def standings(count: int = -1):
if not PlayManager._initialized:
PlayManager.init()
if count == -1:
count = len(PlayManager._bank_of_plays)
Debug.evolution(f'Top {count} exemplars of evolution:')
for place, play in enumerate(
sorted([
play for play in PlayManager._bank_of_plays
if len(play.plays_history) > 10 and play.value() > 1
],
key=lambda p: p.value(),
reverse=True)[:count]):
Debug.evolution(f'{place + 1:<2}) {play}')
def run(self) -> None:
for num in range(self.games):
game = Game(0, self.players, self.seats, self.money, self.blinds_scheme)
for _ in range(game.total_players):
game.add_bot_player()
Debug.evolution(f'Start game #{num + 1}')
game.start_game()
PlayManager.standings(10)
PlayManager.delete_bad_plays()
if (num + 1) % 100 == 0:
PlayManager.save_all_plays()
PlayManager.save_all_plays()
def print_places(self) -> None:
for player in self.players:
if player.lose_time is None:
player.set_lose_time()
if player.controlled:
player.network.win()
Debug.evolution(f'Game wins {player.name}')
sorted_players = sorted(self.players, key=lambda p: p.lose_time, reverse=True)
if not Debug.Standings:
for place, player in enumerate(sorted_players[:10]):
Debug.evolution(f'{place+1:>4}) {player.play}')
plays = {}
if Settings.game_mode == Mode.Testing:
if exists('networks/plays'):
plays = load(open('networks/plays', 'rb'))
for place, player in enumerate(sorted_players):
Debug.standings(f'{place+1:>4}) {player.name}')
if not player.controlled:
player.play.set_place(place + 1, self.players_count)
if Settings.game_mode == Mode.Testing:
if player.play.name in plays:
plays[player.play.name] += [place + 1]
else:
plays[player.play.name] = [place + 1]
if player.play.exemplar == 0:
print('Net', player.play.name, ':', place + 1, f' ({round(mean(plays[player.play.name]), 2)})')
if Settings.game_mode == Mode.Testing:
dump(plays, open('networks/plays', 'wb'))
self.game_finished = True