CaloEnergy.cxx

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/*
  Copyright (C) 2002-2019 CERN for the benefit of the ATLAS collaboration
*/
 
/***************************************************************************
 calorimeter energy deposit (measured or parametrized) with asymmetric error
 Author: Alan Poppleton
 Author: Gustavo Ordenez
 Integration with Analysis::Muon.h - Ketevi A. Assamagan
 ---------------------------------------------------------------------------
 ***************************************************************************/
 
#include "muonEvent/CaloEnergy.h"
 
using namespace Trk;
 
CaloEnergy::CaloEnergy (void)
    :   EnergyLoss(0,0,0,0),
        m_caloLRLikelihood      (0),
        m_caloMuonIdTag         (0),
        m_fsrCandidateEnergy    (0),
        m_deposits              (),
        m_etCore                (0.0),
    m_deltaE_param           (0.0),
    m_sigmaMinusDeltaE_param (0.0),
    m_sigmaPlusDeltaE_param  (0.0),
    m_deltaE_meas            (0.0),
    m_sigmaDeltaE_meas       (0.0)
{ m_energyLossType = static_cast<CaloEnergy::EnergyLossType>(0); }
 
CaloEnergy::CaloEnergy (const Trk::EnergyLoss& eloss)
  :  EnergyLoss( eloss ),
     m_caloLRLikelihood      (0),
     m_caloMuonIdTag         (0),
     m_fsrCandidateEnergy    (0),
     m_deposits              (),
     m_etCore                (0.0),
     m_deltaE_param           (0.0),
     m_sigmaMinusDeltaE_param (0.0),
     m_sigmaPlusDeltaE_param  (0.0),
     m_deltaE_meas            (0.0),
     m_sigmaDeltaE_meas       (0.0)
{ m_energyLossType = static_cast<CaloEnergy::EnergyLossType>(0); }
 
CaloEnergy::CaloEnergy (float   deltaE,
                        float   sigmaDeltaE,
                        float   sigmaMinusDeltaE,
                        float   sigmaPlusDeltaE,
            unsigned short energyLossType,
                float          likelihood,
                unsigned short tag)
 
    :   EnergyLoss(deltaE, sigmaDeltaE, sigmaMinusDeltaE, sigmaPlusDeltaE ),    
        m_caloLRLikelihood      (likelihood),
        m_caloMuonIdTag         (tag),
        m_deposits              (),
        m_etCore                (0.0),
    m_deltaE_param           (0.0),
    m_sigmaMinusDeltaE_param (0.0),
    m_sigmaPlusDeltaE_param  (0.0),
    m_deltaE_meas            (0.0),
    m_sigmaDeltaE_meas       (0.0)
{
    m_energyLossType = static_cast<CaloEnergy::EnergyLossType>(energyLossType);
        m_fsrCandidateEnergy = 0.0;
}
 
CaloEnergy::CaloEnergy (float   deltaE,
                        float   sigmaDeltaE,
                        float   sigmaMinusDeltaE,
                        float   sigmaPlusDeltaE,
            unsigned short energyLossType,
                float          likelihood,
                unsigned short tag,
            const std::vector<DepositInCalo>& deposits)
 
    :   EnergyLoss(deltaE, sigmaDeltaE, sigmaMinusDeltaE, sigmaPlusDeltaE ),
        m_energyLossType (static_cast<CaloEnergy::EnergyLossType>(energyLossType)),
        m_caloLRLikelihood      (likelihood),
        m_caloMuonIdTag         (tag),
    m_fsrCandidateEnergy    (0.0),
        m_deposits              (deposits),
        m_etCore                (0.0), 
    m_deltaE_param           (0.0),
    m_sigmaMinusDeltaE_param (0.0),
    m_sigmaPlusDeltaE_param  (0.0),
    m_deltaE_meas            (0.0),
    m_sigmaDeltaE_meas       (0.0)
{
}
 
CaloEnergy::CaloEnergy (const CaloEnergy& caloEnergy)
    
            
= default;
 
CaloEnergy::~CaloEnergy() = default;
 
CaloEnergy& CaloEnergy::operator=(const CaloEnergy& rhs) {
  if ( this != &rhs ) {
     EnergyLoss::operator=( rhs );
     m_energyLossType     = rhs.m_energyLossType;
     m_caloLRLikelihood   = rhs.m_caloLRLikelihood;
     m_caloMuonIdTag      = rhs.m_caloMuonIdTag;
     m_fsrCandidateEnergy = rhs.m_fsrCandidateEnergy;
     m_deposits           = rhs.m_deposits; 
     m_etCore             = rhs.m_etCore;
     m_deltaE_param           = rhs.m_deltaE_param;
     m_sigmaMinusDeltaE_param = rhs.m_sigmaMinusDeltaE_param;
     m_sigmaPlusDeltaE_param  = rhs.m_sigmaPlusDeltaE_param;
     m_deltaE_meas            = rhs.m_deltaE_meas;
     m_sigmaDeltaE_meas       = rhs.m_sigmaDeltaE_meas;
  }
  return *this;
}