(a) Given the voxel by time pattern of responses evoked by the movie clip on each viewing (darker colors indicate higher levels of activity), our goal is to model all viewings as a series of …
(a) Multiple regions exhibited shifts in event timing between initial and repeated viewings, with event transitions shifting earlier in time with subsequent viewings. Across the brain, anticipation …
This figure shows the same analysis as in Figure 2a, but without statistical thresholding. The posterior-to-anterior hierarchy of anticipation persists in this unthresholded map (Spearman’s rho = 0.4…
This figure shows the same analysis as that in Figure 2, except that the first viewing is compared to the last (6th) viewing only.
(a) This map depicts the optimal number of events in each brain region that shows statistically significant anticipation (i.e., masked by regions shown in Figure 2a). The optimal number of events …
Cross-correlations were conducted between the activity timecourse of a given region for the first movie viewing and the average of the subsequent movie viewings. The regions depicted showed …
Dotted lines demarcate events and phrases between the lines are brief titles given by one participant to describe each event. (Frames in this figure have been blurred to comply with copyright …
The number of boundary annotations at each second of the movie clip (in gray) was convolved with a hemodynamic response function (HRF) to produce a continuous measure of boundary strength (black …