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Playing with the Hemesh and Convex Hull by Lee Byrons library. Starting Point is the Hemesh Voronoi example. The voronoi cells are subdivided and then slices of the vertices are sent to the convex hull algorithm.
They are abviously inspired by jtnimoys awesome work for the tron movie.
Check it out at Openprocessing:
Voronoi plot related to Mathematica plot of 250 primes on a Archimedean spiral.
ListPlot[({#1 Cos[2 Pi #1], #1 Sin[2 Pi #1]} & ) /@ Table[Sqrt[Prime[n]], {n, 1, 250}]]
Playing with the Hemesh and Convex Hull by Lee Byrons library. Starting Point is the Hemesh Voronoi example. The voronoi cells are subdivided and then slices of the vertices are sent to the convex hull algorithm.
They are abviously inspired by jtnimoys awesome work for the tron movie.
Check it out at Openprocessing:
Playing with the Hemesh and Convex Hull by Lee Byrons library. Starting Point is the Hemesh Voronoi example. The voronoi cells are subdivided and then slices of the vertices are sent to the convex hull algorithm.
They are abviously inspired by jtnimoys awesome work for the tron movie.
Check it out at Openprocessing:
Playing with the Hemesh and Convex Hull by Lee Byrons library. Starting Point is the Hemesh Voronoi example. The voronoi cells are subdivided and then slices of the vertices are sent to the convex hull algorithm.
They are abviously inspired by jtnimoys awesome work for the tron movie.
Check it out at Openprocessing:
Playing with the Hemesh and Convex Hull by Lee Byrons library. Starting Point is the Hemesh Voronoi example. The voronoi cells are subdivided and then slices of the vertices are sent to the convex hull algorithm.
They are abviously inspired by jtnimoys awesome work for the tron movie.
Check it out at Openprocessing:
Playing with the Hemesh and Convex Hull by Lee Byrons library. Starting Point is the Hemesh Voronoi example. The voronoi cells are subdivided and then slices of the vertices are sent to the convex hull algorithm.
They are abviously inspired by jtnimoys awesome work for the tron movie.
Check it out at Openprocessing:
Voronoi D Tower SLS vanguard 2500
www.thingiverse.com/thing:24123 — en Fundació CIM - UPC.
N,N-dimethylglycine ensemble structure with blue dots representing the Voronoi tessleation of ensemble water solvation.
Playing with the Hemesh and Convex Hull by Lee Byrons library. Starting Point is the Hemesh Voronoi example. The voronoi cells are subdivided and then slices of the vertices are sent to the convex hull algorithm.
They are abviously inspired by jtnimoys awesome work for the tron movie.
Check it out at Openprocessing:
Voronoi D Tower SLS vanguard 2500
www.thingiverse.com/thing:24123 — en Fundació CIM - UPC.