Hi all,
I am brand new to deal.II, so please excuse me if this question has an
obvious answer.
So far, I am quite enjoying the library and working through the different
Step tutorials.
I've been working through Step-47 and in particular am trying to better
understand the MeshWorker class.
On 5/7/24 00:46, Vinayak Vijay wrote:
I am trying to assemble a system using
the AffineConstraints::distribute_local_to_global(...) function as per the
following code snippet:
constraints.distribute_local_to_global(cell_matrix_multiplier01,
local_dof_indices,
dof_indices_multiplier,
system_m
Hello,
I am trying to assemble a system using
the AffineConstraints::distribute_local_to_global(...) function as per the
following code snippet:
constraints.distribute_local_to_global(cell_matrix_multiplier01,
local_dof_indices,
dof_indices_multiplier,
system_matrix_network.block(0, 1));
Howev
Max,
the problem is that GridGenerator::extract_boundary_mesh doesn't
support the volume mesh to be an object of type
parallel::distributed::Triangulation.
This just isn't implemented yet. Do you actually need the input volume
mesh to be distributed?
Best,
Daniel
On Mon, May 6, 2024 at 12:06 PM
Martin,
I'm not sure what happened to my previous reply, it seems to have been
deleted somehow.
I haven't been able to implement the 1D version of this method in deal.ii
yet, but I did do a prototype in Julia which leads me to believe it's
simpler than I anticipated. However, one important det
Dear all,
in the course of my master thesis at the TU Dortmund I came across Deal.II
while searching for a boundary element method. Is it possible to change the
BEM explained in Step-34 to use it parallelised?
I have already tried to make some changes using Step-40. This includes
replacing the s
