Anders Logg wrote: > On Thu, Oct 08, 2009 at 06:46:12PM +0100, Garth N. Wells wrote: >> >> Harish Narayanan wrote: >>> Anders Logg wrote: >>>> On Thu, Oct 08, 2009 at 05:47:09PM +0200, Anders Logg wrote: >>>>> On Thu, Oct 08, 2009 at 04:37:14PM +0100, Garth N. Wells wrote: >>>>>> Anders Logg wrote: >>>>>>> Failing demos: >>>>>>> >>>>>>> demo/la/eigensolver/cpp (C++) >>>>>>> >>>>>>> demo/pde/dg/advection-diffusion/cpp (C++) >>>>>>> demo/pde/dg/advection-diffusion/python (Python) >>>>>>> >>>>>>> demo/pde/dg/poisson/cpp (C++) >>>>>>> demo/pde/dg/poisson/python (Python) >>>>>>> >>>>>>> demo/pde/dg/biharmonic/python (Python) >>>>>>> >>>>>> I thought I just fixed the DG demos? >>>>> Yes, works for me now. You fixed it while I ran the tests. :-) >>>>> >>>>> And the eigensolver demo seems to work now. Did you fix this? >>>>> >>>>> Anyway, I'll rerun the tests now and see if it goes through. >>>> Everything works here now. >>> I just wanted to point out that the hyperelasticity demo does not >>> converge quadratically anymore and prints the following warning during >>> the Newton-Raphson solve: >>> >>> Solving nonlinear variational problem >>> Starting Newton solve. >>> *** Warning: Invalid value rank of Function 1, got 0 but expecting >>> 1. You may need to provide the rank of a user defined Function. >>> *** Warning: Invalid value rank of Function 2, got 0 but expecting >>> 1. You may need to provide the rank of a user defined Function. >>> Applying boundary conditions to linear system. >>> Applying boundary conditions to linear system. >>> Matrix of size 2187 x 2187 has 81873 nonzero entries. >>> Applying boundary conditions to linear system. >>> Applying boundary conditions to linear system. >>> Solving linear system of size 2187 x 2187 (PETSc LU solver, umfpack). >>> >>> The .h files seems to have value_rank() defined. >>> >> The user Expressions probably need to be updated with the rank data. > > Indeed. Should be fixed now.
Thanks! Harish _______________________________________________ DOLFIN-dev mailing list DOLFIN-dev@fenics.org http://www.fenics.org/mailman/listinfo/dolfin-dev