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algorithmic modeling for Rhino

Tomohiro Nishiyama
  • Kagoshima City
  • Japan
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Tomohiro Nishiyama's Discussions

3D voronoi structure(3D-semi-orthogonal voronoi structure)
10 Replies

Hello!I'm trying to make a 3D-semi-orthogonal voronoi structure but can't seem to find a way. I can make a simple 3D-voronoi structure. Does anyone know how to do this? all ideas are welcome.…Continue

Started this discussion. Last reply by Mohamed Naeim Apr 22.

3D voronoi L shape structure
2 Replies

Hey there,I'm trying to make a 3D voronoi L shape structure like this image but can't seem to find a way. I can make a simple 3D-voronoi structure.  Does anyone know how to do this? all ideas are…Continue

Started this discussion. Last reply by Tomohiro Nishiyama Apr 16.

3D Semi-Orthogonal Voronoi

Hey there,I'm trying to make a 3D-semi-orthogonal voronoi structure but can't seem to find a way. I can make a simple 3D-voronoi structure. Does anyone know how to do this? all ideas are welcome.…Continue

Started Apr 16

 

Tomohiro Nishiyama's Page

Latest Activity

Mohamed Naeim replied to Tomohiro Nishiyama's discussion 3D voronoi structure(3D-semi-orthogonal voronoi structure)
"2 steps  first step is to organise points (cells ) in pairs, then check if the angle between them is close to orthogonality(0,90,180,270) within 20 degrees deviation, if so, then the point location is adjusted (once for each pair) so it become…"
Apr 22
peter fotiadis replied to Tomohiro Nishiyama's discussion 3D voronoi structure(3D-semi-orthogonal voronoi structure)
"Hi Tomohiro Well ... get the C# (actually 2: step 1 and 2) ... but if you are not familiar with coding matters this couldn't be helpful to you (at all). Why? because it's a "black box" and you can't do anything to improve it…"
Apr 21
Tomohiro Nishiyama replied to Tomohiro Nishiyama's discussion 3D voronoi structure(3D-semi-orthogonal voronoi structure)
"Hello,Naeim! Thank you for answering my question! I have just started studying, so I can not understand the details. However, I will refer to the program you attached. Thank you!"
Apr 21
Tomohiro Nishiyama replied to Tomohiro Nishiyama's discussion 3D voronoi structure(3D-semi-orthogonal voronoi structure)
"Hello,Peter! Thank you for answering my question! I have just started studying, so I can not understand the details. Could you give me a program if you like?"
Apr 21
peter fotiadis replied to Tomohiro Nishiyama's discussion 3D voronoi structure(3D-semi-orthogonal voronoi structure)
"The only tricky bit is some sort of control that yields "equalized" cells (within the limits of possible)"
Apr 20
Mohamed Naeim replied to Tomohiro Nishiyama's discussion 3D voronoi structure(3D-semi-orthogonal voronoi structure)
"Still under development  but I guess it works fine "
Apr 20
peter fotiadis replied to Tomohiro Nishiyama's discussion 3D voronoi structure(3D-semi-orthogonal voronoi structure)
"I'll give you some hints  in order to achieve always a pair that has shared a vertical/horizontal BrepFace. 1. Create a 3d grid and randomly eliminate points. On each point make a box (with offset each other etc etc). Then randomly do the…"
Apr 20
Mohamed Naeim replied to Tomohiro Nishiyama's discussion 3D voronoi structure(3D-semi-orthogonal voronoi structure)
"Almost Solved Press according to order  number of cells Then toggle 1  then toggle 2 "
Apr 20
peter fotiadis replied to Tomohiro Nishiyama's discussion 3D voronoi structure(3D-semi-orthogonal voronoi structure)
"I have a quite similar thingy (Note: C# code only). The only tricky part is to ensure that you have no intersection events between the prox pairs (either in 2d [likely] or 3d [most unlikely]). This is bad in the sense that there's some pairs…"
Apr 18
Mohamed Naeim replied to Tomohiro Nishiyama's discussion 3D voronoi structure(3D-semi-orthogonal voronoi structure)
"https://naeimdesigntechnologies.wordpress.com/2017/01/29/3d-voronoi-cells/ I made a custom tool to build 3D Voronoi, it might be useful as a srart point "
Apr 17
Tomohiro Nishiyama posted discussions
Apr 17
Tomohiro Nishiyama replied to Tomohiro Nishiyama's discussion 3D voronoi L shape structure
"Hello,Kim!Thank you!L shape means that convert voronoi outline to L shape structure.I thank you for your cooperation!"
Apr 16
Hyungsoo Kim replied to Tomohiro Nishiyama's discussion 3D voronoi L shape structure
"What do you mean by "L shape"? Anyway, have a look attachment."
Apr 16

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Kagoshima-Univercity

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