Abstract
Two different colored lights are dichoptically presented to the eyes. The minimum light intensity required for color rivalry is measured by altering the intensity to one eye while keeping the intensity to the other constant. This minimum intensity is obtained as a function of wavelength for a standard stimulus of constant wavelength and intensity presented to the other eye. Strong wavelength dependency in the spectral distribution of the minimum intensity is found according to the stimuli used as the standard. This wavelength dependency is interpreted by the chromatic content defined as the orthogonal vector sum of two opponent responses with weighting coefficients.
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