MuonSimuTrack.h

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/* // -*- C++ -*- */
 
/*
  Copyright (C) 2002-2021 CERN for the benefit of the ATLAS collaboration
*/
 
 
#ifndef MUONSIMUTRACK_H
#define MUONSIMUTRACK_H
 
#include<iostream>
#include"TrigT1RPClogic/RPCtrigDataObject.h"
 
/*
 
#define l1event l1event_
 
extern "C" struct gflag{
    int EventNum;
} l1event;
 
 
#define gcflag gcflag_
extern "C" struct
{
  int IDEBUG;
  int IDEMIN;
  int IDEMAX;
  int ITEST;
  int IDRUN;
  int IDEVT;
  int IEORUN;
  int IEOTRI;
  int IEVENT;
  int ISWIT[10];
  int IFINIT[20];
  int NEVENT;
  int NRNDM[2];
} gcflag;
*/
 
struct SimuTrackData
{
    int event_number;
    int vertex_number;
    int track_number;
    
    float Px;
    float Py;
    float Pz;
    float Energy;
};
 
 
class MuonSimuTrack : public RPCtrigDataObject
{
    private:
    int m_event_number;
    int m_vertex_number;
    int m_track_number;
 
    float m_Px;
    float m_Py;
    float m_Pz;
    float m_Energy;
 
    public:
    MuonSimuTrack(int,const SimuTrackData&);
    MuonSimuTrack(const MuonSimuTrack&);
    ~MuonSimuTrack() {}
 
    MuonSimuTrack operator = (const MuonSimuTrack&);
 
    public:
    int event_number(void) const     {return m_event_number;}
    int vertex_number(void) const    {return m_vertex_number;}
    int track_number(void) const     {return m_track_number;}
 
    float Pt(void) const;
    float generation_theta(void) const;
    float generation_eta(void) const; 
    float generation_phi(void) const; 
 
    float Px(void) const {return m_Px;}
    float Py(void) const {return m_Py;}
    float Pz(void) const {return m_Pz;}
    float Energy(void) const {return m_Energy;}
 
    void Print(std::ostream&,bool) const;
};
 
 
template <class X> X& operator<<(X& stream,const MuonSimuTrack& track)
{
    std::ostringstream display;
    track.Print(display,false);
    stream << display.str();
    return stream;
}
 
 
#endif