Dear Shahab,
I think the best solution (I might be wrong) is to loop through the
boundary faces and acquire the DOF indices that lie on a boundary face. You
could then store them in an std::map or a similar structure that prevents
data duplication.
You can create a vector and store the dof
Dear all,
I want to find all the vertices located on boundaries. It seems the
function at_boundary() does not work for vertices (points). Do you have any
suggestions how to obtain all the vertices located on the boundaries?
Best,
Shahab
--
The deal.II project is located at
Thanks, Professor Wolfgang and James Gorman.
I will try learning deal ii from the steps presented on the website.
Regards
Ajith
On Thu, Apr 30, 2020 at 7:06 PM James Gorman
wrote:
> I talked with Greg, and it does not appear to they plan on updating the
> material. I am using it as just
I talked with Greg, and it does not appear to they plan on updating the
material. I am using it as just another source for examples of how to use
deal.ii, but doing any examples and problem solving in the most-recent
version of deal.ii.
James
On Tuesday, April 28, 2020 at 11:38:44 PM UTC-4,
