sec to execute on my Windows 8 virtual box on my MacBook Air (not the ideal environment but I think this metric still points to inefficiency).
I imagine that the connectivity / adjacency of the cells is calculated while created the 3D Voronoi diagram. Would it be possible to access this information without breaching the user agreement by decompiling and rewriting the Voronoi3D component? Is there a better way to construct the restricted Delaunay triangulation?
My current procedure for constructing the restricted Delaunay triangulation is:
1. find the intersection two cells with respect to each other and
2. if the result is not empty, intersect the result with the surface
3. if the result is not empty, connect points of the two cells
Thanks very much!…
What happen if I whant my personal photo in my render????I think you cannot download your personal 3d model from Warehouse!!;-)
Everything depend on what you want obtain.In any cases I would know better Warehouse.Thank you Adam
Sorry for my bad english.
link on youtube tutorial about billboards:
http://www.youtube.com/watch?v=gz8am8fht40
here the guide from ASGVIS with this argument:
http://software.asgvis.com/index.php?option=com_content&task=vi...
Luca.…
d the obvious, he he).
2. Either attempt to get planar modules (via Kangaroo1/2). For instance K2 can quite effectively achieve planarity on quads > then your modules are rather easy to "derive" on a per quad basis.
3. Or (more complex in manufacturing) compose your modules out of planar "trapezes" (8 per module = 16 per double combo). This gives you far more freedom at the cost of assembling them properly. If (theoretically) these are made via some "large" scale 3d printing that is not a big issue ... but you don't have this option anyway.
BTW: within a scale of 1 to 10 rate your experience with GH.…