The Rat Race

#   Python Racing Game - An Educational Learning Tool with Extensive Customization

#   Python Racing Game goes beyond being a simple educational tool; it's a comprehensive learning experience that combines Python programming with a highly customizable game environment. This project not only teaches Python but also encourages users to explore the world of design and personalization, making it perfect for both learners and design enthusiasts.

#   Project Structure:

```python
import os
import time

def clear_screen():
    os.system('clear')

def print_race_track(track):
    for row in track:
        print(row)

race_track = [
    "----------------------------------------",
    "|                                      |",
    "|                                      |",
    "|                                      |",
    "|                                      |",
    "|                                      |",
    "----------------------------------------"
]

turtle_position = 1
rabbit_position = 1
num_laps = 3
```

#   Key Features:

#   1. Engaging Animation: Python Racing Game presents an interactive animated race with a turtle and a rabbit. This engaging format brings Python programming to life and makes learning enjoyable.

#   2. Interactive Learning: Users can explore the codebase to understand Python concepts, such as loops and conditional statements. The game is structured to facilitate hands-on learning.

#   3. Unlimited Customization: The game is designed for customization. Users can personalize the race track, characters, and more. This opens the door for creative design and code modifications.

#   Customization Opportunities:

#   The level of customization within Python Racing Game is extensive:

#   - Race Track: Modify the length, shape, and visual appearance of the race track. Experiment with different ASCII art patterns or even introduce obstacles.

#   - Character Personalization: Customize the turtle and rabbit characters by changing their appearance or behavior. Add new characters for a unique twist.

#   - Sound Effects: Enhance the game experience by incorporating sound effects for character movements or victory celebrations.

#   - Game Rules: Adjust the number of laps, speed, or introduce power-ups to change the game dynamics.

#   Gameplay Loop:

```python
clear_screen()

for lap in range(num_laps):
    while turtle_position < len(race_track[0]) - 1 and rabbit_position < len(race_track[0]) - 1:
        clear_screen()

        # Customizable race progress logic

        print_race_track(race_track)
        time.sleep(0.1)

    # Determine lap winner

    turtle_position = 1
    rabbit_position = 1

print("Race finished!")
```

#   Getting Started:

#   To embark on your Python learning journey and explore customization possibilities:

#   1. Python Installation: Install Python, and if you're using Termux, run `pkg install python` in the terminal.

#   2. Game Customization:
#   - Save the script to a file with a `.py` extension (e.g., `race.py`).
#   - Open your Termux terminal and navigate to the script's directory.
#   - Execute the game by running `python race.py`.

#   Enjoy an educational adventure while discovering the world of Python and design personalization. The Python Racing Game is your canvas for creative Python programming and design. Start your journey today and unlock endless customization possibilities!

import os
import time

def clear_screen():
    os.system('clear')

def print_race_track(track):
    for row in track:
        print(row)

race_track = [
    "----------------------------------------",
    "|                                      |",
    "|                                      |",
    "|                                      |",
    "|                                      |",
    "|                                      |",
    "----------------------------------------"
]

turtle_position = 1
rabbit_position = 1
num_laps = 3

clear_screen()

for lap in range(num_laps):
    while turtle_position < len(race_track[0]) - 1 and rabbit_position < len(race_track[0]) - 1:
        clear_screen()

        race_track[2] = race_track[2][:turtle_position] + " " + race_track[2][turtle_position + 1:]
        race_track[4] = race_track[4][:rabbit_position] + " " + race_track[4][rabbit_position + 1:]

        turtle_position += 1
        rabbit_position += 2

        race_track[2] = race_track[2][:turtle_position] + "T" + race_track[2][turtle_position + 1:]
        race_track[4] = race_track[4][:rabbit_position] + "R" + race_track[4][rabbit_position + 1:]

        print_race_track(race_track)
        time.sleep(0.1)

    if turtle_position >= len(race_track[0]) - 1:
        winner = "Turtle"
    else:
        winner = "Rabbit"

    print(f"\nLap {lap + 1} winner: {winner}\n")
    time.sleep(1)

    turtle_position = 1
    rabbit_position = 1

print("Race finished!")



#   1. Install Python on Termux by running the command `pkg install python` in the Termux terminal.
#   2. Save the script to a file with a `.py` extension, such as `race.py`.
#   3. Open the Termux terminal and navigate to the directory where you saved the script.
#4. Run the script by typing `python race.py` and pressing enter.