Witzel Christoph
Justus-Liebig-Universität, Gießen, Germany.
Iperception. 2019 Sep 12;10(5):2041669519872226. doi: 10.1177/2041669519872226. eCollection 2019 Sep-Oct.
Most studies on colour categorisation and many studies on unique hues have used samples of maximally saturated Munsell chips that vary in saturation across hue. Here we show that observers' choices of category prototypes and unique hues depend on the variation of Munsell chroma across hue. Both unique hue and prototype choices were shifted towards the more saturated hues in the respective stimulus set. This effect of saturation may explain cross-cultural regularities in colour categorisation. More generally, these findings highlight the importance of controlling saturation when measuring colour categories and unique hues.
大多数关于颜色分类的研究以及许多关于独特色调的研究都使用了最大饱和度的孟塞尔色卡样本,这些样本的饱和度会随着色调而变化。在这里我们表明,观察者对类别原型和独特色调的选择取决于孟塞尔彩度随色调的变化。独特色调和原型的选择在各自的刺激集中都朝着饱和度更高的色调偏移。这种饱和度效应可能解释了颜色分类中的跨文化规律。更普遍地说,这些发现凸显了在测量颜色类别和独特色调时控制饱和度的重要性。