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I recently asked myself, for plot utilites and node refinement in a 3D domain if it was possible to extract a unstructured triangular mesh from the nodes and normals returned by the function min_energy_nodes. As we extract the normals I guess triangulation is involved in the process. Is there a way to recover a whole mesh by applying min_energy_nodes ?
Best regards,
Roman
The text was updated successfully, but these errors were encountered:
The only mesh used by min_energy_nodes is the user-specified collection of facets to define the domain boundary. That is where the surface normal vectors come from. If you want a mesh for the entire domain, perhaps you could use a constrained Delaunay triangulation from some other meshing/computational geometry package.
Hello,
I recently asked myself, for plot utilites and node refinement in a 3D domain if it was possible to extract a unstructured triangular mesh from the nodes and normals returned by the function
min_energy_nodes
. As we extract the normals I guess triangulation is involved in the process. Is there a way to recover a whole mesh by applyingmin_energy_nodes
?Best regards,
Roman
The text was updated successfully, but these errors were encountered: