def deals(num):
cards = Cards()
for i in range(num):
cards.add(deck.pop())
cards.sort()
return cards
def rerangedCards(cards):
cardsAfterRerange = Cards()
for i in range(cards.size()):
if (cards.count(cards[i]) == 4):
cardsAfterRerange.add(cards[i])
for i in range(cards.size()):
if (cards.count(cards[i]) == 3):
cardsAfterRerange.add(cards[i])
for i in range(cards.size()):
if (cards.count(cards[i]) == 2):
cardsAfterRerange.add(cards[i])
for i in range(cards.size()):
if (cards.count(cards[i]) == 1):
cardsAfterRerange.add(cards[i])
return cardsAfterRerange
def BlackjackGame():
#>>make the 2 players
name = input("Welcome to Blackjack! What is your name? ")
player = BlackjackPlayer(name, 1)
dealer = BlackjackDealer("Dealer", 1)
player.money = 1000
#>>get number of rounds
roundsin = input("How many rounds would you like to play, {}? ".format(
player.name))
#while (ans != 'y' and ans != 'n'):
#ans = input("Please answer with either a 'y' for yes or an 'n' for no: ")
print()
rounds = int(roundsin)
#>>checking if player wants to use autoplayer.
autoplaying = False
betting = False
print(
"There are two different modes you can use to play this game: Autoplayer or Manual with betting."
)
print("Keep in mind that autoplayer mode does not involve money.")
autoplayermode = input(
"Do you want the computer to automatically play for you? (Autoplayer mode) "
)
while (autoplayermode != 'y' and autoplayermode != 'n'):
autoplayermode = input(
"Please answer with either a 'y' for yes or an 'n' for no: ")
print()
if autoplayermode == 'y':
autoplaying = True
elif autoplayermode == 'n':
autoplaying = False
betting = True
#>>game executes itself for specified number if rounds
print()
if autoplaying:
player = BlackjackDealer(name, 1)
else:
print("You have $1000 to begin with.")
print()
#>>make a deck of card
deck = Cards() # make empty deck
#>>number of cards -> to know when to shuffle
cardCount = 0
#>>single deck
if rounds <= 6:
for s in Card.SUIT:
for r in Card.RANK:
x = BlackjackCard(r, s)
deck.add(x)
cardCount = 52
#>>6 deck shoe
else:
for i in range(6):
for s in Card.SUIT:
for r in Card.RANK:
x = BlackjackCard(r, s)
deck.add(x)
cardCount = 312
deck.shuffle()
#print (deck)
#>>special deck for testing
#deck = Cards()
#cardCount = 12345
#deck.add(BlackjackCard('2', 'd'))
#deck.add(BlackjackCard('3', 'd'))
#deck.add(BlackjackCard('2', 's'))
#deck.add(BlackjackCard('3', 's'))
#deck.add(BlackjackCard('5', 's'))
#deck.add(BlackjackCard('5', 's'))
#deck.add(BlackjackCard('A', 's'))
#>>number of rounds won by each player
playerWin = 0
dealerWin = 0
#>>whether the player has money
hasMoney = False
#>>starts the game
for i in range(rounds):
print("***************!ROUND {} of {}!***************".format(
i + 1, rounds))
#>>shuffling cards if necessary
if cardCount < 15:
print("Please wait one moment while the deck is being shuffled...")
while (cardCount > 0):
cardCount -= 1
deck.deal()
for s in Card.SUIT:
for r in Card.RANK:
x = BlackjackCard(r, s)
deck.add(x)
deck.shuffle()
cardCount = 52
#>>asking betting money
valid = False
if betting:
print("You have ${} now.".format(player.money))
if int(player.money > 0):
betting_money = int(
input("How much money would you like to bet? "))
if betting_money <= player.money and betting_money > 0:
valid = True
while (valid == False):
betting_money = int(
input(
'''Please answer with a betting amount less than or equal to ${}.
Remember betting value has to be greater than $0. '''.format(player.money)))
if betting_money <= player.money and betting_money > 0:
valid = True
#>>adding first 2 cards to hand
player.addCard(deck.deal())
dealer.addCard(deck.deal())
player.addCard(deck.deal())
dealer.addCard(deck.deal())
cardCount -= 4
#print(player)
#print(dealer)
#>>initial print statements with hand, score
print("{}'s Current Score: {}".format(player.name, playerWin))
print("Dealer's Current Score: {}".format(dealerWin))
print(player)
#print(player.hand.getTotalWithAce())
visibleDealerCard = str(dealer.hand)
print("Dealer: [{} ??]".format(visibleDealerCard[1:3]))
#print(dealer)
#>>game (checks for blackjack, then does hitting routine)
if (player.hand.getTotalWithAce() == 21
and dealer.hand.getTotalWithAce() == 21):
print("Push 21 vs. 21")
elif (player.hand.getTotalWithAce() == 21):
print("Blackjack! {} wins!".format(player.name))
playerWin += 1
if betting:
player.money += betting_money
elif (dealer.hand.getTotalWithAce() == 21):
print("Blackjack! Dealer wins!")
dealerWin += 1
if betting:
player.money -= betting_money
else:
#>>to see how far into the game we go
continueToDealer = True
continueToScore = True
#>>player hitting and busting
hit = True
while (hit):
if (player.askHit() == False):
hit = False
else:
cardCount -= 1
player.addCard(deck.deal())
print(player,
"=> {}".format(player.hand.getTotalWithAce()))
if (player.hand.bust()):
print("Dealer wins! {} busts with {}.".format(
player.name, player.hand.getTotalWithAce()))
dealerWin += 1
if betting:
player.money -= betting_money
hit = False
continueToDealer = False
continueToScore = False
#>>dealer hitting and busting
if (continueToDealer):
hit = True
while (hit):
if (dealer.askHit() == False):
hit = False
else:
cardCount -= 1
dealer.addCard(deck.deal())
print(dealer,
"=> {}".format(dealer.hand.getTotalWithAce()))
if (dealer.hand.bust()):
print("{} wins! Dealer busts with {}.".format(
player.name, dealer.hand.getTotalWithAce()))
playerWin += 1
if betting:
player.money += betting_money
hit = False
continueToScore = False
#>>compare final scores and see who wins!
playerTotal = player.hand.getTotalWithAce()
dealerTotal = dealer.hand.getTotalWithAce()
if (continueToScore):
print(player)
print(dealer)
if playerTotal > dealerTotal:
print("{} wins with a total of {} vs {}!".format(
player.name, playerTotal, dealerTotal))
playerWin += 1
if betting:
player.money += betting_money
elif playerTotal < dealerTotal:
print("Dealer wins with a total of {} vs {}!".format(
dealerTotal, playerTotal))
dealerWin += 1
if betting:
player.money -= betting_money
else:
print("Push! {} vs {}.".format(playerTotal,
dealerTotal))
#>>ending: where hands are cleared & all variables are set to be ready for next round
player.tossHand()
dealer.tossHand()
print()
#>>checks if player still has money left
if betting:
if player.money <= 0:
hasMoney = False
break
#>>for manual mode
#>>checking betting/money value of player
if betting:
#>>if the player still has money
if player.money > 0:
if player.money > 1000:
print(
"Congratulations! You have earned money! You now have a total of ${}!!!"
.format(player.money))
else:
print(
"Congratulations! You have not lost all of your money! You now have a total of ${}!!"
.format(player.money))
#>>printing final scores after all rounds are over!
winGame = ""
if (playerWin > dealerWin):
caps = player.name.upper()
winGame = "FINAL SCORE: Dealer {} vs {} {}. {} WINS!!!".format(
dealerWin, player.name, playerWin, caps)
print()
elif (playerWin < dealerWin):
winGame = "FINAL SCORE: Dealer {} vs {} {}. DEALER WINS!!".format(
dealerWin, player.name, playerWin)
print()
else:
winGame = "FINAL SCORE: Dealer {} vs {} {}. TIE!".format(
dealerWin, player.name, playerWin)
print()
print(">>> {} <<<".format(winGame))
#>>if the player lost all of their money
else:
print(">>> GAME OVER! You have lost all of your money! <<<")
else:
#>>for autoplayer mode
#>>printing final scores after all rounds are over!
winGame = ""
if (playerWin > dealerWin):
caps = player.name.upper()
winGame = "FINAL SCORE: Dealer {} vs {} {}. {} WINS!!!".format(
dealerWin, player.name, playerWin, caps)
print()
elif (playerWin < dealerWin):
winGame = "FINAL SCORE: Dealer {} vs {} {}. DEALER WINS!!".format(
dealerWin, player.name, playerWin)
print()
else:
winGame = "FINAL SCORE: Dealer {} vs {} {}. TIE!".format(
dealerWin, player.name, playerWin)
print()
print(">>>{}<<<".format(winGame))