Belle II Software development
TRGGRLUnpackerModule.h
1/**************************************************************************
2 * basf2 (Belle II Analysis Software Framework) *
3 * Author: The Belle II Collaboration *
4 * *
5 * See git log for contributors and copyright holders. *
6 * This file is licensed under LGPL-3.0, see LICENSE.md. *
7 **************************************************************************/
8
9#ifndef TRGGRLUNPACKER_H
10#define TRGGRLUNPACKER_H
11
12#include <string>
13#include <vector>
14
15#include "rawdata/dataobjects/RawTRG.h"
16#include "trg/grl/dataobjects/TRGGRLUnpackerStore.h"
17
18#include <framework/core/Module.h>
19#include <framework/datastore/StoreArray.h>
20#include <framework/datastore/StoreObjPtr.h>
21
22namespace Belle2 {
27
28 namespace TRGGRLUNPACKERSPACE {
29
31 const int nLeafs = 139 + 7 + 32 + 7;
33 const int nLeafsExtra = 7;
35 const int nClks = 1 ;
37 const int nBits = 2048;
39 const char* LeafNames[nLeafs + nLeafsExtra] = {
40 "2GeV_15",
41 "2GeV_14",
42 "2GeV_13",
43 "2GeV_12",
44 "2GeV_11",
45 "2GeV_10",
46 "2GeV_9",
47 "2GeV_8",
48 "2GeV_7",
49 "2GeV_6",
50 "2GeV_5",
51 "2GeV_4",
52 "2GeV_3",
53 "2GeV_2",
54 "2GeV_1",
55 "2GeV_0",
56 "1GeV_15",
57 "1GeV_14",
58 "1GeV_13",
59 "1GeV_12",
60 "1GeV_11",
61 "1GeV_10",
62 "1GeV_9",
63 "1GeV_8",
64 "1GeV_7",
65 "1GeV_6",
66 "1GeV_5",
67 "1GeV_4",
68 "1GeV_3",
69 "1GeV_2",
70 "1GeV_1",
71 "1GeV_0",
72 "wirecnt_tsf8",
73 "wirecnt_tsf7",
74 "wirecnt_tsf6",
75 "wirecnt_tsf5",
76 "wirecnt_tsf4",
77 "wirecnt_tsf3",
78 "wirecnt_tsf2",
79 "wirecnt_tsf1",
80 "wirecnt_tsf0",
81 "ml_tau_nn_output_0",
82 "ml_tau_nn_output_1",
83 "ml_tau_nn_output_2",
84 "ml_tau_nn_output_3",
85 "ml_tau_nn_output_4",
86 "ml_tau_nn_output_5",
87 "ml_tau_nn_output_6",
88 "ml_tau_nn_output_7",
89 "ml_tau_nn_output_8",
90 "ml_tau_nn_output_9",
91 "ml_tau_nn_input",
92 "theta_11",
93 "phi_11",
94 "t_11",
95 "E_11",
96 "theta_10",
97 "phi_10",
98 "t_10",
99 "E_10",
100 "theta_9",
101 "phi_9",
102 "t_9",
103 "E_9",
104 "theta_8",
105 "phi_8",
106 "t_8",
107 "E_8",
108 "theta_7",
109 "phi_7",
110 "t_7",
111 "E_7",
112 "theta_6",
113 "phi_6",
114 "t_6",
115 "E_6",
116 "X_1",
117 "N_cluster_1",
118 "ECL_trg_1",
119 "theta_5",
120 "phi_5",
121 "t_5",
122 "E_5",
123 "theta_4",
124 "phi_4",
125 "t_4",
126 "E_4",
127 "theta_3",
128 "phi_3",
129 "t_3",
130 "E_3",
131 "theta_2",
132 "phi_2",
133 "t_2",
134 "E_2",
135 "theta_1",
136 "phi_1",
137 "t_1",
138 "E_1",
139 "theta_0",
140 "phi_0",
141 "t_0",
142 "E_0",
143 "X_0",
144 "N_cluster_0",
145 "ECL_trg_0",
146 "N_track_cut",
147 "N_track_3D",
148 "N_track_NN",
149 "CDCL1_count",
150 "phi_CDC_int_1",
151 "phi_CDC_int_0",
152 "phi_i_int_1",
153 "phi_i_int_0",
154 "N_track",
155 "b2b_1to3",
156 "b2b_1to5",
157 "b2b_1to7",
158 "b2b_1to9",
159 "opening",
160 "samehem_1",
161 "opphem_1",
162 "c_b2b_9_1",
163 "c_b2b_7_1",
164 "c_b2b_5_1",
165 "c_b2b_3_1",
166 "tc_b2b_9_1",
167 "tc_b2b_7_1",
168 "tc_b2b_5_1",
169 "tc_b2b_3_1",
170 "TOPL1_count",
171 "KLML1_count",
172 "sector_KLM_int",
173 "sector_CDC_int",
174 "N_KLMmatch",
175 "samehem_0",
176 "opphem_0",
177 "N_match_2GeV_0",
178 "N_match_0",
179 "N_g_1GeV_0",
180 "N_g_2GeV_0",
181 "ECLL1_count",
182 "c_b2b_9_0",
183 "c_b2b_7_0",
184 "c_b2b_5_0",
185 "c_b2b_3_0",
186 "tc_b2b_9_0",
187 "tc_b2b_7_0",
188 "tc_b2b_5_0",
189 "tc_b2b_3_0",
190 "CDC3DL1_count",
191 "CDCNNL1_count",
192 "slot_CDC_int",
193 "slot_TOP_int",
194 "N_TOPmatch",
195 "N_match_2GeV_1",
196 "N_match_1",
197 "N_g_1GeV_1",
198 "N_g_2GeV_1",
199 "TSFL1_count",
200 "map_TSF3_int_1",
201 "map_TSF3_int_0",
202 "map_TSF1_int_1",
203 "map_TSF1_int_0",
204 "map_N_ST",
205 "map_ST_int_1",
206 "map_ST_int_0",
207 "map_veto_int_1",
208 "map_veto_int_0",
209 "map_TSF4_int_1",
210 "map_TSF4_int_0",
211 "map_TSF2_int_1",
212 "map_TSF2_int_0",
213 "map_TSF0_int_1",
214 "map_TSF0_int_0",
215 "charge_flag",
216 "charge_sum",
217 "revoclk",
218 "aaaa",
219 "firmid", "firmver", "evt", "clk", "coml1", "b2ldly", "maxrvc"
220 };
221
222
224 enum EBits {
225 e_2GeV_15,
226 e_2GeV_14,
227 e_2GeV_13,
228 e_2GeV_12,
229 e_2GeV_11,
230 e_2GeV_10,
231 e_2GeV_9,
232 e_2GeV_8,
233 e_2GeV_7,
234 e_2GeV_6,
235 e_2GeV_5,
236 e_2GeV_4,
237 e_2GeV_3,
238 e_2GeV_2,
239 e_2GeV_1,
240 e_2GeV_0,
241 e_1GeV_15,
242 e_1GeV_14,
243 e_1GeV_13,
244 e_1GeV_12,
245 e_1GeV_11,
246 e_1GeV_10,
247 e_1GeV_9,
248 e_1GeV_8,
249 e_1GeV_7,
250 e_1GeV_6,
251 e_1GeV_5,
252 e_1GeV_4,
253 e_1GeV_3,
254 e_1GeV_2,
255 e_1GeV_1,
256 e_1GeV_0,
257 e_wirecnt_tsf8,
258 e_wirecnt_tsf7,
259 e_wirecnt_tsf6,
260 e_wirecnt_tsf5,
261 e_wirecnt_tsf4,
262 e_wirecnt_tsf3,
263 e_wirecnt_tsf2,
264 e_wirecnt_tsf1,
265 e_wirecnt_tsf0,
266 e_ml_tau_nn_output_0,
267 e_ml_tau_nn_output_9,
268 e_ml_tau_nn_output_8,
269 e_ml_tau_nn_output_7,
270 e_ml_tau_nn_output_6,
271 e_ml_tau_nn_output_5,
272 e_ml_tau_nn_input,
273 e_theta_11,
274 e_phi_11,
275 e_t_11,
276 e_E_11,
277 e_theta_10,
278 e_phi_10,
279 e_t_10,
280 e_E_10,
281 e_theta_9,
282 e_phi_9,
283 e_t_9,
284 e_E_9,
285 e_theta_8,
286 e_phi_8,
287 e_t_8,
288 e_E_8,
289 e_theta_7,
290 e_phi_7,
291 e_t_7,
292 e_E_7,
293 e_theta_6,
294 e_phi_6,
295 e_t_6,
296 e_E_6,
297 e_X_1,
298 e_N_cluster_1,
299 e_ECL_trg_1,
300 e_theta_5,
301 e_phi_5,
302 e_t_5,
303 e_E_5,
304 e_theta_4,
305 e_phi_4,
306 e_t_4,
307 e_E_4,
308 e_theta_3,
309 e_phi_3,
310 e_t_3,
311 e_E_3,
312 e_theta_2,
313 e_phi_2,
314 e_t_2,
315 e_E_2,
316 e_theta_1,
317 e_phi_1,
318 e_t_1,
319 e_E_1,
320 e_theta_0,
321 e_phi_0,
322 e_t_0,
323 e_E_0,
324 e_X_0,
325 e_N_cluster_0,
326 e_ECL_trg_0,
327 e_ECL_trg,
328 e_ECL_trg_delay,
329 e_N_track_cut,
330 e_N_track_NN,
331 e_N_track_3D,
332 e_CDCL1_count,
333 e_phi_CDC_int_1,
334 e_phi_CDC_int_0,
335 e_phi_i_int_1,
336 e_phi_i_int_0,
337 e_N_track,
338 e_b2b_1to3,
339 e_b2b_1to5,
340 e_b2b_1to7,
341 e_b2b_1to9,
342 e_opening,
343 e_samehem_1,
344 e_opphem_1,
345 e_c_b2b_1to9_1,
346 e_c_b2b_1to7_1,
347 e_c_b2b_1to5_1,
348 e_c_b2b_1to3_1,
349 e_tc_b2b_1to9_1,
350 e_tc_b2b_1to7_1,
351 e_tc_b2b_1to5_1,
352 e_tc_b2b_1to3_1,
353 e_TOPL1_count,
354 e_KLML1_count,
355 e_sector_KLM_int,
356 e_sector_CDC_int,
357 e_N_KLMmatch,
358 e_samehem_0,
359 e_opphem_0,
360 e_N_match_2GeV_0,
361 e_N_match_0,
362 e_N_g_1GeV_0,
363 e_N_g_2GeV_0,
364 e_ECLL1_count,
365 e_c_b2b_1to9_0,
366 e_c_b2b_1to7_0,
367 e_c_b2b_1to5_0,
368 e_c_b2b_1to3_0,
369 e_tc_b2b_1to9_0,
370 e_tc_b2b_1to7_0,
371 e_tc_b2b_1to5_0,
372 e_tc_b2b_1to3_0,
373 e_CDC3DL1_count,
374 e_CDCNNL1_count,
375 e_slot_CDC_int,
376 e_slot_TOP_int,
377 e_N_TOPmatch,
378 e_N_match_2GeV_1,
379 e_N_match_1,
380 e_N_g_1GeV_1,
381 e_N_g_2GeV_1,
382 e_TSFL1_count,
383 e_ml_tau_nn_output_4,
384 e_ml_tau_nn_output_3,
385 e_map_TSF3_int_1,
386 e_map_TSF3_int_0,
387 e_map_TSF1_int_1,
388 e_map_TSF1_int_0,
389 e_N_ST,
390 e_map_ST_int_1,
391 e_map_ST_int_0,
392 e_ml_tau_nn_output_2,
393 e_ml_tau_nn_output_1,
394 map_ST_int_1,
395 map_ST_int_0,
396 e_map_veto_int_1,
397 e_map_veto_int_0,
398 e_map_TSF4_int_1,
399 e_map_TSF4_int_0,
400 e_map_TSF2_int_1,
401 e_map_TSF2_int_0,
402 e_map_TSF0_int_1,
403 e_map_TSF0_int_0,
404 e_charge_flag,
405 e_charge_sum,
406 e_revoclk,
407 e_aaaa,
408 e_firmid, e_firmver, e_evt, e_clk, e_coml1, e_b2ldly, e_maxrvc
409 };
410
412 const int BitMap[nLeafs][2] = {
413
414 {2023, 0}, // 2GeV_15
415 {2022, 0}, // 2GeV_14
416 {2021, 0}, // 2GeV_13
417 {2020, 0}, // 2GeV_12
418 {2019, 0}, // 2GeV_11
419 {2018, 0}, // 2GeV_10
420 {2017, 0}, // 2GeV_9
421 {2016, 0}, // 2GeV_8
422 {2015, 0}, // 2GeV_7
423 {2014, 0}, // 2GeV_6
424 {2013, 0}, // 2GeV_5
425 {2012, 0}, // 2GeV_4
426 {2011, 0}, // 2GeV_3
427 {2010, 0}, // 2GeV_2
428 {2009, 0}, // 2GeV_1
429 {2008, 0}, // 2GeV_0
430 {2007, 0}, // 1GeV_15
431 {2006, 0}, // 1GeV_14
432 {2005, 0}, // 1GeV_13
433 {2004, 0}, // 1GeV_12
434 {2003, 0}, // 1GeV_11
435 {2002, 0}, // 1GeV_10
436 {2001, 0}, // 1GeV_9
437 {2000, 0}, // 1GeV_8
438 {1999, 0}, // 1GeV_7
439 {1998, 0}, // 1GeV_6
440 {1997, 0}, // 1GeV_5
441 {1996, 0}, // 1GeV_4
442 {1995, 0}, // 1GeV_3
443 {1994, 0}, // 1GeV_2
444 {1993, 0}, // 1GeV_1
445 {1992, 0}, // 1GeV_0
446
447 {1563, 11}, // wirecnt_tsf8
448 {1551, 11}, // wirecnt_tsf7
449 {1539, 11}, // wirecnt_tsf6
450 {1527, 11}, // wirecnt_tsf5
451 {1515, 11}, // wirecnt_tsf4
452 {1503, 11}, // wirecnt_tsf3
453 {1491, 11}, // wirecnt_tsf2
454 {1479, 11}, // wirecnt_tsf1
455 {1467, 11}, // wirecnt_tsf0
456
457 {1980, 0}, // ml_tau_nn_output_0
458 {1966, 22}, // ml_tau_nn_output_9
459 {1943, 22}, // ml_tau_nn_output_8
460 {1920, 22}, // ml_tau_nn_output_7
461 {1897, 22}, // ml_tau_nn_output_6
462 {1874, 22}, // ml_tau_nn_output_5
463 {1851, 287}, // ml_tau_nn_input
464
465 {1671 - 216, 6}, // theta_11
466 {1664 - 216, 7}, // phi_11
467 {1656 - 216, 7}, // t_11
468 {1648 - 216, 11}, // E_11
469
470 {1636 - 216, 6}, // theta_10
471 {1629 - 216, 7}, // phi_10
472 {1621 - 216, 7}, // t_10
473 {1613 - 216, 11}, // E_10
474
475 {1601 - 216, 6}, // theta_9
476 {1594 - 216, 7}, // phi_9
477 {1586 - 216, 7}, // t_9
478 {1578 - 216, 11}, // E_9
479
480 {1566 - 216, 6}, // theta_8
481 {1559 - 216, 7}, // phi_8
482 {1551 - 216, 7}, // t_8
483 {1543 - 216, 11}, // E_8
484
485 {1531 - 216, 6}, // theta_7
486 {1524 - 216, 7}, // phi_7
487 {1516 - 216, 7}, // t_7
488 {1508 - 216, 11}, // E_7
489
490 {1496 - 216, 6}, // theta_6
491 {1489 - 216, 7}, // phi_6
492 {1481 - 216, 7}, // t_6
493 {1473 - 216, 11}, // E_6
494
495 {1461 - 216, 1}, // X_1
496 {1459 - 216, 2}, // N_cluster_1
497 {1456 - 216, 0}, // ECL_trg_1
498
499 {1671 - 216 * 2, 6}, // theta_5
500 {1664 - 216 * 2, 7}, // phi_5
501 {1656 - 216 * 2, 7}, // t_5
502 {1648 - 216 * 2, 11}, // E_5
503
504 {1636 - 216 * 2, 6}, // theta_4
505 {1629 - 216 * 2, 7}, // phi_4
506 {1621 - 216 * 2, 7}, // t_4
507 {1613 - 216 * 2, 11}, // E_4
508
509 {1601 - 216 * 2, 6}, // theta_3
510 {1594 - 216 * 2, 7}, // phi_3
511 {1586 - 216 * 2, 7}, // t_3
512 {1578 - 216 * 2, 11}, // E_3
513
514 {1566 - 216 * 2, 6}, // theta_2
515 {1559 - 216 * 2, 7}, // phi_2
516 {1551 - 216 * 2, 7}, // t_2
517 {1543 - 216 * 2, 11}, // E_2
518
519 {1531 - 216 * 2, 6}, // theta_1
520 {1524 - 216 * 2, 7}, // phi_1
521 {1516 - 216 * 2, 7}, // t_1
522 {1508 - 216 * 2, 11}, // E_1
523
524 {1496 - 216 * 2, 6}, // theta_0
525 {1489 - 216 * 2, 7}, // phi_0
526 {1481 - 216 * 2, 7}, // t_0
527 {1473 - 216 * 2, 11}, // E_0
528
529 {1461 - 216 * 2, 1}, // X_0
530 {1459 - 216 * 2, 2}, // N_cluster_0
531 {1456 - 216 * 2, 0}, // ECL_trg_0
532
533
534 {991, 0}, // ECL_trg (991)
535 {990, 0}, // ECL_trg_delay (990)
536 {998, 2}, // N_track_cut (998 downto 996)
537 {995, 2}, // N_track_NN (995 downto 993)
538 {992, 2}, // N_track_3D (992 downto 990)
539 {989, 9}, // CDCL1_count (989 downto 980)
540 {979, 3}, // phi_CDC_int_1 (979 downto 976)
541 {975, 31}, // phi_CDC_int_0 (975 downto 943)
542 {943, 3}, // phi_i_int_1 (943 downto 940)
543 {939, 31}, // phi_i_int_0 (939 downto 908)
544 {907, 2}, // N_track (907 downto 905)
545 {904, 0}, // b2b_1to3 (904 downto 904)
546 {903, 0}, // b2b_1to5 (903 downto 903)
547 {902, 0}, // b2b_1to7 (902 downto 902)
548 {901, 0}, // b2b_1to9 (901 downto 901)
549 {900, 0}, // opening (900 downto 900)
550 {899, 0}, // samehem_1 (899)
551 {898, 0}, // opphem_1 (898)
552 {897, 0}, // c_b2b_1to9_1 (897)
553 {896, 0}, // c_b2b_1to7_1 (896)
554 {895, 0}, // c_b2b_1to5_1 (895)
555 {894, 0}, // c_b2b_1to3_1 (894)
556 {893, 0}, // tc_b2b_1to9_1 (893)
557 {892, 0}, // tc_b2b_1to7_1 (892)
558 {891, 0}, // tc_b2b_1to5_1 (891)
559 {890, 0}, // tc_b2b_1to3_1 (890)
560 {887, 9}, // TOPL1_count (887 downto 878)
561 {877, 9}, // KLML1_count (877 downto 868)
562 {867, 7}, // sector_KLM_int (867 downto 860)
563 {859, 7}, // sector_CDC_int (859 downto 852)
564 {851, 2}, // N_KLMmatch (851 downto 849)
565 {848, 0}, // samehem_0 (848)
566 {847, 0}, // opphem_0 (847)
567 {846, 2}, // N_match_2GeV_0 (846 downto 844)
568 {843, 2}, // N_match_0 (843 downto 841)
569 {840, 2}, // N_g_1GeV_0 (840 downto 838)
570 {837, 2}, // N_g_2GeV_0 (837 downto 835)
571 {834, 9}, // ECLL1_count (834 downto 825)
572 {824, 0}, // c_b2b_1to9_0 (824)
573 {823, 0}, // c_b2b_1to7_0 (823)
574 {822, 0}, // c_b2b_1to5_0 (822)
575 {821, 0}, // c_b2b_1to3_0 (821)
576 {820, 0}, // tc_b2b_1to9_0 (820)
577 {819, 0}, // tc_b2b_1to7_0 (819)
578 {818, 0}, // tc_b2b_1to5_0 (818)
579 {817, 0}, // tc_b2b_1to3_0 (817)
580 {816, 9}, // CDC3DL1_count (816 downto 807)
581 {806, 9}, // CDCNNL1_count (806 downto 797)
582 {796, 15}, // slot_CDC_int
583 {780, 15}, // slot_TOP_int
584 {764, 2}, // N_TOPmatch
585 {761, 2}, // N_match_2GeV_1
586 {758, 2}, // N_match_1
587 {755, 2}, // N_g_1GeV_1
588 {752, 2}, // N_g_2GeV_1
589 {749, 9}, // TSFL1_count
590 {739, 22}, // ml_tau_nn_output_4
591 {716, 22}, // ml_tau_nn_output_3
592 {546, 31}, // map_TSF3_int_1 (63 downto 32)
593 {514, 31}, // map_TSF3_int_0 (31 downto 0)
594 {482, 31}, // map_TSF1_int_1 (63 downto 32)
595 {450, 31}, // map_TSF1_int_0 (31 downto 0)
596 {418, 2}, // N_ST
597 {415, 22}, // ml_tau_nn_output_2
598 {392, 22}, // ml_tau_nn_output_1
599 {351, 31}, // map_ST_int_1 (63 downto 32)
600 {319, 31}, // map_ST_int_0 (31 downto 0)
601 {287, 31}, // map_veto_int_1 (63 downto 32)
602 {255, 31}, // map_veto_int_0 (31 downto 0)
603 {223, 31}, // map_TSF4_int_1 (63 downto 32)
604 {191, 31}, // map_TSF4_int_0 (31 downto 0)
605 {159, 31}, // map_TSF2_int_1 (63 downto 32)
606 {127, 31}, // map_TSF2_int_0 (31 downto 0)
607 {95, 31}, // map_TSF0_int_1 (63 downto 32)
608 {63, 31}, // map_TSF0_int_0 (31 downto 0)
609
610 {31, 1}, // charge_flag (31 downto 30)
611 {29, 2}, // charge_sum (31 downto 30)
612
613 {26, 10}, // revoclk (26 downto 16)
614 {15, 15} // aaaa (15 downto 0)
615 };
616
617 int
618 GetStoreLeaf(TRGGRLUnpackerStore* store, int leafID)
619 {
620 if (leafID == e_2GeV_15) return store->get_2GeV_ECL(15);
621 if (leafID == e_2GeV_14) return store->get_2GeV_ECL(14);
622 if (leafID == e_2GeV_13) return store->get_2GeV_ECL(13);
623 if (leafID == e_2GeV_12) return store->get_2GeV_ECL(12);
624 if (leafID == e_2GeV_11) return store->get_2GeV_ECL(11);
625 if (leafID == e_2GeV_10) return store->get_2GeV_ECL(10);
626 if (leafID == e_2GeV_9) return store->get_2GeV_ECL(9);
627 if (leafID == e_2GeV_8) return store->get_2GeV_ECL(8);
628 if (leafID == e_2GeV_7) return store->get_2GeV_ECL(7);
629 if (leafID == e_2GeV_6) return store->get_2GeV_ECL(6);
630 if (leafID == e_2GeV_5) return store->get_2GeV_ECL(5);
631 if (leafID == e_2GeV_4) return store->get_2GeV_ECL(4);
632 if (leafID == e_2GeV_3) return store->get_2GeV_ECL(3);
633 if (leafID == e_2GeV_2) return store->get_2GeV_ECL(2);
634 if (leafID == e_2GeV_1) return store->get_2GeV_ECL(1);
635 if (leafID == e_2GeV_0) return store->get_2GeV_ECL(0);
636 if (leafID == e_1GeV_15) return store->get_1GeV_ECL(15);
637 if (leafID == e_1GeV_14) return store->get_1GeV_ECL(14);
638 if (leafID == e_1GeV_13) return store->get_1GeV_ECL(13);
639 if (leafID == e_1GeV_12) return store->get_1GeV_ECL(12);
640 if (leafID == e_1GeV_11) return store->get_1GeV_ECL(11);
641 if (leafID == e_1GeV_10) return store->get_1GeV_ECL(10);
642 if (leafID == e_1GeV_9) return store->get_1GeV_ECL(9);
643 if (leafID == e_1GeV_8) return store->get_1GeV_ECL(8);
644 if (leafID == e_1GeV_7) return store->get_1GeV_ECL(7);
645 if (leafID == e_1GeV_6) return store->get_1GeV_ECL(6);
646 if (leafID == e_1GeV_5) return store->get_1GeV_ECL(5);
647 if (leafID == e_1GeV_4) return store->get_1GeV_ECL(4);
648 if (leafID == e_1GeV_3) return store->get_1GeV_ECL(3);
649 if (leafID == e_1GeV_2) return store->get_1GeV_ECL(2);
650 if (leafID == e_1GeV_1) return store->get_1GeV_ECL(1);
651 if (leafID == e_1GeV_0) return store->get_1GeV_ECL(0);
652
653 if (leafID == e_wirecnt_tsf0) return store->get_wirecnt_tsf0();
654 if (leafID == e_wirecnt_tsf1) return store->get_wirecnt_tsf1();
655 if (leafID == e_wirecnt_tsf2) return store->get_wirecnt_tsf2();
656 if (leafID == e_wirecnt_tsf3) return store->get_wirecnt_tsf3();
657 if (leafID == e_wirecnt_tsf4) return store->get_wirecnt_tsf4();
658 if (leafID == e_wirecnt_tsf5) return store->get_wirecnt_tsf5();
659 if (leafID == e_wirecnt_tsf6) return store->get_wirecnt_tsf6();
660 if (leafID == e_wirecnt_tsf7) return store->get_wirecnt_tsf7();
661 if (leafID == e_wirecnt_tsf8) return store->get_wirecnt_tsf8();
662
663 if (leafID == e_ml_tau_nn_output_0) return store->get_ml_tau_nn_output_0();
664 if (leafID == e_ml_tau_nn_output_1) return store->get_ml_tau_nn_output_1();
665 if (leafID == e_ml_tau_nn_output_2) return store->get_ml_tau_nn_output_2();
666 if (leafID == e_ml_tau_nn_output_3) return store->get_ml_tau_nn_output_3();
667 if (leafID == e_ml_tau_nn_output_4) return store->get_ml_tau_nn_output_4();
668 if (leafID == e_ml_tau_nn_output_5) return store->get_ml_tau_nn_output_5();
669 if (leafID == e_ml_tau_nn_output_6) return store->get_ml_tau_nn_output_6();
670 if (leafID == e_ml_tau_nn_output_7) return store->get_ml_tau_nn_output_7();
671 if (leafID == e_ml_tau_nn_output_8) return store->get_ml_tau_nn_output_8();
672 if (leafID == e_ml_tau_nn_output_9) return store->get_ml_tau_nn_output_9();
673 if (leafID == e_ml_tau_nn_input) return store->get_ml_tau_nn_input();
674
675 if (leafID == e_theta_11) return store->get_theta_ECL(11);
676 if (leafID == e_phi_11) return store->get_phi_ECL(11);
677 if (leafID == e_t_11) return store->get_t_ECL(11);
678 if (leafID == e_E_11) return store->get_E_ECL(11);
679 if (leafID == e_theta_10) return store->get_theta_ECL(10);
680 if (leafID == e_phi_10) return store->get_phi_ECL(10);
681 if (leafID == e_t_10) return store->get_t_ECL(10);
682 if (leafID == e_E_10) return store->get_E_ECL(10);
683 if (leafID == e_theta_9) return store->get_theta_ECL(9);
684 if (leafID == e_phi_9) return store->get_phi_ECL(9);
685 if (leafID == e_t_9) return store->get_t_ECL(9);
686 if (leafID == e_E_9) return store->get_E_ECL(9);
687 if (leafID == e_theta_8) return store->get_theta_ECL(8);
688 if (leafID == e_phi_8) return store->get_phi_ECL(8);
689 if (leafID == e_t_8) return store->get_t_ECL(8);
690 if (leafID == e_E_8) return store->get_E_ECL(8);
691 if (leafID == e_theta_7) return store->get_theta_ECL(7);
692 if (leafID == e_phi_7) return store->get_phi_ECL(7);
693 if (leafID == e_t_7) return store->get_t_ECL(7);
694 if (leafID == e_E_7) return store->get_E_ECL(7);
695 if (leafID == e_theta_6) return store->get_theta_ECL(6);
696 if (leafID == e_phi_6) return store->get_phi_ECL(6);
697 if (leafID == e_t_6) return store->get_t_ECL(6);
698 if (leafID == e_E_6) return store->get_E_ECL(6);
699 if (leafID == e_X_1) return store->get_X_1();
700 if (leafID == e_N_cluster_1) return store->get_N_cluster_1();
701 if (leafID == e_ECL_trg_1) return store->get_ECL_trg_1();
702 if (leafID == e_theta_5) return store->get_theta_ECL(5);
703 if (leafID == e_phi_5) return store->get_phi_ECL(5);
704 if (leafID == e_t_5) return store->get_t_ECL(5);
705 if (leafID == e_E_5) return store->get_E_ECL(5);
706 if (leafID == e_theta_4) return store->get_theta_ECL(4);
707 if (leafID == e_phi_4) return store->get_phi_ECL(4);
708 if (leafID == e_t_4) return store->get_t_ECL(4);
709 if (leafID == e_E_4) return store->get_E_ECL(4);
710 if (leafID == e_theta_3) return store->get_theta_ECL(3);
711 if (leafID == e_phi_3) return store->get_phi_ECL(3);
712 if (leafID == e_t_3) return store->get_t_ECL(3);
713 if (leafID == e_E_3) return store->get_E_ECL(3);
714 if (leafID == e_theta_2) return store->get_theta_ECL(2);
715 if (leafID == e_phi_2) return store->get_phi_ECL(2);
716 if (leafID == e_t_2) return store->get_t_ECL(2);
717 if (leafID == e_E_2) return store->get_E_ECL(2);
718 if (leafID == e_theta_1) return store->get_theta_ECL(1);
719 if (leafID == e_phi_1) return store->get_phi_ECL(1);
720 if (leafID == e_t_1) return store->get_t_ECL(1);
721 if (leafID == e_E_1) return store->get_E_ECL(1);
722 if (leafID == e_theta_0) return store->get_theta_ECL(0);
723 if (leafID == e_phi_0) return store->get_phi_ECL(0);
724 if (leafID == e_t_0) return store->get_t_ECL(0);
725 if (leafID == e_E_0) return store->get_E_ECL(0);
726 if (leafID == e_X_0) return store->get_X_0();
727 if (leafID == e_N_cluster_0) return store->get_N_cluster_0();
728 if (leafID == e_ECL_trg_0) return store->get_ECL_trg_0();
729 if (leafID == e_ECL_trg) return store->get_ECL_trg();
730 if (leafID == e_ECL_trg_delay) return store->get_ECL_trg_delay();
731 if (leafID == e_N_track_cut) return store->get_N_track_cut();
732 if (leafID == e_N_track_NN) return store->get_N_track_NN();
733 if (leafID == e_N_track_3D) return store->get_N_track_3D();
734 if (leafID == e_CDCL1_count) return store->get_CDCL1_count();
735 if (leafID == e_phi_CDC_int_1) return store->get_phi_CDC_int(1);
736 if (leafID == e_phi_CDC_int_0) return store->get_phi_CDC_int(0);
737 if (leafID == e_phi_i_int_1) return store->get_phi_i_int(1);
738 if (leafID == e_phi_i_int_0) return store->get_phi_i_int(0);
739 if (leafID == e_N_track) return store->get_N_track();
740 if (leafID == e_b2b_1to3) return store->get_b2b_1to3();
741 if (leafID == e_b2b_1to5) return store->get_b2b_1to5();
742 if (leafID == e_b2b_1to7) return store->get_b2b_1to7();
743 if (leafID == e_b2b_1to9) return store->get_b2b_1to9();
744 if (leafID == e_opening) return store->get_opening();
745 if (leafID == e_samehem_1) return store->get_samehem(1);
746 if (leafID == e_opphem_1) return store->get_opphem(1);
747 if (leafID == e_c_b2b_1to9_1) return store->get_c_b2b_1to9(1);
748 if (leafID == e_c_b2b_1to7_1) return store->get_c_b2b_1to7(1);
749 if (leafID == e_c_b2b_1to5_1) return store->get_c_b2b_1to5(1);
750 if (leafID == e_c_b2b_1to3_1) return store->get_c_b2b_1to3(1);
751 if (leafID == e_tc_b2b_1to9_1) return store->get_tc_b2b_1to9(1);
752 if (leafID == e_tc_b2b_1to7_1) return store->get_tc_b2b_1to7(1);
753 if (leafID == e_tc_b2b_1to5_1) return store->get_tc_b2b_1to5(1);
754 if (leafID == e_tc_b2b_1to3_1) return store->get_tc_b2b_1to3(1);
755 if (leafID == e_TOPL1_count) return store->get_TOPL1_count();
756 if (leafID == e_KLML1_count) return store->get_KLML1_count();
757 if (leafID == e_sector_KLM_int) return store->get_sector_KLM_int();
758 if (leafID == e_sector_CDC_int) return store->get_sector_CDC_int();
759 if (leafID == e_N_KLMmatch) return store->get_N_KLMmatch();
760 if (leafID == e_samehem_0) return store->get_samehem(0);
761 if (leafID == e_opphem_0) return store->get_opphem(0);
762 if (leafID == e_N_match_2GeV_0) return store->get_N_match_2GeV(0);
763 if (leafID == e_N_match_0) return store->get_N_match(0);
764 if (leafID == e_N_g_1GeV_0) return store->get_N_g_1GeV(0);
765 if (leafID == e_N_g_2GeV_0) return store->get_N_g_2GeV(0);
766 if (leafID == e_ECLL1_count) return store->get_ECLL1_count();
767 if (leafID == e_c_b2b_1to9_0) return store->get_c_b2b_1to9(0);
768 if (leafID == e_c_b2b_1to7_0) return store->get_c_b2b_1to7(0);
769 if (leafID == e_c_b2b_1to5_0) return store->get_c_b2b_1to5(0);
770 if (leafID == e_c_b2b_1to3_0) return store->get_c_b2b_1to3(0);
771 if (leafID == e_tc_b2b_1to9_0) return store->get_tc_b2b_1to9(0);
772 if (leafID == e_tc_b2b_1to7_0) return store->get_tc_b2b_1to7(0);
773 if (leafID == e_tc_b2b_1to5_0) return store->get_tc_b2b_1to5(0);
774 if (leafID == e_tc_b2b_1to3_0) return store->get_tc_b2b_1to3(0);
775 if (leafID == e_CDC3DL1_count) return store->get_CDC3DL1_count();
776 if (leafID == e_CDCNNL1_count) return store->get_CDCNNL1_count();
777 if (leafID == e_slot_CDC_int) return store->get_slot_CDC_int();
778 if (leafID == e_slot_TOP_int) return store->get_slot_TOP_int();
779 if (leafID == e_N_TOPmatch) return store->get_N_TOPmatch();
780 if (leafID == e_N_match_2GeV_1) return store->get_N_match_2GeV(1);
781 if (leafID == e_N_match_1) return store->get_N_match(1);
782 if (leafID == e_N_g_1GeV_1) return store->get_N_g_1GeV(1);
783 if (leafID == e_N_g_2GeV_1) return store->get_N_g_2GeV(1);
784 if (leafID == e_TSFL1_count) return store->get_TSFL1_count();
785 if (leafID == e_map_TSF3_int_1) return store->get_map_TSF3_int(1);
786 if (leafID == e_map_TSF3_int_0) return store->get_map_TSF3_int(0);
787 if (leafID == e_map_TSF1_int_1) return store->get_map_TSF1_int(1);
788 if (leafID == e_map_TSF1_int_0) return store->get_map_TSF1_int(0);
789 if (leafID == e_N_ST) return store->get_N_ST();
790 if (leafID == e_map_ST_int_1) return store->get_map_ST_int(1);
791 if (leafID == e_map_ST_int_0) return store->get_map_ST_int(0);
792 if (leafID == e_map_veto_int_1) return store->get_map_veto_int(1);
793 if (leafID == e_map_veto_int_0) return store->get_map_veto_int(0);
794 if (leafID == e_map_TSF4_int_1) return store->get_map_TSF4_int(1);
795 if (leafID == e_map_TSF4_int_0) return store->get_map_TSF4_int(0);
796 if (leafID == e_map_TSF2_int_1) return store->get_map_TSF2_int(1);
797 if (leafID == e_map_TSF2_int_0) return store->get_map_TSF2_int(0);
798 if (leafID == e_map_TSF0_int_1) return store->get_map_TSF0_int(1);
799 if (leafID == e_map_TSF0_int_0) return store->get_map_TSF0_int(0);
800 if (leafID == e_charge_flag) return store->get_charge_flag();
801 if (leafID == e_charge_sum) return store->get_charge_sum();
802 if (leafID == e_revoclk) return store->get_revoclk();
803 if (leafID == e_aaaa) return store->get_aaaa();
804 if (leafID == e_evt) return store->get_evt();
805 if (leafID == e_clk) return store->get_clk();
806 if (leafID == e_firmid) return store->get_firmid();
807 if (leafID == e_firmver) return store->get_firmver();
808 if (leafID == e_coml1) return store->get_coml1();
809 if (leafID == e_b2ldly) return store->get_b2ldly();
810 if (leafID == e_maxrvc) return store->get_maxrvc();
811 else {
812 B2WARNING("!!!getting leaf out of list!!!");
813 return 0;
814 }
815 };
816
817 void
818 SetStoreLeaf(TRGGRLUnpackerStore* store, int leafID, int value)
819 {
820 if (leafID == e_2GeV_15) store->set_2GeV_ECL(15, value);
821 if (leafID == e_2GeV_14) store->set_2GeV_ECL(14, value);
822 if (leafID == e_2GeV_13) store->set_2GeV_ECL(13, value);
823 if (leafID == e_2GeV_12) store->set_2GeV_ECL(12, value);
824 if (leafID == e_2GeV_11) store->set_2GeV_ECL(11, value);
825 if (leafID == e_2GeV_10) store->set_2GeV_ECL(10, value);
826 if (leafID == e_2GeV_9) store->set_2GeV_ECL(9, value);
827 if (leafID == e_2GeV_8) store->set_2GeV_ECL(8, value);
828 if (leafID == e_2GeV_7) store->set_2GeV_ECL(7, value);
829 if (leafID == e_2GeV_6) store->set_2GeV_ECL(6, value);
830 if (leafID == e_2GeV_5) store->set_2GeV_ECL(5, value);
831 if (leafID == e_2GeV_4) store->set_2GeV_ECL(4, value);
832 if (leafID == e_2GeV_3) store->set_2GeV_ECL(3, value);
833 if (leafID == e_2GeV_2) store->set_2GeV_ECL(2, value);
834 if (leafID == e_2GeV_1) store->set_2GeV_ECL(1, value);
835 if (leafID == e_2GeV_0) store->set_2GeV_ECL(0, value);
836 if (leafID == e_1GeV_15) store->set_1GeV_ECL(15, value);
837 if (leafID == e_1GeV_14) store->set_1GeV_ECL(14, value);
838 if (leafID == e_1GeV_13) store->set_1GeV_ECL(13, value);
839 if (leafID == e_1GeV_12) store->set_1GeV_ECL(12, value);
840 if (leafID == e_1GeV_11) store->set_1GeV_ECL(11, value);
841 if (leafID == e_1GeV_10) store->set_1GeV_ECL(10, value);
842 if (leafID == e_1GeV_9) store->set_1GeV_ECL(9, value);
843 if (leafID == e_1GeV_8) store->set_1GeV_ECL(8, value);
844 if (leafID == e_1GeV_7) store->set_1GeV_ECL(7, value);
845 if (leafID == e_1GeV_6) store->set_1GeV_ECL(6, value);
846 if (leafID == e_1GeV_5) store->set_1GeV_ECL(5, value);
847 if (leafID == e_1GeV_4) store->set_1GeV_ECL(4, value);
848 if (leafID == e_1GeV_3) store->set_1GeV_ECL(3, value);
849 if (leafID == e_1GeV_2) store->set_1GeV_ECL(2, value);
850 if (leafID == e_1GeV_1) store->set_1GeV_ECL(1, value);
851 if (leafID == e_1GeV_0) store->set_1GeV_ECL(0, value);
852
853 if (leafID == e_wirecnt_tsf0) store->set_wirecnt_tsf0(value);
854 if (leafID == e_wirecnt_tsf1) store->set_wirecnt_tsf1(value);
855 if (leafID == e_wirecnt_tsf2) store->set_wirecnt_tsf2(value);
856 if (leafID == e_wirecnt_tsf3) store->set_wirecnt_tsf3(value);
857 if (leafID == e_wirecnt_tsf4) store->set_wirecnt_tsf4(value);
858 if (leafID == e_wirecnt_tsf5) store->set_wirecnt_tsf5(value);
859 if (leafID == e_wirecnt_tsf6) store->set_wirecnt_tsf6(value);
860 if (leafID == e_wirecnt_tsf7) store->set_wirecnt_tsf7(value);
861 if (leafID == e_wirecnt_tsf8) store->set_wirecnt_tsf8(value);
862
863 if (leafID == e_ml_tau_nn_output_0) store->set_ml_tau_nn_output_0(value);
864 if (leafID == e_ml_tau_nn_output_1) store->set_ml_tau_nn_output_1(value);
865 if (leafID == e_ml_tau_nn_output_2) store->set_ml_tau_nn_output_2(value);
866 if (leafID == e_ml_tau_nn_output_3) store->set_ml_tau_nn_output_3(value);
867 if (leafID == e_ml_tau_nn_output_4) store->set_ml_tau_nn_output_4(value);
868 if (leafID == e_ml_tau_nn_output_5) store->set_ml_tau_nn_output_5(value);
869 if (leafID == e_ml_tau_nn_output_6) store->set_ml_tau_nn_output_6(value);
870 if (leafID == e_ml_tau_nn_output_7) store->set_ml_tau_nn_output_7(value);
871 if (leafID == e_ml_tau_nn_output_8) store->set_ml_tau_nn_output_8(value);
872 if (leafID == e_ml_tau_nn_output_9) store->set_ml_tau_nn_output_9(value);
873 if (leafID == e_ml_tau_nn_input) store->set_ml_tau_nn_input(value);
874
875 if (leafID == e_theta_11) store->set_theta_ECL(11, value);
876 if (leafID == e_phi_11) store->set_phi_ECL(11, value);
877 if (leafID == e_t_11) store->set_t_ECL(11, value);
878 if (leafID == e_E_11) store->set_E_ECL(11, value);
879 if (leafID == e_theta_10) store->set_theta_ECL(10, value);
880 if (leafID == e_phi_10) store->set_phi_ECL(10, value);
881 if (leafID == e_t_10) store->set_t_ECL(10, value);
882 if (leafID == e_E_10) store->set_E_ECL(10, value);
883 if (leafID == e_theta_9) store->set_theta_ECL(9, value);
884 if (leafID == e_phi_9) store->set_phi_ECL(9, value);
885 if (leafID == e_t_9) store->set_t_ECL(9, value);
886 if (leafID == e_E_9) store->set_E_ECL(9, value);
887 if (leafID == e_theta_8) store->set_theta_ECL(8, value);
888 if (leafID == e_phi_8) store->set_phi_ECL(8, value);
889 if (leafID == e_t_8) store->set_t_ECL(8, value);
890 if (leafID == e_E_8) store->set_E_ECL(8, value);
891 if (leafID == e_theta_7) store->set_theta_ECL(7, value);
892 if (leafID == e_phi_7) store->set_phi_ECL(7, value);
893 if (leafID == e_t_7) store->set_t_ECL(7, value);
894 if (leafID == e_E_7) store->set_E_ECL(7, value);
895 if (leafID == e_theta_6) store->set_theta_ECL(6, value);
896 if (leafID == e_phi_6) store->set_phi_ECL(6, value);
897 if (leafID == e_t_6) store->set_t_ECL(6, value);
898 if (leafID == e_E_6) store->set_E_ECL(6, value);
899 if (leafID == e_X_1) store->set_X_1(value);
900 if (leafID == e_N_cluster_1) store->set_N_cluster_1(value);
901 if (leafID == e_ECL_trg_1) store->set_ECL_trg_1(value);
902 if (leafID == e_theta_5) store->set_theta_ECL(5, value);
903 if (leafID == e_phi_5) store->set_phi_ECL(5, value);
904 if (leafID == e_t_5) store->set_t_ECL(5, value);
905 if (leafID == e_E_5) store->set_E_ECL(5, value);
906 if (leafID == e_theta_4) store->set_theta_ECL(4, value);
907 if (leafID == e_phi_4) store->set_phi_ECL(4, value);
908 if (leafID == e_t_4) store->set_t_ECL(4, value);
909 if (leafID == e_E_4) store->set_E_ECL(4, value);
910 if (leafID == e_theta_3) store->set_theta_ECL(3, value);
911 if (leafID == e_phi_3) store->set_phi_ECL(3, value);
912 if (leafID == e_t_3) store->set_t_ECL(3, value);
913 if (leafID == e_E_3) store->set_E_ECL(3, value);
914 if (leafID == e_theta_2) store->set_theta_ECL(2, value);
915 if (leafID == e_phi_2) store->set_phi_ECL(2, value);
916 if (leafID == e_t_2) store->set_t_ECL(2, value);
917 if (leafID == e_E_2) store->set_E_ECL(2, value);
918 if (leafID == e_theta_1) store->set_theta_ECL(1, value);
919 if (leafID == e_phi_1) store->set_phi_ECL(1, value);
920 if (leafID == e_t_1) store->set_t_ECL(1, value);
921 if (leafID == e_E_1) store->set_E_ECL(1, value);
922 if (leafID == e_theta_0) store->set_theta_ECL(0, value);
923 if (leafID == e_phi_0) store->set_phi_ECL(0, value);
924 if (leafID == e_t_0) store->set_t_ECL(0, value);
925 if (leafID == e_E_0) store->set_E_ECL(0, value);
926 if (leafID == e_X_0) store->set_X_0(value);
927 if (leafID == e_N_cluster_0) store->set_N_cluster_0(value);
928 if (leafID == e_ECL_trg_0) store->set_ECL_trg_0(value);
929 if (leafID == e_ECL_trg) store->set_ECL_trg(value);
930 if (leafID == e_ECL_trg_delay) store->set_ECL_trg_delay(value);
931 if (leafID == e_N_track_cut) store->set_N_track_cut(value);
932 if (leafID == e_N_track_NN) store->set_N_track_NN(value);
933 if (leafID == e_N_track_3D) store->set_N_track_3D(value);
934 if (leafID == e_CDCL1_count) store->set_CDCL1_count(value);
935 if (leafID == e_phi_CDC_int_1) store->set_phi_CDC_int(1, value);
936 if (leafID == e_phi_CDC_int_0) store->set_phi_CDC_int(0, value);
937 if (leafID == e_phi_i_int_1) store->set_phi_i_int(1, value);
938 if (leafID == e_phi_i_int_0) store->set_phi_i_int(0, value);
939 if (leafID == e_N_track) store->set_N_track(value);
940 if (leafID == e_b2b_1to3) store->set_b2b_1to3(value);
941 if (leafID == e_b2b_1to5) store->set_b2b_1to5(value);
942 if (leafID == e_b2b_1to7) store->set_b2b_1to7(value);
943 if (leafID == e_b2b_1to9) store->set_b2b_1to9(value);
944 if (leafID == e_opening) store->set_opening(value);
945 if (leafID == e_samehem_1) store->set_samehem(1, value);
946 if (leafID == e_opphem_1) store->set_opphem(1, value);
947 if (leafID == e_c_b2b_1to9_1) store->set_c_b2b_1to9(1, value);
948 if (leafID == e_c_b2b_1to7_1) store->set_c_b2b_1to7(1, value);
949 if (leafID == e_c_b2b_1to5_1) store->set_c_b2b_1to5(1, value);
950 if (leafID == e_c_b2b_1to3_1) store->set_c_b2b_1to3(1, value);
951 if (leafID == e_tc_b2b_1to9_1) store->set_tc_b2b_1to9(1, value);
952 if (leafID == e_tc_b2b_1to7_1) store->set_tc_b2b_1to7(1, value);
953 if (leafID == e_tc_b2b_1to5_1) store->set_tc_b2b_1to5(1, value);
954 if (leafID == e_tc_b2b_1to3_1) store->set_tc_b2b_1to3(1, value);
955 if (leafID == e_TOPL1_count) store->set_TOPL1_count(value);
956 if (leafID == e_KLML1_count) store->set_KLML1_count(value);
957 if (leafID == e_sector_KLM_int) store->set_sector_KLM_int(value);
958 if (leafID == e_sector_CDC_int) store->set_sector_CDC_int(value);
959 if (leafID == e_N_KLMmatch) store->set_N_KLMmatch(value);
960 if (leafID == e_samehem_0) store->set_samehem(0, value);
961 if (leafID == e_opphem_0) store->set_opphem(0, value);
962 if (leafID == e_N_match_2GeV_0) store->set_N_match_2GeV(0, value);
963 if (leafID == e_N_match_0) store->set_N_match(0, value);
964 if (leafID == e_N_g_1GeV_0) store->set_N_g_1GeV(0, value);
965 if (leafID == e_N_g_2GeV_0) store->set_N_g_2GeV(0, value);
966 if (leafID == e_ECLL1_count) store->set_ECLL1_count(value);
967 if (leafID == e_c_b2b_1to9_0) store->set_c_b2b_1to9(0, value);
968 if (leafID == e_c_b2b_1to7_0) store->set_c_b2b_1to7(0, value);
969 if (leafID == e_c_b2b_1to5_0) store->set_c_b2b_1to5(0, value);
970 if (leafID == e_c_b2b_1to3_0) store->set_c_b2b_1to3(0, value);
971 if (leafID == e_tc_b2b_1to9_0) store->set_tc_b2b_1to9(0, value);
972 if (leafID == e_tc_b2b_1to7_0) store->set_tc_b2b_1to7(0, value);
973 if (leafID == e_tc_b2b_1to5_0) store->set_tc_b2b_1to5(0, value);
974 if (leafID == e_tc_b2b_1to3_0) store->set_tc_b2b_1to3(0, value);
975 if (leafID == e_CDC3DL1_count) store->set_CDC3DL1_count(value);
976 if (leafID == e_CDCNNL1_count) store->set_CDCNNL1_count(value);
977 if (leafID == e_slot_CDC_int) store->set_slot_CDC_int(value);
978 if (leafID == e_slot_TOP_int) store->set_slot_TOP_int(value);
979 if (leafID == e_N_TOPmatch) store->set_N_TOPmatch(value);
980 if (leafID == e_N_match_2GeV_1) store->set_N_match_2GeV(1, value);
981 if (leafID == e_N_match_1) store->set_N_match(1, value);
982 if (leafID == e_N_g_1GeV_1) store->set_N_g_1GeV(1, value);
983 if (leafID == e_N_g_2GeV_1) store->set_N_g_2GeV(1, value);
984 if (leafID == e_TSFL1_count) store->set_TSFL1_count(value);
985 if (leafID == e_map_TSF3_int_1) store->set_map_TSF3_int(1, value);
986 if (leafID == e_map_TSF3_int_0) store->set_map_TSF3_int(0, value);
987 if (leafID == e_map_TSF1_int_1) store->set_map_TSF1_int(1, value);
988 if (leafID == e_map_TSF1_int_0) store->set_map_TSF1_int(0, value);
989 if (leafID == e_N_ST) store->set_N_ST(value);
990 if (leafID == e_map_ST_int_1) store->set_map_ST_int(1, value);
991 if (leafID == e_map_ST_int_0) store->set_map_ST_int(0, value);
992 if (leafID == e_map_veto_int_1) store->set_map_veto_int(1, value);
993 if (leafID == e_map_veto_int_0) store->set_map_veto_int(0, value);
994 if (leafID == e_map_TSF4_int_1) store->set_map_TSF4_int(1, value);
995 if (leafID == e_map_TSF4_int_0) store->set_map_TSF4_int(0, value);
996 if (leafID == e_map_TSF2_int_1) store->set_map_TSF2_int(1, value);
997 if (leafID == e_map_TSF2_int_0) store->set_map_TSF2_int(0, value);
998 if (leafID == e_map_TSF0_int_1) store->set_map_TSF0_int(1, value);
999 if (leafID == e_map_TSF0_int_0) store->set_map_TSF0_int(0, value);
1000 if (leafID == e_charge_flag) store->set_charge_flag(value);
1001 if (leafID == e_charge_sum) store->set_charge_sum(value);
1002 if (leafID == e_revoclk) store->set_revoclk(value);
1003 if (leafID == e_aaaa) store->set_aaaa(value);
1004 if (leafID == e_evt) store->set_evt(value);
1005 if (leafID == e_clk) store->set_clk(value);
1006 if (leafID == e_firmid) store->set_firmid(value);
1007 if (leafID == e_firmver) store->set_firmver(value);
1008 if (leafID == e_coml1) store->set_coml1(value);
1009 if (leafID == e_b2ldly) store->set_b2ldly(value);
1010 if (leafID == e_maxrvc) store->set_maxrvc(value);
1011 };
1012
1014 class TRGGRLUnpackerModule : public Module {
1015
1016 public:
1017
1019 TRGGRLUnpackerModule();
1020
1022 virtual ~TRGGRLUnpackerModule();
1023
1025 virtual void initialize() override;
1026
1028 virtual void event() override;
1029
1031 virtual void terminate() override;
1032
1034 virtual void beginRun() override;
1035
1037 virtual void endRun() override;
1038
1040 std::string version() const;
1041
1043 virtual void fillTreeTRGGRLUnpacker(int* buf, int evt);
1044
1045 private:
1046
1048 bool m_pciedata;
1049
1050 };
1051 }
1053} // end namespace Belle2
1054#endif // TRGGRLUNPACKER_H
Belle2::Module::Module
Module()
Constructor.
Definition Module.cc:30
Belle2::TRGGRLUNPACKERSPACE::TRGGRLUnpackerModule::initialize
virtual void initialize() override
Initializes TRGGRLUnpackerUnpackerModule.
Definition TRGGRLUnpackerModule.cc:41
Belle2::TRGGRLUNPACKERSPACE::TRGGRLUnpackerModule::event
virtual void event() override
Called event by event.
Definition TRGGRLUnpackerModule.cc:55
Belle2::TRGGRLUNPACKERSPACE::TRGGRLUnpackerModule::endRun
virtual void endRun() override
Called when run ended.
Definition TRGGRLUnpackerModule.cc:51
Belle2::TRGGRLUNPACKERSPACE::TRGGRLUnpackerModule::terminate
virtual void terminate() override
Called when processing ended.
Definition TRGGRLUnpackerModule.cc:37
Belle2::TRGGRLUNPACKERSPACE::TRGGRLUnpackerModule::beginRun
virtual void beginRun() override
Called when new run started.
Definition TRGGRLUnpackerModule.cc:47
Belle2::TRGGRLUNPACKERSPACE::TRGGRLUnpackerModule::version
std::string version() const
returns version of TRGGRLUnpackerModule.
Definition TRGGRLUnpackerModule.cc:18
Belle2::TRGGRLUNPACKERSPACE::TRGGRLUnpackerModule::fillTreeTRGGRLUnpacker
virtual void fillTreeTRGGRLUnpacker(int *buf, int evt)
Unpacker main function.
Definition TRGGRLUnpackerModule.cc:91
Belle2
Abstract base class for different kinds of events.
Definition MillepedeAlgorithm.h:17