Thanks John,
So if we don't need to worry about the index there. May be it is a good
idea to get ride of the index in the comments. Since c++ will automatically
number them.
I just found there are several virtual functions in the Elem class mainly
focus on 2nd order element. Why those appear in
2012/8/24 Roy Stogner :
>
> On Fri, 24 Aug 2012, Geordie McBain wrote:
>
>> Hello. The two links to adjoint examples at
>> http://libmesh.sourceforge.net/examples.php point instead to
>> adaptivity. I think the attached patch should fix it.
>
>
> I've committed and uploaded this, as well as your
On Mon, 27 Aug 2012, Lei Shi wrote:
I'm pretty new to this project. thanks for your fabulous job. I want
to implement a hp-adaptive dg solver based on libmesh. So I read
that famous paper, libMesh: A C++ Library for Parallel Adaptive Mesh
Refinement/Coarsening Simulations. However, it mentioned
On Mon, 27 Aug 2012, Geordie McBain wrote:
> Here's another small patch catching another couple in adjoints_ex1.C.
>
> The previous patch also edited the doc/html/*.php,
Thanks again!
> but I gather that's done automatically somewhere outside the svn
> source tree, so I've omitted that this tim
Dear Roy,
Thanks a lot. It really helps. We should add those comments to the wiki and
keep it updated.
So there is no class support Lagrange based discontinuous polynomial space?
If the answer is no, I think it is pretty easy to add one. Just need the
shape function and the DOF locations.
About
On 08/27/2012 04:41 PM, Lei Shi wrote:
So there is no class support Lagrange based discontinuous polynomial
space? If the answer is no, I think it is pretty easy to add one. Just
need the shape function and the DOF locations.
I added a discontinuous Lagrange FE type earlier this year: L2_LAGR
On Mon, 27 Aug 2012, David Knezevic wrote:
> On 08/27/2012 04:41 PM, Lei Shi wrote:
> So there is no class support Lagrange based discontinuous polynomial
> space? If the answer is no, I think it is pretty easy to add one.
> Just need the shape function and the DOF locations.
>
> I
On Mon, 27 Aug 2012, Lei Shi wrote:
> So there is no class support Lagrange based discontinuous polynomial
> space? If the answer is no, I think it is pretty easy to add one.
> Just need the shape function and the DOF locations.
I'd forgotten that David had added this, but in any case we'd need
