![]() Can be exported without further refinement.Captures details on TPMS and lattices well.Very robust and useful for capturing detail in complex parts.High-Quality Meshing that produces clean manifold meshes without self-intersections.It also provides a “Sharpening iterations” parameter which can be used to run the sharpening algorithm multiple times to potentially increase the quality of the sharp feature reconstruction. This can be used to localize the sharpening to certain regions of the mesh. In particular, it provides a “Sharpening Extent” input. Overloads: The block has an overload that provides even more inputs.Enabling this option will substantially increase the runtime of the block. Similar to the old version, the simplification process can introduce new mesh defects (self-intersections and overfolds). In a similar spirit, the new version has a "simplify" option that produces a mesh with the least amount of triangles while still conforming to the input tolerance. Simplification option: The old version provides an "adaptivity" input that can be used to obtain a mesh with fewer elements in areas of low curvature.Enabling this option will substantially increase the runtime of the block, typically it will take more than twice as long.However, in a rare occurrence, the resulting mesh may have self-intersections, be non-manifold, or have pockets (i.e., two triangles with an extremely small dihedral angle). closed, no self-intersections, and manifold). In most cases, the output mesh should not have any defects (i.e.Thus, in practice, it is often possible to decrease the tolerance input and enable sharpening to obtain a given target tolerance between the mesh and the implicit. Typically, enabling the sharpening option improves the approximation quality of the mesh by a lot. Sharpening option: Enable this to reconstruct sharp features present in the implicit body.This step is different from the filtering step in that this cleans up artifacts produced by the meshing step, while the filtering step works directly on the (voxelized) implicit surface. feature size” input, the block automatically removes any connected component with a surface area smaller than 0.1% of the surface area of the largest connected component. ![]() Use this input if the output mesh captures small details which are not manufacturable. If you provide a feature size, the block performs a filtering step to remove any features or holes which are smaller than the provided input. feature size: This input is very different from the min feature size of v1 and should not be confused. ![]() As long as you only use this input, the output mesh is guaranteed to be watertight, manifold, and without self-intersections. Keep that in mind to avoid generating unreasonably large meshes. As a rule of thumb, the number of triangles in the unsimplified output mesh quadruples whenever the tolerance input is halved. The voxel size is given by half the input tolerance.
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