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**We need this because:**
User wants to check the finite element prior to running the analysis.
With the API, the FE model objects (nodes, bar, faces) are available only after a runned analysis.
**W…
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Right now it is extremely difficult to reuse the code in these classes for other problem types, boundary conditions, etc.
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### Discussed in https://github.com/d3/d3/discussions/3907
Originally posted by @tsairinius August 29, 2024
In the following example, I am calling d3.pointer inside of a 'zoom' event handler. …
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Seemingly, Checkpointing might be causing me to get an incorrect derivative with Enzyme. In [this folder](https://github.com/swilliamson7/ShallowWaters.jl/tree/zannabolton/wrong_derivative_bug) I have…
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In sage 9.3, raising an integer to a finite-field element in some cases coerces the **base** into the finite field. I think the correct behaviour should be to throw an error, or attempt to interpret…
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### Captchas
- [X] I have read the instructions.
- [X] I have searched existing issues and avoided creating duplicates.
- [X] I am not filing an enhancement request.
### What happened?
Whenever I r…
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When doing something like this:
```
#include
#include
int main()
{
constexpr int dim = 2;
dealii::FE_Hermite finite_element(1); // does not implement restriction/prolongation
std::cout…
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Concept introduction along with type traits formalization is required.
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I am interested in solving electromagnetics problems in 2D, with E field in H(curl) and B field in L2. The CurlInterpolator requires that the L2 space use MapType==INTEGRAL. But other parts of MFEM e.…
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I want to couple the SPH and finite element menthods by using DualSPHysics and Chrono.Whether it can be successful or not?What literature can I refer to?
Thanks in advance!