#ifndef __INCLUDE_TCALOJET_H
#define __INCLUDE_TCALOJET_H

#include "seed/TJet.h"

class TString;

namespace seed {

/* Represents a generic jet with calorimeter information. Thus it is a jet object, 
 but defines additionally the electromagnetic fraction of the jet's energy 
 deposit etc. */

   class TCaloJet:public TJet {
    public:
      TCaloJet(const TLorentzVector & lv = TLorentzVector(0., 0., 0., 0.),
               const Double_t dWidthEta = 0., const Double_t dWidthPhi =
               0., const Double_t dEMF = 0., const Int_t iN90 = 0);
       TCaloJet(const TJet & jet, const Double_t dEMF = 0., const Int_t iN90 =
                0):TJet(jet), fDEMF(dEMF), fIN90(iN90) {
      };

       virtual ~ TCaloJet() {
      };

      TCaloJet & Set(const TLorentzVector & lv,
                     const Double_t dWidthEta, const Double_t dWidthPhi,
                     const Double_t dEMF, const Int_t iN90);

      // sets the electromagnetic fraction of the jet's energy deposit in the calorimeter
      TCaloJet & SetEMF(const Double_t dEMF) {
         fDEMF = dEMF;
         return *this;
      }
      // sets the number of calorimeter cells containing 90% of the jet's energy
      TCaloJet & SetN90(const Int_t iN90) {
         fIN90 = iN90;
         return *this;
      }

      // returns the electromagnetic fraction of the jet's energy deposit in the calorimeter
      Double_t GetEMF() const {
         return fDEMF;
      }
      // returns the number of calorimeter cells containing 90% of the jet's energy
          Int_t GetN90() const {
         return fIN90;
    } protected:
      Double_t fDEMF;             // electromagnetic fraction of the jet's energy deposit in the calorimeter
      Int_t fIN90;                // number of calorimeter cells containing 90% of the jet's energy

      ClassDef(TCaloJet, 1) // Generic jet with calorimeter info.

   };

}                               // namespace seed

#endif