def test_equation_degree_of_autonomy(): """ """ total_generation = 30 total_demand = 100 degree_of_autonomy = E3.equation_degree_of_autonomy( total_generation, total_demand) assert degree_of_autonomy == total_generation / total_demand, ( f"The degree_of_autonomy ({degree_of_autonomy}) is not calculated correctly. " f"It should be equal to {total_generation / total_demand }.")
def test_equation_degree_of_autonomy(): """ """ total_consumption_from_grid = 30 total_demand = 100 degree_of_autonomy = E3.equation_degree_of_autonomy( total_consumption_from_grid, total_demand ) exp = (total_demand - total_consumption_from_grid) / total_demand assert degree_of_autonomy == exp, ( f"The degree_of_autonomy ({degree_of_autonomy}) is not calculated correctly. " f"It should be equal to {exp}." )