def playGame():
# The deck array represents the cards used for the game.
deck = [1, 13] * 4
print("\n---------------------")
print("Blackjack!")
print("---------------------\n")
# Initialize Dealer and VisitingTourist Objects, then shuffle the deck.
dealer = Dealer()
visitingTourist = VisitingTourist()
dealer.deckShuffle(deck)
checkMethods = CheckMethods()
# The Dealer and the VisitingTourist both get their cards, and then their total scores are calculated. The User is notified of their cards, score,
# and the Dealer's face up card.
dealer._getCards(dealer._playerHand, deck)
visitingTourist._getCards(visitingTourist._playerHand, deck)
dealer._calculateScore(dealer._playerHand)
visitingTourist._calculateScore(visitingTourist._playerHand)
print("Your Hand is " + str(visitingTourist._playerHand) +
" for a total of " + str(visitingTourist._playerScore) + ".\n")
print("The Dealer is showing a " + str(dealer._playerHand[1]) + ".\n")
# The program checks if the VisitingTourist or Dealer has a Blackjack with their original cards. If not, the game continues.
check = checkMethods.blackjackCheck(visitingTourist._playerScore,
dealer._playerScore)
while (check == 0):
# The program asks the User what they would like to do with their first hand after splitting. This message is only activated after splitting.
if (visitingTourist.splitCount == 1):
userInput = input(
"Would you like to [h]it, [sp]lit, or [s]tand with your " +
str(visitingTourist.firstHand) + "?\n")
# The program asks the User what they would like to do with their second hand after splitting. This message is only activated after splitting
# and finishing the firstHand.
elif (visitingTourist.splitCount == 2):
userInput = input(
"Would you like to [h]it, [sp]lit, or [s]tand with your " +
str(visitingTourist.secondHand) + "?\n")
# The program asks the User what they would like to do with their hand.
else:
userInput = input(
"Would you like to [h]it, [sp]lit, or [s]tand?\n")
# If the User chooses to hit their hand, call the hit method.
if userInput == 'h':
# Set the original hand to the current hand.
currentHand = visitingTourist._playerHand
# If the User chose to split, set firstHand as the current hand.
if (visitingTourist.splitCount == 1):
currentHand = visitingTourist.firstHand
# If the User chose to split, set secondHand as the current hand.
if (visitingTourist.splitCount == 2):
currentHand = visitingTourist.secondHand
# Call hit method on current User hand and calculate/display score. Send User a bust message if their score after hitting exceeds 21.
visitingTourist._hit(currentHand, deck)
userScore = visitingTourist._calculateScore(currentHand)
if (checkMethods.bustCheck(visitingTourist, userScore) == 1):
break
# If the User chooses to stand with their hand, call the stand method. Call the splitStand method if the User chose to split their original hand.
elif userInput == 's':
# If standing with the User's firstHand, flag and move onto secondHand in while loop.
if (visitingTourist.splitCount == 1):
# Flag that firstHand is done, splitCount now equals 2.
visitingTourist.splitCount += 1
continue
# If standing with the User's secondHand, Dealer does their turn. After Dealer turn, display messages to player about final results.
if (visitingTourist.splitCount == 2):
# Allow Dealer to do their turn, then store their final score.
dealerScore = dealer.dealerTurn(dealer._playerHand, deck)
# Send scores of VisitingTourist's hands and Dealer hand into splitStand. Send User to playGame menu.
visitingTourist.splitStand(
visitingTourist._calculateScore(visitingTourist.firstHand),
visitingTourist._calculateScore(
visitingTourist.secondHand), dealerScore)
break
# If User did not split, allow Dealer to have turn and then send scores to stand method. Send User to playGame menu.
if (visitingTourist.splitCount == 0):
userScore = visitingTourist._calculateScore(
visitingTourist._playerHand)
dealerScore = dealer.dealerTurn(dealer._playerHand, deck)
checkMethods.stand(
visitingTourist._calculateScore(
visitingTourist._playerHand),
dealer._calculateScore(dealer._playerHand))
break
# If User chooses to split with their hand, call the split method.
elif userInput == 'sp':
# If the cards in the User's hand do not match, they are not allowed to split.
if (visitingTourist._playerHand[0] !=
visitingTourist._playerHand[1]):
print("You cannot split with two cards that don't match!\n")
# If the User has already chosen to split, they cannot split again.
elif (visitingTourist.splitCount == 1):
print("You cannot split more than once!\n")
# Send current hand to split method. Flag that split has occured then display cards and scores of two new hands.
else:
firstHand, secondHand = visitingTourist.split(
visitingTourist._playerHand, deck)
visitingTourist.splitCount += 1
print("Your First Hand is " + str(firstHand) +
" for a total of " +
str(visitingTourist._calculateScore(firstHand)) + ".\n")
print("Your Second Hand is " + str(secondHand) +
" for a total of " +
str(visitingTourist._calculateScore(secondHand)) + ".\n")
# If User input is not recognized, send message to try again.
else:
print("Previous command not recognized, try again!")
# Current game has ended, ask User if they would like to play again.
userInput = input("Would you like to play again, [y]es or [n]o?\n")
if userInput == 'y':
playGame()
else:
exit()
player.hand.append(dealer.dealCards(deck.deck))
player.hand.append(dealer.dealCards(deck.deck))
player.printCards()
dealer.hand.append(dealer.dealCards(deck.deck))
dealer.hand.append(dealer.dealCards(deck.deck))
dealer.printCards()
player.playerTurn = True
while player.playerTurn:
player.userTurn(dealer, deck.deck)
dealer.dealerTurn = True
if player.checkSum() <= 21 and not dealer.roundEnd:
dealer.dealerTakeTurn(player, deck.deck)
# End game if player balance hit 0
if player.balance == 0:
print("Player lost, no more coin!")
gameEnd = True
quit()
# Decide if you want to keep playing, or end the game
while True:
replay = input("Keep playing? (y/n): ")
if replay == "n":
gameEnd = True
break
dealer.hand.append(gameLogic.dealCard(
deck.cardDeck)) # Dealer is dealt his first card
dealer.hand.append(gameLogic.dealCard(
deck.cardDeck)) # Dealer is dealt his 2nd card
dealer.printCardsAndSum() # Prints the dealers hand and sum
player.playerChoice = True # Set playerChoice to True, since they have to decide on stand / hit now
if player.isBlackjack():
player.playerChoice = False # Calls isBlackJack method that checks if the players starting hand is blackjack
while player.playerChoice: # Loops while player needs to make a choice to hit or stand
player.playerChoice = player.takeTurn(
dealer, deck.cardDeck) # Player needs to take his turn
dealer.dealerTurn = True # Set dealerTurn to true so we enter while loop
if gameLogic.checkSum(
player
) <= 21 and not dealer.roundOver: # If player's sum is 21 or lower
dealer.takeTurn(
player, deck.cardDeck
) # Player chose to stand - It's now dealers turn to play -
# Players sum is added as parameter so we can measure later.
if player.balance == 0: # If player is out of money - end the game
print("You are out of money! Game is over!")
endGame = True
quit()
while True: # Ask if the player / dealer wants to play another round
choice = input("Do you want to keep playing?(Y / N)")
