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Comparing UserCode/MitAna/DataTree/interface/PFMet.h (file contents):
Revision 1.1 by bendavid, Thu Mar 12 15:56:50 2009 UTC vs.
Revision 1.2 by loizides, Wed Mar 18 15:44:32 2009 UTC

# Line 3 | Line 3
3   //
4   // PFMet
5   //
6 < // Class to hold PFMet specific information
6 > // Class to hold PFMet specific information.
7   //
8   // Authors: J.Bendavid
9   //--------------------------------------------------------------------------------------------------
# Line 26 | Line 26 | namespace mithep
26          fNeutralEMFraction(0), fNeutralHadFraction(0), fChargedEMFraction(0),
27          fChargedHadFraction(0), fMuonFraction(0) {}
28  
29 –      EObjType                     ObjType()             const       { return kPFMet;              }      
30 –      Double_t                     NeutralEMFraction()   const       { return fNeutralEMFraction;  }
31 –      Double_t                     NeutralHadFraction()  const       { return fNeutralHadFraction; }
29        Double_t                     ChargedEMFraction()   const       { return fChargedEMFraction;  }
30        Double_t                     ChargedHadFraction()  const       { return fChargedHadFraction; }
31        Double_t                     MuonFraction()        const       { return fMuonFraction;       }
32 <      
33 <      void                         SetNeutralEMFraction(Double_t x)  { fNeutralEMFraction = x;     }
34 <      void                         SetNeutralHadFraction(Double_t x) { fNeutralHadFraction = x;    }
32 >      Double_t                     NeutralEMFraction()   const       { return fNeutralEMFraction;  }
33 >      Double_t                     NeutralHadFraction()  const       { return fNeutralHadFraction; }
34 >      EObjType                     ObjType()             const       { return kPFMet;              }
35        void                         SetChargedEMFraction(Double_t x)  { fChargedEMFraction = x;     }
36        void                         SetChargedHadFraction(Double_t x) { fChargedHadFraction = x;    }
37        void                         SetMuonFraction(Double_t x)       { fMuonFraction = x;          }
38 <      
38 >      void                         SetNeutralEMFraction(Double_t x)  { fNeutralEMFraction = x;     }
39 >      void                         SetNeutralHadFraction(Double_t x) { fNeutralHadFraction = x;    }
40        
41      protected:
42 <
43 <      Double32_t                   fNeutralEMFraction;
44 <      Double32_t                   fNeutralHadFraction;
45 <      Double32_t                   fChargedEMFraction;
46 <      Double32_t                   fChargedHadFraction;
49 <      Double32_t                   fMuonFraction;
42 >      Double32_t                   fNeutralEMFraction;   //[0,0,14]neutral em fraction
43 >      Double32_t                   fNeutralHadFraction;  //[0,0,14]neutral had fraction
44 >      Double32_t                   fChargedEMFraction;   //[0,0,14]charged em fraction
45 >      Double32_t                   fChargedHadFraction;  //[0,0,14]charged had fraction
46 >      Double32_t                   fMuonFraction;        //[0,0,14]muon fraction
47      
48      ClassDef(PFMet, 1) // Missing transverse energy class
49    };

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