00001 #ifndef FORIA_JET_HH 00002 #define FORIA_JET_HH 00003 00004 #include "ForIA/IFourMomentum.hh" 00005 #include "ForIA/Track.fh" 00006 #include "ForIA/Jet.fh" 00007 #include "ForIA/JetKey.fh" 00008 #include "ForIA/Event.hh" 00009 #include "boost/smart_ptr.hpp" 00010 #include <vector> 00011 #include <iostream> 00012 00013 00014 namespace ForIA{ 00015 00016 using std::vector; 00017 00018 class Jet: public IFourMomentum{ 00019 00020 00021 public: 00022 00024 enum Algorithm {ALG_UNDEFINED=0, ALG_BEGIN=1, ANTI_KT=ALG_BEGIN, KT, SISCONE, CAMBRIDGE_AACHEN, ALG_END}; 00025 00027 enum Calibration {CALIBRATION_UNDEFINED=0, CALIBRATION_BEGIN=1, 00028 LC_TOPO=CALIBRATION_BEGIN, TOPO, EM_TOPO, H1_TOPO, TOPO_END}; 00029 00035 Jet(JetKeyConstPtr key); 00036 00037 00049 Jet(JetKeyConstPtr &key, 00050 double E, double pT, double mass, double eta, double phi); 00051 00053 double E() const; 00055 double ET() const; 00057 double PT() const; 00059 double mass()const; 00061 double theta() const; 00063 double phi() const; 00065 double eta() const; 00067 double rapidity()const; 00069 double px()const; 00071 double py()const; 00073 double pz()const; 00074 00076 double rParam()const; 00077 00079 double HECFraction()const; 00081 double HECQuality()const; 00083 double LArQuality()const; 00085 double LArQualityMean()const; 00087 double negativeEnergy()const; 00089 double EMFraction()const; 00091 double chargedFraction()const; 00093 double fracSamplingMax()const; 00094 00099 bool isBadLooser()const; 00100 00102 bool isUgly() const; 00104 int isBadLoose() const; 00106 int isBadMedium() const; 00108 int isBadTight() const; 00109 // emscale_Eta 00110 double emScaleEta() const; 00111 // scaleEnergy 00112 void scaleEnergy(double scale, bool percentual); 00113 00114 const TrackVector &matchedTracks()const; 00115 00116 private: 00117 00118 friend std::ostream &operator << (std::ostream &out, const Jet &jet); 00119 friend void Event::matchTracksToJets(const JetKey&)const; 00120 friend class DataConverter; 00121 00122 JetKeyConstPtr m_key; 00123 00124 Calibration m_calibration; 00125 00126 mutable double m_E; 00127 double m_PT; 00128 double m_mass; 00129 double m_phi; 00130 double m_eta; 00131 00132 mutable double m_px; 00133 mutable double m_py; 00134 mutable double m_pz; 00135 mutable double m_rapidity; 00136 mutable bool m_gotpx; 00137 mutable bool m_gotpy; 00138 mutable bool m_gotpz; 00139 mutable bool m_gotRapidity; 00140 00141 int m_isBadLoose; 00142 int m_isBadMedium; 00143 int m_isBadTight; 00144 00145 double m_emScaleEta; 00146 double m_emFrac; 00147 00148 double m_hecFraction; 00149 double m_hecQuality; 00150 double m_larQuality; 00151 double m_averageLARQualityFraction; 00152 mutable double m_LARQualityMean; 00153 mutable bool m_gotLARQualityMean; 00154 double m_negEnergy; 00155 double m_trackPTSum; 00156 mutable double m_chargedFraction; 00157 mutable bool m_gotChargedFraction; 00158 double m_fracSamplingMax; 00159 00160 double m_tileGap3; 00161 double m_bchCorrCell; 00162 00163 mutable bool m_badLooser; 00164 mutable bool m_gotBadLooser; 00165 00166 const Event *m_event; 00167 mutable TrackVector m_matchedTracks; 00168 mutable bool m_gotMatchedTracks; 00169 00170 }; 00171 } 00172 #endif
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