def test_fluxAndKeff(self):
"""Restrict to two unique parameters and verify their contents."""
with rc:
rc['xs.variableExtras'] = ['ABS_KEFF', 'INF_FLX']
r = readDataFile(self.dataFile)
self._testUnivFlux(r)
assert_array_equal(self.expectedAbsKeff, r.resdata['absKeff'])
def test_xsGroups(self):
"""Restrict the variables groups to gc-meta to obtain flux and test."""
with rc:
rc['xs.variableGroups'] = [
'gc-meta',
]
r = readDataFile(self.dataFile)
self._testUnivFlux(r)
def test_justFlux(self):
"""Restrict the variables to gcu inf flux and verify their values"""
with rc:
rc['xs.variableExtras'] = [
"INF_FLX",
]
r = readDataFile(self.dataFile)
self._testUnivFlux(r)
def setUpClass(cls):
cls.r0 = readDataFile(RES_DATA_FILE)
cls.resultsKeys = set(cls.r0.resdata.keys())
cls.univKeys = set()
for univ in cls.r0.universes.values():
cls.univKeys.update(set(univ.infExp.keys()))
cls.univKeys.update(set(univ.b1Exp.keys()))
cls.univKeys.update(set(univ.gc.keys()))
break
def testSpectrumPlot():
reader = readDataFile("bwr_det0.m")
reader["spectrum"].spectrumPlot()
def testBwrMeshPlot():
reader = readDataFile("bwr_det0.m")
# Ensure that fix for #414 in in: matplotlib colorbar norm
with pytest.warns(None) as record:
reader["xymesh"].meshPlot(fixed={"energy": 0})
assert len(record) == 0
def setUpClass(cls):
cls.reader = readDataFile('demo.coe')
def setUp(self):
self.r1 = readDataFile(RES_DATA_FILE)
TestCaseWithLogCapture.setUp(self)
def setUpClass(cls):
cls.reader = readDataFile("pwr_res.m")
def univ():
with rc:
rc["serpentVersion"] = "2.1.30"
reader = readDataFile("InnerAssembly_res.m")
yield reader.universes["0", 0, 0, 0]
def innerAssem():
with rc:
rc["serpentVersion"] = "2.1.30"
reader = readDataFile("InnerAssembly_res.m")
return reader
def testSpectrumJustNormPerLethargy():
reader = readDataFile("bwr_det0.m")
reader["spectrum"].spectrumPlot(by=None, fixed={"reaction": 1})
def flattop():
return readDataFile("flattop_sens.m")
