def test_two_0s(self):
base_attack = 5
atk_range = range(base_attack, base_attack + 1)
deck = [cards.plus_0] * 2
statistics_by_atk = deck_analyzer.derive_statistics(
FrozenMultiset(deck), atk_range)
self.assertEqual(5,
statistics_by_atk[base_attack].normal.expected_damage)
self.assertEqual(
5, statistics_by_atk[base_attack].advantage.expected_damage)
def test_0_and_1(self):
base_attack = 5
atk_range = range(base_attack, base_attack + 1)
deck = [cards.plus_0] + [cards.plus_1]
statistics_by_atk = deck_analyzer.derive_statistics(
FrozenMultiset(deck), atk_range)
self.assertEqual(Fraction(5 + 6, 2),
statistics_by_atk[base_attack].normal.expected_damage)
self.assertEqual(
6, statistics_by_atk[base_attack].advantage.expected_damage)
def main():
atk_range = range(0, 4)
decks_and_generation_methods = deck_generator.all_decks_and_generations_for(perk_sheets.three_spears)
deck_count = len(decks_and_generation_methods)
print("Decks to analyze: {}".format(deck_count))
all_analysis = {}
n = 0
with SimpleTimerContext("Calculating all character decks."):
for deck, generation_methods in decks_and_generation_methods.items():
n += 1
if n % 100 == 0:
print(".", end="", flush=True)
statistics_by_atk = deck_analyzer.derive_statistics(deck, atk_range)
all_analysis[deck] = Analysis(statistics_by_atk, generation_methods)
print("")
maximum_damage_example(all_analysis)
three_spears_refresh_item_example(all_analysis)
print('Done!')