<p>Lines connect data points of Session 1 and Session 2 for each subject to illustrate the similarity of these two results; triangles refer to Session1 and circles to Session 2. Two subgroups were formed based on whether the mean objective fixation disparity was negative (exo, n = 12) or positive (eso, n = 8).</p
<p>(Top) The proportion of fixations on the relevant half of items is shown (only target absent tria...
<p>Without prisms, the objective fixation disparity (oFD) is the difference between the observed ver...
<p>Subjects estimated both the perceived surface slant that was dominated by the disparity cue and t...
<p>For Participants P12 and P03, the subjective (A) and objective (B) fixation disparity is plotted ...
<p>For Participant 2, the subjective (A) and objective (B) fixation disparity are plotted as a funct...
<p>Robust regression analyses between these two measures in the two conditions with and without pris...
Inaccuracy in the vergence eye position (“fixation disparity”) can occur despite a fusion stimulus. ...
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>The combined data of the Cross test and the Mallett tests are presented separately for base-in an...
<p><b>Robust regression showing the effect of accommodation on subjective (A) and objective (B) fixa...
Binocular vision refers to the integration of images in the two eyes for improved visual performance...
<p>(A) Without prisms, the objective fixation disparity (oFD) is the difference between the observed...
<p>Positive values denote crossed fixations (i.e., the eyes are aligned in front of the plane of the...
<p>The left graph (A) shows the prism effect on fixation disparity, relating the subjective (sFD <su...
<p>(Top) The proportion of fixations on the relevant half of items is shown (only target absent tria...
<p>Without prisms, the objective fixation disparity (oFD) is the difference between the observed ver...
<p>Subjects estimated both the perceived surface slant that was dominated by the disparity cue and t...
<p>For Participants P12 and P03, the subjective (A) and objective (B) fixation disparity is plotted ...
<p>For Participant 2, the subjective (A) and objective (B) fixation disparity are plotted as a funct...
<p>Robust regression analyses between these two measures in the two conditions with and without pris...
Inaccuracy in the vergence eye position (“fixation disparity”) can occur despite a fusion stimulus. ...
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>The combined data of the Cross test and the Mallett tests are presented separately for base-in an...
<p><b>Robust regression showing the effect of accommodation on subjective (A) and objective (B) fixa...
Binocular vision refers to the integration of images in the two eyes for improved visual performance...
<p>(A) Without prisms, the objective fixation disparity (oFD) is the difference between the observed...
<p>Positive values denote crossed fixations (i.e., the eyes are aligned in front of the plane of the...
<p>The left graph (A) shows the prism effect on fixation disparity, relating the subjective (sFD <su...
<p>(Top) The proportion of fixations on the relevant half of items is shown (only target absent tria...
<p>Without prisms, the objective fixation disparity (oFD) is the difference between the observed ver...
<p>Subjects estimated both the perceived surface slant that was dominated by the disparity cue and t...