def merge(self, other, selfContainer, otherContainer, fileType,
exceptionClass):
"""
Merge the contents of two metadata instances.
Parameters
----------
other: Similar Metadata class as self
Metadata to be compared against
selfContainer: class
otherContainer: class
Objects that hold the two metadata instances
fileType: str
File type that created this metadata. Examples: ``'ISOTXS', 'GAMISO', 'COMPXS'```
exceptionClass: Exception
Type of exception to raise in the event of dissimilar metadata values
Returns
-------
mergedData: Metadata
Returns a metadata instance of similar type as ``self`` and ``other``
containing the correctly merged data of the two
"""
mergedData = self.__class__()
if not (any(self.keys()) and any(other.keys())):
mergedData.update(self)
mergedData.update(other)
return mergedData
self._mergeLibrarySpecificData(other, selfContainer, otherContainer,
mergedData)
skippedKeys = self._getSkippedKeys(other, selfContainer,
otherContainer, mergedData)
for key in set(list(self.keys()) + list(other.keys())) - skippedKeys:
selfVal = self[key]
otherVal = other[key]
mergedVal = None
if not properties.numpyHackForEqual(selfVal, otherVal):
raise exceptionClass(
"{libType} {key} metadata differs between {lib1} and {lib2}; Cannot Merge\n"
"{key} has values of {val1} and {val2}".format(
libType=fileType,
lib1=selfContainer,
lib2=otherContainer,
key=key,
val1=selfVal,
val2=otherVal,
))
else:
mergedVal = selfVal
mergedData[key] = mergedVal
return mergedData
def compareNuclideXS(nuc1, nuc2):
equal = nuc1.pmatrxMetadata.compare(nuc2.pmatrxMetadata, nuc1.container,
nuc2.container)
for attrName in [
"neutronHeating",
"neutronDamage",
"gammaHeating",
"isotropicProduction",
"linearAnisotropicProduction",
"nOrderProductionMatrix",
]:
val1 = getattr(nuc1, attrName)
val2 = getattr(nuc2, attrName)
if not properties.numpyHackForEqual(val1, val2):
runLog.important(
"{} and {} have different `{}` attributes:\n{}\n{}".format(
nuc1, nuc2, attrName, val1, val2))
equal &= False
return equal