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There were no specific plans. But we can look at it. Could you please provide us with few samples, each consisting of input mesh and expected output mesh?
There was not much progress yet, since our resources are rather limited, and there are many other tasks. But we are going to research it sooner or later.
Just an observation, that if one makes initially negative offset, then same amount of positive offset, then he will get fillet edges.
Activity
Fedr commentedon May 10, 2023
There were no specific plans. But we can look at it. Could you please provide us with few samples, each consisting of input mesh and expected output mesh?
MarcoWang1 commentedon May 11, 2023
the left one is chamfered model,the right is the input.
MarcoWang1 commentedon May 11, 2023
the left is filleted ,the right is input
MarcoWang1 commentedon May 11, 2023
Part1.zip
here are the models
Fedr commentedon May 11, 2023
Thanks for the examples! We will try to implement it later, probably next month.
MarcoWang1 commentedon May 26, 2023
how is this algorithm going?
Fedr commentedon May 26, 2023
There was not much progress yet, since our resources are rather limited, and there are many other tasks. But we are going to research it sooner or later.
Just an observation, that if one makes initially negative offset, then same amount of positive offset, then he will get fillet edges.
Example input:
Fillet edges by double offset:
MarcoWang1 commentedon May 27, 2023
this is global rounding or filleting ,but what if I want to fillet or chamfer only one edge or one sharp contours( polygon)?
yangyang117 commentedon Jul 12, 2024
这种一般是找到边缘，然后可以根据边缘去选择，到底要对哪条边缘的线进行倒角。
感觉可以使用特征线，找到具体的位置，然后根据交互，处理倒角。
Grantim commentedon Jul 12, 2024
Hello!
We have experimental "Bevel Edges" feature implemented in MeshInspector, you can have a look at it there:
https://youtu.be/lc5iP-4-Kyo