Tof/TofCaliSvc/include/TofCaliSvc/BTofCal.h

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#ifndef BTOF_CAL_H
#define BTOF_CAL_H
 
const unsigned int nBarAtten  = 8;
const unsigned int nBarSpeed  = 2;
const unsigned int nBarPar    = 10;
const unsigned int nBarParOff = 20;
const unsigned int nBarSigma  = 5;
const unsigned int nBarSigCnt = 10;
 
class BTofCal {
public:
  BTofCal() {}
  ~BTofCal() {}
 
public:
  double getAtten( int idx ) const { return m_atten[idx]; }
  double getVeff( int idx ) const { return m_veff[idx]; }
  double getP1( int idx ) const { return m_p1[idx]; }
  double getP2( int idx ) const { return m_p2[idx]; }
  double getPOff1_bunch0( int idx ) const { return m_poff1_bunch0[idx]; }
  double getPOff2_bunch0( int idx ) const { return m_poff2_bunch0[idx]; }
  double getPOff1_bunch1( int idx ) const { return m_poff1_bunch1[idx]; }
  double getPOff2_bunch1( int idx ) const { return m_poff2_bunch1[idx]; }
  double getPOff1_bunch2( int idx ) const { return m_poff1_bunch2[idx]; }
  double getPOff2_bunch2( int idx ) const { return m_poff2_bunch2[idx]; }
  double getPOff1_bunch3( int idx ) const { return m_poff1_bunch3[idx]; }
  double getPOff2_bunch3( int idx ) const { return m_poff2_bunch3[idx]; }
  double getFPLeft( int idx ) const { return m_fpleft[idx]; }
  double getFPRight( int idx ) const { return m_fpright[idx]; }
  double getFPCounter( int idx ) const { return m_fpcounter[idx]; }
 
public:
  void setAtten( int idx, double atten ) { m_atten[idx] = atten; }
  void setVeff( int idx, double veff ) { m_veff[idx] = veff; }
  void setP1( int idx, double p1 ) { m_p1[idx] = p1; }
  void setP2( int idx, double p2 ) { m_p2[idx] = p2; }
  void setPOff1_bunch0( int idx, double poff1_bunch0 ) { m_poff1_bunch0[idx] = poff1_bunch0; }
  void setPOff2_bunch0( int idx, double poff2_bunch0 ) { m_poff2_bunch0[idx] = poff2_bunch0; }
  void setPOff1_bunch1( int idx, double poff1_bunch1 ) { m_poff1_bunch1[idx] = poff1_bunch1; }
  void setPOff2_bunch1( int idx, double poff2_bunch1 ) { m_poff2_bunch1[idx] = poff2_bunch1; }
  void setPOff1_bunch2( int idx, double poff1_bunch2 ) { m_poff1_bunch2[idx] = poff1_bunch2; }
  void setPOff2_bunch2( int idx, double poff2_bunch2 ) { m_poff2_bunch2[idx] = poff2_bunch2; }
  void setPOff1_bunch3( int idx, double poff1_bunch3 ) { m_poff1_bunch3[idx] = poff1_bunch3; }
  void setPOff2_bunch3( int idx, double poff2_bunch3 ) { m_poff2_bunch3[idx] = poff2_bunch3; }
  void setFPLeft( int idx, double fp1 ) { m_fpleft[idx] = fp1; }
  void setFPRight( int idx, double fp2 ) { m_fpright[idx] = fp2; }
  void setFPCounter( int idx, double fp3 ) { m_fpcounter[idx] = fp3; }
 
private:
  double m_atten[nBarAtten];         // effective attenuation length in Tof (cm)
  double m_veff[nBarSpeed];          // effective velocity of light in Tof (cm/ns)
  double m_p1[nBarPar];              // left time calibration constant
  double m_p2[nBarPar];              // right time calibration constant
  double m_poff1_bunch0[nBarParOff]; // left time calibration constant of bunch0
  double m_poff2_bunch0[nBarParOff]; // right time calibration constant of bunch0
  double m_poff1_bunch1[nBarParOff]; // left time calibration constant of bunch1
  double m_poff2_bunch1[nBarParOff]; // right time calibration constant of bunch1
  double m_poff1_bunch2[nBarParOff]; // left time calibration constant of bunch2
  double m_poff2_bunch2[nBarParOff]; // right time calibration constant of bunch2
  double m_poff1_bunch3[nBarParOff]; // left time calibration constant of bunch3
  double m_poff2_bunch3[nBarParOff]; // right time calibration constant of bunch3
  double m_fpleft[nBarSigma];        // left sigma vs z
  double m_fpright[nBarSigma];       // right sigma vs z
  double m_fpcounter[nBarSigCnt];    // weighted sigma vs z
};
#endif