The BRAWL² Tournament Challenge has been announced!
It starts May 12, and ends Oct 17. Let's see what you got!
https://polycount.com/discussion/237047/the-brawl²-tournament
It starts May 12, and ends Oct 17. Let's see what you got!
https://polycount.com/discussion/237047/the-brawl²-tournament
Any way to replicate how chamfering a vertex works in 3DS Max to Maya?
vertex
I decided to re-word this thread as it might have sounded a bit confusing. Let me get some images to explain.
Maya: http://puu.sh/lNXsL/e8f1c34b27.png
Max: http://puu.sh/lNXEa/17dee3cff4.png
The bevelling across software works pretty much the same from what I can tell until it comes to chamfering vertices.
Maya will chamfer a vertex BEYOND another vertex like this. http://puu.sh/lNXJx/582a78a37d.png
But 3DS will stop this from happening and generally does a much more even chamfer.
Maya seems to consider the length of the edges the vertex is on but 3DS doesn't do this, resulting in a much more even chamfer allowing for smoother curves.
Anyone know a workaround for this in Maya? Would be greatly appreciated.
Maya: http://puu.sh/lNXsL/e8f1c34b27.png
Max: http://puu.sh/lNXEa/17dee3cff4.png
The bevelling across software works pretty much the same from what I can tell until it comes to chamfering vertices.
Maya will chamfer a vertex BEYOND another vertex like this. http://puu.sh/lNXJx/582a78a37d.png
But 3DS will stop this from happening and generally does a much more even chamfer.
Maya seems to consider the length of the edges the vertex is on but 3DS doesn't do this, resulting in a much more even chamfer allowing for smoother curves.
Anyone know a workaround for this in Maya? Would be greatly appreciated.
Replies
http://puu.sh/lPC0b/527fb56dc3.png
From what I can tell, you can only offset as a fraction on edges, not vertices.