eelbrain.datasets.get_mne_sample

eelbrain.datasets.get_mne_sample(tmin=-0.1, tmax=0.4, baseline=(None, 0), sns=False, src=None, sub="modality=='A'", ori='free', snr=2, method='dSPM', rm=False, stc=False, hpf=0, proj=True, fsaverage=False)

Load events and epochs from the MNE sample data

Parameters:

  • tmin (float) – Relative time of the first sample of the epoch.

  • tmax (float) – Relative time of the last sample of the epoch.

  • baseline (Tuple[float | None, float | None] | None) – Period for baseline correction.

  • sns (bool | Literal['eeg', 'mag', 'grad']) – Add sensor space data as NDVar as ds['meg'] (default False). Set to 'grad' to load gradiometer data.

  • src (Literal[False, 'ico', 'vol']) – Add source space data as NDVar as ds['src'] (default False).

  • sub (str) – Expression for subset of events to load. For a very small dataset use e.g. [0,1].

  • ori (Literal['free', 'fixed', 'vector']) – Orientation of sources.

  • snr (float) – MNE inverse parameter.

  • method (str) – MNE inverse parameter.

  • rm (bool) – Pretend to be a repeated measures dataset (adds ‘subject’ variable).

  • stc (bool) – Add mne SourceEstimate for source space data as ds['stc'] (default False).

  • hpf (float) – High pass filter cutoff.

  • proj (bool) – Add projectors.

  • fsaverage (bool) – Morph data to FSAverage template brain.

Returns:

ds – Dataset with epochs from the MNE sample dataset in ds['epochs'].

Return type:

Dataset