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Comparing UserCode/MitPhysics/Utils/interface/VertexTools.h (file contents):
Revision 1.3 by maxi, Fri Jul 1 13:49:01 2011 UTC vs.
Revision 1.9 by bendavid, Sun Jun 10 21:22:09 2012 UTC

# Line 25 | Line 25
25  
26   #include "TMVA/Reader.h"
27  
28 + namespace TMVA {//MVA
29 +  class Reader;
30 + }
31 +
32   namespace mithep {
33    typedef std::vector<double> VertexZarray;
34    typedef std::vector<const Track*> TrackArray;
35  
36    class VertexTools {
37    public:
38 <  
38 >
39 >    VertexTools();
40 >    
41      static double NewMass(const Photon* ph1, const Photon* ph2, const BaseVertex* vert);
42  
43      static VertexZarray ExtractZarray(const VertexCol* vcol, float zmin=-30, float zmax = 30,
# Line 40 | Line 46 | namespace mithep {
46      
47      static const Vertex* BestVtx(const PFCandidateCol *fPFJets, const VertexCol *c,
48                                   const BaseVertex  *fBeamSpot, FourVector diboso);
49 +
50 +
51      static double BestVtx(const PFCandidateCol *fPFJets, VertexZarray zcol,
52                            const BaseVertex  *fBeamSpot, FourVector diboso);
53 +
54      static double Prob(const PFCandidateCol *fPFJets, double zpos,  
55                         const BaseVertex  *fBeamSpot, FourVector diboso);
56      
# Line 52 | Line 61 | namespace mithep {
61      
62      static VertexTools* instance(const char* str){
63        if(meobject == NULL){
64 <        meobject = new VertexTools(str);
64 >        meobject = new VertexTools();
65 >        meobject->InitM(str);
66        }
67        return meobject;
68 <    }
68 >    }        
69  
70 <    Float_t tmvar1, tmvar2, tmvar3, tmvar4, tmvar5, tmvar6;
71 <    TMVA::Reader* reader;
70 >    // ----------------------------------------------------------
71 >    // Methods (added by Fabian) on the EPS BaseLine Analysis
72 >    const Vertex* findVtxBasicRanking(const Photon*           ph1,
73 >                                             const Photon*           ph2,
74 >                                             const BaseVertex*       bsp,
75 >                                             const VertexCol*        vtcs,
76 >                                             const DecayParticleCol* conv, Bool_t useMva, Double_t &vtxProb);
77 >    // ----------------------------------------------------------
78 >
79 >    
80 >    static std::pair<double,double> VtxZFromConversion(const Photon *p, const DecayParticle *c, const BaseVertex *bsp);
81 >
82 >    void InitM(const char* str);
83 >    void InitP(int version = 1);
84 >    
85 >    Bool_t IsInitMvaM() const { return fIsInitMvaM; }
86 >    Bool_t IsInitMvaP() const { return fIsInitMvaP; }
87 >    
88 >    static Double_t DeltaMassVtx(Double_t xp1, Double_t yp1, Double_t zp1,
89 >            Double_t xp2, Double_t yp2, Double_t zp2,
90 >            Double_t xv,  Double_t yv,  Double_t zv,
91 >            Double_t dz);
92      
93    private:
94 +    
95 +    double VtxMvaP(float ptbal, float ptasym, float logsumpt2, float limPullToConv, float nConv) const;
96 +    
97      static VertexTools *meobject;
98 +    
99  
66 –    VertexTools();
67 –    VertexTools(const char* str);
100      TString relname;
101 +
102      TrackArray excluded;
103      
104 +    Bool_t fIsInitMvaM;
105 +    Bool_t fIsInitMvaP;
106  
107 +    Float_t tmvar1, tmvar2, tmvar3, tmvar4, tmvar5, tmvar6;
108 +    TMVA::Reader* reader;
109 +    
110 +    
111 +    TMVA::Reader *readervtx;
112 +    TMVA::Reader *readerevt;
113 +    mutable Float_t fMvaPVars[5];
114 +    mutable Float_t fMvaPEvtVars[8];
115 +    
116 +    TString fVtxProbMvaName;
117 +    
118      ClassDef(VertexTools, 0) // Muon tools
119        };
120   }

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