#ifndef CALDATANTUPLIZER_HH
#define CALDATANTUPLIZER_HH
/////////////////////////////////////////////////////////////////////////////////////////////////////////////
//
// Component: CalDataNtuplizer.hh
// Purpose:   Puts contents of a CalData in a Heptuple block
//
// Created: ~07/06/01  Pierre Savard 
//                                 
// History: 
///////////////////////////////////////////////////////////////////////////////////////////////////////////

 
#include <cstdlib>
#include <iosfwd>
#include <cstdio>
#include <string>
#include "CalorGeometry/CalConstants.hh"


class HepNtuple;
class CalData;
 
class CalDataNtuplizer {
 
public:
 
  CalDataNtuplizer(HepNtuple* ntuple, std::string branch_name);
  virtual ~CalDataNtuplizer() {}
  virtual bool initialize(double lvl);
  virtual bool capture(const CalData& object);
 
  //Limit to number of towers, needed to initialize ntuple block
  enum { MAXTOWERS = NCALCELLS };
 
protected:            
 
  //Capture variables
  int _ntowers;
  int _ieta[MAXTOWERS];
  int _iphi[MAXTOWERS];
  int _type[MAXTOWERS];
  float _emEnergy[MAXTOWERS];
  float _hadEnergy[MAXTOWERS];
  int _tdcNhits[MAXTOWERS];
  int _tdcTime0[MAXTOWERS];
  int _tdcTime1[MAXTOWERS];
  float _cemE[MAXTOWERS][2];
  float _chaE[MAXTOWERS][2];
  float _whaE[MAXTOWERS][2];
  float _pemE[MAXTOWERS][2];
  float _phaE[MAXTOWERS][2];
  float _pprE[MAXTOWERS][2];
  int _cemT[MAXTOWERS][2];
  int _pemT[MAXTOWERS][2];
  int _chaT[MAXTOWERS][2];
  int _whaT[MAXTOWERS][2];
  int _phaT[MAXTOWERS][2];
  
  //Ntuple/branch hooks
  HepNtuple* _ntuple;
  std::string _branch_name;
 
private:
  
  double _lvl; 

};
 
#endif