#ifndef _CALDATA_CALIB_HH_
#define _CALDATA_CALIB_HH_
////////////////////////////////////////////////////////////////////////////////////////////////////////////////
//
// Component: CalDataCalib.hh
// Purpose: This class contains the offline calorimeter calibration
//                constants used in making CalData. The Calib class accesses
//                the database when CalData is originally
//          
// Created: 01/04/00
//                     
/////////////////////////////////////////////////////////////////////////////////////////////////////////////////

#include <iostream>
#include "Trybos/TRY_Fixed_Size_Types.hh"
// namespace calor{

class CalDataCalib{

public:
  CalDataCalib();
  CalDataCalib(float,float,float,float,float,float,float);
  CalDataCalib(float,float,float,float,float,float,float,
	       uint2,uint2,uint2,uint2,uint2,uint2,uint2);
  
  // accessors
  
  float calibCem() const; 
  float calibCha() const; 
  float calibWha() const; 
  float calibPem() const; 
  float calibPha() const; 
  float calibPpr() const; 
  float calibMpa() const; 

  uint2 pedCem() const; 
  uint2 pedCha() const; 
  uint2 pedWha() const; 
  uint2 pedPem() const; 
  uint2 pedPha() const; 
  uint2 pedPpr() const; 
  uint2 pedMpa() const; 

  //
  // Printing
  //
  void print(std::ostream& os) const;
  friend std::ostream& operator<<(std::ostream& os, const CalDataCalib& ctd);

private:

  //  Calibration constants:  take digitization counts into GeV
  float _calibCem;
  float _calibCha;
  float _calibWha;
  float _calibPem;
  float _calibPha;
  float _calibPpr;
  float _calibMpa;

  uint2 _pedCem;
  uint2 _pedCha;
  uint2 _pedWha;
  uint2 _pedPem;
  uint2 _pedPha;
  uint2 _pedPpr;
  uint2 _pedMpa;
  
};

inline float CalDataCalib::calibCem() const { return _calibCem; }
inline float CalDataCalib::calibCha() const { return _calibCha; }
inline float CalDataCalib::calibWha() const { return _calibWha; }
inline float CalDataCalib::calibPem() const { return _calibPem; }
inline float CalDataCalib::calibPha() const { return _calibPha; }
inline float CalDataCalib::calibPpr() const { return _calibPpr; }
inline float CalDataCalib::calibMpa() const { return _calibMpa; }

inline uint2 CalDataCalib::pedCem() const { return _pedCem; }
inline uint2 CalDataCalib::pedCha() const { return _pedCha; }
inline uint2 CalDataCalib::pedWha() const { return _pedWha; }
inline uint2 CalDataCalib::pedPem() const { return _pedPem; }
inline uint2 CalDataCalib::pedPha() const { return _pedPha; }
inline uint2 CalDataCalib::pedPpr() const { return _pedPpr; }
inline uint2 CalDataCalib::pedMpa() const { return _pedMpa; }


// }
#endif