def test_compute_with_volume_in_CV_units(self):
time = UnitScalar(1., units="minute")
volume = time_to_volume(time, self.flow_rate_vol, to_unit="liter")
assert_unit_scalar_almost_equal(volume, UnitScalar(1., units="liter"))
time = UnitScalar(3., units="minute")
volume = time_to_volume(time, self.flow_rate_vol, to_unit="liter")
assert_unit_scalar_almost_equal(volume, UnitScalar(3., units="liter"))
def test_time_std_units_with_vol_flow(self):
time = UnitScalar(1., units="minute")
volume = time_to_volume(time, self.flow_rate_vol, self.column)
assert_unit_scalar_almost_equal(volume, UnitScalar(1., units="CV"))
time = UnitScalar(3., units="minute")
volume = time_to_volume(time, self.flow_rate_vol, self.column)
assert_unit_scalar_almost_equal(volume, UnitScalar(3., units="CV"))
def test_time_std_units_with_lin_flow(self):
time = UnitScalar(10., units="minute")
volume = time_to_volume(time,
flow_rate=self.flow_rate_lin,
column=self.column)
self.assertAlmostEqual(volume, UnitScalar(np.pi / 4., units="CV"))
time = UnitScalar(30., units="minute")
volume = time_to_volume(time, self.flow_rate_lin, column=self.column)
assert_unit_scalar_almost_equal(volume,
UnitScalar(3 * np.pi / 4., units="CV"))
def calculate_pool_volume(start_collect_time, stop_collect_time, flow_rate,
column):
""" Calculates pool volume in CVs.
"""
flow_time = stop_collect_time - start_collect_time
pool_volume = time_to_volume(flow_time, flow_rate, column, to_unit="CV")
return pool_volume
def test_time_as_float(self):
with self.assertRaises(ValueError):
time_to_volume(3., self.flow_rate_vol)