TrimmedVertexFitter.cc

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#include "RecoVertex/TrimmedVertexFit/interface/TrimmedVertexFitter.h"
#include "RecoVertex/VertexTools/interface/VertexTrackFactory.h"
#include "RecoVertex/VertexTools/interface/LinearizedTrackStateFactory.h"
#include "FWCore/MessageLogger/interface/MessageLogger.h"
 
TrimmedVertexFitter::TrimmedVertexFitter() {
  theRector.setMaxNbOfVertices(1);
  setPtCut(0.);
}
 
TrimmedVertexFitter::TrimmedVertexFitter(const edm::ParameterSet& pSet) {
  theRector.setMaxNbOfVertices(1);
  setPtCut(pSet.getParameter<double>("minPt"));
  setTrackCompatibilityCut(pSet.getParameter<double>("trackCompatibilityCut"));
  setVertexFitProbabilityCut(pSet.getParameter<double>("vtxFitProbCut"));
}
 
CachingVertex<5> TrimmedVertexFitter::vertex(const std::vector<reco::TransientTrack>& tracks) const {
  std::vector<TransientVertex> vtces = theRector.vertices(tracks);
  if (!vtces.empty()) {
    const TransientVertex& rv = *(vtces.begin());
    LinearizedTrackStateFactory lfac;
    VertexTrackFactory<5> vfac;
    VertexState state(rv.position(), rv.positionError());
    std::vector<RefCountedVertexTrack> vtrks;
    std::vector<reco::TransientTrack> mytrks = rv.originalTracks();
    for (std::vector<reco::TransientTrack>::const_iterator rt = mytrks.begin(); rt != mytrks.end(); ++rt) {
      RefCountedLinearizedTrackState lstate = lfac.linearizedTrackState(rv.position(), *rt);
 
      RefCountedVertexTrack vtrk = vfac.vertexTrack(lstate, state, 1.0);
      vtrks.push_back(vtrk);
    };
    return CachingVertex<5>(rv.position(), rv.positionError(), vtrks, rv.totalChiSquared());
  };
  return CachingVertex<5>();
}
 
CachingVertex<5> TrimmedVertexFitter::vertex(const std::vector<RefCountedVertexTrack>& tracks) const {
  std::cout << "[TrimmedVertexFitter] method not implemented" << std::endl;
  throw VertexException("not implemented");
}
 
CachingVertex<5> TrimmedVertexFitter::vertex(const std::vector<RefCountedVertexTrack>& tracks,
                                             const reco::BeamSpot& spot) const {
  std::cout << "[TrimmedVertexFitter] method not implemented" << std::endl;
  throw VertexException("not implemented");
}
 
CachingVertex<5> TrimmedVertexFitter::vertex(const std::vector<reco::TransientTrack>& tracks,
                                             const GlobalPoint& linPoint) const {
  std::cout << "[TrimmedVertexFitter] method not implemented" << std::endl;
  throw VertexException("not implemented");
}
 
CachingVertex<5> TrimmedVertexFitter::vertex(const std::vector<reco::TransientTrack>& tracks,
                                             const GlobalPoint& priorPos,
                                             const GlobalError& priorError) const {
  std::cout << "[TrimmedVertexFitter] method not implemented" << std::endl;
  throw VertexException("not implemented");
}
 
CachingVertex<5> TrimmedVertexFitter::vertex(const std::vector<RefCountedVertexTrack>& tracks,
                                             const GlobalPoint& priorPos,
                                             const GlobalError& priorError) const {
  std::cout << "[TrimmedVertexFitter] method not implemented" << std::endl;
  throw VertexException("not implemented");
}
 
CachingVertex<5> TrimmedVertexFitter::vertex(const std::vector<reco::TransientTrack>& tracks,
                                             const reco::BeamSpot& beamSpot) const {
  std::cout << "[TrimmedVertexFitter] method not implemented" << std::endl;
  throw VertexException("not implemented");
}
 
TrimmedVertexFitter* TrimmedVertexFitter::clone() const { return new TrimmedVertexFitter(*this); }
 
void TrimmedVertexFitter::setPtCut(float cut) {
  ptcut = cut;
  theRector.setPtCut(cut);
}
 
void TrimmedVertexFitter::setTrackCompatibilityCut(float cut) { theRector.setTrackCompatibilityCut(cut); }
 
void TrimmedVertexFitter::setVertexFitProbabilityCut(float cut) { theRector.setVertexFitProbabilityCut(cut); }