The Best 21 Number Game in Python With Source Code

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Introduction To 21 Number Game in Python

Sure thing! Are you ready to experience the perfect blend of strategy and Python coding? Today, let’s explore the 21 Number Game, a fun and engaging challenge that will put your strategic skills and coding abilities to the test.

Get ready to embark on this thrilling adventure where you’ll master the art of outsmarting your opponent and steering clear of the infamous number “21.” Let’s dive in!

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What’s the 21 Number Game?

The 21 Number Game is a strategic game played in turns, with the goal of not being the one to say “21.” Each player must add 1, 2, or 3 to a total starting from 1.

The key is to make smart moves to corner your opponent into saying “21” and losing. It’s a fun way to exercise your brain and enjoy some friendly competition.

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The Objective of the Game

In the game of 21 Number Game, the objective is to cleverly pick numbers to manipulate the sequence in your favor. Players have the option to include one, two, or three numbers in a row to the existing sum.

The player who ends up having to say “21” is the one who loses. This game challenges your strategic thinking and foresight, urging you to plan ahead to secure a win.

Here’s a brief overview of the objectives in a tabular format:

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How do you play the 21 number game?

Playing the 21 Number Game in Python involves a simple yet engaging process. Players alternate turns, starting from 1, and can add 1, 2, or 3 to the total in each turn. The goal is to avoid being the one to say “21.” The game continues until the dreaded number is reached, bringing excitement and suspense with every move.

Let’s jump into the code and see how we can create this game in Python. Here’s a Python implementation that allows you to play against the computer, which uses a basic strategy to try and win.

def play_21_game():
    print("Welcome to the 21 Number Game!")
    print("Players take turns to add 1, 2, or 3 to the total.")
    print("The player forced to say 21 loses the game.")
    total = 0

    while total < 21:
        # Player's turn
        player_choice = int(input("Choose a number (1, 2, or 3): "))
        while player_choice not in [1, 2, 3]:
            player_choice = int(input("Invalid choice. Choose a number (1, 2, or 3): "))

        total += player_choice
        print(f"Total is now: {total}")

        if total >= 21:
            print("You said 21! You lose!")
            break

        # Computer's turn
        computer_choice = (4 - player_choice) % 4 or 1
        print(f"Computer chooses: {computer_choice}")
        total += computer_choice
        print(f"Total is now: {total}")

        if total >= 21:
            print("Computer said 21! You win!")
            break

play_21_game()

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How to Enhance the Game?

Want to make your 21 Number Game even more exciting? Here are a few ideas to spice things up:

Imagine you’ve just finished coding the basic version of the 21 Number Game, and you’re feeling pretty good about it. But why stop there?

Let’s take this game to the next level by adding some cool features and enhancements that will make the gameplay more engaging and challenging. Here are some creative ideas to get you started:

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Expand the Number Range

Why limit the game to 21? You can allow players to choose their own upper limit for the game, making it more customizable and challenging. For instance, let players decide if they want to play up to 30, 50, or even 100. This way, you can vary the difficulty and keep the game fresh.

Here’s how you can implement it in Python:

def play_21_game(max_number=21):
    print(f"Welcome to the {max_number} Number Game!")
    print("Players take turns to add 1, 2, or 3 to the total.")
    print(f"The player forced to say {max_number} loses the game.")
    total = 0

    while total < max_number:
        player_choice = int(input("Choose a number (1, 2, or 3): "))
        while player_choice not in [1, 2, 3]:
            player_choice = int(input("Invalid choice. Choose a number (1, 2, or 3): "))

        total += player_choice
        print(f"Total is now: {total}")

        if total >= max_number:
            print(f"You said {max_number}! You lose!")
            break

        computer_choice = (4 - player_choice) % 4 or 1
        print(f"Computer chooses: {computer_choice}")
        total += computer_choice
        print(f"Total is now: {total}")

        if total >= max_number:
            print(f"Computer said {max_number}! You win!")
            break

max_num = int(input("Enter the maximum number to play to: "))
play_21_game(max_num)

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Advanced Computer Strategy

The current computer strategy is pretty basic. To make the game more challenging, you can enhance the computer’s decision-making process. For example, you can implement a more advanced algorithm that considers the best move based on the current total and remaining numbers.

Here’s a more sophisticated version:

def advanced_computer_choice(total, max_number):
    if (max_number - total) % 4 == 0:
        return 1
    return (max_number - total) % 4

def play_21_game_advanced(max_number=21):
    print(f"Welcome to the {max_number} Number Game!")
    print("Players take turns to add 1, 2, or 3 to the total.")
    print(f"The player forced to say {max_number} loses the game.")
    total = 0

    while total < max_number:
        player_choice = int(input("Choose a number (1, 2, or 3): "))
        while player_choice not in [1, 2, 3]:
            player_choice = int(input("Invalid choice. Choose a number (1, 2, or 3): "))

        total += player_choice
        print(f"Total is now: {total}")

        if total >= max_number:
            print(f"You said {max_number}! You lose!")
            break

        computer_choice = advanced_computer_choice(total, max_number)
        print(f"Computer chooses: {computer_choice}")
        total += computer_choice
        print(f"Total is now: {total}")

        if total >= max_number:
            print(f"Computer said {max_number}! You win!")
            break

max_num = int(input("Enter the maximum number to play to: "))
play_21_game_advanced(max_num)

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Multiplayer Mode

Why play alone when you can compete with friends? Adding a multiplayer mode allows multiple players to take turns, making the game more social and competitive. Each player can enter their name, and the game can keep track of whose turn it is.

Here’s a basic implementation:

def play_21_game_multiplayer(max_number=21):
    players = input("Enter player names separated by commas: ").split(",")
    player_count = len(players)
    current_player = 0
    total = 0

    print(f"Welcome to the {max_number} Number Game!")
    print(f"The player forced to say {max_number} loses the game.")

    while total < max_number:
        print(f"{players[current_player]}'s turn.")
        player_choice = int(input("Choose a number (1, 2, or 3): "))
        while player_choice not in [1, 2, or 3]:
            player_choice = int(input("Invalid choice. Choose a number (1, 2, or 3): "))

        total += player_choice
        print(f"Total is now: {total}")

        if total >= max_number:
            print(f"{players[current_player]} said {max_number}! You lose!")
            break

        current_player = (current_player + 1) % player_count

max_num = int(input("Enter the maximum number to play to: "))
play_21_game_multiplayer(max_num)

Your 21 Number Game will become even more exciting and stimulating with these upgrades. No matter if you’re playing solo, against the computer, or with pals, these additions guarantee a one-of-a-kind and entertaining gaming session. Have fun strategizing and coding!

Conclusion

The 21 Number Game offers more than just entertainment; it’s a fantastic way to hone your Python programming skills.

By working on this game, you’ll develop a better grasp of loops, conditionals, and critical thinking. Beating your opponent or refining the game mechanics can be very satisfying.

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So, get ready to code, try out new tactics, and have a blast whether you’re playing alone, against the computer, or with friends.

Let the most strategic player emerge victorious, and enjoy the coding journey!