virtual ~AliESDPmdTrack(){;}
AliESDPmdTrack (const AliESDPmdTrack &PMDTrack); // copy constructor
AliESDPmdTrack &operator=(const AliESDPmdTrack &PMDTrack); // assignment op
+ virtual void Copy(TObject &obj) const;
void SetDetector(Int_t idet) {fDet = idet;}
void SetClusterADC(Float_t cluadc) {fCluADC = cluadc;}
void SetClusterCells(Float_t ncell) {fNcell = (UChar_t)ncell;}
void SetClusterPID(Float_t clupid) {fCluPID = clupid;}
+ void SetSmn(Int_t smn) {fSmn = smn;}
+ void SetClusterTrackNo(Int_t trno) {fTrackNo = trno;}
+ void SetClusterTrackPid(Int_t trpid) {fTrackPid = trpid;}
+ void SetClusterMatching(UShort_t mstat) {fClMatching = mstat;}
+ void SetClusterSigmaX(Float_t sigx) {fSigX = sigx;}
+ void SetClusterSigmaY(Float_t sigy) {fSigY = sigy;}
Double_t GetClusterX() const {return fX;}
Double_t GetClusterY() const {return fY;}
Double_t GetClusterZ() const {return fZ;}
Double_t GetClusterADC() const {return fCluADC;}
Double_t GetClusterPID() const {return fCluPID;}
- UChar_t GetClusterCells() const {return fNcell;}
- UChar_t GetDetector() const {return fDet;}
+ UChar_t GetClusterCells() const {return fNcell;}
+ UChar_t GetDetector() const {return fDet;}
+ Int_t GetSmn() const {return fSmn;}
+ Int_t GetClusterTrackNo() const {return fTrackNo;}
+ Int_t GetClusterTrackPid() const {return fTrackPid;}
+ UShort_t GetClusterMatching() const {return fClMatching;}
+ Double_t GetClusterSigmaX() const {return fSigX;}
+ Double_t GetClusterSigmaY() const {return fSigY;}
protected:
Double32_t fZ; // Cluster Z position (vertex uncorrected)
Double32_t fCluADC; // Cluster Energy in ADC
Double32_t fCluPID; //[0.,1.,8] Cluster probability, 1: Photon, 0: Hadron
- UChar_t fDet; // Detector, 0:PRE, 1:CPV
- UChar_t fNcell; // Cluster cells
+ UChar_t fDet; // Detector, 0:PRE, 1:CPV
+ UChar_t fNcell; // Cluster cells
+ Int_t fSmn; // Serial module number
+ Int_t fTrackNo; // Track number assigned to the clus from simulation
+ Int_t fTrackPid; // Track pid assigned to clus from simulation
+ UShort_t fClMatching; // Cluster of PRE matching with CPV
+ Double32_t fSigX; // Cluster x-width
+ Double32_t fSigY; // Cluster y-width
- ClassDef(AliESDPmdTrack,4) //PMD ESD track class
+ ClassDef(AliESDPmdTrack,5) //PMD ESD track class
};