SimChannel.h

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////////////////////////////////////////////////////////////////////////
///
///
/// \file  SimChannel.h
///
/// \brief object containing MC truth information necessary for making RawDigits 
/// and doing back tracking
///
/// \author  brebel@fnal.gov
///
////////////////////////////////////////////////////////////////////////

#ifndef SIM_SIMCHANNEL_H
#define SIM_SIMCHANNEL_H

#include <string>
#include <vector>
#include <set>
#include <stdint.h>

namespace gar {
  namespace sdp {
    
    class IDE{
    public:
      
      IDE();
      
#ifndef __GCCXML__
      //constructor for IDEs applying G4 offset...
      IDE(IDE const&, int);
      IDE(int            id,
          float          numE,
          unsigned int   channel,
          unsigned short tdc)
      : fTrackID     (id)
      , fNumElectrons(numE)
      , fChannel     (channel)
      , fTDC         (tdc)
      {}

      int            const& TrackID()      const { return fTrackID;      }
      float          const& NumElectrons() const { return fNumElectrons; }
      unsigned int   const& Channel()      const { return fChannel;      }
      unsigned short const& TDC()          const { return fTDC;          }
      
      void operator +=(gar::sdp::IDE const& b);
      bool operator ==(gar::sdp::IDE const& b) const;
      bool operator  <(gar::sdp::IDE const& b) const;
      
#endif
      
      int            fTrackID;      ///< Geant4 supplied track ID
      float          fNumElectrons; ///< total number of electrons for this track ID and time
      unsigned int   fChannel;      ///< channel number for these electrons
      unsigned short fTDC;          ///< TDC value of the readout
    };
    
  } // namespace sdp
} // gar

#endif // sdp_SIMCHANNEL_H

////////////////////////////////////////////////////////////////////////