Saccades did not significantly change in duration (A), count (B), mean velocity (C), or amplitude (D) across time. Data presented as mean +/- 1 SEM.</p
<p>Vertical eye position (upper panel) and eye velocity (lower panel) as a function of time since fi...
<p>(a) Reaction time plotted as a function of session computed by pooling together all trials by all...
a) Peak speed against target amplitude. b) saccade duration against target amplitude, tested at four...
<p>Best linear fits across mean data. The data was binned in blocks of 10 trials. Data points show m...
<p>(a) Main sequence, plotting saccade amplitudes against peak velocity for the first session (red) ...
Saccade duration (A) and peak velocity (B) across trials in reactive and scanning saccade adaptation...
Saccade amplitude across trials for the different saccade conditions (reactive and scanning) and for...
<p>Top panels: the average distance between saccade-end-points and target event location (solid line...
It has been suggested that space, time and number are represented on a common subjective scale. Sacc...
<p>The saccade duration was calculated from the start and end points as determined with the saccade ...
<p>(A, B) Circular plots show the averaged frequency distribution of the saccade landing direction b...
<p>The main sequence values (mean and SEM values) illustrate the relationship between the saccade’s ...
<p>(A) Saccade vector sizes in ASD group (B) Saccade rates in ASD group. (C) Saccade sizes in Typica...
Descriptive statistics of participants’ mean saccade latency, in milliseconds, for each task conditi...
<p>Mean gain change is represented as a function of the blocks of trials and superimposed for the di...
<p>Vertical eye position (upper panel) and eye velocity (lower panel) as a function of time since fi...
<p>(a) Reaction time plotted as a function of session computed by pooling together all trials by all...
a) Peak speed against target amplitude. b) saccade duration against target amplitude, tested at four...
<p>Best linear fits across mean data. The data was binned in blocks of 10 trials. Data points show m...
<p>(a) Main sequence, plotting saccade amplitudes against peak velocity for the first session (red) ...
Saccade duration (A) and peak velocity (B) across trials in reactive and scanning saccade adaptation...
Saccade amplitude across trials for the different saccade conditions (reactive and scanning) and for...
<p>Top panels: the average distance between saccade-end-points and target event location (solid line...
It has been suggested that space, time and number are represented on a common subjective scale. Sacc...
<p>The saccade duration was calculated from the start and end points as determined with the saccade ...
<p>(A, B) Circular plots show the averaged frequency distribution of the saccade landing direction b...
<p>The main sequence values (mean and SEM values) illustrate the relationship between the saccade’s ...
<p>(A) Saccade vector sizes in ASD group (B) Saccade rates in ASD group. (C) Saccade sizes in Typica...
Descriptive statistics of participants’ mean saccade latency, in milliseconds, for each task conditi...
<p>Mean gain change is represented as a function of the blocks of trials and superimposed for the di...
<p>Vertical eye position (upper panel) and eye velocity (lower panel) as a function of time since fi...
<p>(a) Reaction time plotted as a function of session computed by pooling together all trials by all...
a) Peak speed against target amplitude. b) saccade duration against target amplitude, tested at four...
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