there is a gap there, so the pipes will not connect unless you make them larger and put rounded ends on them.
3. Most any 3D printer will have problems printing something as long and thin as your pipes are.
4. Attached is a screenshot of a section of you pipes (with flat ends to make them closed surfaces) after slicing with the Slic3r program. Except for that one outside corner, everything is connected. I'd suggest you try again with a layer height of 0.200 mm (or smaller) and a printer nozzle of 0.400 mm diameter (or smaller).
5. If you click on the Internalize option for the Crv component you will not need the Rhino file any longer - doing that loads the Rhino geometry into your GH file directly and saves it there.
6. Your pipes will need a lot of supports for 3D printing - but you already know that. Removing the support material from something that flimsy will be quite difficult. You would have better luck if you had a way to print them using a resin based printer - but these usually have smaller print volumes and are expensive.…
Added by Birk Binnard at 2:17am on November 21, 2017
s:
1) Pick a surface.
2) Pick a group of points previosuly determined in a 2d "flat" view.
3) Transport those points to the surface.
4) Make the voronoi 3d tesellation around the surface.
That´s it! Thank you all!
Bye!…
fused with those vb scripts that need their trees visible outside the component - mine is only on the interior.
I could post the code but I'm not sure how useful it would be to you - it's very specialized to a particular use,..
so back to normal arrays - anyone care to help refresh mymemory how you would make an array where each row has three columns, but the third has a list within it? would that make it a 3d array? basically a structure where each 'entry' has (0,0) and (0,1) of single integers but (0,2) is a list of integers?
--0 1 2
0 5 0 1,5,4,3
1 6 0 4,7,3,6
2 2 1 5,9,3,2
3 1 0 4,6,5,7
4...…