ation of components for mesh and topological analysis.I in fact asked this question because a code solution (in Python) takes just a single line:[point for (point, score) in zip(l1, l2) if score == 1]…
of the grid structure at the closest value to for example 15m lines lenght just for the U-Division and individually for each brep.
I got it already done for one brep so the line length depending on the U-division of the Grid structure would be about 13 or 14 but the result wenn using more then one brep are not close to a line length of 15 m at all at the breps indiviually. I have 4 breps in my example and should have 4 different grid results/ line length closest possible to 15m as I have 4 breps.
I hope that makes it bit clearer and is not too much expected, otherwise I probably need to try a complete different approach as I am already sitting down for many hours on this small data tree problem.
Thanks a lot anyway.
https://dl.dropboxusercontent.com/u/92424750/anemone_multiple_loops.gh…
ap value = True
Shift List = 1 --> (B,C,D,A)
Shift List = 2 --> (C,D,A,B)
You can also use negative values.
Shift List = -1 --> (A,B,C)
Shift List = -2 --> (A,B)
and with Wrap = True
Shift List = -1 --> (D,A,B,C)
Shift List = -2 --> (C,D,A,B)
The most useful Shift List action I use is to either get rid of the first or last item in a list and sometimes both.
Shift list = -1 --> (A,B,C) Shift list = 1 --> (B,C)
In the example posted above you are creating a shift list value equal to its location along the curve. The first section = 0 doesn't get shifted, the second section gets a shift = 1, third = 2, forth = 3 and because the wrap value is set to true the fifth section gets back to 0, sixth = 1 etc etc. creating the twisting effect.
The "one more stupid question" answer is Mass Addition. You will find the component on the Math tab or you can type it into the Keyword search feature (by double clicking the canvas). This component has two outputs a total amount for each list and a partial set of results giving:
List (3,6,9,12)
{0} = 3
{1} = 3+6 = 9
{2} = 3+6+9 = 18
{3} = 3+6+9+12 = 30…
rve in a way when the start and the end points are same with the original line, and the banded curve lenght must be a same as the scaled one, and also it must be a a simmetrical curve.(maybe it can be a part of a circle).If somebody know the solution could help to me?…