<p>Mean proportions for fixations on the eye or mouth region are shown as a function of the position in the visual field and the facial expression. Results are depicted separately for a stimulus set with a similar saliency ratio of the eye as compared to the mouth region across facial expressions (stimulus set 1) and for a stimulus set with a saliency ratio of approximately 1 (stimulus set 2). The regions of interest that were used to define fixations in the eye or mouth region, respectively, are shown on the right side. Error bars indicate standard errors of the mean.</p
<p>Proportion of fixations on the eyes of the Incongruent face relative to the eyes of both Incongru...
<p>Proportion of fixations to the mouth and to the eyes depending on the noise level.</p
<p>For each face stimulus, we defined AOIs: the eyes, nose, and mouth. In order to control for diffe...
<p>Results are depicted separately for a stimulus set with a similar saliency ratio of the eye as co...
<p>The upper panels (A,B) show the values for the whole stimulus set whereas the lower panels (C,D) ...
<p>For each expression, data sampled from different intensities were collapsed together.</p
A comparison of the percentages of fixations on the eye, mouth, and total region out of all fixation...
<p>Top row: first fixations for social stimuli on four regions of interest (head, body, areas of low...
<p>(<b>a</b>) Example of AOIs for one face. AOIs could be divided into three separate feature region...
<p>The faces with neutral expression led to longer fixation duration on the eyes. NE = neutral; HO ...
<p>Number of fixations (A) and viewing time (C), and normalised proportion of fixations (B) and view...
<p>Eyes-Con = eyes AOI in the congruent face. Eyes-Incon = eyes AOI in the incongruent face. Mouth-C...
<p>Proportion of fixations on the mouth of the Incongruent face relative to the mouths of both Incon...
<p>Proportion of fixations on the mouth of the Incongruent face relative to the mouths of both Incon...
<p>Red regions represent the places where the participants' eyes stayed longer. The fixation patters...
<p>Proportion of fixations on the eyes of the Incongruent face relative to the eyes of both Incongru...
<p>Proportion of fixations to the mouth and to the eyes depending on the noise level.</p
<p>For each face stimulus, we defined AOIs: the eyes, nose, and mouth. In order to control for diffe...
<p>Results are depicted separately for a stimulus set with a similar saliency ratio of the eye as co...
<p>The upper panels (A,B) show the values for the whole stimulus set whereas the lower panels (C,D) ...
<p>For each expression, data sampled from different intensities were collapsed together.</p
A comparison of the percentages of fixations on the eye, mouth, and total region out of all fixation...
<p>Top row: first fixations for social stimuli on four regions of interest (head, body, areas of low...
<p>(<b>a</b>) Example of AOIs for one face. AOIs could be divided into three separate feature region...
<p>The faces with neutral expression led to longer fixation duration on the eyes. NE = neutral; HO ...
<p>Number of fixations (A) and viewing time (C), and normalised proportion of fixations (B) and view...
<p>Eyes-Con = eyes AOI in the congruent face. Eyes-Incon = eyes AOI in the incongruent face. Mouth-C...
<p>Proportion of fixations on the mouth of the Incongruent face relative to the mouths of both Incon...
<p>Proportion of fixations on the mouth of the Incongruent face relative to the mouths of both Incon...
<p>Red regions represent the places where the participants' eyes stayed longer. The fixation patters...
<p>Proportion of fixations on the eyes of the Incongruent face relative to the eyes of both Incongru...
<p>Proportion of fixations to the mouth and to the eyes depending on the noise level.</p
<p>For each face stimulus, we defined AOIs: the eyes, nose, and mouth. In order to control for diffe...