Event/RootEventData/RootEventData-00-03-80/RootEventData/TRecMdcKalHelixSeg.h

Go to the documentation of this file.

#ifndef RootEventData_TRecMdcKalHelixSeg_H
#define RootEventData_TRecMdcKalHelixSeg_H 1
 
#include "TObject.h"
#include <vector>
 
using namespace std;
 
class TRecMdcKalHelixSeg : public TObject {
    
public:
    
  TRecMdcKalHelixSeg();
    
  ~TRecMdcKalHelixSeg ();
 
   //extractors
   const Int_t getTrackId(void) const { return m_trackid; }   
   const Int_t getFlagLR(void) const { return m_lr;   }
   const UInt_t getMdcId() const { return m_mdcid;    }
   const Double_t getTdc(void) const { return m_tdc;  }
   const Double_t getAdc(void) const { return m_adc;  }
   const Double_t getZhit(void) const { return m_zhit;   }      
   const Double_t getTof(void) const { return m_tof;  }
   const Double_t getDocaIncl(void) const { return m_docaincl;   }      
   const Double_t getDocaExcl(void) const { return m_docaexcl;   }      
   const Double_t getDD(void) const { return m_dd; }
   const Double_t getEntra(void) const { return m_entra; }     
   const Double_t getDT(void) const { return m_driftT;   }      
//   const Int_t    getLayerId(void) const { return m_layerid; }
//   const Double_t getDrIncl(void) const {return m_drincl; }
//   const Double_t getFi0Incl(void) const {return m_phi0incl; }
//   const Double_t getCpaIncl(void) const {return m_kappaincl; }
//   const Double_t getDzIncl(void) const {return m_dzincl; }
//   const Double_t getTanlIncl(void) const {return m_tanlincl; }
//   const Double_t getDrExcl(void) const {return m_drexcl; }
//   const Double_t getFi0Excl(void) const {return m_phi0excl; }
//   const Double_t getCpaExcl(void) const {return m_kappaexcl; }
//   const Double_t getDzExcl(void) const {return m_dzexcl; }
//   const Double_t getTanlExcl(void) const {return m_tanlexcl; }
   const Double_t getHelixIncl(Int_t i) const {return m_helixincl[i]; }
//   const Double_t getErrorIncl(Int_t i, Int_t j) const {return m_errorincl[i][j]; }
   const Double_t getHelixExcl(Int_t i) const {return m_helixexcl[i]; }
//   const Double_t getErrorExcl(Int_t i, Int_t j) const {return m_errorexcl[i][j]; }
 
   //modifiers
   void setTrackId(Int_t trkid) { m_trackid = trkid;   }
   void setFlagLR(Int_t lr) { m_lr = lr;    }
   void setMdcId( UInt_t mdcid )  { m_mdcid = mdcid; }
   void setTdc(Double_t tdc) { m_tdc = tdc;    }
   void setAdc(Double_t adc) { m_adc = adc;    }
   void setZhit(Double_t zhit) { m_zhit = zhit;   }      
   void setTof(Double_t tof) { m_tof = tof;    }
   void setDocaIncl(Double_t docaincl) { m_docaincl = docaincl;   }      
   void setDocaExcl(Double_t docaexcl) { m_docaexcl = docaexcl;   }      
   void setDD(Double_t dd) { m_dd = dd ;  }
   void setEntra(Double_t entra) { m_entra = entra;   }      
   void setDT(Double_t driftT) { m_driftT = driftT;   }      
//   void setLayerId(Int_t layerid) { m_layerid = layerid;    }
//   void setDrIncl (Double_t drincl) { m_drincl = drincl; }
//   void setFi0Incl (Double_t phi0incl) { m_phi0incl = phi0incl; }
//   void setCpaIncl (Double_t kappaincl) { m_kappaincl = kappaincl; }
//   void setDzIncl (Double_t dzincl) { m_dzincl = dzincl; }
//   void setTanlIncl (Double_t tanlincl) { m_tanlincl = tanlincl; }
//   void setDrExcl (Double_t drexcl) { m_drexcl = drexcl; }
//   void setFi0Excl (Double_t phi0excl) { m_phi0excl = phi0excl; }
//   void setCpaExcl (Double_t kappaexcl) { m_kappaexcl = kappaexcl; }
//   void setDzExcl (Double_t dzexcl) { m_dzexcl = dzexcl; }
//   void setTanlExcl (Double_t tanlexcl) { m_tanlexcl = tanlexcl; }
   void setHelixIncl(const Double_t helix[5]) {
       for(Int_t i=0; i<5; i++) m_helixincl[i] = helix[i]; 
   }
   void setHelixExcl (const Double_t helix[5]) {
       for(Int_t i=0; i<5; i++) m_helixexcl[i] = helix[i];
   }
//   void setErrorIncl(const Double_t error[5][5]){
//     for (Int_t i= 0 ; i<5 ; i++)
//         for (Int_t j=0; j<=i; j++){
//             m_errorincl[i][j] = error[i][j];
//             m_errorincl[j][i] = error[i][j];
//         }
//   }
//   void setErrorExcl (const Double_t error[5][5]){
//     for(Int_t i=0; i<5; i++) {
//         for (Int_t j=0; j<=i; j++){
//             m_errorexcl[i][j] = error[i][j];
//             m_errorexcl[j][i] = error[i][j];
//         }
//     }
//   }
 
 private:
   Int_t m_trackid;    // id of track containing this hit,if this hit 
                   // belongs to no track, set as -1;
   Int_t m_lr;     //flag indicating left or right 0:left 1:right 2:ambig
   UInt_t m_mdcid;  // MDC identifier
   Double_t m_tdc;    // corrected TDC
   Double_t m_adc;    //corrected ADC
   Double_t m_zhit;   // z coordinate of the hit
   Double_t m_tof;    // time of flight 
   Double_t m_docaincl;   // distance of closesest approach for helix in the cell
   Double_t m_docaexcl;
   Double_t m_dd;    // drift distance 
   Double_t m_entra;  // entrance angle in azimuth
   Double_t m_driftT; // drift time
 //  Int_t m_layerid; // layer number
 //  Double_t m_drincl;
 //  Double_t m_phi0incl;
 //  Double_t m_kappaincl;
 //  Double_t m_dzincl;
 //  Double_t m_tanlincl;
 //  Double_t m_drexcl;
 //  Double_t m_phi0excl;
 //  Double_t m_kappaexcl;
 //  Double_t m_dzexcl;
 //  Double_t m_tanlexcl;
   Double_t m_helixincl[5];
//   Double_t m_errorincl[5][5];
   Double_t m_helixexcl[5];
//   Double_t m_errorexcl[5][5];
   
  ClassDef(TRecMdcKalHelixSeg,3)
};
 
#endif