syfi team mailing list archive

[Johannes Ring <johannr@xxxxxxxxx>]

The mac buildbot now fails on the mxpoisson test :)

Johannes

On Tue, Aug 23, 2011 at 8:33 PM,  <noreply@xxxxxxxxxxxxx> wrote:
> ------------------------------------------------------------
> revno: 521
> committer: Kent-Andre Mardal <kent-and@xxxxxxxxx>
> branch nick: fenics-syfi
> timestamp: Tue 2011-08-23 08:31:40 +0200
> message:
>  created new mxpoission output and updated some demos
> modified:
>  demo/Advection-Diffusion/python/demo.py
>  demo/LinearElasticity/cpp/main.cpp
>  demo/LinearElasticity/python/demo.py
>  tests/cpp/mxpoisson_ex.gar.r
>
>
> --
> lp:fenics-syfi
> https://code.launchpad.net/~syfi-core/fenics-syfi/main
>
> You are subscribed to branch lp:fenics-syfi.
> To unsubscribe from this branch go to https://code.launchpad.net/~syfi-core/fenics-syfi/main/+edit-subscription
>
> === modified file 'demo/Advection-Diffusion/python/demo.py'
> --- demo/Advection-Diffusion/python/demo.py     2011-06-02 20:33:50 +0000
> +++ demo/Advection-Diffusion/python/demo.py     2011-08-23 06:31:40 +0000
> @@ -102,7 +102,7 @@
>     # Compute sensitivity to c
>     u0.assign(u1)
>     sb = assemble(sL)
> -    solve(A, su1.vector(), sb)
> +    solve(A==sb, su1)
>     sout_file << su1
>     figure(1)
>     plot(su1, title="du/dc")
>
> === modified file 'demo/LinearElasticity/cpp/main.cpp'
> --- demo/LinearElasticity/cpp/main.cpp  2011-06-02 20:33:50 +0000
> +++ demo/LinearElasticity/cpp/main.cpp  2011-08-23 06:31:40 +0000
> @@ -123,11 +123,9 @@
>   LinearElasticity::LinearForm L(V);
>   L.f = f;
>
> -  VariationalProblem problem(a, L, bcs);
> -
>   // Solve PDE (using direct solver)
>   Function u(V);
> -  problem.solve(u);
> +  solve(a==L, u, bcs);
>
>   // Plot solution
>   //plot(u, "displacement");
>
> === modified file 'demo/LinearElasticity/python/demo.py'
> --- demo/LinearElasticity/python/demo.py        2011-06-02 20:33:50 +0000
> +++ demo/LinearElasticity/python/demo.py        2011-08-23 06:31:40 +0000
> @@ -93,15 +93,15 @@
>  bcl = DirichletBC(V, c, Left())
>
>  # Set up boundary condition at right end
> -r = Rotation(element=V.ufl_element())
> +r = Rotation()
>  bcr = DirichletBC(V, r, Right())
>
>  # Set up boundary conditions
>  bcs = [bcl, bcr]
>
>  # Set up PDE and solve
> -problem = VariationalProblem(a, L, bcs)
> -u = problem.solve()
> +u = Function(V)
> +solve(a==L, u, bcs)
>
>  # Save solution to VTK format
>  vtk_file = File("elasticity.pvd")
>
> === modified file 'tests/cpp/mxpoisson_ex.gar.r'
> Binary files tests/cpp/mxpoisson_ex.gar.r       2009-04-02 07:52:45 +0000 and tests/cpp/mxpoisson_ex.gar.r      2011-08-23 06:31:40 +0000 differ
>
>