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#ifndef TB06RecoH2_h
#define TB06RecoH2_h
/** \class TB06RecoH2
compact reco dataset for ECAL TB 2006 data
*/
#include "TObject.h"
class TB06RecoH2 : public TObject {
public:
/// run number
Int_t run;
/// event number
Int_t event;
/// if the table is moving
Int_t tableIsMoving;
/// ADC output of the S6 integrated signal
Int_t S6ADC;
/// most energetic crystal index
Int_t MEXTLindex; //.ic() in CMSSW
/// most energetic crystal eta
Int_t MEXTLeta;
/// most energetic crystal phi
Int_t MEXTLphi;
/// most energetic crystal energy
Float_t MEXTLenergy;
/// energy of the beam
Float_t beamEnergy;
/// energy in 7x7 xtals around the most energetic one
Float_t localMap[7][7];
/// ECAL x coord (eta)
Float_t xECAL;
/// ECAL y coord (phi)
Float_t yECAL;
/// ECAL z coord (phi)
Float_t zECAL;
/// hodoscope x coord (eta)
Float_t xHodo;
/// hodoscope y coord (phi)
Float_t yHodo;
/// hodoscope z coord (phi)
Float_t zHodo;
/// hodoscope x slope (eta)
Float_t xSlopeHodo;
/// hodoscope y slope (eta)
Float_t ySlopeHodo;
/// hodoscope x quality (eta)
Float_t xQualityHodo;
/// hodoscope y quality (eta)
Float_t yQualityHodo;
//[Edgar]
// Energy
Float_t S1uncalib_;
Float_t S25uncalib_;
Float_t S49uncalib_;
Float_t S9uncalib_;
// WC
int wcAXo_;
int wcAYo_;
int wcBXo_;
int wcBYo_;
int wcCXo_;
int wcCYo_;
float xwA_;
float ywA_;
float xwB_;
float ywB_;
float xwC_;
float ywC_;
Float_t S1adc_;
Float_t S2adc_;
Float_t S3adc_;
Float_t S4adc_;
Float_t S521_;
Float_t S528_;
// Muon Veto Info:
Float_t VM1_;
Float_t VM2_;
Float_t VM3_;
Float_t VM4_;
Float_t VM5_;
Float_t VM6_;
Float_t VM7_;
Float_t VM8_;
Float_t VMF_;
Float_t VMB_;
// Cherenkov
Float_t CK1_;
Float_t CK2_;
Float_t CK3_;
// Beam Halo
Float_t BH1_;
Float_t BH2_;
Float_t BH3_;
Float_t BH4_;
// TOFs
Float_t TOF1S_;
Float_t TOF2S_;
Float_t TOF1J_;
Float_t TOF2J_;
/// conversion factor from ADC to GeV used
Float_t convFactor;
/// set all the values to 0
void reset();
ClassDef(TB06RecoH2, 4)
};
#endif
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