The later objects are associated with the right CAD entity if and only if they are present in a physical group of the same dimension of the object. However, this is not true for higher dimensional objects (i.e., edges, faces, cells). Vertices are always assigned to the corresponding CAD entity.Example: For a properly functioning 2D disk mesh with labelled circumference write In order to overcome this limitation, all physical groups defined in Gmesh with the same name will be merged in the same physical tag independently of their dimension.Ĭonceptually closed domains such as circles or sphere-shells may require explicit addition of the technical boundary to the physical group. Gmsh does not allow to include entities of different dimension in the same physical group. Make sure that: $GMSHROOT/bin/gmsh is the path of the GMSH binary and $GMSHROOT/lib/gmsh.jl is the path of the GMSH Julia API. The GMSH Software Development Kit (SDK) available at. Set an environment variable called GMSHROOT containing the path to the location of the root folder of a GMSH-SDK installation. GridapGmsh will download a GMSH binary via BinaryBuilder, which then is installed to your ~/.julia/artifacts directory, this should work fine in the most cases. Do nothing (automatically installation). There are two possible ways to install the GMSH dependency: Pkg > add GridapGmsh Installation requirements
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