def test_scenario_data_missing_param_interval(
self,
setup_region_data,
):
data = {
"length": [{
'value': 3.14,
'region': 'oxford',
'interval': 1,
'year': 2015
}, {
'value': 3.14,
'region': 'oxford',
'interval': 'extra',
'year': 2015
}]
}
builder = SosModelBuilder()
msg = "Interval 'extra' not defined in set 'annual' for parameter 'length'"
with raises(ValueError) as ex:
builder.load_scenario_models([{
'name': 'length',
'spatial_resolution': 'LSOA',
'temporal_resolution': 'annual',
'units': 'm'
}], data, [2015])
assert msg in str(ex)
def test_scenario_data_missing_param_mapping(self):
data = {"length": [{'value': 3.14, 'year': 2015}]}
builder = SosModelBuilder()
msg = "Parameter 'bla_length' in scenario definitions not registered in scenario data"
with raises(ValueError) as ex:
builder.load_scenario_models([{
'name': 'bla_length',
'spatial_resolution': 'LSOA',
'temporal_resolution': 'annual',
'units': 'm'
}], data, [2015])
assert msg in str(ex.value)
def get_sos_model_with_summed_dependency(setup_region_data):
builder = SosModelBuilder()
builder.load_scenario_models(
[{
'name': 'raininess',
'temporal_resolution': 'annual',
'spatial_resolution': 'LSOA',
'units': 'ml'
}], {
"raininess": [{
'year': 2010,
'value': 3,
'region': 'oxford',
'interval': 1
}]
}, [2010, 2011, 2012])
sos_model = builder.finish()
region_register = sos_model.regions
interval_register = sos_model.intervals
raininess_model = sos_model.models['raininess']
ws = WaterSupplySectorModel('water_supply')
ws.add_input('raininess', region_register.get_entry('LSOA'),
interval_register.get_entry('annual'), 'ml')
ws.add_output('water', region_register.get_entry('LSOA'),
interval_register.get_entry('annual'), 'Ml')
ws.add_dependency(raininess_model, 'raininess', 'raininess')
sos_model.add_model(ws)
ws2 = WaterSupplySectorModel('water_supply_2')
ws2.add_input('raininess', region_register.get_entry('LSOA'),
interval_register.get_entry('annual'), 'ml')
ws2.add_output('water', region_register.get_entry('LSOA'),
interval_register.get_entry('annual'), 'Ml')
ws2.add_dependency(raininess_model, 'raininess', 'raininess')
sos_model.add_model(ws2)
ws3 = WaterSupplySectorModel('water_supply_3')
ws3.add_input('water', region_register.get_entry('LSOA'),
interval_register.get_entry('annual'), 'Ml')
# TODO implement summed dependency
# ws3.add_dependency(ws, 'water', 'water')
ws3.add_dependency(ws2, 'water', 'water')
sos_model.add_model(ws3)
return sos_model
def test_scenario_data_missing_year(
self,
setup_region_data,
):
data = {"length": [{'value': 3.14}]}
builder = SosModelBuilder()
msg = "Scenario data item missing year"
with raises(ValueError) as ex:
builder.load_scenario_models([{
'name': 'length',
'spatial_resolution': 'LSOA',
'temporal_resolution': 'annual',
'units': 'm'
}], data, [2015])
assert msg in str(ex.value)
def test_scenario_data_defaults(self, setup_region_data):
data = {
"length": [{
'year': 2015,
'interval': 1,
'value': 3.14,
'region': 'oxford'
}]
}
expected = np.array([[[3.14]]])
builder = SosModelBuilder()
builder.load_scenario_models([{
'name': 'length',
'spatial_resolution': 'LSOA',
'temporal_resolution': 'annual',
'units': 'm'
}], data, [2015])
assert builder.sos_model.models['length']._data == expected
def get_sos_model_with_summed_dependency(oxford_region):
scenario_model = get_scenario_model_object
builder = SosModelBuilder()
builder.load_scenario_models([scenario_model])
sos_model = builder.finish()
region_register = sos_model.regions
interval_register = sos_model.intervals
raininess_model = sos_model.models['raininess']
ws = WaterSupplySectorModel('water_supply')
ws.add_input('raininess', region_register.get_entry('LSOA'),
interval_register.get_entry('annual'), 'ml')
ws.add_output('water', region_register.get_entry('LSOA'),
interval_register.get_entry('annual'), 'Ml')
ws.add_dependency(raininess_model, 'raininess', 'raininess')
sos_model.add_model(ws)
ws2 = WaterSupplySectorModel('water_supply_2')
ws2.add_input('raininess', region_register.get_entry('LSOA'),
interval_register.get_entry('annual'), 'ml')
ws2.add_output('water', region_register.get_entry('LSOA'),
interval_register.get_entry('annual'), 'Ml')
ws2.add_dependency(raininess_model, 'raininess', 'raininess')
sos_model.add_model(ws2)
ws3 = WaterSupplySectorModel('water_supply_3')
ws3.add_input('water', region_register.get_entry('LSOA'),
interval_register.get_entry('annual'), 'Ml')
# TODO implement summed dependency
# ws3.add_dependency(ws, 'water', 'water')
ws3.add_dependency(ws2, 'water', 'water')
sos_model.add_model(ws3)
return sos_model
def test_nest_scenario_data(self, setup_country_data):
data = {
"mass": [{
'year': 2015,
'region': 'GB',
'interval': 'wet_season',
'value': 3
}, {
'year': 2015,
'region': 'GB',
'interval': 'dry_season',
'value': 5
}, {
'year': 2015,
'region': 'NI',
'interval': 'wet_season',
'value': 1
}, {
'year': 2015,
'region': 'NI',
'interval': 'dry_season',
'value': 2
}, {
'year': 2016,
'region': 'GB',
'interval': 'wet_season',
'value': 4
}, {
'year': 2016,
'region': 'GB',
'interval': 'dry_season',
'value': 6
}, {
'year': 2016,
'region': 'NI',
'interval': 'wet_season',
'value': 1
}, {
'year': 2016,
'region': 'NI',
'interval': 'dry_season',
'value': 2.5
}]
}
expected = np.array(
[
# 2015
[
# GB
[3, 5],
# NI
[1, 2]
],
# 2016
[
# GB
[4, 6],
# NI
[1, 2.5]
]
],
dtype=float)
builder = SosModelBuilder()
interval_data = [
{
'id': 'wet_season',
'start': 'P0M',
'end': 'P5M'
},
{
'id': 'dry_season',
'start': 'P5M',
'end': 'P10M'
},
{
'id': 'wet_season',
'start': 'P10M',
'end': 'P1Y'
},
]
builder.interval_register.register(
IntervalSet('seasonal', interval_data))
builder.region_register.register(
RegionSet('country', setup_country_data['features']))
builder.load_scenario_models([{
'name': 'mass',
'spatial_resolution': 'country',
'temporal_resolution': 'seasonal',
'units': 'kg'
}], data, [2015, 2016])
actual = builder.sos_model.models['mass']._data
print(actual)
print(expected)
assert np.allclose(actual, expected)
