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- D# - Delaunay triangulator for .NET 1.0.0.0 (Windows)
- Main feature of D# is a fast O(n*logn) randomized incremental 2d Delaunay triangulation algorithm written in C# enabling you to triangulate even very large projectable point sets in almost no time. Projectable point sets occur - for example - in a Digital Terrain Model or a Digital Elevation Model. D#...
- Tags: Ceometric, C#, .Net, Engineering, Microsoft Windows, Programming Languages, Application Servers, Middleware, Software Development, Software/Web Development, Operating Systems, Software, Enterprise Software
- Software downloads 2009-03-07
- V# .NET Vector Geometry Library 1.3 (Windows)
- The V# vector geometry namespace for .NET provides more than 700 efficient and robust methods to solve complex 2D and 3D geometry tasks with a few lines of code. Very CAD-like, you easily instantiate geometric objects like points, lines, edges, planes, triangles, circles or ellipses in space. You may move,...
- Tags: Geometry, 3D, Microsoft Windows, Computation, Ceometric, CAD, .Net, Application Servers, Middleware, Software, Software Development, Software/Web Development, Enterprise Software
- Software downloads 2008-11-16
- G# - Computational Geometry for .NET 1.3 (Windows)
- The G# computational geometry namespace for .NET provides fast and robust classes to compute 2D Delaunay triangulations and 2D and 3D convex hulls. The algorithms have O(n*logn) running time and implement exact arithmetic, which makes them very robust. G# also supports 2D conforming Delaunay triangulations, 2d minimum area and perimeter...
- Tags: 3D, Microsoft .NET, 2D, Microsoft Windows, Ceometric, G#
- Software downloads 2008-11-16
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