def test_error_handling(correct, incorrect):
with pytest.raises(AssertionError,
match='sensible_heat must be a number got *'):
TrafficPar(incorrect['sensible_heat'], correct['weekday_schedule'],
correct['saturday_schedule'], correct['sunday_schedule'])
with pytest.raises(
ValueError,
match='schedule value must be between 0 and 1. Current value is *'
):
TrafficPar(correct['sensible_heat'], incorrect['non_fractional'],
correct['saturday_schedule'], correct['sunday_schedule'])
with pytest.raises(
Exception,
match=
'Current schedule has length \d*. Daily schedules must be lists of 24 values'
):
TrafficPar(correct['sensible_heat'], correct['weekday_schedule'],
incorrect['too_short'], correct['sunday_schedule'])
with pytest.raises(
Exception,
match=
'Current schedule has length \d*. Daily schedules must be lists of 24 values'
):
TrafficPar(correct['sensible_heat'], correct['weekday_schedule'],
incorrect['too_long'], correct['sunday_schedule'])
def test_json(correct):
parameters = TrafficPar(correct['sensible_heat'],
correct['weekday_schedule'],
correct['saturday_schedule'],
correct['sunday_schedule'])
param_json = parameters.to_json()
assert param_json == correct
assert TrafficPar.from_json(param_json).to_json() == correct
def correct():
typology1 = Typology(average_height=35.0,
footprint_area=20000.0,
facade_area=45000.0,
bldg_program='Hospital',
bldg_era='1980sPresent',
floor_to_floor=3.0)
typology2 = Typology(average_height=35.0,
footprint_area=5000.0,
facade_area=15000.0,
bldg_program='SmallOffice',
bldg_era='NewConstruction',
floor_to_floor=3.0)
site_area = 90000.0
return {
'typologies': [typology1, typology2],
'site_area': site_area,
'climate_zone': '5A',
'tree_coverage_ratio': 0.3,
'grass_coverage_ratio': 0.1,
'traffic_parameters': TrafficPar(4.0),
'vegetation_parameters': VegetationPar(),
'pavement_parameters': PavementPar(),
'characteristic_length': 300.0
}
def test_initialise(correct):
correct_parameters = TrafficPar(correct['sensible_heat'],
correct['weekday_schedule'],
correct['saturday_schedule'],
correct['sunday_schedule'])
assert correct_parameters.sensible_heat == correct['sensible_heat']
assert correct_parameters.weekday_schedule == correct['weekday_schedule']
assert correct_parameters.saturday_schedule == correct['saturday_schedule']
assert correct_parameters.sunday_schedule == correct['sunday_schedule']
def default():
return {
'average_bldg_height': 35.0,
'site_coverage_ratio': 0.3,
'facade_to_site_ratio': 4.0,
'bldg_type_ratios': {
'MidRiseApartment,Pre1980s': 0.7,
'LargeOffice,1980sPresent': 0.3
},
'climate_zone': '5A',
'tree_coverage_ratio': 0.,
'grass_coverage_ratio': 0.,
'traffic_parameters': TrafficPar(10.0),
'vegetation_parameters': VegetationPar(),
'pavement_parameters': PavementPar(),
'characteristic_length': 500
}
def test_default(default):
default_parameters = TrafficPar(4)
assert default_parameters.weekday_schedule == default['weekday_schedule']
assert default_parameters.saturday_schedule == default['saturday_schedule']
assert default_parameters.sunday_schedule == default['sunday_schedule']