> I think that with the H curl conforming element like FeNedelec or
> FeNedelecSZ,
> my solution vector has continuous tangential component, isn't it?
Yes.
> Thus, Is there some where I can see my vector solution is discontinuous? Can
> I
> check it by visualization?
Yes, you can do
Thank you very much for your guidance.
I think that with the H curl conforming element like FeNedelec or
FeNedelecSZ, my solution vector has continuous tangential component, isn't
it?
Thus, Is there some where I can see my vector solution is discontinuous?
Can I check it by visualization?
I think
On 3/18/19 4:14 AM, Daniel Arndt wrote:
>
> VectorTools::point_value() does more or less the same you are doing above
> manually, i.e. calling GridTools::find_active_cell_around_point() and then
> initializing a FEValues object for evaluating the given finite element
> vector.
Specifically,
>
> [...]
>
1. When evaluating point is on the vertex of a cell, this means that there
> should be several cells in 3D have this vertex.
> Thus, my first question is the function :
>
> const std::pair::active_cell_iterator, Point>
> cell_point =
I highly appreciate all of your answers. It becomes clearly for me to look
through the library.
Let me show all of my function and my ideas below.
I set the point for evaluating its solution to be on the vertex of a cell,
and using the following function to get the solution
template
void
On 3/14/19 1:28 AM, Phạm Ngọc Kiên wrote:
>
> So for the first function
> VectorTools::point_value(dof_handler,solution,point,values);
> I can specify the observed point in real coordiante, solution vector and
> dof_handler to get the values, right?
Correct.
> For the second one, assuming
Dear Pham,
When you use the FEValuesExtractors in conjunction with the FEValues class
using the operator[] like you’ve done here
> fe_values[vector_re]
then what is returned is an FEValuesViews type object. Since your vector_re
extractor is of type FEValuesExtractors::vector, the returned
Thank you very much for your answer.
So for the first function
VectorTools::point_value(dof_handler,solution,point,values);
I can specify the observed point in real coordiante, solution vector and
dof_handler to get the values, right?
For the second one, assuming that I am using QGauss for
Thank you very much for your answer.
So for the first function
VectorTools::point_value(dof_handler,solution,point,values);
I can specify the observed point in real coordiante, solution vector and
dof_handler to get the values right?
For the second one, assuming that I am using QGauss for
On 3/13/19 8:21 PM, Phạm Ngọc Kiên wrote:
> I am testing my codes for output the solution at a point in my numerical
> model.
> I saw in the library 2 ways to do this task. The first one is to use
> VectorTools::point_value() function and the second one is
> fe_values.get_function_values().
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