Xnue.h

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////////////////////////////////////////////////////////////////////////
// \file    Xnue.h
// \brief   shower topologies based PID for nue identification, 
//          see docDB 13975 for details.
// \version 2016-02-21
// \author  Xuebing Bu - xbbu@fnal.gov
////////////////////////////////////////////////////////////////////////
#ifndef XNUE_H
#define XNUE_H

#include "RecoBase/PID.h"



namespace xnue
{
  class Xnue : public rb::PID
  {
  public:
#ifndef __GCCXML__
    Xnue();

    Xnue(int pdg,
         float pid,
         float p1Energy,
         float p1Fmip,
         float p2Fmip,
         float emaxfrac_6p,
         float efrac_10p,
         float efrac_p2,
         float efrac_p3,
         float efrac_p4,
         float efrac_2sig);

    //setters
    void    SetP1Energy    (float p1Energy   ) { fP1Energy   = p1Energy;     }
    void    SetP1Fmip      (float p1Fmip     ) { fP1Fmip     = p1Fmip;       }
    void    SetP2Fmip      (float p2Fmip     ) { fP2Fmip     = p2Fmip;       }
    void    SetEmaxfrac6p  (float emaxfrac_6p) { fEmaxfrac6p = emaxfrac_6p;  }
    void    SetEfrac10p    (float efrac_10p  ) { fEfrac10p   = efrac_10p;    }
    void    SetEfracp2     (float efrac_p2   ) { fEfracp2    = efrac_p2;     }
    void    SetEfracp3     (float efrac_p3   ) { fEfracp3    = efrac_p3;     }
    void    SetEfracp4     (float efrac_p4   ) { fEfracp4    = efrac_p4;     }
    void    SetEfrac2sig   (float efrac_2sig ) { fEfrac2sig  = efrac_2sig;   }

    //getters
    float   P1Energy()     const { return fP1Energy;   }
    float   P1Fmip()       const { return fP1Fmip;     } 
    float   P2Fmip()       const { return fP2Fmip;     }
    float   Emaxfrac6p()   const { return fEmaxfrac6p; }
    float   Efrac10p()     const { return fEfrac10p;   }
    float   Efracp2()      const { return fEfracp2;    }
    float   Efracp3()      const { return fEfracp3;    }
    float   Efracp4()      const { return fEfracp4;    }
    float   Efrac2sig()    const { return fEfrac2sig;  }
#endif // __GCCXML__

  private:
    //current Xnue input variables to BDT
    float fP1Energy;
    float fP1Fmip;
    float fP2Fmip;
    float fEmaxfrac6p;
    float fEfrac10p;
    float fEfracp2;
    float fEfracp3;
    float fEfracp4;
    float fEfrac2sig;

  };
}
#endif