Final Year Project

Project Title

A Novel Approach to Tackle Corner Cases in Hole Filling of 3D Meshes

Description

3D meshes are used to represent objects in 3-dimensional spaces, such as object modeling for games, animations, and computer graphic applications. These meshes, however, suffer from several flaws. During the scanning or modeling process, the surface may not be observed properly, resulting in an incomplete output mesh, containing holes, gaps or self-intersections, rendering it useless. Hole-filling is a popular technique aimed to rectify this anomaly. However, most algorithms developed so far are not ideal and are prone to error and use excessive memory. Mesh Murammat is a cloud-based web application specifically designed for hole-filling and its analysis. The application has two main aspects, a hole-filling algorithm and an interactive mesh viewer. The core aspect of this application is a hole-filling algorithm designed to tackle the maximum number of corner cases by utilizing minimal computational power. The user interface – an interactive mesh viewer is a user-friendly tool for mesh visualization. Users can easily analyze and observe details of their mesh structure and determine the efficiency of algorithms through this interface.