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Comparing UserCode/Morgan/interface/TRootRun.h (file contents):
Revision 1.3 by lethuill, Tue Apr 21 13:02:58 2009 UTC vs.
Revision 1.4 by lethuill, Wed Jun 10 11:17:06 2009 UTC

# Line 13 | Line 13 | using namespace std;
13  
14   class TRootRun : public TObject
15   {
16 <        
17 < public:
18 <        
19 <        TRootRun() :
20 <                xsection_(-1.)
21 <                ,description_("MVCM")
22 <                ,nHLTEvents_(0)
23 <                ,nHLTWasRun_(0)
24 <                ,nHLTAccept_(0)
25 <                ,nHLTErrors_(0)
26 <                ,hltWasRun_(0)
27 <                ,hltAccept_(0)
28 <                ,hltErrors_(0)
29 <                ,hltNames_(0)
30 <                {;}
31 <        
32 <        ~TRootRun() {;}
33 <
34 <        Double_t xsection() const { return xsection_; }
35 <        std::string description() const { return description_; }
36 <        
37 <        unsigned int  nHLTPaths() const { return hltNames_.size(); }
38 <        unsigned int  nHLTEvents() const { return nHLTEvents_; }
39 <        unsigned int  nHLTWasRun() const { return nHLTWasRun_; }
40 <        unsigned int  nHLTAccept() const { return nHLTAccept_; }
41 <        unsigned int  nHLTErrors() const { return nHLTErrors_; }
42 <
43 <        std::vector<unsigned int> hltWasRun() const { return hltWasRun_; }
44 <        std::vector<unsigned int> hltAccept() const { return hltAccept_; }
45 <        std::vector<unsigned int> hltErrors() const { return hltErrors_; }
46 <        std::vector<std::string>  hltNames() const { return hltNames_; }
47 <
48 <        unsigned int hltWasRun(unsigned ipath) const { return (hltWasRun_.size()>ipath ?  hltWasRun_.at(ipath) : 0 ); }
49 <        unsigned int hltAccept(unsigned ipath) const { return (hltAccept_.size()>ipath ?  hltAccept_.at(ipath) : 0 ); }
50 <        unsigned int hltErrors(unsigned ipath) const { return (hltErrors_.size()>ipath ?  hltErrors_.at(ipath) : 0 ); }
51 <        std::string hltNames(unsigned ipath) const { return (hltNames_.size()>ipath ?  hltNames_.at(ipath) : "noname" ); }
52 <                
53 <        void setXsection(Double_t xsection) { xsection_=xsection; }
54 <        void setDescription(std::string description) { description_=description; }
55 <        void setNHLTEvents(unsigned int nHLTEvents) { nHLTEvents_=nHLTEvents; }
56 <        void setNHLTWasRun(unsigned int nHLTWasRun) { nHLTWasRun_=nHLTWasRun; }
57 <        void setNHLTAccept(unsigned int nHLTAccept) { nHLTAccept_=nHLTAccept; }
58 <        void setNHLTErrors(unsigned int nHLTErrors) { nHLTErrors_=nHLTErrors; }
59 <                
60 <        void setHLTWasRun(std::vector<unsigned int> hltWasRun)
61 <        {
62 <                hltWasRun_.resize(hltWasRun.size());
63 <                hltWasRun_=hltWasRun;
64 <        }
65 <        
66 <        void setHLTAccept(std::vector<unsigned int> hltAccept)
67 <        {
68 <                hltAccept_.resize(hltAccept.size());
69 <                hltAccept_=hltAccept;
70 <        }
71 <
72 <        void setHLTErrors(std::vector<unsigned int> hltErrors)
73 <        {
74 <                hltErrors_.resize(hltErrors.size());
75 <                hltErrors_=hltErrors;
76 <        }
77 <        
78 <        void setHLTNames(std::vector<std::string> hltNames)
79 <        {
80 <                hltNames_.resize(hltNames.size());
81 <                hltNames_=hltNames;
82 <        }
83 <
84 <
85 <        private:
86 <
87 <        Double_t xsection_;        // dataset cross-section
88 <        std::string description_; // dataset description
89 <        
90 <        unsigned int nHLTEvents_; // Nb of events
91 <        unsigned int nHLTWasRun_; // Nb of events where at least one HLT was run
92 <        unsigned int nHLTAccept_; // Nb of accepted events
93 <        unsigned int nHLTErrors_; // Nb of events where at least one HLT had error
94 <
95 <        std::vector<unsigned int> hltWasRun_; // # where HLT[i] was run
96 <        std::vector<unsigned int> hltAccept_; // # of events accepted by HLT[i]
97 <        std::vector<unsigned int> hltErrors_; // # of events with error in HLT[i]
98 <        std::vector<std::string>  hltNames_;  // name of each HLT algorithm
99 <        
100 <        ClassDef (TRootRun,2);
16 >
17 >   public:
18 >
19 >      TRootRun() :
20 >      xsection_(-1.)
21 >      ,description_("MVCM")
22 >      ,nHLTEvents_(0)
23 >      ,nHLTWasRun_(0)
24 >      ,nHLTAccept_(0)
25 >      ,nHLTErrors_(0)
26 >      ,hltWasRun_(0)
27 >      ,hltAccept_(0)
28 >      ,hltErrors_(0)
29 >      ,hltNames_(0)
30 >      {;}
31 >
32 >      ~TRootRun() {;}
33 >
34 >      Double_t xsection() const { return xsection_; }
35 >      std::string description() const { return description_; }
36 >
37 >      unsigned int  nHLTPaths() const { return hltNames_.size(); }
38 >      unsigned int  nHLTEvents() const { return nHLTEvents_; }
39 >      unsigned int  nHLTWasRun() const { return nHLTWasRun_; }
40 >      unsigned int  nHLTAccept() const { return nHLTAccept_; }
41 >      unsigned int  nHLTErrors() const { return nHLTErrors_; }
42 >
43 >      std::vector<unsigned int> hltWasRun() const { return hltWasRun_; }
44 >      std::vector<unsigned int> hltAccept() const { return hltAccept_; }
45 >      std::vector<unsigned int> hltErrors() const { return hltErrors_; }
46 >      std::vector<std::string>  hltNames() const { return hltNames_; }
47 >
48 >      unsigned int hltWasRun(unsigned ipath) const { return (hltWasRun_.size()>ipath ?  hltWasRun_.at(ipath) : 0 ); }
49 >      unsigned int hltAccept(unsigned ipath) const { return (hltAccept_.size()>ipath ?  hltAccept_.at(ipath) : 0 ); }
50 >      unsigned int hltErrors(unsigned ipath) const { return (hltErrors_.size()>ipath ?  hltErrors_.at(ipath) : 0 ); }
51 >      std::string hltNames(unsigned ipath) const { return (hltNames_.size()>ipath ?  hltNames_.at(ipath) : "noname" ); }
52 >
53 >      void setXsection(Double_t xsection) { xsection_=xsection; }
54 >      void setDescription(std::string description) { description_=description; }
55 >      void setNHLTEvents(unsigned int nHLTEvents) { nHLTEvents_=nHLTEvents; }
56 >      void setNHLTWasRun(unsigned int nHLTWasRun) { nHLTWasRun_=nHLTWasRun; }
57 >      void setNHLTAccept(unsigned int nHLTAccept) { nHLTAccept_=nHLTAccept; }
58 >      void setNHLTErrors(unsigned int nHLTErrors) { nHLTErrors_=nHLTErrors; }
59 >
60 >      void setHLTWasRun(std::vector<unsigned int> hltWasRun)
61 >      {
62 >         hltWasRun_.resize(hltWasRun.size());
63 >         hltWasRun_=hltWasRun;
64 >      }
65 >
66 >      void setHLTAccept(std::vector<unsigned int> hltAccept)
67 >      {
68 >         hltAccept_.resize(hltAccept.size());
69 >         hltAccept_=hltAccept;
70 >      }
71 >
72 >      void setHLTErrors(std::vector<unsigned int> hltErrors)
73 >      {
74 >         hltErrors_.resize(hltErrors.size());
75 >         hltErrors_=hltErrors;
76 >      }
77 >
78 >      void setHLTNames(std::vector<std::string> hltNames)
79 >      {
80 >         hltNames_.resize(hltNames.size());
81 >         hltNames_=hltNames;
82 >      }
83 >
84 >
85 >   private:
86 >
87 >      Double_t xsection_;        // dataset cross-section
88 >      std::string description_; // dataset description
89 >
90 >      unsigned int nHLTEvents_; // Nb of events
91 >      unsigned int nHLTWasRun_; // Nb of events where at least one HLT was run
92 >      unsigned int nHLTAccept_; // Nb of accepted events
93 >      unsigned int nHLTErrors_; // Nb of events where at least one HLT had error
94 >
95 >      std::vector<unsigned int> hltWasRun_; // # where HLT[i] was run
96 >      std::vector<unsigned int> hltAccept_; // # of events accepted by HLT[i]
97 >      std::vector<unsigned int> hltErrors_; // # of events with error in HLT[i]
98 >      std::vector<std::string>  hltNames_;  // name of each HLT algorithm
99 >
100 >      ClassDef (TRootRun,2);
101 >
102   };
103  
104   #endif

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