Thank you very much. With those functions in DofTools I should be able to
do what I need.
Best,
David.
On Tuesday, 19 March 2019 17:41:32 UTC+1, Wolfgang Bangerth wrote:
>
> On 3/19/19 9:57 AM, David F wrote:
> >
> > I am not sure how to answer your question. I'm using a very basic a
> setup
On 3/19/19 9:57 AM, David F wrote:
>
> I am not sure how to answer your question. I'm using a very basic a setup
> equivalent to step-8. Therefore, I have a solution vector with final
> displacements where each entry corresponds to the displacement of a dof. My
> aim is to find the initial
Dear prof. Bangerth,
I am not sure how to answer your question. I'm using a very basic a setup
equivalent to step-8. Therefore, I have a solution vector with final
displacements where each entry corresponds to the displacement of a dof. My
aim is to find the initial position of the vertices
On 3/19/19 9:12 AM, David F wrote:
>
> I want to obtain the final position of the vertices (specifically, the
> vertices at the faces), i.e., the deformed configuration. I think that a way
> of doing this is by creating a set of points and using fe_values to
> extrapolate the solution to those
Hi all,
I want to obtain the final position of the vertices (specifically, the
vertices at the faces), i.e., the deformed configuration. I think that a
way of doing this is by creating a set of points and using fe_values to
extrapolate the solution to those points. However, I don't like the
