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PFOClusterMomentPlots.cxx
Go to the documentation of this file.
1/*
2 Copyright (C) 2002-2024 CERN for the benefit of the ATLAS collaboration
3*/
4
5#include "PFOHistUtils/PFOClusterMomentPlots.h"
6
7namespace PFO {
8
9 PFOClusterMomentPlots::PFOClusterMomentPlots(PlotBase* pParent, const std::string & sDir, const std::string & sFEContainerName) : PlotBase(pParent, sDir), m_sFEContainerName(sFEContainerName){
10
11
12 }
13
14 void PFOClusterMomentPlots::initializePlots(){
15
16 // FlowElement
17 if(!m_sFEContainerName.empty()){
18 m_FE_SECOND_R = Book1D("_SECOND_R",m_sFEContainerName + "_SECOND_R",60,-1.0,50.0);
19 m_FE_CENTER_LAMBDA = Book1D("_CENTER_LAMBDA",m_sFEContainerName + "_CENTER_LAMBDA",60,-50.0,3000.0);
20 m_FE_ISOLATION = Book1D("_ISOLATION",m_sFEContainerName + "_ISOLATION",60,-1.0,2.0);
21 m_FE_ENG_BAD_CELLS = Book1D("_ENG_BAD_CELLS",m_sFEContainerName + "_ENG_BAD_CELLS",60,-1.0,5);
22 m_FE_N_BAD_CELLS = Book1D("_N_BAD_CELLS",m_sFEContainerName + "_N_BAD_CELLS",30,-1.0,2.0);
23 m_FE_BADLARQ_FRAC = Book1D("_BADLARQ_FRAC",m_sFEContainerName + "_BADLARQ_FRAC",25,-1.0,1.5);
24 m_FE_ENG_POS = Book1D("_ENG_POS",m_sFEContainerName + "_ENG_POS",60,-100.0,10000.0);
25 m_FE_AVG_LAR_Q = Book1D("_AVG_LAR_Q",m_sFEContainerName + "_AVG_LAR_Q",31,-1000.0,30000.0);
26 m_FE_AVG_TILE_Q = Book1D("_AVG_TILE_Q",m_sFEContainerName + "_AVG_TILE_Q",21,-10.0,200.0);
27 m_FE_EM_PROBABILITY = Book1D("_EM_PROBABILITY",m_sFEContainerName + "_EM_PROBABILITY",21,-1.0,1.0);
28 m_FE_SECOND_LAMBDA = Book1D("_SECOND_LAMBDA",m_sFEContainerName + "_SECOND_LAMBDA",60,-1.0,3000.0);
29
30 m_FE_SECOND_R_etaBinA = Book1D("_SECOND_R_A",m_sFEContainerName + "_SECOND_R (|eta| < 1.5)",60,-1.0,50.0);
31 m_FE_CENTER_LAMBDA_etaBinA = Book1D("_CENTER_LAMBDA_A",m_sFEContainerName + "_CENTER_LAMBDA (|eta| < 1.5)",60,-50.0,3000.0);
32 m_FE_ISOLATION_etaBinA = Book1D("_ISOLATION_A",m_sFEContainerName + "_ISOLATION (|eta| < 1.5)",60,-1.0,2.0);
33 m_FE_ENG_BAD_CELLS_etaBinA = Book1D("_ENG_BAD_CELLS_A",m_sFEContainerName + "_ENG_BAD_CELLS (|eta| < 1.5)",60,-1.0,5);
34 m_FE_N_BAD_CELLS_etaBinA = Book1D("_N_BAD_CELLS_A",m_sFEContainerName + "_N_BAD_CELLS (|eta| < 1.5)",30,-1.0,2.0);
35 m_FE_BADLARQ_FRAC_etaBinA = Book1D("_BADLARQ_FRAC_A",m_sFEContainerName + "_BADLARQ_FRAC (|eta| < 1.5)",25,-1.0,1.5);
36 m_FE_ENG_POS_etaBinA = Book1D("_ENG_POS_A",m_sFEContainerName + "_ENG_POS (|eta| < 1.5)",60,-100.0,10000.0);
37 m_FE_AVG_LAR_Q_etaBinA = Book1D("_AVG_LAR_Q_A",m_sFEContainerName + "_AVG_LAR_Q (|eta| < 1.5)",31,-1000.0,30000.0);
38 m_FE_AVG_TILE_Q_etaBinA = Book1D("_AVG_TILE_Q_A",m_sFEContainerName + "_AVG_TILE_Q (|eta| < 1.5)",21,-10.0,200.0);
39 m_FE_EM_PROBABILITY_etaBinA = Book1D("_EM_PROBABILITY_A",m_sFEContainerName + "_EM_PROBABILITY (|eta| < 1.5)",21,-1.0,1.0);
40 m_FE_SECOND_LAMBDA_etaBinA = Book1D("_SECOND_LAMBDA_A",m_sFEContainerName + "_SECOND_LAMBDA (|eta| < 1.5)",60,-1.0,3000.0);
41
42 m_FE_SECOND_R_etaBinB = Book1D("_SECOND_R_B",m_sFEContainerName + "_SECOND_R (1.5 <= |eta| < 2.5)",60,-1.0,50.0);
43 m_FE_CENTER_LAMBDA_etaBinB = Book1D("_CENTER_LAMBDA_B",m_sFEContainerName + "_CENTER_LAMBDA (1.5 <= |eta| < 2.5)",60,-50.0,3000.0);
44 m_FE_ISOLATION_etaBinB = Book1D("_ISOLATION_B",m_sFEContainerName + "_ISOLATION (1.5 <= |eta| < 2.5)",60,-1.0,2.0);
45 m_FE_ENG_BAD_CELLS_etaBinB = Book1D("_ENG_BAD_CELLS_B",m_sFEContainerName + "_ENG_BAD_CELLS (1.5 <= |eta| < 2.5)",60,-1.0,5);
46 m_FE_N_BAD_CELLS_etaBinB = Book1D("_N_BAD_CELLS_B",m_sFEContainerName + "_N_BAD_CELLS (1.5 <= |eta| < 2.5)",30,-1.0,2.0);
47 m_FE_BADLARQ_FRAC_etaBinB = Book1D("_BADLARQ_FRAC_B",m_sFEContainerName + "_BADLARQ_FRAC (1.5 <= |eta| < 2.5)",25,-1.0,1.5);
48 m_FE_ENG_POS_etaBinB = Book1D("_ENG_POS_B",m_sFEContainerName + "_ENG_POS (1.5 <= |eta| < 2.5)",60,-100.0,10000.0);
49 m_FE_AVG_LAR_Q_etaBinB = Book1D("_AVG_LAR_Q_B",m_sFEContainerName + "_AVG_LAR_Q (1.5 <= |eta| < 2.5)",31,-1000.0,30000.0);
50 m_FE_AVG_TILE_Q_etaBinB = Book1D("_AVG_TILE_Q_B",m_sFEContainerName + "_AVG_TILE_Q (1.5 <= |eta| < 2.5)",21,-10.0,200.0);
51 m_FE_EM_PROBABILITY_etaBinB = Book1D("_EM_PROBABILITY_B",m_sFEContainerName + "_EM_PROBABILITY (1.5 <= |eta| < 2.5)",21,-1.0,1.0);
52 m_FE_SECOND_LAMBDA_etaBinB = Book1D("_SECOND_LAMBDA_B",m_sFEContainerName + "_SECOND_LAMBDA (1.5 <= |eta| < 2.5)",60,-1.0,3000.0);
53
54 m_FE_SECOND_R_etaBinC = Book1D("_SECOND_R_C",m_sFEContainerName + "_SECOND_R (2.5 <= |eta| < 3.2)",60,-1.0,50.0);
55 m_FE_CENTER_LAMBDA_etaBinC = Book1D("_CENTER_LAMBDA_C",m_sFEContainerName + "_CENTER_LAMBDA (2.5 <= |eta| < 3.2)",60,-50.0,3000.0);
56 m_FE_ISOLATION_etaBinC = Book1D("_ISOLATION_C",m_sFEContainerName + "_ISOLATION (2.5 <= |eta| < 3.2)",60,-1.0,2.0);
57 m_FE_ENG_BAD_CELLS_etaBinC = Book1D("_ENG_BAD_CELLS_C",m_sFEContainerName + "_ENG_BAD_CELLS (2.5 <= |eta| < 3.2)",60,-1.0,5);
58 m_FE_N_BAD_CELLS_etaBinC = Book1D("_N_BAD_CELLS_C",m_sFEContainerName + "_N_BAD_CELLS (2.5 <= |eta| < 3.2)",30,-1.0,2.0);
59 m_FE_BADLARQ_FRAC_etaBinC = Book1D("_BADLARQ_FRAC_C",m_sFEContainerName + "_BADLARQ_FRAC (2.5 <= |eta| < 3.2)",25,-1.0,1.5);
60 m_FE_ENG_POS_etaBinC = Book1D("_ENG_POS_C",m_sFEContainerName + "_ENG_POS (2.5 <= |eta| < 3.2)",60,-100.0,10000.0);
61 m_FE_AVG_LAR_Q_etaBinC = Book1D("_AVG_LAR_Q_C",m_sFEContainerName + "_AVG_LAR_Q (2.5 <= |eta| < 3.2)",31,-1000.0,30000.0);
62 m_FE_AVG_TILE_Q_etaBinC = Book1D("_AVG_TILE_Q_C",m_sFEContainerName + "_AVG_TILE_Q (2.5 <= |eta| < 3.2)",21,-10.0,200.0);
63 m_FE_EM_PROBABILITY_etaBinC = Book1D("_EM_PROBABILITY_C",m_sFEContainerName + "_EM_PROBABILITY (2.5 <= |eta| < 3.2)",21,-1.0,1.0);
64 m_FE_SECOND_LAMBDA_etaBinC = Book1D("_SECOND_LAMBDA_C",m_sFEContainerName + "_SECOND_LAMBDA (2.5 <= |eta| < 3.2)",60,-1.0,3000.0);
65
66 m_FE_SECOND_R_etaBinD = Book1D("_SECOND_R_D",m_sFEContainerName + "_SECOND_R (|eta| >= 3.2)",60,-1.0,50.0);
67 m_FE_CENTER_LAMBDA_etaBinD = Book1D("_CENTER_LAMBDA_D",m_sFEContainerName + "_CENTER_LAMBDA (|eta| >= 3.2)",60,-50.0,3000.0);
68 m_FE_ISOLATION_etaBinD = Book1D("_ISOLATION_D",m_sFEContainerName + "_ISOLATION (|eta| >= 3.2)",60,-1.0,2.0);
69 m_FE_ENG_BAD_CELLS_etaBinD = Book1D("_ENG_BAD_CELLS_D",m_sFEContainerName + "_ENG_BAD_CELLS (|eta| >= 3.2)",60,-1.0,5);
70 m_FE_N_BAD_CELLS_etaBinD = Book1D("_N_BAD_CELLS_D",m_sFEContainerName + "_N_BAD_CELLS (|eta| >= 3.2)",30,-1.0,2.0);
71 m_FE_BADLARQ_FRAC_etaBinD = Book1D("_BADLARQ_FRAC_D",m_sFEContainerName + "_BADLARQ_FRAC (|eta| >= 3.2)",25,-1.0,1.5);
72 m_FE_ENG_POS_etaBinD = Book1D("_ENG_POS_D",m_sFEContainerName + "_ENG_POS (|eta| >= 3.2)",60,-100.0,10000.0);
73 m_FE_AVG_LAR_Q_etaBinD = Book1D("_AVG_LAR_Q_D",m_sFEContainerName + "_AVG_LAR_Q (|eta| >= 3.2)",31,-1000.0,30000.0);
74 m_FE_AVG_TILE_Q_etaBinD = Book1D("_AVG_TILE_Q_D",m_sFEContainerName + "_AVG_TILE_Q (|eta| >= 3.2)",21,-10.0,200.0);
75 m_FE_EM_PROBABILITY_etaBinD = Book1D("_EM_PROBABILITY_D",m_sFEContainerName + "_EM_PROBABILITY (|eta| >= 3.2)",21,-1.0,1.0);
76 m_FE_SECOND_LAMBDA_etaBinD = Book1D("_SECOND_LAMBDA_D",m_sFEContainerName + "_SECOND_LAMBDA (|eta| >= 3.2)",60,-1.0,3000.0);
77 }
78 }
79
80
81 void PFOClusterMomentPlots::fill(const xAOD::FlowElement& FE, const xAOD::EventInfo& eventInfo){
82 float moment_SECOND_R = -1.0;
83 float moment_CENTER_LAMBDA = -1.0;
84 float moment_ISOLATION = -1.0;
85 float moment_ENG_BAD_CELLS=-1.0;
86 float moment_N_BAD_CELLS = -1.0;
87 float moment_BADLARQ_FRAC = -1.0;
88 float moment_ENG_POS = -1.0;
89 float moment_AVG_LAR_Q = -1.0;
90 float moment_AVG_TILE_Q = -1.0;
91 float moment_EM_PROBABILITY = -1.0;
92 float moment_SECOND_LAMBDA = -1.0;
93
94 //as opposed to PFO which uses specific functions to grab the cluster moments, the auxdata is used
95 static const SG::AuxElement::ConstAccessor<float>acc_FE_moment_SECOND_R("SECOND_R");
96 static const SG::AuxElement::ConstAccessor<float>acc_FE_moment_CENTER_LAMBDA("CENTER_LAMBDA");
97 static const SG::AuxElement::ConstAccessor<float>acc_FE_moment_ISOLATION("ISOLATION");
98 static const SG::AuxElement::ConstAccessor<float>acc_FE_moment_ENG_BAD_CELLS("ENG_BAD_CELLS");
99 static const SG::AuxElement::ConstAccessor<float>acc_FE_moment_N_BAD_CELLS("N_BAD_CELLS");
100 static const SG::AuxElement::ConstAccessor<float>acc_FE_moment_BADLARQ_FRAC("BADLARQ_FRAC");
101 static const SG::AuxElement::ConstAccessor<float>acc_FE_moment_ENG_POS("ENG_POS");
102 static const SG::AuxElement::ConstAccessor<float>acc_FE_moment_AVG_LAR_Q("AVG_LAR_Q");
103 static const SG::AuxElement::ConstAccessor<float>acc_FE_moment_AVG_TILE_Q("AVG_TILE_Q");
104 static const SG::AuxElement::ConstAccessor<float>acc_FE_moment_EM_PROBABILITY("EM_PROBABILITY");
105 static const SG::AuxElement::ConstAccessor<float>acc_FE_moment_SECOND_LAMBDA("SECOND_LAMBDA");
106
107 //use accessors to retrieve the auxvars
108 if(acc_FE_moment_SECOND_R.isAvailable(FE))
109 moment_SECOND_R=acc_FE_moment_SECOND_R(FE);
110
111 if(acc_FE_moment_CENTER_LAMBDA.isAvailable(FE))
112 moment_CENTER_LAMBDA=acc_FE_moment_CENTER_LAMBDA(FE);
113
114 if(acc_FE_moment_ISOLATION.isAvailable(FE))
115 moment_ISOLATION=acc_FE_moment_ISOLATION(FE);
116
117 if(acc_FE_moment_ENG_BAD_CELLS.isAvailable(FE))
118 moment_ENG_BAD_CELLS=acc_FE_moment_ENG_BAD_CELLS(FE);
119
120 if(acc_FE_moment_N_BAD_CELLS.isAvailable(FE))
121 moment_N_BAD_CELLS=acc_FE_moment_N_BAD_CELLS(FE);
122
123 if(acc_FE_moment_BADLARQ_FRAC.isAvailable(FE))
124 moment_BADLARQ_FRAC=acc_FE_moment_BADLARQ_FRAC(FE);
125
126 if(acc_FE_moment_ENG_POS.isAvailable(FE))
127 moment_ENG_POS=acc_FE_moment_ENG_POS(FE);
128
129 if(acc_FE_moment_AVG_LAR_Q.isAvailable(FE))
130 moment_AVG_LAR_Q=acc_FE_moment_AVG_LAR_Q(FE);
131
132 if(acc_FE_moment_AVG_TILE_Q.isAvailable(FE))
133 moment_AVG_TILE_Q=acc_FE_moment_AVG_TILE_Q(FE);
134
135 if(acc_FE_moment_EM_PROBABILITY.isAvailable(FE))
136 moment_EM_PROBABILITY=acc_FE_moment_EM_PROBABILITY(FE);
137
138 if(acc_FE_moment_SECOND_LAMBDA.isAvailable(FE))
139 moment_SECOND_LAMBDA=acc_FE_moment_SECOND_LAMBDA(FE);
140
141 float FE_eta=FE.eta();
142 m_FE_SECOND_R->Fill(moment_SECOND_R,eventInfo.beamSpotWeight());
143 m_FE_CENTER_LAMBDA->Fill(moment_CENTER_LAMBDA,eventInfo.beamSpotWeight());
144 m_FE_ISOLATION->Fill(moment_ISOLATION,eventInfo.beamSpotWeight());
145 m_FE_ENG_BAD_CELLS->Fill(moment_ENG_BAD_CELLS,eventInfo.beamSpotWeight());
146 m_FE_N_BAD_CELLS->Fill(moment_N_BAD_CELLS,eventInfo.beamSpotWeight());
147 m_FE_BADLARQ_FRAC->Fill(moment_BADLARQ_FRAC,eventInfo.beamSpotWeight());
148 m_FE_ENG_POS->Fill(moment_ENG_POS,eventInfo.beamSpotWeight());
149 m_FE_AVG_LAR_Q->Fill(moment_AVG_LAR_Q,eventInfo.beamSpotWeight());
150 m_FE_AVG_TILE_Q->Fill(moment_AVG_TILE_Q,eventInfo.beamSpotWeight());
151 m_FE_EM_PROBABILITY->Fill(moment_EM_PROBABILITY,eventInfo.beamSpotWeight());
152 m_FE_SECOND_LAMBDA->Fill(moment_SECOND_LAMBDA,eventInfo.beamSpotWeight());
153
154 if (fabs(FE_eta) < 1.5){
155 m_FE_SECOND_R_etaBinA->Fill(moment_SECOND_R,eventInfo.beamSpotWeight());
156 m_FE_CENTER_LAMBDA_etaBinA->Fill(moment_CENTER_LAMBDA,eventInfo.beamSpotWeight());
157 m_FE_ISOLATION_etaBinA->Fill(moment_ISOLATION,eventInfo.beamSpotWeight());
158 m_FE_ENG_BAD_CELLS_etaBinA->Fill(moment_ENG_BAD_CELLS,eventInfo.beamSpotWeight());
159 m_FE_N_BAD_CELLS_etaBinA->Fill(moment_N_BAD_CELLS,eventInfo.beamSpotWeight());
160 m_FE_BADLARQ_FRAC_etaBinA->Fill(moment_BADLARQ_FRAC,eventInfo.beamSpotWeight());
161 m_FE_ENG_POS_etaBinA->Fill(moment_ENG_POS,eventInfo.beamSpotWeight());
162 m_FE_AVG_LAR_Q_etaBinA->Fill(moment_AVG_LAR_Q,eventInfo.beamSpotWeight());
163 m_FE_AVG_TILE_Q_etaBinA->Fill(moment_AVG_TILE_Q,eventInfo.beamSpotWeight());
164 m_FE_EM_PROBABILITY_etaBinA->Fill(moment_EM_PROBABILITY,eventInfo.beamSpotWeight());
165 m_FE_SECOND_LAMBDA_etaBinA->Fill(moment_SECOND_LAMBDA,eventInfo.beamSpotWeight());
166 }//|eta| < 1.5
167 else if (fabs(FE_eta) < 2.5){
168 m_FE_SECOND_R_etaBinB->Fill(moment_SECOND_R,eventInfo.beamSpotWeight());
169 m_FE_CENTER_LAMBDA_etaBinB->Fill(moment_CENTER_LAMBDA,eventInfo.beamSpotWeight());
170 m_FE_ISOLATION_etaBinB->Fill(moment_ISOLATION,eventInfo.beamSpotWeight());
171 m_FE_ENG_BAD_CELLS_etaBinB->Fill(moment_ENG_BAD_CELLS,eventInfo.beamSpotWeight());
172 m_FE_N_BAD_CELLS_etaBinB->Fill(moment_N_BAD_CELLS,eventInfo.beamSpotWeight());
173 m_FE_BADLARQ_FRAC_etaBinB->Fill(moment_BADLARQ_FRAC,eventInfo.beamSpotWeight());
174 m_FE_ENG_POS_etaBinB->Fill(moment_ENG_POS,eventInfo.beamSpotWeight());
175 m_FE_AVG_LAR_Q_etaBinB->Fill(moment_AVG_LAR_Q,eventInfo.beamSpotWeight());
176 m_FE_AVG_TILE_Q_etaBinB->Fill(moment_AVG_TILE_Q,eventInfo.beamSpotWeight());
177 m_FE_EM_PROBABILITY_etaBinB->Fill(moment_EM_PROBABILITY,eventInfo.beamSpotWeight());
178 m_FE_SECOND_LAMBDA_etaBinB->Fill(moment_SECOND_LAMBDA,eventInfo.beamSpotWeight());
179 }
180 else if (fabs(FE_eta) < 3.2){
181 m_FE_SECOND_R_etaBinC->Fill(moment_SECOND_R,eventInfo.beamSpotWeight());
182 m_FE_CENTER_LAMBDA_etaBinC->Fill(moment_CENTER_LAMBDA,eventInfo.beamSpotWeight());
183 m_FE_ISOLATION_etaBinC->Fill(moment_ISOLATION,eventInfo.beamSpotWeight());
184 m_FE_ENG_BAD_CELLS_etaBinC->Fill(moment_ENG_BAD_CELLS,eventInfo.beamSpotWeight());
185 m_FE_N_BAD_CELLS_etaBinC->Fill(moment_N_BAD_CELLS,eventInfo.beamSpotWeight());
186 m_FE_BADLARQ_FRAC_etaBinC->Fill(moment_BADLARQ_FRAC,eventInfo.beamSpotWeight());
187 m_FE_ENG_POS_etaBinC->Fill(moment_ENG_POS,eventInfo.beamSpotWeight());
188 m_FE_AVG_LAR_Q_etaBinC->Fill(moment_AVG_LAR_Q,eventInfo.beamSpotWeight());
189 m_FE_AVG_TILE_Q_etaBinC->Fill(moment_AVG_TILE_Q,eventInfo.beamSpotWeight());
190 m_FE_EM_PROBABILITY_etaBinC->Fill(moment_EM_PROBABILITY,eventInfo.beamSpotWeight());
191 m_FE_SECOND_LAMBDA_etaBinC->Fill(moment_SECOND_LAMBDA,eventInfo.beamSpotWeight());
192 }
193 else{
194 m_FE_SECOND_R_etaBinD->Fill(moment_SECOND_R,eventInfo.beamSpotWeight());
195 m_FE_CENTER_LAMBDA_etaBinD->Fill(moment_CENTER_LAMBDA,eventInfo.beamSpotWeight());
196 m_FE_ISOLATION_etaBinD->Fill(moment_ISOLATION,eventInfo.beamSpotWeight());
197 m_FE_ENG_BAD_CELLS_etaBinD->Fill(moment_ENG_BAD_CELLS,eventInfo.beamSpotWeight());
198 m_FE_N_BAD_CELLS_etaBinD->Fill(moment_N_BAD_CELLS,eventInfo.beamSpotWeight());
199 m_FE_BADLARQ_FRAC_etaBinD->Fill(moment_BADLARQ_FRAC,eventInfo.beamSpotWeight());
200 m_FE_ENG_POS_etaBinD->Fill(moment_ENG_POS,eventInfo.beamSpotWeight());
201 m_FE_AVG_LAR_Q_etaBinD->Fill(moment_AVG_LAR_Q,eventInfo.beamSpotWeight());
202 m_FE_AVG_TILE_Q_etaBinD->Fill(moment_AVG_TILE_Q,eventInfo.beamSpotWeight());
203 m_FE_EM_PROBABILITY_etaBinD->Fill(moment_EM_PROBABILITY,eventInfo.beamSpotWeight());
204 m_FE_SECOND_LAMBDA_etaBinD->Fill(moment_SECOND_LAMBDA,eventInfo.beamSpotWeight());
205 }
206
207
208 }
209}
PFO::PFOClusterMomentPlots::m_FE_SECOND_R
TH1 * m_FE_SECOND_R
Histograms inclusive in eta.
Definition PFOClusterMomentPlots.h:25
PFO::PFOClusterMomentPlots::PFOClusterMomentPlots
PFOClusterMomentPlots(PlotBase *pParent, const std::string &sDir, const std::string &sFEContainerName)
Definition PFOClusterMomentPlots.cxx:9
PFO::PFOClusterMomentPlots::m_FE_SECOND_R_etaBinA
TH1 * m_FE_SECOND_R_etaBinA
Same histograms binned in eta regions.
Definition PFOClusterMomentPlots.h:38
PFO::PFOClusterMomentPlots::fill
void fill(const xAOD::FlowElement &FE, const xAOD::EventInfo &eventInfo)
Definition PFOClusterMomentPlots.cxx:81
PlotBase::Book1D
TH1D * Book1D(const std::string &name, const std::string &labels, int nBins, float start, float end, bool prependDir=true)
Book a TH1D histogram.
Definition PlotBase.cxx:94
PlotBase::PlotBase
PlotBase(PlotBase *parent, const std::string &sDir)
Definition PlotBase.cxx:29
SG::AuxElement::ConstAccessor
SG::ConstAccessor< T, ALLOC > ConstAccessor
Definition AuxElement.h:569
SG::ConstAccessor::isAvailable
bool isAvailable(const ELT &e) const
Test to see if this variable exists in the store.
xAOD::EventInfo_v1::beamSpotWeight
float beamSpotWeight() const
Weight for beam spot size reweighting.
Definition EventInfo_v1.cxx:970
xAOD::FlowElement_v1::eta
virtual double eta() const override
The pseudorapidity ( ) of the particle.
xAOD::EventInfo
EventInfo_v1 EventInfo
Definition of the latest event info version.
Definition IEventInfoCnvTool.h:18
xAOD::FlowElement
FlowElement_v1 FlowElement
Definition of the current "pfo version".
Definition FlowElement.h:16
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