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mshm_dolfin_read


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 -- Function File: [MESH] = mshm_dolfin_read (MESH_TO_READ)
     Read a mesh from a dolfin .xml.gz file.  The string MESH_TO_READ
     should be the name of the mesh file to be read.  The output MESH is
     a PDE-tool like structure with matrix fields (p,e,t).

     See also: msh3m_structured_mesh, msh2m_structured_mesh,
     mshm_dolfin_write.


# name: <cell-element>
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Read a mesh from a dolfin .xml.gz file.



# name: <cell-element>
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mshm_dolfin_write


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 -- Function File: mshm_dolfin_write ( MESH, MESH_NAME)
     Write a mesh to a dolfin .xml file.
        * MESH is a PDE-tool like structure with matrix fields (p,e,t).
        * The string MESH_NAME is an optional value specifying the
          output name.

     See also: msh3m_structured_mesh, msh2m_structured_mesh,
     mshm_dolfin_read.


# name: <cell-element>
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Write a mesh to a dolfin .xml file.



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mshm_refine


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 -- Function File: [REFINED_MESH] = mshm_refine (MESH,CELL_MARKER)
     Refine a mesh
        * The MESH is a PDE-tool like structures with matrix field
          (p,e,t).
        * The optional argument CELL_MARKER is a list containing the
          number of the cells you want to refine.  By default a uniform
          refinement is applied.
     The output REFINED_MESH is a refined mesh with the same structure
     as MESH

     See also: msh3m_structured_mesh, msh2m_structured_mesh.


# name: <cell-element>
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Refine a mesh
   * The MESH is a PDE-tool like structures with matrix field (p,e





