element connectivities in text, when matched with the corresponding coordinates of the nodes from dupPt, it makes all the polygons again (Green lines in the picture below), exactly as the original.
So Im thinking its like reconstructing everything again from the original shape with new relation between coordinates and element connectivities.
So in this case, eg: 0 1 2 3 4 5 makes the hexagon, 21 20 0 5 to makes the trapz.
Well here it misses the '0' in the end to close the hexagon here, the same with trapz. However the 'string join' and cset somehow close it to 0 1 2 3 4 5 0 to makes the hexagon, and 21 20 0 5 21 for trapz.
Im very glad now.
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inition loaded.
It supports to be like this:
0-20 : true
from 21 : false
but this is what I get:
0-1 : true
2-10 : false
11-20 : true
from 21 : false
I have no clue what is happening to value 2-10?
Even trying component ‘expression’ the problem still the same.
Does anyone know where the problem is?
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stem says I've got 21 (although I have 17) beams and I can't continue...
Is there any way to get a trial license ? I only need it for this structure. If there's not any other choice, should I get the student license? I'm presenting this project in 10 days and I won't be a student anymore though.
Thanks guys.…
are not copy with the number that belong to each other, like:
untrimmed surface0 should be 41 pieces
untrimmed surface1 should be 28 pieces
untrimmed surface1 should be 21 pieces
it result like this
exclude the 1st and 2nd pieces,the others all is untrimmed surface 1
and the attachments is the result that i want, I done it one by one.…
ion (just for one hour 21 June @12:00). I got an Out of memory error.
The only special thing that I used is a dielectric material.
would you please help me to figure out this problem.
Thank you in advance.
Fazel
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m in the first place. What would I use to create these sets in a simple object which I can plug everything into. i.e. a mathematical script which uses one number (the number of items in the column). to join every neighbouring pair together. in this case, 21 rows, in 12 columns. Collecting the sets - 1 to 21 with 22 to 43 then 44 to 65 with 66 to 87 etc etc etc.
The selecting curves for the columns are drawn in Rhino, and are all equal in number (in height) as shown in Top view.
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