def test_flow(self):
units = olca.unit_group_of('Units of mass', 'kg')
mass = olca.flow_property_of('Mass', units)
steel = olca.flow_of('Steel', olca.FlowType.PRODUCT_FLOW, mass)
self.assertEqual(steel.olca_type, 'Flow')
self.assertEqual(steel.name, 'Steel')
self.assertEqual(steel.flow_properties[0].flow_property.name, 'Mass')
def test_elementary_flow(self):
units = olca.unit_group_of('Units of mass', 'kg')
mass = olca.flow_property_of('Mass', units)
co2 = olca.elementary_flow_of('CO2', mass)
self.assertEqual(olca.FlowType.ELEMENTARY_FLOW, co2.flow_type)
self.assertEqual(co2.olca_type, 'Flow')
self.assertEqual(co2.name, 'CO2')
self.assertEqual(co2.flow_properties[0].flow_property.name, 'Mass')
def test_waste_flow(self):
units = olca.unit_group_of('Units of mass', 'kg')
mass = olca.flow_property_of('Mass', units)
scrap = olca.waste_flow_of('Scrap', mass)
self.assertEqual(olca.FlowType.WASTE_FLOW, scrap.flow_type)
self.assertEqual(scrap.olca_type, 'Flow')
self.assertEqual(scrap.name, 'Scrap')
self.assertEqual(scrap.flow_properties[0].flow_property.name, 'Mass')
def test_exchange(self):
units = olca.unit_group_of('Units of mass', 'kg')
mass = olca.flow_property_of('Mass', units)
steel = olca.product_flow_of('Steel', mass)
process = olca.process_of('Steel production')
output = olca.exchange_of(process, steel)
output.quantitative_reference = True
self.assertEqual(1, len(process.exchanges))
self.assertEqual(output.olca_type, 'Exchange')
self.assertEqual(output.flow.name, 'Steel')
self.assertEqual(output.amount, 1.0)
def test_flow_property(self):
units = olca.unit_group_of('Units of mass', 'kg')
mass = olca.flow_property_of('Mass', units)
self.assertEqual(mass.olca_type, 'FlowProperty')
self.assertEqual(mass.name, 'Mass')
self.assertEqual(mass.unit_group.name, units.name)