On 10/23/2017 08:25 PM, Juan Carlos Araujo Cabarcas wrote:
Thanks for the quick answer!
My problem is the scalar wave equation and the boundary conditions are simple
homogeneous Dirichlet. Before starting with hp I was successfully using
|ZeroFunction(). |How would this "/map taking a types::bo
Thanks for the quick answer!
My problem is the scalar wave equation and the boundary conditions are
simple homogeneous Dirichlet. Before starting with hp I was successfully
using ZeroFunction(). How would this "*map taking a types::boundary_id
and a Function object*" look like?
Any step in the
Lev,
How many processors did you use when you compiled deal.II? The compiler may
run out of memory and hit an internal error if you use too many processor.
Can you try again using only one processor.
Best,
Bruno
On Monday, October 23, 2017 at 9:07:40 PM UTC-4, Lev Karatun wrote:
>
> Hi everyo
On 10/23/2017 01:48 PM, Ehsan wrote:
In the Step-14, I would like to compare the different refinement
criteria; Therefore I changed the mesh refinement criterion variable in
the main program.
But when I run the code, it only gives the point values and doe not
calculate |J(e)|.
Can you pleas
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Juan
[...]
>
>static std::map bval;
> VectorTools::interpolate_boundary_values (mapping_collection,
> dof_handler, ZeroFunction(), bval);
>
> and I get the following error:
>
> [100%] Building CXX object CMakeFiles/pFEM.dir/pFEM.cc.o
> /home/ju4nk4/jc/codes/adaptivity/disk_pFEM/pFEM.cc:
Juan,
there is only one version of interpolate_boundary_values with
MappingCollection and it requires the third argument to be a std::map
instead of a single function. Might this be the error message you are
getting?
On Mon, Oct 23, 2017 at 3:08 PM, Juan Carlos Araujo Cabarcas
wrote:
> Dear al
Hello,
In the Step-14, I would like to compare the different refinement criteria;
Therefore I changed the mesh refinement criterion variable in the main
program.
But when I run the code, it only gives the point values and doe not
calculate |J(e)|.
Can you please guide me to solve this problem.
Dear all,
I would like to reproduce step-27 for a curved domain instead of the given
domain.
For this, I would like to make use of a MappingCollection.
I am having problems using interpolate_boundary_values, suggested in:
https://www.dealii.org/8.5.0/doxygen/deal.II/namespaceVectorTools.html#a0
