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In the generated result, there is a significant overlap among primitives, such as the chair-leg and back shown in the image. The green primitive appears to be redundant. Is this expected, and how can it be adjusted?
Input:
result:
without GREEN primitive:
without CYAN:
The text was updated successfully, but these errors were encountered:
@qk98 Hi, thanks for your interest in our algorithm. This might happen, but could be mitigated by the following tips:
First, allow more iterations for each superquadric optimization (maxOptiIter), which can give each superquadric more chance to converge.
Second, a lower input SDF resolution might help.
Moreover, increase minArea can make the algorithm ignore tiny unfitted volumes where new superquadrics might appear.
Lastly, of course, a post-process will help. For example, check if the removal of a superquadric will affect the overall fitting quality (difference between input and superquadric SDFs). If not, we can remove it. I haven't had time to implement any post-process, but I believe this will help.
In the generated result, there is a significant overlap among primitives, such as the chair-leg and back shown in the image. The green primitive appears to be redundant. Is this expected, and how can it be adjusted?
Input:
result:
without GREEN primitive:
without CYAN:
The text was updated successfully, but these errors were encountered: