It seems my images were not rendered -- here they are in order as
attachments.
On Thu, Dec 17, 2020 at 10:56 PM Corbin Foucart
wrote:
> I have a problem with direction-dependent diffusion (that is, the
> diffusivity \nu depends on the derivative direction but not spatial
> location) such that
I have a problem with direction-dependent diffusion (that is, the
diffusivity \nu depends on the derivative direction but not spatial
location) such that the horizontal diffusivity and vertical diffusivity are
different, leading to a Laplacian as follows:
I am discretizing the problem with a
Thanks for the information. Unfortunately I am more interested in the
second case, so I will look around for examples of the mortar
element/master slave approach.
Alex
On Thursday, December 17, 2020 at 2:11:14 a.m. UTC+1 Wolfgang Bangerth
wrote:
>
> > I am considering switching to deal.II
On 12/17/20 12:54 PM, Daniel Arndt wrote:
in the CMakeLists.txt for your project.
In other words, you don't need to do anything about deal.II itself at all
unless you plan on modifying deal.II to use these external libraries.
Best
W.
--
Animesh,
Assuming that the packages export CMake configurations you can just do a
standard
find_package(Spectra REQUIRED)
target_link_libraries(my_project Spectra::Spectra)
in the CMakeLists.txt for your project.
Best,
Daniel
Am Do., 17. Dez. 2020 um 14:19 Uhr schrieb Animesh Rastogi IIT
Dear deal.II community
I would like to use some external libraries such as Eigen and Spectra in
dealii for one of my projects. These are both header-only C++ libraries.
Could someone please tell me about how to integrate these libraries
(installed in my system) with dealii? What changes do I
Hi Wolfgang, Bruno and all community members,
My apologies for a delayed reply as I was pondering on a good way to
replicate the problem without bogging you down with the unnecessary
dependencies in my program. So what I come up with is to adapt the step-22
by adding a particle handler object
Hi Bruno,
Thank you for your reply.
Vishal and me are collaborating on implementing hybrid functionals in the
DFT-FE code, with Vishal taking the lead on this project. Our exploration
of the GPU ported matrix-free poisson solve in GPU is in that context. I
did take a look at the
