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Hi!
I'm using MATLAB R2023a and Python 3.9.
I've successfully obtained the FOOOF results using the fooof_mat wrapper.
My colleague mentioned that they can extract the pure periodic components without the aperiodic components using Python. I'm curious if there are any methods to achieve the same in MATLAB, as I'm not very proficient in Python.
Thank you for your time in advance.
The text was updated successfully, but these errors were encountered:
Hey @thisistianjing - the matlab wrapper here does support getting the model fit - you can get the full model fit and aperiodic fit in the fooof_get_model function. I'm not sure why I didn't add the periodic fit there (ooops), but you should be able to recalculate it by subtracting the aperiodic fit from the periodic fit.
More generally, this wrapper is a fairly minimal wrapper to fit the model and get the model parameters, so not everything in the python toolbox is available. In general, it should be fairly straight-forward to extend it to get other features, if you want to try and do that.
Hi!
I'm using MATLAB R2023a and Python 3.9.
I've successfully obtained the FOOOF results using the fooof_mat wrapper.
My colleague mentioned that they can extract the pure periodic components without the aperiodic components using Python. I'm curious if there are any methods to achieve the same in MATLAB, as I'm not very proficient in Python.
Thank you for your time in advance.
The text was updated successfully, but these errors were encountered: