I figured it out, I had to make certain that the loop appears after
segments of the code dealing with the initialization and problem setup.
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Sorry, in the code I was comparing
*mesh.n_nodes_on_proc()*, not the elements*. *
I messed up when copy and pasting in the email. Thus, in the code I'm still
having trouble.
- Namu​
On Mon, Aug 24, 2015 at 6:08 PM, namu patel wrote:
> Hello Everyone,
>
> In my code, I am trying to loop over al
Hello Everyone,
In my code, I am trying to loop over all the local nodes and then sum them
up to make sure that the all the nodes are accounted for. To do so, I am
using a simple loop:
*int num_nodes = 0; *
*for (MeshBase::node_iterator n_it = mesh.local_nodes_begin(); n_it !=
mesh.local_nodes_en
If you look at nemesis_io_helper, you will see a few places in there where
we build up lists of all nodes connected to any local elements...
Like Roy said... I don't think there is a generic predicate that could be
made that would be useful in the library. When you are needing to do
something lik
> Do you want all nodes attached to active local elements?
Or all nodes attached to "semilocal" elements?
Or all nodes containing ghosted degrees of freedom?
I think what I need is the first (all nodes attached to active local elements)
at one point in my program and the second (all nodes attache
On Tue, 20 Dec 2011, Vetter Roman wrote:
> what would be the easiest way of looping over all locally available nodes,
> including ghosted ones? The local_node_begin() and end() iterators don't seem
> to include ghosts...
They don't. There's not actually any simple predicate that includes
ghos
Hello libMesh users
what would be the easiest way of looping over all locally available nodes,
including ghosted ones? The local_node_begin() and end() iterators don't seem
to include ghosts...
Thanks,
Roman
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