Calibration/CalibData/CalibData-00-01-18/CalibData/Tof/bTofCalibBase.h

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// $Header: /bes/bes/BossCvs/Calibration/CalibData/CalibData/Tof/bTofCalibBase.h,v 1.8 2012/11/06 07:49:40 sunss Exp $
#ifndef CalibData_bTofCalibBase_h
#define CalibData_bTofCalibBase_h
 
/** @class CalibData_Mdct0_h
 
  calibration data class t0 
  calibration infrastructure
 
  @author huangb
*/
#include "GaudiKernel/DataObject.h"
#include "CalibData/CalibModel.h"
#include <vector>
 
 
namespace CalibData {
  class bTofCalibBase{
   public:
     bTofCalibBase(){};
 
    virtual ~bTofCalibBase() {
      }
 
    //set the Calibdata of Tof
     void setAtten(const double* Atten);
     void setSpeed(const double* Speed);
 
     void setP1(const double* TofP1);
     void setP2(const double* TofP2);
 
     void setPoff1_bunch0(const double* TofPoff1_bunch0);
     void setPoff2_bunch0(const double* TofPoff2_bunch0);
     void setPoff1_bunch1(const double* TofPoff1_bunch1);
     void setPoff2_bunch1(const double* TofPoff2_bunch1);
     void setPoff1_bunch2(const double* TofPoff1_bunch2);
     void setPoff2_bunch2(const double* TofPoff2_bunch2);
     void setPoff1_bunch3(const double* TofPoff1_bunch3);
     void setPoff2_bunch3(const double* TofPoff2_bunch3);
 
     void setFPleft(const double* FP1);
     void setFPright(const double* FP2);
     void setFPcounter(const double* FP3);
 
     //get the CalibData of Tof
     double  getAtten(int No)  const{return m_Atten[No];} 
     double  getSpeed(int No) const{return m_Speed[No];}
 
     double  getP1(int No) const { return m_P1[No];}
     double  getP2(int No) const { return m_P2[No];}
 
     double  getPoff1_bunch0(int No) const { return m_Poff1_bunch0[No];}
     double  getPoff2_bunch0(int No) const { return m_Poff2_bunch0[No];}
     double  getPoff1_bunch1(int No) const { return m_Poff1_bunch1[No];}
     double  getPoff2_bunch1(int No) const { return m_Poff2_bunch1[No];}
     double  getPoff1_bunch2(int No) const { return m_Poff1_bunch2[No];}
     double  getPoff2_bunch2(int No) const { return m_Poff2_bunch2[No];}
     double  getPoff1_bunch3(int No) const { return m_Poff1_bunch3[No];}
     double  getPoff2_bunch3(int No) const { return m_Poff2_bunch3[No];}
 
     double  getFleft(int No) const{return m_FP1[No];}
     double  getFright(int No) const{return m_FP2[No];}
     double  getFcounter(int No) const{return m_FP3[No];}
 
  private:
     double m_Atten[8];
     double m_Speed[2];
     double m_P1[10];
     double m_P2[10];
     double m_Poff1_bunch0[20];
     double m_Poff2_bunch0[20];
     double m_Poff1_bunch1[20];
     double m_Poff2_bunch1[20];
     double m_Poff1_bunch2[20];
     double m_Poff2_bunch2[20];
     double m_Poff1_bunch3[20];
     double m_Poff2_bunch3[20];
     double m_FP1[5];
     double m_FP2[5];
     double m_FP3[10];
  };
}
 
 
#endif