def test_JSL_meson_numbers(PDGIDs):
_JSL_eq_000 = mesons_JSL_states_list(PDGIDs, '000')
_JSL_eq_011 = mesons_JSL_states_list(PDGIDs, '011')
_JSL_eq_101 = mesons_JSL_states_list(PDGIDs, '101')
_JSL_eq_110 = mesons_JSL_states_list(PDGIDs, '110')
_JSL_eq_111 = mesons_JSL_states_list(PDGIDs, '111')
_JSL_eq_112 = mesons_JSL_states_list(PDGIDs, '112')
_JSL_eq_211 = mesons_JSL_states_list(PDGIDs, '211')
_JSL_eq_312 = mesons_JSL_states_list(PDGIDs, '312')
for id in _JSL_eq_000:
assert J(id) == 0
assert S(id) == 0
assert L(id) == 0
for id in _JSL_eq_011:
assert J(id) == 0
assert S(id) == 1
assert L(id) == 1
for id in _JSL_eq_101:
assert J(id) == 1
assert S(id) == 0
assert L(id) == 1
for id in _JSL_eq_110:
assert J(id) == 1
assert S(id) == 1
assert L(id) == 0
for id in _JSL_eq_111:
assert J(id) == 1
assert S(id) == 1
assert L(id) == 1
for id in _JSL_eq_112:
assert J(id) == 1
assert S(id) == 1
assert L(id) == 2
for id in _JSL_eq_211:
assert J(id) == 2
assert S(id) == 1
assert L(id) == 1
for id in _JSL_eq_312:
assert J(id) == 3
assert S(id) == 1
assert L(id) == 2
def test_JSL_mesons(PDGIDs):
_JSL_eq_000 = mesons_JSL_states_list(PDGIDs, "000")
_JSL_eq_011 = mesons_JSL_states_list(PDGIDs, "011")
_JSL_eq_101 = mesons_JSL_states_list(PDGIDs, "101")
_JSL_eq_110 = mesons_JSL_states_list(PDGIDs, "110")
_JSL_eq_111 = mesons_JSL_states_list(PDGIDs, "111")
_JSL_eq_112 = mesons_JSL_states_list(PDGIDs, "112")
_JSL_eq_211 = mesons_JSL_states_list(PDGIDs, "211")
_JSL_eq_312 = mesons_JSL_states_list(PDGIDs, "312")
for id in _JSL_eq_000:
assert J(id) == 0
assert S(id) == 0
assert L(id) == 0
for id in _JSL_eq_011:
assert J(id) == 0
assert S(id) == 1
assert L(id) == 1
for id in _JSL_eq_101:
assert J(id) == 1
assert S(id) == 0
assert L(id) == 1
for id in _JSL_eq_110:
assert J(id) == 1
assert S(id) == 1
assert L(id) == 0
for id in _JSL_eq_111:
assert J(id) == 1
assert S(id) == 1
assert L(id) == 1
for id in _JSL_eq_112:
assert J(id) == 1
assert S(id) == 1
assert L(id) == 2
for id in _JSL_eq_211:
assert J(id) == 2
assert S(id) == 1
assert L(id) == 1
for id in _JSL_eq_312:
assert J(id) == 3
assert S(id) == 1
assert L(id) == 2
def test_L_non_mesons(PDGIDs):
_L_eq_None = (PDGIDs.Gluon, PDGIDs.Photon, PDGIDs.Z0)
for id in _L_eq_None:
assert L(id) == None