<p>Distribution of the eye movement events for each subjects (rows) averaged across trials of each experimental condition (mean ± SE; SE represent by the black lines inside the bars). The different T-Z conditions are reported in different columns. Colored bars represent the average duration of the first saccadic movement; striped colored bars represent the average CUS duration. Gray bars represent the average CT duration. White bars at the beginning and at the end of the raster plots represent respectively the latency time LT<sub>s</sub> and the NT interval.</p
<p>X-axis: saccadic absolute latencies; Y-axis: number of saccades in the 100-ms bins. Note the incr...
<p>The distribution (mean ± SE across subjects) between caught (black bars) and non-caught (white ba...
<p>In the figure the structure of the administered trial is shown. The upper part shows still frames...
<p>Top panels: the average distance between saccade-end-points and target event location (solid line...
<p>Panels A, C and E show example time-courses of eye-position over time, lines indicate horizontal ...
<p>Data are shown for all stimulus types (columns) and 4 subjects (rows). In each panel, the left ba...
<p>In the top graphs, the red line represents the position of the left eye, the blue line represents...
<p>Vertical eye position (upper panel) and eye velocity (lower panel) as a function of time since fi...
<p>Each row summarizes data from one subject. Only left eye (LE) velocities were used for these anal...
<p>The task dependent change in ocular motor pattern is displayed as the proportion of saccades (gra...
<p>The error bar plots show the saccadic gain for respectively the first, the second, the third, and...
<p>Data is displayed according to task (Active, Passive and Random) and delay (2, 4 and 6 seconds).<...
<p>The figure depicts the eye movements of Monkey A (left column) and Monkey B (middle column) over ...
<p>Result of monkey M is indicated by a solid line with open squares, monkey O by a dashed line with...
<p>A. Average eye trace (x-position) during target fixation. Median absolute eye position across all...
<p>X-axis: saccadic absolute latencies; Y-axis: number of saccades in the 100-ms bins. Note the incr...
<p>The distribution (mean ± SE across subjects) between caught (black bars) and non-caught (white ba...
<p>In the figure the structure of the administered trial is shown. The upper part shows still frames...
<p>Top panels: the average distance between saccade-end-points and target event location (solid line...
<p>Panels A, C and E show example time-courses of eye-position over time, lines indicate horizontal ...
<p>Data are shown for all stimulus types (columns) and 4 subjects (rows). In each panel, the left ba...
<p>In the top graphs, the red line represents the position of the left eye, the blue line represents...
<p>Vertical eye position (upper panel) and eye velocity (lower panel) as a function of time since fi...
<p>Each row summarizes data from one subject. Only left eye (LE) velocities were used for these anal...
<p>The task dependent change in ocular motor pattern is displayed as the proportion of saccades (gra...
<p>The error bar plots show the saccadic gain for respectively the first, the second, the third, and...
<p>Data is displayed according to task (Active, Passive and Random) and delay (2, 4 and 6 seconds).<...
<p>The figure depicts the eye movements of Monkey A (left column) and Monkey B (middle column) over ...
<p>Result of monkey M is indicated by a solid line with open squares, monkey O by a dashed line with...
<p>A. Average eye trace (x-position) during target fixation. Median absolute eye position across all...
<p>X-axis: saccadic absolute latencies; Y-axis: number of saccades in the 100-ms bins. Note the incr...
<p>The distribution (mean ± SE across subjects) between caught (black bars) and non-caught (white ba...
<p>In the figure the structure of the administered trial is shown. The upper part shows still frames...