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Saturation, Superfluous or Superior?

机译:饱和,多余还是优越?

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摘要

Of the three basic color perceptions, hue, brightness, and colorfulness, hue has no relative version, but brightness has lightness, and colorfulness has chroma and saturation. Correlates of chroma are widely used in color difference formulae, but saturation currently plays little part in color science and technology. This is perhaps because in many industries flat samples are viewed in uniform lighting for the evaluation of color differences, and in this case chroma is the appropriate contributor for samples of small angular subtense. For samples of large angular subtense, however, a correlate of saturation may be more appropriate to use. In the real world, it is common for solid objects to be seen in directional lighting; in these circumstances saturation is a more useful percept than chroma because the former remains constant in shadows. In imaging, artists and computer-graphics operators make extensive use of series of colors of constant saturation. In optical imaging, saturation can be an important percept in large dark areas. Recent experimental work has provided a much improved correlate of saturation.
机译:在色相,亮度和色彩的三种基本颜色感知中,色相没有相对形式,但是亮度具有亮度,而色彩具有色度和饱和度。色度的相关性被广泛用于色差公式中,但是饱和度目前在色彩科学和技术中所起的作用很小。这可能是因为在许多行业中,在均匀照明下查看平坦的样本以评估色差,在这种情况下,色度是较小角度对角样本的适当贡献者。但是,对于大角度对向的样本,饱和度的相关性可能更适合使用。在现实世界中,通常会在定向照明中看到固体物体。在这些情况下,饱和度比色度更有用,因为前者在阴影中保持恒定。在成像中,美术师和计算机图形学操作员广泛使用恒定饱和度的一系列颜色。在光学成像中,在大的黑暗区域中,饱和度可能是重要的认识。最近的实验工作提供了饱和度的大大改善的相关性。

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