BOSS 7.1.2
BESIII Offline Software System
Loading...
Searching...
No Matches
PdtLund Class Reference

#include <PdtLund.h>

Public Types

enum  LundType {
  d = 1 , anti_d = -1 , u = 2 , anti_u = -2 ,
  s = 3 , anti_s = -3 , c = 4 , anti_c = -4 ,
  b = 5 , anti_b = -5 , t = 6 , anti_t = -6 ,
  b_prime = 7 , anti_b_prime = -7 , t_prime = 8 , anti_t_prime = -8 ,
  g = 21 , e_minus = 11 , e_plus = -11 , nu_e = 12 ,
  anti_nu_e = -12 , mu_minus = 13 , mu_plus = -13 , nu_mu = 14 ,
  anti_nu_mu = -14 , tau_minus = 15 , tau_plus = -15 , nu_tau = 16 ,
  anti_nu_tau = -16 , L_minus = 17 , L_plus = -17 , nu_L = 18 ,
  anti_nu_L = -18 , gamma = 22 , vpho = 10022 , Cerenkov = 20022 ,
  Z0 = 23 , W_plus = 24 , W_minus = -24 , Higgs0 = 25 ,
  reggeon = 28 , pomeron = 29 , Z_prime0 = 32 , Z_prime_prime0 = 33 ,
  W_prime_plus = 34 , W_prime_minus = -34 , Higgs_prime0 = 35 , A0 = 36 ,
  Higgs_plus = 37 , Higgs_minus = -37 , R0 = 40 , anti_R0 = -40 ,
  Xu0 = 41 , Xu_plus = 42 , Xu_minus = -42 , specflav = 81 ,
  rndmflav = 82 , anti_rndmflav = -82 , phasespa = 83 , c_minushadron = 84 ,
  anti_c_minushadron = -84 , b_minushadron = 85 , anti_b_minushadron = -85 , t_minushadron = 86 ,
  anti_t_minushadron = -86 , b_prime_minushadron = 87 , anti_b_prime_minushadron = -87 , t_prime_minushadron = 88 ,
  anti_t_prime_minushadron = -88 , Wvirt_plus = 89 , Wvirt_minus = -89 , diquark = 90 ,
  anti_diquark = -90 , cluster = 91 , string = 92 , indep = 93 ,
  CMshower = 94 , SPHEaxis = 95 , THRUaxis = 96 , CLUSjet = 97 ,
  CELLjet = 98 , table = 99 , pi0 = 111 , pi_plus = 211 ,
  pi_minus = -211 , pi_diff_plus = 210 , pi_diff_minus = -210 , pi_2S0 = 20111 ,
  pi_2S_plus = 20211 , pi_2S_minus = -20211 , eta = 221 , eta_2S = 20221 ,
  eta_prime = 331 , rho0 = 113 , rho_diff0 = 110 , rho_plus = 213 ,
  rho_minus = -213 , rho_2S0 = 30113 , rho_2S_plus = 30213 , rho_2S_minus = -30213 ,
  rho_3S0 = 40113 , rho_3S_plus = 40213 , rho_3S_minus = -40213 , omega = 223 ,
  omega_diff = 220 , omega_2S = 30223 , phi = 333 , phi_diff = 330 ,
  a_00 = 10111 , a_0_plus = 10211 , a_0_minus = -10211 , f_0 = 10221 ,
  f_prime_0 = 10331 , b_10 = 10113 , b_1_plus = 10213 , b_1_minus = -10213 ,
  h_1 = 10223 , h_prime_1 = 10333 , a_10 = 20113 , a_1_plus = 20213 ,
  a_1_minus = -20213 , f_1 = 20223 , f_prime_1 = 20333 , a_20 = 115 ,
  a_2_plus = 215 , a_2_minus = -215 , f_2 = 225 , f_0_1500 = 50221 ,
  f_prime_2 = 335 , K0 = 311 , anti_K0 = -311 , K_S0 = 310 ,
  K_L0 = 130 , K_plus = 321 , K_minus = -321 , K_star0 = 313 ,
  anti_K_star0 = -313 , K_star_plus = 323 , K_star_minus = -323 , K_0_star0 = 10311 ,
  anti_K_0_star0 = -10311 , K_0_star_plus = 10321 , K_0_star_minus = -10321 , K_10 = 10313 ,
  anti_K_10 = -10313 , K_1_plus = 10323 , K_1_minus = -10323 , K_2_star0 = 315 ,
  anti_K_2_star0 = -315 , K_2_star_plus = 325 , K_2_star_minus = -325 , K_prime_10 = 20313 ,
  anti_K_prime_10 = -20313 , K_prime_1_plus = 20323 , K_prime_1_minus = -20323 , K_prime_star0 = 100313 ,
  anti_K_prime_star0 = -100313 , K_prime_star_plus = 100323 , K_prime_star_minus = -100323 , K_prime_prime_star0 = 30313 ,
  anti_K_prime_prime_star0 = -30313 , K_prime_prime_star_plus = 30323 , K_prime_prime_star_minus = -30323 , K_3_star0 = 317 ,
  anti_K_3_star0 = -317 , K_3_star_plus = 327 , K_3_star_minus = -327 , K_4_star0 = 319 ,
  anti_K_4_star0 = -319 , K_4_star_plus = 329 , K_4_star_minus = -329 , D_plus = 411 ,
  D_minus = -411 , D0 = 421 , anti_D0 = -421 , D_star_plus = 413 ,
  D_star_minus = -413 , D_star0 = 423 , anti_D_star0 = -423 , D_0_star_plus = 10411 ,
  D_0_star_minus = -10411 , D_0_star0 = 10421 , anti_D_0_star0 = -10421 , D_1_plus = 10413 ,
  D_1_minus = -10413 , D_10 = 10423 , anti_D_10 = -10423 , D_2_star_plus = 415 ,
  D_2_star_minus = -415 , D_2_star0 = 425 , anti_D_2_star0 = -425 , D_prime_1_plus = 20413 ,
  D_prime_1_minus = -20413 , D_prime_10 = 20423 , anti_D_prime_10 = -20423 , D_s_plus = 431 ,
  D_s_minus = -431 , D_s_star_plus = 433 , D_s_star_minus = -433 , D_s0_star_plus = 10431 ,
  D_s0_star_minus = -10431 , D_s1_plus = 10433 , D_s1_minus = -10433 , D_s2_star_plus = 435 ,
  D_s2_star_minus = -435 , D_prime_s1_plus = 20433 , D_prime_s1_minus = -20433 , D_2S_plus = 30411 ,
  D_2S_minus = -30411 , D_2S0 = 30421 , anti_D_2S0 = -30421 , D_star_2S_plus = 30413 ,
  D_star_2S_minus = -30413 , D_star_2S0 = 30423 , anti_D_star_2S0 = -30423 , B0 = 511 ,
  anti_B0 = -511 , B_plus = 521 , B_minus = -521 , B_star0 = 513 ,
  anti_B_star0 = -513 , B_star_plus = 523 , B_star_minus = -523 , B_0_star0 = 10511 ,
  anti_B_0_star0 = -10511 , B_0_star_plus = 10521 , B_0_star_minus = -10521 , B_10 = 10513 ,
  anti_B_10 = -10513 , B_1_plus = 10523 , B_1_minus = -10523 , B_2_star0 = 515 ,
  anti_B_2_star0 = -515 , B_2_star_plus = 525 , B_2_star_minus = -525 , B_prime_10 = 20513 ,
  anti_B_prime_10 = -20513 , B_prime_1_plus = 20523 , B_prime_1_minus = -20523 , B_s0 = 531 ,
  anti_B_s0 = -531 , B_s_star0 = 533 , anti_B_s_star0 = -533 , B_s0_star0 = 10531 ,
  anti_B_s0_star0 = -10531 , B_s10 = 10533 , anti_B_s10 = -10533 , B_s2_star0 = 535 ,
  anti_B_s2_star0 = -535 , B_prime_s10 = 20533 , anti_B_prime_s10 = -20533 , B_c_plus = 541 ,
  B_c_minus = -541 , B_c_star_plus = 543 , B_c_star_minus = -543 , B_c0_star_plus = 10541 ,
  B_c0_star_minus = -10541 , B_c1_plus = 10543 , B_c1_minus = -10543 , B_c2_star_plus = 545 ,
  B_c2_star_minus = -545 , B_prime_c1_plus = 20543 , B_prime_c1_minus = -20543 , eta_c = 441 ,
  eta_c_2S = 20441 , J_psi = 443 , psi_diff = 440 , psi_2S = 30443 ,
  psi_3770 = 40443 , psi_4040 = 50443 , psi_4160 = 60443 , psi_4415 = 70443 ,
  h_c = 10443 , chi_c0 = 10441 , chi_c1 = 20443 , chi_c2 = 445 ,
  eta_b = 551 , eta_b_2S = 20551 , eta_b_3S = 40551 , Upsilon = 553 ,
  Upsilon_2S = 30553 , Upsilon_3S = 60553 , Upsilon_4S = 70553 , Upsilon_5S = 80553 ,
  h_b = 10553 , h_b_2P = 40553 , h_b_3P = 100553 , chi_b0 = 10551 ,
  chi_b1 = 20553 , chi_b2 = 555 , chi_b0_2P = 30551 , chi_b1_2P = 50553 ,
  chi_b2_2P = 10555 , chi_b0_3P = 50551 , chi_b1_3P = 110553 , chi_b2_3P = 20555 ,
  eta_b2_1D = 40555 , eta_b2_2D = 60555 , Upsilon_1_1D = 120553 , Upsilon_2_1D = 30555 ,
  Upsilon_3_1D = 557 , Upsilon_1_2D = 130553 , Upsilon_2_2D = 50555 , Upsilon_3_2D = 10557 ,
  Delta_minus = 1114 , anti_Delta_plus = -1114 , n_diffr = 2110 , anti_n_diffr = -2110 ,
  n0 = 2112 , anti_n0 = -2112 , Delta0 = 2114 , anti_Delta0 = -2114 ,
  p_diff_plus = 2210 , anti_p_diff_minus = -2210 , p_plus = 2212 , anti_p_minus = -2212 ,
  Delta_plus = 2214 , anti_Delta_minus = -2214 , Delta_plus_plus = 2224 , anti_Delta_minus_minus = -2224 ,
  Sigma_minus = 3112 , anti_Sigma_plus = -3112 , Sigma_star_minus = 3114 , anti_Sigma_star_plus = -3114 ,
  Lambda0 = 3122 , anti_Lambda0 = -3122 , Lambda_14050 = 13122 , anti_Lambda_14050 = -13122 ,
  Lambda_15200 = 3124 , anti_Lambda_15200 = -3124 , Lambda_16000 = 23122 , anti_Lambda_16000 = -23122 ,
  Lambda_16700 = 33122 , anti_Lambda_16700 = -33122 , Lambda_16900 = 13124 , anti_Lambda_16900 = -13124 ,
  Lambda_18000 = 43122 , anti_Lambda_18000 = -43122 , Lambda_18100 = 53122 , anti_Lambda_18100 = -53122 ,
  Lambda_18200 = 3126 , anti_Lambda_18200 = -3126 , Lambda_18300 = 13126 , anti_Lambda_18300 = -13126 ,
  Sigma_16600 = 13212 , anti_Sigma_16600 = -13212 , Sigma_16700 = 13214 , anti_Sigma_16700 = -13214 ,
  Sigma_17500 = 23212 , anti_Sigma_17500 = -23212 , Sigma_17750 = 3216 , anti_Sigma_17750 = -3216 ,
  Sigma0 = 3212 , anti_Sigma0 = -3212 , Sigma_star0 = 3214 , anti_Sigma_star0 = -3214 ,
  Sigma_plus = 3222 , anti_Sigma_minus = -3222 , Sigma_star_plus = 3224 , anti_Sigma_star_minus = -3224 ,
  Xi_minus = 3312 , anti_Xi_plus = -3312 , Xi_star_minus = 3314 , anti_Xi_star_plus = -3314 ,
  Xi0 = 3322 , anti_Xi0 = -3322 , Xi_star0 = 3324 , anti_Xi_star0 = -3324 ,
  Omega_minus = 3334 , anti_Omega_plus = -3334 , Sigma_c0 = 4112 , anti_Sigma_c0 = -4112 ,
  Sigma_c_star0 = 4114 , anti_Sigma_c_star0 = -4114 , Lambda_c_plus = 4122 , anti_Lambda_c_minus = -4122 ,
  Xi_c0 = 4132 , anti_Xi_c0 = -4132 , Sigma_c_plus = 4212 , anti_Sigma_c_minus = -4212 ,
  Sigma_c_star_plus = 4214 , anti_Sigma_c_star_minus = -4214 , Sigma_c_plus_plus = 4222 , anti_Sigma_c_minus_minus = -4222 ,
  Sigma_c_star_plus_plus = 4224 , anti_Sigma_c_star_minus_minus = -4224 , Xi_c_plus = 4232 , anti_Xi_c_minus = -4232 ,
  Xi_prime_c0 = 4312 , anti_Xi_prime_c0 = -4312 , Xi_c_star0 = 4314 , anti_Xi_c_star0 = -4314 ,
  Xi_prime_c_plus = 4322 , anti_Xi_prime_c_minus = -4322 , Xi_c_star_plus = 4324 , anti_Xi_c_star_minus = -4324 ,
  Omega_c0 = 4332 , anti_Omega_c0 = -4332 , Omega_c_star0 = 4334 , anti_Omega_c_star0 = -4334 ,
  Sigma_b_minus = 5112 , anti_Sigma_b_plus = -5112 , Sigma_b_star_minus = 5114 , anti_Sigma_b_star_plus = -5114 ,
  Lambda_b0 = 5122 , anti_Lambda_b0 = -5122 , Xi_b_minus = 5132 , anti_Xi_b_plus = -5132 ,
  Sigma_b0 = 5212 , anti_Sigma_b0 = -5212 , Sigma_b_star0 = 5214 , anti_Sigma_b_star0 = -5214 ,
  Sigma_b_plus = 5222 , anti_Sigma_b_minus = -5222 , Sigma_b_star_plus = 5224 , anti_Sigma_b_star_minus = -5224 ,
  Xi_b0 = 5232 , anti_Xi_b0 = -5232 , Xi_prime_b_minus = 5312 , anti_Xi_prime_b_plus = -5312 ,
  Xi_b_star_minus = 5314 , anti_Xi_b_star_plus = -5314 , Xi_prime_b0 = 5322 , anti_Xi_prime_b0 = -5322 ,
  Xi_b_star0 = 5324 , anti_Xi_b_star0 = -5324 , Omega_b_minus = 5332 , anti_Omega_b_plus = -5332 ,
  Omega_b_star_minus = 5334 , anti_Omega_b_star_plus = -5334 , dd_0 = 1101 , anti_dd_0 = -1101 ,
  ud_0 = 2101 , anti_ud_0 = -2101 , uu_0 = 2201 , anti_uu_0 = -2201 ,
  sd_0 = 3101 , anti_sd_0 = -3101 , su_0 = 3201 , anti_su_0 = -3201 ,
  ss_0 = 3301 , anti_ss_0 = -3301 , cd_0 = 4101 , anti_cd_0 = -4101 ,
  cu_0 = 4201 , anti_cu_0 = -4201 , cs_0 = 4301 , anti_cs_0 = -4301 ,
  cc_0 = 4401 , anti_cc_0 = -4401 , bd_0 = 5101 , anti_bd_0 = -5101 ,
  bu_0 = 5201 , anti_bu_0 = -5201 , bs_0 = 5301 , anti_bs_0 = -5301 ,
  bc_0 = 5401 , anti_bc_0 = -5401 , bb_0 = 5501 , anti_bb_0 = -5501 ,
  dd_1 = 1103 , anti_dd_1 = -1103 , ud_1 = 2103 , anti_ud_1 = -2103 ,
  uu_1 = 2203 , anti_uu_1 = -2203 , sd_1 = 3103 , anti_sd_1 = -3103 ,
  su_1 = 3203 , anti_su_1 = -3203 , ss_1 = 3303 , anti_ss_1 = -3303 ,
  cd_1 = 4103 , anti_cd_1 = -4103 , cu_1 = 4203 , anti_cu_1 = -4203 ,
  cs_1 = 4303 , anti_cs_1 = -4303 , cc_1 = 4403 , anti_cc_1 = -4403 ,
  bd_1 = 5103 , anti_bd_1 = -5103 , bu_1 = 5203 , anti_bu_1 = -5203 ,
  bs_1 = 5303 , anti_bs_1 = -5303 , bc_1 = 5403 , anti_bc_1 = -5403 ,
  bb_1 = 5503 , anti_bb_1 = -5503 , deuteron = 1011 , anti_deuteron = -1011 ,
  tritium = 1021 , anti_tritium = -1021 , He3 = 1012 , anti_He3 = -1012 ,
  alpha = 1022 , anti_alpha = -1022 , geantino = 100 , chargedgeantino = 101 ,
  Xsd = 30343 , anti_Xsd = -30343 , Xsu = 30353 , anti_Xsu = -30353 ,
  Xss = 30363 , anti_Xss = -30363 , Xdd = 30373 , anti_Xdd = -30373 ,
  Xdu = 30383 , anti_Xdu = -30383 , null = 0
}
 

Detailed Description

Definition at line 7 of file PdtLund.h.

Member Enumeration Documentation

◆ LundType

Enumerator
anti_d 
anti_u 
anti_s 
anti_c 
anti_b 
anti_t 
b_prime 
anti_b_prime 
t_prime 
anti_t_prime 
e_minus 
e_plus 
nu_e 
anti_nu_e 
mu_minus 
mu_plus 
nu_mu 
anti_nu_mu 
tau_minus 
tau_plus 
nu_tau 
anti_nu_tau 
L_minus 
L_plus 
nu_L 
anti_nu_L 
gamma 
vpho 
Cerenkov 
Z0 
W_plus 
W_minus 
Higgs0 
reggeon 
pomeron 
Z_prime0 
Z_prime_prime0 
W_prime_plus 
W_prime_minus 
Higgs_prime0 
A0 
Higgs_plus 
Higgs_minus 
R0 
anti_R0 
Xu0 
Xu_plus 
Xu_minus 
specflav 
rndmflav 
anti_rndmflav 
phasespa 
c_minushadron 
anti_c_minushadron 
b_minushadron 
anti_b_minushadron 
t_minushadron 
anti_t_minushadron 
b_prime_minushadron 
anti_b_prime_minushadron 
t_prime_minushadron 
anti_t_prime_minushadron 
Wvirt_plus 
Wvirt_minus 
diquark 
anti_diquark 
cluster 
string 
indep 
CMshower 
SPHEaxis 
THRUaxis 
CLUSjet 
CELLjet 
table 
pi0 
pi_plus 
pi_minus 
pi_diff_plus 
pi_diff_minus 
pi_2S0 
pi_2S_plus 
pi_2S_minus 
eta 
eta_2S 
eta_prime 
rho0 
rho_diff0 
rho_plus 
rho_minus 
rho_2S0 
rho_2S_plus 
rho_2S_minus 
rho_3S0 
rho_3S_plus 
rho_3S_minus 
omega 
omega_diff 
omega_2S 
phi 
phi_diff 
a_00 
a_0_plus 
a_0_minus 
f_0 
f_prime_0 
b_10 
b_1_plus 
b_1_minus 
h_1 
h_prime_1 
a_10 
a_1_plus 
a_1_minus 
f_1 
f_prime_1 
a_20 
a_2_plus 
a_2_minus 
f_2 
f_0_1500 
f_prime_2 
K0 
anti_K0 
K_S0 
K_L0 
K_plus 
K_minus 
K_star0 
anti_K_star0 
K_star_plus 
K_star_minus 
K_0_star0 
anti_K_0_star0 
K_0_star_plus 
K_0_star_minus 
K_10 
anti_K_10 
K_1_plus 
K_1_minus 
K_2_star0 
anti_K_2_star0 
K_2_star_plus 
K_2_star_minus 
K_prime_10 
anti_K_prime_10 
K_prime_1_plus 
K_prime_1_minus 
K_prime_star0 
anti_K_prime_star0 
K_prime_star_plus 
K_prime_star_minus 
K_prime_prime_star0 
anti_K_prime_prime_star0 
K_prime_prime_star_plus 
K_prime_prime_star_minus 
K_3_star0 
anti_K_3_star0 
K_3_star_plus 
K_3_star_minus 
K_4_star0 
anti_K_4_star0 
K_4_star_plus 
K_4_star_minus 
D_plus 
D_minus 
D0 
anti_D0 
D_star_plus 
D_star_minus 
D_star0 
anti_D_star0 
D_0_star_plus 
D_0_star_minus 
D_0_star0 
anti_D_0_star0 
D_1_plus 
D_1_minus 
D_10 
anti_D_10 
D_2_star_plus 
D_2_star_minus 
D_2_star0 
anti_D_2_star0 
D_prime_1_plus 
D_prime_1_minus 
D_prime_10 
anti_D_prime_10 
D_s_plus 
D_s_minus 
D_s_star_plus 
D_s_star_minus 
D_s0_star_plus 
D_s0_star_minus 
D_s1_plus 
D_s1_minus 
D_s2_star_plus 
D_s2_star_minus 
D_prime_s1_plus 
D_prime_s1_minus 
D_2S_plus 
D_2S_minus 
D_2S0 
anti_D_2S0 
D_star_2S_plus 
D_star_2S_minus 
D_star_2S0 
anti_D_star_2S0 
B0 
anti_B0 
B_plus 
B_minus 
B_star0 
anti_B_star0 
B_star_plus 
B_star_minus 
B_0_star0 
anti_B_0_star0 
B_0_star_plus 
B_0_star_minus 
B_10 
anti_B_10 
B_1_plus 
B_1_minus 
B_2_star0 
anti_B_2_star0 
B_2_star_plus 
B_2_star_minus 
B_prime_10 
anti_B_prime_10 
B_prime_1_plus 
B_prime_1_minus 
B_s0 
anti_B_s0 
B_s_star0 
anti_B_s_star0 
B_s0_star0 
anti_B_s0_star0 
B_s10 
anti_B_s10 
B_s2_star0 
anti_B_s2_star0 
B_prime_s10 
anti_B_prime_s10 
B_c_plus 
B_c_minus 
B_c_star_plus 
B_c_star_minus 
B_c0_star_plus 
B_c0_star_minus 
B_c1_plus 
B_c1_minus 
B_c2_star_plus 
B_c2_star_minus 
B_prime_c1_plus 
B_prime_c1_minus 
eta_c 
eta_c_2S 
J_psi 
psi_diff 
psi_2S 
psi_3770 
psi_4040 
psi_4160 
psi_4415 
h_c 
chi_c0 
chi_c1 
chi_c2 
eta_b 
eta_b_2S 
eta_b_3S 
Upsilon 
Upsilon_2S 
Upsilon_3S 
Upsilon_4S 
Upsilon_5S 
h_b 
h_b_2P 
h_b_3P 
chi_b0 
chi_b1 
chi_b2 
chi_b0_2P 
chi_b1_2P 
chi_b2_2P 
chi_b0_3P 
chi_b1_3P 
chi_b2_3P 
eta_b2_1D 
eta_b2_2D 
Upsilon_1_1D 
Upsilon_2_1D 
Upsilon_3_1D 
Upsilon_1_2D 
Upsilon_2_2D 
Upsilon_3_2D 
Delta_minus 
anti_Delta_plus 
n_diffr 
anti_n_diffr 
n0 
anti_n0 
Delta0 
anti_Delta0 
p_diff_plus 
anti_p_diff_minus 
p_plus 
anti_p_minus 
Delta_plus 
anti_Delta_minus 
Delta_plus_plus 
anti_Delta_minus_minus 
Sigma_minus 
anti_Sigma_plus 
Sigma_star_minus 
anti_Sigma_star_plus 
Lambda0 
anti_Lambda0 
Lambda_14050 
anti_Lambda_14050 
Lambda_15200 
anti_Lambda_15200 
Lambda_16000 
anti_Lambda_16000 
Lambda_16700 
anti_Lambda_16700 
Lambda_16900 
anti_Lambda_16900 
Lambda_18000 
anti_Lambda_18000 
Lambda_18100 
anti_Lambda_18100 
Lambda_18200 
anti_Lambda_18200 
Lambda_18300 
anti_Lambda_18300 
Sigma_16600 
anti_Sigma_16600 
Sigma_16700 
anti_Sigma_16700 
Sigma_17500 
anti_Sigma_17500 
Sigma_17750 
anti_Sigma_17750 
Sigma0 
anti_Sigma0 
Sigma_star0 
anti_Sigma_star0 
Sigma_plus 
anti_Sigma_minus 
Sigma_star_plus 
anti_Sigma_star_minus 
Xi_minus 
anti_Xi_plus 
Xi_star_minus 
anti_Xi_star_plus 
Xi0 
anti_Xi0 
Xi_star0 
anti_Xi_star0 
Omega_minus 
anti_Omega_plus 
Sigma_c0 
anti_Sigma_c0 
Sigma_c_star0 
anti_Sigma_c_star0 
Lambda_c_plus 
anti_Lambda_c_minus 
Xi_c0 
anti_Xi_c0 
Sigma_c_plus 
anti_Sigma_c_minus 
Sigma_c_star_plus 
anti_Sigma_c_star_minus 
Sigma_c_plus_plus 
anti_Sigma_c_minus_minus 
Sigma_c_star_plus_plus 
anti_Sigma_c_star_minus_minus 
Xi_c_plus 
anti_Xi_c_minus 
Xi_prime_c0 
anti_Xi_prime_c0 
Xi_c_star0 
anti_Xi_c_star0 
Xi_prime_c_plus 
anti_Xi_prime_c_minus 
Xi_c_star_plus 
anti_Xi_c_star_minus 
Omega_c0 
anti_Omega_c0 
Omega_c_star0 
anti_Omega_c_star0 
Sigma_b_minus 
anti_Sigma_b_plus 
Sigma_b_star_minus 
anti_Sigma_b_star_plus 
Lambda_b0 
anti_Lambda_b0 
Xi_b_minus 
anti_Xi_b_plus 
Sigma_b0 
anti_Sigma_b0 
Sigma_b_star0 
anti_Sigma_b_star0 
Sigma_b_plus 
anti_Sigma_b_minus 
Sigma_b_star_plus 
anti_Sigma_b_star_minus 
Xi_b0 
anti_Xi_b0 
Xi_prime_b_minus 
anti_Xi_prime_b_plus 
Xi_b_star_minus 
anti_Xi_b_star_plus 
Xi_prime_b0 
anti_Xi_prime_b0 
Xi_b_star0 
anti_Xi_b_star0 
Omega_b_minus 
anti_Omega_b_plus 
Omega_b_star_minus 
anti_Omega_b_star_plus 
dd_0 
anti_dd_0 
ud_0 
anti_ud_0 
uu_0 
anti_uu_0 
sd_0 
anti_sd_0 
su_0 
anti_su_0 
ss_0 
anti_ss_0 
cd_0 
anti_cd_0 
cu_0 
anti_cu_0 
cs_0 
anti_cs_0 
cc_0 
anti_cc_0 
bd_0 
anti_bd_0 
bu_0 
anti_bu_0 
bs_0 
anti_bs_0 
bc_0 
anti_bc_0 
bb_0 
anti_bb_0 
dd_1 
anti_dd_1 
ud_1 
anti_ud_1 
uu_1 
anti_uu_1 
sd_1 
anti_sd_1 
su_1 
anti_su_1 
ss_1 
anti_ss_1 
cd_1 
anti_cd_1 
cu_1 
anti_cu_1 
cs_1 
anti_cs_1 
cc_1 
anti_cc_1 
bd_1 
anti_bd_1 
bu_1 
anti_bu_1 
bs_1 
anti_bs_1 
bc_1 
anti_bc_1 
bb_1 
anti_bb_1 
deuteron 
anti_deuteron 
tritium 
anti_tritium 
He3 
anti_He3 
alpha 
anti_alpha 
geantino 
chargedgeantino 
Xsd 
anti_Xsd 
Xsu 
anti_Xsu 
Xss 
anti_Xss 
Xdd 
anti_Xdd 
Xdu 
anti_Xdu 
null 

Definition at line 10 of file PdtLund.h.

11 {
12 d = 1 ,
13 anti_d = -1 ,
14 u = 2 ,
15 anti_u = -2 ,
16 s = 3 ,
17 anti_s = -3 ,
18 c = 4 ,
19 anti_c = -4 ,
20 b = 5 ,
21 anti_b = -5 ,
22 t = 6 ,
23 anti_t = -6 ,
24 b_prime = 7 ,
25 anti_b_prime = -7 ,
26 t_prime = 8 ,
27 anti_t_prime = -8 ,
28 g = 21 ,
29 e_minus = 11 ,
30 e_plus = -11 ,
31 nu_e = 12 ,
32 anti_nu_e = -12 ,
33 mu_minus = 13 ,
34 mu_plus = -13 ,
35 nu_mu = 14 ,
36 anti_nu_mu = -14 ,
37 tau_minus = 15 ,
38 tau_plus = -15 ,
39 nu_tau = 16 ,
40 anti_nu_tau = -16 ,
41 L_minus = 17 ,
42 L_plus = -17 ,
43 nu_L = 18 ,
44 anti_nu_L = -18 ,
45 gamma = 22 ,
46 vpho = 10022 ,
47 Cerenkov = 20022 ,
48 Z0 = 23 ,
49 W_plus = 24 ,
50 W_minus = -24 ,
51 Higgs0 = 25 ,
52 reggeon = 28 ,
53 pomeron = 29 ,
54 Z_prime0 = 32 ,
55 Z_prime_prime0 = 33 ,
56 W_prime_plus = 34 ,
57 W_prime_minus = -34 ,
58 Higgs_prime0 = 35 ,
59 A0 = 36 ,
60 Higgs_plus = 37 ,
61 Higgs_minus = -37 ,
62 R0 = 40 ,
63 anti_R0 = -40 ,
64 Xu0 = 41 ,
65 Xu_plus = 42 ,
66 Xu_minus = -42 ,
67 specflav = 81 ,
68 rndmflav = 82 ,
69 anti_rndmflav = -82 ,
70 phasespa = 83 ,
71 c_minushadron = 84 ,
72 anti_c_minushadron = -84 ,
73 b_minushadron = 85 ,
74 anti_b_minushadron = -85 ,
75 t_minushadron = 86 ,
76 anti_t_minushadron = -86 ,
81 Wvirt_plus = 89 ,
82 Wvirt_minus = -89 ,
83 diquark = 90 ,
84 anti_diquark = -90 ,
85 cluster = 91 ,
86 string = 92 ,
87 indep = 93 ,
88 CMshower = 94 ,
89 SPHEaxis = 95 ,
90 THRUaxis = 96 ,
91 CLUSjet = 97 ,
92 CELLjet = 98 ,
93 table = 99 ,
94 pi0 = 111 ,
95 pi_plus = 211 ,
96 pi_minus = -211 ,
97 pi_diff_plus = 210 ,
98 pi_diff_minus = -210 ,
99 pi_2S0 = 20111 ,
100 pi_2S_plus = 20211 ,
101 pi_2S_minus = -20211 ,
102 eta = 221 ,
103 eta_2S = 20221 ,
104 eta_prime = 331 ,
105 rho0 = 113 ,
106 rho_diff0 = 110 ,
107 rho_plus = 213 ,
108 rho_minus = -213 ,
109 rho_2S0 = 30113 ,
110 rho_2S_plus = 30213 ,
111 rho_2S_minus = -30213 ,
112 rho_3S0 = 40113 ,
113 rho_3S_plus = 40213 ,
114 rho_3S_minus = -40213 ,
115 omega = 223 ,
116 omega_diff = 220 ,
117 omega_2S = 30223 ,
118 phi = 333 ,
119 phi_diff = 330 ,
120 a_00 = 10111 ,
121 a_0_plus = 10211 ,
122 a_0_minus = -10211 ,
123 f_0 = 10221 ,
124 f_prime_0 = 10331 ,
125 b_10 = 10113 ,
126 b_1_plus = 10213 ,
127 b_1_minus = -10213 ,
128 h_1 = 10223 ,
129 h_prime_1 = 10333 ,
130 a_10 = 20113 ,
131 a_1_plus = 20213 ,
132 a_1_minus = -20213 ,
133 f_1 = 20223 ,
134 f_prime_1 = 20333 ,
135 a_20 = 115 ,
136 a_2_plus = 215 ,
137 a_2_minus = -215 ,
138 f_2 = 225 ,
139 f_0_1500 = 50221 ,
140 f_prime_2 = 335 ,
141 K0 = 311 ,
142 anti_K0 = -311 ,
143 K_S0 = 310 ,
144 K_L0 = 130 ,
145 K_plus = 321 ,
146 K_minus = -321 ,
147 K_star0 = 313 ,
148 anti_K_star0 = -313 ,
149 K_star_plus = 323 ,
150 K_star_minus = -323 ,
151 K_0_star0 = 10311 ,
152 anti_K_0_star0 = -10311 ,
153 K_0_star_plus = 10321 ,
154 K_0_star_minus = -10321 ,
155 K_10 = 10313 ,
156 anti_K_10 = -10313 ,
157 K_1_plus = 10323 ,
158 K_1_minus = -10323 ,
159 K_2_star0 = 315 ,
160 anti_K_2_star0 = -315 ,
161 K_2_star_plus = 325 ,
162 K_2_star_minus = -325 ,
163 K_prime_10 = 20313 ,
164 anti_K_prime_10 = -20313 ,
165 K_prime_1_plus = 20323 ,
166 K_prime_1_minus = -20323 ,
167 K_prime_star0 = 100313 ,
168 anti_K_prime_star0 = -100313 ,
169 K_prime_star_plus = 100323 ,
170 K_prime_star_minus = -100323 ,
171 K_prime_prime_star0 = 30313 ,
172 anti_K_prime_prime_star0 = -30313 ,
174 K_prime_prime_star_minus = -30323 ,
175 K_3_star0 = 317 ,
176 anti_K_3_star0 = -317 ,
177 K_3_star_plus = 327 ,
178 K_3_star_minus = -327 ,
179 K_4_star0 = 319 ,
180 anti_K_4_star0 = -319 ,
181 K_4_star_plus = 329 ,
182 K_4_star_minus = -329 ,
183 D_plus = 411 ,
184 D_minus = -411 ,
185 D0 = 421 ,
186 anti_D0 = -421 ,
187 D_star_plus = 413 ,
188 D_star_minus = -413 ,
189 D_star0 = 423 ,
190 anti_D_star0 = -423 ,
191 D_0_star_plus = 10411 ,
192 D_0_star_minus = -10411 ,
193 D_0_star0 = 10421 ,
194 anti_D_0_star0 = -10421 ,
195 D_1_plus = 10413 ,
196 D_1_minus = -10413 ,
197 D_10 = 10423 ,
198 anti_D_10 = -10423 ,
199 D_2_star_plus = 415 ,
200 D_2_star_minus = -415 ,
201 D_2_star0 = 425 ,
202 anti_D_2_star0 = -425 ,
203 D_prime_1_plus = 20413 ,
204 D_prime_1_minus = -20413 ,
205 D_prime_10 = 20423 ,
206 anti_D_prime_10 = -20423 ,
207 D_s_plus = 431 ,
208 D_s_minus = -431 ,
209 D_s_star_plus = 433 ,
210 D_s_star_minus = -433 ,
211 D_s0_star_plus = 10431 ,
212 D_s0_star_minus = -10431 ,
213 D_s1_plus = 10433 ,
214 D_s1_minus = -10433 ,
215 D_s2_star_plus = 435 ,
216 D_s2_star_minus = -435 ,
217 D_prime_s1_plus = 20433 ,
218 D_prime_s1_minus = -20433 ,
219 D_2S_plus = 30411 ,
220 D_2S_minus = -30411 ,
221 D_2S0 = 30421 ,
222 anti_D_2S0 = -30421 ,
223 D_star_2S_plus = 30413 ,
224 D_star_2S_minus = -30413 ,
225 D_star_2S0 = 30423 ,
226 anti_D_star_2S0 = -30423 ,
227 B0 = 511 ,
228 anti_B0 = -511 ,
229 B_plus = 521 ,
230 B_minus = -521 ,
231 B_star0 = 513 ,
232 anti_B_star0 = -513 ,
233 B_star_plus = 523 ,
234 B_star_minus = -523 ,
235 B_0_star0 = 10511 ,
236 anti_B_0_star0 = -10511 ,
237 B_0_star_plus = 10521 ,
238 B_0_star_minus = -10521 ,
239 B_10 = 10513 ,
240 anti_B_10 = -10513 ,
241 B_1_plus = 10523 ,
242 B_1_minus = -10523 ,
243 B_2_star0 = 515 ,
244 anti_B_2_star0 = -515 ,
245 B_2_star_plus = 525 ,
246 B_2_star_minus = -525 ,
247 B_prime_10 = 20513 ,
248 anti_B_prime_10 = -20513 ,
249 B_prime_1_plus = 20523 ,
250 B_prime_1_minus = -20523 ,
251 B_s0 = 531 ,
252 anti_B_s0 = -531 ,
253 B_s_star0 = 533 ,
254 anti_B_s_star0 = -533 ,
255 B_s0_star0 = 10531 ,
256 anti_B_s0_star0 = -10531 ,
257 B_s10 = 10533 ,
258 anti_B_s10 = -10533 ,
259 B_s2_star0 = 535 ,
260 anti_B_s2_star0 = -535 ,
261 B_prime_s10 = 20533 ,
262 anti_B_prime_s10 = -20533 ,
263 B_c_plus = 541 ,
264 B_c_minus = -541 ,
265 B_c_star_plus = 543 ,
266 B_c_star_minus = -543 ,
267 B_c0_star_plus = 10541 ,
268 B_c0_star_minus = -10541 ,
269 B_c1_plus = 10543 ,
270 B_c1_minus = -10543 ,
271 B_c2_star_plus = 545 ,
272 B_c2_star_minus = -545 ,
273 B_prime_c1_plus = 20543 ,
274 B_prime_c1_minus = -20543 ,
275 eta_c = 441 ,
276 eta_c_2S = 20441 ,
277 J_psi = 443 ,
278 psi_diff = 440 ,
279 psi_2S = 30443 ,
280 psi_3770 = 40443 ,
281 psi_4040 = 50443 ,
282 psi_4160 = 60443 ,
283 psi_4415 = 70443 ,
284 h_c = 10443 ,
285 chi_c0 = 10441 ,
286 chi_c1 = 20443 ,
287 chi_c2 = 445 ,
288 eta_b = 551 ,
289 eta_b_2S = 20551 ,
290 eta_b_3S = 40551 ,
291 Upsilon = 553 ,
292 Upsilon_2S = 30553 ,
293 Upsilon_3S = 60553 ,
294 Upsilon_4S = 70553 ,
295 Upsilon_5S = 80553 ,
296 h_b = 10553 ,
297 h_b_2P = 40553 ,
298 h_b_3P = 100553 ,
299 chi_b0 = 10551 ,
300 chi_b1 = 20553 ,
301 chi_b2 = 555 ,
302 chi_b0_2P = 30551 ,
303 chi_b1_2P = 50553 ,
304 chi_b2_2P = 10555 ,
305 chi_b0_3P = 50551 ,
306 chi_b1_3P = 110553 ,
307 chi_b2_3P = 20555 ,
308 eta_b2_1D = 40555 ,
309 eta_b2_2D = 60555 ,
310 Upsilon_1_1D = 120553 ,
311 Upsilon_2_1D = 30555 ,
312 Upsilon_3_1D = 557 ,
313 Upsilon_1_2D = 130553 ,
314 Upsilon_2_2D = 50555 ,
315 Upsilon_3_2D = 10557 ,
316 Delta_minus = 1114 ,
317 anti_Delta_plus = -1114 ,
318 n_diffr = 2110 ,
319 anti_n_diffr = -2110 ,
320 n0 = 2112 ,
321 anti_n0 = -2112 ,
322 Delta0 = 2114 ,
323 anti_Delta0 = -2114 ,
324 p_diff_plus = 2210 ,
325 anti_p_diff_minus = -2210 ,
326 p_plus = 2212 ,
327 anti_p_minus = -2212 ,
328 Delta_plus = 2214 ,
329 anti_Delta_minus = -2214 ,
330 Delta_plus_plus = 2224 ,
331 anti_Delta_minus_minus = -2224 ,
332 Sigma_minus = 3112 ,
333 anti_Sigma_plus = -3112 ,
334 Sigma_star_minus = 3114 ,
335 anti_Sigma_star_plus = -3114 ,
336 Lambda0 = 3122 ,
337 anti_Lambda0 = -3122 ,
338 Lambda_14050 = 13122 ,
339 anti_Lambda_14050 = -13122 ,
340 Lambda_15200 = 3124 ,
341 anti_Lambda_15200 = -3124 ,
342 Lambda_16000 = 23122 ,
343 anti_Lambda_16000 = -23122 ,
344 Lambda_16700 = 33122 ,
345 anti_Lambda_16700 = -33122 ,
346 Lambda_16900 = 13124 ,
347 anti_Lambda_16900 = -13124 ,
348 Lambda_18000 = 43122 ,
349 anti_Lambda_18000 = -43122 ,
350 Lambda_18100 = 53122 ,
351 anti_Lambda_18100 = -53122 ,
352 Lambda_18200 = 3126 ,
353 anti_Lambda_18200 = -3126 ,
354 Lambda_18300 = 13126 ,
355 anti_Lambda_18300 = -13126 ,
356 Sigma_16600 = 13212 ,
357 anti_Sigma_16600 = -13212 ,
358 Sigma_16700 = 13214 ,
359 anti_Sigma_16700 = -13214 ,
360 Sigma_17500 = 23212 ,
361 anti_Sigma_17500 = -23212 ,
362 Sigma_17750 = 3216 ,
363 anti_Sigma_17750 = -3216 ,
364 Sigma0 = 3212 ,
365 anti_Sigma0 = -3212 ,
366 Sigma_star0 = 3214 ,
367 anti_Sigma_star0 = -3214 ,
368 Sigma_plus = 3222 ,
369 anti_Sigma_minus = -3222 ,
370 Sigma_star_plus = 3224 ,
371 anti_Sigma_star_minus = -3224 ,
372 Xi_minus = 3312 ,
373 anti_Xi_plus = -3312 ,
374 Xi_star_minus = 3314 ,
375 anti_Xi_star_plus = -3314 ,
376 Xi0 = 3322 ,
377 anti_Xi0 = -3322 ,
378 Xi_star0 = 3324 ,
379 anti_Xi_star0 = -3324 ,
380 Omega_minus = 3334 ,
381 anti_Omega_plus = -3334 ,
382 Sigma_c0 = 4112 ,
383 anti_Sigma_c0 = -4112 ,
384 Sigma_c_star0 = 4114 ,
385 anti_Sigma_c_star0 = -4114 ,
386 Lambda_c_plus = 4122 ,
387 anti_Lambda_c_minus = -4122 ,
388 Xi_c0 = 4132 ,
389 anti_Xi_c0 = -4132 ,
390 Sigma_c_plus = 4212 ,
391 anti_Sigma_c_minus = -4212 ,
392 Sigma_c_star_plus = 4214 ,
394 Sigma_c_plus_plus = 4222 ,
398 Xi_c_plus = 4232 ,
399 anti_Xi_c_minus = -4232 ,
400 Xi_prime_c0 = 4312 ,
401 anti_Xi_prime_c0 = -4312 ,
402 Xi_c_star0 = 4314 ,
403 anti_Xi_c_star0 = -4314 ,
404 Xi_prime_c_plus = 4322 ,
405 anti_Xi_prime_c_minus = -4322 ,
406 Xi_c_star_plus = 4324 ,
407 anti_Xi_c_star_minus = -4324 ,
408 Omega_c0 = 4332 ,
409 anti_Omega_c0 = -4332 ,
410 Omega_c_star0 = 4334 ,
411 anti_Omega_c_star0 = -4334 ,
412 Sigma_b_minus = 5112 ,
413 anti_Sigma_b_plus = -5112 ,
414 Sigma_b_star_minus = 5114 ,
415 anti_Sigma_b_star_plus = -5114 ,
416 Lambda_b0 = 5122 ,
417 anti_Lambda_b0 = -5122 ,
418 Xi_b_minus = 5132 ,
419 anti_Xi_b_plus = -5132 ,
420 Sigma_b0 = 5212 ,
421 anti_Sigma_b0 = -5212 ,
422 Sigma_b_star0 = 5214 ,
423 anti_Sigma_b_star0 = -5214 ,
424 Sigma_b_plus = 5222 ,
425 anti_Sigma_b_minus = -5222 ,
426 Sigma_b_star_plus = 5224 ,
428 Xi_b0 = 5232 ,
429 anti_Xi_b0 = -5232 ,
430 Xi_prime_b_minus = 5312 ,
431 anti_Xi_prime_b_plus = -5312 ,
432 Xi_b_star_minus = 5314 ,
433 anti_Xi_b_star_plus = -5314 ,
434 Xi_prime_b0 = 5322 ,
435 anti_Xi_prime_b0 = -5322 ,
436 Xi_b_star0 = 5324 ,
437 anti_Xi_b_star0 = -5324 ,
438 Omega_b_minus = 5332 ,
439 anti_Omega_b_plus = -5332 ,
440 Omega_b_star_minus = 5334 ,
441 anti_Omega_b_star_plus = -5334 ,
442 dd_0 = 1101 ,
443 anti_dd_0 = -1101 ,
444 ud_0 = 2101 ,
445 anti_ud_0 = -2101 ,
446 uu_0 = 2201 ,
447 anti_uu_0 = -2201 ,
448 sd_0 = 3101 ,
449 anti_sd_0 = -3101 ,
450 su_0 = 3201 ,
451 anti_su_0 = -3201 ,
452 ss_0 = 3301 ,
453 anti_ss_0 = -3301 ,
454 cd_0 = 4101 ,
455 anti_cd_0 = -4101 ,
456 cu_0 = 4201 ,
457 anti_cu_0 = -4201 ,
458 cs_0 = 4301 ,
459 anti_cs_0 = -4301 ,
460 cc_0 = 4401 ,
461 anti_cc_0 = -4401 ,
462 bd_0 = 5101 ,
463 anti_bd_0 = -5101 ,
464 bu_0 = 5201 ,
465 anti_bu_0 = -5201 ,
466 bs_0 = 5301 ,
467 anti_bs_0 = -5301 ,
468 bc_0 = 5401 ,
469 anti_bc_0 = -5401 ,
470 bb_0 = 5501 ,
471 anti_bb_0 = -5501 ,
472 dd_1 = 1103 ,
473 anti_dd_1 = -1103 ,
474 ud_1 = 2103 ,
475 anti_ud_1 = -2103 ,
476 uu_1 = 2203 ,
477 anti_uu_1 = -2203 ,
478 sd_1 = 3103 ,
479 anti_sd_1 = -3103 ,
480 su_1 = 3203 ,
481 anti_su_1 = -3203 ,
482 ss_1 = 3303 ,
483 anti_ss_1 = -3303 ,
484 cd_1 = 4103 ,
485 anti_cd_1 = -4103 ,
486 cu_1 = 4203 ,
487 anti_cu_1 = -4203 ,
488 cs_1 = 4303 ,
489 anti_cs_1 = -4303 ,
490 cc_1 = 4403 ,
491 anti_cc_1 = -4403 ,
492 bd_1 = 5103 ,
493 anti_bd_1 = -5103 ,
494 bu_1 = 5203 ,
495 anti_bu_1 = -5203 ,
496 bs_1 = 5303 ,
497 anti_bs_1 = -5303 ,
498 bc_1 = 5403 ,
499 anti_bc_1 = -5403 ,
500 bb_1 = 5503 ,
501 anti_bb_1 = -5503 ,
502 deuteron = 1011 ,
503 anti_deuteron = -1011 ,
504 tritium = 1021 ,
505 anti_tritium = -1021 ,
506 He3 = 1012 ,
507 anti_He3 = -1012 ,
508 alpha = 1022 ,
509 anti_alpha = -1022 ,
510 geantino = 100 ,
511 chargedgeantino = 101 ,
512 Xsd = 30343 ,
513 anti_Xsd = -30343 ,
514 Xsu = 30353 ,
515 anti_Xsu = -30353 ,
516 Xss = 30363 ,
517 anti_Xss = -30363 ,
518 Xdd = 30373 ,
519 anti_Xdd = -30373 ,
520 Xdu = 30383 ,
521 anti_Xdu = -30383 ,
522 null = 0
523 };
@ anti_Lambda_16700
Definition PdtLund.h:345
@ rho_2S_plus
Definition PdtLund.h:110
@ chi_b0_3P
Definition PdtLund.h:305
@ eta_b2_1D
Definition PdtLund.h:308
@ K_prime_prime_star0
Definition PdtLund.h:171
@ anti_ss_0
Definition PdtLund.h:453
@ K_prime_prime_star_minus
Definition PdtLund.h:174
@ nu_mu
Definition PdtLund.h:35
@ Lambda_14050
Definition PdtLund.h:338
@ b_prime_minushadron
Definition PdtLund.h:77
@ indep
Definition PdtLund.h:87
@ anti_R0
Definition PdtLund.h:63
@ anti_c
Definition PdtLund.h:19
@ Xu_minus
Definition PdtLund.h:66
@ anti_cs_0
Definition PdtLund.h:459
@ anti_cu_0
Definition PdtLund.h:457
@ D_star_2S_minus
Definition PdtLund.h:224
@ anti_K_prime_star0
Definition PdtLund.h:168
@ anti_Sigma_b_minus
Definition PdtLund.h:425
@ anti_Lambda_16900
Definition PdtLund.h:347
@ anti_n0
Definition PdtLund.h:321
@ psi_diff
Definition PdtLund.h:278
@ D_s_minus
Definition PdtLund.h:208
@ Sigma_c0
Definition PdtLund.h:382
@ anti_B_star0
Definition PdtLund.h:232
@ K_prime_10
Definition PdtLund.h:163
@ anti_K_prime_10
Definition PdtLund.h:164
@ B_s_star0
Definition PdtLund.h:253
@ chi_b2
Definition PdtLund.h:301
@ anti_t
Definition PdtLund.h:23
@ rho_2S_minus
Definition PdtLund.h:111
@ D_star_plus
Definition PdtLund.h:187
@ anti_B_prime_10
Definition PdtLund.h:248
@ pi_diff_plus
Definition PdtLund.h:97
@ chi_c0
Definition PdtLund.h:285
@ anti_Sigma_star_minus
Definition PdtLund.h:371
@ Xi_c_plus
Definition PdtLund.h:398
@ a_1_plus
Definition PdtLund.h:131
@ Xi_c0
Definition PdtLund.h:388
@ Xu_plus
Definition PdtLund.h:65
@ Sigma_plus
Definition PdtLund.h:368
@ anti_Xdd
Definition PdtLund.h:519
@ anti_Xi_c_star_minus
Definition PdtLund.h:407
@ nu_L
Definition PdtLund.h:43
@ Higgs0
Definition PdtLund.h:51
@ B_prime_1_plus
Definition PdtLund.h:249
@ anti_cd_1
Definition PdtLund.h:485
@ K_0_star0
Definition PdtLund.h:151
@ anti_sd_1
Definition PdtLund.h:479
@ anti_bu_1
Definition PdtLund.h:495
@ omega
Definition PdtLund.h:115
@ Lambda_16700
Definition PdtLund.h:344
@ anti_Lambda_18000
Definition PdtLund.h:349
@ Higgs_minus
Definition PdtLund.h:61
@ D_prime_10
Definition PdtLund.h:205
@ Sigma_minus
Definition PdtLund.h:332
@ table
Definition PdtLund.h:93
@ anti_b_prime
Definition PdtLund.h:25
@ deuteron
Definition PdtLund.h:502
@ diquark
Definition PdtLund.h:83
@ pi_2S_plus
Definition PdtLund.h:100
@ anti_K_prime_prime_star0
Definition PdtLund.h:172
@ CELLjet
Definition PdtLund.h:92
@ pi_minus
Definition PdtLund.h:96
@ Sigma_17750
Definition PdtLund.h:362
@ D_s0_star_minus
Definition PdtLund.h:212
@ anti_Xi_prime_c0
Definition PdtLund.h:401
@ eta_c_2S
Definition PdtLund.h:276
@ a_0_minus
Definition PdtLund.h:122
@ D_s1_minus
Definition PdtLund.h:214
@ B_prime_10
Definition PdtLund.h:247
@ L_plus
Definition PdtLund.h:42
@ K_3_star0
Definition PdtLund.h:175
@ B_c_plus
Definition PdtLund.h:263
@ anti_Lambda_14050
Definition PdtLund.h:339
@ anti_dd_1
Definition PdtLund.h:473
@ pomeron
Definition PdtLund.h:53
@ f_0_1500
Definition PdtLund.h:139
@ K_minus
Definition PdtLund.h:146
@ anti_Omega_c0
Definition PdtLund.h:409
@ psi_4160
Definition PdtLund.h:282
@ Lambda_18100
Definition PdtLund.h:350
@ cluster
Definition PdtLund.h:85
@ pi_plus
Definition PdtLund.h:95
@ anti_cs_1
Definition PdtLund.h:489
@ rho_diff0
Definition PdtLund.h:106
@ Omega_c0
Definition PdtLund.h:408
@ W_plus
Definition PdtLund.h:49
@ Upsilon_2S
Definition PdtLund.h:292
@ Sigma_c_star_plus
Definition PdtLund.h:392
@ L_minus
Definition PdtLund.h:41
@ Upsilon_4S
Definition PdtLund.h:294
@ Sigma_17500
Definition PdtLund.h:360
@ anti_bd_0
Definition PdtLund.h:463
@ Sigma_c_plus_plus
Definition PdtLund.h:394
@ Sigma_c_plus
Definition PdtLund.h:390
@ anti_Sigma_16700
Definition PdtLund.h:359
@ D_star_2S0
Definition PdtLund.h:225
@ psi_4415
Definition PdtLund.h:283
@ omega_2S
Definition PdtLund.h:117
@ anti_B_s0
Definition PdtLund.h:252
@ f_prime_1
Definition PdtLund.h:134
@ J_psi
Definition PdtLund.h:277
@ anti_Sigma_star0
Definition PdtLund.h:367
@ D_star0
Definition PdtLund.h:189
@ B_minus
Definition PdtLund.h:230
@ chi_b0_2P
Definition PdtLund.h:302
@ D_1_minus
Definition PdtLund.h:196
@ Higgs_prime0
Definition PdtLund.h:58
@ Lambda_18200
Definition PdtLund.h:352
@ Upsilon_3_1D
Definition PdtLund.h:312
@ anti_D_0_star0
Definition PdtLund.h:194
@ vpho
Definition PdtLund.h:46
@ D_2_star0
Definition PdtLund.h:201
@ Xi_b_star0
Definition PdtLund.h:436
@ D_1_plus
Definition PdtLund.h:195
@ anti_bc_0
Definition PdtLund.h:469
@ alpha
Definition PdtLund.h:508
@ K_0_star_plus
Definition PdtLund.h:153
@ D_2_star_plus
Definition PdtLund.h:199
@ anti_B_10
Definition PdtLund.h:240
@ anti_K_3_star0
Definition PdtLund.h:176
@ W_prime_plus
Definition PdtLund.h:56
@ B_star0
Definition PdtLund.h:231
@ W_minus
Definition PdtLund.h:50
@ K_2_star_plus
Definition PdtLund.h:161
@ anti_dd_0
Definition PdtLund.h:443
@ anti_Sigma_star_plus
Definition PdtLund.h:335
@ anti_u
Definition PdtLund.h:15
@ Omega_minus
Definition PdtLund.h:380
@ D_2_star_minus
Definition PdtLund.h:200
@ B_prime_s10
Definition PdtLund.h:261
@ tau_plus
Definition PdtLund.h:38
@ Delta0
Definition PdtLund.h:322
@ anti_su_1
Definition PdtLund.h:481
@ Wvirt_minus
Definition PdtLund.h:82
@ anti_B_prime_s10
Definition PdtLund.h:262
@ Upsilon
Definition PdtLund.h:291
@ t_prime_minushadron
Definition PdtLund.h:79
@ anti_Sigma_b_star_plus
Definition PdtLund.h:415
@ Upsilon_1_2D
Definition PdtLund.h:313
@ anti_cc_1
Definition PdtLund.h:491
@ B_c0_star_plus
Definition PdtLund.h:267
@ D_0_star_minus
Definition PdtLund.h:192
@ nu_tau
Definition PdtLund.h:39
@ anti_Xsu
Definition PdtLund.h:515
@ anti_Delta0
Definition PdtLund.h:323
@ reggeon
Definition PdtLund.h:52
@ f_prime_0
Definition PdtLund.h:124
@ anti_Xi_star0
Definition PdtLund.h:379
@ anti_B_2_star0
Definition PdtLund.h:244
@ anti_D_prime_10
Definition PdtLund.h:206
@ anti_Xsd
Definition PdtLund.h:513
@ anti_K_0_star0
Definition PdtLund.h:152
@ mu_plus
Definition PdtLund.h:34
@ B_c_minus
Definition PdtLund.h:264
@ anti_cc_0
Definition PdtLund.h:461
@ Lambda_18300
Definition PdtLund.h:354
@ psi_2S
Definition PdtLund.h:279
@ Upsilon_5S
Definition PdtLund.h:295
@ Sigma_b_star_minus
Definition PdtLund.h:414
@ anti_Sigma_minus
Definition PdtLund.h:369
@ anti_Sigma_c_star_minus
Definition PdtLund.h:393
@ mu_minus
Definition PdtLund.h:33
@ Xi_minus
Definition PdtLund.h:372
@ Wvirt_plus
Definition PdtLund.h:81
@ Omega_b_minus
Definition PdtLund.h:438
@ Xu0
Definition PdtLund.h:64
@ Sigma_b0
Definition PdtLund.h:420
@ anti_bs_0
Definition PdtLund.h:467
@ Omega_b_star_minus
Definition PdtLund.h:440
@ specflav
Definition PdtLund.h:67
@ D_0_star0
Definition PdtLund.h:193
@ anti_p_minus
Definition PdtLund.h:327
@ D_s_plus
Definition PdtLund.h:207
@ B_plus
Definition PdtLund.h:229
@ eta_b_2S
Definition PdtLund.h:289
@ anti_bb_1
Definition PdtLund.h:501
@ p_plus
Definition PdtLund.h:326
@ K_prime_star0
Definition PdtLund.h:167
@ anti_Sigma_plus
Definition PdtLund.h:333
@ anti_Xi_star_plus
Definition PdtLund.h:375
@ a_1_minus
Definition PdtLund.h:132
@ anti_bd_1
Definition PdtLund.h:493
@ B_1_minus
Definition PdtLund.h:242
@ eta_c
Definition PdtLund.h:275
@ anti_nu_e
Definition PdtLund.h:32
@ Sigma_16700
Definition PdtLund.h:358
@ Delta_plus_plus
Definition PdtLund.h:330
@ SPHEaxis
Definition PdtLund.h:89
@ K_4_star_minus
Definition PdtLund.h:182
@ D_prime_s1_minus
Definition PdtLund.h:218
@ K_prime_1_minus
Definition PdtLund.h:166
@ anti_nu_L
Definition PdtLund.h:44
@ chi_c1
Definition PdtLund.h:286
@ anti_ss_1
Definition PdtLund.h:483
@ K_star0
Definition PdtLund.h:147
@ anti_Delta_minus
Definition PdtLund.h:329
@ Upsilon_3_2D
Definition PdtLund.h:315
@ omega_diff
Definition PdtLund.h:116
@ pi_2S0
Definition PdtLund.h:99
@ anti_Xi_prime_b_plus
Definition PdtLund.h:431
@ anti_Xss
Definition PdtLund.h:517
@ anti_n_diffr
Definition PdtLund.h:319
@ anti_B_s10
Definition PdtLund.h:258
@ rho_minus
Definition PdtLund.h:108
@ anti_Xi_b_plus
Definition PdtLund.h:419
@ Upsilon_2_2D
Definition PdtLund.h:314
@ anti_Omega_plus
Definition PdtLund.h:381
@ chi_c2
Definition PdtLund.h:287
@ B_star_plus
Definition PdtLund.h:233
@ B_s0_star0
Definition PdtLund.h:255
@ anti_Lambda_18200
Definition PdtLund.h:353
@ anti_b_minushadron
Definition PdtLund.h:74
@ b_1_plus
Definition PdtLund.h:126
@ anti_Xi_prime_b0
Definition PdtLund.h:435
@ anti_Xdu
Definition PdtLund.h:521
@ anti_K_star0
Definition PdtLund.h:148
@ B_c_star_plus
Definition PdtLund.h:265
@ D_prime_1_plus
Definition PdtLund.h:203
@ gamma
Definition PdtLund.h:45
@ a_2_plus
Definition PdtLund.h:136
@ Sigma_b_star_plus
Definition PdtLund.h:426
@ anti_Lambda_15200
Definition PdtLund.h:341
@ anti_Delta_minus_minus
Definition PdtLund.h:331
@ p_diff_plus
Definition PdtLund.h:324
@ B_2_star0
Definition PdtLund.h:243
@ anti_B_s_star0
Definition PdtLund.h:254
@ anti_cu_1
Definition PdtLund.h:487
@ Z_prime_prime0
Definition PdtLund.h:55
@ anti_Xi_c_minus
Definition PdtLund.h:399
@ Higgs_plus
Definition PdtLund.h:60
@ anti_Xi_c_star0
Definition PdtLund.h:403
@ D_s2_star_minus
Definition PdtLund.h:216
@ anti_Sigma_c_star0
Definition PdtLund.h:385
@ D_2S0
Definition PdtLund.h:221
@ Upsilon_1_1D
Definition PdtLund.h:310
@ Cerenkov
Definition PdtLund.h:47
@ anti_t_minushadron
Definition PdtLund.h:76
@ B_prime_c1_plus
Definition PdtLund.h:273
@ Xi_prime_b_minus
Definition PdtLund.h:430
@ anti_Xi_plus
Definition PdtLund.h:373
@ anti_bs_1
Definition PdtLund.h:497
@ Sigma_16600
Definition PdtLund.h:356
@ anti_K_4_star0
Definition PdtLund.h:180
@ anti_K_2_star0
Definition PdtLund.h:160
@ D_prime_s1_plus
Definition PdtLund.h:217
@ eta_2S
Definition PdtLund.h:103
@ anti_B_s2_star0
Definition PdtLund.h:260
@ Sigma_b_star0
Definition PdtLund.h:422
@ Sigma_c_star0
Definition PdtLund.h:384
@ anti_su_0
Definition PdtLund.h:451
@ eta_b_3S
Definition PdtLund.h:290
@ nu_e
Definition PdtLund.h:31
@ K_3_star_plus
Definition PdtLund.h:177
@ anti_Sigma_16600
Definition PdtLund.h:357
@ Sigma0
Definition PdtLund.h:364
@ B_s10
Definition PdtLund.h:257
@ B_c1_minus
Definition PdtLund.h:270
@ anti_cd_0
Definition PdtLund.h:455
@ Xi_b_star_minus
Definition PdtLund.h:432
@ chi_b1_2P
Definition PdtLund.h:303
@ rho_3S_plus
Definition PdtLund.h:113
@ eta_b2_2D
Definition PdtLund.h:309
@ B_0_star_plus
Definition PdtLund.h:237
@ D_plus
Definition PdtLund.h:183
@ anti_diquark
Definition PdtLund.h:84
@ Sigma_c_star_plus_plus
Definition PdtLund.h:396
@ Omega_c_star0
Definition PdtLund.h:410
@ B_c2_star_minus
Definition PdtLund.h:272
@ D_minus
Definition PdtLund.h:184
@ anti_D_2S0
Definition PdtLund.h:222
@ Xi_star_minus
Definition PdtLund.h:374
@ anti_bc_1
Definition PdtLund.h:499
@ anti_sd_0
Definition PdtLund.h:449
@ anti_Omega_c_star0
Definition PdtLund.h:411
@ chi_b2_3P
Definition PdtLund.h:307
@ D_s_star_minus
Definition PdtLund.h:210
@ anti_B_0_star0
Definition PdtLund.h:236
@ anti_bb_0
Definition PdtLund.h:471
@ Xi_c_star0
Definition PdtLund.h:402
@ anti_Xi_b_star0
Definition PdtLund.h:437
@ K_1_plus
Definition PdtLund.h:157
@ h_prime_1
Definition PdtLund.h:129
@ anti_Omega_b_star_plus
Definition PdtLund.h:441
@ THRUaxis
Definition PdtLund.h:90
@ anti_Sigma_17750
Definition PdtLund.h:363
@ Xi_prime_b0
Definition PdtLund.h:434
@ K_0_star_minus
Definition PdtLund.h:154
@ anti_rndmflav
Definition PdtLund.h:69
@ Sigma_star_plus
Definition PdtLund.h:370
@ b_1_minus
Definition PdtLund.h:127
@ K_prime_star_minus
Definition PdtLund.h:170
@ K_prime_1_plus
Definition PdtLund.h:165
@ anti_Lambda_b0
Definition PdtLund.h:417
@ Lambda_16000
Definition PdtLund.h:342
@ anti_D_star_2S0
Definition PdtLund.h:226
@ Xi_b_minus
Definition PdtLund.h:418
@ anti_Lambda_18300
Definition PdtLund.h:355
@ B_2_star_plus
Definition PdtLund.h:245
@ anti_tritium
Definition PdtLund.h:505
@ b_minushadron
Definition PdtLund.h:73
@ CLUSjet
Definition PdtLund.h:91
@ D_s0_star_plus
Definition PdtLund.h:211
@ anti_Sigma0
Definition PdtLund.h:365
@ D_s1_plus
Definition PdtLund.h:213
@ anti_Sigma_c_star_minus_minus
Definition PdtLund.h:397
@ D_2S_minus
Definition PdtLund.h:220
@ B_c1_plus
Definition PdtLund.h:269
@ anti_ud_1
Definition PdtLund.h:475
@ h_b_3P
Definition PdtLund.h:298
@ anti_Sigma_17500
Definition PdtLund.h:361
@ Xi_b0
Definition PdtLund.h:428
@ chargedgeantino
Definition PdtLund.h:511
@ psi_3770
Definition PdtLund.h:280
@ Lambda_15200
Definition PdtLund.h:340
@ anti_Xi_prime_c_minus
Definition PdtLund.h:405
@ anti_ud_0
Definition PdtLund.h:445
@ h_b_2P
Definition PdtLund.h:297
@ K_2_star0
Definition PdtLund.h:159
@ B_c2_star_plus
Definition PdtLund.h:271
@ chi_b0
Definition PdtLund.h:299
@ anti_K_10
Definition PdtLund.h:156
@ tritium
Definition PdtLund.h:504
@ tau_minus
Definition PdtLund.h:37
@ K_star_plus
Definition PdtLund.h:149
@ anti_Xi_b_star_plus
Definition PdtLund.h:433
@ Sigma_star0
Definition PdtLund.h:366
@ f_prime_2
Definition PdtLund.h:140
@ B_2_star_minus
Definition PdtLund.h:246
@ CMshower
Definition PdtLund.h:88
@ W_prime_minus
Definition PdtLund.h:57
@ anti_Lambda_c_minus
Definition PdtLund.h:387
@ phasespa
Definition PdtLund.h:70
@ B_0_star_minus
Definition PdtLund.h:238
@ D_s2_star_plus
Definition PdtLund.h:215
@ anti_Sigma_c_minus_minus
Definition PdtLund.h:395
@ Xi_c_star_plus
Definition PdtLund.h:406
@ anti_Lambda_16000
Definition PdtLund.h:343
@ D_prime_1_minus
Definition PdtLund.h:204
@ anti_nu_tau
Definition PdtLund.h:40
@ chi_b2_2P
Definition PdtLund.h:304
@ Lambda_18000
Definition PdtLund.h:348
@ B_1_plus
Definition PdtLund.h:241
@ Delta_plus
Definition PdtLund.h:328
@ D_star_minus
Definition PdtLund.h:188
@ K_4_star0
Definition PdtLund.h:179
@ anti_B0
Definition PdtLund.h:228
@ anti_K0
Definition PdtLund.h:142
@ rho_plus
Definition PdtLund.h:107
@ anti_nu_mu
Definition PdtLund.h:36
@ Lambda_16900
Definition PdtLund.h:346
@ anti_Lambda0
Definition PdtLund.h:337
@ a_2_minus
Definition PdtLund.h:137
@ anti_t_prime_minushadron
Definition PdtLund.h:80
@ chi_b1_3P
Definition PdtLund.h:306
@ anti_Sigma_c0
Definition PdtLund.h:383
@ anti_Xi_c0
Definition PdtLund.h:389
@ anti_D_2_star0
Definition PdtLund.h:202
@ psi_4040
Definition PdtLund.h:281
@ anti_D0
Definition PdtLund.h:186
@ anti_Xi_b0
Definition PdtLund.h:429
@ anti_t_prime
Definition PdtLund.h:27
@ anti_B_s0_star0
Definition PdtLund.h:256
@ anti_Sigma_b_star0
Definition PdtLund.h:423
@ Sigma_b_minus
Definition PdtLund.h:412
@ B_c0_star_minus
Definition PdtLund.h:268
@ anti_s
Definition PdtLund.h:17
@ phi_diff
Definition PdtLund.h:119
@ Sigma_b_plus
Definition PdtLund.h:424
@ anti_He3
Definition PdtLund.h:507
@ Upsilon_2_1D
Definition PdtLund.h:311
@ Sigma_star_minus
Definition PdtLund.h:334
@ anti_Sigma_b_star_minus
Definition PdtLund.h:427
@ anti_Sigma_c_minus
Definition PdtLund.h:391
@ anti_Omega_b_plus
Definition PdtLund.h:439
@ Z_prime0
Definition PdtLund.h:54
@ e_minus
Definition PdtLund.h:29
@ eta_b
Definition PdtLund.h:288
@ K_1_minus
Definition PdtLund.h:158
@ Lambda_c_plus
Definition PdtLund.h:386
@ anti_Xi0
Definition PdtLund.h:377
@ anti_Lambda_18100
Definition PdtLund.h:351
@ rho_3S_minus
Definition PdtLund.h:114
@ D_star_2S_plus
Definition PdtLund.h:223
@ a_0_plus
Definition PdtLund.h:121
@ anti_uu_0
Definition PdtLund.h:447
@ rho_3S0
Definition PdtLund.h:112
@ Xi_star0
Definition PdtLund.h:378
@ B_prime_1_minus
Definition PdtLund.h:250
@ Lambda0
Definition PdtLund.h:336
@ anti_D_10
Definition PdtLund.h:198
@ c_minushadron
Definition PdtLund.h:71
@ Xi_prime_c_plus
Definition PdtLund.h:404
@ anti_Delta_plus
Definition PdtLund.h:317
@ anti_c_minushadron
Definition PdtLund.h:72
@ anti_alpha
Definition PdtLund.h:509
@ anti_Sigma_b0
Definition PdtLund.h:421
@ anti_b_prime_minushadron
Definition PdtLund.h:78
@ anti_Sigma_b_plus
Definition PdtLund.h:413
@ B_0_star0
Definition PdtLund.h:235
@ b_prime
Definition PdtLund.h:24
@ anti_D_star0
Definition PdtLund.h:190
@ chi_b1
Definition PdtLund.h:300
@ anti_bu_0
Definition PdtLund.h:465
@ D_2S_plus
Definition PdtLund.h:219
@ eta_prime
Definition PdtLund.h:104
@ e_plus
Definition PdtLund.h:30
@ rho_2S0
Definition PdtLund.h:109
@ pi_diff_minus
Definition PdtLund.h:98
@ anti_p_diff_minus
Definition PdtLund.h:325
@ B_c_star_minus
Definition PdtLund.h:266
@ K_4_star_plus
Definition PdtLund.h:181
@ pi0
Definition PdtLund.h:94
@ K_star_minus
Definition PdtLund.h:150
@ pi_2S_minus
Definition PdtLund.h:101
@ anti_uu_1
Definition PdtLund.h:477
@ anti_b
Definition PdtLund.h:21
@ D_0_star_plus
Definition PdtLund.h:191
@ B_s2_star0
Definition PdtLund.h:259
@ K_plus
Definition PdtLund.h:145
@ K_prime_prime_star_plus
Definition PdtLund.h:173
@ n_diffr
Definition PdtLund.h:318
@ t_minushadron
Definition PdtLund.h:75
@ B_prime_c1_minus
Definition PdtLund.h:274
@ Xi_prime_c0
Definition PdtLund.h:400
@ geantino
Definition PdtLund.h:510
@ anti_deuteron
Definition PdtLund.h:503
@ K_3_star_minus
Definition PdtLund.h:178
@ D_s_star_plus
Definition PdtLund.h:209
@ Lambda_b0
Definition PdtLund.h:416
@ K_2_star_minus
Definition PdtLund.h:162
@ t_prime
Definition PdtLund.h:26
@ B_star_minus
Definition PdtLund.h:234
@ rndmflav
Definition PdtLund.h:68
@ anti_d
Definition PdtLund.h:13
@ K_prime_star_plus
Definition PdtLund.h:169
@ Upsilon_3S
Definition PdtLund.h:293
@ Delta_minus
Definition PdtLund.h:316

The documentation for this class was generated from the following file: