<p>Results are averaged over 10 participants, and show the averages for each trial separately; linear regression fits are for illustrative purposes only. a) Verbal vection ratings (0–10) for smooth (4 m/s) and oscillating (4 m/s) flow, shown over 8 trials; b) maximum throttle setting reached, as a percentage of the total possible range; c) mean vection onset latency, measured in seconds, as given by the time taken for the throttle to be moved to a cutoff value of 5% of the maximum value. Error bars show 1 standard error in all graphs.</p
<p><i>Note</i>: The degree of freedom in the participant analyses was (1, 47). The degree of freedom...
Left column shows initial movement vectors averaged across participants overlaid with the average fu...
<p>*** <i>p</i> <0.001, RTE = RT(faster single-target) – RT(double-target). <i>Note</i>: Fastest s...
<p>Results are averaged over 12 participants: a) Verbal vection ratings (0–10) for smooth (4 m/s) an...
<p>Results are averaged over 12 participants: a) Mean verbal vection magnitude ratings (0–10) for ea...
<p>It is clear that, for the majority of the participants, the speed-matched (green) and oscillating...
<p>Percentage of passable judgments (A) and critical value of required speed (B) in Experiment 1. Er...
<p>Averaged amplitudes (A), durations (B), and peak velocities (C) over the course of the experiment...
<p>Percentage of passable judgments (A) and critical value of required speed (B) in Experiment 2. Er...
<p>(A) Mean RT on correct go trials and % errors across the 10 blocks of trials. (B) Correlations be...
<p>Participants' mean naming latencies (M, in ms), standard errors (SE, in ms), and error rates (%) ...
<p>(<b>A</b>) Plotted is the average (across subjects) normalized RT for three types of trials. The ...
<p>Mean response latencies (in ms) and mean error rates (in percentages) as a function of trial type...
Left column shows initial movement vectors averaged across participants overlaid with the average fu...
<p>Illustrated are the mean proportions of correct responses plotted for each condition and latency ...
<p><i>Note</i>: The degree of freedom in the participant analyses was (1, 47). The degree of freedom...
Left column shows initial movement vectors averaged across participants overlaid with the average fu...
<p>*** <i>p</i> <0.001, RTE = RT(faster single-target) – RT(double-target). <i>Note</i>: Fastest s...
<p>Results are averaged over 12 participants: a) Verbal vection ratings (0–10) for smooth (4 m/s) an...
<p>Results are averaged over 12 participants: a) Mean verbal vection magnitude ratings (0–10) for ea...
<p>It is clear that, for the majority of the participants, the speed-matched (green) and oscillating...
<p>Percentage of passable judgments (A) and critical value of required speed (B) in Experiment 1. Er...
<p>Averaged amplitudes (A), durations (B), and peak velocities (C) over the course of the experiment...
<p>Percentage of passable judgments (A) and critical value of required speed (B) in Experiment 2. Er...
<p>(A) Mean RT on correct go trials and % errors across the 10 blocks of trials. (B) Correlations be...
<p>Participants' mean naming latencies (M, in ms), standard errors (SE, in ms), and error rates (%) ...
<p>(<b>A</b>) Plotted is the average (across subjects) normalized RT for three types of trials. The ...
<p>Mean response latencies (in ms) and mean error rates (in percentages) as a function of trial type...
Left column shows initial movement vectors averaged across participants overlaid with the average fu...
<p>Illustrated are the mean proportions of correct responses plotted for each condition and latency ...
<p><i>Note</i>: The degree of freedom in the participant analyses was (1, 47). The degree of freedom...
Left column shows initial movement vectors averaged across participants overlaid with the average fu...
<p>*** <i>p</i> <0.001, RTE = RT(faster single-target) – RT(double-target). <i>Note</i>: Fastest s...