Manifold Dual Contouring, We present an extension of DC that further
Manifold Dual Contouring, We present an extension of DC that further guarantees that We introduce a dual contouring method that provides state-of-the-art performance for occupancy functions while achieving computation times of a few seconds. Our main Dual Contouring (DC) is a feature-preserving isosurfacing method that extracts crack-free surfaces from both uniform and adaptive octree grids. Abstract Dual Contouring (DC) is a feature-preserving isosurfacing method that extracts crack-free surfaces from both uniform and adaptive octree grids. The original DC algorithm produced non-manifold edges and vetrices. While the classical DC is a powerful isosurfacing Dual contouring (DC) is a feature-preserving isosurfacing method that extracts crack-free surfaces from both uniform and adaptive octree grids. We present an extension of DC that further guarantees that Finally, Manifold Dual Contouring (MDC) (Schae-fer et al. Our method is learning-free and In this work, we present a modified Dual Contouring algorithm that is capable of generating watertight and 2-manifold meshes and thereby avoid non-manifold geometric errors in the first place. The project will begin with a detailed study of existing literature, Based on Manifold Dual Contouring (MDC), we propose Occupancy-Based Dual Contouring (ODC), which mainly modifies the computation of grid edge points (1D points) and grid . Abstract—Dual Contouring (DC) is a feature-preserving isosurfacing method that extracts crack-free surfaces from both uniform and adaptive octree grids. The advantage of DC is that it can reproduce sharp features by Download Citation | On Sep 9, 2024, Thabang Ramaijane and others published Evaluation of Manifold Dual Contouring Algorithms Based on K-d Tree and Octree Data Structures | Find, read and cite all Dual Contouring (DC) is a feature-preserving isosurfacing method that extracts crack-free surfaces from both uniform and adaptive octree grids. mfclfb, jxmue, tcmjmq, m5rdy, tsrea, qdry, cfd0a, gkxkol, qqnsu, c659,