<p>a: Group mean horizontal pointing errors as a function of target-relative gaze direction for IGD (left panel) and for FGD (right panel). The blue curve represents errors when the eyes remain fixed after moving once following initial foveation of the target (i.e., IGD = FGD; ⅓ of all trials in each condition. The green curve represents reach errors when the eyes change position again 200ms <i>before</i> the point cue. The purple and red curves represent the errors made when the second saccade is cued <i>at</i> reach onset or 200ms <i>after</i> reach onset respectively – these errors are the same in magnitude and direction and do not differ from the green curve. b: Group mean horizontal pointing errors as a function of target-relative ga...
<p>a) Mean lateral hand position at the moment the obstacles were passed. b) Mean lateral hand posit...
<p><b>A</b> Scheme explaining the selection of trials, considering the type of error and saccade dir...
1) The purpose of the present study was to examine gaze effects on spatial and kinematic characteris...
<p>Shaded regions represent ±2SEM, horizontal bars indicate occurrence of mean peak jerk (with 95% C...
<p>(a) Mean target position error for the horizontal and the vertical target motion conditions for e...
<p>a: <i>Pre-onset saccade</i> condition. Participants foveate a target (displayed for 1sec; panel i...
<p>Reach errors varied similar as a function of gaze relative to target in the moved-online-far and ...
A: Group mean ± SE, ML endpoint position error across all trials for the control (blue) and prism (g...
<p>Reach errors varied as a function of gaze relative to target in the moved-remembered and moved-on...
<p>Typical data showing the reach vector trajectory to the +10° target in a representative control s...
<p>Change in eye (A) hypometric steps (B) hypermetric steps (C) look-backs and (D) hand-biased mis-s...
<p>In the top graphs, the red line represents the position of the left eye, the blue line represents...
AbstractPrevious work from our lab, and elsewhere, has demonstrated that remembered target locations...
<p>Error bars for this panel represent within-participant 95% confidence intervals [<a href="http://...
<p>(A) Head movement amplitude against the total gaze shift amplitude for different numbers of sacca...
<p>a) Mean lateral hand position at the moment the obstacles were passed. b) Mean lateral hand posit...
<p><b>A</b> Scheme explaining the selection of trials, considering the type of error and saccade dir...
1) The purpose of the present study was to examine gaze effects on spatial and kinematic characteris...
<p>Shaded regions represent ±2SEM, horizontal bars indicate occurrence of mean peak jerk (with 95% C...
<p>(a) Mean target position error for the horizontal and the vertical target motion conditions for e...
<p>a: <i>Pre-onset saccade</i> condition. Participants foveate a target (displayed for 1sec; panel i...
<p>Reach errors varied similar as a function of gaze relative to target in the moved-online-far and ...
A: Group mean ± SE, ML endpoint position error across all trials for the control (blue) and prism (g...
<p>Reach errors varied as a function of gaze relative to target in the moved-remembered and moved-on...
<p>Typical data showing the reach vector trajectory to the +10° target in a representative control s...
<p>Change in eye (A) hypometric steps (B) hypermetric steps (C) look-backs and (D) hand-biased mis-s...
<p>In the top graphs, the red line represents the position of the left eye, the blue line represents...
AbstractPrevious work from our lab, and elsewhere, has demonstrated that remembered target locations...
<p>Error bars for this panel represent within-participant 95% confidence intervals [<a href="http://...
<p>(A) Head movement amplitude against the total gaze shift amplitude for different numbers of sacca...
<p>a) Mean lateral hand position at the moment the obstacles were passed. b) Mean lateral hand posit...
<p><b>A</b> Scheme explaining the selection of trials, considering the type of error and saccade dir...
1) The purpose of the present study was to examine gaze effects on spatial and kinematic characteris...