ATLAS Offline Software
MMHitsTestTool.cxx
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1 /*
2  Copyright (C) 2002-2023 CERN for the benefit of the ATLAS collaboration
3 */
4 
5 #include "MMHitsTestTool.h"
6 
7 #include "Identifier/Identifier.h"
8 
9 #include "GeoAdaptors/GeoMuonHits.h"
10 
11 #include "MuonReadoutGeometry/MuonDetectorManager.h"
12 #include "MuonReadoutGeometry/MMReadoutElement.h"
13 
14 #include "MuonSimEvent/MicromegasHitIdHelper.h"
15 
16 #include "MuonSimEvent/MMSimHitCollection.h"
17 #include "MuonSimEvent/MMSimHit.h"
18 
19 #include "GeneratorObjects/McEventCollection.h"
20 #include "CLHEP/Vector/LorentzVector.h"
21 
22 #include "GaudiKernel/NTuple.h"
23 #include "GaudiKernel/SmartDataPtr.h"
24 #include "GaudiKernel/IDataProviderSvc.h"
25 #include "GaudiKernel/ITHistSvc.h"
26 #include "GaudiKernel/INTupleSvc.h"
27 
28 #include "TH2D.h"
29 #include "TTree.h"
30 #include "TROOT.h"
31 #include "TFile.h"
32 #include "TF1.h"
33 #include "TH1F.h"
34 
35 using namespace MuonGM;
36 using namespace std;
37 
38 
39 StatusCode MMHitsTestTool::processEvent() {
40  CHECK(executeCheckEventInfo());
41 
42  if (m_DoMMTest) {
43  const MMSimHitCollection* p_collection = nullptr;
44  CHECK(evtStore()->retrieve(p_collection,"MM_Hits"));
45  for (const MMSimHit& hit : *p_collection) {
46  Amg::Vector3D u = (hit).globalPosition();
47  CHECK(executeFillHistos(u));
48  //Useful link on how to retrieve variables: http://acode-browser.usatlas.bnl.gov/lxr/source/atlas/MuonSpectrometer/MuonValidation/MuonPRDTest/src/MMSimHitVariables.cxx
49  //Get station names and make plots for each wedge
50  const MicromegasHitIdHelper* hitHelper = MicromegasHitIdHelper::GetHelper();
51  int simId = (hit).MMId();
52  std::string sim_stationName = hitHelper->GetStationName(simId);
53  //Declare station name strings
54  static const std::string s_m1s1("M1S1");
55  static const std::string s_m2s1("M2S1");
56  static const std::string s_m1l1("M1L1");
57  static const std::string s_m2l1("M2L1");
58  static const std::string s_m1s2("M1S2");
59  static const std::string s_m2s2("M2S2");
60  static const std::string s_m1l2("M1L2");
61  static const std::string s_m2l2("M2L2");
62 
63  //----------------------------------Wedge 1 Histos begin-------------------------------------------------------------------------
64  //M1S1 (Note: M1->Module 1, S1->Small sector, wedge 1)
65  if (sim_stationName==s_m1s1 && u.z()>0){
66  m_MMTransverseEta1SmallWedge1->Fill(u.x(),u.y());
67  }
68 
69  //M2S1 (Note: M2->Module 2, S1->Small sector, wedge 1)
70  if (sim_stationName==s_m2s1 && u.z()>0){
71  m_MMTransverseEta2SmallWedge1->Fill(u.x(),u.y());
72  }
73 
74  //M1L1 (Note: M1->Module 1, S1->Large sector, wedge 1)
75  if (sim_stationName==s_m1l1 && u.z()>0){
76  m_MMTransverseEta1LargeWedge1->Fill(u.x(),u.y());
77  }
78 
79  //M2L1 (Note: M2->Module 2, S1->Large sector, wedge 1.)
80  if (sim_stationName==s_m2l1 && u.z()>0){
81  m_MMTransverseEta2LargeWedge1->Fill(u.x(),u.y());
82  }
83 
84  //Plots of transverse and rZ view for wedge 1 in either +ve Z or -ve Z and done separately for large and small sectors
85  double rwedge1 = sqrt(u.x()*u.x()+u.y()*u.y()); //Evaluate r
86 
87  //Small sectors at +ve Z
88  if ((sim_stationName==s_m1s1 || sim_stationName==s_m2s1) && u.z() > 0){
89  m_MM_SmallWedge1_TransverseView_positiveZ->Fill(u.x(),u.y());
90  m_MM_SmallWedge1_rZview_positiveZ->Fill(u.z(), rwedge1);
91  m_MM_rPlot_S1_posZ->Fill(rwedge1);
92  }
93 
94  //Small sectors at -ve Z
95  if ((sim_stationName==s_m1s1 || sim_stationName==s_m2s1) && u.z() < 0){
96  m_MM_SmallWedge1_TransverseView_negativeZ->Fill(u.x(),u.y());
97  m_MM_SmallWedge1_rZview_negativeZ->Fill(u.z(), rwedge1);
98  }
99 
100  //Large sectors at +ve Z
101  if ((sim_stationName==s_m1l1 || sim_stationName==s_m2l1) && u.z() > 0){
102  m_MM_LargeWedge1_TransverseView_positiveZ->Fill(u.x(),u.y());
103  m_MM_LargeWedge1_rZview_positiveZ->Fill(u.z(), rwedge1);
104  m_MM_rPlot_L1_posZ->Fill(rwedge1);
105  }
106 
107  //Large sectors at -ve Z
108  if ((sim_stationName==s_m1l1 || sim_stationName==s_m2l1) && u.z() < 0){
109  m_MM_LargeWedge1_TransverseView_negativeZ->Fill(u.x(),u.y());
110  m_MM_LargeWedge1_rZview_negativeZ->Fill(u.z(), rwedge1);
111  }
112  //----------------------------------Wedge 1 Histos end-------------------------------------------------------------------------
113 
114  //----------------------------------Wedge 2 Histos begin---------------------------------------------------------------------
115  //M1S2 (Note: M1->Module 1, S2->Small sector, wedge 2)
116  if (sim_stationName==s_m1s2 && u.z()>0){
117  m_MMTransverseEta1SmallWedge2->Fill(u.x(),u.y());
118  }
119 
120  //M2S2 (Note: M1->Module 2, S2->Small sector, wedge 2)
121  if (sim_stationName==s_m2s2 && u.z()>0){
122  m_MMTransverseEta2SmallWedge2->Fill(u.x(),u.y());
123  }
124 
125  //M1L2 (Note: M1->Module 1, L2->Large sector, wedge 2)
126  if (sim_stationName==s_m1l2 && u.z()>0){
127  m_MMTransverseEta1LargeWedge2->Fill(u.x(),u.y());
128  }
129 
130  //M2L2 (Note: M2->Module 2, L2->Large sector, wedge 2)
131  if (sim_stationName==s_m2l2 && u.z()>0){
132  m_MMTransverseEta2LargeWedge2->Fill(u.x(),u.y());
133  }
134 
135  //Plots of transverse and rZ view for wedge 1 in either +ve Z or -ve Z and done separately for large and small sectors
136  double rwedge2 = sqrt(u.x()*u.x()+u.y()*u.y()); //Evaluate r
137 
138  //Small sectors at +ve Z
139  if ((sim_stationName==s_m1s2 || sim_stationName==s_m2s2) && u.z() > 0){
140  m_MM_SmallWedge2_TransverseView_positiveZ->Fill(u.x(),u.y());
141  m_MM_SmallWedge2_rZview_positiveZ->Fill(u.z(), rwedge2);
142  m_MM_rPlot_S2_posZ->Fill(rwedge2);
143  }
144 
145  //Small sectors at -ve Z
146  if ((sim_stationName==s_m1s2 || sim_stationName==s_m2s2) && u.z() < 0){
147  m_MM_SmallWedge2_TransverseView_negativeZ->Fill(u.x(),u.y());
148  m_MM_SmallWedge2_rZview_negativeZ->Fill(u.z(), rwedge2);
149  }
150 
151  //Large sectors at +ve Z
152  if ((sim_stationName==s_m1l2 || sim_stationName==s_m2l2) && u.z() > 0){
153  m_MM_LargeWedge2_TransverseView_positiveZ->Fill(u.x(),u.y());
154  m_MM_LargeWedge2_rZview_positiveZ->Fill(u.z(), rwedge2);
155  m_MM_rPlot_L2_posZ->Fill(rwedge2);
156  }
157 
158  //Large sectors at -ve Z
159  if ((sim_stationName==s_m1l2 || sim_stationName==s_m2l2) && u.z() < 0){
160  m_MM_LargeWedge2_TransverseView_negativeZ->Fill(u.x(),u.y());
161  m_MM_LargeWedge2_rZview_negativeZ->Fill(u.z(), rwedge2);
162  }
163  //-----------------------------------------------Wedge 2 Histos end-----------------------------------------------------------
164 
165 
166  // GeoMMHit ghit(hit);
167  // if (!ghit) continue;
168  // Amg::Vector3D u = ghit.getGlobalPosition();
169  // CHECK(executeFillHistos(u));
170  }
171  }
172 
173  return StatusCode::SUCCESS;
174 }
175 
176 
177 StatusCode MMHitsTestTool::initialize() {
178  CHECK(MuonHitTestToolBase::initialize());
179 
180  //-------------------------------Wedge 1 begin-------------------------------------------------------------------------------
181  _TH1D(m_MM_rPlot_S1_posZ,"MM_rPlot_S1_posZ",10000,0.,14000.);
182  _TH1D(m_MM_rPlot_L1_posZ,"MM_rPlot_L1_posZ",5000,0.,5000.);
183 
184  _TH2D(m_MM_SmallWedge1_rZview_positiveZ,"MM_rZView_S1_posZ",1000,7000.,8000.,5000,0.,5000.);
185  _TH2D(m_MM_SmallWedge1_rZview_negativeZ,"MM_rZView_S1_negZ",1000,-8000.,-7000.,5000,0.,5000.);
186  _TH2D(m_MM_LargeWedge1_rZview_positiveZ,"MM_rZView_L1_posZ",1000,7000.,8000.,5000,0.,5000.);
187  _TH2D(m_MM_LargeWedge1_rZview_negativeZ,"MM_rZView_L1_negZ",1000,-8000.,-7000.,5000,0.,5000.);
188 
189  _TH2D(m_MMTransverseEta1SmallWedge1,"MM_TransverseView_M1S1_posZ",1200,-6000.,6000.,1200,-6000.,6000.);
190  _TH2D(m_MMTransverseEta2SmallWedge1,"MM_TransverseView_M2S1_posZ",1200,-6000.,6000.,1200,-6000.,6000.);
191  _TH2D(m_MMTransverseEta1LargeWedge1,"MM_TransverseView_M1L1_posZ",1200,-6000.,6000.,1200,-6000.,6000.);
192  _TH2D(m_MMTransverseEta2LargeWedge1,"MM_TransverseView_M2L1_posZ",1200,-6000.,6000.,1200,-6000.,6000.);
193 
194  _TH2D(m_MM_SmallWedge1_TransverseView_positiveZ,"MM_TransverseView_S1_posZ",1200,-6000.,6000.,1200,-6000.,6000.);
195  _TH2D(m_MM_SmallWedge1_TransverseView_negativeZ,"MM_TransverseView_S1_negZ",1200,-6000.,6000.,1200,-6000.,6000.);
196  _TH2D(m_MM_LargeWedge1_TransverseView_positiveZ,"MM_TransverseView_L1_posZ",1200,-6000.,6000.,1200,-6000.,6000.);
197  _TH2D(m_MM_LargeWedge1_TransverseView_negativeZ,"MM_TransverseView_L1_negZ",1200,-6000.,6000.,1200,-6000.,6000.);
198  //--------------------------------Wedge 1 end--------------------------------------------------------------------------------
199 
200  //--------------------------------Wedge 2 begin------------------------------------------------------------------------------
201  _TH1D(m_MM_rPlot_S2_posZ,"MM_rPlot_S2_posZ",10000,0.,14000.);
202  _TH1D(m_MM_rPlot_L2_posZ,"MM_rPlot_L2_posZ",10000,0.,14000.);
203 
204  _TH2D(m_MM_SmallWedge2_rZview_positiveZ,"MM_rZView_S2_posZ",1000,7000.,8000.,5000,0.,5000.);
205  _TH2D(m_MM_SmallWedge2_rZview_negativeZ,"MM_rZView_S2_negZ",1000,-8000.,-7000.,5000,0.,5000.);
206  _TH2D(m_MM_LargeWedge2_rZview_positiveZ,"MM_rZView_L2_posZ",1000,7000.,8000.,5000,0.,5000.);
207  _TH2D(m_MM_LargeWedge2_rZview_negativeZ,"MM_rZView_L2_negZ",1000,-8000.,-7000.,5000,0.,5000.);
208 
209  _TH2D(m_MMTransverseEta1SmallWedge2,"MM_TransverseView_M1S2_posZ",1200,-6000.,6000.,1200,-6000.,6000.);
210  _TH2D(m_MMTransverseEta2SmallWedge2,"MM_TransverseView_M2S2_posZ",1200,-6000.,6000.,1200,-6000.,6000.);
211  _TH2D(m_MMTransverseEta1LargeWedge2,"MM_TransverseView_M1L2_posZ",1200,-6000.,6000.,1200,-6000.,6000.);
212  _TH2D(m_MMTransverseEta2LargeWedge2,"MM_TransverseView_M2L2_posZ",1200,-6000.,6000.,1200,-6000.,6000.);
213 
214  _TH2D(m_MM_SmallWedge2_TransverseView_positiveZ,"MM_TransverseView_S2_posZ",1200,-6000.,6000.,1200,-6000.,6000.);
215  _TH2D(m_MM_SmallWedge2_TransverseView_negativeZ,"MM_TransverseView_S2_negZ",1200,-6000.,6000.,1200,-6000.,6000.);
216  _TH2D(m_MM_LargeWedge2_TransverseView_positiveZ,"MM_TransverseView_L2_posZ",1200,-6000.,6000.,1200,-6000.,6000.);
217  _TH2D(m_MM_LargeWedge2_TransverseView_negativeZ,"MM_TransverseView_L2_negZ",1200,-6000.,6000.,1200,-6000.,6000.);
218  //--------------------------------Wedge 2 end---------------------------------------------------------------------------------------
219 
220 
221  return StatusCode::SUCCESS;
222 }
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Definition: MMHitsTestTool.cxx:39
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