ements between mid axes of elements ( being perpendicular to both). On the attached image, the links are the small elements connectiong nodes 4 to 5, 6 to 7 and 8 to 9. All nodes (1 to 9 including 1', 2', 3') are defined in Karamba as fixed supports but nodes 1,1', 2, 2', 3, and 3' have hinges added with the beam joint component. The freed rotations are shown on the figure.
I wondered if that was the correct way of defining such a structure in Karamba bearing in mind that nodes 1', 2' and3' are free nodes in the reality.
Thanks again for your help !
Yousef…
Create surface for wall (can be done manually)
2) Get vertical edge curve (can be done manually)
3) Divide curve randomly into 2" and 6" segments
4) Put a segment of predetermined length after each 2 or 6 inch segment (say 1/4") for reveals
5) get end points of segments
6) generate horizontal curves based on length of the surface's horizontal edge curve
7) split original surface with new curves
8) move reveals backward a certain distance opposite of original surfaces normal
9) extrude reveal curves backward the same distance so the 2" and 6" boards appear solid
I'm going for an effect similar to the boards in this image
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. I would end up with domains of 0-6, 6-8, 8-16, 16- 24. Is there a simple way to do this besides using divide and moving the points around after?
thanks!
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