Tissot11
Tissot11
> Also for the particle merging to be efficient, you need to know what the distribution of your macro particles in your most populated patches/cells look like. I'm still convinced...
Sorry! This is a redacted version and I forgot that I still use these parameters later in the diagnostic [namelist.py.txt](https://github.com/user-attachments/files/15548380/namelist.py.txt)
@beck-llr , so should I change the cell_load for simulations? I never set it up in my simulations. As @mccoys says something automatic to reduce load imbalance would be useful...
I was wondering if there is any relevant info you would want to share at this stage?
> Dear @Tissot11, > > Thank you for summarizing your issues. > > So far, I only looked at the first case. You have done a mistake in the namelist....
> For the case 2, I observe as well the reflection although I cannot explain why. However, it is normal that you do not have the spike at the left...
> > > Dear @Tissot11, > > > Thank you for summarizing your issues. > > > So far, I only looked at the first case. You have done a...
> > > For the case 2, I observe as well the reflection although I cannot explain why. However, it is normal that you do not have the spike at...
> I am still surprised by the behavior of the case 2. I don't understand this reflection and moreover it seems independent from the injection because when I switch it...
> Here is the explanation that I found for this reflection at the right boundary. > > As there is some randomness in positions and momenta, electrons and ions will...