def setUpClass(cls):
cls.isotxsAA = isotxs.readBinary(ISOTXS_AA)
cls.gamisoAA = gamiso.readBinary(GAMISO_AA)
cls.pmatrxAA = pmatrx.readBinary(PMATRX_AA)
cls.xsLib = xsLibraries.IsotxsLibrary()
cls.xsLibGenerationErrorStack = None
try:
cls.xsLib.merge(copy.deepcopy(cls.isotxsAA))
cls.xsLib.merge(copy.deepcopy(cls.gamisoAA))
cls.xsLib.merge(copy.deepcopy(cls.pmatrxAA))
except:
cls.xsLibGenerationErrorStack = traceback.format_exc()
def mergeXSLibrariesInWorkingDirectory(lib,
xsLibrarySuffix="",
mergeGammaLibs=False):
"""
Merge neutron (ISOTXS) and gamma (GAMISO/PMATRX) library data into the provided library.
Parameters
----------
lib : obj
ISOTXS library object
xsLibrarySuffix : str, optional
XS library suffix used to determine which ISOTXS files are merged together,
typically something like `-doppler`. If empty string, will merge everything
without suffix (indicated by a `-`).
mergeGammaLibs : bool, optional
If True, the GAMISO and PMATRX files that correspond to the ISOTXS library will be merged. Note: if these
files do not exist this will fail.
"""
from armi import nuclearDataIO
from armi.nuclearDataIO import isotxs
from armi.nuclearDataIO import gamiso
from armi.nuclearDataIO import pmatrx
xsLibFiles = getISOTXSLibrariesToMerge(
xsLibrarySuffix, [iso for iso in glob.glob(_ISOTXS_EXT + "*")])
librariesToMerge = []
neutronVelocities = {
} # Dictionary of neutron velocities from each ISOTXS file
for xsLibFilePath in sorted(xsLibFiles):
xsID = re.search("ISO([A-Z0-9]{2})", xsLibFilePath).group(
1) # get XS ID from the cross section library name
xsFileTypes = "ISOTXS" if not mergeGammaLibs else "ISOTXS, GAMISO, and PMATRX"
runLog.info("Retrieving {} data for XS ID {}{}".format(
xsFileTypes, xsID, xsLibrarySuffix))
if xsLibFilePath in lib.isotxsMetadata.fileNames:
runLog.extra(
"Skipping merge of {} because data already exists in the library"
.format(xsLibFilePath))
continue
neutronLibrary = isotxs.readBinary(xsLibFilePath)
neutronVelocities[xsID] = neutronLibrary.neutronVelocity
librariesToMerge.append(neutronLibrary)
if mergeGammaLibs:
dummyNuclides = [
nuc for nuc in neutronLibrary.nuclides
if isinstance(nuc._base, nuclideBases.DummyNuclideBase)
]
# GAMISO data
gamisoLibraryPath = nuclearDataIO.getExpectedGAMISOFileName(
xsID=xsID)
gammaLibrary = gamiso.readBinary(gamisoLibraryPath)
addedDummyData = gamiso.addDummyNuclidesToLibrary(
gammaLibrary,
dummyNuclides) # Add DUMMY nuclide data not produced by MC2-3
if addedDummyData:
gamisoDummyPath = os.path.abspath(
os.path.join(os.getcwd(), gamisoLibraryPath))
gamiso.writeBinary(gammaLibrary, gamisoDummyPath)
gammaLibraryDummyData = gamiso.readBinary(gamisoDummyPath)
librariesToMerge.append(gammaLibraryDummyData)
else:
librariesToMerge.append(gammaLibrary)
# PMATRX data
pmatrxLibraryPath = nuclearDataIO.getExpectedPMATRXFileName(
xsID=xsID)
pmatrxLibrary = pmatrx.readBinary(pmatrxLibraryPath)
addedDummyData = pmatrx.addDummyNuclidesToLibrary(
pmatrxLibrary,
dummyNuclides) # Add DUMMY nuclide data not produced by MC2-3
if addedDummyData:
pmatrxDummyPath = os.path.abspath(
os.path.join(os.getcwd(), pmatrxLibraryPath))
pmatrx.writeBinary(pmatrxLibrary, pmatrxDummyPath)
pmatrxLibraryDummyData = pmatrx.readBinary(pmatrxDummyPath)
librariesToMerge.append(pmatrxLibraryDummyData)
else:
librariesToMerge.append(pmatrxLibrary)
for library in librariesToMerge:
lib.merge(library)
return neutronVelocities
def setUpClass(cls):
# load a library that is in the ARMI tree. This should
# be a small library with LFPs, Actinides, structure, and coolant
cls.lib = pmatrx.readBinary(test_xsLibraries.PMATRX_AA)
def setUp(self):
self.fname = self._testMethodName + "temp-aa.pmatrx.ascii"
lib = pmatrx.readBinary(test_xsLibraries.PMATRX_AA)
pmatrx.writeAscii(lib, self.fname)
self.lib = pmatrx.readAscii(self.fname)
def setUpClass(cls):
cls.origLib = pmatrx.readBinary(test_xsLibraries.PMATRX_AA)
def setUp(self):
self.fname = self._testMethodName + "temp-aa.pmatrx"
pmatrx.writeBinary(self.origLib, self.fname)
self.lib = pmatrx.readBinary(self.fname)
