import random from plugin import plugin from colorama import Fore def delay(): # method to pause after a series of actions have been completed. n = input("Press enter to continue") def wiped_slate(player): # resets all hands and bets player['hands'] = [] player['suits'] = [] player['bets'] = [] return player def pprinthand(hand, suit, type='visible'): # returns hand as a string which may or may not be hidden. temphand = hand[:] for i in range(len(temphand)): if temphand[i] == 1 or temphand[i] == 11: temphand[i] = 'A' # 1 or 11 is value of ace. temphand[i] = str(temphand[i]) + " of " + suit[i] if type == 'visible': return str(temphand) elif type == 'partially-visible': return '[' + str(temphand[0]) + ',hidden]' def pprinthandlist(handlist, suitlist): # returns handlist as a string newhandlist = [] for i in range(len(handlist)): newhandlist.append(pprinthand(handlist[i], suitlist[i])) return str(newhandlist) def blackjacksum(orig_hand): # computes the sum by assuming appropriate value of Ace. hand = orig_hand[:] for i in range(len(hand)): if str(hand[i]) in 'JQK': # converts face card to their value,that is,10. hand[i] = 10 if sum(hand) <= 11: # of Ace card(either 1 or 11) acc. to the sum. for i in range(len(hand)): if hand[i] == 1: hand[i] = 11 orig_hand[i] = 11 break elif sum(hand) > 21: for i in range(len(hand)): if hand[i] == 11: hand[i] = 1 orig_hand[i] = 1 break return sum(hand), orig_hand def move(hand, suit, cards, suits, bet): # Here, hand is a nested list inside a list. It is a list of all hands of a player. # Player can have multiple hands if he/she chooses to split. sum_, hand[0] = blackjacksum(hand[0]) print("Your hand is", pprinthand(hand[0], suit[0])) print("Your sum is", sum_) print('---------------------------') # checks for bust or blackjack. if sum_ > 21: print("You got busted!") return hand, suit, bet elif sum_ == 21 and len(hand) == 2: print("Blackjack!") return hand, suit, bet while True: choice = input("Press H to Hit, S to Stand, D to Double-Down, P to sPlit\n") if choice in ['H', 'h']: newcard = random.choice(cards) newsuit = random.choice(suits) print("Newcard is", str(newcard) + " of " + newsuit) hand[0].append(newcard) suit[0].append(newsuit) print("Updated hand is", pprinthand(hand[0], suit[0])) sum_, hand[0] = blackjacksum(hand[0]) hand, suit, bet = move(hand, suit, cards, suits, bet) return hand, suit, bet elif choice in ['S', 's']: return hand, suit, bet elif choice in ['D', 'd']: newcard = random.choice(cards) print("Newcard is", newcard) newsuit = random.choice(suits) hand[0].append(newcard) suit[0].append(newsuit) print("Updated hand is", pprinthand(hand[0], suit[0])) sum_, hand[0] = blackjacksum(hand[0]) print("Your sum is", sum_) if sum_ > 21: print("You got busted!") bet[0] = bet[0] * 2 print("Your new bet is", bet[0]) return hand, suit, bet elif choice in ['P', 'p']: if hand[0][0] == hand[0][1]: if not hand[0][0] == 1: splitHand1 = [[0, 0]] splitHand2 = [[0, 0]] splitSuit1 = [[0, 0]] splitSuit2 = [[0, 0]] newcard1 = random.choice(cards) newsuit1 = random.choice(suits) print("Newcard for first split is", str(newcard1) + " of " + newsuit1) newcard2 = random.choice(cards) newsuit2 = random.choice(suits) print("Newcard for second split is", str(newcard2) + " of " + newsuit2) splitHand1[0][0] = hand[0][0] splitHand2[0][0] = hand[0][1] splitHand1[0][1] = newcard1 splitHand2[0][1] = newcard2 splitSuit1[0][0] = suit[0][0] splitSuit2[0][0] = suit[0][1] splitSuit1[0][1] = newsuit1 splitSuit2[0][1] = newsuit2 print("Split hands are", pprinthand(splitHand1[0], splitSuit1[0]), ", ", pprinthand(splitHand2[0], splitSuit2[0])) sum1, splitHand1[0] = blackjacksum(splitHand1[0]) sum2, splitHand2[0] = blackjacksum(splitHand2[0]) print("Your sum for split 1 is", sum1) print("Your sum for split 2 is", sum2) bet1 = bet[:] bet2 = bet[:] splitHand1, splitSuit1, bet1 = move(splitHand1, splitSuit1, cards, suits, bet1) splitHand2, splitSuit2, bet2 = move(splitHand2, splitSuit2, cards, suits, bet2) splitHand1.extend(splitHand2) # converting both hands to a single list splitSuit1.extend(splitSuit2) bet1.extend(bet2) # converting both bets to a single list return splitHand1, splitSuit1, bet1 else: print("Sorry,you can't split aces") hand, suit, bet = move(hand, suit, cards, suits, bet) return hand, suit, bet else: print("Sorry, you can only split hands with identical cards") hand, suit, bet = move(hand, suit, cards, suits, bet) return hand, suit, bet else: print("Please try again with a valid choice.") @plugin('blackjack') def blackjack(jarvis, s): jarvis.say("Welcome to the casino! Let's play blackjack!", Fore.GREEN) player = {"hands": [], "suits": [], "bets": [], 'profit': []} cards = [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 'J', 'Q', 'K'] suits = ['spades', 'hearts', 'diamonds', 'clubs'] choice = 'y' delay() # Instructions jarvis.say('How to play:', Fore.GREEN) jarvis.say('-->The goal of blackjack is to beat the dealer\'s hand without going over 21.', Fore.CYAN) jarvis.say('-->Face cards are worth 10. Aces are worth 1 or 11, whichever makes a better hand.', Fore.CYAN) jarvis.say('-->Each player starts with two cards, one of the dealer\'s cards is hidden until the end.', Fore.CYAN) jarvis.say('-->To \'Hit\' is to ask for another card. To \'Stand\' is to hold your total and end your turn.', Fore.CYAN) jarvis.say('-->If you go over 21 you bust, and the dealer wins regardless of the dealer\'s hand.', Fore.CYAN) jarvis.say('-->If you are dealt 21 from the start (Ace & 10), you got a blackjack.', Fore.CYAN) jarvis.say('-->Blackjack means you win 1.5 the amount of your bet.', Fore.CYAN) jarvis.say('-->Dealer will hit until his/her cards total 17 or higher.', Fore.CYAN) jarvis.say('-->Doubling is like a hit, only the bet is doubled and you only get one more card.', Fore.CYAN) jarvis.say('-->Split can be done when you have two of the same card - the pair is split into two hands.', Fore.CYAN) jarvis.say('-->Splitting also doubles the bet, because each new hand is worth the original bet.', Fore.CYAN) jarvis.say('-->You cannot split two aces.', Fore.CYAN) jarvis.say('-->You can double on a hand resulting from a split, tripling or quadrupling you bet.', Fore.CYAN) while choice in "Yy": jarvis.say('Shuffling the cards....', Fore.BLUE) jarvis.say("Let's start the game!", Fore.BLUE) # Bets jarvis.say("How much are you betting?", Fore.BLUE) bet = jarvis.input_number() player['bets'].append(bet) delay() jarvis.say('---------------------------') # Cards jarvis.say("Dealing the cards............", Fore.BLUE) jarvis.say("Your cards....", Fore.BLUE) hand = [random.choice(cards), random.choice(cards)] suit = [random.choice(suits), random.choice(suits)] player["hands"].append(hand) player["suits"].append(suit) jarvis.say(pprinthand(hand, suit)) delay() jarvis.say('---------------------------') # Dealer's cards dealerhand = [random.choice(cards), random.choice(cards)] dealersuit = [random.choice(suits), random.choice(suits)] jarvis.say("Dealer hand: " + pprinthand(dealerhand, dealersuit, type='partially-visible'), Fore.MAGENTA) delay() jarvis.say('---------------------------') # Players' moves jarvis.say("It's your turn, make your choice!", Fore.BLUE) player['hands'], player['suits'], player['bets'] = move(player['hands'], player['suits'], cards, suits, player['bets']) jarvis.say("Your hands and respective bets for this round are:", Fore.BLUE) jarvis.say(pprinthandlist(player['hands'], player['suits']) + " " + str(player['bets']), Fore.BLUE) delay() jarvis.say('---------------------------') # Dealer's moves jarvis.say("Dealer hand: " + pprinthand(dealerhand, dealersuit), Fore.MAGENTA) dealersum, dealerhand = blackjacksum(dealerhand) jarvis.say("Dealer's sum is " + str(dealersum), Fore.MAGENTA) while dealersum < 17 or ( dealersum == 17 and 11 in dealerhand): # condition which determines if dealer hits or not. jarvis.say("Dealer draws another card", Fore.MAGENTA) dealerhand.append(random.choice(cards)) dealersuit.append(random.choice(suits)) jarvis.say("Newcard is " + str(dealerhand[-1]) + " of " + str(dealersuit[-1]), Fore.MAGENTA) dealersum, dealerhand = blackjacksum(dealerhand) jarvis.say("Dealer's sum is " + str(dealersum), Fore.MAGENTA) jarvis.say("Dealer's hand is " + pprinthand(dealerhand, dealersuit), Fore.MAGENTA) delay() jarvis.say('---------------------------') # Profit Calculation jarvis.say("Let's see your results ", Fore.BLUE) for j in range(len(player['hands'])): hand = player['hands'][j] suit = player['suits'][j] bet = player['bets'][j] sum_, hand = blackjacksum(hand) dealersum, dealerhand = blackjacksum(dealerhand) jarvis.say("For the hand- " + pprinthand(hand, suit) + ' sum is-' + str(sum_), Fore.BLUE) if len(hand) == 2 and sum_ == 21: jarvis.say("Blackjack!", Fore.BLUE) profit = bet * 1.5 player['profit'].append(bet * 1.5) elif sum_ > 21: jarvis.say("Busted", Fore.BLUE) profit = bet * -1 player['profit'].append(bet * -1) elif dealersum > 21: jarvis.say("Dealer Busted", Fore.BLUE) profit = bet * 1 player['profit'].append(bet * 1) elif dealersum > sum_: jarvis.say("You lost", Fore.BLUE) profit = bet * -1 player['profit'].append(bet * -1) elif sum_ > dealersum: jarvis.say("You win", Fore.BLUE) profit = bet * 1 player['profit'].append(bet * 1) elif sum_ == 21 and dealersum == 21 and len(dealerhand) == 2 and len(hand) > 2: jarvis.say("You lost", Fore.BLUE) profit = bet * -1 player['profit'].append(bet * -1) elif sum_ == dealersum: jarvis.say("Push", Fore.BLUE) profit = bet * 0 player['profit'].append(bet * 0) jarvis.say("Profit is- " + str(profit), Fore.BLUE) players = wiped_slate(player) choice = jarvis.input("Do you wish to play another round?Y/n \n", Fore.GREEN) jarvis.say("OK then, Let's see the results", Fore.GREEN) jarvis.say('---------------------------') profit = sum(player['profit']) if profit >= 0: jarvis.say("Your total profit is " + str(profit), Fore.GREEN) else: jarvis.say("Your total loss is " + str(profit * -1), Fore.GREEN) jarvis.say("Goodbye, Let's play again sometime!", Fore.GREEN)