Data for: Intracranial entrainment reveals statistical learning across levels of abstraction

The following submission contains the data reported from the manuscript
"Intracranial entrainment reveals statistical learning across levels
of abstraction". The dataset was obtained from 8 neurosurgical
patients who had intracranially implanted electrodes for seizure
monitoring. Intracranial EEG (iEEG) data were recorded while the patients
viewed a rapid stream of scene images. In the Category-Level Structured
condition, patients viewed a series of trial-unique scene images, in which
the categories of scenes were paired across repetitions (e.g., images of
beach always followed by images of canyons). In the Exemplar-level
Structured condition, participants viewed a sequence of 6 repeating scene
images (from non-overlapping scene categories), which were paired across
repetitions (e.g., image A always followed by image B). In the baseline
Random condition, participants again viewed a sequence of 6 repeating
scene images, but the images were presented in a random temporal order.
Each image was presented for 250 ms, followed by a 250 ms
inter-stimulus-interval period. The data presented here contain the raw
iEEG data from the 8 patients during these task conditions, as well as
information about the anatomical placement of their electrodes.