def setUp(self):
self.player1 = deck.Player(0)
self.deck1 = deck.Deck()
self.dealer = deck.Dealer(1)
def setUp(self):
self.player1 = deck.Player(0)
self.deck1 = deck.Deck()
self.deck1.deal(self.player1.hand)
self.deck1.deal(self.player1.hand)
def setUp(self):
self.player1 = deck.Player(0)
def testPlayer2Init(self):
self.player2 = deck.Player(1)
self.assertEqual(self.player2.position, 1)
self.assertEqual(len(self.player2.hand.cards), 0)
self.assertEqual(self.player2.hand.type, 'player')
def main():
flag = 'y'
while flag == 'y':
#checking for natural 9
#0 for none
#1 for dealer
#2 for player
#3 for tie
default_win = 0
#creating deck
card_deck = deck.Deck()
#dealer/Pratt receives 2 cards
dealer = deck.Dealer()
dealer.receive(card_deck)
card_deck.shuffle()
dealer.receive(card_deck)
card_deck.shuffle()
#displaying dealer's face up card
print("\nDealer's face up card: ")
print(dealer.cardsHeld[0].rank, " of", dealer.cardsHeld[0].suit)
input("\nPress Enter to continue...")
#displaying dealer's cards
print("\nDealer's hand: ")
dealer.getHand()
#player/computer receives 2 cards
player = deck.Player()
player.receive(card_deck)
card_deck.shuffle()
player.receive(card_deck)
card_deck.shuffle()
#displaying player's cards
print("\nPlayer's hand: ")
player.getHand()
#if dealer has 9 as their face-up card, check if total is equal to 9
if dealer.cardsHeld[0].value == 9:
if dealer.getScore() == 9:
if dealer.getScore() == player.getScore():
default_win = 3
else:
default_win = 1
if player.getScore() == 9:
if player.cardsHeld[0].value == 9 or player.cardsHeld[1].value == 9:
if dealer.getScore() == player.getScore():
default_win = 3
else:
default_win = 2
if default_win == 0:
#player logic
#finding probability that new card for player will help
good_p = hg.hyper_geometric_help(hg.total_cards(card_deck),
hg.cards(player, dealer, 0))
neutral_p = hg.hyper_geometric_help(hg.total_cards(card_deck),
hg.cards(player, dealer, 1))
print("\nProbability:")
print("Helpful cards: %.2f" % good_p)
print("Neutral cards: %.2f" % neutral_p)
if player.getScore() >= 7:
print("\nPlayer does not take the hit")
else:
if (good_p + neutral_p) > .57:
player.receive(card_deck)
print("\nPlayer's new hand: ")
player.getHand()
#dealer logic
if dealer.getScore() <= 4:
dealer.receive(card_deck)
print("\nDealer's new hand: ")
dealer.getHand()
else:
print("\nDealer does not take the hit")
#checking who wins
if dealer.getScore() > player.getScore():
deck.Player.lose()
elif dealer.getScore() < player.getScore():
deck.Player.win()
else:
deck.Player.tie()
elif default_win == 1:
deck.Player.lose()
elif default_win == 2:
deck.Player.win()
else:
deck.Player.tie()
#calling stats
deck.Player.stats()
#checking if dealer wants to play another game
flag = input(
"\nDo you want to play another game. Enter 'y' for yes, enter anything else to close: "
)
print("\n")