This Python code creates a turtle race game where the player places a bet on the winning turtle's color, and the race outcome is determined randomly.
This Python code creates a simple turtle race game where different coloured turtles race to the finish line, and the player can place a bet on the winning turtle's colour. Here's how the code works:
1. Import necessary modules (`random` for random number generation, `Turtle` and `Screen` from Turtle graphics).
2. Create a game screen with specific dimensions (500 pixels wide and 400 pixels high).
3. Use `screen. text input to prompt the user to make a bet by selecting the colour of the turtle they think will win the race.
4. Define a list of colours for the turtles and set an initial y-coordinate (`y`) for positioning them.
5. Initialize a boolean variable `is_race_on` to `False` to control the race state and create an empty list of `all_turtles` to store the turtle objects.
6. Use a loop to create six turtle objects with different colors, positioned at the starting line, and append them to the `all_turtles` list.
7. If the user has placed a bet (`user_bet` is not empty), set `is_race_on` to `True` to start the race.
8. Enter a game loop (`while is_race_on`) to simulate the race:
- Iterate through each turtle in `all_turtles`.
- Check if a turtle has reached or crossed the finish line (x-coordinate > 230).
- If a turtle has finished, determine the winning colour (`winning_color`).
- End the race by setting `is_race_on` to `False`.
- Compare the winning colour with the user's bet to determine if they won or lost.
- Print the result to the console.
9. The turtles move forward random distances between 0 and 10 pixels in each iteration, simulating their progress in the race.
10. The game screen remains open until the player clicks on it, thanks to `screen. exitonclick()`.
In summary, this code allows the player to bet on the winning turtle's colour in a race, and the race outcome is determined randomly. If the player's bet matches the winning colour, they win the game.
output:-
Submitted by Aditya Agarwal (Aditya1066)
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