首页> 外文期刊>Frontiers in Psychology >Differences in the Visual Perception of Symmetric Patterns in Orangutans (Pongo pygmaeus abelii) and Two Human Cultural Groups: A Comparative Eye-Tracking Study
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Differences in the Visual Perception of Symmetric Patterns in Orangutans (Pongo pygmaeus abelii) and Two Human Cultural Groups: A Comparative Eye-Tracking Study

机译:猩猩(Pongo pygmaeus abelii)和两个人类文化群体在对称模式上的视觉感知差异:对比眼动研究

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Symmetric structures are of importance in relation to aesthetic preference. To investigate whether the preference for symmetric patterns is unique to humans, independent of their cultural background, we compared two human populations with distinct cultural backgrounds (Namibian hunter-gatherers and German town dwellers) with one species of non-human great apes (Orangutans) in their viewing behavior regarding symmetric and asymmetric patterns in two levels of complexity. In addition, the human participants were asked to give their aesthetic evaluation of a subset of the presented patterns. The results showed that humans of both cultural groups fixated on symmetric patterns for a longer period of time, regardless of the pattern’s complexity. On the contrary, Orangutans did not clearly differentiate between symmetric and asymmetric patterns, but were much faster in processing the presented stimuli and scanned the complete screen, while both human groups rested on the symmetric pattern after a short scanning time. The aesthetic evaluation test revealed that the fixation preference for symmetric patterns did not match with the aesthetic evaluation in the Hai//om group, whereas in the German group aesthetic evaluation was in accordance with the fixation preference in 60 percent of the cases. It can be concluded that humans prefer well-ordered structures in visual processing tasks, most likely because of a positive processing bias for symmetry, which Orangutans did not show in this task, and that, in humans, an aesthetic preference does not necessarily accompany the fixation preference.
机译:对称结构对于美学偏好而言非常重要。为了研究对对称模式的偏爱是否是人类所独有的,不受其文化背景的影响,我们将两种具有不同文化背景的人口(纳米比亚的狩猎者和德国的城镇居民)与一种非人类的大猿猴(猩猩)进行了比较在关于对称性和非对称性模式两个复杂程度的观看行为中。此外,还要求人类参与者对所呈现模式的子集进行美学评估。结果表明,两种文化群体的人们都将对称模式固定了更长的时间,无论该模式的复杂性如何。相反,红毛猩猩没有清楚地区分对称和非对称模式,但是在处理呈现的刺激并扫描整个屏幕时速度更快,而两个人在短时间扫描后都停留在对称模式上。美学评估测试显示,对对称图案的注视偏好与Hai // om组的美学评估不符,而在德国组中,有60%的病例的审美评估与注视偏好一致。可以得出结论,人类在视觉处理任务中更喜欢有序的结构,这很可能是由于对称的正处理偏差,而猩猩在这项任务中并未表现出来,并且在人类中,审美偏好并不一定伴随着注视偏好。

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