release-05-01-25/doxygen/TRGECLDigi_8h_source.html

//-----------------------------------------------------------

// $Id$

//-----------------------------------------------------------

// Filename : TRGECLDigi.h

// Section  : TRG ECL

// Owner    : InSu Lee/Yuuji Unno

// Email    : islee@hep.hanyang.ac.kr / yunno@post.kek.jp

//-----------------------------------------------------------

// Description : A class to represent ECL.

//-----------------------------------------------------------

// $Log$

//-----------------------------------------------------------


#ifndef TRGECLTCHIT_H

#define TRGECLTCHIT_H


#include <TObject.h>


namespace Belle2 {

  class TRGECLDigi : public TObject {

  public:


    int m_eventid;

    int m_tcid;

    int m_phiid;

    int m_thetaid;

    int m_tcnoutput;

    double m_raw_energy;

    double m_raw_timing;

    double m_raw_energy_tot;

    double m_raw_timing_tot;

    double m_fit_energy;

    double m_fit_timing;

    int m_beambkgtag;

    void setEventId(int eventid) { m_eventid = eventid; }

    void setTCId(int tcid) { m_tcid = tcid; }

    void setPhiId(int phiid) { m_phiid = phiid; }

    void setThetaId(int thetaid) { m_thetaid = thetaid; }

    void setRawEnergy(double raw_energy) { m_raw_energy = raw_energy; }

    void setRawTiming(double raw_timing) { m_raw_timing = raw_timing; }

    void setRawEnergyTot(double raw_energy_tot) { m_raw_energy_tot = raw_energy_tot; }

    void setRawTimingTot(double raw_timing_tot) { m_raw_timing_tot = raw_timing_tot; }

    void setFitEnergy(double fit_energy) { m_fit_energy = fit_energy; }

    void setFitTiming(double fit_timing) { m_fit_timing = fit_timing; }

    void setBeamBkgTag(int beambkgtag) { m_beambkgtag = beambkgtag; }


    void setTCnOutput(int TC_noutput) { m_tcnoutput = TC_noutput; }


    int getEventId() const { return m_eventid; }

    int getTCId() const { return m_tcid; }

    int getPhiId() const { return m_phiid; }

    int getThetaId() const { return m_thetaid; }

    double getRawEnergy() const {return m_raw_energy; }

    double getRawTiming() const {return m_raw_timing; }

    double getRawEnergyTot() const {return m_raw_energy_tot; }

    double getRawTimingTot() const {return m_raw_timing_tot; }

    double getFitEnergy() const {return m_fit_energy; }

    double getFitTiming() const {return m_fit_timing; }

    int getBeamBkgTag() const {return m_beambkgtag; }


    TRGECLDigi()

    {

      m_eventid = 0;

      m_tcid = 0;

      m_phiid = 0;

      m_thetaid = 0;

      m_tcnoutput = 0;

      m_beambkgtag = 0;


      m_raw_energy = 0;

      m_raw_timing = 0;

      m_raw_energy_tot = 0;

      m_raw_timing_tot = 0;

      m_fit_energy = 0;

      m_fit_timing = 0;


    }


    TRGECLDigi(

      int eventid,

      int tcid,

      int phiid,

      int thetaid,

      int tcnoutput,

      int beambkgtag,

      double raw_energy,

      double raw_timing,

      double raw_energy_tot,

      double raw_timing_tot,

      double fit_energy,

      double fit_timing

    )

    {

      m_eventid = eventid;

      m_tcid    = tcid;

      m_phiid   = phiid;

      m_thetaid = thetaid;

      m_raw_energy = raw_energy;

      m_raw_timing = raw_timing;

      m_raw_energy_tot = raw_energy_tot;

      m_raw_timing_tot = raw_timing_tot;

      m_fit_energy = fit_energy;

      m_fit_timing = fit_timing;

      m_tcnoutput = tcnoutput;

      m_beambkgtag = beambkgtag;


    }

    ClassDef(TRGECLDigi, 1); /*< the class title */

  };

}


#endif