#ifndef _CALIBL1_HH_
#define _CALIBL1_HH_
/////////////////////////////////////////////////////////////////////////
//
// Component: CalibL1.hh
// Purpose: This class contains the calorimetry ADMEM calibration
//          constants: SCL and PED used by the L1 trigger
// Author:  W.K. Sakumoto                                 20Jan2004
//          
/////////////////////////////////////////////////////////////////////////

#include <iostream>
#include "CalorCalibDBTables/CALDigiToGeV3.Defs.hh"
#include "CalorCalibDBTables/CALL1Peds3.Defs.hh"
#include "CalorGeometry/CalorComponent.h"
#include "EdmUtilities/FixedSizeTypes.hh"


class CalibL1
{
  
public:
  
  CalibL1();                  
  ~CalibL1();                 
  
  bool initializeDB();		// Initialize database connection
  bool loadCalibConsts();	// Read calib constants from the database

  
  float detCem() const; 
  float detCha() const; 
  float detWha() const; 
  float detPem() const; 
  float detPha() const; 
  
  uint2 pedCem() const; 
  uint2 pedCha() const; 
  uint2 pedWha() const; 
  uint2 pedPem() const; 
  uint2 pedPha() const; 
  


  //
  // Printing
  //

  void print(std::ostream& os) const;
  friend std::ostream& operator<<(std::ostream& os, const CalibL1& ctd);
  
private:
  
  CALDigiToGeV3_mgr          calDB_mgr;
  CALDigiToGeV3Container_ptr calDB_data ;

  CALL1Peds3_mgr             pedDB_mgr;
  CALL1Peds3Container_ptr    pedDB_data ;


  // SCL

  float _calibCem;
  float _calibCha;
  float _calibWha;
  float _calibPem;
  float _calibPha;
  
  // PED
  
  uint2 _pedCem;
  uint2 _pedCha;
  uint2 _pedWha;
  uint2 _pedPem;
  uint2 _pedPha;
  
};

inline float CalibL1::detCem() const { return _calibCem; }
inline float CalibL1::detCha() const { return _calibCha; }
inline float CalibL1::detWha() const { return _calibWha; }
inline float CalibL1::detPem() const { return _calibPem; }
inline float CalibL1::detPha() const { return _calibPha; }


inline uint2 CalibL1::pedCem() const { return _pedCem; }
inline uint2 CalibL1::pedCha() const { return _pedCha; }
inline uint2 CalibL1::pedWha() const { return _pedWha; }
inline uint2 CalibL1::pedPem() const { return _pedPem; }
inline uint2 CalibL1::pedPha() const { return _pedPha; }


#endif