ne and point 1 of the original polyline in both directions, the intersection of these planes will give you a new line. Forms a plane with points 2 and 3 of the outside polyline and the point of intersection of the new line in both directions, the intersection of these planes will give you a new line ...
The disadvantage of this definition is that you have to copy and paste this part for each "floor" that you have…
Hi Marc,
Here's a quick demo
In the current version it's only possible to constrain to a static curve, but the line-based forces will soon allow proper sliding constraints on/between moving curves
ed curved line,..?? I tried dividing the curve into many segments and select those vertices as boundary point but the computer is going blank to do that,..
Is there any other way to just select the "internal points" and "Boundary line"(not boundary points) and obtain a voronoi in that perticular boundary line/closed curve,..???
Thanks a lot…
onent to trace the point collection. (I internalized the points to the interpolated curve and the polyline.)
For some reason the interpolated curve doesn't draw, but the polyline does. Can someone give me a clue as to why the interpolated curve doesn't work?
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Added by Norm Sash at 10:17am on November 11, 2012
uild it. So that the size of the openings are fixed, from small to big in 6 different sizes? So you have six different panels with openings in it, and these can be placed dependent on the attractor line, from big to small openings.
Thanks in advance!…