def test_pareto_sols():
pareto_sols = np.array([
[8, 184],
[9.33, 181.33],
[10.67, 178.67],
[12, 176],
[13.33, 173.33],
[14.67, 170.67],
[16, 168],
[17.33, 165.33],
[18.67, 162.67],
[20, 160],
])
assert Helper.array_equal(py_augmecon.unique_pareto_sols, pareto_sols, 2)
def test_pareto_sols():
pareto_sols = np.array([
[3075000, 62460, 33000],
[3085000, 61980, 32333.33],
[3108333.33, 60860, 30777.78],
[3115000, 60540, 30333.33],
[3131666.67, 59740, 29222.22],
[3155000, 58620, 27666.67],
[3178333.33, 57500, 26111.11],
[3195000, 56700, 25000],
[3201666.67, 56380, 24555.56],
[3225000, 55260, 23000],
[3255000, 54780, 23666.67],
[3375000, 52860, 26333.33],
[3495000, 50940, 29000],
[3615000, 49020, 31666.67],
[3735000, 47100, 34333.33],
[3855000, 45180, 37000],
])
assert Helper.array_equal(py_augmecon.unique_pareto_sols, pareto_sols, 2)
def test_pareto_sols():
pareto_sols = Helper.read_excel(xlsx, "pareto_sols").to_numpy()
assert Helper.array_equal(py_augmecon.unique_pareto_sols, pareto_sols, 2)
def test_payoff_table():
payoff = Helper.read_excel(xlsx, "payoff_table").to_numpy()
assert Helper.array_equal(py_augmecon.model.payoff, payoff, 2)
def test_payoff_table():
payoff = np.array([[20, 160], [8, 184]])
assert Helper.array_equal(py_augmecon.model.payoff, payoff, 2)
def test_payoff_table():
payoff = np.array([[3075000, 62460, 33000], [3855000, 45180, 37000],
[3225000, 55260, 23000]])
assert Helper.array_equal(py_augmecon.model.payoff, payoff, 2)