<p>For Participants P12 and P03, the subjective (A) and objective (B) fixation disparity is plotted as a function of forced vergence, i.e., prism load. The same scales are used for both types of FD, in order illustrate the different amount of these two measures. The four colours represent the results of the four repeated measurements. Based on the combined data of all four repetitions, the equations describe the robust linear regressions lines with coefficients and 95%–confidence intervals (as subscripts); if the confidence interval (CI) is smaller than the amount of the coefficient, the coefficient is significant (two-tailed) based on all four datasets of one individual; significant coefficients are printed bold. A coloured dot is drawn at...
Generally, the vertical vergence response is smaller than the disparity that evokes it, even within ...
Binocular vision refers to the integration of images in the two eyes for improved visual performance...
Binocular vision refers to the integration of images in the two eyes for improved visual performance...
<p>For Participant 2, the subjective (A) and objective (B) fixation disparity are plotted as a funct...
<p>The left graph (A) shows the prism effect on fixation disparity, relating the subjective (sFD <su...
Inaccuracy in the vergence eye position (“fixation disparity”) can occur despite a fusion stimulus. ...
<p>The combined data of the Cross test and the Mallett tests are presented separately for base-in an...
<p>(A) Without prisms, the objective fixation disparity (oFD) is the difference between the observed...
<p>Robust regression analyses between these two measures in the two conditions with and without pris...
<p><b>Robust regression showing the effect of accommodation on subjective (A) and objective (B) fixa...
<p>Without prisms, the objective fixation disparity (oFD) is the difference between the observed ver...
<p>Lines connect data points of Session 1 and Session 2 for each subject to illustrate the similarit...
Binocular vision refers to the integration of images in the two eyes for improved visual performance...
Generally, the vertical vergence response is smaller than the disparity that evokes it, even within ...
Generally, the vertical vergence response is smaller than the disparity that evokes it, even within ...
Generally, the vertical vergence response is smaller than the disparity that evokes it, even within ...
Binocular vision refers to the integration of images in the two eyes for improved visual performance...
Binocular vision refers to the integration of images in the two eyes for improved visual performance...
<p>For Participant 2, the subjective (A) and objective (B) fixation disparity are plotted as a funct...
<p>The left graph (A) shows the prism effect on fixation disparity, relating the subjective (sFD <su...
Inaccuracy in the vergence eye position (“fixation disparity”) can occur despite a fusion stimulus. ...
<p>The combined data of the Cross test and the Mallett tests are presented separately for base-in an...
<p>(A) Without prisms, the objective fixation disparity (oFD) is the difference between the observed...
<p>Robust regression analyses between these two measures in the two conditions with and without pris...
<p><b>Robust regression showing the effect of accommodation on subjective (A) and objective (B) fixa...
<p>Without prisms, the objective fixation disparity (oFD) is the difference between the observed ver...
<p>Lines connect data points of Session 1 and Session 2 for each subject to illustrate the similarit...
Binocular vision refers to the integration of images in the two eyes for improved visual performance...
Generally, the vertical vergence response is smaller than the disparity that evokes it, even within ...
Generally, the vertical vergence response is smaller than the disparity that evokes it, even within ...
Generally, the vertical vergence response is smaller than the disparity that evokes it, even within ...
Binocular vision refers to the integration of images in the two eyes for improved visual performance...
Binocular vision refers to the integration of images in the two eyes for improved visual performance...