I am using dealii version 9.1.1. The alternative you suggested has resolved
my issue.
Thank you,
Nikki
On Tuesday, March 9, 2021 at 4:16:36 AM UTC-5 Wolfgang Bangerth wrote:
> On 3/7/21 10:16 PM, Nikki Holtzer wrote:
> > Thank you for your input! That was my first attempt at tackling this.
>
On 3/7/21 10:16 PM, Nikki Holtzer wrote:
Thank you for your input! That was my first attempt at tackling this. However,
I run into problems with the line
for(const auto & face : cell-> face_iterators()).
No matter what member function I choose off of the DoFCellAccessor class
template referen
Thank you for your input! That was my first attempt at tackling this.
However, I run into problems with the line
for(const auto & face : cell-> face_iterators()).
No matter what member function I choose off of the DoFCellAccessor class
template reference, I get some version of the following:
On 3/7/21 9:00 PM, Nikki Holtzer wrote:
Yes, I have tried it. The problem I am having is with the 'face->boundary_id()
== 1' piece. I get an error which states that :
'face' was not declared in this scope.
The only other place that 'face' appears in my code is where I set the
boundary ids like
I am not completely sure what you want to accomplish, but I think the
following code should work for your purpose:
```
for(const auto & cell : triangulation.active_cell_iterators())
for(const auto & face : cell-> face_iterators())
if(face->at_boundary() && face->boundary_id() == 1)
//
Yes, I have tried it. The problem I am having is with the
'face->boundary_id() == 1' piece. I get an error which states that :
'face' was not declared in this scope.
The only other place that 'face' appears in my code is where I set the
boundary ids like the following:
triangulation.begin_acti
On 3/7/21 5:30 AM, Nikki Holtzer wrote:
For a 1d problem, I would like to implement a "boundary matrix" for an
absorbing boundary condition such as the one presented in Step 24 for only the
left boundary. Is it necessary to have the 'if' statement be a conditional
over faces like in Step 24 e
Hello everyone!
For a 1d problem, I would like to implement a "boundary matrix" for an
absorbing boundary condition such as the one presented in Step 24 for only
the left boundary. Is it necessary to have the 'if' statement be a
conditional over faces like in Step 24 even though it is a 1d prob
