Abstract
A psychophysical measurement of the magnitude and time course of human fusional effort in diplopic regions was carried out. It was found that a fusional effort persisted in diplopia and that its actual magnitude was a function of time. Through careful control of the size and rate of change of stimulus disparities, it was possible to measure the gradual decay of fusional effort in diplopia. Fusional effort was detected in response to stimulus disparities until these disparities were nearly twice as large as the disparity threshold for diplopia.
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