> Is the mapping from the support points one-to-one relative to the > entries in the solution vector ?
That depends on the finite element you use. For example, if you solve the elasticity equation, you would have displacements in x, y, and z direction defined in the vertices of the cells, so there will be three degrees of freedom that are all defined at the same support point. > For example, can I reassemble the > solution_vector 'manually' in exactly the same order as given in the > support_points vector and pass it back as the initial values for a > parabolic pde? I have no idea what exactly you want to do, but I can also not see any fault with what you write :-) Best W. ------------------------------------------------------------------------- Wolfgang Bangerth email: [email protected] www: http://www.math.tamu.edu/~bangerth/ _______________________________________________ dealii mailing list http://poisson.dealii.org/mailman/listinfo/dealii
