thepeg is hosted by Hepforge, IPPP Durham
ThePEG 2.3.0
EnumParticles.h
1// -*- C++ -*-
2//
3// EnumParticles.h is a part of ThePEG - Toolkit for HEP Event Generation
4// Copyright (C) 1999-2019 Leif Lonnblad
5//
6// ThePEG is licenced under version 3 of the GPL, see COPYING for details.
7// Please respect the MCnet academic guidelines, see GUIDELINES for details.
8//
9#ifndef ThePEG_EnumParticles_H
10#define ThePEG_EnumParticles_H
11
12namespace ThePEG {
13
14
18namespace ParticleID {
19
24 d = 1,
27 dbar = -1,
30 u = 2,
33 ubar = -2,
36 s = 3,
39 sbar = -3,
42 c = 4,
45 cbar = -4,
48 b = 5,
51 bbar = -5,
54 t = 6,
57 tbar = -6,
60 bprime = 7,
63 bprimebar = -7,
66 tprime = 8,
69 tprimebar = -8,
72 eminus = 11,
75 eplus = -11,
78 nu_e = 12,
81 nu_ebar = -12,
84 muminus = 13,
87 muplus = -13,
90 nu_mu = 14,
93 nu_mubar = -14,
96 tauminus = 15,
99 tauplus = -15,
102 nu_tau = 16,
105 nu_taubar = -16,
108 tauprimeminus = 17,
111 tauprimeplus = -17,
114 nuprime_tau = 18,
117 nuprime_taubar = -18,
120 g = 21,
123 gamma = 22,
126 Z0 = 23,
129 Wplus = 24,
132 Wminus = -24,
135 h0 = 25,
138 Zprime0 = 32,
141 Zbis0 = 33,
144 Wprimeplus = 34,
147 Wprimeminus = -34,
150 H0 = 35,
153 A0 = 36,
156 Hplus = 37,
159 Hminus = -37,
162 Graviton = 39,
165 R0 = 41,
168 Rbar0 = -41,
171 LQ_ue = 42,
174 LQ_uebar = -42,
177 reggeon = 110,
180 pi0 = 111,
183 rho0 = 113,
186 a_20 = 115,
189 K_L0 = 130,
192 piplus = 211,
195 piminus = -211,
198 rhoplus = 213,
201 rhominus = -213,
204 a_2plus = 215,
207 a_2minus = -215,
210 eta = 221,
213 omega = 223,
216 f_2 = 225,
219 K_S0 = 310,
222 K0 = 311,
225 Kbar0 = -311,
228 Kstar0 = 313,
231 Kstarbar0 = -313,
234 Kstar_20 = 315,
237 Kstar_2bar0 = -315,
240 Kplus = 321,
243 Kminus = -321,
246 Kstarplus = 323,
249 Kstarminus = -323,
252 Kstar_2plus = 325,
255 Kstar_2minus = -325,
258 etaprime = 331,
261 phi = 333,
264 fprime_2 = 335,
267 Dplus = 411,
270 Dminus = -411,
273 Dstarplus = 413,
276 Dstarminus = -413,
279 Dstar_2plus = 415,
282 Dstar_2minus = -415,
285 D0 = 421,
288 Dbar0 = -421,
291 Dstar0 = 423,
294 Dstarbar0 = -423,
297 Dstar_20 = 425,
300 Dstar_2bar0 = -425,
303 D_splus = 431,
306 D_sminus = -431,
309 Dstar_splus = 433,
312 Dstar_sminus = -433,
315 Dstar_2splus = 435,
318 Dstar_2sminus = -435,
321 eta_c = 441,
324 Jpsi = 443,
327 chi_2c = 445,
330 B0 = 511,
333 Bbar0 = -511,
336 Bstar0 = 513,
339 Bstarbar0 = -513,
342 Bstar_20 = 515,
345 Bstar_2bar0 = -515,
348 Bplus = 521,
351 Bminus = -521,
354 Bstarplus = 523,
357 Bstarminus = -523,
360 Bstar_2plus = 525,
363 Bstar_2minus = -525,
366 B_s0 = 531,
369 B_sbar0 = -531,
372 Bstar_s0 = 533,
375 Bstar_sbar0 = -533,
378 Bstar_2s0 = 535,
381 Bstar_2sbar0 = -535,
384 B_cplus = 541,
387 B_cminus = -541,
390 Bstar_cplus = 543,
393 Bstar_cminus = -543,
396 Bstar_2cplus = 545,
399 Bstar_2cminus = -545,
402 eta_b = 551,
405 Upsilon = 553,
408 chi_2b = 555,
411 pomeron = 990,
414 dd_1 = 1103,
417 dd_1bar = -1103,
420 Deltaminus = 1114,
423 Deltabarplus = -1114,
426 ud_0 = 2101,
429 ud_0bar = -2101,
432 ud_1 = 2103,
435 ud_1bar = -2103,
438 n0 = 2112,
441 nbar0 = -2112,
444 Delta0 = 2114,
447 Deltabar0 = -2114,
450 uu_1 = 2203,
453 uu_1bar = -2203,
456 pplus = 2212,
459 pbarminus = -2212,
462 Deltaplus = 2214,
465 Deltabarminus = -2214,
468 Deltaplus2 = 2224,
471 Deltabarminus2 = -2224,
474 sd_0 = 3101,
477 sd_0bar = -3101,
480 sd_1 = 3103,
483 sd_1bar = -3103,
486 Sigmaminus = 3112,
489 Sigmabarplus = -3112,
492 Sigmastarminus = 3114,
495 Sigmastarbarplus = -3114,
498 Lambda0 = 3122,
501 Lambdabar0 = -3122,
504 su_0 = 3201,
507 su_0bar = -3201,
510 su_1 = 3203,
513 su_1bar = -3203,
516 Sigma0 = 3212,
519 Sigmabar0 = -3212,
522 Sigmastar0 = 3214,
525 Sigmastarbar0 = -3214,
528 Sigmaplus = 3222,
531 Sigmabarminus = -3222,
534 Sigmastarplus = 3224,
537 Sigmastarbarminus = -3224,
540 ss_1 = 3303,
543 ss_1bar = -3303,
546 Ximinus = 3312,
549 Xibarplus = -3312,
552 Xistarminus = 3314,
555 Xistarbarplus = -3314,
558 Xi0 = 3322,
561 Xibar0 = -3322,
564 Xistar0 = 3324,
567 Xistarbar0 = -3324,
570 Omegaminus = 3334,
573 Omegabarplus = -3334,
576 cd_0 = 4101,
579 cd_0bar = -4101,
582 cd_1 = 4103,
585 cd_1bar = -4103,
588 Sigma_c0 = 4112,
591 Sigma_cbar0 = -4112,
594 Sigmastar_c0 = 4114,
597 Sigmastar_cbar0 = -4114,
600 Lambda_cplus = 4122,
603 Lambda_cbarminus = -4122,
606 Xi_c0 = 4132,
609 Xi_cbar0 = -4132,
612 cu_0 = 4201,
615 cu_0bar = -4201,
618 cu_1 = 4203,
621 cu_1bar = -4203,
624 Sigma_cplus = 4212,
627 Sigma_cbarminus = -4212,
630 Sigmastar_cplus = 4214,
633 Sigmastar_cbarminus = -4214,
636 Sigma_cplus2 = 4222,
639 Sigma_cbarminus2 = -4222,
642 Sigmastar_cplus2 = 4224,
645 Sigmastar_cbarminus2 = -4224,
648 Xi_cplus = 4232,
651 Xi_cbarminus = -4232,
654 cs_0 = 4301,
657 cs_0bar = -4301,
660 cs_1 = 4303,
663 cs_1bar = -4303,
666 Xiprime_c0 = 4312,
669 Xiprime_cbar0 = -4312,
672 Xistar_c0 = 4314,
675 Xistar_cbar0 = -4314,
678 Xiprime_cplus = 4322,
681 Xiprime_cbarminus = -4322,
684 Xistar_cplus = 4324,
687 Xistar_cbarminus = -4324,
690 Omega_c0 = 4332,
693 Omega_cbar0 = -4332,
696 Omegastar_c0 = 4334,
699 Omegastar_cbar0 = -4334,
702 cc_1 = 4403,
705 cc_1bar = -4403,
708 Xi_ccplus = 4412,
711 Xi_ccbarminus = -4412,
714 Xistar_ccplus = 4414,
717 Xistar_ccbarminus = -4414,
720 Xi_ccplus2 = 4422,
723 Xi_ccbarminus2 = -4422,
726 Xistar_ccplus2 = 4424,
729 Xistar_ccbarminus2 = -4424,
732 Omega_ccplus = 4432,
735 Omega_ccbarminus = -4432,
738 Omegastar_ccplus = 4434,
741 Omegastar_ccbarminus = -4434,
744 Omegastar_cccplus2 = 4444,
747 Omegastar_cccbarminus = -4444,
750 bd_0 = 5101,
753 bd_0bar = -5101,
756 bd_1 = 5103,
759 bd_1bar = -5103,
762 Sigma_bminus = 5112,
765 Sigma_bbarplus = -5112,
768 Sigmastar_bminus = 5114,
771 Sigmastar_bbarplus = -5114,
774 Lambda_b0 = 5122,
777 Lambda_bbar0 = -5122,
780 Xi_bminus = 5132,
783 Xi_bbarplus = -5132,
786 Xi_bc0 = 5142,
789 Xi_bcbar0 = -5142,
792 bu_0 = 5201,
795 bu_0bar = -5201,
798 bu_1 = 5203,
801 bu_1bar = -5203,
804 Sigma_b0 = 5212,
807 Sigma_bbar0 = -5212,
810 Sigmastar_b0 = 5214,
813 Sigmastar_bbar0 = -5214,
816 Sigma_bplus = 5222,
819 Sigma_bbarminus = -5222,
822 Sigmastar_bplus = 5224,
825 Sigmastar_bbarminus = -5224,
828 Xi_b0 = 5232,
831 Xi_bbar0 = -5232,
834 Xi_bcplus = 5242,
837 Xi_bcbarminus = -5242,
840 bs_0 = 5301,
843 bs_0bar = -5301,
846 bs_1 = 5303,
849 bs_1bar = -5303,
852 Xiprime_bminus = 5312,
855 Xiprime_bbarplus = -5312,
858 Xistar_bminus = 5314,
861 Xistar_bbarplus = -5314,
864 Xiprime_b0 = 5322,
867 Xiprime_bbar0 = -5322,
870 Xistar_b0 = 5324,
873 Xistar_bbar0 = -5324,
876 Omega_bminus = 5332,
879 Omega_bbarplus = -5332,
882 Omegastar_bminus = 5334,
885 Omegastar_bbarplus = -5334,
888 Omega_bc0 = 5342,
891 Omega_bcbar0 = -5342,
894 bc_0 = 5401,
897 bc_0bar = -5401,
900 bc_1 = 5403,
903 bc_1bar = -5403,
906 Xiprime_bc0 = 5412,
909 Xiprime_bcbar0 = -5412,
912 Xistar_bc0 = 5414,
915 Xistar_bcbar0 = -5414,
918 Xiprime_bcplus = 5422,
921 Xiprime_bcbarminus = -5422,
924 Xistar_bcplus = 5424,
927 Xistar_bcbarminus = -5424,
930 Omegaprime_bc0 = 5432,
933 Omegaprime_bcba = -5432,
936 Omegastar_bc0 = 5434,
939 Omegastar_bcbar0 = -5434,
942 Omega_bccplus = 5442,
945 Omega_bccbarminus = -5442,
948 Omegastar_bccplus = 5444,
951 Omegastar_bccbarminus = -5444,
954 bb_1 = 5503,
957 bb_1bar = -5503,
960 Xi_bbminus = 5512,
963 Xi_bbbarplus = -5512,
966 Xistar_bbminus = 5514,
969 Xistar_bbbarplus = -5514,
972 Xi_bb0 = 5522,
975 Xi_bbbar0 = -5522,
978 Xistar_bb0 = 5524,
981 Xistar_bbbar0 = -5524,
984 Omega_bbminus = 5532,
987 Omega_bbbarplus = -5532,
990 Omegastar_bbminus = 5534,
993 Omegastar_bbbarplus = -5534,
996 Omega_bbc0 = 5542,
999 Omega_bbcbar0 = -5542,
1002 Omegastar_bbc0 = 5544,
1005 Omegastar_bbcbar0 = -5544,
1008 Omegastar_bbbminus = 5554,
1011 Omegastar_bbbbarplus = -5554,
1014 a_00 = 9000111,
1017 b_10 = 10113,
1020 a_0plus = 9000211,
1023 a_0minus = -9000211,
1026 b_1plus = 10213,
1029 b_1minus = -10213,
1032 f_0 = 9010221,
1035 h_1 = 10223,
1038 Kstar_00 = 10311,
1041 Kstar_0bar0 = -10311,
1044 K_10 = 10313,
1047 K_1bar0 = -10313,
1050 Kstar_0plus = 10321,
1053 Kstar_0minus = -10321,
1056 K_1plus = 10323,
1059 K_1minus = -10323,
1062 eta1440 = 100331,
1065 hprime_1 = 10333,
1068 Dstar_0plus = 10411,
1071 Dstar_0minus = -10411,
1074 D_1plus = 10413,
1077 D_1minus = -10413,
1080 Dstar_00 = 10421,
1083 Dstar_0bar0 = -10421,
1086 D_10 = 10423,
1089 D_1bar0 = -10423,
1092 Dstar_0splus = 10431,
1095 Dstar_0sminus = -10431,
1098 D_1splus = 10433,
1101 D_1sminus = -10433,
1104 chi_0c = 10441,
1107 h_1c = 10443,
1110 Bstar_00 = 10511,
1113 Bstar_0bar0 = -10511,
1116 B_10 = 10513,
1119 B_1bar0 = -10513,
1122 Bstar_0plus = 10521,
1125 Bstar_0minus = -10521,
1128 B_1plus = 10523,
1131 B_1minus = -10523,
1134 Bstar_0s0 = 10531,
1137 Bstar_0sbar0 = -10531,
1140 B_1s0 = 10533,
1143 B_1sbar0 = -10533,
1146 Bstar_0cplus = 10541,
1149 Bstar_0cminus = -10541,
1152 B_1cplus = 10543,
1155 B_1cminus = -10543,
1158 chi_0b = 10551,
1161 h_1b = 10553,
1164 a_10 = 20113,
1167 a_1plus = 20213,
1170 a_1minus = -20213,
1173 f_1 = 20223,
1176 Kstar_10 = 20313,
1179 Kstar_1bar0 = -20313,
1182 Kstar_1plus = 20323,
1185 Kstar_1minus = -20323,
1188 fprime_1 = 20333,
1191 Dstar_1plus = 20413,
1194 Dstar_1minus = -20413,
1197 Dstar_10 = 20423,
1200 Dstar_1bar0 = -20423,
1203 Dstar_1splus = 20433,
1206 Dstar_1sminus = -20433,
1209 chi_1c = 20443,
1212 Bstar_10 = 20513,
1215 Bstar_1bar0 = -20513,
1218 Bstar_1plus = 20523,
1221 Bstar_1minus = -20523,
1224 Bstar_1s0 = 20533,
1227 Bstar_1sbar0 = -20533,
1230 Bstar_1cplus = 20543,
1233 Bstar_1cminus = -20543,
1236 chi_1b = 20553,
1239 psiprime = 100443,
1242 Upsilonprime = 100553,
1245 SUSY_d_L = 1000001,
1248 SUSY_d_Lbar = -1000001,
1251 SUSY_u_L = 1000002,
1254 SUSY_u_Lbar = -1000002,
1257 SUSY_s_L = 1000003,
1260 SUSY_s_Lbar = -1000003,
1263 SUSY_c_L = 1000004,
1266 SUSY_c_Lbar = -1000004,
1269 SUSY_b_1 = 1000005,
1272 SUSY_b_1bar = -1000005,
1275 SUSY_t_1 = 1000006,
1278 SUSY_t_1bar = -1000006,
1281 SUSY_e_Lminus = 1000011,
1284 SUSY_e_Lplus = -1000011,
1287 SUSY_nu_eL = 1000012,
1290 SUSY_nu_eLbar = -1000012,
1293 SUSY_mu_Lminus = 1000013,
1296 SUSY_mu_Lplus = -1000013,
1299 SUSY_nu_muL = 1000014,
1302 SUSY_nu_muLbar = -1000014,
1305 SUSY_tau_1minus = 1000015,
1308 SUSY_tau_1plus = -1000015,
1311 SUSY_nu_tauL = 1000016,
1314 SUSY_nu_tauLbar = -1000016,
1317 SUSY_g = 1000021,
1320 SUSY_chi_10 = 1000022,
1323 SUSY_chi_20 = 1000023,
1326 SUSY_chi_1plus = 1000024,
1329 SUSY_chi_1minus = -1000024,
1332 SUSY_chi_30 = 1000025,
1335 SUSY_chi_40 = 1000035,
1338 SUSY_chi_2plus = 1000037,
1341 SUSY_chi_2minus = -1000037,
1344 SUSY_Gravitino = 1000039,
1347 SUSY_d_R = 2000001,
1350 SUSY_d_Rbar = -2000001,
1353 SUSY_u_R = 2000002,
1356 SUSY_u_Rbar = -2000002,
1359 SUSY_s_R = 2000003,
1362 SUSY_s_Rbar = -2000003,
1365 SUSY_c_R = 2000004,
1368 SUSY_c_Rbar = -2000004,
1371 SUSY_b_2 = 2000005,
1374 SUSY_b_2bar = -2000005,
1377 SUSY_t_2 = 2000006,
1380 SUSY_t_2bar = -2000006,
1383 SUSY_e_Rminus = 2000011,
1386 SUSY_e_Rplus = -2000011,
1389 SUSY_nu_eR = 2000012,
1392 SUSY_nu_eRbar = -2000012,
1395 SUSY_mu_Rminus = 2000013,
1398 SUSY_mu_Rplus = -2000013,
1401 SUSY_nu_muR = 2000014,
1404 SUSY_nu_muRbar = -2000014,
1407 SUSY_tau_2minus = 2000015,
1410 SUSY_tau_2plus = -2000015,
1413 SUSY_nu_tauR = 2000016,
1416 SUSY_nu_tauRbar = -2000016,
1419 pi_tc0 = 3000111,
1422 pi_tcplus = 3000211,
1425 pi_tcminus = -3000211,
1428 piprime_tc0 = 3000221,
1431 eta_tc0 = 3000331,
1434 rho_tc0 = 3000113,
1437 rho_tcplus = 3000213,
1440 rho_tcminus = -3000213,
1443 omega_tc = 3000223,
1446 V8_tc = 3100021,
1449 pi_22_1_tc = 3100111,
1452 pi_22_8_tc = 3200111,
1455 rho_11_tc = 3100113,
1458 rho_12_tc = 3200113,
1461 rho_21_tc = 3300113,
1464 rho_22_tc = 3400113,
1467 dstar = 4000001,
1470 dstarbar = -4000001,
1473 ustar = 4000002,
1476 ustarbar = -4000002,
1479 estarminus = 4000011,
1482 estarbarplus = -4000011,
1485 nustar_e0 = 4000012,
1488 nustar_ebar0 = -4000012,
1491 Gravitonstar = 5000039,
1494 nu_Re = 9900012,
1497 nu_Rmu = 9900014,
1500 nu_Rtau = 9900016,
1503 Z_R0 = 9900023,
1506 W_Rplus = 9900024,
1509 W_Rminus = -9900024,
1512 H_Lplus2 = 9900041,
1515 H_Lminus2 = -9900041,
1518 H_Rplus2 = 9900042,
1521 H_Rminus2 = -9900042,
1524 rho_diff0 = 9900110,
1527 pi_diffrplus = 9900210,
1530 pi_diffrminus = -9900210,
1533 omega_di = 9900220,
1536 phi_diff = 9900330,
1539 Jpsi_di = 9900440,
1542 n_diffr0 = 9902110,
1545 n_diffrbar0 = -9902110,
1548 p_diffrplus = 9902210,
1551 p_diffrbarminus = -9902210,
1554 undefined = 0 };
1556}
1557}
1558#endif
ParticleCodes
Enumeration to give identifiers to PDG id numbers.
Definition: EnumParticles.h:23
@ Xistar_bcbarminus
(Xi*_bcbar-)
@ SUSY_chi_10
(~chi_10)
@ Xistar_bbbar0
(Xi*_bbbar0)
@ Sigma_b0
(Sigma_b0)
@ Bstar_0bar0
(B*_0bar0)
@ Deltaplus2
(Delta++)
@ Sigmastar_bbar0
(Sigma*_bbar0)
@ SUSY_nu_muLbar
(~nu_muLbar)
@ omega_di
(omega_di)
@ Xistar_ccbarminus
(Xi*_ccbar-)
@ rho_22_tc
(rho_22_tc)
@ Omegastar_ccplus
(Omega*_cc+)
@ Xistar_ccplus
(Xi*_cc+)
@ Sigma_bplus
(Sigma_b+)
@ Omegastar_bminus
(Omega*_b-)
@ Omega_bbc0
(Omega_bbc0)
@ Sigmastarminus
(Sigma*-)
@ Omegastar_cccbarminus
(Omega*_cccbar-)
@ Omega_ccplus
(Omega_cc+)
@ Sigmastar_b0
(Sigma*_b0)
@ Sigmastar_cbarminus
(Sigma*_cbar-)
@ Xistar_bb0
(Xi*_bb0)
@ Xistar_cbar0
(Xi*_cbar0)
@ Omegastar_bbarplus
(Omega*_bbar+)
@ Dstar_1bar0
(D*_1bar0)
@ Omegastar_bc0
(Omega*_bc0)
@ Sigma_cplus
(Sigma_c+)
@ Bstar_2sbar0
(B*_2sbar0)
@ Xi_bbbarplus
(Xi_bbbar+)
@ Sigma_bminus
(Sigma_b-)
@ Xistar_bcbar0
(Xi*_bcbar0)
@ Omegastar_bccbarminus
(Omega*_bccbar-)
@ Xi_bbarplus
(Xi_bbar+)
@ Omegastar_bbbarplus
(Omega*_bbbar+)
@ Omega_bminus
(Omega_b-)
@ Sigmastar_bminus
(Sigma*_b-)
@ SUSY_tau_2minus
(~tau_2-)
@ p_diffrbarminus
(p_diffrbar-)
@ Xiprime_cplus
(Xi'_c+)
@ Bstar_2cplus
(B*_2c+)
@ Sigmastar_bbarplus
(Sigma*_bbar+)
@ nu_mubar
(nu_mubar)
Definition: EnumParticles.h:93
@ Sigma_cbarminus2
(Sigma_cbar–)
@ Sigmastar_cplus2
(Sigma*_c++)
@ Xistar_bbminus
(Xi*_bb-)
@ Omegastar_c0
(Omega*_c0)
@ Omegastar_bbcbar0
(Omega*_bbcbar0)
@ Bstar_0sbar0
(B*_0sbar0)
@ SUSY_tau_1minus
(~tau_1-)
@ Xistar_bbar0
(Xi*_bbar0)
@ SUSY_s_Rbar
(~s_Rbar)
@ SUSY_mu_Lminus
(~mu_L-)
@ nu_taubar
(nu_taubar)
@ Omega_cbar0
(Omega_cbar0)
@ Upsilonprime
(Upsilon')
@ n_diffrbar0
(n_diffrbar0)
@ Sigma_bbar0
(Sigma_bbar0)
@ Bstar_1sbar0
(B*_1sbar0)
@ SUSY_t_2bar
(~t_2bar)
@ Xiprime_bcbar0
(Xi'_bcbar0)
@ B_1sbar0
(B_1sbar0)
@ Kstar_0bar0
(K*_0bar0)
@ Xi_cbarminus
(Xi_cbar-)
@ Xistar_ccbarminus2
(Xi*_ccbar–)
@ Sigma_c0
(Sigma_c0)
@ Sigma_cbarminus
(Sigma_cbar-)
@ Dstar_2sminus
(D*_2s-)
@ Sigmastarplus
(Sigma*+)
@ SUSY_nu_muRbar
(~nu_muRbar)
@ nuprime_tau
(nu'_tau)
@ pi_22_1_tc
(pi_22_1_tc)
@ Omegastar_bccplus
(Omega*_bcc+)
@ Bstar_sbar0
(B*_sbar0)
@ Xi_bcbar0
(Xi_bcbar0)
@ Xistar_bbarplus
(Xi*_bbar+)
@ Deltabarminus
(Deltabar-)
@ Dstar_0bar0
(D*_0bar0)
@ Omega_bbminus
(Omega_bb-)
@ Deltabarminus2
(Deltabar–)
@ Omega_bccbarminus
(Omega_bccbar-)
@ Xiprime_bcplus
(Xi'_bc+)
@ SUSY_b_2bar
(~b_2bar)
@ Xi_ccplus2
(Xi_cc++)
@ Omegastar_cbar0
(Omega*_cbar0)
@ Omega_ccbarminus
(Omega_ccbar-)
@ Bstar_2bar0
(B*_2bar0)
@ SUSY_nu_tauLbar
(~nu_tauLbar)
@ Xiprime_cbar0
(Xi'_cbar0)
@ Kstar_1bar0
(K*_1bar0)
@ SUSY_nu_muL
(~nu_muL)
@ Lambda_b0
(Lambda_b0)
@ nustar_ebar0
(nu*_ebar0)
@ Xistar_cbarminus
(Xi*_cbar-)
@ Xiprime_bcbarminus
(Xi'_bcbar-)
@ Omegastar_bbbminus
(Omega*_bbb-)
@ Omegaprime_bc0
(Omega'_bc0)
@ rho_diff0
(rho_diff0)
@ Omegastar_bbbbarplus
(Omega*_bbbbar+)
@ Lambda_cplus
(Lambda_c+)
@ Sigma_cplus2
(Sigma_c++)
@ Xiprime_bc0
(Xi'_bc0)
@ Sigmastarbarminus
(Sigma*bar-)
@ Sigmabarplus
(Sigmabar+)
@ Lambdabar0
(Lambdabar0)
@ undefined
Undefined particle.
@ SUSY_nu_muR
(~nu_muR)
@ Omegastar_bcbar0
(Omega*_bcbar0)
@ SUSY_nu_tauL
(~nu_tauL)
@ SUSY_chi_40
(~chi_40)
@ Omegastar_bbminus
(Omega*_bb-)
@ pi_diffrplus
(pi_diffr+)
@ Xi_bcbarminus
(Xi_bcbar-)
@ SUSY_nu_tauR
(~nu_tauR)
@ Sigmastar_c0
(Sigma*_c0)
@ SUSY_tau_2plus
(~tau_2+)
@ Xistar_bcplus
(Xi*_bc+)
@ Omegastar_bbc0
(Omega*_bbc0)
@ Sigmastarbarplus
(Sigma*bar+)
@ Graviton
(Graviton)
@ rho_21_tc
(rho_21_tc)
@ Xi_bbbar0
(Xi_bbbar0)
@ SUSY_u_Lbar
(~u_Lbar)
@ Deltabarplus
(Deltabar+)
@ rho_tcminus
(rho_tc-)
@ SUSY_u_Rbar
(~u_Rbar)
@ SUSY_s_Lbar
(~s_Lbar)
@ Omega_bcbar0
(Omega_bcbar0)
@ Omegaprime_bcba
(Omega'_bcba)
@ Sigma_bbarminus
(Sigma_bbar-)
@ piprime_tc0
(pi'_tc0)
@ Sigmastar_bbarminus
(Sigma*_bbar-)
@ Sigma_bbarplus
(Sigma_bbar+)
@ Xi_ccbarminus
(Xi_ccbar-)
@ LQ_uebar
(LQ_uebar)
@ nu_ebar
(nu_ebar)
Definition: EnumParticles.h:81
@ Xi_bbar0
(Xi_bbar0)
@ SUSY_chi_30
(~chi_30)
@ Xi_ccbarminus2
(Xi_ccbar–)
@ Dstar_2bar0
(D*_2bar0)
@ Lambda_bbar0
(Lambda_bbar0)
@ SUSY_tau_1plus
(~tau_1+)
@ Xiprime_bbarplus
(Xi'_bbar+)
@ Bstar_1bar0
(B*_1bar0)
@ Xiprime_bbar0
(Xi'_bbar0)
@ SUSY_chi_1minus
(~chi_1-)
@ Xistar_cplus
(Xi*_c+)
@ Omega_bccplus
(Omega_bcc+)
@ SUSY_mu_Rminus
(~mu_R-)
@ Omegastar_cccplus2
(Omega*_ccc++)
@ Omegabarplus
(Omegabar+)
@ SUSY_b_1bar
(~b_1bar)
@ Omegastar_ccbarminus
(Omega*_ccbar-)
@ SUSY_chi_1plus
(~chi_1+)
@ Omega_c0
(Omega_c0)
@ n_diffr0
(n_diffr0)
@ rho_11_tc
(rho_11_tc)
@ phi_diff
(phi_diff)
@ Xistar_ccplus2
(Xi*_cc++)
@ Bstar_2cminus
(B*_2c-)
@ Omega_bbcbar0
(Omega_bbcbar0)
@ Xiprime_bminus
(Xi'_b-)
@ Omega_bbbarplus
(Omega_bbbar+)
@ Sigmastar_cbar0
(Sigma*_cbar0)
@ Xistarbarplus
(Xi*bar+)
@ Xistar_bminus
(Xi*_b-)
@ SUSY_nu_tauRbar
(~nu_tauRbar)
@ SUSY_d_Lbar
(~d_Lbar)
@ Omega_bc0
(Omega_bc0)
@ Sigmastar_cbarminus2
(Sigma*_cbar–)
@ Xiprime_cbarminus
(Xi'_cbar-)
@ Sigmastarbar0
(Sigma*bar0)
@ pi_22_8_tc
(pi_22_8_tc)
@ p_diffrplus
(p_diffr+)
@ SUSY_nu_eRbar
(~nu_eRbar)
@ SUSY_c_Rbar
(~c_Rbar)
@ SUSY_c_Lbar
(~c_Lbar)
@ Sigmabar0
(Sigmabar0)
@ Sigmastar0
(Sigma*0)
@ nuprime_taubar
(nu'_taubar)
@ Dstar_2splus
(D*_2s+)
@ rho_12_tc
(rho_12_tc)
@ Sigmastar_bplus
(Sigma*_b+)
@ Kstar_2bar0
(K*_2bar0)
@ omega_tc
(omega_tc)
@ Xi_cbar0
(Xi_cbar0)
@ SUSY_d_Rbar
(~d_Rbar)
@ SUSY_chi_2minus
(~chi_2-)
@ Sigmabarminus
(Sigmabar-)
@ Xistar_bbbarplus
(Xi*_bbbar+)
@ Gravitonstar
(Graviton*)
@ SUSY_chi_20
(~chi_20)
@ SUSY_t_1bar
(~t_1bar)
@ SUSY_nu_eLbar
(~nu_eLbar)
@ Xistar_bc0
(Xi*_bc0)
@ Omega_bbarplus
(Omega_bbar+)
@ Deltabar0
(Deltabar0)
@ SUSY_chi_2plus
(~chi_2+)
@ Sigma_cbar0
(Sigma_cbar0)
@ SUSY_Gravitino
(~Gravitino)
@ Lambda_cbarminus
(Lambda_cbar-)
@ pi_diffrminus
(pi_diffr-)
@ Xistarbar0
(Xi*bar0)
@ Sigmastar_cplus
(Sigma*_c+)
This is the main namespace within which all identifiers in ThePEG are declared.
Definition: FactoryBase.h:28