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CaloId.cxx
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1/*
2 Copyright (C) 2002-2017 CERN for the benefit of the ATLAS collaboration
3*/
4
5#include "LArCafJobs/CaloId.h"
6
7#include "TH2.h"
8#include "TProfile2D.h"
9#include "TMath.h"
10#include <vector>
11
12using namespace LArSamples;
13
14
15TString Id::str(CaloId id)
16{
17 switch (id) {
18 case FCAL_C : return "FCAL_C";
19 case HEC_C : return "HEC_C";
20 case EMEC_OUTER_C : return "EMEC_OUTER_C";
21 case EMEC_INNER_C : return "EMEC_INNER_C";
22 case EMEC_C : return "EMEC_C";
23 case EMB_C : return "EMB_C";
24 case UNKNOWN_CALO : return "UNKNOWN_CALO";
25 case EMB_A : return "EMB_A";
26 case EMEC_INNER_A : return "EMEC_INNER_A";
27 case EMEC_OUTER_A : return "EMEC_OUTER_A";
28 case EMEC_A : return "EMEC_A";
29 case HEC_A : return "HEC_A";
30 case FCAL_A : return "FCAL_A";
31
32 case EMB : return "EMB";
33 case EMEC : return "EMEC";
34 case EMEC_OUTER : return "EMEC_OUTER";
35 case EMEC_INNER : return "EMEC_INNER";
36 case HEC : return "HEC";
37 case FCAL : return "FCAL";
38 case EM : return "EM";
39 case PRECISION_EM : return "PRECISION_EM";
40 }
41
42 return "UNKNOWN_CALO";
43}
44
45CaloId Id::caloId(const TString& str)
46{
47 if (str == "FCAL_C") return FCAL_C;
48 if (str == "HEC_C") return HEC_C;
49 if (str == "EMEC_OUTER_C") return EMEC_OUTER_C;
50 if (str == "EMEC_INNER_C") return EMEC_INNER_C;
51 if (str == "EMEC_C") return EMEC_C;
52 if (str == "EMB_C") return EMB_C;
53 if (str == "UNKNOWN_CALO") return UNKNOWN_CALO;
54 if (str == "EMB_A") return EMB_A;
55 if (str == "EMEC_INNER_A") return EMEC_INNER_A;
56 if (str == "EMEC_OUTER_A") return EMEC_OUTER_A;
57 if (str == "EMEC_A") return EMEC_A;
58 if (str == "HEC_A") return HEC_A;
59 if (str == "FCAL_A") return FCAL_A;
60
61 if (str == "EMB") return EMB;
62 if (str == "EMEC") return EMEC;
63 if (str == "EMEC_OUTER") return EMEC_OUTER;
64 if (str == "EMEC_INNER") return EMEC_INNER;
65 if (str == "HEC") return HEC;
66 if (str == "FCAL") return FCAL;
67 if (str == "EM") return EM;
68 if (str == "PRECISION_EM") return PRECISION_EM;
69
70 return UNKNOWN_CALO;
71}
72
73
74CaloId Id::summary(CaloId id)
75{
76 switch (id) {
77 case FCAL_C : return FCAL;
78 case HEC_C : return HEC;
79 case EMEC_OUTER_C : return EMEC;
80 case EMEC_INNER_C : return EMEC;
81 case EMEC_C : return EMEC;
82 case EMB_C : return EMB;
83 case UNKNOWN_CALO : return UNKNOWN_CALO;
84 case EMB_A : return EMB;
85 case EMEC_OUTER_A : return EMEC;
86 case EMEC_INNER_A : return EMEC;
87 case EMEC_A : return EMEC;
88 case HEC_A : return HEC;
89 case FCAL_A : return FCAL;
90
91 case EMB : return EMB;
92 case EMEC : return EMEC;
93 case EMEC_OUTER : return EMEC;
94 case EMEC_INNER : return EMEC;
95 case HEC : return HEC;
96 case FCAL : return FCAL;
97 case EM : return EM;
98 case PRECISION_EM : return PRECISION_EM;
99 }
100
101 return UNKNOWN_CALO;
102}
103
104
105TString Id::str(PartitionId id)
106{
107 switch (id) {
108 case EMB_C_PARTITION : return "EMB_C_PARTITION";
109 case EMB_A_PARTITION : return "EMB_A_PARTITION";
110 case EMEC_C_PARTITION : return "EMEC_C_PARTITION";
111 case EMEC_A_PARTITION : return "EMEC_A_PARTITION";
112 case UNKNOWN_PARTITION: return "UNKNOWN_PARTITION";
113 case HEC_C_PARTITION : return "HEC_C_PARTITION";
114 case HEC_A_PARTITION : return "HEC_A_PARTITION";
115 case FCAL_C_PARTITION : return "FCAL_C_PARTITION";
116 case FCAL_A_PARTITION : return "FCAL_A_PARTITION";
117 }
118
119 return "UNKNOWN_PARTITION";
120}
121
122
123PartitionId Id::partitionId(const TString& str)
124{
125 if (str == "FCAL_C_PARTITION") return FCAL_C_PARTITION;
126 if (str == "HEC_C_PARTITION") return HEC_C_PARTITION;
127 if (str == "EMEC_C_PARTITION") return EMEC_C_PARTITION;
128 if (str == "EMB_C_PARTITION") return EMB_C_PARTITION;
129 if (str == "UNKNOWN_PARTITION") return UNKNOWN_PARTITION;
130 if (str == "EMB_A_PARTITION") return EMB_A_PARTITION;
131 if (str == "EMEC_A_PARTITION") return EMEC_A_PARTITION;
132 if (str == "HEC_A_PARTITION") return HEC_A_PARTITION;
133 if (str == "FCAL_A_PARTITION") return FCAL_A_PARTITION;
134
135 return UNKNOWN_PARTITION;
136}
137
138
139CaloId Id::summary(PartitionId id)
140{
141 switch (id) {
142 case FCAL_C_PARTITION : return FCAL;
143 case HEC_C_PARTITION : return HEC;
144 case EMEC_C_PARTITION : return EMEC;
145 case EMB_C_PARTITION : return EMB;
146 case UNKNOWN_PARTITION : return UNKNOWN_CALO;
147 case EMB_A_PARTITION : return EMB;
148 case EMEC_A_PARTITION : return EMEC;
149 case HEC_A_PARTITION : return HEC;
150 case FCAL_A_PARTITION : return FCAL;
151 }
152
153 return UNKNOWN_CALO;
154}
155
156
157PartitionId Id::partition(CaloId id)
158{
159 switch (id) {
160 case FCAL_C : return FCAL_C_PARTITION;
161 case HEC_C : return HEC_C_PARTITION;
162 case EMEC_OUTER_C : return EMEC_C_PARTITION;
163 case EMEC_INNER_C : return EMEC_C_PARTITION;
164 case EMEC_C : return EMEC_C_PARTITION;
165 case EMB_C : return EMB_C_PARTITION;
166 case UNKNOWN_CALO : return UNKNOWN_PARTITION;
167 case EMB_A : return EMB_A_PARTITION;
168 case EMEC_INNER_A : return EMEC_A_PARTITION;
169 case EMEC_OUTER_A : return EMEC_A_PARTITION;
170 case EMEC_A : return EMEC_A_PARTITION;
171 case HEC_A : return HEC_A_PARTITION;
172 case FCAL_A : return FCAL_A_PARTITION;
173
174 case EMB : return UNKNOWN_PARTITION;
175 case EMEC : return UNKNOWN_PARTITION;
176 case EMEC_OUTER : return UNKNOWN_PARTITION;
177 case EMEC_INNER : return UNKNOWN_PARTITION;
178 case HEC : return UNKNOWN_PARTITION;
179 case FCAL : return UNKNOWN_PARTITION;
180 case EM : return UNKNOWN_PARTITION;
181 case PRECISION_EM : return UNKNOWN_PARTITION;
182 }
183
184 return UNKNOWN_PARTITION;
185}
186
187
188bool Id::matchCalo(CaloId id, CaloId idSpec)
189{
190 if (id == idSpec) return true;
191 if (idSpec == EMB && (id == EMB_A || id == EMB_C)) return true;
192 if (idSpec == EMEC && (matchCalo(id, EMEC_A) || matchCalo(id, EMEC_C))) return true;
193 if (idSpec == EMEC_A && (id == EMEC_INNER_A || id == EMEC_OUTER_A)) return true;
194 if (idSpec == EMEC_C && (id == EMEC_INNER_C || id == EMEC_OUTER_C)) return true;
195 if (idSpec == EMEC_OUTER && (id == EMEC_OUTER_A || id == EMEC_OUTER_C)) return true;
196 if (idSpec == EMEC_INNER && (id == EMEC_INNER_A || id == EMEC_INNER_C)) return true;
197 if (idSpec == HEC && (id == HEC_A || id == HEC_C)) return true;
198 if (idSpec == FCAL && (id == FCAL_A || id == FCAL_C)) return true;
199 if (idSpec == EM && (matchCalo(id, EMB) || matchCalo(id, EMEC))) return true;
200 if (idSpec == PRECISION_EM && (matchCalo(id, EMB) || matchCalo(id, EMEC_OUTER))) return true;
201
202 return false;
203}
204
205
206short Id::sign(CaloId id)
207{
208 switch (id) {
209 case FCAL_C : return -1;
210 case HEC_C : return -1;
211 case EMEC_OUTER_C : return -1;
212 case EMEC_INNER_C : return -1;
213 case EMEC_C : return -1;
214 case EMB_C : return -1;
215 case UNKNOWN_CALO : return 0;
216 case EMB_A : return +1;
217 case EMEC_INNER_A : return +1;
218 case EMEC_OUTER_A : return +1;
219 case EMEC_A : return +1;
220 case HEC_A : return +1;
221 case FCAL_A : return +1;
222
223 case EMB : return 0;
224 case EMEC : return 0;
225 case EMEC_OUTER : return 0;
226 case EMEC_INNER : return 0;
227 case HEC : return 0;
228 case FCAL : return 0;
229 case EM : return 0;
230 case PRECISION_EM : return 0;
231 }
232
233 return 0;
234}
235
236CaloId Id::mirror(CaloId id)
237{
238 switch (id) {
239 case FCAL_C : return FCAL_A;
240 case HEC_C : return HEC_A;
241 case EMEC_OUTER_C : return EMEC_OUTER_A;
242 case EMEC_INNER_C : return EMEC_INNER_A;
243 case EMEC_C : return EMEC_A;
244 case EMB_C : return EMB_A;
245 case UNKNOWN_CALO : return UNKNOWN_CALO;
246 case EMB_A : return EMB_C;
247 case EMEC_INNER_A : return EMEC_INNER_C;
248 case EMEC_OUTER_A : return EMEC_OUTER_C;
249 case EMEC_A : return EMEC_C;
250 case HEC_A : return HEC_C;
251 case FCAL_A : return FCAL_C;
252
253 case EMB : return EMB;
254 case EMEC : return EMEC;
255 case EMEC_OUTER : return EMEC_OUTER;
256 case EMEC_INNER : return EMEC_INNER;
257 case HEC : return HEC;
258 case FCAL : return FCAL;
259 case EM : return EM;
260 case PRECISION_EM : return PRECISION_EM;
261 }
262
263 return UNKNOWN_CALO;
264}
265
LArSamples::Id::PartitionId
LArSamples::PartitionId PartitionId
Definition CaloId.h:40
LArSamples::Id::partitionId
static PartitionId partitionId(const TString &str)
Definition CaloId.cxx:123
LArSamples::Id::mirror
static CaloId mirror(CaloId id)
Definition CaloId.cxx:236
LArSamples::Id::summary
static CaloId summary(CaloId id)
Definition CaloId.cxx:74
LArSamples::Id::partition
static PartitionId partition(CaloId id)
Definition CaloId.cxx:157
LArSamples::Id::caloId
static CaloId caloId(const TString &str)
Definition CaloId.cxx:45
LArSamples::Id::str
static TString str(CaloId id)
Definition CaloId.cxx:15
LArSamples::Id::matchCalo
static bool matchCalo(CaloId id, CaloId idSpec)
Definition CaloId.cxx:188
LArSamples::Id::sign
static short sign(CaloId id)
Definition CaloId.cxx:206
LArSamples::Id::CaloId
LArSamples::CaloId CaloId
Definition CaloId.h:39
LArSamples::EMEC_INNER
@ EMEC_INNER
Definition CaloId.h:25
LArSamples::EMEC_INNER_C
@ EMEC_INNER_C
Definition CaloId.h:22
LArSamples::PRECISION_EM
@ PRECISION_EM
Definition CaloId.h:26
LArSamples::UNKNOWN_CALO
@ UNKNOWN_CALO
Definition CaloId.h:23
LArSamples::EMEC_INNER_A
@ EMEC_INNER_A
Definition CaloId.h:24
LArSamples::EMEC_OUTER_C
@ EMEC_OUTER_C
Definition CaloId.h:22
LArSamples::EMEC_OUTER_A
@ EMEC_OUTER_A
Definition CaloId.h:24
LArSamples::EMEC_OUTER
@ EMEC_OUTER
Definition CaloId.h:25
LArSamples::EMEC_A_PARTITION
@ EMEC_A_PARTITION
Definition CaloId.h:30
LArSamples::FCAL_C_PARTITION
@ FCAL_C_PARTITION
Definition CaloId.h:31
LArSamples::HEC_C_PARTITION
@ HEC_C_PARTITION
Definition CaloId.h:31
LArSamples::EMB_A_PARTITION
@ EMB_A_PARTITION
Definition CaloId.h:30
LArSamples::FCAL_A_PARTITION
@ FCAL_A_PARTITION
Definition CaloId.h:31
LArSamples::UNKNOWN_PARTITION
@ UNKNOWN_PARTITION
Definition CaloId.h:31
LArSamples::EMB_C_PARTITION
@ EMB_C_PARTITION
Definition CaloId.h:30
LArSamples::EMEC_C_PARTITION
@ EMEC_C_PARTITION
Definition CaloId.h:30
LArSamples::HEC_A_PARTITION
@ HEC_A_PARTITION
Definition CaloId.h:31
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