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Event/PyDumper/python/PDG.py
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# Copyright (C) 2002-2021 CERN for the benefit of the ATLAS collaboration
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#
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# File: PDG.py
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# Created: sss, Mar 2005
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# Purpose: Define PDG ID codes.
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#
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"""
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This module contains names for the various PDG particle ID codes.
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The names are the same as in EventKernel/PdtPdg.h.
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This module also contains a dictionary pdgid_names mapping ID codes
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back to printable strings, and a function pdgid_to_name to do this
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conversion. Similarly, root_names and pdgid_to_root_name translate to
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strings with root markup.
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"""
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# Table to translate from PDG IDs to printable strings.
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pdgid_names = {}
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# Table to translate from PDG IDs to strings with root markup.
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root_names = {}
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def
pdgid_to_name
(id):
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"""Convert a PDG ID to a printable string.
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"""
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name = pdgid_names.get(id)
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if
not
name:
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name =
str
(id)
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return
name
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def
pdgid_to_root_name
(id):
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"""Convert a PDG ID to a string with root markup.
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"""
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name = root_names.get(id)
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if
not
name:
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name =
str
(id)
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return
name
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#
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# Table of PDG IDs, associating the ID codes with up to several names.
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# This is formatted as one big string to make it easier to maintain
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# (don't need to quote everything individually).
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# The format of each line is like this:
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#
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# mname = id pname rname
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#
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# An attribute mname will be added to this module with a value of id.
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# These names are intended to match those in PdgPdt.h.
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# pname is a printable name for the entry, and rname is a name
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# with root-style markup. These names will be put into the pdgid_names
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# and root_names dictionaries, respectively. They can be left as `!'
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# if no name is available. pname and rname should not contain spaces.
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# Blank lines or those starting with `#' will be ignored.
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#
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_pdgtable = \
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"""
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d = 1 D d
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anti_d = -1 DBAR #bar{d}
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u = 2 U u
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anti_u = -2 UBAR #bar{u}
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s = 3 S s
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anti_s = -3 SBAR #bar{s}
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c = 4 C c
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anti_c = -4 CBAR #bar{c}
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b = 5 B b
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anti_b = -5 BBAR #bar{b}
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t = 6 T t
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anti_t = -6 TBAR #bar{t}
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l = 7 LPRIME !
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anti_l = -7 LPRIMEBAR !
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h = 8 ! !
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anti_h = -8 ! !
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g = 21 GLUE g
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e_minus = 11 E- e^{-}
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e_plus = -11 E+ e^{+}
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nu_e = 12 NUE #nu_{e}
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anti_nu_e = -12 ANUE #bar{#nu}_{e}
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mu_minus = 13 MU- #mu^{-}
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mu_plus = -13 MU+ #mu^{+}
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nu_mu = 14 NUM #nu_{#mu}
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anti_nu_mu = -14 ANUM #bar{#nu}_{#mu}
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tau_minus = 15 TAU- #tau^{-}
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tau_plus = -15 TAU+ #tau^{+}
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nu_tau = 16 NUT #nu_{#tau}
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anti_nu_tau = -16 ANUT #bar{nu}_{#tau}
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L_minus = 17 ! !
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L_plus = -17 ! !
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nu_L = 18 ! !
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anti_nu_L = -18 ! !
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gamma = 22 PHOT #gamma
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Z0 = 23 Z0 Z
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W_plus = 24 W+ W^{+}
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W_minus = -24 W- W^{-}
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Higgs0 = 25 H0 h^{0}
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reggeon = 28 ! !
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pomeron = 29 ! !
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Z_prime0 = 32 ! !
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Z_prime_prime0 = 33 ! !
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W_prime_plus = 34 ! !
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W_prime_minus = -34 ! !
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Higgs_prime0 = 35 ! !
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A0 = 36 ! !
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Higgs_plus = 37 ! !
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Higgs_minus = -37 ! !
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R0 = 40 ! !
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anti_R0 = -40 ! !
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specflav = 81 ! !
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rndmflav = 82 ! !
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anti_rndmflav = -82 ! !
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phasespa = 83 ! !
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c_minushadron = 84 ! !
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anti_c_minushadron = -84 ! !
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b_minushadron = 85 ! !
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anti_b_minushadron = -85 ! !
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t_minushadron = 86 ! !
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anti_t_minushadron = -86 ! !
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Wvirt_plus = 89 ! !
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Wvirt_minus = -89 ! !
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diquark = 90 ! !
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anti_diquark = -90 ! !
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cluster = 91 CLUSTER cluster
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string = 92 ! !
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indep = 93 ! !
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CMshower = 94 ! !
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SPHEaxis = 95 ! !
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THRUaxis = 96 ! !
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CLUSjet = 97 ! !
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CELLjet = 98 ! !
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table = 99 ! !
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pi0 = 111 PI0 #pi^{0}
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pi_plus = 211 PI+ #pi^{+}
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pi_minus = -211 PI- #pi^{-}
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pi_diffr_plus = 210 ! !
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pi_diffr_minus = -210 ! !
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pi_2S0 = 20111 ! !
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pi_2S_plus = 20211 ! !
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pi_2S_minus = -20211 ! !
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eta = 221 ETA #eta
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eta_2S = 20221 ! !
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eta_prime = 331 ! !
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rho0 = 113 ! #rho^{0}
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rho_plus = 213 RHO+ #rho^{+}
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rho_minus = -213 RHO- #rho^{-}
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rho_2S0 = 30113 ! !
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rho_2S_plus = 30213 ! !
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rho_2S_minus = -30213 ! !
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rho_3S0 = 40113 ! !
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rho_3S_plus = 40213 ! !
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rho_3S_minus = -40213 ! !
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omega = 223 ! !
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omega_2S = 30223 ! !
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phi = 333 PHI #phi
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a_00 = 10111 ! !
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a_0_plus = 10211 ! !
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a_0_minus = -10211 ! !
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f_0 = 10221 ! !
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f_prime_0 = 10331 ! !
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b_10 = 10113 ! !
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b_1_plus = 10213 ! !
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b_1_minus = -10213 ! !
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h_1 = 10223 h_1 h_{1}
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h_prime_1 = 10333 ! !
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a_10 = 20113 ! !
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a_1_plus = 20213 ! !
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a_1_minus = -20213 ! !
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f_1 = 20223 ! !
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f_prime_1 = 20333 ! !
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a_20 = 115 ! !
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a_2_plus = 215 a_2+ a_{2}^{+}
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a_2_minus = -215 a_2- a_{2}^{-}
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f_2 = 225 ! !
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f_prime_2 = 335 ! !
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K0 = 311 K0 K^{0}
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anti_K0 = -311 K0BAR #bar{K}^0
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K_S0 = 310 K_S0 K_{S}^{0}
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K_L0 = 130 K_L0 K_{L}^{0}
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K_plus = 321 K+ K^{+}
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K_minus = -321 K- K^{-}
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K_star0 = 313 K* K^{*}
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anti_K_star0 = -313 K*BAR #bar{K}^{*}
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K_star_plus = 323 ! !
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K_star_minus = -323 ! !
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K_0_star0 = 10311 ! !
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anti_K_0_star0 = -10311 ! !
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K_0_star_plus = 10321 ! !
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K_0_star_minus = -10321 ! !
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K_10 = 10313 ! !
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anti_K_10 = -10313 ! !
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K_1_plus = 10323 ! !
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K_1_minus = -10323 ! !
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K_2_star0 = 315 ! !
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anti_K_2_star0 = -315 ! !
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K_2_star_plus = 325 K_2*+ K_{2}^{*+}
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K_2_star_minus = -325 K_2*- K_{2}^{*-}
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K_prime_10 = 20313 ! !
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anti_K_prime_10 = -20313 ! !
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K_prime_1_plus = 20323 ! !
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K_prime_1_minus = -20323 ! !
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D_plus = 411 D+ D^{+}
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D_minus = -411 D- D^{-}
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D0 = 421 D0 D^{0}
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anti_D0 = -421 D0BAR #bar{D}^{0}
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D_star_plus = 413 ! !
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D_star_minus = -413 ! !
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D_star0 = 423 ! !
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anti_D_star0 = -423 ! !
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D_0_star_plus = 10411 ! !
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D_0_star_minus = -10411 ! !
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D_0_star0 = 10421 ! !
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anti_D_0_star0 = -10421 ! !
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D_1_plus = 10413 ! !
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D_1_minus = -10413 ! !
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D_10 = 10423 ! !
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anti_D_10 = -10423 ! !
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D_2_star_plus = 415 ! !
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D_2_star_minus = -415 ! !
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D_2_star0 = 425 ! !
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anti_D_2_star0 = -425 ! !
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D_prime_1_plus = 20413 ! !
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D_prime_1_minus = -20413 ! !
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D_prime_10 = 20423 ! !
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anti_D_prime_10 = -20423 ! !
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D_s_plus = 431 D_S+ D_{s}^{+}
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D_s_minus = -431 D_S- D_{s}^{-}
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D_s_star_plus = 433 ! !
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D_s_star_minus = -433 ! !
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D_s0_star_plus = 10431 ! !
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D_s0_star_minus = -10431 ! !
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D_s1_plus = 10433 ! !
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D_s1_minus = -10433 ! !
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D_s2_star_plus = 435 ! !
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D_s2_star_minus = -435 ! !
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D_prime_s1_plus = 20433 ! !
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D_prime_s1_minus = -20433 ! !
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B0 = 511 B0 B^{0}
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anti_B0 = -511 B0BAR #bar{B}^{0}
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B_plus = 521 B+ B^{+}
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B_minus = -521 B- B^{-}
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B_star0 = 513 ! !
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anti_B_star0 = -513 ! !
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B_star_plus = 523 ! !
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B_star_minus = -523 ! !
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B_0_star0 = 10511 ! !
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anti_B_0_star0 = -10511 ! !
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B_0_star_plus = 10521 ! !
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B_0_star_minus = -10521 ! !
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B_10 = 10513 ! !
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anti_B_10 = -10513 ! !
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B_1_plus = 10523 ! !
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B_1_minus = -10523 ! !
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B_2_star0 = 515 ! !
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anti_B_2_star0 = -515 ! !
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B_2_star_plus = 525 ! !
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B_2_star_minus = -525 ! !
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B_prime_10 = 20513 ! !
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anti_B_prime_10 = -20513 ! !
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B_prime_1_plus = 20523 ! !
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B_prime_1_minus = -20523 ! !
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B_s0 = 531 B_S0 B_{s}^{0}
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anti_B_s0 = -531 B_S0BAR #bar{B}_{s}^{0}
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B_s_star0 = 533 ! !
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anti_B_s_star0 = -533 ! !
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B_s0_star0 = 10531 ! !
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anti_B_s0_star0 = -10531 ! !
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B_s10 = 10533 ! !
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anti_B_s10 = -10533 ! !
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B_s2_star0 = 535 ! !
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anti_B_s2_star0 = -535 ! !
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B_prime_s10 = 20533 ! !
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anti_B_prime_s10 = -20533 ! !
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B_c_plus = 541 BC+ B_{c}^{+}
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B_c_minus = -541 BC- B_{c}^{-}
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B_c_star_plus = 543 BC*+ B_{c}^{*+}
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B_c_star_minus = -543 BC*- B_{c}^{*-}
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B_c0_star_plus = 10541 ! !
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B_c0_star_minus = -10541 ! !
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B_c1_plus = 10543 ! !
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B_c1_minus = -10543 ! !
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B_c2_star_plus = 545 ! !
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B_c2_star_minus = -545 ! !
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B_prime_c1_plus = 20543 ! !
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B_prime_c1_minus = -20543 ! !
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eta_c = 441 ! !
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eta_c_2S = 20441 ! !
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J_psi = 443 JPSI J/#psi
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psi_2S = 20443 ! !
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chi_c0 = 10441 ! !
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chi_c1 = 10443 ! !
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chi_c2 = 445 ! !
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eta_b_2S = 20551 ! !
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eta_b_3S = 40551 ! !
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Upsilon = 553 ! !
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Upsilon_2S = 20553 ! !
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Upsilon_3S = 60553 ! !
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Upsilon_4S = 70553 ! !
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Upsilon_5S = 80553 ! !
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h_b = 10553 ! !
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h_b_2P = 40553 ! !
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h_b_3P = 100553 ! !
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chi_b0 = 551 ! !
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chi_b1 = 20553 ! !
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chi_b2 = 555 ! !
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chi_b0_2P = 30551 ! !
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chi_b1_2P = 50553 ! !
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chi_b2_2P = 10555 ! !
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chi_b0_3P = 50551 ! !
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chi_b1_3P = 110553 ! !
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chi_b2_3P = 20555 ! !
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eta_b2_1D = 40555 ! !
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eta_b2_2D = 60555 ! !
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Upsilon_1_1D = 120553 ! !
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Upsilon_2_1D = 30555 ! !
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Upsilon_3_1D = 557 ! !
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Upsilon_1_2D = 130553 ! !
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Upsilon_2_2D = 50555 ! !
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Upsilon_3_2D = 10557 ! !
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Delta_minus = 1114 DELTA- #Delta^{-}
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anti_Delta_plus = -1114 DELTA+ #Delta^{+}
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n_diffr = 2110 ! !
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anti_n_diffr = -2110 ! !
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n0 = 2112 N n
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anti_n0 = -2112 NBAR #bar{n}
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Delta0 = 2114 ! !
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anti_Delta0 = -2114 ! !
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p_diffr_plus = 2210 ! !
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anti_p_diffr_minus = -2210 ! !
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p_plus = 2212 P+ p^{+}
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anti_p_minus = -2212 P- p^{-}
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Delta_plus = 2214 ! !
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anti_Delta_minus = -2214 ! !
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Delta_plus_plus = 2224 ! !
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anti_Delta_minus_minus = -2224 ! !
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Sigma_minus = 3112 SIGMA- #Sigma^{-}
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anti_Sigma_plus = -3112 SIGMABAR+ #bar{#Sigma}^{+}
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Sigma_star_minus = 3114 ! !
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anti_Sigma_star_plus = -3114 ! !
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Lambda0 = 3122 LAMBDA_D0 #Lambda^{0}
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anti_Lambda0 = -3122 LAMBDABAR_D0 #bar{#Lambda}^{0}
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Sigma0 = 3212 ! !
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anti_Sigma0 = -3212 ! !
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Sigma_star0 = 3214 ! !
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anti_Sigma_star0 = -3214 ! !
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Sigma_plus = 3222 SIGMA+ #Sigma^{+}
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anti_Sigma_minus = -3222 SIGMABAR- #bar{#Sigma}^{-}
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Sigma_star_plus = 3224 ! !
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anti_Sigma_star_minus = -3224 ! !
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Xi_minus = 3312 XI- #Xi^{-}
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anti_Xi_plus = -3312 XI+ #Xi^{+}
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Xi_star_minus = 3314 ! !
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anti_Xi_star_plus = -3314 ! !
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Xi0 = 3322 XI0 #Xi^{0}
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anti_Xi0 = -3322 XIBAR0 #bar{Xi}^{0}
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Xi_star0 = 3324 ! !
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anti_Xi_star0 = -3324 ! !
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Omega_minus = 3334 ! !
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anti_Omega_plus = -3334 ! !
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Sigma_c0 = 4112 ! !
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anti_Sigma_c0 = -4112 ! !
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Sigma_c_star0 = 4114 SIGMA_C0* #Sigma_{c}^{*0}
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anti_Sigma_c_star0 = -4114 SIGMABAR_C0* #bar{#Sigma}_{c}^{*0}
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Lambda_c_plus = 4122 LAMBDA_C+ #Lambda_{c}^{+}
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anti_Lambda_c_minus = -4122 LAMBDA_C- #Lambda_{c}^{-}
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Xi_c0 = 4132 XI_C0 #Xi_{c}^{0}
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anti_Xi_c0 = -4132 XIBAR_C0 #bar{#Xi}_{c}^{0}
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Sigma_c_plus = 4212 SIGMA_C+ #Sigma_{c}^{+}
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anti_Sigma_c_minus = -4212 SIGMA_C- #Sigma_{c}^{-}
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Sigma_c_star_plus = 4214 SIGMA_C+* #Sigma_{c}^{*+}
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anti_Sigma_c_star_minus = -4214 SIGMA_C-* #Sigma_{c}^{*-}
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Sigma_c_plus_plus = 4222 SIGMA_C++ #Sigma_{c}^{++}
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anti_Sigma_c_minus_minus = -4222 SIGMA_C-- #Sigma_{c}^{--}
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Sigma_c_star_plus_plus = 4224 SIGMA_C++* #Sigma_{c}^{*++}
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anti_Sigma_c_star_minus_minus = -4224 SIGMA_C--* #Sigma_{c}^{*--}
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Xi_c_plus = 4322 XI_C+ #Xi_{c}^{+}
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anti_Xi_c_minus = -4322 XI_C- #Xi_{c}^{-}
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Xi_prime_c0 = 4312 XI'_C0 #Xi\'_{c}^{0}
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Xi_primeanti__c0 = -4312 XIBAR'_C0 #bar{#Xi}\'_{c}^{0}
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Xi_c_star0 = 4314 XI_C0* #Xi_{c}^{*0}
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anti_Xi_c_star0 = -4314 XIBAR_C0* #bar{#Xi}_{c}^{*0}
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Xi_prime_c_plus = 4232 XI'_C+ #Xi\'_{c}^{+}
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Xi_primeanti__c_minus = -4232 XIBAR'_C- #Xi\'_{c}^{-}
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Xi_c_star_plus = 4324 XI_C+* #Xi_{c}^{*+}
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anti_Xi_c_star_minus = -4324 XI_C-* #Xi_{c}^{*-}
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Omega_c0 = 4332 OMEGA_C0 #Omega_{c}^{0}
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anti_Omega_c0 = -4332 OMEGABAR_C0 #bar{#Omega}_{c}^{0}
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Omega_c_star0 = 4334 OMEGA_C0* #Omega_{c}^{*0}
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anti_Omega_c_star0 = -4334 OMEGA_C0* #bar{#Omega}_{c}^{*0}
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Sigma_b_minus = 5112 SIGMA_B- #Sigma_{b}^{-}'
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anti_Sigma_b_plus = -5112 SIGMA_B+ #Sigma_{b}^{+}'
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Sigma_b_star_minus = 5114 ! !
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anti_Sigma_b_star_plus = -5114 ! !
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Lambda_b0 = 5122 LAMBDA_B0 #Lambda_{b}^{0}
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anti_Lambda_b0 = -5122 LAMBDA_B0BAR #bar{#Lambda}_{b}^0
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Xi_b_minus = 5132 ! !
400
anti_Xi_b_plus = -5132 ! !
401
Sigma_b0 = 5212 SIGMA_B0 #Sigma_{b}^{0}
402
anti_Sigma_b0 = -5212 SIGMABAR_B0 #bar{#Sigma}_{b}^{0}
403
Sigma_b_star0 = 5214 ! !
404
anti_Sigma_b_star0 = -5214 ! !
405
Sigma_b_plus = 5222 ! !
406
anti_Sigma_b_minus = -5222 ! !
407
Sigma_star_ = 5224 ! !
408
anti_Sigma_b_star_minus = -5224 ! !
409
Xi_b0 = 5232 XI_B0 #Xi_b^{0}
410
anti_Xi_b0 = -5232 XIBAR_B0 #bar{#Xi}_b^{0}
411
Xi_prime_b_minus = 5312 ! !
412
anti_Xi_prime_b_plus = -5312 ! !
413
Xi_b_star_minus = 5314 ! !
414
anti_Xi_b_star_plus = -5314 ! !
415
Xi_prime_b0 = 5322 ! !
416
anti_Xi_prime_b0 = -5322 ! !
417
Xi_b_star0 = 5324 ! !
418
anti_Xi_b_star0 = -5324 ! !
419
Omega_b_minus = 5332 ! !
420
anti_Omega_b_plus = -5332 ! !
421
Omega_b_star_minus = 5334 ! !
422
anti_Omega_b_star_plus = -5334 ! !
423
dd_0 = 1101 ! !
424
anti_dd_0 = -1101 ! !
425
ud_0 = 2101 UD0 !
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anti_ud_0 = -2101 UD0BAR !
427
uu_0 = 2201 ! !
428
anti_uu_0 = -2201 ! !
429
sd_0 = 3101 ! !
430
anti_sd_0 = -3101 ! !
431
su_0 = 3201 ! !
432
anti_su_0 = -3201 ! !
433
ss_0 = 3301 ! !
434
anti_ss_0 = -3301 ! !
435
cd_0 = 4101 ! !
436
anti_cd_0 = -4101 ! !
437
cu_0 = 4201 ! !
438
anti_cu_0 = -4201 ! !
439
cs_0 = 4301 ! !
440
anti_cs_0 = -4301 ! !
441
cc_0 = 4401 ! !
442
anti_cc_0 = -4401 ! !
443
bd_0 = 5101 ! !
444
anti_bd_0 = -5101 ! !
445
bu_0 = 5201 ! !
446
anti_bu_0 = -5201 ! !
447
bs_0 = 5301 ! !
448
anti_bs_0 = -5301 ! !
449
bc_0 = 5401 ! !
450
anti_bc_0 = -5401 ! !
451
bb_0 = 5501 ! !
452
anti_bb_0 = -5501 ! !
453
dd_1 = 1103 ! !
454
anti_dd_1 = -1103 ! !
455
ud_1 = 2103 ! !
456
anti_ud_1 = -2103 ! !
457
uu_1 = 2203 ! !
458
anti_uu_1 = -2203 ! !
459
sd_1 = 3103 ! !
460
anti_sd_1 = -3103 ! !
461
su_1 = 3203 ! !
462
anti_su_1 = -3203 ! !
463
ss_1 = 3303 ! !
464
anti_ss_1 = -3303 ! !
465
cd_1 = 4103 ! !
466
anti_cd_1 = -4103 ! !
467
cu_1 = 4203 ! !
468
anti_cu_1 = -4203 ! !
469
cs_1 = 4303 ! !
470
anti_cs_1 = -4303 ! !
471
cc_1 = 4403 ! !
472
anti_cc_1 = -4403 ! !
473
bd_1 = 5103 ! !
474
anti_bd_1 = -5103 ! !
475
bu_1 = 5203 ! !
476
anti_bu_1 = -5203 ! !
477
bs_1 = 5303 ! !
478
anti_bs_1 = -5303 ! !
479
bc_1 = 5403 ! !
480
anti_bc_1 = -5403 ! !
481
bb_1 = 5503 ! !
482
anti_bb_1 = -5503 ! !
483
484
# SUSY Particles names modified from /Control/AthenaCommon/PDGTABLE.MeV
485
# naming convention change
486
# '~' to 's_'
487
# '(' to '_'
488
# ')' to nothing
489
# '+' to 'plus'
490
# '' to '_'
491
# for the negatively charged particles so I add "minus" to the name and a corresponding "plus" entry with -pdg code
492
# for the neutrals I add a corresponding "anti" entry with -pdg code
493
# for the particles with positive charge entries I add a corresponding "minus" entry with -pdg code
494
# ************ (the above is not consistent with the convention that minus=particle plus=anti-particle
495
#
496
# Next remove Majorana particles and rename L-R stau to mass eigenstates.
497
#
498
# This is all ugly but sort of consistent with previous naming convention
499
500
s_e_minus_L =1000011 ! !
501
s_e_plus_L =-1000011 ! !
502
503
s_nu_e_L =1000012 ! !
504
s_anti_nu_e_L =-1000012 ! !
505
506
s_mu_minus_L =1000013 ! !
507
s_mu_plus_L =-1000013 ! !
508
509
s_nu_mu_L =1000014 ! !
510
s_anti_nu_mu_L =-1000014 ! !
511
512
# s_tau_minus_L =1000015
513
# s_tau_plus_L =-1000015
514
515
# L-R mixing significant use _1 and _2 for names instead
516
s_tau_minus_1 =1000015 ! !
517
s_tau_plus_1 =-1000015 ! !
518
519
s_nu_tau_L =1000016 ! !
520
s_anti_nu_tau_L=-1000016 ! !
521
522
s_e_minus_R =2000011 ! !
523
s_e_plus_R =-2000011 ! !
524
525
s_mu_minus_R =2000013 ! !
526
s_mu_plus_R =-2000013 ! !
527
528
s_tau_minus_2 =2000015 ! !
529
s_tau_plus_2 =-2000015 ! !
530
531
s_g =1000021 ! !
532
# s_anti_g =-1000021 # Majorana
533
534
s_chi_0_1 =1000022 ! !
535
# s_anti_chi_0_1 =-1000022 # Majorana
536
537
s_chi_0_2 =1000023 ! !
538
# s_anti_chi_0_2 =-1000023 # Majorana
539
540
s_chi_plus_1 =1000024 ! !
541
# Majorana
542
s_chi_minus_1 =-1000024 ! !
543
544
s_chi_0_3 =1000025 ! !
545
# s_anti_chi_0_3 =-1000025 # Majorana
546
547
s_chi_0_4 =1000035 ! !
548
# s_anti_chi_0_4 =-1000035 # Majorana
549
550
s_chi_plus_2 =1000037 ! !
551
s_chi_minus_2 =-1000037 ! !
552
553
s_G =1000039 ! !
554
# s_anti_G =-1000039 # Majorana
555
556
# note mismatch with PDGTable and pre-existing PdtPdg.h
557
#M 999 0.E+00 +0.0E+00 -0.0E+00 Geantino 0
558
#W 999 0.E+00 +0.0E+00 -0.0E+00 Geantino 0
559
560
# doubly charged Higgs
561
Higgs_plus_plus_L = 9900041 ! !
562
Higgs_minus_minus_L = -9900041 ! !
563
Higgs_plus_plus_R = 9900042 ! !
564
Higgs_minus_minus_R = -9900042 ! !
565
566
567
# Null particles
568
deuteron = 0 ! !
569
tritium = 0 ! !
570
alpha = 0 ! !
571
geantino = 0 ! !
572
He3 = 0 ! !
573
Cerenkov = 0 ! !
574
null = 0 ! !
575
576
577
# Some extra particles that weren't in PdgPdt.h
578
Xi_cc_plus = 4412 XI_CC+ #Xi_{cc}^{+}
579
anti_Xi_cc_minus = -4412 XI_CC- #Xi_{cc}^{-}
580
Xi_cc_plus_plus = 4422 XI_CC++ #Xi_{cc}^{++}
581
anti_Xi_cc_minus_minus = -4422 XI_CC-- #Xi_{cc}^{--}
582
Xi_cc_star_plus = 4414 XI_CC+* #Xi_{cc}^{*+}
583
anti_Xi_cc_star_minus = -4414 XI_CC-* #Xi_{cc}^{*-}
584
Xi_cc_star_plus_plus = 4424 XI_CC++* #Xi_{cc}^{*++}
585
anti_Xi_cc_star_minus_minus = -4424 XI_CC--* #Xi_{cc}^{*--}
586
Omega_cc_plus = 4432 OMEGA_CC+ #Omega_{cc}^{+}
587
anti_Omega_cc_minus = -4432 OMEGA_CC- #Omega_{cc}^{-}
588
Omega_cc_star_plus = 4434 OMEGA_CC+* #Omega_{cc}^{*+}
589
anti_Omega_cc_star_minus = -4434 OMEGA_CC-* #Omega_{cc}^{*-}
590
Omega_ccc_plus_plus = 4444 OMEGA_CCC++ #Omega_{ccc}^{++}
591
anti_Omega_ccc_minus_minus = -4444 OMEGA_CCC-- #Omega_{ccc}^{--}
592
593
594
# A couple extra synonyms that weren't in PdgPdt.h.
595
e = e_minus ! !
596
mu = mu_minus ! !
597
tau = tau_minus ! !
598
W = W_plus ! !
599
"""
600
601
602
# Parse _pdgtable and fill in dictionaries.
603
def
_fill_dicts
():
604
pdgid_names.clear()
605
root_names.clear()
606
global
_pdgtable
607
for
line
in
_pdgtable.split (
'\n'
):
608
line = line.strip()
609
if
len(line) == 0
or
line[0] ==
'#'
:
610
continue
611
ll = line.split(
'='
, 1)
612
if
len(ll) < 2:
613
print
(
'bad line'
, line)
614
continue
615
mname = ll[0].strip()
616
ll = ll[1].
split
()
617
if
len(ll) < 1:
618
print
(
'bad line'
, line)
619
continue
620
id = ll[0]
621
pname =
None
622
if
len(ll) >= 2
and
ll[1] !=
'!'
:
623
pname = ll[1]
624
rname =
None
625
if
len(ll) >= 3
and
ll[2] !=
'!'
:
626
rname = ll[2]
627
try
:
628
id =
int
(id)
629
except
ValueError:
630
id = globals().
get
(id)
631
if
id
is
None
:
632
print
(
'bad line'
, line)
633
continue
634
635
if
pname
is
None
:
636
pname = mname
637
if
rname
is
None
:
638
rname = pname
639
640
globals()[mname] = id
641
if
id
not
in
pdgid_names:
642
pdgid_names[id] = pname
643
if
id
not
in
root_names:
644
root_names[id] = rname
645
return
646
647
# Fill the dictionaries.
648
_fill_dicts
()
649
650
# Kill these now to save memory.
651
del _pdgtable
652
del _fill_dicts
CaloCellPos2Ntuple.int
int
Definition:
CaloCellPos2Ntuple.py:24
python.PDG.pdgid_to_name
def pdgid_to_name(id)
Definition:
Event/PyDumper/python/PDG.py:26
get
T * get(TKey *tobj)
get a TObject* from a TKey* (why can't a TObject be a TKey?)
Definition:
hcg.cxx:127
str
Definition:
BTagTrackIpAccessor.cxx:11
python.PDG.pdgid_to_root_name
def pdgid_to_root_name(id)
Definition:
Event/PyDumper/python/PDG.py:35
Trk::split
@ split
Definition:
LayerMaterialProperties.h:38
python.PDG._fill_dicts
def _fill_dicts()
Definition:
Event/PyDumper/python/PDG.py:603
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1.8.18