<p>Shifts were produced by saccades (red) or stimulus jumps (blue). A: Switches from the non-preferred to the preferred eye. B: Switches from the preferred to the non-preferred eye. Top panels show the results from individual subjects. Bottom panels plot the mean across all four subjects. Shaded areas denote ± 1 SEM. Gray horizontal lines represent zero deviation from the baseline shift predictor (c.f., <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0061702#s2" target="_blank">Methods</a>, <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0061702#pone-0061702-g002" target="_blank">Figure 2</a>). The vertical gray bar is an estimate (mean±SD) of the moment that the actual percept switch occurred rel...
<p>A: Horizontal (black) and vertical (gray) eye position, horizontal (dark red) and vertical (brigh...
<p>A: Saccade trial, B: stimulus jump trial. Horizontal (black) and vertical (gray) eye movements (h...
<p><b><i>A</i></b>, Psychometric functions of naïve subject in the JUMP task (same subject as in <a ...
<p>Shifts were produced by saccades (red) or stimulus jumps (blue). A: Switches toward the preferred...
<p>Data are presented in the same way as in <a href="http://www.plosone.org/article/info:doi/10.1371...
<p>A: large retinal image shifts. B: small retinal image shifts. C: blinks. Peaks were determined as...
<p>A: stimulus jump trials, B: saccade trials. Blue: motion (9 subjects), red: face/house (10 subjec...
<p>A: Peristimulus time histograms (PSTH) showing the average saccade (top) and switch (bottom) rate...
<p>Odds ratio of right eye dominance after saccades and stimulus jumps as function of probability of...
<p>The top panels display 1 s epochs of raw eye movement signal exhibiting OKN when the rightward dr...
<p>Data are shown for all stimulus types (columns) and 4 subjects (rows). In each panel, the left ba...
<div><p>Previous studies have indicated that saccadic eye movements correlate positively with percep...
Previous studies have indicated that saccadic eye movements correlate positively with perceptual alt...
<p>A–C: Odds ratio of right eye dominance after saccades and stimulus jumps as function of right eye...
<p>Data is displayed separately for trials with left and right dominance before the shift, respectiv...
<p>A: Horizontal (black) and vertical (gray) eye position, horizontal (dark red) and vertical (brigh...
<p>A: Saccade trial, B: stimulus jump trial. Horizontal (black) and vertical (gray) eye movements (h...
<p><b><i>A</i></b>, Psychometric functions of naïve subject in the JUMP task (same subject as in <a ...
<p>Shifts were produced by saccades (red) or stimulus jumps (blue). A: Switches toward the preferred...
<p>Data are presented in the same way as in <a href="http://www.plosone.org/article/info:doi/10.1371...
<p>A: large retinal image shifts. B: small retinal image shifts. C: blinks. Peaks were determined as...
<p>A: stimulus jump trials, B: saccade trials. Blue: motion (9 subjects), red: face/house (10 subjec...
<p>A: Peristimulus time histograms (PSTH) showing the average saccade (top) and switch (bottom) rate...
<p>Odds ratio of right eye dominance after saccades and stimulus jumps as function of probability of...
<p>The top panels display 1 s epochs of raw eye movement signal exhibiting OKN when the rightward dr...
<p>Data are shown for all stimulus types (columns) and 4 subjects (rows). In each panel, the left ba...
<div><p>Previous studies have indicated that saccadic eye movements correlate positively with percep...
Previous studies have indicated that saccadic eye movements correlate positively with perceptual alt...
<p>A–C: Odds ratio of right eye dominance after saccades and stimulus jumps as function of right eye...
<p>Data is displayed separately for trials with left and right dominance before the shift, respectiv...
<p>A: Horizontal (black) and vertical (gray) eye position, horizontal (dark red) and vertical (brigh...
<p>A: Saccade trial, B: stimulus jump trial. Horizontal (black) and vertical (gray) eye movements (h...
<p><b><i>A</i></b>, Psychometric functions of naïve subject in the JUMP task (same subject as in <a ...