def test_J_non_mesons(PDGIDs):
# TODO: test special particles, supersymmetric particles, R-hadrons, di-quarks, nuclei and pentaquarks
_J_eq_0 = ()
_J_eq_1 = (PDGIDs.Gluon, PDGIDs.Photon, PDGIDs.Z0, PDGIDs.jpsi,
PDGIDs.psi_2S, PDGIDs.Upsilon_1S, PDGIDs.Upsilon_4S,
PDGIDs.K1_1270_0)
_J_eq_1over2 = (PDGIDs.Electron, PDGIDs.Positron, PDGIDs.Muon,
PDGIDs.AntiMuon, PDGIDs.Tau, PDGIDs.Nu_e, PDGIDs.NuBar_tau,
PDGIDs.DQuark, PDGIDs.UQuark, PDGIDs.SQuark, PDGIDs.CQuark,
PDGIDs.BQuark, PDGIDs.TQuark, PDGIDs.Proton,
PDGIDs.AntiNeutron, PDGIDs.Lambda, PDGIDs.Sigma0,
PDGIDs.SigmaPlus, PDGIDs.SigmaMinus, PDGIDs.Xi0,
PDGIDs.AntiXiMinus, PDGIDs.LcPlus, PDGIDs.Lb,
PDGIDs.LtPlus, PDGIDs.STildeL, PDGIDs.CTildeR)
_J_eq_3over2 = (PDGIDs.OmegaMinus, )
_invalid_pdgids = (PDGIDs.Invalid1, PDGIDs.Invalid2)
# cases not dealt with in the code, where None is returned
_J_eq_None = (PDGIDs.TauPrime, PDGIDs.BPrimeQuark, PDGIDs.TPrimeQuark)
for id in _J_eq_0:
assert j_spin(id) == 1
for id in _J_eq_1:
assert j_spin(id) == 3
for id in _J_eq_1over2:
assert j_spin(id) == 2
for id in _J_eq_3over2:
assert j_spin(id) == 4
for id in _invalid_pdgids:
assert j_spin(id) == None
for id in _J_eq_None:
assert j_spin(id) == None
def test_JSL_badly_known_mesons(PDGIDs):
assert j_spin(PDGIDs.f_4_2300) == 9
assert s_spin(PDGIDs.f_4_2300) == None
assert l_spin(PDGIDs.f_4_2300) == None