Dear all,
I am running step-17 by mpirun, it returns the error message below:
**
Exception on processing:
An error occurred in line <69> of file
Dear Daniel,
Thank you very much! It solves my question!
Best wishes,
Yuesu
On Sun, Jul 26, 2020 at 5:55 PM Daniel Arndt wrote:
> Yuesu,
>
> Have a look at FEFieldFunction (
> https://www.dealii.org/current/doxygen/deal.II/classFunctions_1_1FEFieldFunction.html)
> for the case that the interpo
Pascal,
Originally, I only knew Trilinos because I used the distributed matrices and
vectors in my application. I also knew that there is a configuration of
trilinos to make complex numbers available in all packages that support it.
However, from what I can tell, that only effects Tpetra data
Yuesu,
Have a look at FEFieldFunction (
https://www.dealii.org/current/doxygen/deal.II/classFunctions_1_1FEFieldFunction.html)
for the case that the interpolation points don't coincide with support
points for nodal elements.
Otherwise, you can use DoFTools::map_dofs_to_support_points (
https://www
Dear all,
I am working on an elastic wave simulation code which needs to set up
receivers on the surface boundaries to record the waveform. In this case,
how can I link the point coordinate with the dof handlers and extract
values from the solution vector? Thank you!
Best regards,
--
Yuesu Ji
The documentation states that Tpetra supports
- MPI
- Shared memory parallelization: (OpenMP, CUDA, Posix)
and:
Scalar: A Scalar is the type of values in the sparse matrix or dense
vector. This is the type most likely to be changed by many users. The most
common use cases
are float, double, s
Hi Wolfgang,
here is what I found out about the topic:
Originally, I only knew Trilinos because I used the distributed matrices
and vectors in my application. I also knew that there is a configuration of
trilinos to make complex numbers available in all packages that support it.
However, from
