Hello,
I would like to implement enrichment functions of this type: f(x-xo) where
xo is a user defined point. It could be the center of the cell or the dof
coordinate.
I would like a suggestion about how to implement this, because I do not see
how to pass it in the constructor since it is not a
On 10/31/2017 12:12 PM, Bruno Turcksin wrote:
The above code seems to output the "ERROR" statement in this code, which
means the GridTools::find_active_cell_around_point() will return a
different cell.
It is understandable that to return the cell that a vertex belongs to is
a
Hello Bruno,
I have opened a github issue, https://github.com/dealii/dealii/issues/5367.
Also attached a test code in that webpage.
Best,
Yiyang
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Yiyang,
On Tuesday, October 31, 2017 at 10:56:00 AM UTC-4, Yiyang Zhang wrote:
> The above code seems to output the "ERROR" statement in this code, which
> means the GridTools::find_active_cell_around_point() will return a
> different cell.
> It is understandable that to return the cell that a
Thanks for compiling the newer version of .dmg file, Timo. I tried
compiling 8.5.1 .tar.gz file, but make failed on that as well with newer
versions of MacOS. I look forward to your .dmg file.
Regards,
Pawan
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template
void SharedTria::test_local_vertex() {
for(auto cell = this->tria.begin_active(); cell != this->tria.end(); ++
cell){
if(cell->is_locally_owned()){
for(auto i = 0; i::vertices_per_cell; ++i
){
auto located_cell = GridTools::
find_ac
Felix,
2017-10-31 7:07 GMT-04:00 Felix :
>
> However, what I would try is to use gmsh to directly produce a mesh of
>> quadrangles.
>>
>
> Do you mean that I should avoid this "iso.msh" (consist of triangles) and
> directly construct the isosurface consisting of quadrangle and save it as
> .msh?
Hi Timo,
Thank you for your answer, this sounds really good!
I tried to use the class, but I still have some Problems. In the example
you are just transferring an integer variable. Is it also possible to
transfer a whole CellDataStorage element (or at least some packed vector
with ist elements)
Hi Jean-Paul,
Thank you for your answer!
I have a truly discontinuous case, the case you mentioned with internal
yield variables. Do you think it will be easier to use the method Timo
mentioned "from scratch" or will it be easier to copy the source files of
ContinuousQuadratureDataTransfer clas
> However, what I would try is to use gmsh to directly produce a mesh of
> quadrangles.
>
Do you mean that I should avoid this "iso.msh" (consist of triangles) and
directly construct the isosurface consisting of quadrangle and save it as
.msh?
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