#ifndef _CALDATAMAKER_HH_
#define _CALDATAMAKER_HH_
////////////////////////////////////////////////////////////////////////////////////////////////////////////////
//
// Component: CalDataMaker.hh
// Purpose: This is the class that makes the CalData object i.e. the
//          C++ object that represents the Run1 TOWE bank. 
//          CalDataMaker knows how to make D to E conversions for the 
//          calorimeter.  It gets calibration constants 
//          from the calibration database and uses them to convert D banks 
//          into E "objects".  
//          
// Created: 06/06/99   Pierre Savard, based on CalBankMaker class by
//                     Pasha Murat, Jodi Lamoureux.
// History: 09/09/99   Pierre Savard: Accomodate new EDM
//          06/21/03   Willis Sakumoto: standardize LER corrections
//
/////////////////////////////////////////////////////////////////////////////////////////////////////////////////
#include <iostream>
#include <iomanip>
#include <cstdlib>
#include <ctime>

// ROOT Headers
#include "TROOT.h"

// CdfEdm2 Headers
#include "StorableBanks/StorableBank.hh"
#include "StorableBanks/ConstGrandBankIterI2s1.hh"
#include "StorableBanks/GrandBankIterI2s1.hh"
#include "Edm/EventRecord.hh"
#include "Edm/GenericConstHandle.hh"
#include "Edm/ConstHandle.hh"
#include "Edm/Handle.hh"
#include "CalorGeometry/TowerGeometry.hh"
#include "CalorObjects/CalData.hh"
#include "CalorObjects/Calib.hh"
#include "CalorObjects/CalThresholds.hh"
#include "CalorGeometry/CalConstants.hh"
#include "CalorGeometry/CalParameters.hh"
class AbsEvent;

#include <iosfwd>

// namespace calor {

  class CalDataMaker {

  public:

    //
    // Memory management
    //
    
     CalDataMaker();	        // constructors
    
    ~CalDataMaker();	        // destructor
    
    // compiler generated default copy c'tor
    
    void initJob();                        
                                // init Run routine: 
                                // Load the calibration constants.
    void initRun(bool verbose);
    void initRun(bool verbose, bool accDB);    
    void initRun(bool verbose, bool accDB, bool offScl);    
                                // event init and end routines. 
    void initEvent(AbsEvent* Event);
    void initEvent(CalData* caldata);
    void endEvent(AbsEvent* Event, bool verbose);
    void endEvent(AbsEvent* Event, int skcut, float etmin, bool verbose);
    
    // convert calorimeter D banks to CalData.

    int makeCalData(AbsEvent *anEvent, bool verbose, bool threshold,bool plugGain, bool useMPALumiCalib);
    int makeCalData(AbsEvent *anEvent, bool verbose, bool threshold,bool plugGain);
    int makeCalData(AbsEvent *anEvent, bool verbose, bool threshold);
    int writeCalData(AbsEvent *anEvent, bool verbose);
    int makeDBanks(AbsEvent *anEvent, bool verbose);

    // method to add simulation energy to CalData

    void addSimEnergy(AbsEvent* anEvent,TowerKey& key, Detector tag, float energy0, float energy1);
    //
    // Testing
    //

    //
    // Manipulation and acces
    //
    Handle<CalData>& contents() ;
    bool dbInitialized() const;
    //
    // Printing
    //

    // friend std::ostream& operator<<(std::ostream& os, const CalDataMaker& s);

  protected:

    void destroy() { }

  private:

    Handle<CalData> _calData;

    Calib _calib;
    bool  _dbInitialized;   

    float cemCal[TENETA][TENPHI];	// Offline LERs  WKS:21Jun03
    float pemCal[TENETA][TENPHI];
    float pprCal[TENETA][TENPHI];
    float chaCal[TENETA][TENPHI];
    float phaCal[TENETA][TENPHI];
    float whaCal[TENETA][TENPHI];

  };


// }   // namespace calor

inline     Handle<CalData>& CalDataMaker::contents() {return _calData;}
inline bool CalDataMaker::dbInitialized() const {return _dbInitialized;}

#endif // _CALDATAMAKER_HH_