def test_sum_values2():
""" Test sum_values() part 2 - ids [12, 11, 8] """
# description of test
description = "Test sum_values() : part 2 - test calculating sums (row wise, column wise, and total) for a list of lists using ids = [12, 11, 8]"
# expected values to test with actual values
expected = {}
expected["row_wise"] = np.array([ 5., 10., 5., 10., -3.])
expected["column_wise"] = np.array([ 7., 15., 5.])
expected["total"] = 27.0
# actual values
actual = wateruse.sum_values(values = fixture["ids_12_11_8_values"])
# assert equality
_perform_assertion(actual, expected, description = description)
def test_sum_values1():
""" Test sum_values() part 1 - ids [256, 241, 222, 220] """
# description of test
description = "Test sum_values() : part 1 - test calculating sums (row wise, column wise, and total) for a list of lists using ids = [256, 241, 222, 220]"
# expected values to test with actual values
expected = {}
expected["row_wise"] = np.array([ 15., 20., 15., 20., -20.])
expected["column_wise"] = np.array([ 12., 10., 14., 14.])
expected["total"] = 50.0
# actual values
actual = wateruse.sum_values(values = fixture["ids_256_241_222_220_values"])
# assert equality
_perform_assertion(actual, expected, description = description)
