The result data structure of 1 and 3 is what i need. While the plane data is given by 2, the result data structure is changed.
The data in 3 (provided with panel) is same with that in 2.
tricky part is I want specific points to check against a specific curve. All the curves in the right panel are on different levels {0} {1} {2}, and so on. The points on the left are organized by level and curve (because there are multiple curves on a certain level), so {13;31} as shown is level 13, curve 31. I want to check if the curve on that level contains the points on that level.
So for example, I want it to check if the the closed curve on let's say level {A}, contains points from the curve {A,1} {A,2} {A,3}: level {B} to check {B,1} {B,2}
I have tried relative items but that was not working, possibly because they are not in the same tree structure.
Hopefully someone is able to help!…
m in the first place. What would I use to create these sets in a simple object which I can plug everything into. i.e. a mathematical script which uses one number (the number of items in the column). to join every neighbouring pair together. in this case, 21 rows, in 12 columns. Collecting the sets - 1 to 21 with 22 to 43 then 44 to 65 with 66 to 87 etc etc etc.
The selecting curves for the columns are drawn in Rhino, and are all equal in number (in height) as shown in Top view.
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profiles created. we need the profiles for merge with the extrusions to create edge conditions (refer to image 2 and 3)
3. creating noches for the egg crates to fit in. we created noches but they are created on smaller surfaces and one large surface. (refer image 3)
I am also attaching our rhino and grasshopper file. please help.
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oin intersections curves with respective ribs in x direction. I am confused with data tree structure. I want three ribs with intersection curves joined respectively. In nutshell I am trying to get list of three closed curves with their intersection curves joined to them.…
Added by Gaurav Goel at 4:38am on November 10, 2016
2_Radiation.gh template, reorganized it a bit for a June 21 7am-7pm study (everything in orange bubbles below)… However I realized that the template was only the Sky Dome Visualization tool.
So I took a wild guess and I grabbed the Ladybug_Radiation_Analysis component using it to produce a mesh on the floor of an office building. (everything in white bubble below)
1) Is this the correct component to give me relative values of sunshade behavior? (Later I’ll connect my sunshade geometry into the Context input to block incoming daylight)
2) Is it incorrect to let the grid size be anything except 1m square? (I ask because the individual, total and average Radiation result output values swing wildly when I change the grid size.)
My Best,
Rob…
fect using Kangaroo's spring, I achieved equalized panels, but the whole surface has been distorted. --->
Now I try to reduce the quantity of different panel shapes to minimum (could be 5 up to 20), whereas the original smooth form of my structure and her borders should remain fixed.
I found few methods in the following articles:
http://www.gasathj.com/tiki-read_article.php?articleId=31 http://sechel.de/publications/AAG2014Periodic.pdf
Unfortunately I can't obtain similar effect like in articles above,
can anybody make out with it?
Thank You for your help!…