for player_id in range(1, num_players, 1):
player = Player(player_id, deck=deck)
card_ints = player.draw_cards(num=2)
players.append(player)
flop_card_ints = deck.flop()
# print("Flops: " + Card.format_pretty_cards(flop_card_ints))
# print("Total left cards in deck: %d" % deck.left_card_num())
flop_card_ints = deck.get_flop_card_ints()
turn_card_int = deck.draw()
flop_card_ints.append(turn_card_int)
river_card_int = deck.draw()
flop_card_ints.append(river_card_int)
# evaluator.hand_summary(board=flop_card_ints, hands=[player.cards for player in players])
hands = [player.cards for player in players]
winner_method, winner_player = evaluator.hand_evaluate(
board=flop_card_ints, players=players, debug=False)
method_count = winner_methods.get(winner_method, 0)
winner_methods[winner_method] = method_count + 1
player_count = winner_players.get(winner_player.name, 0)
winner_players[winner_player.name] = player_count + 1
print("\n=== End Simulation ===")
# print(winner_methods)
# print(winner_players)
print("\n------------------------------\n")
print("{:<20} {:<10} {:<10}".format('Method', 'Count', 'Percent'))
for key in PRIORITIES:
k = key
v = winner_methods.get(key, 0)
print("{:<20} {:<10} {:<10}".format(k, v, str(v / 100.0) + "%"))
