The Impact of Stereoscopic Depth on the Munker-White Illusion
The Impact of Stereoscopic Depth on the Munker-White Illusion
复制标题
立体深度对芒克怀特错觉的影响
作者：
Kavšek
目前的研究调查了立体深度信息对成年人感知彩色版本的Munker-White错觉的影响。在虚幻图形的一半中，红色斑块嵌在黑色条纹中，两侧是黄色条纹。在幻影的另一半，红色斑块嵌在黄色条纹中，两侧是黑色条纹。红色斑块要么保持在与黑色和黄色诱导条纹相同的深度平面(零水平视差条件)，要么被移位到前景(交叉水平视差条件)或背景(未交叉水平视差条件)。根据结果，幻觉效果在所有观看条件下都是稳健的。这种错觉主要包括叠加在黄色条纹上的红色斑块主观变暗，叠加在黑色条纹上的红色斑块感知到的色调向黄色移动，以及两种红色斑块的主观饱和度降低。此外，本研究部分印证了Anderson的分裂理论，即交叉水平视差条件下的Munker-White错觉最大，零水平视差条件下居中，未交叉水平视差条件下最小。
The current study investigated the impact of stereoscopic depth information on adults' perception of a coloured version of the Munker–White illusion. In one half of the illusory figure red patches were embedded in black stripes and flanked by yellow stripes. In the other half of the illusory figure red patches were embedded in yellow stripes and flanked by black stripes. The red patches either remained in the same depth plane as the black and yellow inducing stripes (zero horizontal disparity condition) or were shifted into the foreground (crossed horizontal disparity condition) or into the background (uncrossed horizontal disparity condition). According to the results, the illusory effect was robust across all viewing conditions. The illusion mainly consisted of a subjective darkening of the red patches superimposed on the yellow stripes, a perceived hue shift of the red patches superimposed on the black stripes toward yellow, and a subjective saturation decrease in both kinds of red patches. Moreover, the study established a partial confirmation of Anderson's scission theory, according to which the Munker–White illusion should be largest in the crossed horizontal disparity condition, intermediate in the zero horizontal disparity condition, and smallest in the uncrossed horizontal disparity condition.
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影响因子：
1.8
作者：
Otazu, Xavier;Vanrell, Maria;Parraga, C. Alejandro
通讯作者：
Parraga, C. Alejandro
芒克——没有 T 形连接的类白错觉
影响因子：
1.7
作者：
Arash Yazdanbakhsh;E. Arabzadeh;B. Babadi;A. Fazl
通讯作者：
A. Fazl
影响因子：
1.7
作者：
Anderson, BL
通讯作者：
Anderson, BL
NCS，自然色彩系统——从概念到研究和应用。
DOI：
--
发表时间：
1996
期刊：
影响因子：
--
作者：
A. Hård;Lars Sivik;G. Tonnquist
通讯作者：
G. Tonnquist
影响因子：
1.7
作者：
Ripamonti, C;Gerbino, W
通讯作者：
Gerbino, W