It will return the mapping from the vertices of the local portion of the mesh to the local portion of the dofmap (in local numbering).
thanks! However my following code snippet leads to the error out of bound index when run with mpirun with more than one processors
mesh.init(tdim-1, 0) mesh.init(0, tdim-2) assigned = False d_net = -1 x = 0 y = 0 z = 0 told = 1e-2 for facet in facets(mesh): if facet.exterior() and facet.normal(2) < -0.5: for v in facet.entities(0): d = sqrt(u_v[v_d[v3]]2 + u_v[v_d[v*3+1]]2 + u_v[v_d[v3+2]]**2) vertex = Vertex(mesh, v) distance = bbtree.compute_closest_entity(vertex.point()) if d > d_net: if distance[1] < told: x = mesh_points[v][0] y = mesh_points[v][1] z = mesh_points[v][2] assigned = True d_net = d vertex_m = vertex vertex_mark = v facet_mark = facet
May be there is a better way to do this but I want to find the deformation (solution to elasticity problem) on the nodes on the boundary and find the maximum one.
Thanks, for help