Data Loading and Saving

Readers and writers for EEG datasets, channel locations, and MNE interchange.

eegprep.cart2topo(x, *args)	Convert XYZ Cartesian coordinates to polar topoplot coordinates.
eegprep.chancenter(x, y, z[, center])	Return XYZ coordinates centered around a known or fitted sphere center.
eegprep.convertlocs(chans[, command, verbose])	Return channel locations with requested coordinate fields filled in.
eegprep.coregister(chanlocs1[, chanlocs2, ...])	Coregister one electrode montage to another without opening a GUI.
eegprep.decodechan(*args, **kwargs)	Wrap eeg_decodechan.
eegprep.eeg2mne(*args, **kwargs)	Wrap eeg_eeg2mne.
eegprep.eeg_decodechan(chanlocs, chanstr[, ...])	Resolve channel identifiers to 0-based indices and labels.
eegprep.eeg_eeg2mne(EEG)	Convert EEG data structure to MNE Raw object.
eegprep.eeg_mne2eeg(raw)	Convert MNE Raw object to EEG data structure.
eegprep.eeg_mne2eeg_epochs(epochs, ica)	Convert MNE epochs with ICA to EEGLAB dataset format.
eegprep.floatread(filename, size[, format, ...])	Read a binary float32 matrix using MATLAB/EEGLAB column ordering.
eegprep.floatwrite(data, filename[, format, ...])	Write a matrix as float32 values using MATLAB/EEGLAB ordering.
eegprep.loadset(file_path)	Load EEGLAB dataset from file (alias for pop_loadset).
eegprep.mne2eeg(*args, **kwargs)	Wrap eeg_mne2eeg.
eegprep.mne2eeg_epochs(*args, **kwargs)	Wrap eeg_mne2eeg_epochs.
eegprep.readeetraklocs(filename)	Read a simple EETrak/ASA .elc location file.
eegprep.readegilocs(EEG[, fileloc])	Return EEG with EGI channel locations from packaged montages.
eegprep.readelp(filename)	Read a Polhemus .elp electrode-position file.
eegprep.readlocs(filename, *args[, ...])	Read a channel-location file or structure into EEGPrep dictionaries.
eegprep.saveset(*args, **kwargs)	Wrap pop_saveset.
eegprep.snapread(filename[, seekframes, ...])	Read a SnapMaster .SMA file into data, params, events, and header.
eegprep.writelocs(chans, filename, *args, ...)	Write channel locations to an EEGLAB-compatible text file.