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Menu_Physics_pp_run3_v1.py
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1# Copyright (C) 2002-2025 CERN for the benefit of the ATLAS collaboration
2#
3# Run this file in order to print out the empty slots
4
5from TriggerMenuMT.L1.Base.L1MenuFlags import L1MenuFlags
6from TriggerMenuMT.L1.Menu.MenuCommon import print_available, RequiredL1Items, defineCommonL1Flags
7
8def defineMenu():
9
10 defineCommonL1Flags(L1MenuFlags)
11
12 L1MenuFlags.items = RequiredL1Items + [
13
14
18 'L1_eEM5', 'L1_eEM7', 'L1_eEM9', 'L1_eEM10L',
19 'L1_eEM12L', 'L1_eEM15', 'L1_eEM18', 'L1_eEM18L', 'L1_eEM18M',
20 'L1_eEM22M', 'L1_eEM24L', 'L1_eEM24VM',
21 'L1_eEM5_EMPTY','L1_eEM9_EMPTY', 'L1_eEM9_FIRSTEMPTY','L1_2eEM9_EMPTY', 'L1_eEM9_UNPAIRED_ISO',
22 'L1_eEM15_EMPTY',
23 'L1_eEM26', 'L1_eEM26L', 'L1_eEM26M', 'L1_eEM26T', 'L1_eEM28M', 'L1_eEM40L_2eEM18L',
24 #beam splashes
25 'L1_eEM22A', 'L1_eEM22C',
26
27
30 'L1_MU3V', 'L1_MU5VF', 'L1_MU8F', 'L1_MU8VF', 'L1_MU14FCH', 'L1_MU14FCHR',
31 'L1_MU3VF', 'L1_MU8FC', 'L1_MU8VFC', 'L1_MU15VFCH', 'L1_MU10BOM', 'L1_MU4BOM', 'L1_MU12BOM', 'L1_MU10BO',
32 'L1_2MU3V', 'L1_2MU3VF', 'L1_2MU5VF', 'L1_2MU8F', 'L1_MU8VF_2MU5VF', 'L1_MU5VF_2MU3V', 'L1_MU5VF_2MU3VF',
33 'L1_3MU3V', 'L1_3MU3VF', 'L1_3MU5VF', 'L1_MU5VF_3MU3V', 'L1_MU5VF_3MU3VF', 'L1_4MU3V',
34 'L1_2MU5VF_3MU3V', 'L1_2MU8VF',
35 'L1_MU8F_2MU5VF',
36
37 'L1_2MU14FCH_OVERLAY',
38 'L1_MU3V_EMPTY', 'L1_2MU5VF_EMPTY', 'L1_MU3V_FIRSTEMPTY', 'L1_MU8VF_EMPTY',
39 'L1_MU3V_UNPAIRED_ISO',
40
41 # test
42 'L1_MU3VC', 'L1_MU4BO', 'L1_MU3EOF',
43 'L1_MU8FH', 'L1_MU8EOF', 'L1_MU9VF', 'L1_MU9VFC',
44 'L1_MU12FCH', 'L1_MU14EOF', 'L1_MU15VFCHR', 'L1_MU18VFCH', 'L1_MU20VFC',
45
46
48 'L1_2eEM10L', # prospective Run 4 L1 item, ATR-30180
49 'L1_2eEM18', 'L1_2eEM18L', 'L1_2eEM18M', 'L1_2eEM24L', 'L1_3eEM12L', 'L1_eEM24L_3eEM12L',
50 'L1_eEM18L_MU8F', 'L1_2eEM10L_MU8F',
51 # ATR-27156
52 'L1_2eEM9',
53 # single tau
54 'L1_eTAU12', 'L1_cTAU12M', 'L1_eTAU12_EMPTY', 'L1_eTAU12_FIRSTEMPTY', 'L1_eTAU12_UNPAIRED_ISO',
55 'L1_eTAU20', 'L1_jTAU20', 'L1_cTAU20M',
56 'L1_eTAU20L', 'L1_eTAU20M',
57 'L1_eTAU30', 'L1_cTAU30M',
58 'L1_eTAU35', 'L1_cTAU35M',
59 'L1_eTAU40HM', 'L1_eTAU40HT',
60 'L1_cTAU50M',
61 'L1_eTAU60', 'L1_eTAU60HM', 'L1_eTAU60_EMPTY', 'L1_eTAU60_UNPAIRED_ISO',
62 'L1_eTAU70',
63 'L1_eTAU80', 'L1_eTAU140',
64
65
66
67 # multi tau, new calo
68 'L1_eTAU80_2eTAU60',
69 'L1_cTAU30M_2cTAU20M_4jJ30p0ETA25',
70 'L1_cTAU35M_2cTAU30M_2jJ55_3jJ50',
71 'L1_cTAU35M_2cTAU30M',
72 'L1_cTAU30M_2cTAU20M_jJ55_2jJ50_3jJ30',
73
74 # combined tau - lepton
75 #Phase-I
76 'L1_MU8F_cTAU20M',
77 'L1_MU8F_cTAU20M_jJ55_2jJ30',
78 'L1_MU8F_cTAU20M_3jJ30',
79 'L1_eEM18M_2cTAU20M_4jJ30',
80
81 # combined tau - xe
82 'L1_eEM18M_2cTAU20M_jXE70',
83 'L1_MU8F_cTAU20M_jXE70',
84 'L1_eTAU60_2cTAU20M_jXE80',
85
86 # ATR-31097
87 'L1_TeAsymmetry-jTENoSort',
88 'L1_TeATIME-jTENoSort',
89
90 # ATR-28761 Phase1 combined em - jet
91 'L1_eEM22M_3jJ50',
92 'L1_eEM24L_3jJ50',
93
94 # combined mu - jet
95 'L1_BTAG-MU3VjJ40', 'L1_BTAG-MU5VFjJ80',
96
97 'L1_BTAG-MU3VFjJ40_2jJ30p0ETA25',
98 'L1_BTAG-MU3VFjJ40_2jJ30p0ETA25_jJ50p0ETA25',
99 'L1_BTAG-MU3VFjJ40_2jJ40p0ETA25',
100 'L1_BTAG-MU3VFjJ40_2jJ40p0ETA25_jJ50p0ETA25',
101
102 'L1_BTAG-MU5VFjJ20_2jJ40p0ETA25_jJ50p0ETA25',
103
104 #ATR-13743 J,XE thershold change for ATR-19376
105 'L1_MU8F_2jJ50','L1_MU8F_3jJ50', 'L1_MU8F_2jJ40_jJ50',
106 'L1_MU14FCH_jJ90',
107 'L1_MU14FCH_jXE80',
108 'L1_MU14FCH_EMPTY',
109 'L1_MU14FCH_UNPAIRED_ISO',
110
111 # jJ
112 'L1_jJ30', 'L1_jJ30_BGRP12','L1_jJ30_EMPTY','L1_jJ30_FIRSTEMPTY',
113 'L1_jJ30_UNPAIRED_ISO','L1_jJ30_UNPAIRED_NONISO','L1_jJ30_UNPAIREDB1','L1_jJ30_UNPAIREDB2',
114 'L1_jJ30p0ETA25',
115
116 'L1_jJ40', 'L1_jJ40p0ETA25', 'L1_jJ40p30ETA49', 'L1_jJ40p30ETA49_UNPAIRED_ISO',
117
118 'L1_jJ50', 'L1_jJ50p30ETA49',
119
120 'L1_jJ55', 'L1_jJ55p0ETA23', 'L1_jJ55p0ETA23_2jJ40p30ETA49',
121
122 'L1_jJ60', 'L1_jJ60_EMPTY', 'L1_jJ60_FIRSTEMPTY','L1_jJ60p30ETA49',
123 'L1_jJ60p30ETA49_EMPTY',
124 'L1_jJ70p0ETA23',
125
126 'L1_jJ80',
127 'L1_jJ80p0ETA25', 'L1_jJ80p0ETA25_2jJ40p30ETA49', 'L1_jJ80p0ETA25_2jJ55_jJ50p30ETA49',
128
129 'L1_jJ85p0ETA21', 'L1_jJ85p0ETA21_3jJ40p0ETA25',
130
131 'L1_jJ90', 'L1_jJ90_UNPAIRED_ISO', 'L1_jJ90_UNPAIRED_NONISO',
132 'L1_jJ90p30ETA49',
133 'L1_jJ90_2jJ80p0ETA25_3jJ40p0ETA25',
134
135 'L1_jJ125', 'L1_jJ125p30ETA49',
136
137 'L1_jJ140',
138
139 'L1_jJ160', 'L1_jJ160_FIRSTEMPTY',
140
141 'L1_jJ180',
142
143 'L1_jJ500', 'L1_jJ500_LAR',
144
145 'L1_3jJ55p0ETA23',
146 'L1_6jJ40',
147
148 'L1_4jJ40', 'L1_3jJ90', 'L1_4jJ50', 'L1_4jJ40p0ETA25', 'L1_5jJ40p0ETA25',
149 'L1_3jJ70p0ETA23', 'L1_jJ140_3jJ60',
150 'L1_MU3V_jJ30', 'L1_MU3V_jJ40', 'L1_MU5VF_jJ80',
151 #Kept as Phase-1 ATR-28761
152
153
154 # jEM
155 'L1_jEM25', 'L1_jEM20M',
156 'L1_jEM35', # prospective Run 4 L1 item, ATR-30180
157
158 # gJ
159 'L1_gJ20p0ETA25', 'L1_gJ20p0ETA25_EMPTY', 'L1_gJ20p25ETA49', 'L1_gJ50p0ETA25', 'L1_gJ100p0ETA25', 'L1_gJ400p0ETA25',
160
161 # gLJ
162 'L1_gLJ80p0ETA25', 'L1_gLJ100p0ETA25', 'L1_gLJ140p0ETA25', 'L1_gLJ160p0ETA25',
163 'L1_gLJ90p0ETA25', # prospective Run 4 L1 item, ATR-30180
164
165 # LAr saturation
166 'L1_LArSaturation',
167
168 # combined jet
169 'L1_jJ80_jXE100',
170 # ATR-27250 Duplicate multijet-seeded triggers to jFEX
171 'L1_2jJ90_jXE80',
172 'L1_2jJ40_jXE110',
173 'L1_3jJ40p0ETA25_jXE80',
174
175 'L1_2jJ56p0ETA49', # prospective Run 4 L1 item, ATR-30180
176 #ATR-29523
177 'L1_3jJ40p0ETA25',
178 # new calo
179 'L1_gXENC70', 'L1_gXENC100',
180 'L1_gXEJWOJ60', 'L1_gXEJWOJ70', 'L1_gXEJWOJ80', 'L1_gXEJWOJ100', 'L1_gXEJWOJ110', 'L1_gXEJWOJ120', 'L1_gXEJWOJ500',
181 'L1_gTE200',
182 'L1_gMHT500',
183
184 'L1_jXE60', 'L1_jXE70', 'L1_jXE80', 'L1_jXE90', 'L1_jXE100', 'L1_jXE110', 'L1_jXE120', 'L1_jXE500',
185 'L1_jXEC100', 'L1_jTE200', 'L1_jTEC200', 'L1_jTEFWD100', 'L1_jTEFWDA100', 'L1_jTEFWDC100',
186
187 #LUCID
188 'L1_LUCID_A', 'L1_LUCID_C',
189 'L1_LUCID_A_BGRP11', 'L1_LUCID_C_BGRP11',
190
191 #combined jet xe
192 'L1_jJ80_jXE120',
193
194 # VDM
195
196 # LHCF
197
198 # AFP
199 # high-priority (all mu)
200 'L1_AFP_A_AND_C_TOF_T0T1',
201 'L1_AFP_FSA_BGRP12', 'L1_AFP_FSC_BGRP12',
202 # med-priority (all mu)
203 'L1_AFP_FSA_TOF_T0_BGRP12', 'L1_AFP_FSA_TOF_T1_BGRP12','L1_AFP_FSC_TOF_T0_BGRP12', 'L1_AFP_FSC_TOF_T1_BGRP12',
204 # low-priority (all mu)
205 'L1_AFP_FSA_TOF_T2_BGRP12', 'L1_AFP_FSA_TOF_T3_BGRP12','L1_AFP_FSC_TOF_T2_BGRP12', 'L1_AFP_FSC_TOF_T3_BGRP12',
206 'L1_AFP_A_OR_C_UNPAIRED_ISO', 'L1_AFP_A_OR_C_UNPAIRED_NONISO', 'L1_AFP_A_OR_C_EMPTY', 'L1_AFP_A_OR_C_FIRSTEMPTY',
207
208 'L1_AFP_A_OR_C_TOF_UNPAIRED_ISO', 'L1_AFP_A_OR_C_TOF_UNPAIRED_NONISO', 'L1_AFP_A_OR_C_TOF_EMPTY', 'L1_AFP_A_OR_C_TOF_FIRSTEMPTY',
209 'L1_AFP_A_AND_C_TOF_jJ50', 'L1_AFP_A_AND_C_TOF_T0T1_jJ50', 'L1_AFP_A_AND_C_TOF_jJ60', 'L1_AFP_A_AND_C_TOF_T0T1_jJ60', 'L1_AFP_A_AND_C_TOF_jJ90', 'L1_AFP_A_AND_C_TOF_T0T1_jJ90', 'L1_AFP_A_AND_C_TOF_jJ125', 'L1_AFP_A_AND_C_TOF_T0T1_jJ125',
210
211 # high-priority (low mu)
212 'L1_AFP_NSA_BGRP12', 'L1_AFP_NSC_BGRP12',
213 'L1_AFP_A','L1_AFP_C', 'L1_AFP_A_AND_C', 'L1_AFP_A_AND_C_TOF',
214 'L1_AFP_A_OR_C_jJ30', 'L1_AFP_A_AND_C_jJ30',
215 'L1_MU5VF_AFP_A_OR_C', 'L1_MU5VF_AFP_A_AND_C',
216 'L1_eEM9_AFP_A_OR_C', 'L1_eEM9_AFP_A_AND_C',
217 # med-priority (low mu)
218 'L1_AFP_A_OR_C', 'L1_AFP_A_OR_C_MBTS_2', 'L1_AFP_A_AND_C_MBTS_2',
219
220
221 # MBTS
222 'L1_MBTS_A', 'L1_MBTS_C',
223 'L1_MBTS_1_EMPTY', 'L1_MBTS_1_1_EMPTY', 'L1_MBTS_2_EMPTY',
224 'L1_MBTS_1_UNPAIRED_ISO', 'L1_MBTS_1_1_UNPAIRED_ISO', 'L1_MBTS_2_UNPAIRED_ISO',
225 'L1_MBTS_1', 'L1_MBTS_1_1', 'L1_MBTS_2',
226 'L1_MBTS_4_A', 'L1_MBTS_4_C',
227 'L1_MBTS_1_A', 'L1_MBTS_1_C',
228 'L1_MBTS_1_A_EMPTY', 'L1_MBTS_1_C_EMPTY',
229 # For VdM
230 'L1_MBTS_2_BGRP11', 'L1_MBTS_1_1_BGRP11', 'L1_TRT_BGRP11',
231
232 # extra MBTS
233 # TODO: to be removed for high-mu pp
234 'L1_MBTSA0', 'L1_MBTSA1', 'L1_MBTSA2', 'L1_MBTSA3', 'L1_MBTSA4', 'L1_MBTSA5', 'L1_MBTSA6', 'L1_MBTSA7', 'L1_MBTSA8', 'L1_MBTSA9', 'L1_MBTSA10', 'L1_MBTSA11', 'L1_MBTSA12', 'L1_MBTSA13', 'L1_MBTSA14', 'L1_MBTSA15', 'L1_MBTSC0', 'L1_MBTSC1', 'L1_MBTSC2', 'L1_MBTSC3', 'L1_MBTSC4', 'L1_MBTSC5', 'L1_MBTSC6', 'L1_MBTSC7', 'L1_MBTSC8', 'L1_MBTSC9', 'L1_MBTSC10', 'L1_MBTSC11', 'L1_MBTSC12', 'L1_MBTSC13', 'L1_MBTSC14', 'L1_MBTSC15',
235
236
237
238 #--------------------------------
239 # TOPO items
240 #--------------------------------
241
242 # phase1 L1Topo
243 'L1_LAR-ZEE-eEM',
244 'L1_JPSI-1M5-eEM9',
245 'L1_JPSI-1M5-eEM15',
246 'L1_BPH-0M9-eEM9-eEM7', 'L1_BPH-0M9-eEM9-eEM7_MU5VF', 'L1_BPH-0M9-eEM9-eEM7_2MU3V',
247 'L1_LLP-RO-eEM', 'L1_LLP-NOMATCH-eEM',
248 #'L1_DPHI-2eEM5',
249 'L1_HT150-jJ50s5pETA32_jMJJ-400-CF',
250 'L1_HT190-jJ40s5pETA21',
251 'L1_SC175-SCjJ10',
252 'L1_jJ90_DETA20-jJ90J',
253 #ATR-30618
254 'L1_ADVAET',
255 'L1_ADVAEL',
256 #ATR-31154 - BDT AD with muons
257 'L1_ADBDTT',
258 'L1_ADBDTL',
259
260 # tau
261 'L1_cTAU30M_2cTAU20M',
262 'L1_cTAU30M_2cTAU20M_DR-eTAU30LeTAU20L', 'L1_cTAU30M_2cTAU20M_DR-eTAU30LeTAU20L-jJ55',
263 'L1_cTAU30M_2cTAU20M_DR-eTAU30eTAU20', 'L1_cTAU30M_2cTAU20M_DR-eTAU30eTAU20-jJ55',
264 'L1_eTAU80_2cTAU30M_DR-eTAU30eTAU20',
265 'L1_cTAU20M_DR-eTAU20eTAU12-jJ40',
266 # ATR-26902
267 'L1_4jJ30p0ETA24_0DETA24-eTAU30eTAU12',
268 'L1_cTAU20M_cTAU12M_4jJ30p0ETA24_0DETA24-eTAU30eTAU12',
269 'L1_4jJ30p0ETA24_0DETA24_4DPHI99-eTAU30eTAU12',
270 # ATR-30638 (g-2 tau measurement)
271 'L1_eTAU70_2cTAU50M_DPHI-2eTAU50',
272 'L1_2cTAU50M_DPHI-2eTAU50',
273
274 'L1_DY-BOX-2MU5VF', 'L1_DY-BOX-MU5VFMU3V', 'L1_DY-BOX-2MU3VF',
275
276 #ATR-23394
277 'L1_LFV-eEM10L-MU8VF', 'L1_LFV-eEM15L-MU5VF',
278
279 'L1_LFV-MU5VF',
280 'L1_LFV-MU8VF',
281
282 'L1_jMJJ-700',
283 'L1_jMJJ-300-NFF',
284 'L1_jMJJ-500-NFF',
285 'L1_jMJJ-400-CF',
286 'L1_eEM22M_jMJJ-300',
287
288 'L1_10DR-MU14FCH-MU5VF', #ATR-19376
289 'L1_10DR-MU14FCH-MU5VF_EMPTY',
290 'L1_10DR-MU14FCH-MU5VF_UNPAIRED_ISO',
291
292 #ATR-19720, ATR-19639
293 'L1_BPH-2M9-0DR15-2MU3V',
294 'L1_BPH-2M9-0DR15-2MU3VF',
295 'L1_BPH-2M9-0DR15-MU5VFMU3V',
296 'L1_BPH-2M9-0DR15-C-MU5VFMU3V',
297 'L1_BPH-2M9-2DR15-2MU5VF',
298 'L1_BPH-8M15-0DR22-MU5VFMU3V-BO',
299 'L1_BPH-8M15-0DR22-2MU5VF',
300 #ATR-19355
301 'L1_BPH-0M10-3MU3V',
302 'L1_BPH-0M10-3MU3VF',
303 #ATR-19638
304 'L1_BPH-0M10C-3MU3V',
305
306 #ATR-21566
307 'L1_BPH-7M22-2MU3VF',
308 'L1_BPH-7M22-MU5VFMU3VF',
309 'L1_BPH-7M22-0DR20-2MU3V',
310 'L1_BPH-7M22-0DR20-2MU3VF',
311 'L1_BPH-7M22-0DR12-2MU3V',
312
313 #ATR-22782
314 'L1_BPH-7M11-25DR99-2MU3VF',
315 'L1_BPH-7M14-MU5VFMU3VF',
316 'L1_BPH-7M14-0DR25-MU5VFMU3VF',
317 'L1_BPH-7M14-2MU3V',
318 'L1_BPH-7M14-2MU3VF',
319
320 'L1_LATE-MU8F_jXE70', 'L1_LATE-MU8F_jJ90',
321
322 # INVM + DR, TLA
323 'L1_2DR15-0M30-2eEM12L',
324 'L1_13DR25-25M70-2eEM12L',
325
326 #ATR-18824
327 'L1_ZAFB-04DPHI-eEM18M',
328 'L1_ZAFB-25DPHI-eEM18M',
329 #ATR-30666
330 'L1_ZAFB-04DPHIM-eEM18M',
331 'L1_ZAFB-25DPHIM-eEM18M',
332 #ATR-30822
333 'L1_eEM18M_jEM25',
334
335 #ATR-22109
336 #'L1_ZAFB-25DPHI-eEM18M',
337
338 'L1_DPHI-M70-2eEM12M', 'L1_DPHI-M70-2eEM15M', #ATR-19302
339 'L1_DPHI-M70-2eEM9', 'L1_DPHI-M70-2eEM9L', # ATR-21637 (no or loose shower shape cuts)
340 'L1_0DPHI32-2M5-eEM9M-eEM6M', # #ATR-32259
341
342
343 #ATR-28563
344 'L1_LLPDPHI-jXE40-jJ40',
345 'L1_LLPNODPHI-jXE40-jJ40',
346
347 #ATR-30656
348 'L1_cTAU30M_3DR35-MU8F-eTAU30',
349
350 # ATR-31830
351 'L1_110INVM150-eEM50s-eEM10s-2DISAMB-jJ60s',
352
353 ]
354
355
356if __name__ == "__main__":
357 defineMenu()
358 print_available(L1MenuFlags)
359
360
python.L1.Menu.Menu_Physics_pp_run3_v1.defineMenu
defineMenu()
Definition Menu_Physics_pp_run3_v1.py:8
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