CaloIsolationEnergy.h

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//
//

#ifndef PhysicsTools_PatUtils_CaloIsolationEnergy_h
#define PhysicsTools_PatUtils_CaloIsolationEnergy_h

#include <vector>

class MagneticField;
class TrackToEcalPropagator;
class CaloTower;

namespace reco {
  class Track; 
}

namespace pat {
  class Muon;
  class Electron;

  class CaloIsolationEnergy {
    public:
      CaloIsolationEnergy();
      virtual ~CaloIsolationEnergy();

      float calculate(const Electron & anElectron, const std::vector<CaloTower> & theTowers, float isoConeElectron = 0.3) const;
      float calculate(const Muon & aMuon, const std::vector<CaloTower> & theTowers, float isoConeMuon = 0.3) const;

    private:
      float calculate(const reco::Track & track, const float leptonEnergy, const std::vector<CaloTower> & theTowers, float isoCone) const;
  };

}

#endif