1 | #ifndef PUPPIALGOBIN_HH
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2 | #define PUPPIALGOBIN_HH
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3 |
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4 | #include <iostream>
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5 | #include <vector>
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6 | #include <cmath>
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7 |
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8 | //...................... class to identify the puppi Algorithm parameters to be used
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9 | class puppiAlgoBin {
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10 |
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11 | public :
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12 |
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13 | puppiAlgoBin(){
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14 |
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15 | fEtaMin_ = 0.;
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16 | fEtaMax_ = 0.;
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17 | fPtMin_ = 0.;
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18 | fConeSize_ = 0.;
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19 | fRMSPtMin_ = 0.;
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20 | fRMSScaleFactor_ = 1.0;
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21 | fNeutralMinE_ = 0.;
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22 | fNeutralPtSlope_ = 0.;
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23 | fApplyCHS_ = true;
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24 | fUseCharged_ = false ;
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25 | fApplyLowPUCorr_ = false;
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26 | fMetricId_ = 0;
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27 | fRMS_ = 0.;
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28 | fMean_ = 0.;
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29 | fMedian_ = 0.;
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30 | };
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31 |
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32 | puppiAlgoBin(const float & etaMin, const float & etaMax, const float & ptMin, const float & coneSize, const float & RMSPtMin,
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33 | const float & RMSScaleFactor, const float & neutralMinE, const float & neutralPtSlope,
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34 | const bool & applyCHS, const bool & useCharged, const bool & applyLowPUCorr, const int & metricId):
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35 | fEtaMin_(etaMin),
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36 | fEtaMax_(etaMax),
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37 | fPtMin_(ptMin),
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38 | fConeSize_(coneSize),
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39 | fRMSPtMin_(RMSPtMin),
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40 | fRMSScaleFactor_(RMSScaleFactor),
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41 | fNeutralMinE_(neutralMinE),
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42 | fNeutralPtSlope_(neutralPtSlope),
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43 | fApplyCHS_(applyCHS),
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44 | fUseCharged_(useCharged),
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45 | fApplyLowPUCorr_(applyLowPUCorr),
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46 | fMetricId_(metricId)
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47 | {
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48 | fRMS_ = 0.;
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49 | fMean_ = 0.;
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50 | fMedian_ = 0.;
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51 |
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52 | };
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53 |
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54 | virtual ~puppiAlgoBin(){};
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55 |
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56 | bool operator == (const puppiAlgoBin & algo2) const {
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57 | if( fEtaMin_ == algo2.fEtaMin_ and
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58 | fEtaMax_ == algo2.fEtaMax_ and
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59 | fApplyCHS_ == algo2.fApplyCHS_ and
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60 | fUseCharged_ == algo2.fUseCharged_ and
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61 | fApplyLowPUCorr_ == algo2.fApplyLowPUCorr_ and
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62 | fMetricId_ == algo2.fMetricId_ and
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63 | fPtMin_ == algo2.fPtMin_ and
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64 | fConeSize_ == algo2.fConeSize_ and
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65 | fRMSPtMin_ == algo2.fRMSPtMin_ and
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66 | fRMSScaleFactor_ == algo2.fRMSScaleFactor_ and
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67 | fNeutralMinE_ == algo2.fNeutralMinE_ and
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68 | fNeutralPtSlope_ == algo2.fNeutralPtSlope_ ) return true;
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69 | else return false;
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70 | };
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71 |
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72 | void setPuppiParticles(const std::vector<puppiParticle> & puppiParticles){ // set the particles used by the current algorithm
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73 | fPuppiParticlesPU_.clear();
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74 | fPuppiParticlesPV_.clear();
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75 | fPuppiParticlesNULL_.clear();
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76 |
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77 | for(size_t iPart = 0; iPart < puppiParticles.size(); iPart++){ // loop on the puppiParticles
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78 | if(puppiParticles.at(iPart).fPval_ == -999){ // default PVal
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79 | fPuppiParticlesNULL_.push_back(puppiParticles.at(iPart));
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80 | continue ;
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81 | }
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82 |
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83 | if(puppiParticles.at(iPart).fPt_ < fRMSPtMin_){ // should be discarded in the RMS computation
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84 | fPuppiParticlesNULL_.push_back(puppiParticles.at(iPart));
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85 | continue ;
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86 | }
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87 |
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88 | if(puppiParticles.at(iPart).fPt_ < fPtMin_){ // under the chosen pt cut
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89 | fPuppiParticlesNULL_.push_back(puppiParticles.at(iPart));
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90 | continue ;
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91 | }
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92 |
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93 | // zero are neutral particle, 1 LV charged, 2PU
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94 | if(fUseCharged_ && (fabs(puppiParticles.at(iPart).fParticleId_) >=0 && fabs(puppiParticles.at(iPart).fParticleId_) <=1)) fPuppiParticlesPV_.push_back(puppiParticles.at(iPart));
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95 | if(fUseCharged_ && fabs(puppiParticles.at(iPart).fParticleId_) < 2) continue;
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96 | fPuppiParticlesPU_.push_back(puppiParticles.at(iPart));
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97 | }
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98 | };
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99 |
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100 | float fEtaMin_;
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101 | float fEtaMax_;
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102 | float fPtMin_ ;
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103 | float fConeSize_;
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104 | float fRMSPtMin_;
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105 | float fRMSScaleFactor_;
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106 | float fNeutralMinE_;
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107 | float fNeutralPtSlope_;
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108 |
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109 | bool fApplyCHS_;
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110 | bool fUseCharged_;
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111 | bool fApplyLowPUCorr_;
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112 |
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113 | int fMetricId_;
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114 |
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115 | float fRMS_;
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116 | float fMean_;
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117 | float fMedian_;
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118 |
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119 | std::vector<puppiParticle> fPuppiParticlesPU_;
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120 | std::vector<puppiParticle> fPuppiParticlesPV_;
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121 | std::vector<puppiParticle> fPuppiParticlesNULL_;
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122 |
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123 | };
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124 |
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125 | #endif
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