On Thu, Feb 26, 2015 at 8:36 AM, Martin Sandve Alnæs <[email protected]> wrote: > This doesn't happen on the buildbots, is it something about my installation? > Does anyone else get this? You don't have to run all tests to check, just > cd <dolfin> > cd test/unit/python > py.test la/test_krylov_solver.py > > >> assert niter < 12 > E assert 15 < 12 > > la/test_krylov_solver.py:119: AssertionError > ------------------------------------------------------------------------------------------- > Captured stdout call > -------------------------------------------------------------------------------------------- > Testing method 'petsc_amg' with 4 x 4 mesh > Solving linear system of size 50 x 50 (PETSc Krylov solver). > 3 iterations. > Testing method 'petsc_amg' with 8 x 8 mesh > Solving linear system of size 162 x 162 (PETSc Krylov solver). > 4 iterations. > Testing method 'petsc_amg' with 16 x 16 mesh > Solving linear system of size 578 x 578 (PETSc Krylov solver). > 6 iterations. > Testing method 'petsc_amg' with 32 x 32 mesh > Solving linear system of size 2178 x 2178 (PETSc Krylov solver). > 8 iterations. > Testing method 'petsc_amg' with 64 x 64 mesh > Solving linear system of size 8450 x 8450 (PETSc Krylov solver). > 10 iterations. > Testing method 'ml_amg' with 4 x 4 mesh > Solving linear system of size 50 x 50 (PETSc Krylov solver). > 4 iterations. > Testing method 'ml_amg' with 8 x 8 mesh > Solving linear system of size 162 x 162 (PETSc Krylov solver). > 6 iterations. > Testing method 'ml_amg' with 16 x 16 mesh > Solving linear system of size 578 x 578 (PETSc Krylov solver). > 8 iterations. > Testing method 'ml_amg' with 32 x 32 mesh > Solving linear system of size 2178 x 2178 (PETSc Krylov solver). > 11 iterations. > Testing method 'ml_amg' with 64 x 64 mesh > Solving linear system of size 8450 x 8450 (PETSc Krylov solver). > 15 iterations.
I get the same error. The reason it doesn't fail on the buildbots is probably because none of them have PETSc built with ml. Johannes _______________________________________________ fenics mailing list [email protected] http://fenicsproject.org/mailman/listinfo/fenics
