A dynamic Snake game built with an ESP32 microcontroller and a NeoPixel LED matrix, controlled via a joystick.

This project is a recreation of the classic Snake game using modern electronics. It runs on an ESP32 microcontroller and displays on a NeoPixel LED matrix, with user input provided by a joystick. The game challenges players to navigate a growing snake around a grid, eating food to gain points while avoiding collisions with the snake's tail and the grid boundaries.

• ESP32 Microcontroller: Acts as the brain for the game, processing inputs and controlling outputs.
• NeoPixel LED Matrix: Displays the game state visually.
• Joystick: Allows the player to control the direction of the snake.
• Power Supply: Ensures adequate power to the ESP32 and the LED matrix.
• Miscellaneous: Connecting wires, breadboard, and resistors for setup.

• Arduino IDE: Used to write and upload the game code to the ESP32.
• Adafruit NeoPixel Library: Manages the operations of the NeoPixel LED matrix.

1. Assemble the Hardware: Connect the ESP32 to the NeoPixel matrix and the joystick according to the circuit diagram provided in the repository.
2. Install Software: Install the Arduino IDE and include the Adafruit NeoPixel library.
3. Upload the Game: Open the ESP32Snake.ino file with Arduino IDE, connect the ESP32 via USB, and upload the code.

• Use the joystick to navigate the snake around the grid.
• Eat food that appears randomly to increase your score.
• Avoid hitting the walls or the snake's own tail.
• The game speeds up as the snake's length increases.

Contributions to this project are welcome! You can contribute in several ways:

• Bug Reports: File an issue if you find a bug.
• Feature Suggestions: Have an idea to make this game better? File an issue with your suggestion.
• Code Contributions: Submit a pull request with improvements or new features.

This project is released under the Creative Commons Zero v1.0 Universal License. See the LICENSE file for more details.