release-05-01-25/doxygen/TRGECLTrg_8h_source.html

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

// $Id$

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

// Filename : TRGECLTrg.h

// Section  : TRG ECL

// Owner    : InSu Lee/Yuuji Unno

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

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

// Description : A class to represent TRG ECL.

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

// $Log$

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


#ifndef TRGECLTRG_H

#define TRGECLTRG_H


#include <TObject.h>


namespace Belle2 {

  class TRGECLTrg : public TObject {


  public:


    int m_eventId;


    double m_prs01;

    double m_prs02;

    double m_prs03;

    double m_prs04;

    double m_prs05;

    double m_prs06;

    double m_prs07;

    double m_prs08;

    double m_prs09;

    double m_prs10;

    double m_prs11;

    double m_prs12;

    double m_prs13;

    double m_prs14;

    double m_prs15;

    double m_prs16;

    double m_prs17;

    double m_etot;

    double m_bhabha01;

    double m_bhabha02;

    double m_bhabha03;

    double m_bhabha04;

    double m_bhabha05;

    double m_bhabha06;

    double m_bhabha07;

    double m_bhabha08;

    double m_bhabha09;

    double m_bhabha10;

    double m_bhabha11;

    double m_bhabha12;

    double m_bhabha13;

    double m_bhabha14;

    double m_bhabha15;

    double m_bhabha16;

    double m_bhabha17;

    double m_bhabha18;

    int m_icn;

    int m_icn_br;

    int m_icn_fw;

    int m_icn_bw;

    int m_bitECLtoGDL[4];

    int m_itimebin;

    int m_BeamBkgVeto;

    int m_BhabhaVeto;

    double m_eventtiming;

    int m_NofTCHit;

    int m_BrNofTCHit ;

    int m_FwdNofTCHit;

    int m_BwdNofTCHit;

    int m_hit ;

    int m_Revoclk;

    int m_TimingSource;

    int m_physics ;

    int m_2DBhabha;

    int m_3DBhabha;

    int m_3DBhabha_sel;

    int m_BhabhaPrescaleBit;

    int m_ELow;

    int m_EHigh;

    int m_ELum;

    int m_ClusterOverflow;

    int m_LowMultiBit;

    int m_mumuBit;


    void setEventId(int eventId) { m_eventId = eventId; }

    void setPRS01(double prs01) { m_prs01 = prs01; }

    void setPRS02(double prs02) { m_prs02 = prs02; }

    void setPRS03(double prs03) { m_prs03 = prs03; }

    void setPRS04(double prs04) { m_prs04 = prs04; }

    void setPRS05(double prs05) { m_prs05 = prs05; }

    void setPRS06(double prs06) { m_prs06 = prs06; }

    void setPRS07(double prs07) { m_prs07 = prs07; }

    void setPRS08(double prs08) { m_prs08 = prs08; }

    void setPRS09(double prs09) { m_prs09 = prs09; }

    void setPRS10(double prs10) { m_prs10 = prs10; }

    void setPRS11(double prs11) { m_prs11 = prs11; }

    void setPRS12(double prs12) { m_prs12 = prs12; }

    void setPRS13(double prs13) { m_prs13 = prs13; }

    void setPRS14(double prs14) { m_prs14 = prs14; }

    void setPRS15(double prs15) { m_prs15 = prs15; }

    void setPRS16(double prs16) { m_prs16 = prs16; }

    void setPRS17(double prs17) { m_prs17 = prs17; }

    void setEtot(double etot) { m_etot = etot; }

    void setBhabha01(double bhabha01) { m_bhabha01 = bhabha01; }

    void setBhabha02(double bhabha02) { m_bhabha02 = bhabha02; }

    void setBhabha03(double bhabha03) { m_bhabha03 = bhabha03; }

    void setBhabha04(double bhabha04) { m_bhabha04 = bhabha04; }

    void setBhabha05(double bhabha05) { m_bhabha05 = bhabha05; }

    void setBhabha06(double bhabha06) { m_bhabha06 = bhabha06; }

    void setBhabha07(double bhabha07) { m_bhabha07 = bhabha07; }

    void setBhabha08(double bhabha08) { m_bhabha08 = bhabha08; }

    void setBhabha09(double bhabha09) { m_bhabha09 = bhabha09; }

    void setBhabha10(double bhabha10) { m_bhabha10 = bhabha10; }

    void setBhabha11(double bhabha11) { m_bhabha11 = bhabha11; }

    void setBhabha12(double bhabha12) { m_bhabha12 = bhabha12; }

    void setBhabha13(double bhabha13) { m_bhabha13 = bhabha13; }

    void setBhabha14(double bhabha14) { m_bhabha14 = bhabha14; }

    void setBhabha15(double bhabha15) { m_bhabha15 = bhabha15; }

    void setBhabha16(double bhabha16) { m_bhabha16 = bhabha16; }

    void setBhabha17(double bhabha17) { m_bhabha17 = bhabha17; }

    void setBhabha18(double bhabha18) { m_bhabha18 = bhabha18; }

    void setICN(int icn) { m_icn = icn; }

    void setICNFw(int icn_fw) { m_icn_fw = icn_fw; }

    void setICNBr(int icn_br) { m_icn_br = icn_br; }

    void setICNBw(int icn_bw) { m_icn_bw = icn_bw; }


    void setECLtoGDL(int bitECLtoGDL, int i)

    {


      m_bitECLtoGDL[i] = bitECLtoGDL;


    }

    void setitimebin(int itimebin) { m_itimebin = itimebin; }

    void setBeamBkgVeto(int BeamBkgVeto) { m_BeamBkgVeto = BeamBkgVeto; }

    void setBhabhaVeto(int bhabhaveto) { m_BhabhaVeto = bhabhaveto; }

    void setBhabhaPrescaleBit(int prebit) { m_BhabhaPrescaleBit = prebit; }


    void setEventTiming(double eventtiming) { m_eventtiming = eventtiming; }


    void setNofTCHit(double NofTCHit) { m_NofTCHit = NofTCHit; }

    void setBrNofTCHit(double BrNofTCHit) { m_BrNofTCHit = BrNofTCHit; }

    void setFwdNofTCHit(double FwdNofTCHit) { m_FwdNofTCHit = FwdNofTCHit; }

    void setBwdNofTCHit(double BwdNofTCHit) { m_BwdNofTCHit = BwdNofTCHit; }

    void setHit(int hit) { m_hit = hit; }

    void setRevoclk(int Revoclk) { m_Revoclk = Revoclk; }

    void setTimingSource(int TimingSource) { m_TimingSource = TimingSource; }

    void setPhysics(int physics) { m_physics = physics; }

    void set2DBhabha(int v2DBhabha) { m_2DBhabha = v2DBhabha; }

    void set3DBhabha(int v3DBhabha) { m_3DBhabha = v3DBhabha; }

    void set3DBhabhaSel(int v3DBhabha_sel) { m_3DBhabha_sel = v3DBhabha_sel; }

    void setELow(int ELow) { m_ELow = ELow; }

    void setEHihg(int EHigh) { m_EHigh = EHigh; }

    void setELum(int ELum) { m_ELum = ELum; }

    void setClusterOverflow(int ClusterOverflow) { m_ClusterOverflow = ClusterOverflow; }

    void setLowMultiBit(int LowMultiBit) { m_LowMultiBit = LowMultiBit; }

    void setmumuBit(int mumuBit) { m_mumuBit = mumuBit; }


    double getNofTCHit() { return m_NofTCHit; }

    double getEtot() { return m_etot; }

    double getEventTiming() { return m_eventtiming; }

    int getECLtoGDL(int i) { if (i < 4) { return m_bitECLtoGDL[i]; } else { return 0; }}

    int get3DBhabha() { return m_3DBhabha; }


    TRGECLTrg()

    {

      m_eventId = 0;

      m_prs01 = 0;

      m_prs02 = 0;

      m_prs03 = 0;

      m_prs04 = 0;

      m_prs05 = 0;

      m_prs06 = 0;

      m_prs07 = 0;

      m_prs08 = 0;

      m_prs09 = 0;

      m_prs10 = 0;

      m_prs11 = 0;

      m_prs12 = 0;

      m_prs13 = 0;

      m_prs14 = 0;

      m_prs15 = 0;

      m_prs16 = 0;

      m_prs17 = 0;

      m_etot = 0;

      m_bhabha01 = 0;

      m_bhabha02 = 0;

      m_bhabha03 = 0;

      m_bhabha04 = 0;

      m_bhabha05 = 0;

      m_bhabha06 = 0;

      m_bhabha07 = 0;

      m_bhabha08 = 0;

      m_bhabha09 = 0;

      m_bhabha10 = 0;

      m_bhabha11 = 0;

      m_bhabha12 = 0;

      m_bhabha13 = 0;

      m_bhabha14 = 0;

      m_bhabha15 = 0;

      m_bhabha16 = 0;

      m_bhabha17 = 0;

      m_bhabha18 = 0;

      m_icn = 0;

      m_icn_br = 0;

      m_icn_fw = 0;

      m_icn_bw = 0;

      m_bitECLtoGDL[0] = 0;

      m_bitECLtoGDL[1] = 0;

      m_bitECLtoGDL[2] = 0;

      m_bitECLtoGDL[3] = 0;

      m_hit = 0;

      m_Revoclk = 0;

      m_TimingSource = 0;

      m_physics = 0;

      m_2DBhabha = 0;

      m_3DBhabha = 0;

      m_3DBhabha_sel = 0;

      m_BhabhaPrescaleBit = 0;

      m_ELow = 0;

      m_EHigh = 0;

      m_ELum = 0;

      m_ClusterOverflow = 0;

      m_LowMultiBit = 0;

      m_mumuBit = 0;

      m_BeamBkgVeto = 0;

      m_BhabhaVeto = 0;

      m_eventtiming = 0;

      m_itimebin = 0;

      m_NofTCHit = 0;

      m_BrNofTCHit = 0;

      m_FwdNofTCHit = 0;

      m_BwdNofTCHit = 0;

    }

    ClassDef(TRGECLTrg, 3);


  };


} // end namespace Belle2


#endif