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First of all, awesome project. I was watching the YouTube video and had some thoughts, the things I usually print somewhat need a predictable strength and stiffness and from what I can reason from the deformation process what is considered walls and top/bottom surfaces become a bit fluid and I would guess the same for the infill.
That is when I thought about if instead of creating a tetrahedral mesh from the triangle mesh we ran the algorithms the slicer uses to create the "actual" volume that is printed, deform that before running the layer and toolpath part of the slicing before finally undeforming it.
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First of all, awesome project. I was watching the YouTube video and had some thoughts, the things I usually print somewhat need a predictable strength and stiffness and from what I can reason from the deformation process what is considered walls and top/bottom surfaces become a bit fluid and I would guess the same for the infill.
That is when I thought about if instead of creating a tetrahedral mesh from the triangle mesh we ran the algorithms the slicer uses to create the "actual" volume that is printed, deform that before running the layer and toolpath part of the slicing before finally undeforming it.
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