Generate a Delaunay triangulation from a set of random points. Free, secure, and works directly in your browser.
Delaunay triangulation for a set of points in a plane is a triangulation where no point is inside the circumcircle of any triangle. It maximizes the minimum angle of all angles in the triangulation, avoiding skinny triangles.
Delaunay triangulation is widely used in computational geometry, terrain modeling, finite element analysis, and computer graphics for creating meshes from point clouds.
This tool is essential for computational geometry, GIS analysis, and 3D mesh generation, perfect for engineers, data scientists, and game developers who need optimal triangular meshes.
A Delaunay triangulation creates an optimal, non-overlapping triangular mesh from a set of points, which is fundamental for terrain modeling, finite element analysis, and computer graphics. This method maximizes the minimum angle of all triangles, ensuring numerical stability and high-quality mesh generation for scientific and engineering applications.