Shevell S K, Miller P R
Department of Psychology, University of Chicago, IL 60637, USA.
Vision Res. 1996 Apr;36(7):949-54. doi: 10.1016/0042-6989(95)00166-2.
Adapting to a chromatic light can alter the color appearance of other lights in view. The chromatic adapting effect is measured here with the test and adapting field perceived in the same depth plane, or perceived in different depth planes (using stereo disparity). The measurements show only a weak, though consistent, shift in the appearance of the test when adapting field and test are perceived in different depth planes, compared to when they are in the same plane. Adding complexity to the adapting stimulus, in the form of a second chromatic light surrounding the background, alters the appearance of the test but shows no dependence on the depth relations. Overall, there is only a small difference in chromatic adaptation caused by introducing a three-dimensional representation of these stimuli.
适应彩色光会改变视野中其他光的颜色外观。在此，通过在同一深度平面中感知的测试场和适应场，或在不同深度平面中感知的测试场和适应场（利用立体视差）来测量颜色适应效果。测量结果表明，与在同一平面时相比，当适应场和测试场在不同深度平面中被感知时，测试的外观仅有微弱但一致的变化。以围绕背景的第二种彩色光的形式增加适应刺激的复杂性，会改变测试的外观，但不显示对深度关系的依赖性。总体而言，引入这些刺激的三维表示所引起的颜色适应仅有微小差异。
