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MDTNoisyTubes.cxx
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1/*
2 Copyright (C) 2002-2022 CERN for the benefit of the ATLAS collaboration
3*/
4
6// Tool to mask Noisy Tubes
7// Nov. 2009
8// Author Justin Griffiths <griffith@cern.ch>
10
11#include "MDTNoisyTubes.h"
12
13using std::map;
14using std::set;
15using std::string;
16
17MDTNoisyTubes::~MDTNoisyTubes() = default;
18
19bool MDTNoisyTubes::isNoisy(const Muon::MdtPrepData* mdtCollection) const {
20 set<Identifier> noisyTubes;
21 map<IdentifierHash, set<Identifier> >::const_iterator itr = m_noise_map.find(mdtCollection->collectionHash());
22 if (itr == m_noise_map.end())
23 return false;
24 else
25 noisyTubes = itr->second;
26
27 return noisyTubes.find(mdtCollection->identify()) != noisyTubes.end();
28}
29
30set<Identifier> MDTNoisyTubes::getNoiseList(IdentifierHash idHash) {
31 set<Identifier> noisyTubes;
32 map<IdentifierHash, set<Identifier> >::const_iterator itr = m_noise_map.find(idHash);
33 if (itr == m_noise_map.end()) return noisyTubes;
34
35 return itr->second;
36}
37
38MDTNoisyTubes::MDTNoisyTubes(bool doMask) {
39 if (!doMask) return; // Option to turn off tube masking
40
41 IdentifierHash idHash;
42 std::set<Identifier> tubes;
43
44 // This noisy tube list was made using:
45 // data15_13TeV.00267639.physics_Main.merge.HIST.f603_h51/data15_13TeV.00267639.physics_Main.merge.HIST.f603_h51._0001.1
46
47 unsigned long long id = 0;
48
49 // BIL6A05 //
50 idHash = 68;
51 id = 0x6072046000000000;
52 tubes.insert(static_cast<Identifier>(id)); // hist bin #36
53 m_noise_map.insert(make_pair(idHash, tubes));
54 tubes.clear();
55
56 // BIL6A09 //
57 idHash = 70;
58 id = 0x6074046000000000;
59 tubes.insert(static_cast<Identifier>(id)); // hist bin #36
60 m_noise_map.insert(make_pair(idHash, tubes));
61 tubes.clear();
62
63 // BIS6C06 //
64 idHash = 90;
65 id = 0x6112704000000000;
66 tubes.insert(static_cast<Identifier>(id)); // hist bin #213
67 m_noise_map.insert(make_pair(idHash, tubes));
68 tubes.clear();
69
70 // BML2C09 //
71 idHash = 236;
72 id = 0x623456e000000000;
73 tubes.insert(static_cast<Identifier>(id)); // hist bin #280
74 m_noise_map.insert(make_pair(idHash, tubes));
75 tubes.clear();
76
77 // BML1C01 //
78 idHash = 240;
79 id = 0x623853e000000000;
80 tubes.insert(static_cast<Identifier>(id)); // hist bin #160
81 m_noise_map.insert(make_pair(idHash, tubes));
82 tubes.clear();
83
84 // BMS1C02 //
85 idHash = 326;
86 id = 0x6338218000000000;
87 tubes.insert(static_cast<Identifier>(id)); // hist bin #125
88 m_noise_map.insert(make_pair(idHash, tubes));
89 tubes.clear();
90
91 // BMS1C06 //
92 idHash = 328;
93 id = 0x633a06a000000000;
94 tubes.insert(static_cast<Identifier>(id)); // hist bin #54
95 m_noise_map.insert(make_pair(idHash, tubes));
96 tubes.clear();
97
98 // BMS1C16 //
99 idHash = 331;
100 id = 0x633f06e000000000;
101 tubes.insert(static_cast<Identifier>(id)); // hist bin #56
102 m_noise_map.insert(make_pair(idHash, tubes));
103 tubes.clear();
104
105 // BMS1A08 //
106 idHash = 335;
107 id = 0x634b020000000000;
108 tubes.insert(static_cast<Identifier>(id)); // hist bin #17
109 id = 0x634b068000000000;
110 tubes.insert(static_cast<Identifier>(id)); // hist bin #53
111 m_noise_map.insert(make_pair(idHash, tubes));
112 tubes.clear();
113
114 // BMS1A10 //
115 idHash = 336;
116 id = 0x634c42e000000000;
117 tubes.insert(static_cast<Identifier>(id)); // hist bin #192
118 m_noise_map.insert(make_pair(idHash, tubes));
119 tubes.clear();
120
121 // BMS1A16 //
122 idHash = 337;
123 id = 0x634f200000000000;
124 tubes.insert(static_cast<Identifier>(id)); // hist bin #113
125 id = 0x634f62e000000000;
126 tubes.insert(static_cast<Identifier>(id)); // hist bin #304
127 m_noise_map.insert(make_pair(idHash, tubes));
128 tubes.clear();
129
130 // BOL6A13 //
131 idHash = 463;
132 id = 0x6476600000000000;
133 tubes.insert(static_cast<Identifier>(id)); // hist bin #281
134 m_noise_map.insert(make_pair(idHash, tubes));
135 tubes.clear();
136
137 // BOL7A13 //
138 idHash = 465;
139 id = 0x647e118000000000;
140 tubes.insert(static_cast<Identifier>(id)); // hist bin #85
141 m_noise_map.insert(make_pair(idHash, tubes));
142 tubes.clear();
143
144 // BOS6C02 //
145 idHash = 466;
146 id = 0x651045e000000000;
147 tubes.insert(static_cast<Identifier>(id)); // hist bin #240
148 id = 0x6510660000000000;
149 tubes.insert(static_cast<Identifier>(id)); // hist bin #369
150 m_noise_map.insert(make_pair(idHash, tubes));
151 tubes.clear();
152
153 // BOS6C04 //
154 idHash = 467;
155 id = 0x651155c000000000;
156 tubes.insert(static_cast<Identifier>(id)); // hist bin #303
157 id = 0x6511618000000000;
158 tubes.insert(static_cast<Identifier>(id)); // hist bin #333
159 m_noise_map.insert(make_pair(idHash, tubes));
160 tubes.clear();
161
162 // BOS6C08 //
163 idHash = 469;
164 id = 0x651325a000000000;
165 tubes.insert(static_cast<Identifier>(id)); // hist bin #174
166 id = 0x6513608000000000;
167 tubes.insert(static_cast<Identifier>(id)); // hist bin #325
168 m_noise_map.insert(make_pair(idHash, tubes));
169 tubes.clear();
170
171 // BOS5C08 //
172 idHash = 475;
173 id = 0x651b200000000000;
174 tubes.insert(static_cast<Identifier>(id)); // hist bin #145
175 m_noise_map.insert(make_pair(idHash, tubes));
176 tubes.clear();
177
178 // BOS2C10 //
179 idHash = 494;
180 id = 0x6534624000000000;
181 tubes.insert(static_cast<Identifier>(id)); // hist bin #379
182 m_noise_map.insert(make_pair(idHash, tubes));
183 tubes.clear();
184
185 // BOS2A16 //
186 idHash = 513;
187 id = 0x6557400000000000;
188 tubes.insert(static_cast<Identifier>(id)); // hist bin #217
189 m_noise_map.insert(make_pair(idHash, tubes));
190 tubes.clear();
191
192 // BOS4A04 //
193 idHash = 521;
194 id = 0x6561200000000000;
195 tubes.insert(static_cast<Identifier>(id)); // hist bin #145
196 m_noise_map.insert(make_pair(idHash, tubes));
197 tubes.clear();
198
199 // BOS4A10 //
200 idHash = 524;
201 id = 0x656458c000000000;
202 tubes.insert(static_cast<Identifier>(id)); // hist bin #359
203 m_noise_map.insert(make_pair(idHash, tubes));
204 tubes.clear();
205
206 // BOS4A16 //
207 idHash = 525;
208 id = 0x6567000000000000;
209 tubes.insert(static_cast<Identifier>(id)); // hist bin #1
210 m_noise_map.insert(make_pair(idHash, tubes));
211 tubes.clear();
212
213 // BOS6A02 //
214 idHash = 532;
215 id = 0x657024a000000000;
216 tubes.insert(static_cast<Identifier>(id)); // hist bin #166
217 m_noise_map.insert(make_pair(idHash, tubes));
218 tubes.clear();
219
220 // BOS6A04 //
221 idHash = 533;
222 id = 0x657165c000000000;
223 tubes.insert(static_cast<Identifier>(id)); // hist bin #367
224 m_noise_map.insert(make_pair(idHash, tubes));
225 tubes.clear();
226
227 // BIR2A15 //
228 idHash = 585;
229 id = 0x675751e000000000;
230 tubes.insert(static_cast<Identifier>(id)); // hist bin #166
231 m_noise_map.insert(make_pair(idHash, tubes));
232 tubes.clear();
233
234 // BMF1C12 //
235 idHash = 598;
236 id = 0x683d07a000000000;
237 tubes.insert(static_cast<Identifier>(id)); // hist bin #62
238 m_noise_map.insert(make_pair(idHash, tubes));
239 tubes.clear();
240
241 // BMF1A12 //
242 idHash = 600;
243 id = 0x684d000000000000;
244 tubes.insert(static_cast<Identifier>(id)); // hist bin #1
245 m_noise_map.insert(make_pair(idHash, tubes));
246 tubes.clear();
247
248 // BMF1A14 //
249 idHash = 601;
250 id = 0x684e270000000000;
251 tubes.insert(static_cast<Identifier>(id)); // hist bin #201
252 m_noise_map.insert(make_pair(idHash, tubes));
253 tubes.clear();
254
255 // BOF1A12 //
256 idHash = 614;
257 id = 0x694d616000000000;
258 tubes.insert(static_cast<Identifier>(id)); // hist bin #372
259 m_noise_map.insert(make_pair(idHash, tubes));
260 tubes.clear();
261
262 // BOF5A14 //
263 idHash = 619;
264 id = 0x695e02c000000000;
265 tubes.insert(static_cast<Identifier>(id)); // hist bin #23
266 m_noise_map.insert(make_pair(idHash, tubes));
267 tubes.clear();
268
269 // EIL1A05 //
270 idHash = 676;
271 id = 0x6b4a708000000000;
272 tubes.insert(static_cast<Identifier>(id)); // hist bin #257
273 m_noise_map.insert(make_pair(idHash, tubes));
274 tubes.clear();
275
276 // EIL2A15 //
277 idHash = 689;
278 id = 0x6b57046000000000;
279 tubes.insert(static_cast<Identifier>(id)); // hist bin #36
280 m_noise_map.insert(make_pair(idHash, tubes));
281 tubes.clear();
282
283 // EML5C11 //
284 idHash = 775;
285 id = 0x6e1d43a000000000;
286 tubes.insert(static_cast<Identifier>(id)); // hist bin #222
287 m_noise_map.insert(make_pair(idHash, tubes));
288 tubes.clear();
289
290 // EML1C11 //
291 idHash = 807;
292 id = 0x6e3d264000000000;
293 tubes.insert(static_cast<Identifier>(id)); // hist bin #163
294 m_noise_map.insert(make_pair(idHash, tubes));
295 tubes.clear();
296
297 // EML1A13 //
298 idHash = 816;
299 id = 0x6e4e53c000000000;
300 tubes.insert(static_cast<Identifier>(id)); // hist bin #255
301 m_noise_map.insert(make_pair(idHash, tubes));
302 tubes.clear();
303
304 // EML2A13 //
305 idHash = 824;
306 id = 0x6e56512000000000;
307 tubes.insert(static_cast<Identifier>(id)); // hist bin #266
308 m_noise_map.insert(make_pair(idHash, tubes));
309 tubes.clear();
310
311 // EML2A15 //
312 idHash = 825;
313 id = 0x6e57612000000000;
314 tubes.insert(static_cast<Identifier>(id)); // hist bin #330
315 m_noise_map.insert(make_pair(idHash, tubes));
316 tubes.clear();
317
318 // EMS3C10 //
319 idHash = 870;
320 id = 0x6f2c17a000000000;
321 tubes.insert(static_cast<Identifier>(id)); // hist bin #126
322 m_noise_map.insert(make_pair(idHash, tubes));
323 tubes.clear();
324
325 // EMS2A08 //
326 idHash = 901;
327 id = 0x6f53410000000000;
328 tubes.insert(static_cast<Identifier>(id)); // hist bin #201
329 m_noise_map.insert(make_pair(idHash, tubes));
330 tubes.clear();
331
332 // EMS2A14 //
333 idHash = 904;
334 id = 0x6f56578000000000;
335 tubes.insert(static_cast<Identifier>(id)); // hist bin #317
336 m_noise_map.insert(make_pair(idHash, tubes));
337 tubes.clear();
338
339 // EMS3A02 //
340 idHash = 906;
341 id = 0x6f58274000000000;
342 tubes.insert(static_cast<Identifier>(id)); // hist bin #187
343 m_noise_map.insert(make_pair(idHash, tubes));
344 tubes.clear();
345
346 // BME1C14 //
347 idHash = 1174;
348 id = 0x7e3e374000000000;
349 tubes.insert(static_cast<Identifier>(id)); // hist bin #293
350 id = 0x7e3e474000000000;
351 tubes.insert(static_cast<Identifier>(id)); // hist bin #293
352 m_noise_map.insert(make_pair(idHash, tubes));
353 tubes.clear();
354}
IdentifierHash
This is a "hash" representation of an Identifier.
Definition IdentifierHash.h:25
MDTNoisyTubes::m_noise_map
std::map< IdentifierHash, std::set< Identifier > > m_noise_map
Definition MDTNoisyTubes.h:29
MDTNoisyTubes::isNoisy
bool isNoisy(const Muon::MdtPrepData *) const
Definition MDTNoisyTubes.cxx:19
MDTNoisyTubes::getNoiseList
std::set< Identifier > getNoiseList(IdentifierHash)
Definition MDTNoisyTubes.cxx:30
MDTNoisyTubes::MDTNoisyTubes
MDTNoisyTubes(bool doMask=true)
Definition MDTNoisyTubes.cxx:38
Muon::MdtPrepData
Class to represent measurements from the Monitored Drift Tubes.
Definition MdtPrepData.h:33
Muon::MdtPrepData::collectionHash
virtual IdentifierHash collectionHash() const
Returns the IdentifierHash corresponding to the Mdt tube which was hit.
Definition MdtPrepData.h:148
Trk::PrepRawData::identify
Identifier identify() const
return the identifier
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