def player_turn(self):
deck = Deck()
deck.shuffle()
hand = []
hand.append(deck.draw_card())
hand.append(deck.draw_card())
while True:
print(self.separator)
print('Ваши карты: ')
print(hand)
print('Очков: ', self.calculate_score(hand))
if self.calculate_score(hand) == 21:
print('Blackjack!')
break
if self.calculate_score(hand) > 21:
print('Перебор')
break
resp = input('Продолжаем? (y/n) ').lower()
if resp == 'n':
break
elif resp == 'y':
card = deck.draw_card()
hand.append(card)
player_score = self.calculate_score(hand)
return player_score
def computer_turn(self):
deck = Deck()
deck.shuffle()
hand = []
hand.append(deck.draw_card())
hand.append(deck.draw_card())
computer_score = self.calculate_score(hand)
print(self.separator)
print('Начальная рука')
print(hand)
print(computer_score)
while True:
if computer_score > 21:
print('Перебор')
break
# Здесь можно добавить решение, если в руке есть тузы и количество очков 19-20
odds = self.calculate_odds(deck, hand)
if odds == -1:
# Ровно 21 в руке
print('Blackjack!')
break
#print('Вероятность не проиграть', odds)
if odds < 0.35:
#print('Хватит')
break
#print('беру карту')
hand.append(deck.draw_card())
computer_score = self.calculate_score(hand)
print(self.separator)
print('Рука')
print(hand)
print(computer_score)
return computer_score
def main():
d = Deck()
print 'hands:'
c1 = raw_input('card1?')
c2 = raw_input('card2?')
c3 = raw_input('card3?')
c4 = raw_input('card4?')
card1 = Card(c1[0], c1[1])
card2 = Card(c2[0], c2[1])
card3 = Card(c3[0], c3[1])
card4 = Card(c4[0], c4[1])
ps = list()
ps.append(Hand(card1, card2))
ps.append(Hand(card3, card4))
# ps = d.deal_players(N_PLAYERS)
ps_str = ''
for p in ps:
ps_str += str(p) + ', '
print ps_str
wins = [0] * N_PLAYERS
for loop in range(0, N_LOOP):
d.reset()
for p in ps:
d.draw_card(p.card1)
d.draw_card(p.card2)
# print "community:"
com = d.deal_community()
com_str = ''
for c in com:
com_str += str(c) + ', '
# print com_str
ss = []
for i in range(0, N_PLAYERS):
ss.append(Holdem.showdown_hand_score(ps[i], com))
# print ps[i], ss[i]
# # if ss[i][0] == '9':
# # exit()
# print 'best:'
max_index, max_value = max(enumerate(ss), key=operator.itemgetter(1))
# print max_index, max_value
if ss[0] == ss[1]:
wins[0] += 0.5
wins[1] += 0.5
else:
wins[max_index] += 1 # OCOC what about ties?
for i_wins in wins:
print round(float(i_wins) / N_LOOP * 1000) / 10.0
def test_shuffle():
deck = Deck()
deck.shuffle()
card1 = deck.draw_card()
card2 = deck.draw_card()
assert card1.rank != "King" and card1.suit != "Spades" and card2.rank != "King" and card2.suit != "Hearts"
def test_draw_card():
deck = Deck()
card = deck.draw_card()
assert card.rank == "King"
assert card.suit == "Spades"
# Game Setup
players = [
Player(input(f'What is the name of player {n}: ')) for n in range(1, 3)
]
war_pile = []
game_speed = 0 # Number of seconds to pause between rounds
PLAYER_1 = 0
PLAYER_2 = 1
# Deal all of the cards
deck = Deck()
deck.shuffle()
while True:
try:
players[PLAYER_1].add_cards_to_bottom([deck.draw_card()])
players[PLAYER_2].add_cards_to_bottom([deck.draw_card()])
except IndexError:
break
# Main game loop
while players[PLAYER_1].cards and players[
PLAYER_2].cards: # While both players have cards
print('-' * 20)
sleep(game_speed)
drawn_cards = [player.draw_from_top() for player in players]
for n, card in enumerate(drawn_cards):
print(f'{players[n].name} plays the {card}')
if drawn_cards[PLAYER_1].value() != drawn_cards[PLAYER_2].value(
): # If there is a clear winner