CMS 3D CMS Logo
 All Classes Namespaces Files Functions Variables Typedefs Enumerations Enumerator Properties Friends Macros Pages
CastorHIMonitor.cc
Go to the documentation of this file.
1 #include "DQM/CastorMonitor/interface/CastorHIMonitor.h"
2 #include "DQMServices/Core/interface/DQMStore.h"
3 #include "DQMServices/Core/interface/MonitorElement.h"
4 
5 //***************************************************//
6 //********** CastorHIMonitor: *******************//
7 //********** Author: Dmytro Volyanskyy ************//
8 //********** Date : 14.10.2010 (first version) ******//
9 //***************************************************//
12 
13 //==================================================================//
14 //======================= Constructor ==============================//
15 //==================================================================//
16 CastorHIMonitor::CastorHIMonitor() {
17  doPerChannel_ = true;
18  // occThresh_ = 1;
19  ievt_ = 0;
20  module = -99;
21  sector = -99;
22  energy = -99;
23  time = -99;
24  EtotalEM =-99;
25  EtotalHAD =-99;
26  EtotalCASTOR =-99;
27 
28 }
29 
30 //==================================================================//
31 //======================= Destructor ==============================//
32 //==================================================================//
33 CastorHIMonitor::~CastorHIMonitor(){
34 }
35 
36 void CastorHIMonitor::reset(){
37 }
38 
39 
40 //==========================================================//
41 //========================= setup ==========================//
42 //==========================================================//
43 
44 void CastorHIMonitor::setup(const edm::ParameterSet& ps, DQMStore* dbe){
45 
46  CastorBaseMonitor::setup(ps,dbe);
47  baseFolder_ = rootFolder_+"CastorHIMonitor/EnergyUnits";
48 
49  if(fVerbosity>0) std::cout << "CastorHIMonitor::setup (start)" << std::endl;
50 
51  if ( ps.getUntrackedParameter<bool>("RecHitsPerChannel", false) ){
52  doPerChannel_ = true;
53  }
54 
55  ievt_=0; EtotalEM =0; EtotalHAD =0; EtotalCASTOR =0;
56 
57 
59  for (int mod=0; mod<14; mod++) {
60  for (int sec=0; sec<16; sec++){
61  energyInEachChannel[mod][sec] = 0;
62  energyTotalChannel[mod][sec] = 0;
63  }
64  }
65 
67  for (int sec=0; sec<16; sec++){
68  energyHADsector[sec] = 0;
69  energySectors[sec] = 0;
70  energyTotalSector[sec] =0;
71  }
72 
73  if ( m_dbe !=NULL ) {
74  m_dbe->setCurrentFolder(baseFolder_);
75 
76 
78 
79 
83 
85  meEtotalCASTOR = m_dbe->book1D("CASTOR Absolute RecHit Energy per event","CASTOR Absolute RecHit Energy per event",400,0,2000);
86 
88  meEtotalSector = m_dbe->book1D("CASTOR Total RecHit Energy in phi-sectors per run","Total RecHit Energy in phi-sectors per run",16,0,16);
89 
91  meEtotalEM = m_dbe->book1D("CASTOR Total EM RecHit Energy per event","Total EM RecHit Energy per event",300,0,1500);
92 
94  meEtotalHAD = m_dbe->book1D("CASTOR Total HAD RecHit Energy per event","Total HAD RecHit Energy per event",300,0,1500);
95 
97  meEtotalEMvsHAD = m_dbe->book1D("CASTOR Total Energy ratio EM to HAD per event","Total Energy ratio EM to HAD per event",50,0,5);
98 
99 
101 meEsector1 = m_dbe->book1D("RecHit Energy in phi-sector1 vs z-module","RecHit Energy in phi-sector1 vs z-module",14,0,14);
102 meEsector2 = m_dbe->book1D("RecHit Energy in phi-sector2 vs z-module","RecHit Energy in phi-sector2 vs z-module",14,0,14);
103 meEsector3 = m_dbe->book1D("RecHit Energy in phi-sector3 vs z-module","RecHit Energy in phi-sector3 vs z-module",14,0,14);
104 meEsector4 = m_dbe->book1D("RecHit Energy in phi-sector4 vs z-module","RecHit Energy in phi-sector4 vs z-module",14,0,14);
105 meEsector5 = m_dbe->book1D("RecHit Energy in phi-sector5 vs z-module","RecHit Energy in phi-sector5 vs z-module",14,0,14);
106 meEsector6 = m_dbe->book1D("RecHit Energy in phi-sector6 vs z-module","RecHit Energy in phi-sector6 vs z-module",14,0,14);
107 meEsector7 = m_dbe->book1D("RecHit Energy in phi-sector7 vs z-module","RecHit Energy in phi-sector7 vs z-module",14,0,14);
108 meEsector8 = m_dbe->book1D("RecHit Energy in phi-sector8 vs z-module","RecHit Energy in phi-sector8 vs z-module",14,0,14);
109 meEsector9 = m_dbe->book1D("RecHit Energy in phi-sector9 vs z-module","RecHit Energy in phi-sector9 vs z-module",14,0,14);
110 meEsector10 = m_dbe->book1D("RecHit Energy in phi-sector10 vs z-module","RecHit Energy in phi-sector10 vs z-module",14,0,14);
111 meEsector11 = m_dbe->book1D("RecHit Energy in phi-sector11 vs z-module","RecHit Energy in phi-sector11 vs z-module",14,0,14);
112 meEsector12 = m_dbe->book1D("RecHit Energy in phi-sector12 vs z-module","RecHit Energy in phi-sector12 vs z-module",14,0,14);
113 meEsector13 = m_dbe->book1D("RecHit Energy in phi-sector13 vs z-module","RecHit Energy in phi-sector13 vs z-module",14,0,14);
114 meEsector14 = m_dbe->book1D("RecHit Energy in phi-sector14 vs z-module","RecHit Energy in phi-sector14 vs z-module",14,0,14);
115 meEsector15 = m_dbe->book1D("RecHit Energy in phi-sector15 vs z-module","RecHit Energy in phi-sector15 vs z-module",14,0,14);
116 meEsector16 = m_dbe->book1D("RecHit Energy in phi-sector16 vs z-module","RecHit Energy in phi-sector16 vs z-module",14,0,14);
117 
118 
119 
120  m_dbe->setCurrentFolder(baseFolder_+"/furtherPlots");
121 
123 meEVT_ = m_dbe->bookInt("HI Event Number");
124 
126 meEmodule1 = m_dbe->book1D("RecHit Energy in z-module1 vs phi-sector","RecHit Energy in z-module1 vs phi-sector",16,0,16);
127 meEmodule2 = m_dbe->book1D("RecHit Energy in z-module2 vs phi-sector","RecHit Energy in z-module2 vs phi-sector",16,0,16);
128 meEmodule3 = m_dbe->book1D("RecHit Energy in z-module3 vs phi-sector","RecHit Energy in z-module3 vs phi-sector",16,0,16);
129 meEmodule4 = m_dbe->book1D("RecHit Energy in z-module4 vs phi-sector","RecHit Energy in z-module4 vs phi-sector",16,0,16);
130 meEmodule5 = m_dbe->book1D("RecHit Energy in z-module5 vs phi-sector","RecHit Energy in z-module5 vs phi-sector",16,0,16);
131 meEmodule6 = m_dbe->book1D("RecHit Energy in z-module6 vs phi-sector","RecHit Energy in z-module6 vs phi-sector",16,0,16);
132 meEmodule7 = m_dbe->book1D("RecHit Energy in z-module7 vs phi-sector","RecHit Energy in z-module7 vs phi-sector",16,0,16);
133 meEmodule8 = m_dbe->book1D("RecHit Energy in z-module8 vs phi-sector","RecHit Energy in z-module8 vs phi-sector",16,0,16);
134 meEmodule9 = m_dbe->book1D("RecHit Energy in z-module9 vs phi-sector","RecHit Energy in z-module9 vs phi-sector",16,0,16);
135 meEmodule10 = m_dbe->book1D("RecHit Energy in z-module10 vs phi-sector","RecHit Energy in z-module10 vs phi-sector",16,0,16);
136 meEmodule11 = m_dbe->book1D("RecHit Energy in z-module11 vs phi-sector","RecHit Energy in z-module11 vs phi-sector",16,0,16);
137 meEmodule12 = m_dbe->book1D("RecHit Energy in z-module12 vs phi-sector","RecHit Energy in z-module12 vs phi-sector",16,0,16);
138 meEmodule13 = m_dbe->book1D("RecHit Energy in z-module13 vs phi-sector","RecHit Energy in z-module13 vs phi-sector",16,0,16);
139 meEmodule14 = m_dbe->book1D("RecHit Energy in z-module14 vs phi-sector","RecHit Energy in z-module14 vs phi-sector",16,0,16);
140 
141  double EmaxSector=800;
142  double NbinsSector=200;
143 
145 meEsectorEM1 = m_dbe->book1D("RecHit Energy in EM phi-sector1","RecHit Energy in EM phi-sector1",NbinsSector,0,EmaxSector);
146 meEsectorEM2 = m_dbe->book1D("RecHit Energy in EM phi-sector2","RecHit Energy in EM phi-sector2",NbinsSector,0,EmaxSector);
147 meEsectorEM3 = m_dbe->book1D("RecHit Energy in EM phi-sector3","RecHit Energy in EM phi-sector3",NbinsSector,0,EmaxSector);
148 meEsectorEM4 = m_dbe->book1D("RecHit Energy in EM phi-sector4","RecHit Energy in EM phi-sector4",NbinsSector,0,EmaxSector);
149 meEsectorEM5 = m_dbe->book1D("RecHit Energy in EM phi-sector5","RecHit Energy in EM phi-sector5",NbinsSector,0,EmaxSector);
150 meEsectorEM6 = m_dbe->book1D("RecHit Energy in EM phi-sector6","RecHit Energy in EM phi-sector6",NbinsSector,0,EmaxSector);
151 meEsectorEM7 = m_dbe->book1D("RecHit Energy in EM phi-sector7","RecHit Energy in EM phi-sector7",NbinsSector,0,EmaxSector);
152 meEsectorEM8 = m_dbe->book1D("RecHit Energy in EM phi-sector8","RecHit Energy in EM phi-sector8",NbinsSector,0,EmaxSector);
153 meEsectorEM9 = m_dbe->book1D("RecHit Energy in EM phi-sector9","RecHit Energy in EM phi-sector9",NbinsSector,0,EmaxSector);
154 meEsectorEM10 = m_dbe->book1D("RecHit Energy in EM phi-sector10","RecHit Energy in EM phi-sector10",NbinsSector,0,EmaxSector);
155 meEsectorEM11 = m_dbe->book1D("RecHit Energy in EM phi-sector11","RecHit Energy in EM phi-sector11",NbinsSector,0,EmaxSector);
156 meEsectorEM12 = m_dbe->book1D("RecHit Energy in EM phi-sector12","RecHit Energy in EM phi-sector12",NbinsSector,0,EmaxSector);
157 meEsectorEM13 = m_dbe->book1D("RecHit Energy in EM phi-sector13","RecHit Energy in EM phi-sector13",NbinsSector,0,EmaxSector);
158 meEsectorEM14 = m_dbe->book1D("RecHit Energy in EM phi-sector14","RecHit Energy in EM phi-sector14",NbinsSector,0,EmaxSector);
159 meEsectorEM15 = m_dbe->book1D("RecHit Energy in EM phi-sector15","RecHit Energy in EM phi-sector15",NbinsSector,0,EmaxSector);
160 meEsectorEM16 = m_dbe->book1D("RecHit Energy in EM phi-sector16","RecHit Energy in EM phi-sector16",NbinsSector,0,EmaxSector);
161 
163 meEsectorHAD1 = m_dbe->book1D("RecHit Energy in HAD phi-sector1","RecHit Energy in HAD phi-sector1",NbinsSector,0,EmaxSector);
164 meEsectorHAD2 = m_dbe->book1D("RecHit Energy in HAD phi-sector2","RecHit Energy in HAD phi-sector2",NbinsSector,0,EmaxSector);
165 meEsectorHAD3 = m_dbe->book1D("RecHit Energy in HAD phi-sector3","RecHit Energy in HAD phi-sector3",NbinsSector,0,EmaxSector);
166 meEsectorHAD4 = m_dbe->book1D("RecHit Energy in HAD phi-sector4","RecHit Energy in HAD phi-sector4",NbinsSector,0,EmaxSector);
167 meEsectorHAD5 = m_dbe->book1D("RecHit Energy in HAD phi-sector5","RecHit Energy in HAD phi-sector5",NbinsSector,0,EmaxSector);
168 meEsectorHAD6 = m_dbe->book1D("RecHit Energy in HAD phi-sector6","RecHit Energy in HAD phi-sector6",NbinsSector,0,EmaxSector);
169 meEsectorHAD7 = m_dbe->book1D("RecHit Energy in HAD phi-sector7","RecHit Energy in HAD phi-sector7",NbinsSector,0,EmaxSector);
170 meEsectorHAD8 = m_dbe->book1D("RecHit Energy in HAD phi-sector8","RecHit Energy in HAD phi-sector8",NbinsSector,0,EmaxSector);
171 meEsectorHAD9 = m_dbe->book1D("RecHit Energy in HAD phi-sector9","RecHit Energy in HAD phi-sector9",NbinsSector,0,EmaxSector);
172 meEsectorHAD10 = m_dbe->book1D("RecHit Energy in HAD phi-sector10","RecHit Energy in HAD phi-sector10",NbinsSector,0,EmaxSector);
173 meEsectorHAD11 = m_dbe->book1D("RecHit Energy in HAD phi-sector11","RecHit Energy in HAD phi-sector11",NbinsSector,0,EmaxSector);
174 meEsectorHAD12 = m_dbe->book1D("RecHit Energy in HAD phi-sector12","RecHit Energy in HAD phi-sector12",NbinsSector,0,EmaxSector);
175 meEsectorHAD13 = m_dbe->book1D("RecHit Energy in HAD phi-sector13","RecHit Energy in HAD phi-sector13",NbinsSector,0,EmaxSector);
176 meEsectorHAD14 = m_dbe->book1D("RecHit Energy in HAD phi-sector14","RecHit Energy in HAD phi-sector14",NbinsSector,0,EmaxSector);
177 meEsectorHAD15 = m_dbe->book1D("RecHit Energy in HAD phi-sector15","RecHit Energy in HAD phi-sector15",NbinsSector,0,EmaxSector);
178 meEsectorHAD16 = m_dbe->book1D("RecHit Energy in HAD phi-sector16","RecHit Energy in HAD phi-sector16",NbinsSector,0,EmaxSector);
179 
180 
182 meEsectorEMvsHAD1 = m_dbe->book1D("Ratio E_EM to E_HAD phi-sector1","Ratio E_EM to E_HAD phi-sector1",50,0,5);
183 meEsectorEMvsHAD2 = m_dbe->book1D("Ratio E_EM to E_HAD phi-sector2","Ratio E_EM to E_HAD phi-sector2",50,0,5);
184 meEsectorEMvsHAD3 = m_dbe->book1D("Ratio E_EM to E_HAD phi-sector3","Ratio E_EM to E_HAD phi-sector3",50,0,5);
185 meEsectorEMvsHAD4 = m_dbe->book1D("Ratio E_EM to E_HAD phi-sector4","Ratio E_EM to E_HAD phi-sector4",50,0,5);
186 meEsectorEMvsHAD5 = m_dbe->book1D("Ratio E_EM to E_HAD phi-sector5","Ratio E_EM to E_HAD phi-sector5",50,0,5);
187 meEsectorEMvsHAD6 = m_dbe->book1D("Ratio E_EM to E_HAD phi-sector6","Ratio E_EM to E_HAD phi-sector6",50,0,5);
188 meEsectorEMvsHAD7 = m_dbe->book1D("Ratio E_EM to E_HAD phi-sector7","Ratio E_EM to E_HAD phi-sector7",50,0,5);
189 meEsectorEMvsHAD8 = m_dbe->book1D("Ratio E_EM to E_HAD phi-sector8","Ratio E_EM to E_HAD phi-sector8",50,0,5);
190 meEsectorEMvsHAD9 = m_dbe->book1D("Ratio E_EM to E_HAD phi-sector9","Ratio E_EM to E_HAD phi-sector9",50,0,5);
191 meEsectorEMvsHAD10 = m_dbe->book1D("Ratio E_EM to E_HAD phi-sector10","Ratio E_EM to E_HAD phi-sector10",50,0,5);
192 meEsectorEMvsHAD11 = m_dbe->book1D("Ratio E_EM to E_HAD phi-sector11","Ratio E_EM to E_HAD phi-sector11",50,0,5);
193 meEsectorEMvsHAD12 = m_dbe->book1D("Ratio E_EM to E_HAD phi-sector12","Ratio E_EM to E_HAD phi-sector12",50,0,5);
194 meEsectorEMvsHAD13 = m_dbe->book1D("Ratio E_EM to E_HAD phi-sector13","Ratio E_EM to E_HAD phi-sector13",50,0,5);
195 meEsectorEMvsHAD14 = m_dbe->book1D("Ratio E_EM to E_HAD phi-sector14","Ratio E_EM to E_HAD phi-sector14",50,0,5);
196 meEsectorEMvsHAD15 = m_dbe->book1D("Ratio E_EM to E_HAD phi-sector15","Ratio E_EM to E_HAD phi-sector15",50,0,5);
197 meEsectorEMvsHAD16 = m_dbe->book1D("Ratio E_EM to E_HAD phi-sector16","Ratio E_EM to E_HAD phi-sector16",50,0,5);
198 
199 
200 
201 
202  /*
203 
207 
208  m_dbe->setCurrentFolder(rootFolder_+"CastorHIMonitor/Charge_fC");
209 
211  meChargeTotalCASTOR = m_dbe->book1D("CASTOR Total Charge per event","CASTOR Total Charge per event",100,0,400);
212 
214  meChargeTotalSector = m_dbe->book1D("Total Charge in phi-sectors per event","Total Charge in phi-sectors per event",16,0,16);
215 
217  meChargeTotalEM = m_dbe->book1D("Total EM Charge per event","Total EM Charge per event",100,0,400);
218 
220  meChargeTotalHAD = m_dbe->book1D("Total HAD Charge per event","Total HAD Charge per event",100,0,400);
221 
223  meChargeTotalEMvsHAD = m_dbe->book1D("Total Charge ratio EM to HAD per event","Total Charge ratio EM to HAD per event",50,0,5);
224 
226 meChargeSector1 = m_dbe->book1D("Charge in phi-sector1 vs z-module","Charge in phi-sector1 vs z-module",14,0,14);
227 meChargeSector2 = m_dbe->book1D("Charge in phi-sector2 vs z-module","Charge in phi-sector2 vs z-module",14,0,14);
228 meChargeSector3 = m_dbe->book1D("Charge in phi-sector3 vs z-module","Charge in phi-sector3 vs z-module",14,0,14);
229 meChargeSector4 = m_dbe->book1D("Charge in phi-sector4 vs z-module","Charge in phi-sector4 vs z-module",14,0,14);
230 meChargeSector5 = m_dbe->book1D("Charge in phi-sector5 vs z-module","Charge in phi-sector5 vs z-module",14,0,14);
231 meChargeSector6 = m_dbe->book1D("Charge in phi-sector6 vs z-module","Charge in phi-sector6 vs z-module",14,0,14);
232 meChargeSector7 = m_dbe->book1D("Charge in phi-sector7 vs z-module","Charge in phi-sector7 vs z-module",14,0,14);
233 meChargeSector8 = m_dbe->book1D("Charge in phi-sector8 vs z-module","Charge in phi-sector8 vs z-module",14,0,14);
234 meChargeSector9 = m_dbe->book1D("Charge in phi-sector9 vs z-module","Charge in phi-sector9 vs z-module",14,0,14);
235 meChargeSector10 = m_dbe->book1D("Charge in phi-sector10 vs z-module","Charge in phi-sector10 vs z-module",14,0,14);
236 meChargeSector11 = m_dbe->book1D("Charge in phi-sector11 vs z-module","Charge in phi-sector11 vs z-module",14,0,14);
237 meChargeSector12 = m_dbe->book1D("Charge in phi-sector12 vs z-module","Charge in phi-sector12 vs z-module",14,0,14);
238 meChargeSector13 = m_dbe->book1D("Charge in phi-sector13 vs z-module","Charge in phi-sector13 vs z-module",14,0,14);
239 meChargeSector14 = m_dbe->book1D("Charge in phi-sector14 vs z-module","Charge in phi-sector14 vs z-module",14,0,14);
240 meChargeSector15 = m_dbe->book1D("Charge in phi-sector15 vs z-module","Charge in phi-sector15 vs z-module",14,0,14);
241 meChargeSector16 = m_dbe->book1D("Charge in phi-sector16 vs z-module","Charge in phi-sector16 vs z-module",14,0,14);
242 
243  m_dbe->setCurrentFolder(rootFolder_+"CastorHIMonitor/Charge_fC/furtherPlots");
244 
246 meChargeModule1 = m_dbe->book1D("Charge in z-module1 vs phi-sector","Charge in z-module1 vs phi-sector",16,0,16);
247 meChargeModule2 = m_dbe->book1D("Charge in z-module2 vs phi-sector","Charge in z-module2 vs phi-sector",16,0,16);
248 meChargeModule3 = m_dbe->book1D("Charge in z-module3 vs phi-sector","Charge in z-module3 vs phi-sector",16,0,16);
249 meChargeModule4 = m_dbe->book1D("Charge in z-module4 vs phi-sector","Charge in z-module4 vs phi-sector",16,0,16);
250 meChargeModule5 = m_dbe->book1D("Charge in z-module5 vs phi-sector","Charge in z-module5 vs phi-sector",16,0,16);
251 meChargeModule6 = m_dbe->book1D("Charge in z-module6 vs phi-sector","Charge in z-module6 vs phi-sector",16,0,16);
252 meChargeModule7 = m_dbe->book1D("Charge in z-module7 vs phi-sector","Charge in z-module7 vs phi-sector",16,0,16);
253 meChargeModule8 = m_dbe->book1D("Charge in z-module8 vs phi-sector","Charge in z-module8 vs phi-sector",16,0,16);
254 meChargeModule9 = m_dbe->book1D("Charge in z-module9 vs phi-sector","Charge in z-module9 vs phi-sector",16,0,16);
255 meChargeModule10 = m_dbe->book1D("Charge in z-module10 vs phi-sector","Charge in z-module10 vs phi-sector",16,0,16);
256 meChargeModule11 = m_dbe->book1D("Charge in z-module11 vs phi-sector","Charge in z-module11 vs phi-sector",16,0,16);
257 meChargeModule12 = m_dbe->book1D("Charge in z-module12 vs phi-sector","Charge in z-module12 vs phi-sector",16,0,16);
258 meChargeModule13 = m_dbe->book1D("Charge in z-module13 vs phi-sector","Charge in z-module13 vs phi-sector",16,0,16);
259 meChargeModule14 = m_dbe->book1D("Charge in z-module14 vs phi-sector","Charge in z-module14 vs phi-sector",16,0,16);
260 
261 
263 meChargeSectorEM1 = m_dbe->book1D("Charge in EM phi-sector1","Charge in EM phi-sector1",50,0,200);
264 meChargeSectorEM2 = m_dbe->book1D("Charge in EM phi-sector2","Charge in EM phi-sector2",50,0,200);
265 meChargeSectorEM3 = m_dbe->book1D("Charge in EM phi-sector3","Charge in EM phi-sector3",50,0,200);
266 meChargeSectorEM4 = m_dbe->book1D("Charge in EM phi-sector4","Charge in EM phi-sector4",50,0,200);
267 meChargeSectorEM5 = m_dbe->book1D("Charge in EM phi-sector5","Charge in EM phi-sector5",50,0,200);
268 meChargeSectorEM6 = m_dbe->book1D("Charge in EM phi-sector6","Charge in EM phi-sector6",50,0,200);
269 meChargeSectorEM7 = m_dbe->book1D("Charge in EM phi-sector7","Charge in EM phi-sector7",50,0,200);
270 meChargeSectorEM8 = m_dbe->book1D("Charge in EM phi-sector8","Charge in EM phi-sector8",50,0,200);
271 meChargeSectorEM9 = m_dbe->book1D("Charge in EM phi-sector9","Charge in EM phi-sector9",50,0,200);
272 meChargeSectorEM10 = m_dbe->book1D("Charge in EM phi-sector10","Charge in EM phi-sector10",50,0,200);
273 meChargeSectorEM11 = m_dbe->book1D("Charge in EM phi-sector11","Charge in EM phi-sector11",50,0,200);
274 meChargeSectorEM12 = m_dbe->book1D("Charge in EM phi-sector12","Charge in EM phi-sector12",50,0,200);
275 meChargeSectorEM13 = m_dbe->book1D("Charge in EM phi-sector13","Charge in EM phi-sector13",50,0,200);
276 meChargeSectorEM14 = m_dbe->book1D("Charge in EM phi-sector14","Charge in EM phi-sector14",50,0,200);
277 meChargeSectorEM15 = m_dbe->book1D("Charge in EM phi-sector15","Charge in EM phi-sector15",50,0,200);
278 meChargeSectorEM16 = m_dbe->book1D("Charge in EM phi-sector16","Charge in EM phi-sector16",50,0,200);
279 
281 meChargeSectorHAD1 = m_dbe->book1D("Charge in HAD phi-sector1","Charge in HAD phi-sector1",50,0,200);
282 meChargeSectorHAD2 = m_dbe->book1D("Charge in HAD phi-sector2","Charge in HAD phi-sector2",50,0,200);
283 meChargeSectorHAD3 = m_dbe->book1D("Charge in HAD phi-sector3","Charge in HAD phi-sector3",50,0,200);
284 meChargeSectorHAD4 = m_dbe->book1D("Charge in HAD phi-sector4","Charge in HAD phi-sector4",50,0,200);
285 meChargeSectorHAD5 = m_dbe->book1D("Charge in HAD phi-sector5","Charge in HAD phi-sector5",50,0,200);
286 meChargeSectorHAD6 = m_dbe->book1D("Charge in HAD phi-sector6","Charge in HAD phi-sector6",50,0,200);
287 meChargeSectorHAD7 = m_dbe->book1D("Charge in HAD phi-sector7","Charge in HAD phi-sector7",50,0,200);
288 meChargeSectorHAD8 = m_dbe->book1D("Charge in HAD phi-sector8","Charge in HAD phi-sector8",50,0,200);
289 meChargeSectorHAD9 = m_dbe->book1D("Charge in HAD phi-sector9","Charge in HAD phi-sector9",50,0,200);
290 meChargeSectorHAD10 = m_dbe->book1D("Charge in HAD phi-sector10","Charge in HAD phi-sector10",50,0,200);
291 meChargeSectorHAD11 = m_dbe->book1D("Charge in HAD phi-sector11","Charge in HAD phi-sector11",50,0,200);
292 meChargeSectorHAD12 = m_dbe->book1D("Charge in HAD phi-sector12","Charge in HAD phi-sector12",50,0,200);
293 meChargeSectorHAD13 = m_dbe->book1D("Charge in HAD phi-sector13","Charge in HAD phi-sector13",50,0,200);
294 meChargeSectorHAD14 = m_dbe->book1D("Charge in HAD phi-sector14","Charge in HAD phi-sector14",50,0,200);
295 meChargeSectorHAD15 = m_dbe->book1D("Charge in HAD phi-sector15","Charge in HAD phi-sector15",50,0,200);
296 meChargeSectorHAD16 = m_dbe->book1D("Charge in HAD phi-sector16","Charge in HAD phi-sector16",50,0,200);
297 
298 
299 
301 meChargeSectorEMvsHAD1 = m_dbe->book1D("Ratio E_EM to E_HAD phi-sector1","Ratio E_EM to E_HAD phi-sector1",50,0,5);
302 meChargeSectorEMvsHAD2 = m_dbe->book1D("Ratio E_EM to E_HAD phi-sector2","Ratio E_EM to E_HAD phi-sector2",50,0,5);
303 meChargeSectorEMvsHAD3 = m_dbe->book1D("Ratio E_EM to E_HAD phi-sector3","Ratio E_EM to E_HAD phi-sector3",50,0,5);
304 meChargeSectorEMvsHAD4 = m_dbe->book1D("Ratio E_EM to E_HAD phi-sector4","Ratio E_EM to E_HAD phi-sector4",50,0,5);
305 meChargeSectorEMvsHAD5 = m_dbe->book1D("Ratio E_EM to E_HAD phi-sector5","Ratio E_EM to E_HAD phi-sector5",50,0,5);
306 meChargeSectorEMvsHAD6 = m_dbe->book1D("Ratio E_EM to E_HAD phi-sector6","Ratio E_EM to E_HAD phi-sector6",50,0,5);
307 meChargeSectorEMvsHAD7 = m_dbe->book1D("Ratio E_EM to E_HAD phi-sector7","Ratio E_EM to E_HAD phi-sector7",50,0,5);
308 meChargeSectorEMvsHAD8 = m_dbe->book1D("Ratio E_EM to E_HAD phi-sector8","Ratio E_EM to E_HAD phi-sector8",50,0,5);
309 meChargeSectorEMvsHAD9 = m_dbe->book1D("Ratio E_EM to E_HAD phi-sector9","Ratio E_EM to E_HAD phi-sector9",50,0,5);
310 meChargeSectorEMvsHAD10 = m_dbe->book1D("Ratio E_EM to E_HAD phi-sector10","Ratio E_EM to E_HAD phi-sector10",50,0,5);
311 meChargeSectorEMvsHAD11 = m_dbe->book1D("Ratio E_EM to E_HAD phi-sector11","Ratio E_EM to E_HAD phi-sector11",50,0,5);
312 meChargeSectorEMvsHAD12 = m_dbe->book1D("Ratio E_EM to E_HAD phi-sector12","Ratio E_EM to E_HAD phi-sector12",50,0,5);
313 meChargeSectorEMvsHAD13 = m_dbe->book1D("Ratio E_EM to E_HAD phi-sector13","Ratio E_EM to E_HAD phi-sector13",50,0,5);
314 meChargeSectorEMvsHAD14 = m_dbe->book1D("Ratio E_EM to E_HAD phi-sector14","Ratio E_EM to E_HAD phi-sector14",50,0,5);
315 meChargeSectorEMvsHAD15 = m_dbe->book1D("Ratio E_EM to E_HAD phi-sector15","Ratio E_EM to E_HAD phi-sector15",50,0,5);
316 meChargeSectorEMvsHAD16 = m_dbe->book1D("Ratio E_EM to E_HAD phi-sector16","Ratio E_EM to E_HAD phi-sector16",50,0,5);
317 
318 
319 
320  */
321 
322 
323 
324 
325 
326 
327 
328  }//-- end of if
329 
330  else{
331  if(fVerbosity>0) std::cout << "CastorHIMonitor::setup - NO DQMStore service" << std::endl;
332  }
333 
334  if(fVerbosity>0) std::cout << "CastorHIMonitor::setup (end)" << std::endl;
335 
336  return;
337 }
338 
339 
340 
341 
342 
343 
344 //==========================================================//
345 //================== processEvent ==========================//
346 //==========================================================//
347 
348 
349 void CastorHIMonitor::processEvent(const CastorRecHitCollection& castorHits, const CastorDigiCollection& castorDigis, const CastorDbService& cond ){
350 
351  if(fVerbosity>0) std::cout << "==>CastorHIMonitor::processEvent !!!"<< std::endl;
352 
353  if(!m_dbe) {
354  if(fVerbosity>0) std::cout <<"CastorHIMonitor::processEvent => DQMStore is not instantiated !!!"<<std::endl;
355  return;
356  }
357 
359  meEVT_->Fill(ievt_);
360 
362  EtotalEM =0; EtotalHAD =0; EtotalCASTOR =0;
363 
365  for (int mod=0; mod<14; mod++) {
366  for (int sec=0; sec<16; sec++) {
367  energyInEachChannel[mod][sec] = 0;
368  }
369  }
370 
372  for (int sec=0; sec<16; sec++)
373  energyHADsector[sec] = 0;
374 
375 
376 
378  CastorRecHitCollection::const_iterator CASTORiter;
379  if (showTiming) { cpu_timer.reset(); cpu_timer.start(); }
380 
381  //********************************************************//
382  //************ working with RecHits *********************//
383  //*******************************************************//
384 
385  if(castorHits.size()>0)
386  {
387 
388  if(fVerbosity>0) std::cout << "==>CastorHIMonitor::processEvent: castorHits.size()>0 !!!" << std::endl;
389 
391  for (CASTORiter=castorHits.begin(); CASTORiter!=castorHits.end(); ++CASTORiter) {
392 
394  HcalCastorDetId id(CASTORiter->detid().rawId());
396  module = (int)id.module();
397  sector = (int)id.sector();
398  //zside = (int)id.zside();
400  energy = CASTORiter->energy();
401  time = CASTORiter->time();
402 
403  if(fVerbosity>0)
404  std::cout<<"CastorHIMonitor==> module:"<< module << " sector:"<< sector << " energy:" << energy<<std::endl;
405 
407  if (energy<0) energy=0;
408 
410  energyInEachChannel[module-1][sector-1] = energy;
411 
413  energyTotalChannel[module-1][sector-1] += energy;
414 
415 
416  }
417  //-- end of the loop over all hits
418 
419 
420  //-----------------------------------//
421  //------- fill energy in sectors ----//
422  //-- energy distribution in depth --//
423  //----------------------------------//
424  for (int mod=0; mod<14;mod++){
425  meEsector1->Fill(mod,energyInEachChannel[mod][0]);
426  meEsector2->Fill(mod,energyInEachChannel[mod][1]);
427  meEsector3->Fill(mod,energyInEachChannel[mod][2]);
428  meEsector4->Fill(mod,energyInEachChannel[mod][3]);
429  meEsector5->Fill(mod,energyInEachChannel[mod][4]);
430  meEsector6->Fill(mod,energyInEachChannel[mod][5]);
431  meEsector7->Fill(mod,energyInEachChannel[mod][6]);
432  meEsector8->Fill(mod,energyInEachChannel[mod][7]);
433  meEsector9->Fill(mod,energyInEachChannel[mod][8]);
434  meEsector10->Fill(mod,energyInEachChannel[mod][9]);
435  meEsector11->Fill(mod,energyInEachChannel[mod][10]);
436  meEsector12->Fill(mod,energyInEachChannel[mod][11]);
437  meEsector13->Fill(mod,energyInEachChannel[mod][12]);
438  meEsector14->Fill(mod,energyInEachChannel[mod][13]);
439  meEsector15->Fill(mod,energyInEachChannel[mod][14]);
440  meEsector16->Fill(mod,energyInEachChannel[mod][15]);
441  }
442 
443 
444  //------------------------------------------//
445  //-- fill energy in modules --//
446  //-- energy distribution in each of the rings vs phi-sector --//
447  //---------------------------//
448  for (int sec=0; sec<16;sec++){
449  meEmodule1->Fill(sec,energyInEachChannel[0][sec]);
450  meEmodule2->Fill(sec,energyInEachChannel[1][sec]);
451  meEmodule3->Fill(sec,energyInEachChannel[2][sec]);
452  meEmodule4->Fill(sec,energyInEachChannel[3][sec]);
453  meEmodule5->Fill(sec,energyInEachChannel[4][sec]);
454  meEmodule6->Fill(sec,energyInEachChannel[5][sec]);
455  meEmodule7->Fill(sec,energyInEachChannel[6][sec]);
456  meEmodule8->Fill(sec,energyInEachChannel[7][sec]);
457  meEmodule9->Fill(sec,energyInEachChannel[8][sec]);
458  meEmodule10->Fill(sec,energyInEachChannel[9][sec]);
459  meEmodule11->Fill(sec,energyInEachChannel[10][sec]);
460  meEmodule12->Fill(sec,energyInEachChannel[11][sec]);
461  meEmodule13->Fill(sec,energyInEachChannel[12][sec]);
462  meEmodule14->Fill(sec,energyInEachChannel[13][sec]);
463  }
464 
465 
466 
467  //-------------------------------//
468  //-- fill energy in EM sectors --//
469  //-------------------------------//
470  meEsectorEM1->Fill(energyInEachChannel[0][0]+energyInEachChannel[1][0]);
471  meEsectorEM2->Fill(energyInEachChannel[0][1]+energyInEachChannel[1][1]);
472  meEsectorEM3->Fill(energyInEachChannel[0][2]+energyInEachChannel[1][2]);
473  meEsectorEM4->Fill(energyInEachChannel[0][3]+energyInEachChannel[1][3]);
474  meEsectorEM5->Fill(energyInEachChannel[0][4]+energyInEachChannel[1][4]);
475  meEsectorEM6->Fill(energyInEachChannel[0][5]+energyInEachChannel[1][5]);
476  meEsectorEM7->Fill(energyInEachChannel[0][6]+energyInEachChannel[1][6]);
477  meEsectorEM8->Fill(energyInEachChannel[0][7]+energyInEachChannel[1][7]);
478  meEsectorEM9->Fill(energyInEachChannel[0][8]+energyInEachChannel[1][8]);
479  meEsectorEM10->Fill(energyInEachChannel[0][9]+energyInEachChannel[1][9]);
480  meEsectorEM11->Fill(energyInEachChannel[0][10]+energyInEachChannel[1][10]);
481  meEsectorEM12->Fill(energyInEachChannel[0][11]+energyInEachChannel[1][11]);
482  meEsectorEM13->Fill(energyInEachChannel[0][12]+energyInEachChannel[1][12]);
483  meEsectorEM14->Fill(energyInEachChannel[0][13]+energyInEachChannel[1][13]);
484  meEsectorEM15->Fill(energyInEachChannel[0][14]+energyInEachChannel[1][14]);
485  meEsectorEM16->Fill(energyInEachChannel[0][15]+energyInEachChannel[1][15]);
486 
487 
488 
489  //-------------------------------//
490  //-- fill energy in HAD sectors --//
491  //-------------------------------//
492 
493  for(int sec=0; sec<16;sec++){
494 
496  energyHADsector[sec]= energyInEachChannel[2][sec]+energyInEachChannel[3][sec]+energyInEachChannel[4][sec]+
497  energyInEachChannel[5][sec]+energyInEachChannel[6][sec]+energyInEachChannel[7][sec]+
498  energyInEachChannel[8][sec]+energyInEachChannel[9][sec]+energyInEachChannel[10][sec]+
499  energyInEachChannel[11][sec]+energyInEachChannel[12][sec]+energyInEachChannel[13][sec];
500  }
501 
502  meEsectorHAD1->Fill(energyHADsector[0]);
503  meEsectorHAD2->Fill(energyHADsector[1]);
504  meEsectorHAD3->Fill(energyHADsector[2]);
505  meEsectorHAD4->Fill(energyHADsector[3]);
506  meEsectorHAD5->Fill(energyHADsector[4]);
507  meEsectorHAD6->Fill(energyHADsector[5]);
508  meEsectorHAD7->Fill(energyHADsector[6]);
509  meEsectorHAD8->Fill(energyHADsector[7]);
510  meEsectorHAD9->Fill(energyHADsector[8]);
511  meEsectorHAD10->Fill(energyHADsector[9]);
512  meEsectorHAD11->Fill(energyHADsector[10]);
513  meEsectorHAD12->Fill(energyHADsector[11]);
514  meEsectorHAD13->Fill(energyHADsector[12]);
515  meEsectorHAD14->Fill(energyHADsector[13]);
516  meEsectorHAD15->Fill(energyHADsector[14]);
517  meEsectorHAD16->Fill(energyHADsector[15]);
518 
519  //-----------------------------------------//
520  //-- fill energy ratio EM/HAD in sectors --//
521  //------------------------------------------//
522  if(energyHADsector[0]!=0) meEsectorEMvsHAD1->Fill((energyInEachChannel[0][0]+energyInEachChannel[1][0])/energyHADsector[0]);
523  if(energyHADsector[1]!=0) meEsectorEMvsHAD2->Fill((energyInEachChannel[0][1]+energyInEachChannel[1][1])/energyHADsector[1]);
524  if(energyHADsector[2]!=0) meEsectorEMvsHAD3->Fill((energyInEachChannel[0][2]+energyInEachChannel[1][2])/energyHADsector[2]);
525  if(energyHADsector[3]!=0) meEsectorEMvsHAD4->Fill((energyInEachChannel[0][3]+energyInEachChannel[1][3])/energyHADsector[3]);
526  if(energyHADsector[4]!=0) meEsectorEMvsHAD5->Fill((energyInEachChannel[0][4]+energyInEachChannel[1][4])/energyHADsector[4]);
527  if(energyHADsector[5]!=0) meEsectorEMvsHAD6->Fill((energyInEachChannel[0][5]+energyInEachChannel[1][5])/energyHADsector[5]);
528  if(energyHADsector[6]!=0) meEsectorEMvsHAD7->Fill((energyInEachChannel[0][6]+energyInEachChannel[1][6])/energyHADsector[6]);
529  if(energyHADsector[7]!=0) meEsectorEMvsHAD8->Fill((energyInEachChannel[0][7]+energyInEachChannel[1][7])/energyHADsector[7]);
530  if(energyHADsector[8]!=0) meEsectorEMvsHAD9->Fill((energyInEachChannel[0][8]+energyInEachChannel[1][8])/energyHADsector[8]);
531  if(energyHADsector[9]!=0) meEsectorEMvsHAD10->Fill((energyInEachChannel[0][9]+energyInEachChannel[1][9])/energyHADsector[9]);
532  if(energyHADsector[10]!=0) meEsectorEMvsHAD11->Fill((energyInEachChannel[0][10]+energyInEachChannel[1][10])/energyHADsector[10]);
533  if(energyHADsector[11]!=0) meEsectorEMvsHAD12->Fill((energyInEachChannel[0][11]+energyInEachChannel[1][11])/energyHADsector[11]);
534  if(energyHADsector[12]!=0) meEsectorEMvsHAD13->Fill((energyInEachChannel[0][12]+energyInEachChannel[1][12])/energyHADsector[12]);
535  if(energyHADsector[13]!=0) meEsectorEMvsHAD14->Fill((energyInEachChannel[0][13]+energyInEachChannel[1][13])/energyHADsector[13]);
536  if(energyHADsector[14]!=0) meEsectorEMvsHAD15->Fill((energyInEachChannel[0][14]+energyInEachChannel[1][14])/energyHADsector[14]);
537  if(energyHADsector[15]!=0) meEsectorEMvsHAD16->Fill((energyInEachChannel[0][15]+energyInEachChannel[1][15])/energyHADsector[15]);
538 
539 
540  //------------------------------------------//
541  //-- fill the total EM energy per event --//
542  //------------------------------------------//
543 
545  for(int mod=0; mod<2;mod++)
546  for(int sec=0; sec<16;sec++)
547  EtotalEM += energyInEachChannel[mod][sec];
548 
549 
550  meEtotalEM->Fill(EtotalEM);
551 
552  //--------------------------------------------//
553  //-- fill the total HAD energy per event --//
554  //-------------------------------------------//
555 
557  for(int mod=2; mod<14;mod++)
558  for(int sec=0; sec<16;sec++)
559  EtotalHAD += energyInEachChannel[mod][sec];
560 
561 
562  meEtotalHAD->Fill(EtotalHAD);
563 
564  //----------------------------------------------------//
565  //-- fill the total energy ratio EM/HAD per event --//
566  //----------------------------------------------------//
567 
568  if(EtotalHAD!=0) meEtotalEMvsHAD->Fill(EtotalEM/EtotalHAD);
569 
570  //----------------------------------------------------//
571  //-- fill the total energy in CASTOR per event --//
572  //----------------------------------------------------//
573  for(int mod=0; mod<14;mod++)
574  for(int sec=0; sec<16;sec++)
575  EtotalCASTOR += energyInEachChannel[mod][sec];
576 
577  meEtotalCASTOR->Fill(EtotalCASTOR);
578 
579 
580  //-------------------------------------------------------//
581  //-- fill the total energy in CASTOR sectors per run --//
582  //------------------------------------------------------//
583 
584  for(int sec=0; sec<16;sec++){
585 
587  energyTotalSector[sec] = energyTotalChannel[0][sec]+energyTotalChannel[1][sec]+energyTotalChannel[2][sec]+
588  energyTotalChannel[3][sec]+energyTotalChannel[4][sec]+energyTotalChannel[5][sec]+
589  energyTotalChannel[6][sec]+energyTotalChannel[7][sec]+energyTotalChannel[8][sec]+
590  energyTotalChannel[9][sec]+energyTotalChannel[10][sec]+energyTotalChannel[11][sec]+
591  energyTotalChannel[12][sec]+energyTotalChannel[13][sec];
592  }
593 
594  for(int sec=0; sec<16;sec++)
595  meEtotalSector->Fill(sec,energyTotalSector[sec]);
596 
597 
598 
599  } //-- end of working with RecHits
600 
601  else { if(fVerbosity>0) std::cout<<"CastorHIMonitor::processEvent NO Castor RecHits !!!"<<std::endl; }
602 
603 
604 
605  //********************************************************//
606  //************ working with Digis ***********************//
607  //*******************************************************//
608 
609 
610 
611  if(castorDigis.size()>0) {
612 
614 
615  }
616 
617 
618 
619 
620 
621  else { if(fVerbosity>0) std::cout<<"CastorHIMonitor::processEvent NO Castor Digis !!!"<<std::endl; }
622 
623 
624  if (showTiming) {
625  cpu_timer.stop(); std::cout << " TIMER::CastorRecHit -> " << cpu_timer.cpuTime() << std::endl;
626  cpu_timer.reset(); cpu_timer.start();
627  }
628 
629  ievt_++;
630 
631  return;
632 
633 }
634 
635 
CastorHIMonitor::meEsectorEM2
MonitorElement * meEsectorEM2
Definition: CastorHIMonitor.h:95
CastorHIMonitor::energySectors
float energySectors[16]
Definition: CastorHIMonitor.h:39
edm::ParameterSet::getUntrackedParameter
T getUntrackedParameter(std::string const &, T const &) const
CastorHIMonitor::meEsectorEMvsHAD15
MonitorElement * meEsectorEMvsHAD15
Definition: CastorHIMonitor.h:145
CastorBaseMonitor::cpu_timer
edm::CPUTimer cpu_timer
Definition: CastorBaseMonitor.h:50
CastorHIMonitor::meEsectorHAD10
MonitorElement * meEsectorHAD10
Definition: CastorHIMonitor.h:121
CastorHIMonitor::meEmodule3
MonitorElement * meEmodule3
Definition: CastorHIMonitor.h:80
CastorHIMonitor::processEvent
void processEvent(const CastorRecHitCollection &castorHits, const CastorDigiCollection &cast, const CastorDbService &cond)
Definition: CastorHIMonitor.cc:349
CastorHIMonitor::meEsectorEMvsHAD7
MonitorElement * meEsectorEMvsHAD7
Definition: CastorHIMonitor.h:137
CastorBaseMonitor::setup
virtual void setup(const edm::ParameterSet &ps, DQMStore *dbe)
Definition: CastorBaseMonitor.cc:28
CastorHIMonitor::meEmodule8
MonitorElement * meEmodule8
Definition: CastorHIMonitor.h:85
CastorHIMonitor::meEsectorEM6
MonitorElement * meEsectorEM6
Definition: CastorHIMonitor.h:99
edm::CPUTimer::start
void start()
Definition: CPUTimer.cc:74
CastorHIMonitor::meEsectorEMvsHAD16
MonitorElement * meEsectorEMvsHAD16
Definition: CastorHIMonitor.h:146
DQMStore::book1D
MonitorElement * book1D(const char *name, const char *title, int nchX, double lowX, double highX)
Book 1D histogram.
Definition: DQMStore.cc:717
CastorHIMonitor::meEsector14
MonitorElement * meEsector14
Definition: CastorHIMonitor.h:73
CastorHIMonitor::meEsectorHAD16
MonitorElement * meEsectorHAD16
Definition: CastorHIMonitor.h:127
CastorHIMonitor::meEsector15
MonitorElement * meEsector15
Definition: CastorHIMonitor.h:74
CastorHIMonitor::meEsector4
MonitorElement * meEsector4
Definition: CastorHIMonitor.h:63
CastorHIMonitor::meEsector5
MonitorElement * meEsector5
Definition: CastorHIMonitor.h:64
CastorHIMonitor::meEsectorHAD1
MonitorElement * meEsectorHAD1
Definition: CastorHIMonitor.h:112
CastorHIMonitor::meEsectorHAD3
MonitorElement * meEsectorHAD3
Definition: CastorHIMonitor.h:114
CastorHIMonitor::meEsectorEM3
MonitorElement * meEsectorEM3
Definition: CastorHIMonitor.h:96
CastorHIMonitor::meEsectorEMvsHAD1
MonitorElement * meEsectorEMvsHAD1
Definition: CastorHIMonitor.h:131
CastorHIMonitor::meEsectorEM9
MonitorElement * meEsectorEM9
Definition: CastorHIMonitor.h:102
CastorHIMonitor::meEmodule10
MonitorElement * meEmodule10
Definition: CastorHIMonitor.h:87
CastorHIMonitor::energyTotalChannel
float energyTotalChannel[14][16]
Definition: CastorHIMonitor.h:37
CastorHIMonitor::meEtotalEM
MonitorElement * meEtotalEM
Definition: CastorHIMonitor.h:155
edm::SortedCollection::const_iterator
std::vector< T >::const_iterator const_iterator
Definition: SortedCollection.h:80
edm::CPUTimer::reset
void reset()
Definition: CPUTimer.cc:107
NULL
#define NULL
Definition: scimark2.h:8
CastorHIMonitor::meEsectorEMvsHAD11
MonitorElement * meEsectorEMvsHAD11
Definition: CastorHIMonitor.h:141
CastorHIMonitor::setup
void setup(const edm::ParameterSet &ps, DQMStore *dbe)
Definition: CastorHIMonitor.cc:44
CastorHIMonitor::meEmodule14
MonitorElement * meEmodule14
Definition: CastorHIMonitor.h:91
CastorHIMonitor::meEsector10
MonitorElement * meEsector10
Definition: CastorHIMonitor.h:69
CastorHIMonitor::meEsectorEM8
MonitorElement * meEsectorEM8
Definition: CastorHIMonitor.h:101
CastorHIMonitor::meEmodule7
MonitorElement * meEmodule7
Definition: CastorHIMonitor.h:84
CastorHIMonitor::meEsectorEMvsHAD12
MonitorElement * meEsectorEMvsHAD12
Definition: CastorHIMonitor.h:142
CastorHIMonitor::energyTotalSector
float energyTotalSector[16]
Definition: CastorHIMonitor.h:40
CastorHIMonitor::meEmodule13
MonitorElement * meEmodule13
Definition: CastorHIMonitor.h:90
CastorHIMonitor::meEsectorEM16
MonitorElement * meEsectorEM16
Definition: CastorHIMonitor.h:109
MonitorElement::Fill
void Fill(long long x)
Definition: MonitorElement.h:152
CastorHIMonitor::meEsectorEMvsHAD9
MonitorElement * meEsectorEMvsHAD9
Definition: CastorHIMonitor.h:139
CastorHIMonitor::meEsectorEMvsHAD3
MonitorElement * meEsectorEMvsHAD3
Definition: CastorHIMonitor.h:133
errorMatrix2Lands_multiChannel.id
tuple id
Definition: errorMatrix2Lands_multiChannel.py:151
CastorHIMonitor::meEsector12
MonitorElement * meEsector12
Definition: CastorHIMonitor.h:71
CastorHIMonitor::meEsectorEM11
MonitorElement * meEsectorEM11
Definition: CastorHIMonitor.h:104
CastorHIMonitor::meEsectorHAD14
MonitorElement * meEsectorHAD14
Definition: CastorHIMonitor.h:125
CastorHIMonitor::meEsector8
MonitorElement * meEsector8
Definition: CastorHIMonitor.h:67
CastorHIMonitor::meEsectorHAD4
MonitorElement * meEsectorHAD4
Definition: CastorHIMonitor.h:115
CastorBaseMonitor::baseFolder_
std::string baseFolder_
Definition: CastorBaseMonitor.h:57
CastorHIMonitor::meEsector2
MonitorElement * meEsector2
Definition: CastorHIMonitor.h:61
CastorHIMonitor::meEsectorHAD2
MonitorElement * meEsectorHAD2
Definition: CastorHIMonitor.h:113
CastorHIMonitor::meEsectorEM12
MonitorElement * meEsectorEM12
Definition: CastorHIMonitor.h:105
CastorHIMonitor::meEmodule4
MonitorElement * meEmodule4
Definition: CastorHIMonitor.h:81
CastorHIMonitor::meEsectorHAD15
MonitorElement * meEsectorHAD15
Definition: CastorHIMonitor.h:126
CastorHIMonitor::meEmodule1
MonitorElement * meEmodule1
Definition: CastorHIMonitor.h:78
CastorHIMonitor::meEsectorEMvsHAD5
MonitorElement * meEsectorEMvsHAD5
Definition: CastorHIMonitor.h:135
text2workspace.mod
list mod
Load physics model.
Definition: text2workspace.py:48
CastorHIMonitor::meEsector11
MonitorElement * meEsector11
Definition: CastorHIMonitor.h:70
CastorHIMonitor::meEsectorEM13
MonitorElement * meEsectorEM13
Definition: CastorHIMonitor.h:106
edm::CPUTimer::stop
Times stop()
Definition: CPUTimer.cc:94
CastorHIMonitor::energyHADsector
float energyHADsector[16]
Definition: CastorHIMonitor.h:38
CastorHIMonitor::meEsectorEMvsHAD13
MonitorElement * meEsectorEMvsHAD13
Definition: CastorHIMonitor.h:143
CastorHIMonitor::meEsectorHAD8
MonitorElement * meEsectorHAD8
Definition: CastorHIMonitor.h:119
CastorHIMonitor::meEmodule6
MonitorElement * meEmodule6
Definition: CastorHIMonitor.h:83
edm::SortedCollection::end
const_iterator end() const
Definition: SortedCollection.h:301
CastorHIMonitor::meEsector16
MonitorElement * meEsector16
Definition: CastorHIMonitor.h:75
CastorHIMonitor::meEsectorEM5
MonitorElement * meEsectorEM5
Definition: CastorHIMonitor.h:98
edm::CPUTimer::cpuTime
double cpuTime() const
Definition: CPUTimer.cc:157
CastorHIMonitor::meEmodule2
MonitorElement * meEmodule2
Definition: CastorHIMonitor.h:79
CastorHIMonitor::meEsector6
MonitorElement * meEsector6
Definition: CastorHIMonitor.h:65
RawToDigi_cff.castorDigis
tuple castorDigis
Definition: RawToDigi_cff.py:45
CastorHIMonitor::meEmodule11
MonitorElement * meEmodule11
Definition: CastorHIMonitor.h:88
CastorHIMonitor::meEsectorHAD7
MonitorElement * meEsectorHAD7
Definition: CastorHIMonitor.h:118
CastorHIMonitor::meEsectorEMvsHAD6
MonitorElement * meEsectorEMvsHAD6
Definition: CastorHIMonitor.h:136
CastorHIMonitor::meEVT_
MonitorElement * meEVT_
Definition: CastorHIMonitor.h:56
CastorHIMonitor::energyInEachChannel
float energyInEachChannel[14][16]
Definition: CastorHIMonitor.h:36
CastorHIMonitor::meEmodule12
MonitorElement * meEmodule12
Definition: CastorHIMonitor.h:89
CastorHIMonitor::meEmodule5
MonitorElement * meEmodule5
Definition: CastorHIMonitor.h:82
CastorHIMonitor::meEsectorEM4
MonitorElement * meEsectorEM4
Definition: CastorHIMonitor.h:97
CastorHIMonitor::meEsectorEMvsHAD8
MonitorElement * meEsectorEMvsHAD8
Definition: CastorHIMonitor.h:138
CastorHIMonitor::meEsectorHAD13
MonitorElement * meEsectorHAD13
Definition: CastorHIMonitor.h:124
CastorHIMonitor::meEsectorEM7
MonitorElement * meEsectorEM7
Definition: CastorHIMonitor.h:100
edm::SortedCollection::size
size_type size() const
Definition: SortedCollection.h:227
CastorHIMonitor::meEtotalSector
MonitorElement * meEtotalSector
Definition: CastorHIMonitor.h:152
CastorHIMonitor::meEsectorHAD12
MonitorElement * meEsectorHAD12
Definition: CastorHIMonitor.h:123
CastorHIMonitor::meEsectorEM15
MonitorElement * meEsectorEM15
Definition: CastorHIMonitor.h:108
CastorBaseMonitor::rootFolder_
std::string rootFolder_
Definition: CastorBaseMonitor.h:56
CastorHIMonitor::meEsectorEMvsHAD10
MonitorElement * meEsectorEMvsHAD10
Definition: CastorHIMonitor.h:140
gather_cfg.cout
tuple cout
Definition: gather_cfg.py:121
CastorHIMonitor::meEsector3
MonitorElement * meEsector3
Definition: CastorHIMonitor.h:62
CastorHIMonitor::meEsectorEMvsHAD4
MonitorElement * meEsectorEMvsHAD4
Definition: CastorHIMonitor.h:134
CastorHIMonitor::meEsectorEMvsHAD2
MonitorElement * meEsectorEMvsHAD2
Definition: CastorHIMonitor.h:132
CastorHIMonitor::meEsectorHAD5
MonitorElement * meEsectorHAD5
Definition: CastorHIMonitor.h:116
CastorHIMonitor::meEtotalCASTOR
MonitorElement * meEtotalCASTOR
Definition: CastorHIMonitor.h:149
CastorHIMonitor::meEsector1
MonitorElement * meEsector1
Definition: CastorHIMonitor.h:60
CastorHIMonitor::meEtotalHAD
MonitorElement * meEtotalHAD
Definition: CastorHIMonitor.h:157
CastorHIMonitor::meEmodule9
MonitorElement * meEmodule9
Definition: CastorHIMonitor.h:86
DQMStore::bookInt
MonitorElement * bookInt(const char *name)
Book int.
Definition: DQMStore.cc:624
CastorHIMonitor::meEsector9
MonitorElement * meEsector9
Definition: CastorHIMonitor.h:68
CastorHIMonitor::meEsectorEM14
MonitorElement * meEsectorEM14
Definition: CastorHIMonitor.h:107
module
Definition: vlib.h:209
CastorHIMonitor::meEtotalEMvsHAD
MonitorElement * meEtotalEMvsHAD
Definition: CastorHIMonitor.h:159
CastorHIMonitor::meEsector13
MonitorElement * meEsector13
Definition: CastorHIMonitor.h:72
DQMStore::setCurrentFolder
void setCurrentFolder(const std::string &fullpath)
Definition: DQMStore.cc:429
CastorHIMonitor::meEsectorEMvsHAD14
MonitorElement * meEsectorEMvsHAD14
Definition: CastorHIMonitor.h:144
edm::SortedCollection::begin
const_iterator begin() const
Definition: SortedCollection.h:294
CastorHIMonitor::meEsectorHAD6
MonitorElement * meEsectorHAD6
Definition: CastorHIMonitor.h:117
CastorHIMonitor::meEsectorEM1
MonitorElement * meEsectorEM1
Definition: CastorHIMonitor.h:94
CastorHIMonitor::meEsectorHAD11
MonitorElement * meEsectorHAD11
Definition: CastorHIMonitor.h:122
CastorHIMonitor::meEsectorHAD9
MonitorElement * meEsectorHAD9
Definition: CastorHIMonitor.h:120
CastorHIMonitor::meEsectorEM10
MonitorElement * meEsectorEM10
Definition: CastorHIMonitor.h:103
CastorHIMonitor::meEsector7
MonitorElement * meEsector7
Definition: CastorHIMonitor.h:66
Generated for CMSSW Reference Manual by doxygen 1.8.5