Fig 1.
Illustrative frames from the six shots in the 12 second clip of the film “Moonraker” [42].
Fig 2.
Each graph represents the proportion of participants who reported a critical idea over Shots 4–6 in the Context and No-context viewing conditions.
Circus/Tent/Building = mention the circus tent or other building; Land on Circus/Tent = mention of landing on the circus or building.
Table 1.
Frequency of participants that reported the critical thought between the Context and No-context viewing conditions.
Fig 3.
Percentage of participants who perceived new events in Shots 1–6 in the Context and No-context viewing conditions.
Table 2.
Frequency of events perceived for each shot in the Context and No-context conditions.
Fig 4.
Similarity in gaze distribution as a function of viewing condition + inference group (No-context + No-inference [blue], No-context + Inference [red] and Context + Inference [green], Shuffled Baseline [black] conditions) and Shot (1–6).
Gaze similarity is calculated relative to the Context + Inference group. Similarity is expressed as z-scored probabilities relative to the mean Context + Inference group gaze probability distribution. Values below zero indicate less attentional synchrony than the mean for the Context + Inference group; values above zero indicate higher attentional synchrony than the mean. Error bars indicate +/- 1 standard error across individuals for each frame.
Fig 5.
Similarity in gaze distribution as a function of the viewing condition + inference group (the No-context + No-inference [blue], No-context + Inference [red] and Context + Inference [green] conditions) and Shot (1–6).
Similarity is expressed as z-scored probabilities relative to the Context + Inference baseline gaze probability distribution. Larger values indicate greater attentional synchrony, while lower values indicate less attentional synchrony.
Fig 6.
Mean foveation probability as a function of the viewing + inference condition (the No-context + No-inference [blue], No-context + Inference [red] and Context + Inference [green], Shuffled Baseline [black] conditions) and Shot (1–6).
Error bars represent the standard error.