Erdogan
Erdogan
Thank you for observing and mentioning this. I need to chew on this a bit.
It depends on the research question which method to use. But if you start with exploration, an unsupervised approach is always a good starting point. Try the package [clusteval](https://github.com/erdogant/clusteval/). Make...
Thank you for notifying. This warning/error seem to occur because of a new version of matplotlib when fontsize is set to 0. I update the code to prevent the warning/error....
Have you tried to use the colab notebook over [here](https://erdogant.github.io/pca/pages/html/Documentation.html#colab-notebook)? matplotlib.__version__ 3.7.1
Not yet implemented but maybe this [stackoverflow](https://stackoverflow.com/questions/7819498/plotting-ellipsoid-with-matplotlib) page is a good starting point. Or [this](https://notebook.community/pinga-lab/magnetic-ellipsoid/code/plot_ellipsoids) page.
If you did find a good solution for this, feel free to post it here. I can then also incorporate it into the library!
Looks not so good indeed. Not sure what exactly changed but if you can share your toy example, I will look into it
I updated to latest scipy and peakdetect again. Maybe this improves your results. update with `pip install -U findpeaks`
I released a new version where I now use the fork of peakdetct where I fixed the import issues. https://github.com/erdogant/findpeaks/releases `pip install -U findpeaks`
I understand your point but how would you then decide which point to take when combining multiple points?