def test_avg_order_dev_is_zero_when_builds_have_not_deviated(self):
golden_bo = []
compare_bo = []
golden_bo.append(BuildOrderElement(1, 'Probe', 12, 0, 0))
golden_bo.append(BuildOrderElement(2, 'Pylon', 14, 20, 90))
golden_bo.append(BuildOrderElement(3, 'Assimilator', 15, 50, 200))
compare_bo.append(BuildOrderElement(1, 'Probe', 12, 0, 0))
compare_bo.append(BuildOrderElement(2, 'Pylon', 14, 20, 90))
compare_bo.append(BuildOrderElement(3, 'Assimilator', 15, 50, 200))
bo_dev = BuildOrderDeviation(golden_bo)
bo_dev.calculate_deviations(compare_bo)
self.assertEqual(0, bo_dev.get_average_order_dev())
def test_avg_order_dev_is_correct_when_elements_are_ordered_different_and_missing(
self):
golden_bo = []
compare_bo = []
golden_bo.append(BuildOrderElement(1, 'Probe', 12, 0, 0))
golden_bo.append(BuildOrderElement(2, 'Pylon', 14, 20, 90))
golden_bo.append(BuildOrderElement(3, 'Assimilator', 15, 50, 200))
compare_bo.append(BuildOrderElement(1, 'Probe', 12, 0, 0))
compare_bo.append(BuildOrderElement(2, 'Assimilator', 15, 50, 200))
compare_bo.append(BuildOrderElement(3, 'Probe', 12, 0, 0))
bo_dev = BuildOrderDeviation(golden_bo)
bo_dev.calculate_deviations(compare_bo)
# deviation are: 0, 1, 1
self.assertEqual(1, bo_dev.get_average_order_dev())