TrackCountingInfo.h

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/*
  Copyright (C) 2002-2022 CERN for the benefit of the ATLAS collaboration
*/
 
#ifndef JETTAGINFO_TRACKCOUNTINGINFO_H
#define JETTAGINFO_TRACKCOUNTINGINFO_H
 
#include "JetTagInfo/BaseTagInfo.h"
 
#include <iostream>
 
class MsgStream;
namespace Rec { class TrackParticle; }
 
namespace Analysis { 

 
class TrackCountingInfo : public BaseTagInfo { 
 
  public:
    TrackCountingInfo();

    TrackCountingInfo(const TagInfoType& x);
    
    TrackCountingInfo(const TrackCountingInfo& TrackCountingInfo);
    
    TrackCountingInfo &operator= (const TrackCountingInfo& rhs);

    virtual ~TrackCountingInfo();
    virtual TrackCountingInfo* clone() const;
 
    inline void setnTracks(int n)                     { m_ntrk = n; }
    inline void setd0sig_2nd(float d0sig_2nd)         { m_d0sig_2nd     = d0sig_2nd; }
    inline void setd0sig_abs_2nd(float d0sig_abs_2nd) { m_d0sig_abs_2nd = d0sig_abs_2nd; }
    inline void setd0sig_3rd(float d0sig_3rd)         { m_d0sig_3rd     = d0sig_3rd; }
    inline void setd0sig_abs_3rd(float d0sig_abs_3rd) { m_d0sig_abs_3rd = d0sig_abs_3rd; }
 
    inline int   nTracks()       const { return m_ntrk; }
    inline float d0sig_2nd()     const { return m_d0sig_2nd; }
    inline float d0sig_abs_2nd() const { return m_d0sig_abs_2nd; }
    inline float d0sig_3rd()     const { return m_d0sig_3rd; }
    inline float d0sig_abs_3rd() const { return m_d0sig_abs_3rd; }
 
  private:
    int m_ntrk;              
    float m_d0sig_2nd;       
    float m_d0sig_abs_2nd;   
    float m_d0sig_3rd;       
    float m_d0sig_abs_3rd;   
 
  }; // End class

  MsgStream& operator<<(MsgStream& out, const TrackCountingInfo&);
  
  std::ostream& operator<<(std::ostream& out, const TrackCountingInfo&);
  
  inline Analysis::TrackCountingInfo* Analysis::TrackCountingInfo::clone() const { 
    return new TrackCountingInfo(*this);
  }
  
} // End namespace
#endif