one, when its one trunk divide the isocurve into 30 parts, then divide each of the 3 branches should be divided into 10, and then the main trunk after they merge back together should be divided into 30.…
Added by Eli Meltzer at 4:05pm on February 9, 2012
at 12:30 ad go to 3:30.
For those starting out with the HB energy components and who are looking for a quick overview of all the current energy modeling capabilities of HB, this will be a good way to start. For those veterans of the community, you will get the latest on the thermal mapping capabilities that I added for my academic thesis (literally just submitted today) along with a preview of some new features to come.
Register here:
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Stay awesome,
-Chris…
ors) Vishal, maybe you can check if it would be possible at your university.
Or somebody has a other idea?
keep in contact and looking forward to prepare a workshop
best
[uto]…
Not overly analogue at all - do whichever is a more interesting option for you. The 3 pieces/ 30 piece minimums are guidelines at best - just come to class with something physical.
the one-but-last list [4]. After running out of the n- items avalaible it should continue with the second item of list 0 and so on for all items on all the lists.
Intput, six lists of 30 items each
[0] (n=30)
[1] (n=30)
[2] (n=30)
[3] (n=30)
[4] (n=30)
[5] (n=30)
Output, 18 lists of 10 items each
[0],i=0;[5],i=4; [4],i=7;...
[0],i=1;[5],i=5; [4],i=8;...
...
[5],i=1;[4],i=5; [3],i=0;...
I thought perhaps the weave component or the relative tree item component but didn't manage to figure out how to compose the mask. I couldn't find much on how to use these. I guess it should wrap the lists, but not the items.
Any help would be greatly appreciated.…
Added by Thorsten Lang at 2:27am on January 24, 2011
Into the 'exposure mesh' imput, I've got a mesh with 30 faces. Into the 'obstructing geo' input I've got a data structure {[0-1]} containing lists of geometry to use as obstructions. Currently I have 2 branches going in here while i'm testing it.
Going into the 'ray direction' input is a similar data structure containing lists of vectors {[0-11]} (one branch for each month, each branch has multiple items) going in here.
If I set the exposure component to shortest or longest list, it gives out 12 branches with 30 items in each branch (for each mesh vertex).
If I set the component to 'cross multiply', it gives out 24 branches with 30 items in each. However, the 24 branches simply go from {0} to {23} which means that I can't separate out the results from the two sets of obstructing geometry.
Is it possible to a) get the exposure component to give the correct output, or b) reassemble the output into a {[0-1];[0-11]} format?
Thank you for your help! Steven…
is smaller than or equal to 15. If it is, the function will return 12. If it isn't, then the radius is compared to 20, and if it's smaller than or equal to 20, the function will return 18. etc.
--
David Rutten
david@mcneel.com
Poprad, Slovakia…
is passable give different distance in list of point to delete
ex: point 1 - 30
point 2 - 20
point 3 - 10
...........
the point all in one list
i try a lot but didn't found the way ...