algorithmic modeling for Rhino
Hello Prospero,
my reply was a bit hasty. Seeing it again I realize it will not work on a mesh with faces semi-oriented towards the Z axis (that is a good reason for uploading your files - I would have tested it and seen it doesn't work).
Anyway, I believe this should work:
just plug your meshes on the mesh container (so that they are grafted).
Wow! thank you very much, works like a charm.
Last thing, what shuld I do if I want to just select those faces for use them and not culling them from my mesh?
again, thanks a lot
what's plugging into dispatch?
Into L: the faces of the mesh(es),
into P: a true/false pattern with true if both X and Y vectors of a face are 0.
Do your shells have faces that are accurately z oriented? is it always the z ones you want removed?
its difficult to judge from the screenshot. like nikos says uploading makes things a lot easier.
If not perhaps a min max angle deviation from z axis is needed to see which faces are culled or not.
cheers
alex
thank you but I just need faces perpendicular to XY
Hi guys,
I'm having a little problem following this technique. I can cull/select the z mesh faces, but it tend to select both x and y faces. I want to select all faces facing x only.
Thanks in advance.
Hello Muhammad,
Try the second definition and from [DeVec] component use the Y and Z outputs.
hope this helps,
Nikos
Hi Nikos,
Thanks for the response. I've actually manage to work it out.
My problem was because the mesh are joined together because i generate the mesh boxes from a cellular level. Using DeVec wont help me cause the Y and Z output kind of messed up somehow.
I use dot product instead and cull it that i found from other discussion.
Aniway,appreciate the response again and here is how i resolve it.
Cheers.
Welcome to
Grasshopper
Added by Parametric House 0 Comments 0 Likes
Added by Parametric House 0 Comments 0 Likes
Added by Parametric House 0 Comments 0 Likes
Added by Parametric House 0 Comments 0 Likes
Added by Parametric House 0 Comments 0 Likes
© 2024 Created by Scott Davidson. Powered by