Amazing-Python-Scripts

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import random
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import string
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import time
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# Existing code (is_valid_word, is_valid_move, word_list)
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# Additional features
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def get_word_length_difficulty(difficulty):
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    if difficulty == "Easy":
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        return 3
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    elif difficulty == "Medium":
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        return 4
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    elif difficulty == "Hard":
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        return 5
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    else:
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        raise ValueError("Invalid difficulty level.")
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def get_random_letter():
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    return random.choice(string.ascii_lowercase)
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def get_hint(prev_word):
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    # Simple hint: Suggest a valid word with one letter change from prev_word
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    for _ in range(10):  # Try 10 times to find a hint
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        new_word = prev_word[:3] + get_random_letter() + prev_word[4:]
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        if is_valid_word(new_word) and is_valid_move(prev_word, new_word):
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            return new_word
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    return None  # Return None if a hint can't be found
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def word_chain_game():
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    # Existing code
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    print("Select Difficulty Level:")
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    print("1. Easy")
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    print("2. Medium")
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    print("3. Hard")
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    level_choice = input("Enter the level number: ")
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    if level_choice == "1":
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        difficulty = "Easy"
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    elif level_choice == "2":
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        difficulty = "Medium"
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    elif level_choice == "3":
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        difficulty = "Hard"
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    else:
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        print("Invalid choice. Defaulting to Easy difficulty.")
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        difficulty = "Easy"
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    word_length_required = get_word_length_difficulty(difficulty)
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    print(f"Difficulty Level: {difficulty}")
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    # Optional: Implement a timer for each turn
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    def set_timer():
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        return time.time()
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    def check_time_elapsed(start_time, max_time):
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        return time.time() - start_time > max_time
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    max_turn_time = 30  # Maximum time in seconds per turn
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    while True:
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        # Existing code
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        # Optional: Timer
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        start_time = set_timer()
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        new_word = input("Enter a word: ").strip().lower()
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        if check_time_elapsed(start_time, max_turn_time):
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            print("Time's up! You took too long to answer. You lose this round.")
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            break
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        # Optional: Hints
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        if new_word.lower() == "hint":
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            hint = get_hint(prev_word)
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            if hint:
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                print(f"Hint: Try using '{hint}'.")
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                continue
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            else:
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                print("Sorry, couldn't find a hint this time.")
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                continue
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        # Optional: Save and Load
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        if new_word.lower() == "save":
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            # Implement the save functionality to save the game progress.
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            # You can use pickle or JSON to save the state of the game.
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            print("Game progress saved.")
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            continue
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        elif new_word.lower() == "load":
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            # Implement the load functionality to resume the saved game.
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            # Load the state of the game and continue from there.
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            print("Game progress loaded.")
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            continue
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        # Existing code (validation checks)
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        # Calculate points based on word length
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        points = len(new_word)
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        # Optional: Points for making certain challenging moves
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        # For example, bonus points for using certain letters, patterns, etc.
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        # Existing code (append new_word to chain, update player_turn)
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        # Check if player's word is too short for the difficulty level
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        if len(new_word) < word_length_required:
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            print(
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                f"Word should be at least {word_length_required} letters long for {difficulty} difficulty.")
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            print("You lose this round.")
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            break
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        # Check if the game should end
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        if player_turn > 1 and not is_valid_move(chain[-2], chain[-1]):
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            print(
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                f"Game over! {player_name} cannot find a valid word. {player_name} wins!")
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            break
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if __name__ == "__main__":
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    word_chain_game()
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