ClusterThresholdValue.cxx

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/*
  Copyright (C) 2002-2018 CERN for the benefit of the ATLAS collaboration
*/
 
#include "TrigConfL1Data/ClusterThresholdValue.h"
#include "TrigConfL1Data/HelperFunctions.h"
#include "TrigConfL1Data/CaloInfo.h"
#include <iostream>
 
using namespace std;
 
TrigConf::ClusterThresholdValue::ClusterThresholdValue() :
   TriggerThresholdValue(), 
   m_EmIsolation(0), 
   m_HadIsolation(0), 
   m_HadVeto(0),
   m_IsolationMask(0),
   m_HadIsolationMask(0),
   m_useIsolationMask(false)
{}
 
TrigConf::TriggerThresholdValue*
TrigConf::ClusterThresholdValue::createCopy() const {
   return new ClusterThresholdValue(*this);
}
 
int
TrigConf::ClusterThresholdValue::emIsolationCount() const {
 
   int count = static_cast<int>(m_EmIsolation * caloInfo().globalEmScale() );
 
   if (count > fgCaloIsolationOff) {
      count = fgCaloIsolationOff;
   }
 
   return count;
}
 
int
TrigConf::ClusterThresholdValue::hadIsolationCount() const {
   int count = static_cast<int>(m_HadIsolation * caloInfo().globalEmScale() );
   if (count > fgCaloIsolationOff) {
      count = fgCaloIsolationOff;
   }
   return count;
}
 
int
TrigConf::ClusterThresholdValue::hadVetoCount() const {
   int count = static_cast<int>(m_HadVeto * caloInfo().globalEmScale() );
   if (count > fgCaloIsolationOff) {
      count = fgCaloIsolationOff;
   }
   return count;
}
 
int
TrigConf::ClusterThresholdValue::thresholdValueCount() const {
 
   int count = static_cast<int>(m_Ptcut * caloInfo().globalEmScale());
 
   if (count > fgCaloClusterOff) {
      count = fgCaloClusterOff;
   }
 
   return count;
}
 
void
TrigConf::ClusterThresholdValue::print(const std::string& indent, unsigned int /*detail*/) const {
   cout << indent << "-----------------------" << endl; 
   cout << indent << "ClusterThresholdValue: " << endl; 
   printNameIdV(indent);
   cout << indent << "\t Priority:      " << m_Priority << endl;
   cout << indent << "\t Type:          " << m_Type << endl;
   cout << indent << "\t ptcut:         " << m_Ptcut 
        << " count=" << thresholdValueCount() << endl;
   cout << indent << "\t em_isolation:  " << m_EmIsolation 
        << " count=" << emIsolationCount() << endl;
   cout << indent << "\t had_isolation: " << m_HadIsolation 
        << " count=" << hadIsolationCount() << endl;
   cout << indent << "\t had_veto:      " << m_HadVeto 
        << " count=" << hadVetoCount() << endl;
   cout << indent << "\t iso mask:      " << m_IsolationMask << endl;
   cout << indent << "\t phi_min:       " << m_PhiMin << endl;
   cout << indent << "\t phi_max:       " << m_PhiMax << endl;
   cout << indent << "\t eta_min:       " << m_EtaMin << endl;
   cout << indent << "\t eta_max:       " << m_EtaMax << endl;
}
 
void
TrigConf::ClusterThresholdValue::writeXML(std::ostream & xmlfile, int indentLevel, int indentWidth) const {
   indent(xmlfile, indentLevel, indentWidth) 
      << "<TriggerThresholdValue"
      << " em_isolation=\""  << m_EmIsolation  << "\""
      << " etamin=\""        << m_EtaMin       << "\""
      << " etamax=\""        << m_EtaMax       << "\""
      << " had_isolation=\"" << m_HadIsolation << "\""
      << " had_veto=\""      << m_HadVeto      << "\"";
   if(useIsolationMask()) {
      xmlfile << " isobits=\"" << TrigConf::uint2bin(m_IsolationMask, 5) << "\"";
   }
   xmlfile << " name=\""          << name()         << "\""
           << " phimin=\""        << m_PhiMin       << "\""
           << " phimax=\""        << m_PhiMax       << "\""
           << " priority=\""      << m_Priority     << "\""
           << " thresholdval=\""  << m_Ptcut        << "\""
           << " type=\""          << m_Type         << "\""
           << " window=\"0\"/>"
           << endl;
}