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The more I dig into the Elmer code base and the more I use the tool, the more I'm surprised that the development team is dealing with massive issues that is taking a lot of their time and effort. For …
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I wanted to plot deformation, but the only way I found to do this was using plot_nodal_solution(). But this allways uses a colorcoded overlay to show additional information (e.g. UX deformation). Is t…
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### Description of the feature
Hello,
is there a feature that extracts the pressure surfaces from a model ?
It seems that I can get le pressure named selection with metadata.meshed_region..availa…
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### Description
Some commands such ``*GET``, ``TB`` and many more have very long documentation in the command reference. I feel like, it is very long. Some Note sections cover all the possible conf…
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# Table of content
Details (Outdated)
- [ ] [FileNotFoundError: [Errno 2] No such file or directory: '/home/mapdl/jobs/_input_tmp_raogmswesq_.out' (1f7414ef3dba66422310628befe8919b5c931cb531e1…
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Is it possible to extract only nodal contact forces by using dpf?
I've succeeded for the contact pressure but it seems not possible to extract forces easily?
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After seeing #1149 , I thought we could use something similar:
```py
'N,1,1,1' > mapdl # instead of mapdl.run('N,1,1,1')
```
and maybe:
```py
"input.dat" >> mapdl # instead of mapdl.input("inp…
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### Discussed in https://github.com/pyansys/pymapdl/discussions/1411
Originally posted by **hawkoli1987** August 26, 2022
Dear All,
I am trying to generating a random range of 2D shapes in …
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Is it possible to load/get a model or the results directly after solving something with pymapdl, or is it neccessary to load the results from a file?
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Not sure if this is a good idea. I find the handling of real constants and keyopts a big hassle, esp. as they are different for each element type. So why not use objects to handle this? Something like…