3D Model Dynamic Perforation Simulation Based on Game Engine

Abstract

3D model cutting is a classic problem in computer graphics. There are many cutting algorithms in the fields of engineering, medicine, architecture, education and games. Perforation is a special cutting problem. In many video games, there are such requirements that 3D game objects are punched at any positions and any angles at running time. This paper purposes a dynamic and efficient perforation algorithm which can apply to the 3D objects in video games.