#ifndef PID_CORRELATOR_H #define PID_CORRELATOR_H // ************************************************************************** // Author: Stefano Spataro e-mail: spataro@to.infn.it // // pid correlator // // Created: 03-07-09 // Modified: // // ************************************************************************** #include "TNtuple.h" #include "TString.h" #include "TClonesArray.h" #include #include "FairTask.h" #include "FairField.h" #include "FairTrackParH.h" #include "FairGeanePro.h" #include "FairGeane.h" #include "PndTrack.h" #include "PndGeoHandling.h" #include "PndRecoKalmanFit.h" #include "PndPidCorrPar.h" #include "PndPidCandidate.h" #include "PndEmcXClMoments.h" #include "PndEmcGeoPar.h" #include "PndEmcErrorMatrix.h" #include "PndEmcErrorMatrixPar.h" using std::map; class TGeant3; class PndPidCorrelator : public FairTask { protected: TClonesArray* fTrack; //! PndTrack TCA TClonesArray* fTrackID; //! PndTrackID TCA TClonesArray* fPidChargedCand; //! PndPidCandidate TCA for charged particles TClonesArray* fPidNeutralCand; //! PndPidCandidate TCA for neutral particles TClonesArray* fMdtTrack; //! PndTrack TCA for MDT refit TClonesArray* fMvdHitsStrip; //! PndSdsHit TCA for strip TClonesArray* fMvdHitsPixel; //! PndSdsHit TCA for pixel TClonesArray* fTofHit; //! PndTofHit TCA TClonesArray* fTofPoint; //! PndTofPoint TCA TClonesArray* fEmcCluster; //! PndEmcCluster TCA TClonesArray* fEmcBump; //! PndEmcBump TCA TClonesArray* fMdtPoint; //! PndMdtPoint TCA TClonesArray* fMdtHit; //! PndMdtHit TCA TClonesArray* fMdtTrk; //! PndMdtTrk TCA TClonesArray* fDrcPoint; //! PndDrcBarPoint TCA TClonesArray* fDrcHit; //! PndDrcHit TCA TClonesArray* fDskParticle; //! PndDskParticle TCA //need to change to PndDskHit in future TClonesArray* fSttHit; //! PndSttHit/PndSttHelixHit TCA PndPidCorrPar* fCorrPar; //! Correlation parameters PndEmcGeoPar* fEmcGeoPar; //! EMC geometry parameters PndEmcErrorMatrixPar* fEmcErrorMatrixPar; //! EMC error matrix parameters PndEmcErrorMatrix *fEmcErrorMatrix; //! EMC error matrix Short_t fDebugMode; // Fill ntuples for debug Short_t fMvdMode; // MVD Mode: 0 no MVD, 1 MvdPoint, (2) MvdHit Short_t fSttMode; // STT Mode: 0 no STT, 1 SttPoint, 2 SttHit, (3) SttHelixHit Short_t fTofMode; // TOF Mode: 0 no TOF, 1 -empty-, (2) TofHit Short_t fEmcMode; // EMC Mode: 0 no EMC, 1 -empty-, (2) EmcCluster, 3 EmcBumps Short_t fMdtMode; // MDT Mode: 0 no MDT, 1 -empty-, (2) MdtHit Short_t fDrcMode; // DRC Mode: 0 no DRC, 1 -empty-, (2" DrcHit Short_t fDskMode; // DSK Mode: 0 no DSK, 1 -empty-, (2" DskParticle Double_t fMvdELoss; // Energy Loss in MVD Double_t fMvdPath; // MVD path crossed by the particle Int_t fMvdHitCount; // Number of mvd hits map fClusterList; // List of clusters correlated to tracks TString fTrackBranch; // options to choose PndTrack branches TString fTrackIDBranch; // options to choose PndTrackID branches TString fTrackOutBranch; // options to choose output branch Bool_t fVerbose; // Switch ON/OFF debug messages Bool_t fSimulation; // Switch simulation diagnostic Bool_t fGeanePro; // Use GEANE propagation Bool_t fMdtRefit; // Use MDT Kalman refit propagation Bool_t fIdeal; // Ideal Correlation Int_t fEventCounter; // Event number Int_t fPidHyp; // particle hypothesis for propagation PndGeoHandling* fGeoH; // Object to retrieve MVD geometry PndRecoKalmanFit *fFitter; // Refitter for MDT tracks TFile *r; // File for debug ntuples TNtuple *tofCorr; // Debug ntuple for tof correlation TNtuple *emcCorr; // Debug ntuple for emc correlation TNtuple *mdtCorr; // Debug ntuple for mdt correlation TNtuple *drcCorr; // Debug ntuple for drc correlation TNtuple *dskCorr; // Debug ntuple for dsk correlation TString sDir; // Ntuple output directory TString sFile; // Ntuple output file void ConstructChargedCandidate(); void ConstructNeutralCandidate(); PndPidCandidate* AddChargedCandidate(PndPidCandidate* cand); PndPidCandidate* AddNeutralCandidate(PndPidCandidate* cand); PndTrack* AddMdtTrack(PndTrack* track); Bool_t GetTrackInfo(PndTrack* track, PndPidCandidate* pid); Bool_t GetMvdInfo (PndTrack* track, PndPidCandidate* pid); Bool_t GetSttInfo (PndTrack* track, PndPidCandidate* pid); Bool_t GetTpcInfo (PndTrack* track, PndPidCandidate* pid); Bool_t GetTofInfo (FairTrackParH* helix, PndPidCandidate* pid); Bool_t GetEmcInfo (FairTrackParH* helix, PndPidCandidate* pid); Bool_t GetMdtInfo (PndTrack* track, PndPidCandidate* pid); Bool_t GetDrcInfo (FairTrackParH* helix, PndPidCandidate* pid); Bool_t GetDskInfo (FairTrackParH* helix, PndPidCandidate* pid); public: virtual void Exec(Option_t * option); virtual InitStatus Init(); // void Register(); void Reset(); PndPidCorrelator(const char *name, const char *title="Pnd Task"); PndPidCorrelator(); virtual ~PndPidCorrelator(); void SetOption(Option_t *option=" ") {fOption = option; fOption.ToLower();} void SetDebugMode(Bool_t debug) { fDebugMode = debug; }; void SetDebugFilename(TString filename) { sFile = filename; }; void SetMdtRefit(Bool_t mdt) { fMdtRefit = mdt; }; void SetInputBranch(TString branch) { fTrackBranch = branch; }; void SetInputIDBranch(TString branch) { fTrackIDBranch = branch; }; void SetOutputBranch(TString branch) { fTrackOutBranch = branch; }; void SetVerbose(Bool_t verb) { fVerbose = verb ;}; void SetSimulation(Bool_t sim) { fSimulation = sim; }; void SetIdeal(Bool_t id) { fIdeal = id; }; void SetGeanePro(Bool_t gea = kTRUE) { fGeanePro = gea; }; void SetPidHyp(Int_t pid) { fPidHyp = pid; }; /** Get parameter containers **/ virtual void SetParContainers(); virtual void Finish(); ClassDef(PndPidCorrelator,1) // PndPidCorrelator }; #endif