python_command_line/bestoffive.py at master · RuijiaX/python_command_line · GitHub

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# BlackJack or 21 game

import random
# THE PLANNING PHASE


# Deal the cards
# Display the cards
# Dealer Cards
# *******************************************
# 1) Add new scoring system for player and dealer based on number of games
# 2) Add +1 over game for each player & dealer
# 3) Measure the game play --> Best of 5 -->
#       Add 'play best of 5' to the beginning
#       Add total number of games and create a method to compare the total number of games
#       If the score of the game is not complete add a message and re-deal the game
#       If the score of the game is complete (>3) add a game over message and end the game
# *******************************************
# 1) Added new scoring system for the best of 5 games --> this allows you to add up winnings per player

# 2) Create new variables -> dealer_score, player_score - Need to add a way to raise the score of each player while iterating over the game
# 2) Add 1 to for each win
# *******************************************

# 3) Add a best of 5 message


def play_game():
    # New text for the game
    print("Welcome to Blackjack.")
    print("Let's play a best of 5 games.")
    # New variables
    total_games = 0
    dealer_score = 0
    player_score = 0

    while total_games < 5:
        # Text to inform the player of the game
        print("Game " + str(total_games + 1) + ". Dealing the cards")
        # Dealer cards
        dealer_cards = []
        # Player cards
        player_cards = []

        while len(dealer_cards) != 2:
            dealer_cards.append(random.randint(1, 11))
            if len(dealer_cards) == 2:
                print("Dealer has X &", dealer_cards[1])

        # Player Cards
        while len(player_cards) != 2:
            player_cards.append(random.randint(1, 11))
            if len(player_cards) == 2:
                print("You have ", player_cards)

         # Sum of the Dealer cards
        if sum(dealer_cards) == 21:
            # 2) Add 1 for dealer
            dealer_score += 1
            print("Dealer has 21 and wins!")
        elif sum(dealer_cards) > 21:
            # 2) Add 1 for player
            player_score += 1
            print("Dealer has busted!")

        # Sum of the Player cards
        while sum(player_cards) < 21:
            action_taken = str(input("Do you want to stay or hit?  "))
            if action_taken == "hit":
                player_cards.append(random.randint(1, 11))
                print("You now have a total of " + str(sum(player_cards)) + " from these cards ", player_cards)
            else:
                print("The dealer has a total of " + str(sum(dealer_cards)) + " with ", dealer_cards)
                print("You have a total of " + str(sum(player_cards)) + " with ", player_cards)
                if sum(dealer_cards) > sum(player_cards):
                    # 2) Add 1 for dealer
                    dealer_score += 1
                    print("Dealer wins!")
                else:
                    # 2) Add 1 for player
                    player_score += 1
                    print("You win!")
                    break

        if sum(player_cards) > 21:
            # 2) Add 1 for dealer
            dealer_score += 1
            print("You BUSTED! Dealer wins.")
        elif sum(player_cards) == 21:
            # 2) Add 1 for player
            player_score += 1
            print("You have BLACKJACK! You Win!! 21")

        # Text to inform the player of the status of the game and iterate over the total_games
        print("Current Best of 5: ")
        print("Dealer: " + str(dealer_score) + " games" + " - to - You: " + str(player_score) + " games")
        print("------BEST----OF----FIVE---------------")
        total_games += 1


play_game()


 # Compare the sums of the cards between D v P
 # If P card sum is greater than 21 = BUST
 # If P card sum is less than 21 = Option Hit or Stay
 # If P option Stay compare sum of D v P
 # If P sum < 21 && > D sum then P wins!
 # If P sum < D sum then P loses