class Game:
def __init__(self, usable_ace):
self.dealer_cards = []
self.player_cards = []
self.player_sum = 0
self.dealer_sum = 0
self.usable_ace = usable_ace
self.deck = Deck(self.usable_ace)
self.showing_card = None
def play(self, start_check_limit):
self.init_dealer_cards() # two cards for dealer
self.init_player_cards() # two cards for player
if (self.get_player_cards_sum() == 21):
# natural when dealer also has 21
win = 0 if self.get_dealer_cards_sum() == 21 else 1
return GameResult(self.get_player_cards_sum(), self.showing_card,
win)
# player hitting until stopping
while self.get_player_cards_sum() < start_check_limit:
self.add_card(self.deck.GetTopCardValue(), self.player_cards)
# bust, instant lose
if self.get_player_cards_sum() > 21:
return GameResult(self.get_player_cards_sum(), self.showing_card,
-1)
# dealer's turn
while self.get_dealer_cards_sum() < 17:
self.add_card(self.deck.GetTopCardValue(), self.dealer_cards)
if self.get_player_cards_sum() > 21:
win = -1
elif self.get_dealer_cards_sum() > 21:
win = 1
elif self.get_player_cards_sum() == 21:
win = 1
elif self.get_dealer_cards_sum() == self.get_player_cards_sum():
win = 0
elif self.get_player_cards_sum() > self.get_dealer_cards_sum():
win = 1
else:
win = -1
return GameResult(self.get_player_cards_sum(), self.showing_card, win)
def init_dealer_cards(self):
self.showing_card = self.deck.GetTopCardValue()
self.add_card(self.showing_card, self.dealer_cards)
self.add_card(self.deck.GetTopCardValue(), self.dealer_cards)
def init_player_cards(self):
self.add_card(self.deck.GetTopCardValue(), self.player_cards)
self.add_card(self.deck.GetTopCardValue(), self.player_cards)
def add_card(self, card_value, collection):
collection.append(card_value)
def get_total_value(self, collection, usable_ace):
totalSum = sum(collection)
if self.usable_ace and totalSum > 21 and 11 in collection:
totalSum = totalSum - collection.count(11) * 10
return totalSum
def get_player_cards_sum(self):
return self.get_total_value(self.player_cards, self.usable_ace)
def get_dealer_cards_sum(self):
return self.get_total_value(self.dealer_cards, self.usable_ace)
