Project Title
Snake Game (using Angular)

Project Summary
The Snake Game is a classic arcade game where the player controls a snake to collect food while avoiding collisions with walls and the snake's own body. The snake grows longer with each piece of food eaten, and the game ends when the snake hits a wall or itself. Built with Angular, this project offers an opportunity to learn about game logic, keyboard event handling, and animations within Angular applications.

Core Features

• Snake Movement: The snake moves in a grid-like area. The player can control its direction (up, down, left, right) using the keyboard.
• Growing Snake: As the snake eats food, it grows longer, and the game becomes more challenging.
• Food Generation: Random food pieces are placed on the game grid. The snake must "eat" the food to grow.
• Collision Detection: The game checks for collisions with walls or the snake’s own body. If a collision is detected, the game ends.
• Score Tracking: Tracks the player's score based on the number of food pieces eaten.
• Game Over Screen: Displays a message when the game is over, showing the final score and offering the option to restart the game.
• Timer: Controls the speed of the snake’s movement, and the speed can increase as the snake grows.
• Responsive Design: Ensures the game is playable on various screen sizes, from mobile to desktop.

Technologies Used

• Angular: For handling the game logic (snake movement, collision detection, food generation) and managing the game state.
• Angular Services: For game state management, including the snake's position, direction, and food locations.
• CSS: To create the game board and style the snake, food, and grid.
• RxJS: For controlling the game loop and managing asynchronous actions (e.g., snake movement and food spawning).
• HTML5 Canvas (optional): For drawing the snake, food, and grid dynamically.

Learning Outcomes

• Implementing game logic such as movement, collision detection, and scoring in Angular
• Handling user input with Angular (keyboard events for snake movement)
• Managing game states (score, snake position, food position) using Angular services
• Implementing animations to create smooth movement of the snake
• Using RxJS to control the timing of the game and movement speed
• Understanding and working with responsive layouts to ensure the game works on mobile and desktop devices

Possible Enhancements

• Add levels where the game speed increases as the player progresses
• Include different types of food with special effects (e.g., speed boosts or shrinking)
• Implement sound effects for eating food, game over, etc.
• Display high scores or save game progress in localStorage
• Add multiplayer mode where two players control different snakes
• Customize the snake’s appearance with different colors or skins
• Add a pause feature and a menu to start/stop the game