def test_amount_mass_vol(amount, units):
'''
ensure mass is being returned correctly when 'amount' is initialized wtih
'mass' or 'volume'
'''
spill = Spill(Release(datetime.now()),
amount=amount,
units=units,
substance=test_oil)
assert spill.amount == amount
assert spill.units == units
if units in Spill.valid_vol_units:
exp_mass = (spill.get('substance').get_density() *
uc.convert('Volume', units, 'm^3', spill.amount))
else:
exp_mass = uc.convert('Mass', units, 'kg', spill.amount)
assert spill.get_mass() == exp_mass
exp_mass_g = exp_mass * 1000
assert spill.get_mass('g') == exp_mass_g
def test_amount_mass_vol(amount, units):
'''
ensure mass is being returned correctly when 'amount' is initialized wtih
'mass' or 'volume'
'''
spill = Spill(Release(datetime.now()),
amount=amount,
units=units,
substance=test_oil)
assert spill.amount == amount
assert spill.units == units
if units in Spill.valid_vol_units:
exp_mass = (spill.get('substance').get_density() *
uc.convert('Volume', units, 'm^3', spill.amount))
else:
exp_mass = uc.convert('Mass', units, 'kg', spill.amount)
assert spill.get_mass() == exp_mass
exp_mass_g = exp_mass * 1000
assert spill.get_mass('g') == exp_mass_g
def test_amount_mass_vol(amount, units):
'''
ensure mass is being returned correctly when 'amount' is initialized wtih
'mass' or 'volume'
'''
water = Water()
spill = Spill(Release(datetime.now()),
amount=amount,
units=units,
substance=test_oil,
water=water)
assert spill.amount == amount
assert spill.units == units
if units in Spill.valid_vol_units:
# use 15C (288.15K) for mass<=>volume conversion
exp_mass = (spill.substance.density_at_temp(288.15) *
uc.convert('Volume', units, 'm^3', spill.amount))
else:
exp_mass = uc.convert('Mass', units, 'kg', spill.amount)
assert spill.get_mass() == exp_mass
exp_mass_g = exp_mass * 1000
assert spill.get_mass('g') == exp_mass_g
def test_amount_mass_vol(amount, units):
'''
ensure mass is being returned correctly when 'amount' is initialized wtih
'mass' or 'volume'
'''
water = Water()
spill = Spill(Release(datetime.now()),
amount=amount,
units=units,
substance=test_oil,
water=water)
assert spill.amount == amount
assert spill.units == units
if units in Spill.valid_vol_units:
# use 15C (288.15K) for mass<=>volume conversion
exp_mass = (spill.substance.density_at_temp(288.15) *
uc.convert('Volume', units, 'm^3', spill.amount))
else:
exp_mass = uc.convert('Mass', units, 'kg', spill.amount)
assert spill.get_mass() == exp_mass
exp_mass_g = exp_mass * 1000
assert spill.get_mass('g') == exp_mass_g
