README.md

SNAKEGAME_USING-PYTHON

SNAKE GAME USING PYGAME MODULE IN PYTHON

Here are the steps for understanding the Snake game code:

1. Initialization: Import necessary libraries - pygame, time, and randint. Define constants like K_RIGHT, K_LEFT, K_UP, and K_DOWN for key controls.

2. Player Class: Define a class Player to represent the snake. Initialize its position (x and y), direction (d), positions list, and length.

3. Apple Class: Define a class Apple to represent the apple. Initialize its position (x and y).

4. Game Class: Define a class Game to manage the game logic. Initialize game settings like screen dimensions, grid size, snake speed, and create instances of Player and Apple.

5. Collision Detection: Implement a method isCollision() in the Game class to check for collision between objects.

6. Create Apple: Implement a method new_apple() to randomly place the apple on the screen.

7. Initialize Pygame: Implement the on_init() method to initialize the Pygame window and surfaces for snake and apple.

8. Render Game: Implement the on_render() method to render the game elements on the screen.

9. Clean Up: Implement the on_cleanup() method to quit Pygame when the game ends.

10. Main Game Loop: Implement the on_execute() method to manage the main game loop.

11. Event Handling: Inside the main loop, handle quit events to exit the game.

12. Handle User Input: Check for user input using pygame.key.get_pressed() to change the direction of the snake.

13. Move Snake: Update the snake's position based on the direction.

14. Check Collisions: Check for collisions between the snake and the boundaries, and between the snake and the apple.

15. Update Game State: Update the game state based on collisions, including increasing the snake's length, updating the snake's speed, and ending the game if necessary.

By following these steps, you've created a simple Snake game using Pygame!