On Tue, 24 Feb 2009, Roy Stogner wrote:
> I think I'll make --enable-ghosted-vectors a configure option to
> make the code easier to play with while we're still not confident
> about it.
Quick update:
It's ./configure --enable-ghosted
It's not turned on by default or by --enable-everything
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On Wed, 18 Feb 2009, Roy Stogner wrote:
> I'm swamped right now. The next step is to reduce ex10 to a simpler
> case (maybe solving du/dt = 0 in nD with some non-zero ICs?) where I
> can step through the whole projection in gdb, but it's likely to be
> weeks before I can get to that.
I apparent
On Tue, 24 Feb 2009, Vijay S. Mahadevan wrote:
> I understand that all the developers are doing your PhDs
It's gotten worse than that now that the primary developers are all
graduated. E.g. the adaptive p refinement was something I did on a
lark as a break from my dissertation research. It's h
> There are higher order elements, just not higher order Lagrange
> elements; try the HIERARCHIC basis instead if you want C0 higher order
> polynomials. You can even do adaptive p refinement with them.
> (probably hp, too, but I wouldn't guarantee that's working)
Thanks for the quick reply. I di
On Tue, 24 Feb 2009, Vijay S. Mahadevan wrote:
> Are there any higher than second order Finite Elements in Libmesh ? I
> obviously do not see them in the class docs but just wondering if
> there was some trick to apply say a 5th order Lagrange basis to a
> QUAD4 elem. Then would Libmesh automatic
Hi,
Are there any higher than second order Finite Elements in Libmesh ? I
obviously do not see them in the class docs but just wondering if
there was some trick to apply say a 5th order Lagrange basis to a
QUAD4 elem. Then would Libmesh automatically create the extra dofs
needed to make this uniso
