AI Technology world 🌍

Here’s a Brain Game project with a blueprint and complete Python code. The game will test the player’s ability to solve math problems within a time limit.

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Blueprint of the Brain Game

Concept

• The game will display random math problems (+, -, ×, ÷).
• The player must answer correctly within a time limit.
• Scores are awarded for correct answers.
• If time runs out, the game ends.

Features

1. Randomized Questions – Generated using Python’s random module.
2. Timer-Based Gameplay – Players get limited time for each question.
3. Scoring System – Correct answers earn points.
4. Difficulty Levels – Optional (easy, medium, hard).

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Complete Code for the Brain Game

This code runs a brain game where users solve math problems under time pressure.import random import time def generate_question(): """Generate a random math question with two numbers and an operator.""" num1 = random.randint(1, 20) num2 = random.randint(1, 20) operator = random.choice(['+', '-', '*', '/']) # Ensure division is always an integer result if operator == '/': num1 = num2 * random.randint(1, 10) # Make num1 a multiple of num2 question = f"{num1} {operator} {num2}" answer = eval(question) # Calculate the correct answer return question, round(answer, 2) # Round for division cases def brain_game(): print("🧠 Welcome to the Brain Game! Solve as many problems as you can. 🧠") print("You have 30 seconds. Type your answers quickly!\n") score = 0 start_time = time.time() time_limit = 30 # 30 seconds game duration while time.time() - start_time < time_limit: question, correct_answer = generate_question() print(f"Solve: {question} = ?") try: user_answer = input("Your answer: ") if float(user_answer) == correct_answer: score += 1 print("✅ Correct! Score:", score) else: print("❌ Wrong! Correct answer was:", correct_answer) except ValueError: print("⚠️ Invalid input. Try again.") print("\n⏳ Time's up! Your final score is:", score) print("Thanks for playing the Brain Game! 🧠") # Run the game if __name__ == "__main__": brain_game()

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How It Works

1. The game starts and displays a random math problem.
2. The user types their answer.
3. If correct, they earn a point; if wrong, the correct answer is shown.
4. The game runs for 30 seconds, tracking scores.
5. When time runs out, the final score is displayed.

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Possible Enhancements

• Add Difficulty Levels (Easy: +, -, Medium: ×, /, Hard: mix of all).
• Multiplayer Mode (Compete with others).
• GUI Version (Using Tkinter or PyGame for a visual interface).

Would you like a GUI version or enhancements?