def start_game():
deck = Card.Deck()
deck.shuffle()
player = Card.Hand()
print(player)
dealer = Card.Hand()
give_card(dealer, 2)
show_card(player, 2)
show_card(dealer, 1)
# explain if you need total as a function
player_win = blackjack_check(player)
dealer_win = blackjack_check(dealer)
while (player_win):
if player_c(player):
#dealer_game()
else:
give_card(player, 1)
player_win = blackjack_check(player)
if player_loss():
dealer_win = 1
break
if player_win:
print("Yay! you won")
elif dealer_win:
print("Yay! you lost!")
main()
import Card
import Player
deck = Card.Deck()
deck.populate()
deck.shuffle()
hHand = Card.Hand()
cHand = Card.Hand()
deck.deal([hHand, cHand], 20)
human = Player.Player("Human", hHand)
computer = Player.Player("AI", cHand)
#print(computer.hand)
#print(human.hand)
loop = True
human.find_pairs()
print("before:")
print(human.hand)
print("pairs are: " + human.pairs[0].rank)
print("after:")
print(human.hand)
#while(loop == True):
#help(Card)
def get_name():
name = ""
while name == "":
name = input("Enter your player name: ")
return name
total_players = int(input("How many players are playing High Card: "))
names = []
hands = []
for i in range(total_players):
x = get_name()
hand = Card.Hand()
hands.append(hand)
names.append(x)
deck = Card.Deck()
deck.populate()
deck.shuffle()
deck.deal(hands, 1)
for hand in hands:
print(hand)
#This is how Carter did it.
# class highcard(Card.Card):
# def __init__(self, rank, suit, value):
# super(highcard, self).__init__((rank, suit))
# self.value = value