TEmcTrack.h

Go to the documentation of this file.

#ifndef RootEventData_TEmcTrack_H
#define RootEventData_TEmcTrack_H 1
 
#include "TObject.h"
#include <cmath>
 
class TEmcTrack : public TObject {
 
  public:
 
    TEmcTrack();
    ~TEmcTrack();
 
 
    //   void Clear(Option_t *option ="");
 
    //   void PrInt_t(Option_t *option="") const;
    //Get
    Int_t trackId()const { return    m_trackId; }   
    Int_t numHits()const { return    m_numHits; }  
    Int_t status() const { return    m_status; }
    Int_t cellId() const { return    m_cellId; }
    Int_t module() const { return    m_module; }
    Double_t x() const { return    m_x;      }
    Double_t y() const { return    m_y;      }
    Double_t z() const { return    m_z;      }
    Double_t theta() const { 
        return (m_x == 0.0 && m_y == 0.0 && m_z == 0.0) ? 0.0 : 
                std::atan2(std::sqrt(m_x*m_x+m_y*m_y),m_z); }
    Double_t phi() const { 
        return (m_x == 0.0 && m_y == 0.0) ? 0.0 : std::atan2(m_y,m_x);}
    Double_t dx() const;
    Double_t dy() const;
    Double_t dz() const;
    Double_t dtheta() const {  return  m_dTheta; }
    Double_t dphi()   const {  return  m_dPhi;   }
    Double_t energy() const {  return  m_energy;      }
    Double_t dE()     const {  return  m_dE;     }
    Double_t eSeed()  const {return m_eSeed;}
    Double_t e3x3()  const {return m_e3x3;}
    Double_t e5x5()  const {return m_e5x5;}
    Double_t time()  const {return m_time;}
    Double_t secondMoment() const {return m_secondMoment;}
    Double_t latMoment() const {return m_latMoment;}
    Double_t a20Moment() const {return m_a20Moment;}
    Double_t a42Moment() const {return m_a42Moment;}
    Double_t err(Int_t i) const { return m_err[i]; }
 
    //Set
    void setTrackId(const Int_t trackId ) { m_trackId = trackId; }
    void setNumHits(const Int_t hit )  { m_numHits   = hit;     }
    void setStatus(const Int_t st )  { m_status = st;      }
    void setCellId(const Int_t id )  { m_cellId = id;      }
    void setModule(const Int_t mod)  { m_module = mod;     }
    void setX(const Double_t x    )  { m_x  = x ;          } 
    void setY(const Double_t y    )  { m_y  = y ;          }
    void setZ(const Double_t z    )  { m_z  = z ;          }
    void setEnergy(const Double_t e    )  { m_energy  = e ;     }
    void setDE(const Double_t de  )  { m_dE = de;          }
    void setDtheta(const Double_t dt    )  { m_dTheta = dt;    } 
    void setDphi(const Double_t dpi     )  { m_dPhi    = dpi ;  }
    void setESeed(const Double_t eSeed     )  { m_eSeed   = eSeed ;  }
    void setE3x3(const Double_t e3x3     )  { m_e3x3   = e3x3 ;  }
    void setE5x5(const Double_t e5x5     )  { m_e5x5   = e5x5 ;  }
    void setTime(const Double_t time     )  { m_time   = time ;  }
    void setSecondMoment(const Double_t secondMoment) { m_secondMoment = secondMoment; }
    void setLatMoment(const Double_t latMoment) { m_latMoment = latMoment; }
    void setA20Moment(const Double_t a20Moment) { m_a20Moment = a20Moment; }
    void setA42Moment(const Double_t a42Moment) { m_a42Moment = a42Moment; }
    void setErr(const Double_t err[6] );
 
  private:
    Int_t m_trackId;       //Track Id wensp Add 2005-10-19  
    Int_t m_numHits;    // Total number of hits
    Int_t m_status;     // Status
    Int_t m_cellId;     // Cell ID
    Int_t m_module;     // Module
    Double_t m_x;       //  Shower coordinates and errors
    Double_t m_y;
    Double_t m_z;
    Double_t m_dTheta;
    Double_t m_dPhi;
    Double_t m_energy;  // Total energy observed in Emc
    Double_t m_dE;      
    Double_t m_eSeed; //// Energy of seed, only one
    Double_t m_e3x3; //Energy of 3x3 crystals, totally 9 ones
    Double_t m_e5x5; //Energy of 5x5 crystals, totally 25 ones
    Double_t m_time; //Time measurement
    Double_t m_secondMoment; //add 2006-07-03
    Double_t m_latMoment; //Lateral moment
    Double_t m_a20Moment; //Zernike moment
    Double_t m_a42Moment; 
    Double_t m_err[6]; // Error Matrix: 0:dxx, 1:dyy, 2:dzz
                       //               3:dxy, 4:dxz, 5:dyz
 
    ClassDef(TEmcTrack,2)
};
 
 
#endif //TrackRootData_TEmcTrack_H