TrigTauCluster.cxx

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/*
  Copyright (C) 2002-2023 CERN for the benefit of the ATLAS collaboration
*/
 
 
/*******************************************************
 
NAME:           TrigTauCluster.cxx
PACKAGE:        Trigger/TrigEvent/TrigCaloEvent
AUTHORS:        Denis O. Damazio, Carlos Osuna, Xin Wu
 
PURPOSE:        Keep the important output variables
                from the Calorimeter LVL2 Tau Trigger.
                Optionally seed ID Trigger and EF.
                Variables here should be RAW variables
                not corrected.
INHERITFROM:    TrigCaloCluster
DATE:           October 17th, 2005
 
******************************************************/
 
 
#include "TrigCaloEvent/TrigTauCluster.h"
 
TrigTauCluster::TrigTauCluster(float energy, float eta, float phi, long roi_word) :
                TrigCaloCluster(energy, eta, phi), m_valid(false)
{
    setRoIword(roi_word);
    m_EMenergy = 0;
    m_HADenergy = 0;
    m_eCalib = 0;
    m_EMRadius2 = 0;
    m_CaloRadius = 0;
    m_IsoFrac = 0;
    m_numStripCells = 0;
    m_numTotCells = 0;
    m_stripWidth = 0;
    m_stripWidthOffline = 0;
    m_EMRadius3S = 0;
    m_CoreFrac = 0;
    m_EMFrac = 0;
    m_HadRadius = 0;
    m_clusterDetails.reset();
}
 
 
TrigTauCluster::TrigTauCluster(const TrigTauClusterDetailsContainer *details_cont,
                               unsigned int details_index, float energy,
                               float eta, float phi, long roi_word) :
    TrigCaloCluster(energy, eta, phi), m_valid(false) 
{
    setRoIword(roi_word);
    m_EMenergy = 0;
    m_HADenergy = 0;
    m_eCalib = 0;
    m_EMRadius2 = 0;
    m_CaloRadius = 0;
    m_IsoFrac = 0;
    m_numStripCells = 0;
    m_numTotCells = 0;
    m_stripWidth = 0;
    m_stripWidthOffline = 0;
    m_EMRadius3S = 0;
    m_CoreFrac = 0;
    m_EMFrac = 0;
    m_HadRadius = 0;
 
    if(details_cont != NULL && details_cont->size() > details_index)
    {
        m_clusterDetails.toIndexedElement(*details_cont, details_index);
        if(!m_clusterDetails.isValid())
        {
            m_clusterDetails.reset();
            m_valid=false;
        }
    }
}
 
// Destructor
TrigTauCluster::~TrigTauCluster()
{
}
 
// Copy constructor (Note that also the base class is copied)
TrigTauCluster::TrigTauCluster(const TrigTauCluster* ttc) : TrigCaloCluster((TrigCaloCluster*)ttc),
    m_EMenergy(ttc->EMenergy()),
    m_HADenergy(ttc->HADenergy()),
    m_eCalib(ttc->eCalib()),
    m_EMRadius2(ttc->EMRadius2()),
    m_CaloRadius(ttc->CaloRadius()),
    m_IsoFrac(ttc->IsoFrac()),
    m_numStripCells(ttc->numStripCells()),
    m_numTotCells(ttc->numTotCells()),
    m_stripWidth(ttc->stripWidth()),
    m_stripWidthOffline(ttc->stripWidthOffline()),
    m_EMRadius3S(ttc->EMRadius3S()),
    m_CoreFrac(ttc->CoreFrac()),
    m_EMFrac(ttc->EMFrac()),
    m_HadRadius(ttc->HadRadius()),
        m_valid(false)
{
    //set ElementLink to cluster
    if(m_clusterDetails.isValid())
    {
        m_clusterDetails.toIndexedElement(ttc->m_clusterDetails.getStorableObjectRef(), ttc->m_clusterDetails.index());
    }
    else
    {
        m_clusterDetails.reset();
    }
}
 
// Simple debug method using MsgStream
void TrigTauCluster::print(void) const
{
    TrigCaloCluster::print();
    std::cout << "m_EMenergy : " << m_EMenergy << "; ";
    std::cout << "m_HADenergy : " << m_HADenergy << "; ";
    std::cout << "m_eCalib : " << m_eCalib << "; ";
    std::cout << "Eta : " << eta() << "; ";
    std::cout << "Phi : " << phi() << "; ";
    std::cout << "m_numStripCells : " << m_numStripCells << "; ";
    std::cout << "m_numTotCells : " << m_numTotCells << "; ";
/*  std::cout << "m_EMenergyNarrow: ";
        for ( int i = 0 ; i < NUMEMSAMP ; i++ )
                std::cout << trigtauDetails->EMenergyNarrow(i) << "; ";
    std::cout << std::endl;
    std::cout << "m_HADenergyNarrow: ";
        for ( int i = 0 ; i < NUMHADSAMP ; i++ )
                std::cout << trigtauDetails->HADenergyNarrow(i) << "; ";
    std::cout << std::endl; */
}
 
// Simple debug method using MsgStream
void TrigTauCluster::print ( MsgStream& log ) const
{
    TrigCaloCluster::print(log);
    log << MSG::DEBUG << "mEMenergy : " << m_EMenergy << "; ";
    log << MSG::DEBUG << "m_HADenergy : " << m_HADenergy << "; ";
    log << MSG::DEBUG << "m_eCalib : " << m_eCalib << "; ";
    log << MSG::DEBUG << "Eta : " << eta() << "; ";
    log << MSG::DEBUG << "Phi : " << phi() << "; ";
    log << MSG::DEBUG << "m_numStripCells : " << m_numStripCells << "; ";
    log << MSG::DEBUG << "m_numTotCells : " << m_numTotCells   << "; ";
/*  log <<MSG::DEBUG<< "m_EMenergyNarrow : ";
        for ( int i = 0 ; i < NUMEMSAMP ; i++ )
                log <<MSG::DEBUG<< trigtauDetails->EMenergyNarrow(i) << "; ";
    log << endmsg;
    log <<MSG::DEBUG<< "m_HADenergyNarrow : ";
        for ( int i = 0 ; i < NUMHADSAMP ; i++ )
                log <<MSG::DEBUG<< trigtauDetails->HADenergyNarrow(i) << "; ";
    log << endmsg; */
}
 
const TrigTauClusterDetails* TrigTauCluster::clusterDetails() const
{
    if(m_clusterDetails.isValid())
    {
        return (*m_clusterDetails);
    }
    else
    {
        return NULL;
    }
}
 
const ElementLink<TrigTauClusterDetailsContainer>&
TrigTauCluster::clusterDetailsLink() const
{
  return m_clusterDetails;
}
 
void TrigTauCluster::setClusterDetails(const ElementLink<TrigTauClusterDetailsContainer>& clusterDetailsLink)
{
  m_clusterDetails = clusterDetailsLink;
}
 
 
bool operator== (const TrigTauCluster& clus1, const TrigTauCluster& clus2 )
{
    //if(clus1.clusterDetails() != 0 && clus2.clusterDetails() == 0 ) return false;
    //if(clus1.clusterDetails() == 0 && clus2.clusterDetails() != 0 ) return false;
    if((const TrigCaloCluster&)clus1 != (const TrigCaloCluster&)clus2)
    {
        return false;
    }
 
    double epsilon=0.001;
    if(fabs(clus1.EMenergy() - clus2.EMenergy()) > epsilon) return false;
    if(fabs(clus1.HADenergy() - clus2.HADenergy()) > epsilon) return false;
    if(fabs(clus1.eCalib() - clus2.eCalib()) > epsilon) return false;
    if(fabs(clus1.EMRadius2() - clus2.EMRadius2()) > epsilon) return false;
    if(fabs(clus1.CaloRadius() - clus2.CaloRadius()) > epsilon) return false;
    if(fabs(clus1.IsoFrac() - clus2.IsoFrac()) > epsilon) return false;
    if(abs(clus1.numStripCells() - clus2.numStripCells()) > epsilon) return false;
    if(abs(clus1.numTotCells() - clus2.numTotCells()) > epsilon) return false;
    if(fabs(clus1.stripWidth() - clus2.stripWidth()) > epsilon) return false;
    if(fabs(clus1.stripWidthOffline() - clus2.stripWidthOffline() ) > epsilon) return false;
    if(fabs(clus1.EMRadius3S() - clus2.EMRadius3S()) > epsilon) return false;
    if(fabs(clus1.CoreFrac() - clus2.CoreFrac()) > epsilon) return false;
    if(fabs(clus1.EMFrac() - clus2.EMFrac()) > epsilon) return false;
    if(fabs(clus1.HadRadius() - clus2.HadRadius()) > epsilon) return false;
 
    if(clus1.clusterDetails() != 0 && clus2.clusterDetails() != 0 && clus1.clusterDetails() != clus2.clusterDetails())
    {
        return false;
    }
 
    return true;
}
 
std::string str(const TrigTauCluster& tau)
{
    std::stringstream stream;
    stream << str((const TrigCaloCluster&) tau)
           << "; EMenergy:" << tau.EMenergy()
           << "; HADenergy:" << tau.HADenergy()
           << "; eCalib:" << tau.eCalib()
           << "; EMRadius2:" << tau.EMRadius2()
           << "; CaloRadius:" << tau.CaloRadius()
           << "; IsoFrac:" << tau.IsoFrac()
           << "; numStripCells:" << tau.numStripCells()
           << "; numTotCells:" << tau.numTotCells()
           << "; stripWidth:" << tau.stripWidth()
           << "; stripWidthOffline:" << tau.stripWidthOffline()
           << "; EMRadius3S:" << tau.EMRadius3S()
           << "; CoreFrac:" << tau.CoreFrac()
           << "; EMFrac:" << tau.EMFrac()
           << "; HadRadius:" << tau.HadRadius();
    if(tau.clusterDetails() != 0)
    {
        stream << "; " << str(*tau.clusterDetails());
    }
 
    return stream.str();
}
 
MsgStream& operator<< (MsgStream& m, const TrigTauCluster& tau)
{
    return (m << str(tau));
}
 
 
void diff(const TrigTauCluster& clus1, const TrigTauCluster& clus2, std::map< std::string, double >& varChange)
{
    const double epsilon = 0.001;
    diff((const TrigCaloCluster&)clus1, (const TrigCaloCluster&)clus2, varChange);
 
    if(fabs(clus1.EMenergy() - clus2.EMenergy()) > epsilon)
    {
        varChange["EMEnergy"] = clus1.EMenergy() - clus2.EMenergy();
    }
    if(fabs(clus1.HADenergy() - clus2.HADenergy()) > epsilon)
    {
        varChange["HADenergy"] = clus1.HADenergy() - clus2.HADenergy();
    }
    if(fabs(clus1.eCalib() - clus2.eCalib()) > epsilon)
    {
        varChange["eCalib"] = clus1.eCalib() - clus2.eCalib();
    }
    if(fabs(clus1.EMRadius2() - clus2.EMRadius2()) > epsilon)
    {
        varChange["EMRadius2"] = clus1.EMRadius2() - clus2.EMRadius2();
    }
    if(fabs(clus1.CaloRadius() - clus2.CaloRadius()) > epsilon)
    {
        varChange["CaloRadius"] = clus1.CaloRadius() - clus2.CaloRadius();
    }
    if(fabs(clus1.IsoFrac() - clus2.IsoFrac()) > epsilon)
    {
        varChange["IsoFrac"] = clus1.IsoFrac() - clus2.IsoFrac();
    }
    if(abs(clus1.numStripCells() - clus2.numStripCells()) > epsilon)
    {
        varChange["numStripCells"] = clus1.numStripCells() - clus2.numStripCells();
    }
    if(abs(clus1.numTotCells() - clus2.numTotCells()) > epsilon)
    {
        varChange["numTotCells"] = clus1.numTotCells() - clus2.numTotCells();
    }
    if(fabs(clus1.stripWidth() - clus2.stripWidth()) > epsilon)
    {
        varChange["stripWidth"] = clus1.stripWidth() - clus2.stripWidth();
    }
    if(fabs(clus1.stripWidthOffline() - clus2.stripWidthOffline()) > epsilon)
    {
        varChange["stripWidthOffline"] = clus1.stripWidthOffline() - clus2.stripWidthOffline();
    }
    if(fabs(clus1.EMRadius3S() - clus2.EMRadius3S()) > epsilon)
    {
        varChange["EMRadius3S"] = clus1.EMRadius3S() - clus2.EMRadius3S();
    }
    if(fabs(clus1.CoreFrac() - clus2.CoreFrac()) > epsilon)
    {
        varChange["CoreFrac"] = clus1.CoreFrac() - clus2.CoreFrac();
    }
    if(fabs(clus1.EMFrac() - clus2.EMFrac()) > epsilon)
    {
        varChange["EMFrac"] = clus1.EMFrac() - clus2.EMFrac();
    }
    if(fabs(clus1.HadRadius() - clus2.HadRadius()) > epsilon)
    {
        varChange["HadRadius"] = clus1.HadRadius() - clus2.HadRadius();
    }
 
    if(clus1.clusterDetails() != 0 && clus2.clusterDetails() == 0)
    {
        varChange["clusterDetails "] = 1;
    }
    else if(clus1.clusterDetails() == 0 && clus2.clusterDetails() != 0)
    {
        varChange["clusterDetails "] = -1;
    }
    else if(clus1.clusterDetails() != 0 && clus2.clusterDetails() != 0 && clus1.clusterDetails() != clus2.clusterDetails())
    {
        diff(clus1.clusterDetails(), clus2.clusterDetails(), varChange);
    }
    return;
}
// End of file TrigTauCluster.cxx