README.md

SolidEdge-Voronoi

Voronoi diagram generator to Solid Edge sketch

Part of the code is adapted from https://github.com/RafaelKuebler/DelaunayVoronoi

New release with relaxation and usage of the csDelaunay library

https://github.com/jfg8/csDelaunay

VB.net Delaunay triangulation + Voronoi Diagram

A VB.net implementation of the Bowyer–Watson algorithm. The result is a Delaunay triangulation for a set of randomly generated points. Following the Delaunay triangulation, the dual Voronoi diagram is constructed.

Installation

Releases here: https://github.com/farfilli/SolidEdge-Voronoi/releases

The application is standalone, just unzip the release archive in a folder of your choice. You can personalize Solid Edge UI to add a button that starts the Voronoi generator application; How to add a button in Solid Edge UI

UI description

• The first textbox beside the Point label is the number of points; if you change this value you need to re-generate the Voronoi diagram
• The second textbox is the number of relaxations to perform; if you change this value the Voronoi diagram is automatically regenerated
• Draw button is used to random choose points and generate a new Voronoi diagram
• Draw in SE button is used to transfer the current Voronoi diagram in Solid Edge active sketch
• Points, Triangulation, Circles, and Voronoi options are to choose what to draw in the application, changing them will refresh the view

Usage

• Start the application and generate a Voronoi diagram by the button "Draw"
• Open Solid Edge and open or create an Ordered Part or an Ordered SheetMetal
• Create or edit a Sketch
• While in the sketch use the "Draw in SE" button to transfer the current Voronoi diagram to Solid Edge

License

This project is licensed under the MIT License - see the LICENSE.txt file for details

Acknowledgments

• Procedural Dungeon Generation Algorithm
• Polygonal Map Generation for Games
• Check if point is in circumcircle of a triangle (TitohuanT's answer)