Fry G A
Am J Optom Physiol Opt. 1981 Feb;58(2):125-35. doi: 10.1097/00006324-198102000-00002.
A bipartite adaption stimulus with a horizontal dividing line adapted the upper half of the retina to red or yellow light and the lower half to white light. Monochromatic test stimuli between 460 and 520 nm were presented to the red or yellow adapted portion of the retina. After desaturating the test stimulus with red light, it was possible to match it to a mixture of 458 and 520 nm. From these data one can plot on a mixture diagram the shifts in color produced by the two kinds of adaption. The data support a zone theory of color vision similar to that proposed by Adams.
带有水平分隔线的二分适应刺激使视网膜的上半部分适应红光或黄光，下半部分适应白光。将460至520纳米之间的单色测试刺激呈现给视网膜的红色或黄色适应部分。在用红光使测试刺激去饱和后，有可能将其与458和520纳米的混合光相匹配。根据这些数据，可以在混合图上绘制出两种适应所产生的颜色变化。这些数据支持了一种类似于亚当斯提出的色觉区域理论。
