A 2d platformer game built using a custom Pygame game engine. This engine provides a flexible and modular architecture for creating games with Pygame, featuring components for physics, rendering, UI, and more.

To install the game, you need to have Python 3.12 or higher installed. You can download it from python.org.

After installing Python, you can clone the repository and install the required dependencies:

git clone https://github.com/italoseara/pixel-rumble.git
cd pixel-rumble
pip install -r requirements.txt

To run the game, execute the following command in your terminal:

cd src
python main.py

• Italo Seara
• Lucas Luige
• Mateus Soares

The game uses a custom protocol for network communication, which is defined in the packets module. The protocol includes various packet types for different game events and states. It uses the UDP protocol for communication, as it is lighter and more suitable for real-time games where losing some packets is not critical.

1. Packet Format
2. Status
   • Client
     • Ping
   • Server
     • Pong
3. Play
   • Client
     • Keep Alive
     • Join
     • Disconnect
     • Player Move
     • Player Look
     • Player Die
     • Shoot
     • Change Character
     • Start Game
     • Add Item
     • Item Pickup
     • Item Drop
   • Server
     • Keep Alive
     • Welcome
     • Player Move
     • Player Join
     • Player Leave
     • Player Look
     • Player Die
     • Shoot
     • Change Character
     • Start Game
     • Add Item
     • Item Pickup
     • Item Drop

The packet format is a binary structure that includes a header and a payload. The header contains the packet type and length, while the payload contains the actual data.

The status is used to check if there is a game server running on this address. The client can send a ping packet to the port 1337 to check if the server is available. The server will respond with a pong packet if it is running.

The play state is used during the game. It includes packets for player actions, game state updates, and other gameplay-related events.

This project is licensed under the MIT License. See the LICENSE file for details.