TrigMuonEFTrack.cxx

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/*
  Copyright (C) 2002-2017 CERN for the benefit of the ATLAS collaboration
*/
 
/*****************************************************************************
Name    : TrigMuonEFTrack.cxx
Package : offline/Trigger/TrigEvent/TrigMuonEvent
Author  : Sergio Grancagnolo
Created : April 2008
Note    : Simple Trigger AOD for EF Muon (TrigMuonEF)
 
DESCRIPTION:
 
Apr.2008: A simple AOD containing just track parameters for re-running
          hypothesis with FEX off.
 *****************************************************************************/
 
// STL include(s):
#include <sstream>
#include <cmath>
 
// Gaudi/Athena include(s):
#include "GaudiKernel/MsgStream.h"
 
// Local include(s):
#include "TrigMuonEvent/TrigMuonEFTrack.h"
 
// "Distance" used by the comparison operator(s):
static const double DELTA = 0.001;
// "Distance" used for 1/pT comparison (since we are in MeV)
static const double IDELTA = 0.00000001;
 
TrigMuonEFTrack::TrigMuonEFTrack() :
    P4IPtCotThPhiM( 0., 0., 0., 0. ),
    m_charge (CHARGE_NA),
    m_d0 (0),
    m_z0 (0),
    m_chi2 (0),
    m_chi2prob (0),
    m_posx (0),
    m_posy (0),
    m_posz (0),
    m_nMdtHitsPhi (0),
    m_nRpcHitsPhi (0),
    m_nTgcHitsPhi (0),
    m_nCscHitsPhi (0),
    m_nMdtHitsEta (0),
    m_nRpcHitsEta (0),
    m_nTgcHitsEta (0),
    m_nCscHitsEta (0),
    m_nMdtHits (0)
    {
    }
 
TrigMuonEFTrack::TrigMuonEFTrack(double theIPt, double theCotTh, double thePhi, double theM) :
    P4IPtCotThPhiM(theIPt, theCotTh, thePhi ,theM ),
    m_charge (CHARGE_NA),
    m_d0 (0),
    m_z0 (0),
    m_chi2 (0),
    m_chi2prob (0),
    m_posx (0),
    m_posy (0),
    m_posz (0),
    m_nMdtHitsPhi (0),
    m_nRpcHitsPhi (0),
    m_nTgcHitsPhi (0),
    m_nCscHitsPhi (0),
    m_nMdtHitsEta (0),
    m_nRpcHitsEta (0),
    m_nTgcHitsEta (0),
    m_nCscHitsEta (0),
    m_nMdtHits (0)
    {
    }
 
TrigMuonEFTrack::TrigMuonEFTrack( const TrigMuonEFTrack& rhs ) :
    I4Momentum(rhs),
    P4IPtCotThPhiMBase( rhs ),
    INavigable(rhs),
    IAthenaBarCode(),
    INavigable4Momentum(rhs),
    P4IPtCotThPhiM( rhs ),
    NavigableTerminalNode(),
    m_charge( rhs.m_charge ),
    m_d0 (rhs.m_d0),
    m_z0 (rhs.m_z0),
    m_chi2 (rhs.m_chi2),
    m_chi2prob (rhs.m_chi2prob),
    m_posx (rhs.m_posx),
    m_posy (rhs.m_posy),
    m_posz (rhs.m_posz),
    m_nMdtHitsPhi (rhs.m_nMdtHitsPhi),
    m_nRpcHitsPhi (rhs.m_nRpcHitsPhi),
    m_nTgcHitsPhi (rhs.m_nTgcHitsPhi),
    m_nCscHitsPhi (rhs.m_nCscHitsPhi),
    m_nMdtHitsEta (rhs.m_nMdtHitsEta),
    m_nRpcHitsEta (rhs.m_nRpcHitsEta),
    m_nTgcHitsEta (rhs.m_nTgcHitsEta),
    m_nCscHitsEta (rhs.m_nCscHitsEta),
    m_nMdtHits (0)
    { }
 
TrigMuonEFTrack& TrigMuonEFTrack::operator=( const TrigMuonEFTrack& rhs )
{
    if ( this != &rhs ) {
        P4IPtCotThPhiM::operator=( rhs );
        m_charge = rhs.m_charge;
        m_d0 = rhs.m_d0;
        m_z0 = rhs.m_z0;
        m_chi2 = rhs.m_chi2;
        m_chi2prob = rhs.m_chi2prob;
        m_posx = rhs.m_posx;
        m_posy = rhs.m_posy;
        m_posz = rhs.m_posz;
        m_nMdtHitsPhi = rhs.m_nMdtHitsPhi;
        m_nRpcHitsPhi = rhs.m_nRpcHitsPhi;
        m_nTgcHitsPhi = rhs.m_nTgcHitsPhi;
        m_nCscHitsPhi = rhs.m_nCscHitsPhi;
        m_nMdtHitsEta = rhs.m_nMdtHitsEta;
        m_nRpcHitsEta = rhs.m_nRpcHitsEta;
        m_nTgcHitsEta = rhs.m_nTgcHitsEta;
        m_nCscHitsEta = rhs.m_nCscHitsEta;
        m_nMdtHits = rhs.m_nMdtHits;
    }
    return *this;
}
 
void TrigMuonEFTrack::setPerigee(double iPt, double cotTh, double phi, double mass)
{
    m_iPt   = iPt;
    m_cotTh = cotTh;
    m_phi   = phi;
    m_m  = mass;
    return;
}
 
TrigMuonEFTrack::~TrigMuonEFTrack() {}
 
// helper operators
 
std::string str ( const TrigMuonEFTrack& d ) {
    std::stringstream ss;
    ss << " inverse pt: " << d.iPt()
    << "; cot(theta): " << d.cotTh()
    << "; phi: " << d.phi()
    << "; mass: " << d.m()
    << "; charge: " << d.charge()
    << "; NCscHitsPhi: " << d.NCscHitsPhi()
    << "; NCscHitsEta: " << d.NCscHitsEta()
    << "; NTgcHitsPhi: " << d.NTgcHitsPhi()
    << "; NTgcHitsEta: " << d.NTgcHitsEta()
    << "; NRpcHitsPhi: " << d.NRpcHitsPhi()
    << "; NRpcHitsEta: " << d.NRpcHitsEta()
    << "; NMdtHits: " << d.NMdtHits();
 
    return ss.str();
}
 
MsgStream& operator<< ( MsgStream& m, const TrigMuonEFTrack& d ) {
 
    return ( m << str( d ) );
}
 
bool operator== ( const TrigMuonEFTrack& a, const TrigMuonEFTrack& b ) {
 
    if( std::abs( a.charge() - b.charge() ) > DELTA )
        return false;
    if( std::abs( a.iPt() - b.iPt() ) > IDELTA )
        return false;
    if( std::abs( a.eta() - b.eta() ) > DELTA )
        return false;
    if( std::abs( a.phi() - b.phi() ) > DELTA )
        return false;
    if( std::abs( a.m() - b.m() ) > DELTA )
        return false;
   if( std::abs( a.d0() - b.d0() ) > DELTA )
        return false;
   if( std::abs( a.z0() - b.z0() ) > DELTA )
        return false;
   if( std::abs( a.chi2() - b.chi2() ) > DELTA )
        return false;
   if( std::abs( a.chi2prob() - b.chi2prob() ) > DELTA )
        return false;
   if( std::abs( a.posX() - b.posX() ) > DELTA )
        return false;
   if( std::abs( a.posY() - b.posY() ) > DELTA )
        return false;
   if( std::abs( a.posZ() - b.posZ() ) > DELTA )
        return false;
   if( a.NRpcHitsPhi() != b.NRpcHitsPhi() )
      return false;
   if( a.NTgcHitsPhi() != b.NTgcHitsPhi() )
      return false;
   if( a.NCscHitsPhi() != b.NCscHitsPhi() )
      return false;
   if( a.NRpcHitsEta() != b.NRpcHitsEta() )
      return false;
   if( a.NTgcHitsEta() != b.NTgcHitsEta() )
      return false;
   if( a.NCscHitsEta() != b.NCscHitsEta() )
      return false;
   if( a.NMdtHits() != b.NMdtHits() )
      return false;
 
    return true;
}
 
void diff( const TrigMuonEFTrack& a, const TrigMuonEFTrack& b,
        std::map< std::string, double >& variableChange ) {
 
    if( std::abs( a.charge() - b.charge() ) > DELTA ) {
        variableChange[ "Charge" ] = a.charge() - b.charge();
    }
    if( std::abs( a.iPt() - b.iPt() ) > IDELTA ) {
        variableChange[ "iPt" ] = a.iPt() - b.iPt();
    }
    if( std::abs( a.eta() - b.eta() ) > DELTA ) {
        variableChange[ "Eta" ] = a.eta() - b.eta();
    }
    if( std::abs( a.phi() - b.phi() ) > DELTA ) {
        variableChange[ "Phi" ] = a.phi() - b.phi();
    }
    if( std::abs( a.m() - b.m() ) > DELTA ) {
        variableChange[ "Mass" ] = a.m() - b.m();
    }
   if( std::abs( a.d0() - b.d0() ) > DELTA ) {
        variableChange[ "d0" ] = a.d0() - b.d0();
   }
   if( std::abs( a.z0() - b.z0() ) > DELTA ) {
        variableChange[ "z0" ] = a.z0() - b.z0();
   }
   if( std::abs( a.chi2() - b.chi2() ) > DELTA ) {
        variableChange[ "chi2" ] = a.chi2() - b.chi2();
   }
   if( std::abs( a.chi2prob() - b.chi2prob() ) > DELTA ) {
        variableChange[ "chi2prob" ] = a.chi2prob() - b.chi2prob();
   }
   if( std::abs( a.posX() - b.posX() ) > DELTA ) {
        variableChange[ "posX" ] = a.posX() - b.posX();
   }
   if( std::abs( a.posY() - b.posY() ) > DELTA ) {
        variableChange[ "posY" ] = a.posY() - b.posY();
   }
   if( std::abs( a.posZ() - b.posZ() ) > DELTA ) {
        variableChange[ "posZ" ] = a.posZ() - b.posZ();
   }
   if( a.NRpcHitsPhi() != b.NRpcHitsPhi() ) {
        variableChange[ "NRpcHitsPhi" ] = static_cast< double >( a.NRpcHitsPhi() -
                                                               b.NRpcHitsPhi() );
   }
   if( a.NTgcHitsPhi() != b.NTgcHitsPhi() ) {
        variableChange[ "NTgcHitsPhi" ] = static_cast< double >( a.NTgcHitsPhi() -
                                                               b.NTgcHitsPhi() );
   }
   if( a.NCscHitsPhi() != b.NCscHitsPhi() ) {
        variableChange[ "NCscHitsPhi" ] = static_cast< double >( a.NCscHitsPhi() -
                                                               b.NCscHitsPhi() );
   }
   if( a.NRpcHitsEta() != b.NRpcHitsEta() ) {
        variableChange[ "NRpcHitsEta" ] = static_cast< double >( a.NRpcHitsEta() -
                                                               b.NRpcHitsEta() );
   }
   if( a.NTgcHitsEta() != b.NTgcHitsEta() ) {
        variableChange[ "NTgcHitsEta" ] = static_cast< double >( a.NTgcHitsEta() -
                                                               b.NTgcHitsEta() );
   }
   if( a.NCscHitsEta() != b.NCscHitsEta() ) {
        variableChange[ "NCscHitsEta" ] = static_cast< double >( a.NCscHitsEta() -
                                                               b.NCscHitsEta() );
   }
   if( a.NMdtHits() != b.NMdtHits() ) {
        variableChange[ "NMdtHits" ] = static_cast< double >( a.NMdtHits() -
                                                            b.NMdtHits() );
   }
 
    return;
}