def main(self): """ ゲーム全体(ポーカー + ダブルアップチャンス) """ can_play_game = True while can_play_game: # ゲームごとにplayer情報リセット player = Player() # 山札セット(セット数を決める) = ゲームごとに山札再構築 deck = stock.Deck() poker = Poker(deck, player) poker.main_game() # 役ありはダブルアップチャンス print(player.is_poker_win) if player.is_poker_win: bonus_game = DoubleUp(player) bonus_game.main_game() # ゲームリスタート restart_msg = "Qでゲーム終了、それ以外でゲームスタート:" start_res = input(restart_msg) if start_res == 'Q': can_play_game = False
def __init__(self): self.users = set() self.poker = Poker() self.in_game = False self.pause = False self.pause_time = 10 self.pause_start = 0 self.play_time = 30 self.play_start = 0
def __init__(self, near, room_id, ui): self.ui = ui self.room_id = room_id self.near = near self.poker = Poker(near, room_id) self.player_id = None self.cards = [] self.load() super().__init__()
def main(): poker_game = Poker() player_one = raw_input('Player one playing? (y/n) ') player_two = raw_input('Player two playing? (y/n) ') if player_one == 'y' or player_one == 'Y': player_one_hand = poker_game.get_hand() player_one_rank = poker_game.classify_hand(player_one_hand) print('Player one: ', player_one_rank) if player_two == 'y' or player_two == 'Y': player_two_hand = poker_game.get_hand() player_two_rank = poker_game.classify_hand(player_two_hand) print('Player 2', player_two_rank) poker_game.compare_hands(player_one_hand, player_two_hand)
def main(): po = Poker() hero_pos = input('HERO (BTN or BB):') if hero_pos == 'BTN' or hero_pos == 'btn': hero_pos = 'BTN' else: hero_pos = 'BB' villan_pos = input('VILLAN (Those who are not heroes):') if villan_pos == '': if villan_pos == 'BTN': villan_pos = 'BB' else: villan_pos = 'BTN' print('BTNopen') act_str = input('BB 3bet or call :') if act_str == '3bet' or act_str == '3': act = 3 if hero_pos == 'BTN': hero = np.where(BTNopen==3, 1, 0) villan = np.where(BBvsBTN>=3, 1, 0) else: villan = np.where(BTNopen==3, 1, 0) hero = np.where(BBvsBTN>=3, 1, 0) else: act = 2 if hero == 'BTN': hero = np.where(BTNopen>=2, 1, 0) villan = np.where(BBvsBTN==2, 1, 0) else: hero = np.where(BTNopen>=2, 1, 0) villan = np.where(BBvsBTN==2, 1, 0) print('hero') print(hero) print('villan') print(villan) hero_prb = po.set_player(hero) villan_prb = po.set_player(villan) po.set_board(input('flop board(ex: QhJhTh): ')) hero_df = po.create_df(hero_prb) villan_df = po.create_df(villan_prb) print('hero_df', hero_pos) print(hero_df) print('villan_df', villan_pos) print(villan_df) '''a_hit = np.sum(a_prb*(~pair), axis=0) + np.sum(a_prb*(~pair), axis=1)
def rate(player_cardgroup_2, pool): poker = Poker(1) player_value, _ = TexasHoldem.max_value(player_cardgroup_2, pool) win_times = 0 times = 0 for li in TexasHoldem.to2(52): cardgroup = CardGroup() for i, v in enumerate(li): if v: cardgroup.append(poker.cards[i]) if not cardgroup.is_req(pool): value, _ = TexasHoldem.max_value(cardgroup, pool) if value < player_value: win_times += 1 times += 1 #print(win_times, times) return win_times, times
def game(self, debug=False): # print('Game #############') poker = Poker(1) poker.shuffle() pool = CardGroup() for player in self.players: player.clear() for _ in range(2): for player in self.players: player.append(poker.pop()) for _ in range(2): pool.append(poker.pop()) scores = {} for player in self.players: scores[player] = 0 for _ in range(3): pool.append(poker.pop()) values = {} values['min_score'] = 0 for player in self.players: score = player.step(values) if score > values['min_score']: scores[player] += score values['min_score'] = score elif score == values['min_score']: scores[player] += score win_player = None win_value = 0 for player in self.players: max_value, _ = self.max_value(player.get_cardgroup(), pool) if win_value < max_value: win_player = player win_value = max_value win_player.win(sum(scores.values()))
def main(): #create a poker object thePoker = Poker() #shuffle this poker thePoker.shuffle() for cards in thePoker.cards: cards.makeShowCase() #create a rule object #texasHoldem = Rule() #create new players players = [Player('东邪'), Player('西毒'), Player('南帝'), Player('北丐')] #for _ in range(5): for i in range(0, 5): for player in players: player.getCard(thePoker.next()) print("Cards before arrange: ") player.showCardsInHand() print("") #newArr = sorted(players,reverse=True) for player in players: #: arrange players' cardsInHand player.arrange() print("Cards after arrange: ") player.showCardsInHand() player.findType() player.ifFlushStraight() print("") newArr = sorted(players, reverse=True) for i in newArr: print(i.name + ': ' + i._cardsType, end=' ' + '\n') i.showCardsInHand() print('\n' + 'Winner is: ' + newArr[0].name + 'with ' + newArr[0]._cardsType)
from player import Player from poker import Poker if __name__ == "__main__": p1 = Player('P1', 1000) p2 = Player('P2', 1000) poker = Poker() poker.register_player(p1) poker.register_player(p2) poker.start_game() poker.deliver() poker.reveal_card() poker.reveal_card() poker.reveal_card() poker.reveal_card() poker.reveal_card() win, score = poker.winner() if win.name == 'P1': print('{} -> {}'.format( [str(c) for c in (win.cards + poker.table_cards)], score))
import os from poker import Poker def test_place(first_deck, second_deck): game = poker.Poker(first_deck, second_deck) print game.test() f = open(os.path.expanduser("~/Documents/Development/Python/Project/Euler/input/54.txt"), "r") first_decks = [] second_decks = [] while True: line = f.readline() if not line: break match = line.strip('\n').split(" ") first_decks.append(match[:5]) second_decks.append(match[5:]) poker_game = Poker(first_decks, second_decks) print poker_game.play()
print("Invalid number.") if players == 0: print("No.") players == None while choice != 0: print("Select a Game: ") print(" 1 - Blackjack") print(" 2 - Poker") print(" 3 - Yahtzee") print(" 0 - Exit") try: choice = int(input(" > ")) except ValueError: print("That is not a valid input. Please try again.") continue if choice == 0: print("Goodbye.") elif choice == 1: Blackjack(players) elif choice == 2: if players < 3: print("Two few players.") continue Poker(players) elif choice == 3: Yahtzee(players) else: print("That is not a valid input. Please try again.")
k = (raw_input("Enter initial money of each players(as least 20 dollars):")) while (not k.isdigit()): print "error,you must input a number,the number of each round must be as least 20 dollars" k = raw_input("Enter number of each round: ") k = int(k) while (k < 20): print "" print "error,you must input a number,the number of each round must be as least 20 dollars" k = raw_input("Enter number of each round: ") if k.isdigit(): k = int(k) money_of_each_player = float(k) #-------------------------------------------------------------- poker = [] poker.append(Poker(number_of_players, money_of_each_player, debug)) #-------input judgement part---------------------------------- k = [] k = (raw_input("Enter round of game:")) while (not k.isdigit()): print "error,you must input a number,the number of players at least be 1" k = raw_input("Enter round of game: ") k = int(k) while (k < 1): print "" print "error,you must input a number,the number of players at least be 1" k = raw_input("Enter round of game: ") if k.isdigit(): k = int(k) round_amount = k
def __init__(self, pok=None, dz=False, count=0): self.pok = pok if pok else Poker() self.dz = dz self.count = count
def __init__(self, up=None, my=None, down=None, last=None): self.up = up if up else Player() self.my = my if my else Player() self.down = down if down else Player() self.last = last if last else Poker()
def setUp(self): p1 = Player('P1', 1000) p2 = Player('P2', 1000) self.poker = Poker([p1, p2])