def test_DecayMode_invalidReactionTypes(self):
data = {"products": [""], "branch": 1.0, "halfLifeInSeconds": 1.0}
for _ in range(0, 25):
rxn = randomString(3)
data["type"] = rxn
if rxn in transmutations.DECAY_MODES:
self.assertIsNotNone(transmutations.DecayMode(None, data))
else:
with self.assertRaises(exceptions.InvalidSelectionError):
transmutations.DecayMode(None, data)
def _processBurnData(self, burnInfo):
"""
Process YAML burn transmutation, decay, and spontaneous fission data for this nuclide.
This clears out any existing transmutation/decay information before processing.
Parameters
----------
burnInfo: list
List of dictionaries containing burn information for the current nuclide
"""
self.decays = []
self.trans = []
for nuclideBurnCategory in burnInfo:
# Check that the burn category has only one defined burn type
if len(nuclideBurnCategory) > 1:
raise ValueError(
"Improperly defined ``burn-chain`` of {}. {} should be a single burn type.".format(
self, nuclideBurnCategory.keys()
)
)
nuclideBurnType = list(nuclideBurnCategory.keys())[0]
if nuclideBurnType == self.TRANSMUTATION:
self.trans.append(
transmutations.Transmutation(
self, nuclideBurnCategory[nuclideBurnType]
)
)
elif nuclideBurnType == self.DECAY:
self.decays.append(
transmutations.DecayMode(self, nuclideBurnCategory[nuclideBurnType])
)
elif nuclideBurnType == self.SPONTANEOUS_FISSION:
self.nuSF = nuclideBurnCategory[nuclideBurnType]
else:
raise Exception(
"Undefined Burn Data {} for {}. Expected {}, {}, or {}."
"".format(
nuclideBurnType,
self,
self.TRANSMUTATION,
self.DECAY,
self.SPONTANEOUS_FISSION,
)
)
def test_DecayMode_validReactionTypes(self):
data = {"products": [""], "branch": 1.0, "halfLifeInSeconds": 1.0}
for rxn in transmutations.DECAY_MODES:
data["type"] = rxn
decay = transmutations.DecayMode(None, data)
self.assertEqual(decay.type, rxn)