Hi,
I am currently doing the work about vtk unstructured data using libmesh. But I
found that vtk_io just provided some functions about mesh, and the point data
was not used.
For example, in exodusII_io, there is a function copy_nodal_solution() which
can be called for further obtaining the n
Hi
I installed libmesh with the following configure options
./configure --prefix=/nobackup/vjayara1/codes/dtkmesh --enable-tecplot
--enable-trilinos --enable-dtk
--with-trilinos=/nobackup/vjayara1/codes/trilinos_install
--with-dtk=/nobackup/vjayara1/codes/trilinos_install
--enable-default-co
On Wed, 15 Jun 2016, Cody Permann wrote:
> I'm afraid not, even restricting the conversation to active elements.
> Only active neighbors on sides get their dofs ghosted, but point
> neighbors are still kept as semilocal elements.
>
> Well this is good news. This means that this
On Wed, Jun 15, 2016 at 4:29 PM Roy Stogner
wrote:
>
> On Wed, 15 Jun 2016, Cody Permann wrote:
>
> > I'm running into what appears to be either a bug or a misunderstanding on
> > my part. I'm trying to run a 3D adaptive simulation for the first time
> on a
> > phase-field problem and running int
On Wed, 15 Jun 2016, Cody Permann wrote:
> I'm running into what appears to be either a bug or a misunderstanding on
> my part. I'm trying to run a 3D adaptive simulation for the first time on a
> phase-field problem and running into problems accessing elemental DOFs that
> I thought that I owned
I'm running into what appears to be either a bug or a misunderstanding on
my part. I'm trying to run a 3D adaptive simulation for the first time on a
phase-field problem and running into problems accessing elemental DOFs that
I thought that I owned but apparently whose values are not in the PETSc
v
