I see. Many thanks, Roy!
On Mon, Dec 12, 2016 at 9:40 AM, Roy Stogner
wrote:
>
> On Thu, 8 Dec 2016, Xinzeng Feng wrote:
>
> Thanks, Roy! I will avoid hanging nodes definitely. Just to make sure,
>> what you're suggesting is the following, right?
>> for it_node
>> n = n_nodes-distance(it_n
On Thu, 8 Dec 2016, Xinzeng Feng wrote:
Thanks, Roy! I will avoid hanging nodes definitely. Just to make sure, what
you're suggesting is the following, right?
for it_node
n = n_nodes-distance(it_node, it_node_end);
displacement(0) = (*system.solution)(3n);
displacement(1) = (*sy
Thanks, Roy! I will avoid hanging nodes definitely.
Just to make sure, what you're suggesting is the following, right?
for it_node
n = n_nodes-distance(it_node, it_node_end);
displacement(0) = (*system.solution)(3n);
displacement(1) = (*system.solution)(3n+1);
displacement(2) =
On Thu, 8 Dec 2016, Xinzeng Feng wrote:
> I have a problem which needs information on both initial and deformed
> meshes. To be short, can someone tell me how to map a mesh or an element
> according to the calculated displacement in libMesh? Thanks!
Looping over nodes and adding the specified di
Hi,
I have a problem which needs information on both initial and deformed
meshes. To be short, can someone tell me how to map a mesh or an element
according to the calculated displacement in libMesh? Thanks!
Xinzeng
--
Xinzeng Feng, Ph.D.
Institute for Computational Engineering and Sciences, Po
