Point in Solid Tests for Triangle Meshes. Comparative Study

meshes), the algorithm computes the shortest paths between those vertices using a modified version of Dijkstra’s algo- rithm in order to force a path between two feature points not

One useful property of this algorithm is the fact that if the distance constraints on the finest level form a triangle mesh, all coarser meshes will be triangle meshes as well,

The triangle mesh for our cloth model is simulated using an impulse-based approach which is able to solve hard constraints1. Using hard distance constraints on the edges of the

While STED is primarily designed for situations, such as compression, where the original and the distorted version of the mesh both have an equal number of vertices and the

When using the Intersection Contour Minimization method for detecting collisions between triangle meshes, surface in- terferences are typically detected as intersections between

Our novel closest point contouring algorithm (CPC) uses the full closest point field, and, thus, allows improving existing methods for high-quality triangle mesh reconstruction based

In this paper we present and evaluate a new online reconstruction algorithm to create a textured triangle mesh from a set of aerial images via an unorganized point cloud.. Both

Given that blockiness resulting from vertex coordinate rounding and high frequency noise introduced by dithering are both causes of visual degradation, it was difficult formulate a