CaloDeposit.h

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//
//  CaloDeposit.h
//
//  Created by Eldwan Brianne on 8/23/17.
//

#ifndef GAR_SIMULATIONDATAPRODUCTS_CaloDeposit_h
#define GAR_SIMULATIONDATAPRODUCTS_CaloDeposit_h

#include <list>
#include <vector>

#include "RawDataProducts/CaloRawDigit.h"

namespace gar {
    namespace sdp {


        class CaloDeposit{
        public:

            CaloDeposit();

            #ifndef __GCCXML__
            CaloDeposit(int trackID,
            float t,
            float e,
            double pos[3],
            raw::CellID_t CellID)
            : fTrackID  (trackID)
            , fTime     (t)
            , fEnergy   (e)
            , fCellID   (CellID)
            , fStepLength(0.)
            {
                fPos[0] = pos[0];
                fPos[1] = pos[1];
                fPos[2] = pos[2];
            }

            CaloDeposit(int trackID,
            float t,
            float e,
            double pos[3],
            raw::CellID_t CellID,
            float step_l)
            : fTrackID  (trackID)
            , fTime     (t)
            , fEnergy   (e)
            , fCellID   (CellID)
            , fStepLength(step_l)
            {
                fPos[0] = pos[0];
                fPos[1] = pos[1];
                fPos[2] = pos[2];
            }

            CaloDeposit(double pos[3])
            : fTrackID(0),
            fTime(0.),
            fEnergy(0.),
            fCellID(0),
            fStepLength(0.)
            {
                fPos[0] = pos[0];
                fPos[1] = pos[1];
                fPos[2] = pos[2];
            }

            int    const& TrackID()   const { return fTrackID;   }
            float  const& Time()      const { return fTime;      }
            float  const& Energy()    const { return fEnergy;    }
            double  const& X()         const { return fPos[0];         }
            double  const& Y()         const { return fPos[1];         }
            double  const& Z()         const { return fPos[2];         }
            raw::CellID_t  const& CellID()      const { return fCellID;    }
            double const* Pos() const { return &fPos[0]; }
            float const& StepLength() const { return fStepLength; }
            bool operator  <(gar::sdp::CaloDeposit const& b) const;

            void operator  +=(gar::sdp::CaloDeposit const& b);

            #endif

        private:

            int fTrackID;   ///< g4 track ID of particle making the deposit
            float fTime;      ///< time of the energy deposit
            float fEnergy;    ///< energy deposited
            double fPos[3]; ///< position of the energy deposit
            raw::CellID_t fCellID; ///< cellID encoded in 64 bits containing det_id, stave, module, layer, slice, cellX and cellY, use Helper to access the values
            float fStepLength; ///< step length
        };


    } // sdp
} // gar

#endif /* GAR_SIMULATIONDATAPRODUCTS_CaloDeposit_h */