def test_validation_no_fraction_recovered(self):
dist = Distillation(type="mass fraction",
method="some arbitrary method",
end_point=Temperature(value=15, unit="C"),
fraction_recovered=None,
cuts=self.make_dist_cut_list(self.data,
temp_unit='C'))
msgs = dist.validate()
# make sure there is something there!
assert len(msgs) == 1
assert msgs[0].startswith('W009:')
def test_validation_bad_type(self):
dist = Distillation(type="mass fractions",
method="some arbitrary method",
end_point=Temperature(value=15, unit="C"),
fraction_recovered=Concentration(value=0.8,
unit="fraction"),
cuts=self.make_dist_cut_list(self.data,
temp_unit='C'))
msgs = dist.validate()
# make sure there is something there!
assert len(msgs) == 1
assert "E032:" in msgs[0]
def test_validation_no_fraction_recovered_no_cuts(self):
"""
if there is no cut data, it's OK not to have a fraction_recovered
"""
dist = Distillation(
type="mass fraction",
method="some arbitrary method",
end_point=Temperature(value=15, unit="C"),
fraction_recovered=None,
)
msgs = dist.validate()
# make sure there is something there!
assert len(msgs) == 0
def test_validation_bad_fraction(self):
dist = Distillation(type="mass fraction",
method="some arbitrary method",
end_point=Temperature(value=15, unit="C"),
fraction_recovered=Concentration(value=0.8,
unit="fraction"),
cuts=self.make_dist_cut_list(self.data,
temp_unit='C'))
dist.cuts[2].fraction.value = 1.1
dist.cuts[4].fraction.value = -0.9
msgs = dist.validate()
errs = sum(1 for e in msgs if 'E041:' in e)
assert errs == 2
def test_validation_bad_temps(self):
dist = Distillation(type="mass fraction",
method="some arbitrary method",
end_point=Temperature(value=15, unit="C"),
fraction_recovered=Concentration(value=0.8,
unit="fraction"),
cuts=self.make_dist_cut_list(self.data,
temp_unit='K'))
msgs = dist.validate()
print(msgs)
# make sure there is something there!
assert msgs
errs = sum(1 for e in msgs if 'E040:' in e)
assert errs == 7
def test_distillation(self):
dist = Distillation(type="mass fraction",
method="some arbitrary method",
end_point=Temperature(value=15, unit="C"),
fraction_recovered=Concentration(value=0.8,
unit="fraction"),
cuts=self.make_dist_cut_list(self.data,
temp_unit='C'))
# few random things
assert len(dist.cuts) == 11
assert dist.cuts[3].fraction.value == 0.3
assert dist.cuts[3].vapor_temp.value == 90.6
assert dist.fraction_recovered == Concentration(0.8, unit="fraction")
msgs = dist.validate()
assert msgs == []