and perpframes
3) Ellipse on perframes
4) Series + Move + Series + Scale + Series + rotate (to create generations)
5) Divide curve (ellipse) + Dispatch only seleced points + join those points on ellipse using Intercurve + Divide the resulting intercurve
6) List items (I used list items 4 times, you could do as many). For 'i' parameter in list item i used slider to create generations. depending upon your definition, at this stage you might have to flatten your list output
7) joint the points you get from list output to form another intercurve + repeat that for all items.
8) Loft the curve
9) to form fenestrations, i again used rhino closed curves.
8) Project curve onto surface + copy trim + surface to mesh + mesh thickening from WB.
Hope this helps
Cheers
aB
…
Looks good, How can I then select those circles as a branch? For example,
I want to divide all the Radius 3 circles into 8 parts, all radius 9 into 6 parts etc.
Many Thanks for your help
...
Set 2
Point 6 (X, Y, same Z)
Point 7 (X, Y, same Z)
Point 8 (X, Y, same Z)
Point 9 (X, Y, same Z)
....
and so on. Then I could use the Polyline command to connect all the points in Set1 to one Polyline, all the Points in Set2 to one line no matter how much points are in one Set
…
9 8 7 6
5 4 3 2 1 0
I am triangulating this surface. I want to select just the red vertices. As you can note, I just need the inner vertices of this surface. I could do it mannually, but if I want to change the mesh density later, I will have to pick all of them manually again later.
Can someone help me?
Tks
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on the u and v inputs on that lunch box component and adjust the grid to the desired size.
6. The original rhino surface u and v grid should be adjusted as desired to produce the variation in size. Rebuild command on your surface in rhino will allow you to generate more or less u and v grid lines.
7. Turn the control points on for your surface in rhino (select it and press f10)
8. Move the control points in the interior of your surface and watch the hexagons change size in grasshopper.…
m.NETlink...etc."
3. I copied both the GHA file and the Wolfram.netlink.dll into the components folder.
4. My operating system is Windows 7 (i'm on bootcamp)
I tried downloading the Mathworld packages and placing it in that file path - C:\Program Files\Wolfram Research\Mathematica\7.0\AddOns\LegacyPackages\MathWorld, although version 8 doesn't have a folder called "Mathworld," but I downloaded the Mathworld Packages and put it in there, and just deleted the word "Packages" from the file name, so it would match what you had written. and it still didnt work.
Any advice? thanks
Osma…
s: one is curve degree 3 , other side is more cells with degree of 1.
CNC router used for cutting 1/2" birch plywood. Air chamber made using two 4' x 8' long sheets of latex.
When air is pumped into air chamber, system inflates.
LED Lights inside the assembly can change color and strobe, flash, etc.
http://thatsnotarchitecture.tumblr.com/…