimVertexXi); } // - Effective mass histos for cascades. // By cascade hyp if (! fHistMassXiMinus) { fHistMassXiMinus = new TH1F("fHistMassXiMinus","#Xi^{-} candidates;M( #Lambda , #pi^{-} ) (GeV/c^{2});Counts", 400,1.2,2.0); fListHistCascade->Add(fHistMassXiMinus); } if (! fHistMassXiPlus) { fHistMassXiPlus = new TH1F("fHistMassXiPlus","#bar{#Xi}^{+} candidates;M( #bar{#Lambda}^{0} , #pi^{+} ) (GeV/c^{2});Counts",400,1.2,2.0); fListHistCascade->Add(fHistMassXiPlus); } if (! fHistMassOmegaMinus) { fHistMassOmegaMinus = new TH1F("fHistMassOmegaMinus","#Omega^{-} candidates;M( #Lambda , K^{-} ) (GeV/c^{2});Counts", 500,1.5,2.5); fListHistCascade->Add(fHistMassOmegaMinus); } if (! fHistMassOmegaPlus) { fHistMassOmegaPlus = new TH1F("fHistMassOmegaPlus","#bar{#Omega}^{+} candidates;M( #bar{#Lambda}^{0} , K^{+} ) (GeV/c^{2});Counts", 500,1.5,2.5); fListHistCascade->Add(fHistMassOmegaPlus); } // By cascade hyp + bachelor PID if (! fHistMassWithCombPIDXiMinus) { fHistMassWithCombPIDXiMinus = new TH1F("fHistMassWithCombPIDXiMinus","#Xi^{-} candidates, with Bach. comb. PID;M( #Lambda , #pi^{-} ) (GeV/c^{2});Counts", 400,1.2,2.0); fListHistCascade->Add(fHistMassWithCombPIDXiMinus); } if (! fHistMassWithCombPIDXiPlus) { fHistMassWithCombPIDXiPlus = new TH1F("fHistMassWithCombPIDXiPlus","#bar{#Xi}^{+} candidates, with Bach. comb. PID;M( #bar{#Lambda}^{0} , #pi^{+} ) (GeV/c^{2});Counts",400,1.2,2.0); fListHistCascade->Add(fHistMassWithCombPIDXiPlus); } if (! fHistMassWithCombPIDOmegaMinus) { fHistMassWithCombPIDOmegaMinus = new TH1F("fHistMassWithCombPIDOmegaMinus","#Omega^{-} candidates, with Bach. comb. PID;M( #Lambda , K^{-} ) (GeV/c^{2});Counts", 500,1.5,2.5); fListHistCascade->Add(fHistMassWithCombPIDOmegaMinus); } if (! fHistMassWithCombPIDOmegaPlus) { fHistMassWithCombPIDOmegaPlus = new TH1F("fHistMassWithCombPIDOmegaPlus","#bar{#Omega}^{+} candidates, with Bach. comb. PID;M( #bar{#Lambda}^{0} , K^{+} ) (GeV/c^{2});Counts", 500,1.5,2.5); fListHistCascade->Add(fHistMassWithCombPIDOmegaPlus); } // - Complements for QA if(! fHistXiTransvMom ){ fHistXiTransvMom = new TH1F( "fHistXiTransvMom" , "#Xi transverse momentum (cand. around the mass peak) ; p_{t}(#Xi) (GeV/c); Counts", 100, 0.0, 10.0); fListHistCascade->Add(fHistXiTransvMom); } if(! fHistXiTotMom ){ fHistXiTotMom = new TH1F( "fHistXiTotMom" , "#Xi momentum norm (cand. around the mass peak); p_{tot}(#Xi) (GeV/c); Counts", 150, 0.0, 15.0); fListHistCascade->Add(fHistXiTotMom); } if(! fHistBachTransvMomXi ){ fHistBachTransvMomXi = new TH1F( "fHistBachTransvMomXi" , "#Xi Bach. transverse momentum (cand. around the mass peak) ; p_{t}(Bach.) (GeV/c); Counts", 100, 0.0, 5.0); fListHistCascade->Add(fHistBachTransvMomXi); } if(! fHistBachTotMomXi ){ fHistBachTotMomXi = new TH1F( "fHistBachTotMomXi" , "#Xi Bach. momentum norm (cand. around the mass peak); p_{tot}(Bach.) (GeV/c); Counts", 100, 0.0, 5.0); fListHistCascade->Add(fHistBachTotMomXi); } if(! fHistChargeXi ){ fHistChargeXi = new TH1F( "fHistChargeXi" , "Charge of casc. candidates ; Sign ; Counts", 5, -2.0, 3.0); fListHistCascade->Add(fHistChargeXi); } if (! fHistV0toXiCosineOfPointingAngle) { fHistV0toXiCosineOfPointingAngle = new TH1F("fHistV0toXiCosineOfPointingAngle", "Cos. of V0 Ptng Angl / Xi vtx ;Cos(V0 Point. Angl / Xi vtx); Counts", 100, 0.99, 1.0); fListHistCascade->Add(fHistV0toXiCosineOfPointingAngle); } if(! fHistRapXi ){ fHistRapXi = new TH1F( "fHistRapXi" , "Rapidity of #Xi candidates (around the mass peak); y ; Counts", 200, -5.0, 5.0); fListHistCascade->Add(fHistRapXi); } if(! fHistRapOmega ){ fHistRapOmega = new TH1F( "fHistRapOmega" , "Rapidity of #Omega candidates (around the mass peak); y ; Counts", 200, -5.0, 5.0); fListHistCascade->Add(fHistRapOmega); } if(! fHistEtaXi ){ fHistEtaXi = new TH1F( "fHistEtaXi" , "Pseudo-rap. of #Xi candidates (around the mass peak) ; #eta ; Counts", 120, -3.0, 3.0); fListHistCascade->Add(fHistEtaXi); } if(! fHistThetaXi ){ fHistThetaXi = new TH1F( "fHistThetaXi" , "#theta of #Xi candidates (around the mass peak); #theta (deg) ; Counts", 180, 0., 180.0); fListHistCascade->Add(fHistThetaXi); } if(! fHistPhiXi ){ fHistPhiXi = new TH1F( "fHistPhiXi" , "#phi of #Xi candidates (around the mass peak); #phi (deg) ; Counts", 360, 0., 360.); fListHistCascade->Add(fHistPhiXi); } if(! fHistcTauXiMinus){ fHistcTauXiMinus = new TH1F("fHistcTauXiMinus", "Lifetime c.#tau for #Xi^{-}; L_{3D}.m_{PDG}(#Xi^{-}) / p_{3D} (cm); Counts", 100, 0., 50.); fListHistCascade->Add(fHistcTauXiMinus); } if(! fHistcTauXiPlus){ fHistcTauXiPlus = new TH1F("fHistcTauXiPlus", "Lifetime c.#tau for #bar{#Xi}^{+}; L_{3D}.m_{PDG}(#bar{#Xi}^{+}) / p_{3D} (cm); Counts", 100, 0., 50.); fListHistCascade->Add(fHistcTauXiPlus); } if(! fHistcTauOmegaMinus){ fHistcTauOmegaMinus = new TH1F("fHistcTauOmegaMinus", "Lifetime c.#tau for #Omega^{-}; L_{3D}.m_{PDG}(#Omega^{-}) / p_{3D} (cm); Counts", 100, 0., 50.); fListHistCascade->Add(fHistcTauOmegaMinus); } if(! fHistcTauOmegaPlus){ fHistcTauOmegaPlus = new TH1F("fHistcTauOmegaPlus", "Lifetime c.#tau for #bar{#Omega}^{+}; L_{3D}.m_{PDG}(#bar{#Omega}^{+}) / p_{3D} (cm); Counts", 100, 0., 50.); fListHistCascade->Add(fHistcTauOmegaPlus); } if(! f2dHistArmenteros) { f2dHistArmenteros = new TH2F( "f2dHistArmenteros", "#alpha_{Arm}(casc. cand.) Vs Pt_{Arm}(casc. cand.); #alpha_{Arm} ; Pt_{Arm} (GeV/c)", 140, -1.2, 1.2, 300, 0., 0.3); fListHistCascade->Add(f2dHistArmenteros); } //------- if(! f2dHistEffMassLambdaVsEffMassXiMinus) { f2dHistEffMassLambdaVsEffMassXiMinus = new TH2F( "f2dHistEffMassLambdaVsEffMassXiMinus", "M_{#Lambda} Vs M_{#Xi^{-} candidates} ; Inv. M_{#Lambda^{0}} (GeV/c^{2}) ; M( #Lambda , #pi^{-} ) (GeV/c^{2})", 300, 1.1,1.13, 400, 1.2, 2.0); fListHistCascade->Add(f2dHistEffMassLambdaVsEffMassXiMinus); } if(! f2dHistEffMassXiVsEffMassOmegaMinus) { f2dHistEffMassXiVsEffMassOmegaMinus = new TH2F( "f2dHistEffMassXiVsEffMassOmegaMinus", "M_{#Xi^{-} candidates} Vs M_{#Omega^{-} candidates} ; M( #Lambda , #pi^{-} ) (GeV/c^{2}) ; M( #Lambda , K^{-} ) (GeV/c^{2})", 400, 1.2, 2.0, 500, 1.5, 2.5); fListHistCascade->Add(f2dHistEffMassXiVsEffMassOmegaMinus); } if(! f2dHistEffMassLambdaVsEffMassXiPlus) { f2dHistEffMassLambdaVsEffMassXiPlus = new TH2F( "f2dHistEffMassLambdaVsEffMassXiPlus", "M_{#Lambda} Vs M_{#bar{#Xi}^{+} candidates} ; Inv. M_{#Lambda^{0}} (GeV/c^{2}) ; M( #Lambda , #pi^{+} ) (GeV/c^{2})", 300, 1.1,1.13, 400, 1.2, 2.0); fListHistCascade->Add(f2dHistEffMassLambdaVsEffMassXiPlus); } if(! f2dHistEffMassXiVsEffMassOmegaPlus) { f2dHistEffMassXiVsEffMassOmegaPlus = new TH2F( "f2dHistEffMassXiVsEffMassOmegaPlus", "M_{#bar{#Xi}^{+} candidates} Vs M_{#bar{#Omega}^{+} candidates} ; M( #Lambda , #pi^{+} ) (GeV/c^{2}) ; M( #Lambda , K^{+} ) (GeV/c^{2})", 400, 1.2, 2.0, 500, 1.5, 2.5); fListHistCascade->Add(f2dHistEffMassXiVsEffMassOmegaPlus); } //------- if(! f2dHistXiRadiusVsEffMassXiMinus) { f2dHistXiRadiusVsEffMassXiMinus = new TH2F( "f2dHistXiRadiusVsEffMassXiMinus", "Transv. R_{Xi Decay} Vs M_{#Xi^{-} candidates}; r_{cascade} (cm); M( #Lambda , #pi^{-} ) (GeV/c^{2}) ", 450, 0., 45.0, 400, 1.2, 2.0); fListHistCascade->Add(f2dHistXiRadiusVsEffMassXiMinus); } if(! f2dHistXiRadiusVsEffMassXiPlus) { f2dHistXiRadiusVsEffMassXiPlus = new TH2F( "f2dHistXiRadiusVsEffMassXiPlus", "Transv. R_{Xi Decay} Vs M_{#bar{#Xi}^{+} candidates}; r_{cascade} (cm); M( #Lambda , #pi^{+} ) (GeV/c^{2}) ", 450, 0., 45.0, 400, 1.2, 2.0); fListHistCascade->Add(f2dHistXiRadiusVsEffMassXiPlus); } if(! f2dHistXiRadiusVsEffMassOmegaMinus) { f2dHistXiRadiusVsEffMassOmegaMinus = new TH2F( "f2dHistXiRadiusVsEffMassOmegaMinus", "Transv. R_{Xi Decay} Vs M_{#Omega^{-} candidates}; r_{cascade} (cm); M( #Lambda , K^{-} ) (GeV/c^{2}) ", 450, 0., 45.0, 500, 1.5, 2.5); fListHistCascade->Add(f2dHistXiRadiusVsEffMassOmegaMinus); } if(! f2dHistXiRadiusVsEffMassOmegaPlus) { f2dHistXiRadiusVsEffMassOmegaPlus = new TH2F( "f2dHistXiRadiusVsEffMassOmegaPlus", "Transv. R_{Xi Decay} Vs M_{#bar{#Omega}^{+} candidates}; r_{cascade} (cm); M( #Lambda , K^{+} ) (GeV/c^{2}) ", 450, 0., 45.0, 500, 1.5, 2.5); fListHistCascade->Add(f2dHistXiRadiusVsEffMassOmegaPlus); } //------ if(! f2dHistTPCdEdxOfCascDghters){ f2dHistTPCdEdxOfCascDghters = new TH2F( "f2dHistTPCdEdxOfCascDghters", "TPC dE/dx of the cascade daughters; charge x || #vec{p}_{TPC inner wall}(Casc. daughter) || (GeV/c); TPC signal (ADC) ", 2000, -10.0, 10.0, 450, 0., 900.); fListHistCascade->Add(f2dHistTPCdEdxOfCascDghters); } // Part 2 : Raw material for yield extraction ------- if(! f3dHistXiPtVsEffMassVsYXiMinus) { f3dHistXiPtVsEffMassVsYXiMinus = new TH3F( "f3dHistXiPtVsEffMassVsYXiMinus", "Pt_{cascade} Vs M_{#Xi^{-} candidates} Vs Y_{#Xi}; Pt_{cascade} (GeV/c); M( #Lambda , #pi^{-} ) (GeV/c^{2}) ;Y_{#Xi} ", 100, 0., 10.0, 400, 1.2, 2.0, 44, -1.1,1.1); fListHistCascade->Add(f3dHistXiPtVsEffMassVsYXiMinus); } if(! f3dHistXiPtVsEffMassVsYXiPlus) { f3dHistXiPtVsEffMassVsYXiPlus = new TH3F( "f3dHistXiPtVsEffMassVsYXiPlus", "Pt_{cascade} Vs M_{#bar{#Xi}^{+} candidates} Vs Y_{#Xi}; Pt_{cascade} (GeV/c); M( #Lambda , #pi^{+} ) (GeV/c^{2}); Y_{#Xi}", 100, 0., 10.0, 400, 1.2, 2.0, 44, -1.1,1.1); fListHistCascade->Add(f3dHistXiPtVsEffMassVsYXiPlus); } if(! f3dHistXiPtVsEffMassVsYOmegaMinus) { f3dHistXiPtVsEffMassVsYOmegaMinus = new TH3F( "f3dHistXiPtVsEffMassVsYOmegaMinus", "Pt_{cascade} Vs M_{#Omega^{-} candidates} Vs Y_{#Omega}; Pt_{cascade} (GeV/c); M( #Lambda , K^{-} ) (GeV/c^{2}); Y_{#Omega}", 100, 0., 10.0, 500, 1.5, 2.5, 44, -1.1,1.1); fListHistCascade->Add(f3dHistXiPtVsEffMassVsYOmegaMinus); } if(! f3dHistXiPtVsEffMassVsYOmegaPlus) { f3dHistXiPtVsEffMassVsYOmegaPlus = new TH3F( "f3dHistXiPtVsEffMassVsYOmegaPlus", "Pt_{cascade} Vs M_{#bar{#Omega}^{+} candidates} Vs Y_{#Omega}; Pt_{cascade} (GeV/c); M( #Lambda , K^{+} ) (GeV/c^{2}); Y_{#Omega}", 100, 0., 10.0, 500, 1.5, 2.5, 44, -1.1,1.1); fListHistCascade->Add(f3dHistXiPtVsEffMassVsYOmegaPlus); } //-- if(! fCFContCascadePIDXiMinus) { const Int_t lNbSteps = 7 ; const Int_t lNbVariables = 4 ; //array for the number of bins in each dimension : Int_t lNbBinsPerVar[4] = {0}; lNbBinsPerVar[0] = 100; lNbBinsPerVar[1] = 75; lNbBinsPerVar[2] = 44; lNbBinsPerVar[3] = 250; fCFContCascadePIDXiMinus = new AliCFContainer("fCFContCascadePIDXiMinus","Pt_{cascade} Vs M_{#Xi^{-} candidates} Vs Y_{#Xi}", lNbSteps, lNbVariables, lNbBinsPerVar ); //setting the bin limits (valid for v4-18-10-AN) fCFContCascadePIDXiMinus->SetBinLimits(0, 0.0 , 10.0 ); // Pt(Cascade) fCFContCascadePIDXiMinus->SetBinLimits(1, 1.25 , 1.40 ); // Xi Effective mass fCFContCascadePIDXiMinus->SetBinLimits(2, -1.1 , 1.1 ); // Rapidity if(fCollidingSystems) fCFContCascadePIDXiMinus->SetBinLimits(3, 0.0, 20000.0 ); // Primary track Multiplicity else fCFContCascadePIDXiMinus->SetBinLimits(3, 0.0, 250.0 ); // Primary track Multiplicity // Setting the step title : one per PID case fCFContCascadePIDXiMinus->SetStepTitle(0, "No PID"); fCFContCascadePIDXiMinus->SetStepTitle(1, "TPC PID / 4-#sigma cut on Bachelor track"); fCFContCascadePIDXiMinus->SetStepTitle(2, "TPC PID / 4-#sigma cut on Bachelor+Baryon tracks"); fCFContCascadePIDXiMinus->SetStepTitle(3, "TPC PID / 4-#sigma cut on Bachelor+Baryon+Meson tracks"); fCFContCascadePIDXiMinus->SetStepTitle(4, "Comb. PID / Bachelor"); fCFContCascadePIDXiMinus->SetStepTitle(5, "Comb. PID / Bachelor+Baryon"); fCFContCascadePIDXiMinus->SetStepTitle(6, "Comb. PID / Bachelor+Baryon+Meson"); // Setting the variable title, per axis fCFContCascadePIDXiMinus->SetVarTitle(0, "Pt_{cascade} (GeV/c)"); fCFContCascadePIDXiMinus->SetVarTitle(1, "M( #Lambda , #pi^{-} ) (GeV/c^{2})"); fCFContCascadePIDXiMinus->SetVarTitle(2, "Y_{#Xi}"); fCFContCascadePIDXiMinus->SetVarTitle(3, "Primary track Multiplicity"); fListHistCascade->Add(fCFContCascadePIDXiMinus); } if(! fCFContCascadePIDXiPlus) { const Int_t lNbSteps = 7 ; const Int_t lNbVariables = 4 ; //array for the number of bins in each dimension : Int_t lNbBinsPerVar[4] = {0}; lNbBinsPerVar[0] = 100; lNbBinsPerVar[1] = 75; lNbBinsPerVar[2] = 44; lNbBinsPerVar[3] = 250; fCFContCascadePIDXiPlus = new AliCFContainer("fCFContCascadePIDXiPlus","Pt_{cascade} Vs M_{#bar{#Xi}^{+} candidates} Vs Y_{#Xi}", lNbSteps, lNbVariables, lNbBinsPerVar ); //setting the bin limits (valid for v4-18-10-AN) fCFContCascadePIDXiPlus->SetBinLimits(0, 0.0 , 10.0 ); // Pt(Cascade) fCFContCascadePIDXiPlus->SetBinLimits(1, 1.25 , 1.40 ); // Xi Effective mass fCFContCascadePIDXiPlus->SetBinLimits(2, -1.1 , 1.1 ); // Rapidity if(fCollidingSystems) fCFContCascadePIDXiPlus->SetBinLimits(3, 0.0, 20000.0 ); // Primary track Multiplicity else fCFContCascadePIDXiPlus->SetBinLimits(3, 0.0, 250.0 ); // Primary track Multiplicity // Setting the step title : one per PID case fCFContCascadePIDXiPlus->SetStepTitle(0, "No PID"); fCFContCascadePIDXiPlus->SetStepTitle(1, "TPC PID / 4-#sigma cut on Bachelor track"); fCFContCascadePIDXiPlus->SetStepTitle(2, "TPC PID / 4-#sigma cut on Bachelor+Baryon tracks"); fCFContCascadePIDXiPlus->SetStepTitle(3, "TPC PID / 4-#sigma cut on Bachelor+Baryon+Meson tracks"); fCFContCascadePIDXiPlus->SetStepTitle(4, "Comb. PID / Bachelor"); fCFContCascadePIDXiPlus->SetStepTitle(5, "Comb. PID / Bachelor+Baryon"); fCFContCascadePIDXiPlus->SetStepTitle(6, "Comb. PID / Bachelor+Baryon+Meson"); // Setting the variable title, per axis fCFContCascadePIDXiPlus->SetVarTitle(0, "Pt_{cascade} (GeV/c)"); fCFContCascadePIDXiPlus->SetVarTitle(1, "M( #Lambda , #pi^{+} ) (GeV/c^{2})"); fCFContCascadePIDXiPlus->SetVarTitle(2, "Y_{#Xi}"); fCFContCascadePIDXiPlus->SetVarTitle(3, "Primary track Multiplicity"); fListHistCascade->Add(fCFContCascadePIDXiPlus); } if(! fCFContCascadePIDOmegaMinus) { const Int_t lNbSteps = 7 ; const Int_t lNbVariables = 4 ; //array for the number of bins in each dimension : Int_t lNbBinsPerVar[4] = {0}; lNbBinsPerVar[0] = 100; lNbBinsPerVar[1] = 60; lNbBinsPerVar[2] = 44; lNbBinsPerVar[3] = 250; fCFContCascadePIDOmegaMinus = new AliCFContainer("fCFContCascadePIDOmegaMinus","Pt_{cascade} Vs M_{#Omega^{-} candidates} Vs Y_{#Omega}", lNbSteps, lNbVariables, lNbBinsPerVar ); //setting the bin limits (valid for v4-18-10-AN) fCFContCascadePIDOmegaMinus->SetBinLimits(0, 0.0 , 10.0 ); // Pt(Cascade) fCFContCascadePIDOmegaMinus->SetBinLimits(1, 1.62 , 1.74 ); // Omega Effective mass fCFContCascadePIDOmegaMinus->SetBinLimits(2, -1.1 , 1.1 ); // Rapidity if(fCollidingSystems) fCFContCascadePIDOmegaMinus->SetBinLimits(3, 0.0, 20000.0 ); //Primary track Multiplicity else fCFContCascadePIDOmegaMinus->SetBinLimits(3, 0.0, 250.0 ); // Primary track Multiplicity // Setting the step title : one per PID case fCFContCascadePIDOmegaMinus->SetStepTitle(0, "No PID"); fCFContCascadePIDOmegaMinus->SetStepTitle(1, "TPC PID / 4-#sigma cut on Bachelor track"); fCFContCascadePIDOmegaMinus->SetStepTitle(2, "TPC PID / 4-#sigma cut on Bachelor+Baryon tracks"); fCFContCascadePIDOmegaMinus->SetStepTitle(3, "TPC PID / 4-#sigma cut on Bachelor+Baryon+Meson tracks"); fCFContCascadePIDOmegaMinus->SetStepTitle(4, "Comb. PID / Bachelor"); fCFContCascadePIDOmegaMinus->SetStepTitle(5, "Comb. PID / Bachelor+Baryon"); fCFContCascadePIDOmegaMinus->SetStepTitle(6, "Comb. PID / Bachelor+Baryon+Meson"); // Setting the variable title, per axis fCFContCascadePIDOmegaMinus->SetVarTitle(0, "Pt_{cascade} (GeV/c)"); fCFContCascadePIDOmegaMinus->SetVarTitle(1, "M( #Lambda , K^{-} ) (GeV/c^{2})"); fCFContCascadePIDOmegaMinus->SetVarTitle(2, "Y_{#Omega}"); fCFContCascadePIDOmegaMinus->SetVarTitle(3, "Primary track Multiplicity"); fListHistCascade->Add(fCFContCascadePIDOmegaMinus); } if(! fCFContCascadePIDOmegaPlus) { const Int_t lNbSteps = 7 ; const Int_t lNbVariables = 4 ; //array for the number of bins in each dimension : Int_t lNbBinsPerVar[4] = {0}; lNbBinsPerVar[0] = 100; lNbBinsPerVar[1] = 60; lNbBinsPerVar[2] = 44; lNbBinsPerVar[3] = 250; fCFContCascadePIDOmegaPlus = new AliCFContainer("fCFContCascadePIDOmegaPlus","Pt_{cascade} Vs M_{#bar{#Omega}^{+} candidates} Vs Y_{#Omega}", lNbSteps, lNbVariables, lNbBinsPerVar ); //setting the bin limits (valid for v4-18-10-AN) fCFContCascadePIDOmegaPlus->SetBinLimits(0, 0.0 , 10.0 ); // Pt(Cascade) fCFContCascadePIDOmegaPlus->SetBinLimits(1, 1.62 , 1.74 ); // Omega Effective mass fCFContCascadePIDOmegaPlus->SetBinLimits(2, -1.1 , 1.1 ); // Rapidity if(fCollidingSystems) fCFContCascadePIDOmegaPlus->SetBinLimits(3, 0.0, 20000.0 ); // Primary track Multiplicity else fCFContCascadePIDOmegaPlus->SetBinLimits(3, 0.0, 250.0 ); // Primary track Multiplicity // Setting the step title : one per PID case fCFContCascadePIDOmegaPlus->SetStepTitle(0, "No PID"); fCFContCascadePIDOmegaPlus->SetStepTitle(1, "TPC PID / 4-#sigma cut on Bachelor track"); fCFContCascadePIDOmegaPlus->SetStepTitle(2, "TPC PID / 4-#sigma cut on Bachelor+Baryon tracks"); fCFContCascadePIDOmegaPlus->SetStepTitle(3, "TPC PID / 4-#sigma cut on Bachelor+Baryon+Meson tracks"); fCFContCascadePIDOmegaPlus->SetStepTitle(4, "Comb. PID / Bachelor"); fCFContCascadePIDOmegaPlus->SetStepTitle(5, "Comb. PID / Bachelor+Baryon"); fCFContCascadePIDOmegaPlus->SetStepTitle(6, "Comb. PID / Bachelor+Baryon+Meson"); // Setting the variable title, per axis fCFContCascadePIDOmegaPlus->SetVarTitle(0, "Pt_{cascade} (GeV/c)"); fCFContCascadePIDOmegaPlus->SetVarTitle(1, "M( #Lambda , K^{+} ) (GeV/c^{2})"); fCFContCascadePIDOmegaPlus->SetVarTitle(2, "Y_{#Omega}"); fCFContCascadePIDOmegaPlus->SetVarTitle(3, "Primary track Multiplicity"); fListHistCascade->Add(fCFContCascadePIDOmegaPlus); } // Part 3 : Towards the optimisation of topological selections ------- if(! fCFContCascadeCuts){ // Container meant to store all the relevant distributions corresponding to the cut variables. // So far, 20 variables have been identified. // The following will be done in quite a brut force way ... // FIXME Improvement expected later (before Pb-Pb data at least) // - Define a user binning to have less bins in each dimension // - boolean for enabling/disbaling this CFContainer const Int_t lNbSteps = 4 ; const Int_t lNbVariables = 20 ; //array for the number of bins in each dimension : Int_t lNbBinsPerVar[20] = {0}; lNbBinsPerVar[0] = 25; lNbBinsPerVar[1] = 25; lNbBinsPerVar[2] = 20; lNbBinsPerVar[3] = 40; lNbBinsPerVar[4] = 30; lNbBinsPerVar[5] = 25; lNbBinsPerVar[6] = 20; lNbBinsPerVar[7] = 40; lNbBinsPerVar[8] = 40; lNbBinsPerVar[9] = 25; lNbBinsPerVar[10] = 25; lNbBinsPerVar[11] = 75; // 2-MeV/c2 bins lNbBinsPerVar[12] = 60; // 2-MeV/c2 bins lNbBinsPerVar[13] = 100; lNbBinsPerVar[14] = 44; // 0.05 in rapidity units lNbBinsPerVar[15] = 44; // 0.05 in rapidity units lNbBinsPerVar[16] = 20; lNbBinsPerVar[17] = 50; lNbBinsPerVar[18] = 100; lNbBinsPerVar[19] = 24; fCFContCascadeCuts = new AliCFContainer("fCFContCascadeCuts","Container for Cascade cuts", lNbSteps, lNbVariables, lNbBinsPerVar ); //setting the bin limits //0 Double_t *lBinLim0 = new Double_t[ lNbBinsPerVar[0]+1 ]; for(Int_t i=0; i< lNbBinsPerVar[0];i++) lBinLim0[i] = (Double_t)0.0 + (4.8 - 0.0 )/(lNbBinsPerVar[0]-1) * (Double_t)i ; lBinLim0[ lNbBinsPerVar[0] ] = 20.0; fCFContCascadeCuts -> SetBinLimits(0, lBinLim0 ); // DcaXiDaughters : 0.0 to 5.0 delete [] lBinLim0; //1 Double_t *lBinLim1 = new Double_t[ lNbBinsPerVar[1]+1 ]; for(Int_t i=0; i< lNbBinsPerVar[1];i++) lBinLim1[i] = (Double_t)0.0 + (0.24 - 0.0 )/(lNbBinsPerVar[1]-1) * (Double_t)i ; lBinLim1[ lNbBinsPerVar[1] ] = 100.0; fCFContCascadeCuts -> SetBinLimits(1, lBinLim1 ); // DcaBachToPrimVertexXi : 0.0 to 0.25 delete [] lBinLim1; //2 Double_t *lBinLim2 = new Double_t[ lNbBinsPerVar[2]+1 ]; for(Int_t i=1; i< lNbBinsPerVar[2]+1;i++) lBinLim2[i] = (Double_t)0.81 + (1.0 - 0.81 )/(lNbBinsPerVar[2]-1) * (Double_t) (i-1) ; lBinLim2[0] = 0.0; fCFContCascadeCuts -> SetBinLimits(2, lBinLim2 ); // XiCosineOfPointingAngle : 0.80 to 1.0 delete [] lBinLim2; //3 Double_t *lBinLim3 = new Double_t[ lNbBinsPerVar[3]+1 ]; for(Int_t i=0; i< lNbBinsPerVar[3];i++) lBinLim3[i] = (Double_t)0.0 + (3.9 - 0.0 )/(lNbBinsPerVar[3]-1) * (Double_t)i ; lBinLim3[ lNbBinsPerVar[3] ] = 110.0; fCFContCascadeCuts -> SetBinLimits(3, lBinLim3 ); // XiRadius : 0.0 to 4.0 delete [] lBinLim3; //4 fCFContCascadeCuts->SetBinLimits(4, 1.1 , 1.13 ); // InvMassLambdaAsCascDghter //5 Double_t *lBinLim5 = new Double_t[ lNbBinsPerVar[5]+1 ]; for(Int_t i=0; i< lNbBinsPerVar[5];i++) lBinLim5[i] = (Double_t)0.0 + (4.8 - 0.0 )/(lNbBinsPerVar[5]-1) * (Double_t)i ; lBinLim5[ lNbBinsPerVar[5] ] = 20.0; fCFContCascadeCuts -> SetBinLimits(5, lBinLim5 ); // DcaV0DaughtersXi : 0.0 to 5.0 delete [] lBinLim5; //6 Double_t *lBinLim6 = new Double_t[ lNbBinsPerVar[6]+1 ]; for(Int_t i=1; i< lNbBinsPerVar[6]+1 ;i++) lBinLim6[i] = (Double_t)0.81 + (1.0 - 0.81 )/(lNbBinsPerVar[6]-1) * (Double_t) (i-1) ; lBinLim6[0] = 0.0; fCFContCascadeCuts -> SetBinLimits(6, lBinLim6 ); // V0CosineOfPointingAngleXi : 0.80 to 1.0 delete [] lBinLim6; //7 Double_t *lBinLim7 = new Double_t[ lNbBinsPerVar[7]+1 ]; for(Int_t i=0; i< lNbBinsPerVar[7];i++) lBinLim7[i] = (Double_t)0.0 + (7.8 - 0.0 )/(lNbBinsPerVar[7]-1) * (Double_t)i ; lBinLim7[ lNbBinsPerVar[7] ] = 100.0; fCFContCascadeCuts -> SetBinLimits(7, lBinLim7 ); // V0RadiusXi : 0.0 to 8.0 delete [] lBinLim7; //8 Double_t *lBinLim8 = new Double_t[ lNbBinsPerVar[8]+1 ]; for(Int_t i=0; i< lNbBinsPerVar[8];i++) lBinLim8[i] = (Double_t)0.0 + (0.39 - 0.0 )/(lNbBinsPerVar[8]-1) * (Double_t)i ; lBinLim8[ lNbBinsPerVar[8] ] = 100.0; fCFContCascadeCuts -> SetBinLimits(8, lBinLim8 ); // DcaV0ToPrimVertexXi : 0.0 to 0.40 delete [] lBinLim8; //9 Double_t *lBinLim9 = new Double_t[ lNbBinsPerVar[9]+1 ]; for(Int_t i=0; i< lNbBinsPerVar[9];i++) lBinLim9[i] = (Double_t)0.0 + (0.24 - 0.0 )/(lNbBinsPerVar[9]-1) * (Double_t)i ; lBinLim9[ lNbBinsPerVar[9] ] = 100.0; fCFContCascadeCuts -> SetBinLimits(9, lBinLim9 ); // DcaPosToPrimVertexXi : 0.0 to 0.25 delete [] lBinLim9; //10 Double_t *lBinLim10 = new Double_t[ lNbBinsPerVar[10]+1 ]; for(Int_t i=0; i< lNbBinsPerVar[10];i++) lBinLim10[i] = (Double_t)0.0 + (0.24 - 0.0 )/(lNbBinsPerVar[10]-1) * (Double_t)i ; lBinLim10[ lNbBinsPerVar[10] ] = 100.0; fCFContCascadeCuts -> SetBinLimits(10, lBinLim10 ); // DcaPosToPrimVertexXi : 0.0 to 0.25 delete [] lBinLim10; //11 fCFContCascadeCuts->SetBinLimits(11, 1.25 , 1.40 ); // InvMassXi fCFContCascadeCuts->SetBinLimits(12, 1.62 , 1.74 ); // InvMassOmega fCFContCascadeCuts->SetBinLimits(13, 0.0 , 10.0 ); // XiTransvMom fCFContCascadeCuts->SetBinLimits(14, -1.1 , 1.1 ); // Y(Xi) fCFContCascadeCuts->SetBinLimits(15, -1.1 , 1.1 ); // Y(Omega) fCFContCascadeCuts->SetBinLimits(16, -10.0 , 10.0 ); // BestPrimaryVtxPosZ if(fCollidingSystems){ fCFContCascadeCuts->SetBinLimits(17, 0.0, 10000.0 ); // nTrackPrimaryMultiplicity fCFContCascadeCuts->SetBinLimits(18, 0.0, 10000.0 ); // nITSandTPCtracksAndSPDtracklets } else{ //17 //fCFContCascadeCuts->SetBinLimits(17, 0.0, 250.0 ); // nTrackPrimaryMultiplicity Double_t *lBinLim17 = new Double_t[ lNbBinsPerVar[17]+1 ]; lBinLim17[0] = 0; lBinLim17[10] = 10; lBinLim17[20] = 24; lBinLim17[30] = 45; lBinLim17[40] = 95; lBinLim17[50] = 250; lBinLim17[1] = 1; lBinLim17[11] = 11; lBinLim17[21] = 25; lBinLim17[31] = 50; lBinLim17[41] = 100; lBinLim17[2] = 2; lBinLim17[12] = 13; lBinLim17[22] = 27; lBinLim17[32] = 55; lBinLim17[42] = 105; lBinLim17[3] = 3; lBinLim17[13] = 14; lBinLim17[23] = 30; lBinLim17[33] = 60; lBinLim17[43] = 110; lBinLim17[4] = 4; lBinLim17[14] = 15; lBinLim17[24] = 31; lBinLim17[34] = 65; lBinLim17[44] = 115; lBinLim17[5] = 5; lBinLim17[15] = 16; lBinLim17[25] = 32; lBinLim17[35] = 70; lBinLim17[45] = 120; lBinLim17[6] = 6; lBinLim17[16] = 20; lBinLim17[26] = 33; lBinLim17[36] = 75; lBinLim17[46] = 125; lBinLim17[7] = 7; lBinLim17[17] = 21; lBinLim17[27] = 34; lBinLim17[37] = 80; lBinLim17[47] = 130; lBinLim17[8] = 8; lBinLim17[18] = 22; lBinLim17[28] = 35; lBinLim17[38] = 85; lBinLim17[48] = 135; lBinLim17[9] = 9; lBinLim17[19] = 23; lBinLim17[29] = 40; lBinLim17[39] = 90; lBinLim17[49] = 140; fCFContCascadeCuts -> SetBinLimits(17, lBinLim17 ); // nTrackPrimaryMultiplicity : 0 to 250 delete [] lBinLim17; fCFContCascadeCuts->SetBinLimits(18, 0.0, 200.0 ); // nITSandTPCtracksAndSPDtracklets } fCFContCascadeCuts->SetBinLimits(19, 68.0 ,164.0 ); // BachTPCClusters // Regular binning definition (valid for v4-18-10-AN on) /* fCFContCascadeCuts->SetBinLimits(0, 0.0 , 2.5 ); // DcaXiDaughters fCFContCascadeCuts->SetBinLimits(1, 0.0 , 0.25 ); // DcaBachToPrimVertexXi fCFContCascadeCuts->SetBinLimits(2, 0.99 , 1.0 ); // XiCosineOfPointingAngle fCFContCascadeCuts->SetBinLimits(3, 0.0 , 4.0 ); // XiRadius fCFContCascadeCuts->SetBinLimits(4, 1.1 , 1.15 ); // InvMassLambdaAsCascDghter fCFContCascadeCuts->SetBinLimits(5, 0.0 , 1.0 ); // DcaV0DaughtersXi fCFContCascadeCuts->SetBinLimits(6, 0.98 , 1.0 ); // V0CosineOfPointingAngleXi fCFContCascadeCuts->SetBinLimits(7, 0.0 , 20.0 ); // V0RadiusXi fCFContCascadeCuts->SetBinLimits(8, 0.0 , 1.0 ); // DcaV0ToPrimVertexXi fCFContCascadeCuts->SetBinLimits(9, 0.0 , 0.25 ); // DcaPosToPrimVertexXi fCFContCascadeCuts->SetBinLimits(10, 0.0 , 0.25 ); // DcaNegToPrimVertexXi fCFContCascadeCuts->SetBinLimits(11, 1.25 , 1.40 ); // InvMassXi fCFContCascadeCuts->SetBinLimits(12, 1.62 , 1.74 ); // InvMassOmega fCFContCascadeCuts->SetBinLimits(13, 0.0 , 10.0 ); // XiTransvMom fCFContCascadeCuts->SetBinLimits(14, -1.1 , 1.1 ); // Y(Xi) fCFContCascadeCuts->SetBinLimits(15, -1.1 , 1.1 ); // Y(Omega) fCFContCascadeCuts->SetBinLimits(16, -10.0 , 10.0 ); // BestPrimaryVtxPosZ if(fCollidingSystems){ fCFContCascadeCuts->SetBinLimits(17, 0.0, 10000.0 ); // nTrackPrimaryMultiplicity fCFContCascadeCuts->SetBinLimits(18, 0.0, 10000.0 ); // nITSandTPCtracksAndSPDtracklets } else{ fCFContCascadeCuts->SetBinLimits(17, 0.0, 250.0 ); // nTrackPrimaryMultiplicity fCFContCascadeCuts->SetBinLimits(18, 0.0, 200.0 ); // nITSandTPCtracksAndSPDtracklets } fCFContCascadeCuts->SetBinLimits(19, 25.0 ,165.0 ); // BachTPCClusters */ // Setting the number of steps : one for each cascade species (Xi-, Xi+ and Omega-, Omega+) fCFContCascadeCuts->SetStepTitle(0, "#Xi^{-} candidates"); fCFContCascadeCuts->SetStepTitle(1, "#bar{#Xi}^{+} candidates"); fCFContCascadeCuts->SetStepTitle(2, "#Omega^{-} candidates"); fCFContCascadeCuts->SetStepTitle(3, "#bar{#Omega}^{+} candidates"); // Setting the variable title, per axis // fCFContCascadeCuts->SetVarTitle(40, "Chi2Xi"); fCFContCascadeCuts->SetVarTitle(0, "Dca(XiDaughters) (cm)"); fCFContCascadeCuts->SetVarTitle(1, "Dca(Bach/PrimVertex) (cm)"); fCFContCascadeCuts->SetVarTitle(2, "cos(Xi pointing angle)"); fCFContCascadeCuts->SetVarTitle(3, "R_{2d}(Xi decay) (cm)"); fCFContCascadeCuts->SetVarTitle(4, "M_{#Lambda}(As Casc Dghter) (GeV/c^{2})"); // fCFContCascadeCuts->SetVarTitle(40, "V0Chi2Xi"); fCFContCascadeCuts->SetVarTitle(5, "Dca(V0 Daughters) in Xi (cm)"); fCFContCascadeCuts->SetVarTitle(6, "cos(V0 pointing Angle) in Casc"); fCFContCascadeCuts->SetVarTitle(7, "R_{2d}(V0 decay) (cm)"); fCFContCascadeCuts->SetVarTitle(8, "Dca(V0/PrimVertex) (cm)"); fCFContCascadeCuts->SetVarTitle(9, "Dca(Pos/PrimVertex) (cm)"); fCFContCascadeCuts->SetVarTitle(10, "Dca(Neg/PrimVertex) (cm)"); fCFContCascadeCuts->SetVarTitle(11, "Inv. Mass(Xi) (GeV/c^{2})"); fCFContCascadeCuts->SetVarTitle(12, "Inv. Mass(Omega) (GeV/c^{2})"); fCFContCascadeCuts->SetVarTitle(13, "pt(Casc.) (GeV/c)"); //fCFContCascadeCuts->SetVarTitle(40, "V0toXiCosineOfPointingAngle"); fCFContCascadeCuts->SetVarTitle(14, "Y(Xi)"); fCFContCascadeCuts->SetVarTitle(15, "Y(Omega)"); fCFContCascadeCuts->SetVarTitle(16, "Z-position(BestPrimVtx) (cm)"); fCFContCascadeCuts->SetVarTitle(17, "Primary Track Multiplicity"); fCFContCascadeCuts->SetVarTitle(18, "(ITS+TPC tracks + SPD tracklets) Multiplicity"); fCFContCascadeCuts->SetVarTitle(19, "Bach.TPC Clusters"); fListHistCascade->Add(fCFContCascadeCuts); } // Part 4 : Angular correlation study ------- if(! fHnSpAngularCorrXiMinus){ // Delta Phi(Casc,any trck) Vs Delta Eta(Casc,any trck) Vs Casc Pt Vs Pt of the tracks // Delta Phi = 360 bins de -180., 180. // Delta Eta = 120 bins de -3.0, 3.0 // Pt Cascade = 100 bins de 0., 10.0, // Pt track = 150 bins de 0., 15.0 Int_t bins[5] = { 360, 120, 100, 150, 40}; Double_t xmin[5] = {-50., -3., 0., 0., 1.30}; Double_t xmax[5] = { 310., 3., 10., 15., 1.34}; TString strHnSparseTitle(""); TString strAxisTitle[5]; if(fAngularCorrelationType == "TrigAnyCasc-AssoAnyPrim" ){ strHnSparseTitle = "Angular Correlation for #Xi^{-}: Trig = Casc. / Asso = all prim. tracks"; strAxisTitle[0] = " #Delta#phi(Casc,Track) (deg)"; strAxisTitle[1] = " #Delta#eta(Casc,Track)"; strAxisTitle[2] = " Pt_{Casc} (GeV/c)"; strAxisTitle[3] = " Pt_{asso. track} (GeV/c)"; } else if(fAngularCorrelationType == "TrigCascLeading-AssoAnyPrim"){ strHnSparseTitle = "Angular Correlation for #Xi^{-}: Trig = Casc. (leading part.) / Asso = all prim. tracks"; strAxisTitle[0] = " #Delta#phi(Casc_{LEADING},Track) (deg)"; strAxisTitle[1] = " #Delta#eta(Casc_{LEADING},Track)"; strAxisTitle[2] = " Pt(Casc_{LEADING}) (GeV/c)"; strAxisTitle[3] = " Pt_{asso. track} (GeV/c)"; } else if(fAngularCorrelationType == "TrigLeadingTrck-AssoCasc"){ strHnSparseTitle = "Angular Correlation for #Xi^{-}: Trig = leading track / Asso = any cascade"; strAxisTitle[0] = " #Delta#phi(Leading Track,Casc) (deg)"; strAxisTitle[1] = " #Delta#eta(Leading Track,Casc)"; strAxisTitle[2] = " Pt(asso. Casc) (GeV/c)"; strAxisTitle[3] = " Pt_{Leading track} (GeV/c)"; } strAxisTitle[4] = " Eff. Inv Mass (GeV/c^{2})"; fHnSpAngularCorrXiMinus = new THnSparseF("fHnSpAngularCorrXiMinus", strHnSparseTitle.Data(), 5, bins, xmin, xmax); fHnSpAngularCorrXiMinus->GetAxis(0)->SetTitle( strAxisTitle[0].Data() ); fHnSpAngularCorrXiMinus->GetAxis(1)->SetTitle( strAxisTitle[1].Data() ); fHnSpAngularCorrXiMinus->GetAxis(2)->SetTitle( strAxisTitle[2].Data() ); fHnSpAngularCorrXiMinus->GetAxis(3)->SetTitle( strAxisTitle[3].Data() ); fHnSpAngularCorrXiMinus->GetAxis(4)->SetTitle( strAxisTitle[4].Data() ); fHnSpAngularCorrXiMinus->Sumw2(); fListHistCascade->Add(fHnSpAngularCorrXiMinus); } if(! fHnSpAngularCorrXiPlus){ // Delta Phi(Casc,any trck) Vs Delta Eta(Casc,any trck) Vs Casc Pt Vs Pt of the tracks // Delta Phi = 360 bins de -180., 180. // Delta Eta = 120 bins de -3.0, 3.0 // Pt Cascade = 100 bins de 0., 10.0, // Pt track = 150 bins de 0., 15.0 Int_t bins[5] = { 360, 120, 100, 150, 40}; Double_t xmin[5] = {-50., -3., 0., 0., 1.30}; Double_t xmax[5] = { 310., 3., 10., 15., 1.34}; TString strHnSparseTitle(""); TString strAxisTitle[5]; if(fAngularCorrelationType == "TrigAnyCasc-AssoAnyPrim" ){ strHnSparseTitle = "Angular Correlation for #bar{#Xi}^{+}: Trig = Casc. / Asso = all prim. tracks"; strAxisTitle[0] = " #Delta#phi(Casc,Track) (deg)"; strAxisTitle[1] = " #Delta#eta(Casc,Track)"; strAxisTitle[2] = " Pt_{Casc} (GeV/c)"; strAxisTitle[3] = " Pt_{asso. track} (GeV/c)"; } else if(fAngularCorrelationType == "TrigCascLeading-AssoAnyPrim"){ strHnSparseTitle = "Angular Correlation for #bar{#Xi}^{+}: Trig = Casc. (leading part.) / Asso = all prim. tracks"; strAxisTitle[0] = " #Delta#phi(Casc_{LEADING},Track) (deg)"; strAxisTitle[1] = " #Delta#eta(Casc_{LEADING},Track)"; strAxisTitle[2] = " Pt(Casc_{LEADING}) (GeV/c)"; strAxisTitle[3] = " Pt_{asso. track} (GeV/c)"; } else if(fAngularCorrelationType == "TrigLeadingTrck-AssoCasc"){ strHnSparseTitle = "Angular Correlation for #bar{#Xi}^{+}: Trig = leading track / Asso = any cascade"; strAxisTitle[0] = " #Delta#phi(Leading Track,Casc) (deg)"; strAxisTitle[1] = " #Delta#eta(Leading Track,Casc)"; strAxisTitle[2] = " Pt(asso. Casc) (GeV/c)"; strAxisTitle[3] = " Pt_{Leading track} (GeV/c)"; } strAxisTitle[4] = " Eff. Inv Mass (GeV/c^{2})"; fHnSpAngularCorrXiPlus = new THnSparseF("fHnSpAngularCorrXiPlus", strHnSparseTitle.Data(), 5, bins, xmin, xmax); fHnSpAngularCorrXiPlus->GetAxis(0)->SetTitle( strAxisTitle[0].Data() ); fHnSpAngularCorrXiPlus->GetAxis(1)->SetTitle( strAxisTitle[1].Data() ); fHnSpAngularCorrXiPlus->GetAxis(2)->SetTitle( strAxisTitle[2].Data() ); fHnSpAngularCorrXiPlus->GetAxis(3)->SetTitle( strAxisTitle[3].Data() ); fHnSpAngularCorrXiPlus->GetAxis(4)->SetTitle( strAxisTitle[4].Data() ); fHnSpAngularCorrXiPlus->Sumw2(); fListHistCascade->Add(fHnSpAngularCorrXiPlus); } if(! fHnSpAngularCorrOmegaMinus){ // Delta Phi(Casc,any trck) Vs Delta Eta(Casc,any trck) Vs Casc Pt Vs Pt of the tracks // Delta Phi = 360 bins de -180., 180. // Delta Eta = 120 bins de -3.0, 3.0 // Pt Cascade = 100 bins de 0., 10.0, // Pt track = 150 bins de 0., 15.0 Int_t bins[5] = { 360, 120, 100, 150, 40}; Double_t xmin[5] = {-50., -3., 0., 0., 1.65}; Double_t xmax[5] = { 310., 3., 10., 15., 1.69}; TString strHnSparseTitle(""); TString strAxisTitle[5]; if(fAngularCorrelationType == "TrigAnyCasc-AssoAnyPrim" ){ strHnSparseTitle = "Angular Correlation for #Omega^{-}: Trig = Casc. / Asso = all prim. tracks"; strAxisTitle[0] = " #Delta#phi(Casc,Track) (deg)"; strAxisTitle[1] = " #Delta#eta(Casc,Track)"; strAxisTitle[2] = " Pt_{Casc} (GeV/c)"; strAxisTitle[3] = " Pt_{asso. track} (GeV/c)"; } else if(fAngularCorrelationType == "TrigCascLeading-AssoAnyPrim"){ strHnSparseTitle = "Angular Correlation for #Omega^{-}: Trig = Casc. (leading part.) / Asso = all prim. tracks"; strAxisTitle[0] = " #Delta#phi(Casc_{LEADING},Track) (deg)"; strAxisTitle[1] = " #Delta#eta(Casc_{LEADING},Track)"; strAxisTitle[2] = " Pt(Casc_{LEADING}) (GeV/c)"; strAxisTitle[3] = " Pt_{asso. track} (GeV/c)"; } else if(fAngularCorrelationType == "TrigLeadingTrck-AssoCasc"){ strHnSparseTitle = "Angular Correlation for #Omega^{-}: Trig = leading track / Asso = any cascade"; strAxisTitle[0] = " #Delta#phi(Leading Track,Casc) (deg)"; strAxisTitle[1] = " #Delta#eta(Leading Track,Casc)"; strAxisTitle[2] = " Pt(asso. Casc) (GeV/c)"; strAxisTitle[3] = " Pt_{Leading track} (GeV/c)"; } strAxisTitle[4] = " Eff. Inv Mass (GeV/c^{2})"; fHnSpAngularCorrOmegaMinus = new THnSparseF("fHnSpAngularCorrOmegaMinus", strHnSparseTitle.Data(), 5, bins, xmin, xmax); fHnSpAngularCorrOmegaMinus->GetAxis(0)->SetTitle( strAxisTitle[0].Data() ); fHnSpAngularCorrOmegaMinus->GetAxis(1)->SetTitle( strAxisTitle[1].Data() ); fHnSpAngularCorrOmegaMinus->GetAxis(2)->SetTitle( strAxisTitle[2].Data() ); fHnSpAngularCorrOmegaMinus->GetAxis(3)->SetTitle( strAxisTitle[3].Data() ); fHnSpAngularCorrOmegaMinus->GetAxis(4)->SetTitle( strAxisTitle[4].Data() ); fHnSpAngularCorrOmegaMinus->Sumw2(); fListHistCascade->Add(fHnSpAngularCorrOmegaMinus); } if(! fHnSpAngularCorrOmegaPlus){ // Delta Phi(Casc,any trck) Vs Delta Eta(Casc,any trck) Vs Casc Pt Vs Pt of the tracks // Delta Phi = 360 bins de -180., 180. // Delta Eta = 120 bins de -3.0, 3.0 // Pt Cascade = 100 bins de 0., 10.0, // Pt track = 150 bins de 0., 15.0 Int_t bins[5] = { 360, 120, 100, 150, 40}; Double_t xmin[5] = {-50., -3., 0., 0., 1.65}; Double_t xmax[5] = { 310., 3., 10., 15., 1.69}; TString strHnSparseTitle(""); TString strAxisTitle[5]; if(fAngularCorrelationType == "TrigAnyCasc-AssoAnyPrim" ){ strHnSparseTitle = "Angular Correlation for #bar{#Omega}^{+}: Trig = Casc. / Asso = all prim. tracks"; strAxisTitle[0] = " #Delta#phi(Casc,Track) (deg)"; strAxisTitle[1] = " #Delta#eta(Casc,Track)"; strAxisTitle[2] = " Pt_{Casc} (GeV/c)"; strAxisTitle[3] = " Pt_{asso. track} (GeV/c)"; } else if(fAngularCorrelationType == "TrigCascLeading-AssoAnyPrim"){ strHnSparseTitle = "Angular Correlation for #bar{#Omega}^{+}: Trig = Casc. (leading part.) / Asso = all prim. tracks"; strAxisTitle[0] = " #Delta#phi(Casc_{LEADING},Track) (deg)"; strAxisTitle[1] = " #Delta#eta(Casc_{LEADING},Track)"; strAxisTitle[2] = " Pt(Casc_{LEADING}) (GeV/c)"; strAxisTitle[3] = " Pt_{asso. track} (GeV/c)"; } else if(fAngularCorrelationType == "TrigLeadingTrck-AssoCasc"){ strHnSparseTitle = "Angular Correlation for #bar{#Omega}^{+}: Trig = leading track / Asso = any cascade"; strAxisTitle[0] = " #Delta#phi(Leading Track,Casc) (deg)"; strAxisTitle[1] = " #Delta#eta(Leading Track,Casc)"; strAxisTitle[2] = " Pt(asso. Casc) (GeV/c)"; strAxisTitle[3] = " Pt_{Leading track} (GeV/c)"; } strAxisTitle[4] = " Eff. Inv Mass (GeV/c^{2})"; fHnSpAngularCorrOmegaPlus = new THnSparseF("fHnSpAngularCorrOmegaPlus", strHnSparseTitle.Data(), 5, bins, xmin, xmax); fHnSpAngularCorrOmegaPlus->GetAxis(0)->SetTitle( strAxisTitle[0].Data() ); fHnSpAngularCorrOmegaPlus->GetAxis(1)->SetTitle( strAxisTitle[1].Data() ); fHnSpAngularCorrOmegaPlus->GetAxis(2)->SetTitle( strAxisTitle[2].Data() ); fHnSpAngularCorrOmegaPlus->GetAxis(3)->SetTitle( strAxisTitle[3].Data() ); fHnSpAngularCorrOmegaPlus->GetAxis(4)->SetTitle( strAxisTitle[4].Data() ); fHnSpAngularCorrOmegaPlus->Sumw2(); fListHistCascade->Add(fHnSpAngularCorrOmegaPlus); } PostData(1, fListHistCascade); /* PostData(2, fPaveTextBookKeeping);*/ }// end UserCreateOutputObjects //________________________________________________________________________ void AliAnalysisTaskCheckCascade::UserExec(Option_t *) { // Main loop // Called for each event AliESDEvent *lESDevent = 0x0; AliAODEvent *lAODevent = 0x0; Int_t ncascades = -1; Int_t nTrackMultiplicity = -1; Int_t nTrackWithTPCrefitMultiplicity = -1; Int_t nTrackPrimaryMultiplicity = -1; Int_t nSPDTracklets = 0; // AliESDEvent::EstimateMultiplicity will re-initialise the value to 0 Int_t nITSandTPCtracksAndSPDtracklets = 0; // AliESDEvent::EstimateMultiplicity will re-initialise the value to 0 Int_t nTracksITSSApure = 0; // AliESDEvent::EstimateMultiplicity will re-initialise the value to 0 Short_t lStatusTrackingPrimVtx = -2; Double_t lTrkgPrimaryVtxPos[3] = {-100.0, -100.0, -100.0}; Double_t lBestPrimaryVtxPos[3] = {-100.0, -100.0, -100.0}; Double_t lMagneticField = -10.; // Connect to the InputEvent // After these lines, we should have an ESD/AOD event + the number of cascades in it. if(fAnalysisType == "ESD"){ lESDevent = dynamic_cast<AliESDEvent*>( InputEvent() ); if (!lESDevent) { AliWarning("ERROR: lESDevent not available \n"); return; } fHistCascadeMultiplicityBeforeTrigSel->Fill ( lESDevent->GetNumberOfCascades() ); //------------------------------------------------- // 0 - Trigger managment // NOTE : Check the availability of the proper trigger // 1st option //AliMCEventHandler *lmcEvtHandler = dynamic_cast<AliMCEventHandler*>( (AliAnalysisManager::GetAnalysisManager())->GetMCtruthEventHandler() ); //if( !lmcEvtHandler ){ // !0x0 = real data or !1 = there is an MC handler available (useMC = kTRUE in AnalysisTrainNew), so = data from MC // if ( !( lESDevent->IsTriggerClassFired("CINT1B-ABCE-NOPF-ALL")) ) return; //} // 2nd option - Presuppose the presence of AliPhysicsSelectionTask FIXME UInt_t maskIsSelected = ((AliInputEventHandler*)(AliAnalysisManager::GetAnalysisManager()->GetInputEventHandler()))->IsEventSelected(); Bool_t isSelected = 0; if( fTriggerMaskType == "kMB") isSelected = (maskIsSelected & AliVEvent::kMB) == AliVEvent::kMB; else if(fTriggerMaskType == "kHighMult") isSelected = (maskIsSelected & AliVEvent::kHighMult) == AliVEvent::kHighMult; else isSelected = 1; // default = select anyway (use case = run without Phys Selection task) if ( ! isSelected ) { PostData(1, fListHistCascade); return; } //else Printf("Event selected ... \n"); //------------------------------------------------- // 1 - Cascade vertexer (ESD) if(fkRerunV0CascVertexers){ // FIXME : relaunch V0 and Cascade vertexers if(fAnalysisType == "ESD" ){ // lESDevent->ResetCascades(); // lESDevent->ResetV0s(); // // AliV0vertexer lV0vtxer; // AliCascadeVertexer lCascVtxer; // // lV0vtxer.SetDefaultCuts(fV0Sels); // lCascVtxer.SetDefaultCuts(fCascSels); // // lV0vtxer.Tracks2V0vertices(lESDevent); // lCascVtxer.V0sTracks2CascadeVertices(lESDevent); } }// end if(RelaunchV0CascVertexers) //------------------------------------------------- ncascades = lESDevent->GetNumberOfCascades(); nTrackWithTPCrefitMultiplicity = DoESDTrackWithTPCrefitMultiplicity(lESDevent); nTrackPrimaryMultiplicity = fESDtrackCuts->CountAcceptedTracks(lESDevent); //EstimateMultiplicity(Int_t &tracklets, Int_t &trITSTPC, Int_t &trITSSApure, Double_t eta, Bool_t useDCAFlag,Bool_t useV0Flag) lESDevent->EstimateMultiplicity( nSPDTracklets, nITSandTPCtracksAndSPDtracklets, nTracksITSSApure, 1.0, kTRUE, kTRUE); }//if (fAnalysisType == "ESD") if(fAnalysisType == "AOD"){ lAODevent = dynamic_cast<AliAODEvent*>( InputEvent() ); if (!lAODevent) { AliWarning("ERROR: lAODevent not available \n"); return; } ncascades = lAODevent->GetNumberOfCascades(); nTrackWithTPCrefitMultiplicity = -1; nTrackPrimaryMultiplicity = -1; fHistCascadeMultiplicityBeforeTrigSel->Fill ( ncascades ); } // For AOD or ESD ... nTrackMultiplicity = (InputEvent())->GetNumberOfTracks(); //------------------------------------------------- fHistTrackMultiplicityForTrigEvt ->Fill( nTrackMultiplicity ); fHistTPCrefitTrackMultiplicityForTrigEvt ->Fill( nTrackWithTPCrefitMultiplicity ); fHistPrimaryTrackMultiplicityForTrigEvt ->Fill( nTrackPrimaryMultiplicity ); fHistEstimateITSTPCMultiplicityForTrigEvt->Fill( nITSandTPCtracksAndSPDtracklets); fHistCascadeMultiplicityForTrigEvt ->Fill( ncascades ); // --------------------------------------------------------------- // I - Global characteristics of the events + general histos (filled for any selected events and/or for the analysed events) // - I.Step 1 : Characteristics of the event : prim. Vtx + magnetic field (ESD) //------------- if(fAnalysisType == "ESD"){ const AliESDVertex *lPrimaryTrackingESDVtx = lESDevent->GetPrimaryVertexTracks(); // get the vtx stored in ESD found with tracks lPrimaryTrackingESDVtx->GetXYZ( lTrkgPrimaryVtxPos ); const AliESDVertex *lPrimaryBestESDVtx = lESDevent->GetPrimaryVertex(); // get the best primary vertex available for the event // As done in AliCascadeVertexer, we keep the one which is the best one available. // between : Tracking vertex > SPD vertex > TPC vertex > default SPD vertex // This one will be used for next calculations (DCA essentially) lPrimaryBestESDVtx->GetXYZ( lBestPrimaryVtxPos ); lStatusTrackingPrimVtx = lPrimaryTrackingESDVtx->GetStatus(); // FIXME : quality cut on the z-position of the prim vertex. if(fkQualityCutZprimVtxPos) { if(TMath::Abs(lBestPrimaryVtxPos[2]) > 10.0 ) { AliWarning("Pb / | Z position of Best Prim Vtx | > 10.0 cm ... return !"); PostData(1, fListHistCascade); return; } } fHistCascadeMultiplicityForTrigEvtAndZprimVtx->Fill( ncascades ); // FIXME : quality selection regarding pile-up rejection if(fkRejectEventPileUp) { if(lESDevent->IsPileupFromSPDInMultBins() ){// minContributors=3, minZdist=0.8, nSigmaZdist=3., nSigmaDiamXY=2., nSigmaDiamZ=5. -> see http://alisoft.cern.ch/viewvc/trunk/STEER/AliESDEvent.h?root=AliRoot&r1=41914&r2=42199&pathrev=42199 AliWarning("Pb / Event tagged as pile-up by SPD... return !"); PostData(1, fListHistCascade); return; } } fHistCascadeMultiplicityForTrigEvtNonPiledUpAndZprimVtx->Fill( ncascades ); // FIXME : remove TPC-only primary vertex : retain only events with tracking + SPD vertex if(fkQualityCutNoTPConlyPrimVtx) { const AliESDVertex *lPrimarySPDVtx = lESDevent->GetPrimaryVertexSPD(); if (!lPrimarySPDVtx->GetStatus() && !lPrimaryTrackingESDVtx->GetStatus() ){ AliWarning("Pb / No SPD prim. vertex nor prim. Tracking vertex ... return !"); PostData(1, fListHistCascade); return; } } // NOTE : For older evts // As previously done in AliCascadeVertexer, we keep, between both retrieved vertices (SPD or Tracking) // the one which is the best one available. // This one will be used for next calculations (DCA essentially) // At that time, the TPC-only primary vertex was not considered lMagneticField = lESDevent->GetMagneticField( ); // FIXME if(TMath::Abs(lMagneticField ) < 10e-6) continue; }// end if(ESD) if(fAnalysisType == "AOD"){ // To be developed const AliAODVertex *lPrimaryBestAODVtx = lAODevent->GetPrimaryVertex(); // get the best primary vertex available for the event // We may keep the one which is the best one available = GetVertex(0) // Pb with pile-up to expect // This one will be used for next calculations (DCA essentially) lPrimaryBestAODVtx->GetXYZ( lBestPrimaryVtxPos ); lStatusTrackingPrimVtx = -1; lTrkgPrimaryVtxPos[0] = -100.0; lTrkgPrimaryVtxPos[1] = -100.0; lTrkgPrimaryVtxPos[2] = -100.0; lMagneticField = 0.; } // - I.Step 2 : Filling histos that characterize the selected event : x,y,z prim. Vtx distrib. (ESD) //------------- fHistCascadeMultiplicityForSelEvt ->Fill( ncascades ); fHistPosBestPrimaryVtxXForSelEvt ->Fill( lBestPrimaryVtxPos[0] ); fHistPosBestPrimaryVtxYForSelEvt ->Fill( lBestPrimaryVtxPos[1] ); fHistPosBestPrimaryVtxZForSelEvt ->Fill( lBestPrimaryVtxPos[2] ); // --------------------------------------------------------------- // II - Calcultaion Part dedicated to Xi vertices for (Int_t iXi = 0; iXi < ncascades; iXi++) {// This is the begining of the Cascade loop (ESD or AOD) // ------------------------------------- // II.Init - Initialisation of the local variables that will be needed for ESD/AOD // - 0th part of initialisation : around primary vertex ... Double_t lTrkgPrimaryVtxRadius3D = -500.0; Double_t lBestPrimaryVtxRadius3D = -500.0; // - 1st part of initialisation : variables needed to store AliESDCascade data members Double_t lEffMassXi = 0. ; Double_t lChi2Xi = -1. ; Double_t lDcaXiDaughters = -1. ; Double_t lXiCosineOfPointingAngle = -1. ; Double_t lPosXi[3] = { -1000.0, -1000.0, -1000.0 }; Double_t lXiRadius2D = -1000. ; Double_t lXiRadius3D = -1000. ; // - 2nd part of initialisation : Nbr of clusters within TPC for the 3 daughter cascade tracks Int_t lPosTPCClusters = -1; // For ESD only ...//FIXME : wait for availability in AOD Int_t lNegTPCClusters = -1; // For ESD only ... Int_t lBachTPCClusters = -1; // For ESD only ... Double_t lInnerWallMomCascDghters[3] = {-100., -100., -100.}; Double_t lTPCSignalCascDghters [3] = {-100., -100., -100.}; // - 3rd part of initialisation : about V0 part in cascades Double_t lInvMassLambdaAsCascDghter = 0.; Double_t lV0Chi2Xi = -1. ; Double_t lDcaV0DaughtersXi = -1.; Double_t lDcaBachToPrimVertexXi = -1., lDcaV0ToPrimVertexXi = -1.; Double_t lDcaPosToPrimVertexXi = -1.; Double_t lDcaNegToPrimVertexXi = -1.; Double_t lV0CosineOfPointingAngleXi = -1. ; Double_t lPosV0Xi[3] = { -1000. , -1000., -1000. }; // Position of VO coming from cascade Double_t lV0RadiusXi = -1000.0; Double_t lV0quality = 0.; // - 4th part of initialisation : Effective masses Double_t lInvMassXiMinus = 0.; Double_t lInvMassXiPlus = 0.; Double_t lInvMassOmegaMinus = 0.; Double_t lInvMassOmegaPlus = 0.; // - 5th part of initialisation : PID treatment Bool_t lIsPosInXiProton = kFALSE; Bool_t lIsPosInXiPion = kFALSE; Bool_t lIsPosInOmegaProton = kFALSE; Bool_t lIsPosInOmegaPion = kFALSE; Bool_t lIsNegInXiProton = kFALSE; Bool_t lIsNegInXiPion = kFALSE; Bool_t lIsNegInOmegaProton = kFALSE; Bool_t lIsNegInOmegaPion = kFALSE; Bool_t lIsBachelorKaon = kFALSE; Bool_t lIsBachelorPion = kFALSE; Bool_t lIsBachelorKaonForTPC = kFALSE; // For ESD only ...//FIXME : wait for availability in AOD Bool_t lIsBachelorPionForTPC = kFALSE; // For ESD only ... Bool_t lIsNegPionForTPC = kFALSE; // For ESD only ... Bool_t lIsPosPionForTPC = kFALSE; // For ESD only ... Bool_t lIsNegProtonForTPC = kFALSE; // For ESD only ... Bool_t lIsPosProtonForTPC = kFALSE; // For ESD only ... // - 6th part of initialisation : extra info for QA Double_t lXiMomX = 0. , lXiMomY = 0., lXiMomZ = 0.; Double_t lXiTransvMom = 0. ; Double_t lXiTotMom = 0. ; Double_t lBachMomX = 0., lBachMomY = 0., lBachMomZ = 0.; Double_t lBachTransvMom = 0.; Double_t lBachTotMom = 0.; Short_t lChargeXi = -2; Double_t lV0toXiCosineOfPointingAngle = 0. ; Double_t lRapXi = -20.0, lRapOmega = -20.0, lEta = -20.0, lTheta = 360., lPhi = 720. ; Double_t lAlphaXi = -200., lPtArmXi = -200.0; // - 7th part of initialisation : variables for the AliCFContainer dedicated to cascade cut optmisiation // Int_t lSPDTrackletsMultiplicity = -1; // now provided by AliESDEvent::EstimateMultiplicity ... // - 8th part of initialisation : variables needed for Angular correlations TVector3 lTVect3MomXi(0.,0.,0.); Int_t lArrTrackID[3] = {-1, -1, -1}; if(fAnalysisType == "ESD"){ // ------------------------------------- // II.ESD - Calcultaion Part dedicated to Xi vertices (ESD) AliESDcascade *xi = lESDevent->GetCascade(iXi); if (!xi) continue; // - II.Step 1 : around primary vertex //------------- lTrkgPrimaryVtxRadius3D = TMath::Sqrt( lTrkgPrimaryVtxPos[0] * lTrkgPrimaryVtxPos[0] + lTrkgPrimaryVtxPos[1] * lTrkgPrimaryVtxPos[1] + lTrkgPrimaryVtxPos[2] * lTrkgPrimaryVtxPos[2] ); lBestPrimaryVtxRadius3D = TMath::Sqrt( lBestPrimaryVtxPos[0] * lBestPrimaryVtxPos[0] + lBestPrimaryVtxPos[1] * lBestPrimaryVtxPos[1] + lBestPrimaryVtxPos[2] * lBestPrimaryVtxPos[2] ); // - II.Step 2 : Assigning the necessary variables for specific AliESDcascade data members (ESD) //------------- lV0quality = 0.; xi->ChangeMassHypothesis(lV0quality , 3312); // default working hypothesis : cascade = Xi- decay lEffMassXi = xi->GetEffMassXi(); lChi2Xi = xi->GetChi2Xi(); lDcaXiDaughters = xi->GetDcaXiDaughters(); lXiCosineOfPointingAngle = xi->GetCascadeCosineOfPointingAngle( lBestPrimaryVtxPos[0], lBestPrimaryVtxPos[1], lBestPrimaryVtxPos[2] ); // Take care : the best available vertex should be used (like in AliCascadeVertexer) xi->GetXYZcascade( lPosXi[0], lPosXi[1], lPosXi[2] ); lXiRadius2D = TMath::Sqrt( lPosXi[0]*lPosXi[0] + lPosXi[1]*lPosXi[1] ); lXiRadius3D = TMath::Sqrt( lPosXi[0]*lPosXi[0] + lPosXi[1]*lPosXi[1] + lPosXi[2]*lPosXi[2]); // - II.Step 3 : around the tracks : Bach + V0 (ESD) // ~ Necessary variables for ESDcascade data members coming from the ESDv0 part (inheritance) //------------- UInt_t lIdxPosXi = (UInt_t) TMath::Abs( xi->GetPindex() ); UInt_t lIdxNegXi = (UInt_t) TMath::Abs( xi->GetNindex() ); UInt_t lBachIdx = (UInt_t) TMath::Abs( xi->GetBindex() ); // Care track label can be negative in MC production (linked with the track quality) // However = normally, not the case for track index ... // FIXME : rejection of a double use of a daughter track (nothing but just a crosscheck of what is done in the cascade vertexer) if(lBachIdx == lIdxNegXi) { AliWarning("Pb / Idx(Bach. track) = Idx(Neg. track) ... continue!"); continue; } if(lBachIdx == lIdxPosXi) { AliWarning("Pb / Idx(Bach. track) = Idx(Pos. track) ... continue!"); continue; } AliESDtrack *pTrackXi = lESDevent->GetTrack( lIdxPosXi ); AliESDtrack *nTrackXi = lESDevent->GetTrack( lIdxNegXi ); AliESDtrack *bachTrackXi = lESDevent->GetTrack( lBachIdx ); if (!pTrackXi || !nTrackXi || !bachTrackXi ) { AliWarning("ERROR: Could not retrieve one of the 3 ESD daughter tracks of the cascade ..."); continue; } lPosTPCClusters = pTrackXi->GetTPCNcls(); lNegTPCClusters = nTrackXi->GetTPCNcls(); lBachTPCClusters = bachTrackXi->GetTPCNcls(); // FIXME : rejection of a poor quality tracks if(fkQualityCutTPCrefit){ // 1 - Poor quality related to TPCrefit ULong_t pStatus = pTrackXi->GetStatus(); ULong_t nStatus = nTrackXi->GetStatus(); ULong_t bachStatus = bachTrackXi->GetStatus(); if ((pStatus&AliESDtrack::kTPCrefit) == 0) { AliWarning("Pb / V0 Pos. track has no TPCrefit ... continue!"); continue; } if ((nStatus&AliESDtrack::kTPCrefit) == 0) { AliWarning("Pb / V0 Neg. track has no TPCrefit ... continue!"); continue; } if ((bachStatus&AliESDtrack::kTPCrefit) == 0) { AliWarning("Pb / Bach. track has no TPCrefit ... continue!"); continue; } } if(fkQualityCut80TPCcls){ // 2 - Poor quality related to TPC clusters if(lPosTPCClusters < 80) { AliWarning("Pb / V0 Pos. track has less than 80 TPC clusters ... continue!"); continue; } if(lNegTPCClusters < 80) { AliWarning("Pb / V0 Neg. track has less than 80 TPC clusters ... continue!"); continue; } if(lBachTPCClusters < 80) { AliWarning("Pb / Bach. track has less than 80 TPC clusters ... continue!"); continue; } } const AliExternalTrackParam *pExtTrack = pTrackXi ->GetInnerParam(); const AliExternalTrackParam *nExtTrack = nTrackXi ->GetInnerParam(); const AliExternalTrackParam *bachExtTrack = bachTrackXi ->GetInnerParam(); if (pExtTrack) { lInnerWallMomCascDghters[0] = pExtTrack ->GetP() * pExtTrack ->Charge(); lTPCSignalCascDghters [0] = pTrackXi ->GetTPCsignal(); } if (nExtTrack) { lInnerWallMomCascDghters[1] = nExtTrack ->GetP() * nExtTrack ->Charge(); lTPCSignalCascDghters [1] = nTrackXi ->GetTPCsignal(); } if (bachExtTrack) { lInnerWallMomCascDghters[2] = bachExtTrack ->GetP() * bachExtTrack ->Charge(); lTPCSignalCascDghters [2] = bachTrackXi ->GetTPCsignal(); } lInvMassLambdaAsCascDghter = xi->GetEffMass(); // This value shouldn't change, whatever the working hyp. is : Xi-, Xi+, Omega-, Omega+ lDcaV0DaughtersXi = xi->GetDcaV0Daughters(); lV0Chi2Xi = xi->GetChi2V0(); lV0CosineOfPointingAngleXi = xi->GetV0CosineOfPointingAngle( lBestPrimaryVtxPos[0], lBestPrimaryVtxPos[1], lBestPrimaryVtxPos[2] ); lDcaV0ToPrimVertexXi = xi->GetD( lBestPrimaryVtxPos[0], lBestPrimaryVtxPos[1], lBestPrimaryVtxPos[2] ); lDcaBachToPrimVertexXi = TMath::Abs( bachTrackXi->GetD( lBestPrimaryVtxPos[0], lBestPrimaryVtxPos[1], lMagneticField ) ); // Note : AliExternalTrackParam::GetD returns an algebraic value ... xi->GetXYZ( lPosV0Xi[0], lPosV0Xi[1], lPosV0Xi[2] ); lV0RadiusXi = TMath::Sqrt( lPosV0Xi[0]*lPosV0Xi[0] + lPosV0Xi[1]*lPosV0Xi[1] ); lDcaPosToPrimVertexXi = TMath::Abs( pTrackXi ->GetD( lBestPrimaryVtxPos[0], lBestPrimaryVtxPos[1], lMagneticField ) ); lDcaNegToPrimVertexXi = TMath::Abs( nTrackXi ->GetD( lBestPrimaryVtxPos[0], lBestPrimaryVtxPos[1], lMagneticField ) ); // - II.Step 3' : extra-selection for cascade candidates // Towards optimisation of AA selection // FIXME if(fkExtraSelections){ // if(lChi2Xi > 2000) continue; // if(lV0Chi2Xi > 2000) continue; if(lDcaXiDaughters > 0.05) continue; // > 0.1 by default //if(lXiCosineOfPointingAngle < 0.999 ) continue; if(lXiRadius2D < 1.0) continue; if(lXiRadius2D > 100) continue; if(TMath::Abs(lInvMassLambdaAsCascDghter-1.11568) > 0.008) continue; if(lDcaV0DaughtersXi > 0.3) continue; if(lV0CosineOfPointingAngleXi > 0.9999) continue; //if(lDcaV0ToPrimVertexXi < 0.09) continue; if(lDcaBachToPrimVertexXi < 0.04) continue; if(lV0RadiusXi < 1.0) continue; if(lV0RadiusXi > 100) continue; //if(lDcaPosToPrimVertexXi < 0.6) continue; //if(lDcaNegToPrimVertexXi < 0.6) continue; } // - II.Step 4 : around effective masses (ESD) // ~ change mass hypotheses to cover all the possibilities : Xi-/+, Omega -/+ //------------- if( bachTrackXi->Charge() < 0 ) { lV0quality = 0.; xi->ChangeMassHypothesis(lV0quality , 3312); // Calculate the effective mass of the Xi- candidate. // pdg code 3312 = Xi- lInvMassXiMinus = xi->GetEffMassXi(); lV0quality = 0.; xi->ChangeMassHypothesis(lV0quality , 3334); // Calculate the effective mass of the Xi- candidate. // pdg code 3334 = Omega- lInvMassOmegaMinus = xi->GetEffMassXi(); lV0quality = 0.; xi->ChangeMassHypothesis(lV0quality , 3312); // Back to default hyp. }// end if negative bachelor if( bachTrackXi->Charge() > 0 ){ lV0quality = 0.; xi->ChangeMassHypothesis(lV0quality , -3312); // Calculate the effective mass of the Xi+ candidate. // pdg code -3312 = Xi+ lInvMassXiPlus = xi->GetEffMassXi(); lV0quality = 0.; xi->ChangeMassHypothesis(lV0quality , -3334); // Calculate the effective mass of the Xi+ candidate. // pdg code -3334 = Omega+ lInvMassOmegaPlus = xi->GetEffMassXi(); lV0quality = 0.; xi->ChangeMassHypothesis(lV0quality , -3312); // Back to "default" hyp. }// end if positive bachelor // - II.Step 5 : PID on the daughter tracks //------------- // A - Combined PID // Reasonable guess for the priors for the cascade track sample (e-, mu, pi, K, p) Double_t lPriorsGuessXi [AliPID::kSPECIESCN] = {0, 0, 2, 0, 1, 0,0,0,0}; Double_t lPriorsGuessOmega[AliPID::kSPECIESCN] = {0, 0, 1, 1, 1, 0,0,0,0}; // Trick Jan, 15th, 2013 : Coverity fix - defect 11329 // If the boolean for charged option is activated in AliPID::SetPriors, only the first 9 double_t in the array are read anyway. // But Coverity sniffs an issue (a priori safe but the logic is a bit twisted; Coverity is not totally wrong). // Use AliPID::kSPECIESCN (=14) is size of the array + initialise what I am interested in (charged particle = 9 first particles) // The rest of the table will be initialised to 0 anyway. // Combined VO-positive-daughter PID AliPID pPidXi; pPidXi.SetPriors( lPriorsGuessXi , kTRUE); // kTRUE = for charged particle PID AliPID pPidOmega; pPidOmega.SetPriors( lPriorsGuessOmega , kTRUE); // kTRUE = for charged particle PID if( pTrackXi->IsOn(AliESDtrack::kESDpid) ){ // Combined PID exists Double_t r[10] = {0.}; pTrackXi->GetESDpid(r); pPidXi.SetProbabilities(r); pPidOmega.SetProbabilities(r); // Check if the V0 positive track is a proton (case for Xi-) Double_t pproton = pPidXi.GetProbability(AliPID::kProton); if (pproton > pPidXi.GetProbability(AliPID::kElectron) && pproton > pPidXi.GetProbability(AliPID::kMuon) && pproton > pPidXi.GetProbability(AliPID::kPion) && pproton > pPidXi.GetProbability(AliPID::kKaon) ) lIsPosInXiProton = kTRUE; // Check if the V0 positive track is a pi+ (case for Xi+) Double_t ppion = pPidXi.GetProbability(AliPID::kPion); if (ppion > pPidXi.GetProbability(AliPID::kElectron) && ppion > pPidXi.GetProbability(AliPID::kMuon) && ppion > pPidXi.GetProbability(AliPID::kKaon) && ppion > pPidXi.GetProbability(AliPID::kProton) ) lIsPosInXiPion = kTRUE; // Check if the V0 positive track is a proton (case for Omega-) pproton = 0.; pproton = pPidOmega.GetProbability(AliPID::kProton); if (pproton > pPidOmega.GetProbability(AliPID::kElectron) && pproton > pPidOmega.GetProbability(AliPID::kMuon) && pproton > pPidOmega.GetProbability(AliPID::kPion) && pproton > pPidOmega.GetProbability(AliPID::kKaon) ) lIsPosInOmegaProton = kTRUE; // Check if the V0 positive track is a pi+ (case for Omega+) ppion = 0.; ppion = pPidOmega.GetProbability(AliPID::kPion); if (ppion > pPidOmega.GetProbability(AliPID::kElectron) && ppion > pPidOmega.GetProbability(AliPID::kMuon) && ppion > pPidOmega.GetProbability(AliPID::kKaon) && ppion > pPidOmega.GetProbability(AliPID::kProton) ) lIsPosInOmegaPion = kTRUE; }// end if V0 positive track with existing combined PID // Combined VO-negative-daughter PID AliPID nPidXi; nPidXi.SetPriors( lPriorsGuessXi , kTRUE); // kTRUE = for charged particle PID AliPID nPidOmega; nPidOmega.SetPriors( lPriorsGuessOmega , kTRUE); // kTRUE = for charged particle PID if( nTrackXi->IsOn(AliESDtrack::kESDpid) ){ // Combined PID exists Double_t r[10] = {0.}; nTrackXi->GetESDpid(r); nPidXi.SetProbabilities(r); nPidOmega.SetProbabilities(r); // Check if the V0 negative track is a pi- (case for Xi-) Double_t ppion = nPidXi.GetProbability(AliPID::kPion); if (ppion > nPidXi.GetProbability(AliPID::kElectron) && ppion > nPidXi.GetProbability(AliPID::kMuon) && ppion > nPidXi.GetProbability(AliPID::kKaon) && ppion > nPidXi.GetProbability(AliPID::kProton) ) lIsNegInXiPion = kTRUE; // Check if the V0 negative track is an anti-proton (case for Xi+) Double_t pproton = nPidXi.GetProbability(AliPID::kProton); if (pproton > nPidXi.GetProbability(AliPID::kElectron) && pproton > nPidXi.GetProbability(AliPID::kMuon) && pproton > nPidXi.GetProbability(AliPID::kPion) && pproton > nPidXi.GetProbability(AliPID::kKaon) ) lIsNegInXiProton = kTRUE; // Check if the V0 negative track is a pi- (case for Omega-) ppion = 0.; ppion = nPidOmega.GetProbability(AliPID::kPion); if (ppion > nPidOmega.GetProbability(AliPID::kElectron) && ppion > nPidOmega.GetProbability(AliPID::kMuon) && ppion > nPidOmega.GetProbability(AliPID::kKaon) && ppion > nPidOmega.GetProbability(AliPID::kProton) ) lIsNegInOmegaPion = kTRUE; // Check if the V0 negative track is an anti-proton (case for Omega+) pproton = 0.; pproton = nPidOmega.GetProbability(AliPID::kProton); if (pproton > nPidOmega.GetProbability(AliPID::kElectron) && pproton > nPidOmega.GetProbability(AliPID::kMuon) && pproton > nPidOmega.GetProbability(AliPID::kPion) && pproton > nPidOmega.GetProbability(AliPID::kKaon) ) lIsNegInOmegaProton = kTRUE; }// end if V0 negative track with existing combined PID // Combined bachelor PID AliPID bachPidXi; bachPidXi.SetPriors( lPriorsGuessXi , kTRUE ); // kTRUE = for charged particle PID AliPID bachPidOmega; bachPidOmega.SetPriors( lPriorsGuessOmega, kTRUE ); // kTRUE = for charged particle PID if( bachTrackXi->IsOn(AliESDtrack::kESDpid) ){ // Combined PID exists Double_t r[10] = {0.}; bachTrackXi->GetESDpid(r); bachPidXi.SetProbabilities(r); bachPidOmega.SetProbabilities(r); // Check if the bachelor track is a pion Double_t ppion = bachPidXi.GetProbability(AliPID::kPion); if (ppion > bachPidXi.GetProbability(AliPID::kElectron) && ppion > bachPidXi.GetProbability(AliPID::kMuon) && ppion > bachPidXi.GetProbability(AliPID::kKaon) && ppion > bachPidXi.GetProbability(AliPID::kProton) ) lIsBachelorPion = kTRUE; // Check if the bachelor track is a kaon Double_t pkaon = bachPidOmega.GetProbability(AliPID::kKaon); if (pkaon > bachPidOmega.GetProbability(AliPID::kElectron) && pkaon > bachPidOmega.GetProbability(AliPID::kMuon) && pkaon > bachPidOmega.GetProbability(AliPID::kPion) && pkaon > bachPidOmega.GetProbability(AliPID::kProton) ) lIsBachelorKaon = kTRUE; }// end if bachelor track with existing combined PID // B - TPC PID : 3-sigma bands on Bethe-Bloch curve // Bachelor if (TMath::Abs(fESDpid->NumberOfSigmasTPC( bachTrackXi,AliPID::kKaon)) < 4) lIsBachelorKaonForTPC = kTRUE; if (TMath::Abs(fESDpid->NumberOfSigmasTPC( bachTrackXi,AliPID::kPion)) < 4) lIsBachelorPionForTPC = kTRUE; // Negative V0 daughter if (TMath::Abs(fESDpid->NumberOfSigmasTPC( nTrackXi,AliPID::kPion )) < 4) lIsNegPionForTPC = kTRUE; if (TMath::Abs(fESDpid->NumberOfSigmasTPC( nTrackXi,AliPID::kProton )) < 4) lIsNegProtonForTPC = kTRUE; // Positive V0 daughter if (TMath::Abs(fESDpid->NumberOfSigmasTPC( pTrackXi,AliPID::kPion )) < 4) lIsPosPionForTPC = kTRUE; if (TMath::Abs(fESDpid->NumberOfSigmasTPC( pTrackXi,AliPID::kProton )) < 4) lIsPosProtonForTPC = kTRUE; /* const AliExternalTrackParam *pInnerWallTrackXi = pTrackXi ->GetInnerParam(); const AliExternalTrackParam *nInnerWallTrackXi = nTrackXi ->GetInnerParam(); const AliExternalTrackParam *bachInnerWallTrackXi = bachTrackXi ->GetInnerParam(); if(pInnerWallTrackXi && nInnerWallTrackXi && bachInnerWallTrackXi ){ Double_t pMomInnerWall = pInnerWallTrackXi ->GetP(); Double_t nMomInnerWall = nInnerWallTrackXi ->GetP(); Double_t bachMomInnerWall = bachInnerWallTrackXi->GetP(); // Bachelor if (TMath::Abs(fESDpid->NumberOfSigmasTPC( bachTrackXi,AliPID::kPion)) < 3) lIsBachelorPionForTPC = kTRUE; if (bachMomInnerWall < 0.350 && TMath::Abs(fESDpid->NumberOfSigmasTPC( bachTrackXi,AliPID::kKaon)) < 5) lIsBachelorKaonForTPC = kTRUE; if (bachMomInnerWall > 0.350 && TMath::Abs(fESDpid->NumberOfSigmasTPC( bachTrackXi,AliPID::kKaon)) < 3) lIsBachelorKaonForTPC = kTRUE; // Negative V0 daughter if (TMath::Abs(fESDpid->NumberOfSigmasTPC( nTrackXi,AliPID::kPion )) < 3 ) lIsNegPionForTPC = kTRUE; if (nMomInnerWall < 0.6 && TMath::Abs(fESDpid->NumberOfSigmasTPC( nTrackXi,AliPID::kProton ) ) < 5 ) lIsNegProtonForTPC = kTRUE; if (nMomInnerWall > 0.6 && TMath::Abs(fESDpid->NumberOfSigmasTPC( nTrackXi,AliPID::kProton ) ) < 3 ) lIsNegProtonForTPC = kTRUE; // Positive V0 daughter if (TMath::Abs(fESDpid->NumberOfSigmasTPC( pTrackXi,AliPID::kPion )) < 3 ) lIsPosPionForTPC = kTRUE; if (pMomInnerWall < 0.6 && TMath::Abs(fESDpid->NumberOfSigmasTPC( pTrackXi,AliPID::kProton )) < 5) lIsPosProtonForTPC = kTRUE; if (pMomInnerWall > 0.6 && TMath::Abs(fESDpid->NumberOfSigmasTPC( pTrackXi,AliPID::kProton )) < 3) lIsPosProtonForTPC = kTRUE; } */ // - II.Step 6 : extra info for QA (ESD) // miscellaneous pieces of info that may help regarding data quality assessment. //------------- xi->GetPxPyPz( lXiMomX, lXiMomY, lXiMomZ ); lXiTransvMom = TMath::Sqrt( lXiMomX*lXiMomX + lXiMomY*lXiMomY ); lXiTotMom = TMath::Sqrt( lXiMomX*lXiMomX + lXiMomY*lXiMomY + lXiMomZ*lXiMomZ ); xi->GetBPxPyPz( lBachMomX, lBachMomY, lBachMomZ ); lBachTransvMom = TMath::Sqrt( lBachMomX*lBachMomX + lBachMomY*lBachMomY ); lBachTotMom = TMath::Sqrt( lBachMomX*lBachMomX + lBachMomY*lBachMomY + lBachMomZ*lBachMomZ ); lChargeXi = xi->Charge(); lV0toXiCosineOfPointingAngle = xi->GetV0CosineOfPointingAngle( lPosXi[0], lPosXi[1], lPosXi[2] ); lRapXi = xi->RapXi(); lRapOmega = xi->RapOmega(); lEta = xi->Eta(); lTheta = xi->Theta() *180.0/TMath::Pi(); lPhi = xi->Phi() *180.0/TMath::Pi(); lAlphaXi = xi->AlphaXi(); lPtArmXi = xi->PtArmXi(); //FIXME : Extra-cut = Anti-splitting cut for lambda daughters Bool_t kAntiSplittingLambda = kFALSE; if(kAntiSplittingLambda){ Double_t lNMomX = 0., lNMomY = 0., lNMomZ = 0.; Double_t lPMomX = 0., lPMomY = 0., lPMomZ = 0.; xi->GetPPxPyPz(lPMomX, lPMomY, lPMomZ); xi->GetNPxPyPz(lNMomX, lNMomY, lNMomZ); if( xi->Charge() < 0){// Xi- or Omega- if(TMath::Abs(lBachTransvMom - TMath::Sqrt( lNMomX*lNMomX + lNMomY*lNMomY ) ) < 0.075) continue; } else { //Xi+ or Omega+ if(TMath::Abs(lBachTransvMom - TMath::Sqrt( lPMomX*lPMomX + lPMomY*lPMomY ) ) < 0.075) continue; } } //FIXME : Just to know which file is currently open : locate the file containing Xi // cout << "Name of the file containing Xi candidate(s) :" // << CurrentFileName() // << " / entry: " << Entry() // << " / in file: " << lESDevent->GetEventNumberInFile() // <- Cvetan / From Mihaela: AliAnalysisManager::GetAnalysisManager()->GetInputEventHandler()->GetTree()->GetReadEntry(); // << " : mass(Xi) = " << xi->GetEffMassXi() // << " / charge = " << lChargeXi // << " / pt(Casc) = " << lXiTransvMom // << " / Decay 2d R(Xi) = " << lXiRadius2D // << " / Track Index(Pos) = " << lIdxPosXi << "/ Nb(TPC clusters) = " << lPosTPCClusters // << " / Track Index(Neg) = " << lIdxNegXi << "/ Nb(TPC clusters) = " << lNegTPCClusters // << " / Track Index(Bach) = " << lBachIdx << "/ Nb(TPC clusters) = " << lBachTPCClusters // << endl; // II.Step 7 - Complementary info for monitoring the cascade cut variables //const AliMultiplicity *lAliMult = lESDevent->GetMultiplicity(); //lSPDTrackletsMultiplicity = lAliMult->GetNumberOfTracklets(); // --> now provided by AliESDEvent::EstimateMultiplicity ... // II.Step 8 - Azimuthal correlation study //------------- lTVect3MomXi.SetXYZ( lXiMomX, lXiMomY, lXiMomZ ); lArrTrackID[0] = pTrackXi ->GetID(); lArrTrackID[1] = nTrackXi ->GetID(); lArrTrackID[2] = bachTrackXi->GetID(); }// end of ESD treatment if(fAnalysisType == "AOD"){ // ------------------------------------- // II.AOD - Calcultaion Part dedicated to Xi vertices (ESD) const AliAODcascade *xi = lAODevent->GetCascade(iXi); if (!xi) continue; // Just to know which file is currently open : locate the file containing Xi // cout << "Name of the file containing Xi candidate(s) :" << fesdH->GetTree()->GetCurrentFile()->GetName() << endl; // - II.Step 1 : Characteristics of the event : prim. Vtx + magnetic field (AOD) //------------- lTrkgPrimaryVtxRadius3D = -500. ; // FIXME : We don't have the different prim. vertex at the AOD level -> nothing to do. lBestPrimaryVtxRadius3D = TMath::Sqrt( lBestPrimaryVtxPos[0] * lBestPrimaryVtxPos[0] + lBestPrimaryVtxPos[1] * lBestPrimaryVtxPos[1] + lBestPrimaryVtxPos[2] * lBestPrimaryVtxPos[2] ); // - II.Step 2 : Assigning the necessary variables for specific AliAODcascade data members (AOD) //------------- lEffMassXi = xi->MassXi(); // default working hypothesis : cascade = Xi- decay lChi2Xi = xi->Chi2Xi(); lDcaXiDaughters = xi->DcaXiDaughters(); lXiCosineOfPointingAngle = xi->CosPointingAngleXi( lBestPrimaryVtxPos[0], lBestPrimaryVtxPos[1], lBestPrimaryVtxPos[2] ); // Take care : // the best available vertex should be used (like in AliCascadeVertexer) lPosXi[0] = xi->DecayVertexXiX(); lPosXi[1] = xi->DecayVertexXiY(); lPosXi[2] = xi->DecayVertexXiZ(); lXiRadius2D = TMath::Sqrt( lPosXi[0]*lPosXi[0] + lPosXi[1]*lPosXi[1] ); lXiRadius3D = TMath::Sqrt( lPosXi[0]*lPosXi[0] + lPosXi[1]*lPosXi[1] + lPosXi[2]*lPosXi[2] ); // - II.Step 3 : around the tracks : Bach + V0 (AOD) // ~ Necessary variables for AODcascade data members coming from the AODv0 part (inheritance) //------------- lChargeXi = xi->ChargeXi(); if( lChargeXi < 0) lInvMassLambdaAsCascDghter = xi->MassLambda(); else lInvMassLambdaAsCascDghter = xi->MassAntiLambda(); lDcaV0DaughtersXi = xi->DcaV0Daughters(); lV0Chi2Xi = xi->Chi2V0(); lV0CosineOfPointingAngleXi = xi->CosPointingAngle( lBestPrimaryVtxPos ); lDcaV0ToPrimVertexXi = xi->DcaV0ToPrimVertex(); lDcaBachToPrimVertexXi = xi->DcaBachToPrimVertex(); lPosV0Xi[0] = xi->DecayVertexV0X(); lPosV0Xi[1] = xi->DecayVertexV0Y(); lPosV0Xi[2] = xi->DecayVertexV0Z(); lV0RadiusXi = TMath::Sqrt( lPosV0Xi[0]*lPosV0Xi[0] + lPosV0Xi[1]*lPosV0Xi[1] ); lDcaPosToPrimVertexXi = xi->DcaPosToPrimVertex(); lDcaNegToPrimVertexXi = xi->DcaNegToPrimVertex(); // - II.Step 4 : around effective masses (AOD) // ~ change mass hypotheses to cover all the possibilities : Xi-/+, Omega -/+ //------------- if( lChargeXi < 0 ) lInvMassXiMinus = xi->MassXi(); if( lChargeXi > 0 ) lInvMassXiPlus = xi->MassXi(); if( lChargeXi < 0 ) lInvMassOmegaMinus = xi->MassOmega(); if( lChargeXi > 0 ) lInvMassOmegaPlus = xi->MassOmega(); // - II.Step 5 : PID on the daughters (To be developed ...) //------------- // Combined PID /* // Reasonable guess for the priors for the cascade track sample Double_t lPriorsGuessXi[5] = {0.0, 0.0, 2, 0, 1, 0,0,0,0,0}; Double_t lPriorsGuessOmega[5] = {0.0, 0.0, 1, 1, 1, 0,0,0,0,0}; AliPID bachPidXi; bachPidXi.SetPriors( lPriorsGuessXi , kTRUE); // kTRUE = for charged particle PID AliPID bachPidOmega; bachPidOmega.SetPriors( lPriorsGuessOmega , kTRUE); // kTRUE = for charged particle PID const AliAODTrack *bachTrackXi = lAODevent->GetTrack( xi->GetBachID() ); // FIXME : GetBachID not implemented ? if( bachTrackXi->IsOn(AliESDtrack::kESDpid) ){ // Combined PID exists, the AOD flags = a copy of the ESD ones Double_t r[10]; bachTrackXi->GetPID(r); bachPidXi.SetProbabilities(r); bachPidOmega.SetProbabilities(r); // Check if the bachelor track is a pion Double_t ppion = bachPidXi.GetProbability(AliPID::kPion); if (ppion > bachPidXi.GetProbability(AliPID::kElectron) && ppion > bachPidXi.GetProbability(AliPID::kMuon) && ppion > bachPidXi.GetProbability(AliPID::kKaon) && ppion > bachPidXi.GetProbability(AliPID::kProton) ) lIsBachelorPion = kTRUE; // Check if the bachelor track is a kaon Double_t pkaon = bachPidOmega.GetProbability(AliPID::kKaon); if (pkaon > bachPidOmega.GetProbability(AliPID::kElectron) && pkaon > bachPidOmega.GetProbability(AliPID::kMuon) && pkaon > bachPidOmega.GetProbability(AliPID::kPion) && pkaon > bachPidOmega.GetProbability(AliPID::kProton) ) lIsBachelorKaon = kTRUE; }// end if bachelor track with existing combined PID */ // TPC PID // - II.Step 6 : extra info for QA (AOD) // miscellaneous pieces onf info that may help regarding data quality assessment. //------------- lXiMomX = xi->MomXiX(); lXiMomY = xi->MomXiY(); lXiMomZ = xi->MomXiZ(); lXiTransvMom = TMath::Sqrt( lXiMomX*lXiMomX + lXiMomY*lXiMomY ); lXiTotMom = TMath::Sqrt( lXiMomX*lXiMomX + lXiMomY*lXiMomY + lXiMomZ*lXiMomZ ); lBachMomX = xi->MomBachX(); lBachMomY = xi->MomBachY(); lBachMomZ = xi->MomBachZ(); lBachTransvMom = TMath::Sqrt( lBachMomX*lBachMomX + lBachMomY*lBachMomY ); lBachTotMom = TMath::Sqrt( lBachMomX*lBachMomX + lBachMomY*lBachMomY + lBachMomZ*lBachMomZ ); lV0toXiCosineOfPointingAngle = xi->CosPointingAngle( xi->GetDecayVertexXi() ); lRapXi = xi->RapXi(); lRapOmega = xi->RapOmega(); lEta = xi->Eta(); // Will not work ! need a method Pz(), Py() Px() lTheta = xi->Theta() *180.0/TMath::Pi(); // in AODcascade. lPhi = xi->Phi() *180.0/TMath::Pi(); // Here, we will get eta, theta, phi for the V0 ... lAlphaXi = xi->AlphaXi(); lPtArmXi = xi->PtArmXi(); // II.Step 7 - Complementary info for monitoring the cascade cut variables //FIXME : missing for AOD : Tacklet Multiplicity + TPCCluster // II.Step 8 - Azimuthal correlation study //------------- lTVect3MomXi.SetXYZ( lXiMomX, lXiMomY, lXiMomZ ); AliAODTrack *pTrackXi = dynamic_cast<AliAODTrack*>( xi->GetDaughter(0) ); AliAODTrack *nTrackXi = dynamic_cast<AliAODTrack*>( xi->GetDaughter(1) ); AliAODTrack *bachTrackXi = dynamic_cast<AliAODTrack*>( xi->GetDecayVertexXi()->GetDaughter(0) ); if (!pTrackXi || !nTrackXi || !bachTrackXi ) { AliWarning("ERROR: Could not retrieve one of the 3 AOD daughter tracks of the cascade ..."); continue; } lArrTrackID[0] = pTrackXi ->GetID(); lArrTrackID[1] = nTrackXi ->GetID(); lArrTrackID[2] = bachTrackXi->GetID(); }// end of AOD treatment // ------------------------------------- // II.Fill - Filling the TH1,2,3Fs, HnSparses, CFContainers, FOR events with CASCADES ! // if( lIsBachelorKaonForTPC ) // // FIXME : Just to know which file is currently open : locate the file containing Xi // cout << "Name of the file containing Omega candidate(s) :" // << CurrentFileName() // << " / entry: " << Entry() // << " / in file: " << lESDevent->GetEventNumberInFile() // <- Cvetan / From Mihaela: AliAnalysisManager::GetAnalysisManager()->GetInputEventHandler()->GetTree()->GetReadEntry(); // << " : mass(Omega+) = " << lInvMassOmegaPlus // << " : mass(Omega-) = " << lInvMassOmegaMinus // << " / charge = " << lChargeXi // << " / pt(Casc) = " << lXiTransvMom // << " / Decay 2d R(Xi) = " << lXiRadius2D // << endl; // - II.Fill.Step 1 : primary vertex fHistTPCrefitTrackMultiplicityForCascadeEvt->Fill( nTrackWithTPCrefitMultiplicity ); fHistPrimaryTrackMultiplicityForCascadeEvt ->Fill( nTrackPrimaryMultiplicity ); fHistPosV0TPCClusters ->Fill( lPosTPCClusters ); fHistNegV0TPCClusters ->Fill( lNegTPCClusters ); fHistBachTPCClusters ->Fill( lBachTPCClusters ); f2dHistTPCdEdxOfCascDghters ->Fill( lInnerWallMomCascDghters[0] , lTPCSignalCascDghters[0] ); f2dHistTPCdEdxOfCascDghters ->Fill( lInnerWallMomCascDghters[1] , lTPCSignalCascDghters[1] ); f2dHistTPCdEdxOfCascDghters ->Fill( lInnerWallMomCascDghters[2] , lTPCSignalCascDghters[2] ); fHistVtxStatus ->Fill( lStatusTrackingPrimVtx ); // 1 if tracking vtx = ok if( lStatusTrackingPrimVtx ){ fHistPosTrkgPrimaryVtxXForCascadeEvt ->Fill( lTrkgPrimaryVtxPos[0] ); fHistPosTrkgPrimaryVtxYForCascadeEvt ->Fill( lTrkgPrimaryVtxPos[1] ); fHistPosTrkgPrimaryVtxZForCascadeEvt ->Fill( lTrkgPrimaryVtxPos[2] ); fHistTrkgPrimaryVtxRadius ->Fill( lTrkgPrimaryVtxRadius3D ); } fHistPosBestPrimaryVtxXForCascadeEvt ->Fill( lBestPrimaryVtxPos[0] ); fHistPosBestPrimaryVtxYForCascadeEvt ->Fill( lBestPrimaryVtxPos[1] ); fHistPosBestPrimaryVtxZForCascadeEvt ->Fill( lBestPrimaryVtxPos[2] ); fHistBestPrimaryVtxRadius ->Fill( lBestPrimaryVtxRadius3D ); f2dHistTrkgPrimVtxVsBestPrimVtx->Fill( lTrkgPrimaryVtxRadius3D, lBestPrimaryVtxRadius3D ); // **************************** With PID on ? ... for the signal region ? ************FIXME************************************** if( ( (lChargeXi<0) && lIsBachelorPionForTPC && lIsPosProtonForTPC && lIsNegPionForTPC ) || ( (lChargeXi>0) && lIsBachelorPionForTPC && lIsNegProtonForTPC && lIsPosPionForTPC ) ) // NOTE : // with this PID condition, it could happen that a cascade candidate satisfies the wrong requirement, // e.g. one looks at a Xi- candidate for which lIsBachelorPionForTPC && lIsPosProtonForTPC && lIsNegPionForTPC = kFALSE // Expectation: it should be excluded. // but lIsBachelorPionForTPC && lIsNegProtonForTPC && lIsPosPionForTPC = kTRUE // then this bad Xi-candidate will contribute anyway (OR condition). // Hence : the extra condition on the sign of the Cascade { // if( TMath::Abs( lInvMassXiMinus-1.3217 ) < 0.010 || TMath::Abs( lInvMassXiPlus-1.3217 ) < 0.010){} } // II.Fill.Step 2 fHistEffMassXi ->Fill( lEffMassXi ); fHistChi2Xi ->Fill( lChi2Xi ); // Flag CascadeVtxer: Cut Variable a fHistDcaXiDaughters ->Fill( lDcaXiDaughters ); // Flag CascadeVtxer: Cut Variable e fHistDcaBachToPrimVertex ->Fill( lDcaBachToPrimVertexXi ); // Flag CascadeVtxer: Cut Variable d fHistXiCosineOfPointingAngle ->Fill( lXiCosineOfPointingAngle ); // Flag CascadeVtxer: Cut Variable f fHistXiRadius ->Fill( lXiRadius2D ); // Flag CascadeVtxer: Cut Variable g+h // II.Fill.Step 3 fHistMassLambdaAsCascDghter ->Fill( lInvMassLambdaAsCascDghter ); // Flag CascadeVtxer: Cut Variable c fHistV0Chi2Xi ->Fill( lV0Chi2Xi ); fHistDcaV0DaughtersXi ->Fill( lDcaV0DaughtersXi ); fHistV0CosineOfPointingAngleXi ->Fill( lV0CosineOfPointingAngleXi ); fHistV0RadiusXi ->Fill( lV0RadiusXi ); fHistDcaV0ToPrimVertexXi ->Fill( lDcaV0ToPrimVertexXi ); // Flag CascadeVtxer: Cut Variable b fHistDcaPosToPrimVertexXi ->Fill( lDcaPosToPrimVertexXi ); fHistDcaNegToPrimVertexXi ->Fill( lDcaNegToPrimVertexXi ); // II.Fill.Step 4 : extra QA info fHistChargeXi ->Fill( lChargeXi ); fHistV0toXiCosineOfPointingAngle->Fill( lV0toXiCosineOfPointingAngle ); if( TMath::Abs( lInvMassXiMinus-1.3217 ) < 0.010 || TMath::Abs( lInvMassXiPlus-1.3217 ) < 0.010){// One InvMass should be different from 0 fHistXiTransvMom ->Fill( lXiTransvMom ); fHistXiTotMom ->Fill( lXiTotMom ); fHistBachTransvMomXi ->Fill( lBachTransvMom ); fHistBachTotMomXi ->Fill( lBachTotMom ); fHistRapXi ->Fill( lRapXi ); fHistEtaXi ->Fill( lEta ); fHistThetaXi ->Fill( lTheta ); fHistPhiXi ->Fill( lPhi ); } if( (lChargeXi < 0) && (TMath::Abs( lInvMassXiMinus-1.3217 ) < 0.010) ) fHistcTauXiMinus ->Fill( lXiRadius3D * 1.3271/lXiTotMom ); if( (lChargeXi > 0) && (TMath::Abs( lInvMassXiPlus -1.3217 ) < 0.010) ) fHistcTauXiPlus ->Fill( lXiRadius3D * 1.3271/lXiTotMom ); if( TMath::Abs( lInvMassOmegaMinus-1.672 ) < 0.010 || TMath::Abs( lInvMassOmegaPlus-1.672 ) < 0.010 ){// One InvMass should be different from 0 fHistRapOmega ->Fill( lRapOmega ); } if( (lChargeXi < 0) && (TMath::Abs( lInvMassOmegaMinus-1.672 ) < 0.010) ) fHistcTauOmegaMinus ->Fill( lXiRadius3D * 1.67245/lXiTotMom ); if( (lChargeXi > 0) && (TMath::Abs( lInvMassOmegaPlus- 1.672 ) < 0.010) ) fHistcTauOmegaPlus ->Fill( lXiRadius3D * 1.67245/lXiTotMom ); f2dHistArmenteros ->Fill( lChargeXi*lAlphaXi, lPtArmXi ); }// end with PID ... // II.Fill.Step 5 : inv mass plots 1D if( lChargeXi < 0 ){ fHistMassXiMinus ->Fill( lInvMassXiMinus ); fHistMassOmegaMinus ->Fill( lInvMassOmegaMinus ); if(lIsBachelorPion) fHistMassWithCombPIDXiMinus ->Fill( lInvMassXiMinus ); if(lIsBachelorKaon) fHistMassWithCombPIDOmegaMinus ->Fill( lInvMassOmegaMinus ); } if( lChargeXi > 0 ){ fHistMassXiPlus ->Fill( lInvMassXiPlus ); fHistMassOmegaPlus ->Fill( lInvMassOmegaPlus ); if(lIsBachelorPion) fHistMassWithCombPIDXiPlus ->Fill( lInvMassXiPlus ); if(lIsBachelorKaon) fHistMassWithCombPIDOmegaPlus ->Fill( lInvMassOmegaPlus ); } // II.Fill.Step 6 : inv mass plots 2D, 3D if( lChargeXi < 0 ) { f2dHistEffMassLambdaVsEffMassXiMinus->Fill( lInvMassLambdaAsCascDghter, lInvMassXiMinus ); f2dHistEffMassXiVsEffMassOmegaMinus ->Fill( lInvMassXiMinus, lInvMassOmegaMinus ); f2dHistXiRadiusVsEffMassXiMinus ->Fill( lXiRadius2D, lInvMassXiMinus ); f2dHistXiRadiusVsEffMassOmegaMinus ->Fill( lXiRadius2D, lInvMassOmegaMinus ); f3dHistXiPtVsEffMassVsYXiMinus ->Fill( lXiTransvMom, lInvMassXiMinus, lRapXi ); f3dHistXiPtVsEffMassVsYOmegaMinus ->Fill( lXiTransvMom, lInvMassOmegaMinus, lRapOmega ); } else{ f2dHistEffMassLambdaVsEffMassXiPlus ->Fill( lInvMassLambdaAsCascDghter, lInvMassXiPlus ); f2dHistEffMassXiVsEffMassOmegaPlus ->Fill( lInvMassXiPlus, lInvMassOmegaPlus ); f2dHistXiRadiusVsEffMassXiPlus ->Fill( lXiRadius2D, lInvMassXiPlus); f2dHistXiRadiusVsEffMassOmegaPlus ->Fill( lXiRadius2D, lInvMassOmegaPlus ); f3dHistXiPtVsEffMassVsYXiPlus ->Fill( lXiTransvMom, lInvMassXiPlus, lRapXi ); f3dHistXiPtVsEffMassVsYOmegaPlus ->Fill( lXiTransvMom, lInvMassOmegaPlus, lRapOmega ); } // - Filling the AliCFContainers related to PID Double_t lContainerPIDVars[4] = {0.0}; // Xi Minus if( lChargeXi < 0 ) { lContainerPIDVars[0] = lXiTransvMom ; lContainerPIDVars[1] = lInvMassXiMinus ; lContainerPIDVars[2] = lRapXi ; lContainerPIDVars[3] = nTrackPrimaryMultiplicity; // FIXME : nTrackPrimaryMultiplicity not set for AOD ... = -1 // No PID fCFContCascadePIDXiMinus->Fill(lContainerPIDVars, 0); // No PID // TPC PID if( lIsBachelorPionForTPC ) fCFContCascadePIDXiMinus->Fill(lContainerPIDVars, 1); // TPC PID / 4-#sigma cut on Bachelor track if( lIsBachelorPionForTPC && lIsPosProtonForTPC ) fCFContCascadePIDXiMinus->Fill(lContainerPIDVars, 2); // TPC PID / 4-#sigma cut on Bachelor+Baryon tracks if( lIsBachelorPionForTPC && lIsPosProtonForTPC && lIsNegPionForTPC ) fCFContCascadePIDXiMinus->Fill(lContainerPIDVars, 3); // TPC PID / 4-#sigma cut on Bachelor+Baryon+Meson tracks // Combined PID if( lIsBachelorPion ) fCFContCascadePIDXiMinus->Fill(lContainerPIDVars, 4); // Comb. PID / Bachelor if( lIsBachelorPion && lIsPosInXiProton ) fCFContCascadePIDXiMinus->Fill(lContainerPIDVars, 5); // Comb. PID / Bachelor+Baryon if(lIsBachelorPion && lIsPosInXiProton && lIsNegInXiPion ) fCFContCascadePIDXiMinus->Fill(lContainerPIDVars, 6); // Comb. PID / Bachelor+Baryon+Meson } lContainerPIDVars[0] = 0.; lContainerPIDVars[1] = 0.; lContainerPIDVars[2] = 0.; lContainerPIDVars[3] = 0.; // Xi Plus if( lChargeXi > 0 ) { lContainerPIDVars[0] = lXiTransvMom ; lContainerPIDVars[1] = lInvMassXiPlus ; lContainerPIDVars[2] = lRapXi ; lContainerPIDVars[3] = nTrackPrimaryMultiplicity; // FIXME : nTrackPrimaryMultiplicity not set for AOD ... = -1 // No PID fCFContCascadePIDXiPlus->Fill(lContainerPIDVars, 0); // No PID // TPC PID if( lIsBachelorPionForTPC ) fCFContCascadePIDXiPlus->Fill(lContainerPIDVars, 1); // TPC PID / 4-#sigma cut on Bachelor track if( lIsBachelorPionForTPC && lIsNegProtonForTPC ) fCFContCascadePIDXiPlus->Fill(lContainerPIDVars, 2); // TPC PID / 4-#sigma cut on Bachelor+Baryon tracks if( lIsBachelorPionForTPC && lIsNegProtonForTPC && lIsPosPionForTPC ) fCFContCascadePIDXiPlus->Fill(lContainerPIDVars, 3); // TPC PID / 4-#sigma cut on Bachelor+Baryon+Meson tracks // Combined PID if( lIsBachelorPion ) fCFContCascadePIDXiPlus->Fill(lContainerPIDVars, 4); // Comb. PID / Bachelor if( lIsBachelorPion && lIsNegInXiProton ) fCFContCascadePIDXiPlus->Fill(lContainerPIDVars, 5); // Comb. PID / Bachelor+Baryon if(lIsBachelorPion && lIsNegInXiProton && lIsPosInXiPion ) fCFContCascadePIDXiPlus->Fill(lContainerPIDVars, 6); // Comb. PID / Bachelor+Baryon+Meson } lContainerPIDVars[0] = 0.; lContainerPIDVars[1] = 0.; lContainerPIDVars[2] = 0.; lContainerPIDVars[3] = 0.; // Omega Minus if( lChargeXi < 0 && (TMath::Abs( lInvMassXiMinus-1.3217 ) > 0.008) ) { // In order to reduce the background contribution from Xi to Omega, // --> trial to reject the neg. candidate whose mass under Xi hypothesis // falls into the Xi window (Mpdg +- 8 MeV/c2) lContainerPIDVars[0] = lXiTransvMom ; lContainerPIDVars[1] = lInvMassOmegaMinus ; lContainerPIDVars[2] = lRapOmega ; lContainerPIDVars[3] = nTrackPrimaryMultiplicity; // FIXME : nTrackPrimaryMultiplicity not set for AOD ... = -1 // No PID fCFContCascadePIDOmegaMinus->Fill(lContainerPIDVars, 0); // No PID // TPC PID if( lIsBachelorKaonForTPC ) fCFContCascadePIDOmegaMinus->Fill(lContainerPIDVars, 1); // TPC PID / 4-#sigma cut on Bachelor track if( lIsBachelorKaonForTPC && lIsPosProtonForTPC ) fCFContCascadePIDOmegaMinus->Fill(lContainerPIDVars, 2); // TPC PID / 4-#sigma cut on Bachelor+Baryon tracks if( lIsBachelorKaonForTPC && lIsPosProtonForTPC && lIsNegPionForTPC ) fCFContCascadePIDOmegaMinus->Fill(lContainerPIDVars, 3); // TPC PID / 4-#sigma cut on Bachelor+Baryon+Meson tracks // Combined PID if( lIsBachelorKaon ) fCFContCascadePIDOmegaMinus->Fill(lContainerPIDVars, 4); // Comb. PID / Bachelor if( lIsBachelorKaon && lIsPosInOmegaProton ) fCFContCascadePIDOmegaMinus->Fill(lContainerPIDVars, 5); // Comb. PID / Bachelor+Baryon if(lIsBachelorKaon && lIsPosInOmegaProton && lIsNegInOmegaPion ) fCFContCascadePIDOmegaMinus->Fill(lContainerPIDVars, 6); // Comb. PID / Bachelor+Baryon+Meson } lContainerPIDVars[0] = 0.; lContainerPIDVars[1] = 0.; lContainerPIDVars[2] = 0.; lContainerPIDVars[3] = 0.; // Omega Plus if( lChargeXi > 0 && (TMath::Abs( lInvMassXiPlus-1.3217 ) > 0.008) ) { // In order to reduce the background contribution from Xi to Omega, // --> trial to reject the neg. candidate whose mass under Xi hypothesis // falls into the Xi window (Mpdg +- 8 MeV/c2) lContainerPIDVars[0] = lXiTransvMom ; lContainerPIDVars[1] = lInvMassOmegaPlus ; lContainerPIDVars[2] = lRapOmega ; lContainerPIDVars[3] = nTrackPrimaryMultiplicity; // FIXME : nTrackPrimaryMultiplicity not set for AOD ... = -1 // No PID fCFContCascadePIDOmegaPlus->Fill(lContainerPIDVars, 0); // No PID // TPC PID if( lIsBachelorKaonForTPC ) fCFContCascadePIDOmegaPlus->Fill(lContainerPIDVars, 1); // TPC PID / 4-#sigma cut on Bachelor track if( lIsBachelorKaonForTPC && lIsNegProtonForTPC ) fCFContCascadePIDOmegaPlus->Fill(lContainerPIDVars, 2); // TPC PID / 4-#sigma cut on Bachelor+Baryon tracks if( lIsBachelorKaonForTPC && lIsNegProtonForTPC && lIsPosPionForTPC ) fCFContCascadePIDOmegaPlus->Fill(lContainerPIDVars, 3); // TPC PID / 4-#sigma cut on Bachelor+Baryon+Meson tracks // Combined PID if( lIsBachelorKaon ) fCFContCascadePIDOmegaPlus->Fill(lContainerPIDVars, 4); // Comb. PID / Bachelor if( lIsBachelorKaon && lIsNegInOmegaProton ) fCFContCascadePIDOmegaPlus->Fill(lContainerPIDVars, 5); // Comb. PID / Bachelor+Baryon if(lIsBachelorKaon && lIsNegInOmegaProton && lIsPosInOmegaPion ) fCFContCascadePIDOmegaPlus->Fill(lContainerPIDVars, 6); // Comb. PID / Bachelor+Baryon+Meson } // II.Fill.Step 7 : filling the AliCFContainer (optimisation of topological selections) Double_t lContainerCutVars[20] = {0.0}; lContainerCutVars[0] = lDcaXiDaughters; lContainerCutVars[1] = lDcaBachToPrimVertexXi; lContainerCutVars[2] = lXiCosineOfPointingAngle; lContainerCutVars[3] = lXiRadius2D; lContainerCutVars[4] = lInvMassLambdaAsCascDghter; lContainerCutVars[5] = lDcaV0DaughtersXi; lContainerCutVars[6] = lV0CosineOfPointingAngleXi; lContainerCutVars[7] = lV0RadiusXi; lContainerCutVars[8] = lDcaV0ToPrimVertexXi; lContainerCutVars[9] = lDcaPosToPrimVertexXi; lContainerCutVars[10] = lDcaNegToPrimVertexXi; lContainerCutVars[13] = lXiTransvMom; lContainerCutVars[16] = lBestPrimaryVtxPos[2]; lContainerCutVars[17] = nTrackPrimaryMultiplicity; // FIXME : nTrackPrimaryMultiplicity not checked for AOD ... = -1 lContainerCutVars[18] = nITSandTPCtracksAndSPDtracklets; // FIXME : nITSandTPCtracksAndSPDtracklets is not available for AOD ... = -1 lContainerCutVars[19] = lBachTPCClusters; // FIXME : BachTPCClusters is not available for AOD ... = -1 if( lChargeXi < 0 ) { lContainerCutVars[11] = lInvMassXiMinus; lContainerCutVars[12] = 1.63; lContainerCutVars[14] = lRapXi; lContainerCutVars[15] = -1.; if( lIsBachelorPionForTPC && lIsPosProtonForTPC && lIsNegPionForTPC ) fCFContCascadeCuts->Fill(lContainerCutVars,0); // for Xi- lContainerCutVars[11] = 1.26; lContainerCutVars[12] = lInvMassOmegaMinus; lContainerCutVars[14] = -1.; lContainerCutVars[15] = lRapOmega; if( lIsBachelorKaonForTPC && lIsPosProtonForTPC && lIsNegPionForTPC && (TMath::Abs( lInvMassXiMinus-1.3217 ) > 0.008) ) fCFContCascadeCuts->Fill(lContainerCutVars,2); // for Omega- } else{ lContainerCutVars[11] = lInvMassXiPlus; lContainerCutVars[12] = 1.63; lContainerCutVars[14] = lRapXi; lContainerCutVars[15] = -1.; if( lIsBachelorPionForTPC && lIsNegProtonForTPC && lIsPosPionForTPC ) fCFContCascadeCuts->Fill(lContainerCutVars,1); // for Xi+ lContainerCutVars[11] = 1.26; lContainerCutVars[12] = lInvMassOmegaPlus; lContainerCutVars[14] = -1.; lContainerCutVars[15] = lRapOmega; if( lIsBachelorKaonForTPC && lIsNegProtonForTPC && lIsPosPionForTPC && (TMath::Abs( lInvMassXiPlus-1.3217 ) > 0.008) ) fCFContCascadeCuts->Fill(lContainerCutVars,3); // for Omega+ } // II.Fill.Step 8 : angular correlations if( lChargeXi < 0 ){ if( lIsBachelorPionForTPC && lIsPosProtonForTPC && lIsNegPionForTPC ) DoAngularCorrelation("Xi-", lInvMassXiMinus, lArrTrackID, lTVect3MomXi, lEta, lRapXi); if( lIsBachelorKaonForTPC && lIsPosProtonForTPC && lIsNegPionForTPC && (TMath::Abs( lInvMassXiMinus-1.3217 ) > 0.008) ) DoAngularCorrelation("Omega-", lInvMassOmegaMinus, lArrTrackID, lTVect3MomXi, lEta, lRapOmega); } else{ if( lIsBachelorPionForTPC && lIsNegProtonForTPC && lIsPosPionForTPC ) DoAngularCorrelation("Xi+", lInvMassXiPlus, lArrTrackID, lTVect3MomXi, lEta, lRapXi); if( lIsBachelorKaonForTPC && lIsNegProtonForTPC && lIsPosPionForTPC && (TMath::Abs( lInvMassXiPlus-1.3217 ) > 0.008) ) DoAngularCorrelation("Omega+", lInvMassOmegaPlus, lArrTrackID, lTVect3MomXi, lEta, lRapOmega); } }// end of the Cascade loop (ESD or AOD) // Post output data. PostData(1, fListHistCascade); } void AliAnalysisTaskCheckCascade::DoAngularCorrelation( const Char_t *lCascType, Double_t lInvMassCascade, const Int_t *lArrTrackID, TVector3 &lTVect3MomXi, Double_t lEtaXi, Double_t lRapCascade){ // Perform the Delta(Phi)Delta(Eta) analysis // by properly filling the THnSparseF if( fAnalysisType == "AOD") return; // FIXME : AOD development lost, because of AliESDtrack needed by AliESDtrackCuts TString lStrCascType( lCascType ); // Check the Xi- candidate is within the proper mass window m0 +- 10 MeV Double_t lCascPdgMass = 0.0; if( lStrCascType.Contains("Xi") ) lCascPdgMass = 1.3217; if( lStrCascType.Contains("Omega") ) lCascPdgMass = 1.6724; if( lInvMassCascade > lCascPdgMass + 0.010) return; if( lInvMassCascade < lCascPdgMass - 0.010) return; // Check the Xi- candidate is within the proper rapidity window (flat efficiency) if( lRapCascade > 0.5 ) return; if( lRapCascade < -0.5 ) return; // 3 options to follow for the correlations: // 1.1 - "TrigAnyCasc-AssoAnyPrim" // 1.2 - "TrigCascLeading-AssoAnyPrim" // 2. - "TrigLeadingTrck-AssoCasc" if(fAngularCorrelationType.Contains("AssoAnyPrim") ){ //----------------------- Option 1 --------------------------------------------------------------------------------------------------- // Trigger = cascade, // Associated = all the primary tracks in the event. // 1.1 Cascade = trigger above a certain pt but nothing more complicated than that // 1.2 Cascade = leading particle (à la heavy-ion -> test for coalescence) Bool_t kRejectLowPtCascades = kTRUE; if(kRejectLowPtCascades && (lTVect3MomXi.Pt() < 1.7) ) return; // Do not even consider the cascade of low pt for the correlation ... if(fAngularCorrelationType == "TrigCascLeading-AssoAnyPrim"){// Require the Cascade to be the Leading Part. in the event // 1st loop: check there is no primary track with a higher pt ... // = The cascade is meant to be a leading particle : Pt(Casc) > any primary track in the event for(Int_t TrckIdx = 0; TrckIdx < (InputEvent())->GetNumberOfTracks() ; TrckIdx++ ) {// Loop over all the tracks of the event AliESDtrack *lCurrentTrck = dynamic_cast<AliESDtrack*>( (InputEvent())->GetTrack( TrckIdx ) ); if (!lCurrentTrck ) { AliWarning("ERROR Correl. Study : Could not retrieve a track while looping over the event tracks ..."); continue; } if( !fESDtrackCuts->AcceptTrack(lCurrentTrck) ) continue; // Just consider primary tracks (= reject track that are not primary ones) if(lTVect3MomXi.Pt() < lCurrentTrck->Pt() ) return; // Room for improvement: //FIXME // 1. There is a given resolution on pt : maybe release the cut Pt(casc) < Pt(track)*90% ? // 2. Apply this cut only when DeltaPhi(casc, track) > 90 deg = when track is in the near-side ? // 3. Anti-splitting cut (like in Femto analysis) ? = now done via ESDtrackCuts ... }// end control loop }// end of prelim. check : Cascade = leading part in the event // 2nd loop: filling loop for(Int_t TrckIdx = 0; TrckIdx < (InputEvent())->GetNumberOfTracks() ; TrckIdx++ ) {// Loop over all the tracks of the event AliESDtrack *lCurrentTrck = dynamic_cast<AliESDtrack*>( (InputEvent())->GetTrack( TrckIdx ) ); if (!lCurrentTrck ) { AliWarning("ERROR Correl. Study : Could not retrieve a track while looping over the event tracks ..."); continue; } // Just consider primary tracks (= reject track that are not primary ones) if( !fESDtrackCuts->AcceptTrack(lCurrentTrck) ) continue; // Room for improvement: //FIXME // 1. // 2. Exclude the tracks that build the condisdered cascade = the bachelor + the V0 dghters // This may bias the outcome, especially for low multplicity events. // Note : For ESD event, track ID == track index. if(lCurrentTrck->GetID() == lArrTrackID[0]) continue; if(lCurrentTrck->GetID() == lArrTrackID[1]) continue; if(lCurrentTrck->GetID() == lArrTrackID[2]) continue; TVector3 lTVect3MomTrck(lCurrentTrck->Px(), lCurrentTrck->Py(), lCurrentTrck->Pz() ); // 2 hypotheses made here : // - The Xi trajectory is a straight line, // - The Xi doesn't loose any energy by crossing the first layer(s) of ITS, if ever; // So, meaning hyp: vect p(Xi) at the emission = vect p(Xi) at the decay vertex // By doing this, we introduce a systematic error on the cascade Phi ... // Room for improvement: take into account the curvature of the Xi trajectory ? // or rather, the resolution in space of the decay vertex ... //FIXME Double_t lHnSpFillVar[5] = {0.}; lHnSpFillVar[0] = lTVect3MomXi.DeltaPhi(lTVect3MomTrck) * 180.0/TMath::Pi(); // Delta phi(Casc,Track) (deg) if(lHnSpFillVar[0] < -50.0) lHnSpFillVar[0] += 360.0; lHnSpFillVar[1] = lEtaXi - lCurrentTrck->Eta(); // Delta eta(Casc,Track) lHnSpFillVar[2] = lTVect3MomXi.Pt(); // Pt_{Casc} lHnSpFillVar[3] = lCurrentTrck->Pt(); // Pt_{any track} lHnSpFillVar[4] = lInvMassCascade; // Eff. Inv Mass (control var) if( lStrCascType.Contains("Xi-") ) fHnSpAngularCorrXiMinus ->Fill( lHnSpFillVar ); else if( lStrCascType.Contains("Xi+") ) fHnSpAngularCorrXiPlus ->Fill( lHnSpFillVar ); else if( lStrCascType.Contains("Omega-") ) fHnSpAngularCorrOmegaMinus ->Fill( lHnSpFillVar ); else if( lStrCascType.Contains("Omega+") ) fHnSpAngularCorrOmegaPlus ->Fill( lHnSpFillVar ); }// end - Loop over all the tracks in the event }// end of correlation type : "Trig = Casc - Asso = AnyPrim", (cases 1.1 and 1.2) else if(fAngularCorrelationType == "TrigLeadingTrck-AssoCasc"){ //----------------------- Option 2 --------------------------------------------------------------------------------------------------- // Trigger = leading track, // Associated = the cascade'S' in the event // NOTE : several good cascades could be present in the event (e.g. one leading track as trigger, 2 associated Xi) ... // The present function will then be called several times. // = issue for the normalisation ... // 1st loop: // find the index of the (1) primary track (2) which is the leading particle in pt // NOTE : we do not take into account the Cascade pt, i.e. pt(Casc) could be greater or lower than pt(Leading) ... Int_t lLeadingPrimTrackIdx = -1; Double_t lPtMax = 0.1; for(Int_t TrckIdx = 0; TrckIdx < (InputEvent())->GetNumberOfTracks() ; TrckIdx++ ) {// Loop over all the tracks of the event AliESDtrack *lCurrentTrck = dynamic_cast<AliESDtrack*>( (InputEvent())->GetTrack( TrckIdx ) ); if (!lCurrentTrck ) { AliWarning("ERROR Correl. Study : Could not retrieve a track while looping over the event tracks ..."); continue; } // Primary track selection if( !fESDtrackCuts->AcceptTrack(lCurrentTrck) ) continue; // Exclude the tracks that build the condisdered cascade = the bachelor + the V0 dghters // This may bias the outcome, especially for low multplicity events. // Note : For ESD event, track ID == track index. if(lCurrentTrck->GetID() == lArrTrackID[0]) continue; if(lCurrentTrck->GetID() == lArrTrackID[1]) continue; if(lCurrentTrck->GetID() == lArrTrackID[2]) continue; // Towards the leading track if( lPtMax < lCurrentTrck->Pt() ){ lLeadingPrimTrackIdx = TMath::Abs( lCurrentTrck->GetID() ); lPtMax = lCurrentTrck->Pt(); } }// end leading track finding loop if( lLeadingPrimTrackIdx < 0 ) return; if( lPtMax < 0.101 ) return; // 2nd step: filling ONCE the THnSparse AliESDtrack *lLeadingTrck = 0x0; lLeadingTrck =dynamic_cast<AliESDtrack*>( (InputEvent())->GetTrack( lLeadingPrimTrackIdx ) ); if( !lLeadingTrck ) return; TVector3 lTVect3MomLeadingTrck( lLeadingTrck->Px(), lLeadingTrck->Py(), lLeadingTrck->Pz() ); // 2 hypotheses made here : // - The Xi trajectory is a straight line, // - The Xi doesn't loose any energy by crossing the first layer(s) of ITS, if ever; // So, meaning hyp: vect p(Xi) at the emission = vect p(Xi) at the decay vertex // By doing this, we introduce a systematic error on the cascade Phi ... // Room for improvement: take into account the curvature of the Xi trajectory ? // or rather, the resolution in space of the decay vertex ... //FIXME Double_t lHnSpFillVar[5] = {0.}; lHnSpFillVar[0] = lTVect3MomLeadingTrck.DeltaPhi(lTVect3MomXi) * 180.0/TMath::Pi(); // Delta phi(leading Track, Casc) (deg) if(lHnSpFillVar[0] < -50.0) lHnSpFillVar[0] += 360.0; lHnSpFillVar[1] = lLeadingTrck->Eta() - lEtaXi; // Delta eta(leading Track, Casc) lHnSpFillVar[2] = lTVect3MomXi.Pt(); // Pt_{Casc} lHnSpFillVar[3] = lLeadingTrck->Pt(); // Pt_{leading track} lHnSpFillVar[4] = lInvMassCascade; // Eff. Inv Mass (control var) if( lStrCascType.Contains("Xi-") ) fHnSpAngularCorrXiMinus ->Fill( lHnSpFillVar ); else if( lStrCascType.Contains("Xi+") ) fHnSpAngularCorrXiPlus ->Fill( lHnSpFillVar ); else if( lStrCascType.Contains("Omega-") ) fHnSpAngularCorrOmegaMinus ->Fill( lHnSpFillVar ); else if( lStrCascType.Contains("Omega+") ) fHnSpAngularCorrOmegaPlus ->Fill( lHnSpFillVar ); }// end of correlation type : "Trig = LeadingTrck -Asso = Casc" else return; } Int_t AliAnalysisTaskCheckCascade::DoESDTrackWithTPCrefitMultiplicity(const AliESDEvent *lESDevent) { // Checking the number of tracks with TPCrefit for each event // Needed for a rough assessment of the event multiplicity Int_t nTrackWithTPCrefitMultiplicity = 0; for(Int_t iTrackIdx = 0; iTrackIdx < (InputEvent())->GetNumberOfTracks(); iTrackIdx++){ AliESDtrack *esdTrack = 0x0; esdTrack = lESDevent->GetTrack( iTrackIdx ); if (!esdTrack) { AliWarning("Pb / Could not retrieve one track within the track loop for TPCrefit check ..."); continue; } ULong_t lTrackStatus = esdTrack->GetStatus(); if ((lTrackStatus&AliESDtrack::kTPCrefit) == 0) continue; else nTrackWithTPCrefitMultiplicity++; // FIXME : // The goal here is to get a better assessment of the event multiplicity. // (InputEvent())->GetNumberOfTracks() takes into account ITS std alone tracks + global tracks // This may introduce a bias. Hence the number of TPC refit tracks. // Note : the event multiplicity = analysis on its own... See Jacek's or Jan Fiete's analysis on dN/d(eta) }// end loop over all event tracks return nTrackWithTPCrefitMultiplicity; } //________________________________________________________________________ void AliAnalysisTaskCheckCascade::Terminate(Option_t *) { // Draw result to the screen // Called once at the end of the query TList *cRetrievedList = 0x0; cRetrievedList = (TList*)GetOutputData(1); if(!cRetrievedList){ AliWarning("ERROR - AliAnalysisTaskCheckCascade: ouput data container list not available\n"); return; } fHistTrackMultiplicityForTrigEvt = dynamic_cast<TH1F*> ( cRetrievedList->FindObject("fHistTrackMultiplicityForTrigEvt") ); if (!fHistTrackMultiplicityForTrigEvt) { AliWarning("ERROR - AliAnalysisTaskCheckCascade: fHistTrackMultiplicityForTrigEvt not available\n"); return; } fHistCascadeMultiplicityForTrigEvt = dynamic_cast<TH1F*> ( cRetrievedList->FindObject("fHistCascadeMultiplicityForTrigEvt") ); if (!fHistCascadeMultiplicityForTrigEvt) { AliWarning("ERROR - AliAnalysisTaskCheckCascade: fHistCascadeMultiplicityForTrigEvt not available\n"); return; } fHistMassXiMinus = dynamic_cast<TH1F*> ( cRetrievedList->FindObject("fHistMassXiMinus") ); if (!fHistMassXiMinus) { AliWarning("ERROR - AliAnalysisTaskCheckCascade: fHistMassXiMinus not available\n"); return; } fHistMassXiPlus = dynamic_cast<TH1F*> ( cRetrievedList->FindObject("fHistMassXiPlus") ); if (!fHistMassXiPlus) { AliWarning("ERROR - AliAnalysisTaskCheckCascade: fHistMassXiPlus not available\n"); return; } fHistMassOmegaMinus = dynamic_cast<TH1F*> ( cRetrievedList->FindObject("fHistMassOmegaMinus") ); if (!fHistMassOmegaMinus) { AliWarning("ERROR - AliAnalysisTaskCheckCascade: fHistMassOmegaMinus not available\n"); return; } fHistMassOmegaPlus = dynamic_cast<TH1F*> ( cRetrievedList->FindObject("fHistMassOmegaPlus") ); if (!fHistMassOmegaPlus) { AliWarning("ERROR - AliAnalysisTaskCheckCascade: fHistMassOmegaPlus not available\n"); return; } TCanvas *canCheckCascade = new TCanvas("AliAnalysisTaskCheckCascade","CheckCascade overview",10,10,1010,660); canCheckCascade->Divide(2,2); canCheckCascade->cd(1); canCheckCascade->cd(1)->SetLogy(); fHistTrackMultiplicityForTrigEvt->SetMarkerStyle(kFullStar); fHistTrackMultiplicityForTrigEvt->GetXaxis()->SetLabelFont(42); fHistTrackMultiplicityForTrigEvt->GetYaxis()->SetLabelFont(42); fHistTrackMultiplicityForTrigEvt->SetTitleFont(42, "xy"); fHistTrackMultiplicityForTrigEvt->GetXaxis()->SetTitleOffset(1.1); fHistTrackMultiplicityForTrigEvt->DrawCopy("H"); canCheckCascade->cd(2); canCheckCascade->cd(2)->SetLogy(); fHistCascadeMultiplicityForTrigEvt->SetMarkerStyle(kOpenSquare); fHistCascadeMultiplicityForTrigEvt->GetXaxis()->SetLabelFont(42); fHistCascadeMultiplicityForTrigEvt->GetYaxis()->SetLabelFont(42); fHistCascadeMultiplicityForTrigEvt->SetTitleFont(42, "xy"); fHistCascadeMultiplicityForTrigEvt->GetXaxis()->SetTitleOffset(1.1); fHistCascadeMultiplicityForTrigEvt->DrawCopy("E"); canCheckCascade->cd(3); fHistMassXiMinus ->SetMarkerStyle(kFullCircle); fHistMassXiMinus ->SetMarkerSize(0.5); fHistMassXiMinus ->GetXaxis()->SetLabelFont(42); fHistMassXiMinus ->GetYaxis()->SetLabelFont(42); fHistMassXiMinus ->SetTitleFont(42, "xy"); fHistMassXiMinus ->GetXaxis()->SetTitleOffset(1.1); fHistMassXiMinus ->GetYaxis()->SetTitleOffset(1.3); // fHistMassXiMinus->Rebin(2); fHistMassXiMinus ->GetXaxis()->SetRangeUser(1.24, 1.42); fHistMassXiMinus ->DrawCopy("E"); fHistMassXiPlus ->SetMarkerStyle(kOpenCircle); fHistMassXiPlus ->SetMarkerColor(kRed+2); fHistMassXiPlus ->SetLineColor(kRed+2); fHistMassXiPlus ->SetMarkerSize(0.5); // fHistMassXiPlus ->Rebin(2); fHistMassXiPlus ->DrawCopy("ESAME"); TLegend *legendeXi =new TLegend(0.67,0.34,0.97,0.54); legendeXi->SetTextFont(42); legendeXi->SetTextSize(0.05); legendeXi->SetFillColor(kWhite); legendeXi->AddEntry( fHistMassXiMinus,"#Xi^{-} candidates","lp"); legendeXi->AddEntry( fHistMassXiPlus,"#bar{#Xi}^{+} candidates","lp"); legendeXi->Draw(); canCheckCascade->cd(4); fHistMassOmegaPlus ->SetMarkerStyle(kOpenCircle); fHistMassOmegaPlus ->SetMarkerColor(kRed+2); fHistMassOmegaPlus ->SetLineColor(kRed+2); fHistMassOmegaPlus ->SetMarkerSize(0.5); fHistMassOmegaPlus ->GetXaxis()->SetLabelFont(42); fHistMassOmegaPlus ->GetYaxis()->SetLabelFont(42); fHistMassOmegaPlus ->SetTitleFont(42, "xy"); fHistMassOmegaPlus ->GetXaxis()->SetTitleOffset(1.1); fHistMassOmegaPlus ->GetYaxis()->SetTitleOffset(1.25); // fHistMassOmegaPlus ->Rebin(2); fHistMassOmegaPlus ->GetXaxis()->SetRangeUser(1.6, 1.84); fHistMassOmegaPlus ->DrawCopy("E"); fHistMassOmegaMinus->SetMarkerStyle(kFullCircle); fHistMassOmegaMinus->SetMarkerSize(0.5); // fHistMassOmegaMinus->Rebin(2); fHistMassOmegaMinus->DrawCopy("ESAME"); TLegend *legendeOmega = new TLegend(0.67,0.34,0.97,0.54); legendeOmega->SetTextFont(42); legendeOmega->SetTextSize(0.05); legendeOmega->SetFillColor(kWhite); legendeOmega->AddEntry( fHistMassOmegaMinus,"#Omega^{-} candidates","lp"); legendeOmega->AddEntry( fHistMassOmegaPlus,"#bar{#Omega}^{+} candidates","lp"); legendeOmega->Draw(); }
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