WONAMBI

Package for the analysis of EEG, ECoG and other electrophysiology modalities. Allows for visualization of the data and sleep stage scoring in a GUI. Provides automatic detectors for spindles and slow waves.

Features

Can read files of format:
- Axon (.abf, ABF2 only)
- BCI2000 (.dat)
- Blackrock (.nev, .ns2, .ns3, .ns5)
- Brain Vision (.vhdr, .vmrk, .eeg / .dat)
- EEGLAB (.set, .set / .fdt)
- European Data Format (.edf)
- EGI MFF (.mff)
- Fieldtrip (.mat)
- mne FIFF (.fiff)
- SystemPlus Micromed (.trc)
- Moberg (“EEG,Composite,SampleSeries,Composite,MRIAmp,data”)
- openephys (.continuous, .openephys)
- BIDS-formatted data file
Interface for Sleep Scoring
Computes frequency analysis (spectrogram), time-frequency analysis (short-time spectrogram, Morlet wavelet)
Detection of spindles and slow waves
Pure Python

Installation

Install wonambi by running:

pip3 install wonambi

See Installation for details

If you want to scroll recordings and do some sleep scoring (requires PyQt5)

wonambi

Run it!

From the command line, simply type:

wonambi

To open a dataset directly, add the full path to the file you want to open:

wonambi /home/me/sleep_recordings.edf

Documentation

See Documentation

Change Log

See Change Log

Requirements

Python 3.6 or later
numpy
scipy

Optional Requirements

PyQt5 (optional for sleep scoring GUI)
python-vlc (optional, to watch embedded movies)
vispy (optional to plot 3D brain surfaces and electrodes)
h5py (optional to read FieldTrip Matlab files)
mne (optional, to export to mne FIFF files)
nibabel (optional to read freesurfer)
tensorpac (optional to run phase-amplitude analysis, tensorpac version should be 0.5.6)
fooof 1.0 (optional to run parametrization of power spectra)

Status

https://travis-ci.com/wonambi-python/wonambi.svg?branch=master

License

The project is licensed under the 3-clause BSD license.