When describing higher-codability events, speakers showed only a small preference

for the agent over the patient, and properties of the agent were weak predictors of the magnitude of this preference. In lower-codability events, on the other hand, the pattern of early fixations was primarily determined by Agent codability: speakers shifted their attention very rapidly to “easy” agents and away from “hard” www.selleckchem.com/products/at13387.html agents. As in Experiment 1, this result suggests that speakers attempted to select a starting point based on character accessibility when they could not easily select a starting point based on their construal of the gist of the event. It also extends Kuchinsky and Bock’s (2010) observations about the influence of relational factors on selection of starting points to the timecourse of sentence formulation. The benefits of early encoding of event gist carried over to later time windows as well. In

higher-codability events, speakers directed their attention to the agent relatively quickly after 400 ms. By comparison, the strong preference to fixate the agent in lower-codability events before 400 ms resulted in a less consistent pattern of fixations: rapid shifts of attention to the agent within 400 ms of picture onset were followed by an extended time window ATM/ATR assay where speakers fixated the patient (as in Experiment 1, large shifts of attention from one character to another suggest that the two characters were encoded sequentially). As a result, agent-directed fixations after 400 ms also showed a joint influence of Event and Agent codability: speakers were able to deploy their attention to the agent and finally shift their gaze to the patient earlier in “easier” events than in “harder” GNE-0877 events (this effect was stronger than in Experiment 1, which showed a main effect of Event codability but no interaction of Event codability with Time bin). Critically, the effect of

structural primes on formulation was different from the effect of lexical primes in Experiment 1: the structural primes produced shifts in planning patterns that resembled the effect of Event codability on formulation and thus were consistent with hierarchical incrementality. As predicted, active primes reduced the proportion of agent-directed fixations within 400 ms of picture onset in active sentences, suggesting a very early effect of structural processes on visual inspection of an event. The interaction with Event codability in this time window indicates stronger facilitation of early relational encoding when both conceptual and linguistic structures were easy to generate. After active primes, speakers also quickly directed their gaze to the agent after 400 ms and to the patient before speech onset.