CandidateSelector.cc

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#include "SUSYBSMAnalysis/HSCP/interface/CandidateSelector.h"

using namespace edm;
using namespace reco;
using namespace susybsm;




CandidateSelector::CandidateSelector(const edm::ParameterSet& iConfig){
   isTrack               = iConfig.getParameter<bool>   ("onlyConsiderTrack");
   isMuon                = iConfig.getParameter<bool>   ("onlyConsiderMuon");
   isMuonSTA             = iConfig.getParameter<bool>   ("onlyConsiderMuonSTA"); 
   isMuonGB              = iConfig.getParameter<bool>   ("onlyConsiderMuonGB");
   isMuonTK              = iConfig.getParameter<bool>   ("onlyConsiderMuonTK");
   isMTMuon              = iConfig.getParameter<bool>   ("onlyConsiderMTMuon");
   isRpc                 = iConfig.getParameter<bool>   ("onlyConsiderRpc");
   isEcal                = iConfig.getParameter<bool>   ("onlyConsiderEcal");

   minTrackHits          = iConfig.getParameter<int>    ("minTrackHits");
   minTrackP             = iConfig.getParameter<double> ("minTrackP");
   minTrackPt            = iConfig.getParameter<double> ("minTrackPt");

   minDedx               = iConfig.getParameter<double> ("minDedx");

   minMuonP              = iConfig.getParameter<double> ("minMuonP");
   minMuonPt             = iConfig.getParameter<double> ("minMuonPt");
   minSAMuonPt           = iConfig.getParameter<double> ("minMTMuonPt");
   minMTMuonPt           = iConfig.getParameter<double> ("minMTMuonPt");

   maxMuTimeDtBeta       = iConfig.getParameter<double> ("maxMuTimeDtBeta");
   minMuTimeDtNdof       = iConfig.getParameter<double> ("minMuTimeDtNdof");
   maxMuTimeCscBeta      = iConfig.getParameter<double> ("maxMuTimeCscBeta");
   minMuTimeCscNdof      = iConfig.getParameter<double> ("minMuTimeCscNdof");
   maxMuTimeCombinedBeta = iConfig.getParameter<double> ("maxMuTimeCombinedBeta");
   minMuTimeCombinedNdof = iConfig.getParameter<double> ("minMuTimeCombinedNdof");

   maxBetaRpc            = iConfig.getParameter<double> ("maxBetaRpc");
   maxBetaEcal           = iConfig.getParameter<double> ("maxBetaEcal");
}


bool CandidateSelector::isSelected(HSCParticle& candidate)
{
   if(isTrack   && !candidate.hasTrackRef()){return false;}
   if(isMuon    && !candidate.hasMuonRef() ){return false;}
   if(isMuonSTA && (!candidate.hasMuonRef() || candidate.muonRef()->standAloneMuon().isNull()) ){return false;}
   if(isMuonGB  && (!candidate.hasMuonRef() || candidate.muonRef()->combinedMuon  ().isNull()) ){return false;}
   if(isMuonTK  && (!candidate.hasMuonRef() || candidate.muonRef()->innerTrack    ().isNull()) ){return false;}
   if(isMTMuon  && !candidate.hasMTMuonRef() ){return false;}
   if(isRpc     && !candidate.hasRpcInfo() ){return false;}
   if(isEcal    && !candidate.hasCaloInfo()){return false;}

   if(candidate.hasTrackRef()){
      if(candidate.trackRef()->found() < minTrackHits){return false;}
      if(candidate.trackRef()->p()     < minTrackP   ){return false;}
      if(candidate.trackRef()->pt()    < minTrackPt  ){return false;}

//      Need to be implemented using external dE/dx object
//      if(candidate.hasDedxEstim1()   && minDedxEstimator1>=0     && candidate.dedxEstimator1    ().dEdx()<minDedxEstimator1)    {return false;}
//      if(candidate.hasDedxDiscrim1() && minDedxDiscriminator1>=0 && candidate.dedxDiscriminator1().dEdx()<minDedxDiscriminator1){return false;}
   }

   if(candidate.hasMuonRef()){
      if(candidate.muonRef()->p()     < minMuonP   ){return false;}
      if(candidate.muonRef()->pt()    < minMuonPt  ){return false;}

//      Need to be implemented using external timing object
//      if(maxMuTimeDtBeta      >=0 && 1.0/candidate.muonTimeDt().inverseBeta()       > maxMuTimeDtBeta      ){return false;}
//      if(minMuTimeDtNdof      >=0 && 1.0/candidate.muonTimeDt().nDof()              < minMuTimeDtNdof      ){return false;}
//      if(maxMuTimeCscBeta     >=0 && 1.0/candidate.muonTimeCsc().inverseBeta()      > maxMuTimeCscBeta     ){return false;}
//      if(minMuTimeCscNdof     >=0 && 1.0/candidate.muonTimeCsc().nDof()             < minMuTimeCscNdof     ){return false;}
//      if(maxMuTimeCombinedBeta>=0 && 1.0/candidate.muonTimeCombined().inverseBeta() > maxMuTimeCombinedBeta){return false;}
//      if(minMuTimeCombinedNdof>=0 && 1.0/candidate.muonTimeCombined().nDof()        < minMuTimeCombinedNdof){return false;}
   }

   if(candidate.hasRpcInfo()  && maxBetaRpc>=0  && candidate.rpc ().beta     > maxBetaRpc ){return false;}

   if(candidate.hasMuonRef() && candidate.muonRef()->isStandAloneMuon()) {
     if(candidate.muonRef()->standAloneMuon()->pt() < minSAMuonPt  ){return false;}
   }

   if(candidate.hasMTMuonRef()){
     if(!candidate.MTMuonRef()->standAloneMuon().isNull()){
       if(candidate.MTMuonRef()->standAloneMuon()->pt() < minMTMuonPt  ){return false;}
     }
   }

//      Need to be implemented using external dE/dx object
//   if(candidate.hasCaloInfo() && maxBetaEcal>=0 && candidate.calo().ecalBeta > maxBetaEcal){return false;}

   return true;
}