algorithmic modeling for Rhino
So I am working on a skin and want to get it to be packed ellipses or ovals instead of circles. The component I've been working with is one of the common circle packing scripts floating around grasshopper3d.com, but due to my lack of scripting experience, I am not able to convert it to pack ellipses instead of if it is even pheasable to edit this componenet or just develop a new script.
Below is the attached script.... i need this done ASAP so any help would be appreciated
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well, a crude way of doing this would be to take your result, and then scale it in one direction, say x=1.0 and y=0.667. quick, crude, works. you might want to do it in rhino, or you could do it in grasshopper. If you are trying to fit to a boundary, simply multiply your boundary by the inverse of the scale (using above numbers, for y, 1.0/0.667) before doing your circle pack
Thank U Daniel
I installed the Kangaroo and Plankton.
I downloded yours .ghx,
But, unfortunately, the script does not work.
Lost connection and the screenshot of my Grasshopper I see another...
What could be the problem here?
That's because you have not installed correctly. Have the latest versions? You've unlocked the .gha? You've put all the .dll and .gha in the libraries folder? You've restarted Rhino?
Nop, I guess that GH take a unnecessary time to read all those files. Put only kangaro0099.gha, kangarooLib0099.dll, Plankton.gha, Plankton.dll and PlanktonGh.dll
In all gha files: right click>properties>unlock (or something similar) to unlock them.
To find out if you've done it correctly, if you write on the canvas "MeshMachine" and "PlanktonMesh" should appear.
In SizP, plug some n-points and in SizV, plug n-values (differents at lenght input). You will have to test, but do not expect absolute control.
And play with the others parameters, as Exp = 3 or iter = 1.
And remember, you can apply it to any surface or mesh. But if it is an open, you have to fix the points and curves of boundaries to anchor it.
Search on the forum the publication of Daniel Piker for more details.
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