Overview
Created as a technical sandbox, this self-initiated prototype demonstrates the use of procedural mesh generation combined with real-time physics. The rope responds naturally to forces and allows for interactive control of its properties, making it an ideal study in dynamic simulation within Unity.
Core Highlights & Technical Features
- •
Procedural Mesh Generation: Built custom rope meshes entirely at runtime using Unity's Mesh class for flexible shape control and continuous updates.
- •
Runtime Parameter Adjustment: Enabled live modification of rope length, thickness, and tension via in-game UI and in-editor controls.
- •
Physics-Based Behavior: Simulated natural swinging, tension, sagging, and elasticity using Unity's physics system with joint constraints.
- •
Interactive Debugging Tools: Included visual markers and logging to monitor rope behavior during various stress and transform states.
- •
Focus: Built as a deep dive into runtime geometry generation and physical interaction modeling in Unity.