def setUp(self):
fH10 = open(
join(_basedir, "../pyfluka/data/Activity_H10_conversion.p"), "r")
self.H10 = pickle.load(fH10)
fH10.close()
fHp007 = open(
join(_basedir, "../pyfluka/data/Activity_Hp007_conversion.p"), "r")
self.Hp007 = pickle.load(fHp007)
fHp007.close()
fLE = open(join(_basedir, "../pyfluka/data/LEDB.p"), "r")
self.LE = pickle.load(fLE)
fLE.close()
self.isotopeList = [
PQ.Isotope(3, "H"),
PQ.Isotope(44, "Sc", 1),
PQ.Isotope(46, "Sc")
]
self.H10Vals = [
PQ.H10(1.000000E+12),
PQ.H10(2.222222E+10),
PQ.H10(3.344482E+09)
]
self.Hp007Vals = [
PQ.Hp007(1.000000E+09),
PQ.Hp007(5.000000E+06),
PQ.Hp007(1.000000E+06)
]
self.LEVals = [
PQ.ExemptionLimit(2.00E+005),
PQ.ExemptionLimit(4.00E+003),
PQ.ExemptionLimit(7.00E+003)
]
def testH10UnEqualsDiffUnit(self):
val1 = PQ.H10(20.)
val2 = PQ.H10(0.01, ureg.kBq / (ureg.mSv / ureg.hour))
self.assertNotEqual(val1, val2)
def testH10UnEqualsSameUnit(self):
val1 = PQ.H10(20.)
val2 = PQ.H10(10.)
self.assertNotEqual(val1, val2)
