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旁中央凹颜色辨别:增强辨别的色度轨迹。

Parafoveal color discrimination: a chromaticity locus of enhanced discrimination.

作者信息

Danilova Marina V, Mollon J D

机构信息

Laboratory of Visual Physiology, I.P. Pavlov Institute of Physiology, St. Petersburg, Russia.

出版信息

J Vis. 2010 Jan 11;10(1):4.1-9. doi: 10.1167/10.1.4.

Abstract

Are boundaries between color categories associated with enhanced discrimination? In the present experiments, chromatic thresholds were obtained for discriminations along lines orthogonal to the yellow-blue axis of color space. The targets were parafoveal and thresholds were measured with a spatial two-alternative forced choice. In interleaved experimental runs, we also obtained empirical estimates of the subjective yellow-blue line by asking observers to categorize colors as reddish or greenish. Both types of measurement were made in the presence of a steady background that was metameric to equal-energy white. In a limited region from desaturated yellow to desaturated blue, an enhanced discrimination is found near the subjective transition between reddish and greenish hues. This line of optimal discrimination is not aligned with either of the cardinal axes of color space: In a MacLeod-Boynton chromaticity diagram, it runs obliquely with negative slope.

摘要

颜色类别之间的边界与辨别能力的增强有关吗?在当前的实验中,沿着与颜色空间的黄-蓝轴正交的线进行辨别时,获得了色度阈值。目标位于中央凹旁,阈值通过空间二选一强制选择进行测量。在交错的实验运行中,我们还通过要求观察者将颜色分类为偏红或偏绿,获得了主观黄-蓝线的经验估计。这两种测量都是在与等能白色匹配的稳定背景下进行的。在从不饱和黄色到不饱和蓝色的有限区域内,在偏红和偏绿色调之间的主观过渡附近发现了辨别能力的增强。这条最佳辨别线与颜色空间的任何一个基轴都不重合:在麦克劳德-博因顿色度图中,它以负斜率倾斜延伸。

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