Color and material perception: Achievements and challenges
Color and material perception: Achievements and challenges
复制标题
DOI：
10.1167/10.9.19
复制
发表时间：
2010-01-01
影响因子：
1.8
通讯作者：
Brainard, David H.
中科院分区：
文献类型：
--
作者：
Maloney, Laurence T.;Brainard, David H.
有大量文献描述了人类对共面阵列排列的哑光表面的亮度和颜色的感知。在过去的十年中，研究人员开始使用更广泛的刺激来检查亮度和颜色的感知，旨在更好地模拟日常观看的条件。一项新兴的研究涉及在近似我们生活的三维环境的场景中的亮度和颜色感知，其中物体不需要是哑光或共面的，并且具有复杂的几何照明。第二个涉及对颜色和亮度以外的材料表面特性的感知，例如光泽度或粗糙度。本期特刊收录了解决这些新研究方向中出现的丰富问题和方法的论文。在这里，我们简要描述本期的文章及其与之前工作的关系。
There is a large literature characterizing human perception of the lightness and color of matte surfaces arranged in coplanar arrays. In the past ten years researchers have begun to examine perception of lightness and color using wider ranges of stimuli intended to better approximate the conditions of everyday viewing. One emerging line of research concerns perception of lightness and color in scenes that approximate the three-dimensional environment we live in, with objects that need not be matte or coplanar and with geometrically complex illumination. A second concerns the perception of material surface properties other than color and lightness, such as gloss or roughness. This special issue features papers that address the rich set of questions and approaches that have emerged from these new research directions. Here, we briefly describe the articles in the issue and their relation to previous work.