Pong Game

A web game inspired by the Atari Pong, but with a 3D twist – Built with Three.js for Two Players on One Keyboard!

What is the project about

Note

This repository is part of bigger project ft_transcendence from 42 school. Check it out here

This project is focused on developing a 3D web-based version of the classic Atari Pong game, built using Three.js for rendering and interactivity. The game features enhanced modern graphics, immersive sound effects, and support for two players who can compete against each other using a single keyboard for controls.

Features:

• Modernized graphics with enhanced 3D visuals.
• Immersive sound effects for a better gameplay experience.
• Two-player support with a single keyboard for controls.

Technologies Used**:

• Three.js for 3D rendering.
• JavaScript for game logic and interactivity.
• HTML/CSS for UI elements (if applicable).

Required Software

To compile and run the project, ensure you have the following installed:

• Make – To manage the compilation process using the Makefile.
• Node.js & npm – Required for package management and running a local development server.
• Three.js – The core library for 3D rendering (installed via npm or CDN).
• A modern web browser – Such as Chrome or Firefox, with WebGL support

Use make help to chekc the commands availeable, there are two the Development section and the Dockerized section

• This means you can run make followed by one of the listed commands to perform specific actions related to your project.

Build Instructions

Compilation is managed through the Makefile rules.

DOCKERIZED DEPLOY

These commands are for managing the application using Docker:

• make up – Starts the application using Docker (this is the default command if no other option is specified).
• make down – Stops the application running in Docker.
• make re – Restarts the application in Docker (useful if you need to restart without rebuilding the image).
• make re-img – Restarts the application in Docker, but also rebuilds the Docker image, ensuring that any changes are applied.
• make clean-cache – Cleans the Docker cache, useful for freeing up space or clearing outdated images.

DEVELOPMENT DEPLOY

These commands are for running the application in a local development environment:

• make app-dev – Starts the application in development mode, typically with features like hot reloading or debug logging enabled.
• make clean-app-dev – Cleans the application's dependencies, likely removing node_modules or similar build artifacts to ensure a fresh start for development.