def UImain():
used_cards = []
cards_showing = []
deck = []
for decks in range(1):
for val in VALS:
for suit in SUITS:
deck.append(Card(suit, val))
random.shuffle(deck)
blank_card = Card('Plastic', 'Blank')
rand_index = 8 + random.randint(-4, 4)
deck.insert(rand_index, blank_card)
player1 = UIPlayer(200.0, deck, used_cards, cards_showing)
dealer = Dealer(deck, used_cards, cards_showing)
while player1.balence > 0:
os.system('cls' if os.name == 'nt' else 'clear')
print('Balence:', player1.balence)
s = int(input('Place wager amount: '))
player1.set_wager(s)
deal_cards([dealer, player1])
# UI player loop
while (player1.status != Status.STAND):
print_UI(dealer, player1)
player1.move()
while dealer.status != Status.STAND:
print_UI(dealer, player1, dealer_move=True)
dealer.move()
time.sleep(1)
print_UI(dealer, player1, dealer_move=True)
dealer_hand_val = dealer.best_hand_val()
p_hand_val = player1.best_hand_val()
if p_hand_val > 21 or p_hand_val <= 0:
print('You lose', player1.wager)
player1.lose()
elif player1.has_blackjack() and not dealer.has_blackjack():
print('You win', player1.wager)
player1.win()
elif not player1.has_blackjack() and dealer.has_blackjack():
print('You lose', player1.wager)
player1.lose()
elif p_hand_val > dealer_hand_val:
print('You win', player1.wager)
player1.win()
elif p_hand_val < dealer_hand_val:
print('You lose', player1.wager)
player1.lose()
input('\nhit any key to continue ')
clear_table([dealer, player1])
def simulate_trial(num_hands):
""" returns balence_log array for player one during simulated number of hands """
balence_log = []
# init cards
used_cards = []
cards_showing = []
deck = []
for _ in range(8):
for val in VALS:
for suit in SUITS:
deck.append(Card(suit, val))
random.shuffle(deck)
blank_card = Card('Plastic', 'Blank')
rand_index = 8 + random.randint(-4, 4)
deck.insert(rand_index, blank_card)
dealer = Dealer(deck, used_cards, cards_showing)
# player1 = SimplePlayer(0, deck, used_cards, cards_showing)
player1 = BasicStratPlayer(0, deck, used_cards, cards_showing, dealer)
# player1 = HLPlayer(0, deck, used_cards, cards_showing, dealer)
players = [player1]
for j in range(num_hands):
deal_cards([dealer] + players)
balence_log.append(player1.balence)
# set wager
for player in players:
player.set_wager(1)
# player loop
while sum([player.status for player in players]):
for player in players:
if player.status == Status.STAND:
continue
player.move()
# dealer loop
while dealer.status != Status.STAND:
dealer.move()
# eval hands
dealer_hand_val = dealer.best_hand_val()
for player in players:
# no split
if len(player.split_hand) == 0:
p_hand_val = player.best_hand_val()
if p_hand_val > 21 or p_hand_val <= 0:
player.lose()
elif player.has_blackjack() and not dealer.has_blackjack():
player.win(1.5)
elif not player.has_blackjack() and dealer.has_blackjack():
player.lose()
elif p_hand_val > dealer_hand_val:
player.win()
elif p_hand_val < dealer_hand_val:
player.lose()
# split hands
else:
for i in range(2):
if i == 1:
player.hand = player.split_hand
player.set_wager(player.split_wager)
p_hand_val = player.best_hand_val()
if p_hand_val > 21 or p_hand_val <= 0:
player.lose()
elif p_hand_val > dealer_hand_val:
player.win()
elif p_hand_val < dealer_hand_val:
player.lose()
clear_table([dealer] + players)
return balence_log
