ssed through both series of Path Mappers and the script in parallel, note for example path {14;8} is culled as it contained no geometry
is there anything that can be done to prevent this? I had only just noticed it as the other locations i'd used it did not contain nulls
the problem that this seems to be causing is when Orienting geometry from one plane to another, these missing branches at the Geometry input seem to be creating duplicates as the Plane inputs have no missing branches - instead of getting {14-33;0-57} I'm getting {14-33;0-57} except for the last branch where i get {33;0-245}.
I don't really know why these missing paths are causing the issue but if i use the normal Path Mapper which doesn't cull these i don't get the duplicates in the last branch. Maybe i'm misunderstanding how this should work, but if branch {14;8} does not exist at the Geometry input of the Orient component, it should skip over this - the Source and Target Planes {14;8} are not used?
there is a second Gh file illustrating this issue, but i can work around it for now but switching back to a static Path Mapper
cheers,
owen…
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 ...
and Y that result in a minimum-boundingbox. In fact, every full rotation around both axes delivers a total of 8 unique but equally fit minima and 16 unique but equally poor maxima.…
Added by David Rutten at 4:54am on September 18, 2010
uld be much better than Rhino at huge mesh collections. I'd personally try free Autodesk Meshmixer and ZBrush first but most designers are more familiar with rendering programs like Maya or 3DS Max. I'm not familiar enough with architecture to suggest a list as only Revit and Sketchup come to mind.
Looking more closely, CAD Exporter is only for 2D curves and points, how silly, and it requires baked geometry in a Rhino layer:
I could write a Python script to export an STL but that would be a large ascii format file instead of binary. Better to use OBJ to retain quad faces, too.
Ah, well, OBJ files are also ascii format when exported from Rhino, so it would be quite easy to make a script to export those directly to disk from Grasshopper. Here is one box, 10X10X20 in size, with quad faces:
# Rhino
o object_1v 10 10 20v 10 10 0v 10 0 20v 10 0 0v 0 10 20v 0 10 0v 0 0 20v 0 0 0f 5 7 3 1f 5 6 8 7f 3 7 8 4f 2 4 8 6f 5 1 2 6f 3 4 2 1
If I have time I'll make a little script to write such OBJ files unless you can find a native Grasshopper plugin for direct OBJ export in full 3D for meshes.…
perimeter as possible. The problem (that I think can be solved with a loop, I just don't know how) Is that I only can choose the modules that are in the top. I thought I should use galapagos to choose which module I should remove. But the problem is that the list of modules that I can choose change everytime I remove one. I've tested hoopsnake and octopus loop but I couldn't make it happen.
In the attachment bellow i explain a little bit more
Any ideas?
…
more and a place to organize the workshop coz ofcourse its nt possible at uni.....check out our discussions.......
http://www.grasshopper3d.com/forum/topics/grasshopper-workshops-in-the?commentId=2985220%3AComment%3A150373&xg_source=msg_com_forum…