he centre of the surfaces.
I have managed to find the center point of each surface using u and v surface dividers, however, i'm not sure how to translate these points into attractor points in rhino?
I've attached screenshots of the base rhino document, showing the two surfaces, the pipes and the divider points i have created, as well as the GH file of my working so far.
Thanks in advance for the help!…
hey all,
i have a holed surface. how is it possible to subdivide it using U and V? "Isotrim" doesn't consider the hole. Any other ideas of subdividing?
Thank you
n interior windows (perimeter interior zone is set to 0.5m) This analysis is required to illustrate illuminance only . I guess I don't need to provide interior zones in this case
thank you all
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would change smoothly along the v direction.
I tried to remap the original series, but it doesn't work. All circles would need to be constrained within a given rectangular boundary, and I just do not know how to do it. I reached a dead end. Hope someone is able to help me with this.
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dges of the grid (shown below) – I'm effectively looking to close the U-V grid at the edges without creating a series of independent lists ideally, any suggestions?
Thanks,
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not all get the right direction.
Any ideas how that can be corrected?
Does anyone know how to reset the counting of the curves, so that they are consequent & not opposite?
Thanks in advance …
have done something wrong and cant get my grasshopper file to draw planes on my rhino surface in the same way as Zubin does in his tutorial.
My bet is that there are some problem with the orientation (u/v og planes ) but what ever I tried I cant get the curves to land on the plane, any one who have a clue?
Cheers Thorup…
its two neighbors. As in the image. All that is needed is to formulate "r".
Seems simple right? But today is not my day. :v
We can only use the parameters R and C. Are not allowed geometric solutions.
Thank you if you try.
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