Event/RootEventData/RootEventData-00-03-81/RootEventData/TRecMdcDedx.h

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#ifndef RootEventData_TRecMdcDedx_H
#define RootEventData_TRecMdcDedx_H 1
 
#include "TObject.h"
 
class TRecMdcDedx : public TObject {
    
public:
    
  TRecMdcDedx ();
    
  ~TRecMdcDedx ();
    
    
 //   void Clear(Option_t *option ="");
 
 //   void PrInt_t(Option_t *option="") const;
  //get
  Int_t    mdcTrackId()    const { return m_mdcTrackId; }
  Int_t    mdcKalTrackId() const { return m_mdcKalTrackId; }
  Int_t    trackId()        const { return m_trackId; }
  Int_t    particleId()      const { return m_particleId; }
  Int_t    status()     const { return m_status; }
  Int_t    truncAlg() const { return m_trunc_alg;  }
 // Double_t prob(Int_t i)  const { return m_prob[i]; }
  Double_t chi(int i)        const { return m_chi[i]; } 
  Double_t chiE()        const { return m_chiE; }
  Double_t chiMu()       const { return m_chiMu; }
  Double_t chiPi()       const { return m_chiPi; }
  Double_t chiK()        const { return m_chiK; }
  Double_t chiP()        const { return m_chiP; }
  
  Int_t    numGoodHits()      const { return m_numGoodHits; }
  Int_t    numTotalHits()     const { return m_numTotalHits; }
 
  Double_t probPH()           const { return m_probPH; }
  Double_t normPH()       const { return m_normPH; }
  Double_t errorPH()          const { return m_errorPH; }
  Double_t twentyPH()         const { return m_twentyPH; }
  
  Double_t dedxExpect(int pid) const { return m_dedx_exp[pid];   }
  Double_t sigmaDedx(int pid) const { return m_sigma_dedx[pid];   }
  Double_t pidProb(int pid) const { return m_pid_prob[pid];   }
 
  Double_t dedxHit()     const {return m_dedx_hit;     }
  Double_t dedxEsat()    const {return m_dedx_esat;    }
  Double_t dedxNoRun()   const {return m_dedx_norun;   }
  Double_t dedxMoment()  const {return m_dedx_momentum;     }    
  
 //set
  void   setDedxHit(const Double_t dedx_hit)        { m_dedx_hit = dedx_hit;     }
  void   setDedxEsat(const Double_t dedx_esat)      { m_dedx_esat = dedx_esat;   }
  void   setDedxNoRun(const Double_t dedx_norun)    { m_dedx_norun = dedx_norun; }
  void   setDedxMoment(const Double_t dedx_momentum){ m_dedx_momentum = dedx_momentum;     } 
 
  void   setMdcTrackId   (const int mdcTrackId)    { m_mdcTrackId = mdcTrackId; }  
  void   setMdcKalTrackId(const int mdcKalTrackId) { m_mdcKalTrackId = mdcKalTrackId; }
  void   setTrackId (const Int_t trackId )      { m_trackId = trackId ; }
  void   setParticleId(const Int_t particleId)  { m_particleId = particleId; }
  void   setStatus (const Int_t status)         { m_status=status; }
  void   setTruncAlg(const Int_t trunc_alg)     { m_trunc_alg = trunc_alg;   }
  
  void   setChiE(const Double_t chiE)        { m_chiE = chiE; } 
  void   setChiMu(const Double_t chiMu)      { m_chiMu = chiMu; }   
  void   setChiPi(const Double_t chiPi)      { m_chiPi = chiPi; }
  void   setChiK(const Double_t chiK)        { m_chiK = chiK; } 
  void   setChiP(const Double_t chiP)        { m_chiP = chiP; } 
 
  void   setNumGoodHits(const Int_t  numGoodHits)      { m_numGoodHits = numGoodHits; } 
  void   setNumTotalHits(const Int_t    numTotalHits)  { m_numTotalHits = numTotalHits; } 
 
  void   setProbPH(const Double_t probPH)              { m_probPH = probPH; }
  void   setNormPH(const Double_t normPH)              { m_normPH = normPH; } 
  void   setErrorPH(const Double_t errorPH)      { m_errorPH = errorPH; }
  void   setTwentyPH(const Double_t twentyPH)    { m_twentyPH = twentyPH; }
 
  void   setChi( double* chi)  {
         for(int i =0; i<5 ; i++) m_chi[i]= chi[i];
       }
     
  void   setDedxExpect(double* dedx_exp) {
    for(int i = 0; i < 5; i++)
      m_dedx_exp[i] = dedx_exp[i]  ;
  }
  void setSigmaDedx(double* sigma_dedx) {
    for(int i = 0; i < 5; i++)
      m_sigma_dedx[i] = sigma_dedx[i] ;
  }
  void setPidProb(double* pid_prob) {
    for(int i = 0; i < 5; i++)
      m_pid_prob[i] = pid_prob[i] ;
  }     
     
private:    
  Double_t  m_dedx_hit;      //double trucation mean of hit-level calib
  Double_t  m_dedx_esat;     //double trucation mean of hit-level+electron saturation calib
  Double_t  m_dedx_norun;    //double trucation mean of no run gain calib
  Double_t  m_dedx_momentum; //dE/dx calib used momentum
 
  Int_t    m_trackId;       //Track Id wensp Add 2005-10-19
  Int_t    m_mdcTrackId;
  Int_t    m_mdcKalTrackId;
  Int_t    m_particleId;    //Particle ID from De/Dx fit
  Int_t    m_status;        //Status
  Int_t    m_trunc_alg;    //truncate method
 
  //Double_t m_prob[5];       //Probility // Changed on Oct. 10 following by Wangdy
  Double_t m_chiE;     //Number of sigama from e
  Double_t m_chiMu;    //Number of sigama from muon
  Double_t m_chiPi;    //Number of sigama from pion
  Double_t m_chiK;     //Number of sigama from k
  Double_t m_chiP;     //Number of sigama from p
  Int_t    m_numGoodHits;   //No. of good de/dx hits(exclude overflow)
  Int_t    m_numTotalHits;  //No. of good de/dx hits(include overflow)
  Double_t m_probPH;        //Most probable pulse height from truncated mean
  Double_t m_normPH;        //normalizd pulse height // Changed on Oct. 10 following by Wangdy
  Double_t m_errorPH;      //resolution of truncated mean 
  Double_t m_twentyPH;    //de/dx value of bitrunction rate equal to 20% 
  Double_t m_chi[5]; //Number of Chi_dEdx for different particles
                            //0: e  1: mu   2: pi  3: K  4:P
  Double_t m_dedx_exp[5];    // expected value of dE/dx for 5 particle hypotheses
  Double_t m_sigma_dedx[5]; // sigma value of dE/dx for 5 particle hypotheses
  Double_t m_pid_prob[5]; // probability for each of  the 5 particle hypotheses
    
  
  ClassDef(TRecMdcDedx,5)
};
 
#endif