def test_wrongly_defined_to_group_method(self):
example_turbine = {
'hub_height': 100,
'rotor_diameter': 70,
'turbine_type': 'DUMMY 3',
'path': self.source
}
e_t_1 = WindTurbine(**example_turbine)
with pytest.raises(ValueError,
match="The 'number' and the 'total_capacity' "
"parameter are mutually exclusive."):
e_t_1.to_group(5, 3000)
def test_to_group_method(self):
example_turbine = {
"hub_height": 100,
"rotor_diameter": 70,
"turbine_type": "DUMMY 3",
"path": self.source,
}
e_t_1 = WindTurbine(**example_turbine)
assert isinstance(e_t_1.to_group(), WindTurbineGroup)
assert e_t_1.to_group(5).number_of_turbines == 5
assert e_t_1.to_group(number_turbines=5).number_of_turbines == 5
assert e_t_1.to_group(total_capacity=3e6).number_of_turbines == 2.0
def test_to_group_method(self):
example_turbine = {
'hub_height': 100,
'rotor_diameter': 70,
'turbine_type': 'DUMMY 3',
'path': self.source
}
e_t_1 = WindTurbine(**example_turbine)
assert (isinstance(e_t_1.to_group(), WindTurbineGroup))
assert (e_t_1.to_group(5).number_of_turbines == 5)
assert (e_t_1.to_group(number_turbines=5).number_of_turbines == 5)
assert (e_t_1.to_group(total_capacity=3e6).number_of_turbines == 2.0)
def test_wrongly_defined_to_group_method(self):
example_turbine = {
"hub_height": 100,
"rotor_diameter": 70,
"turbine_type": "DUMMY 3",
"path": self.source,
}
e_t_1 = WindTurbine(**example_turbine)
with pytest.raises(
ValueError,
match="The 'number' and the 'total_capacity' "
"parameter are mutually exclusive.",
):
e_t_1.to_group(5, 3000)