Newton's Fall

Overview

Newton's Fall is a dynamic 2D game blending physics-based challenges with an endless falling mechanic. Built with Box2D for realistic physics and SFML for rendering, it features procedurally generated levels, varied obstacles, a reinforcement learning component, and a modular design for extensibility.

This project also includes a Go-based backend, featuring a CLI menu for user interactions and a server component that coordinates with the main application. It handles authentication, resource management, and communication with the Node.js server.

Additionally, the system incorporates a database (SQLite) to store user information, scores, and other relevant details, ensuring persistent data management and seamless integration with both the Go-based backend and Node.js server.

Demo

Newton's Fall Demo

Click the link above to view the demo video.

Table of Contents

• Product Vision
• Requirements
• Features
• User Stories
• Backlog
• Planning
• C4 Diagrams
• Monkey Testing
• Non-Functional Requirements
• Setup

Team Members

• Ioan-Paul Ciobanu
• Stefan Mocanu
• Tudor Pistol
• Teofil Simiraș
• Gabriel-Lucian Țilică