R O K E R S
V I S I O N
L A B O R A T O R Y
University of Wisconsin - Madison
Department of Psychology
|Research | Publications | Participate | People|
|Exp. 1: 3D motion | Exp. 2: Changing disparity | Exp. 3: Interocular velocity | Exp. 4: Adaptation|
Disparity- and velocity- based signals for 3D motion perception in human MT+
Overall geometry in these animations was similar to that in our experimental stimuli. Dot densities and sizes were adjusted to yield qualitatively similar percepts. Free fuse (either crossed or un-crossed) the left- and right-half images to achieve the 3D percepts.
Horizontal dichoptically-separated motion (MTD) (blue).
Horizontal monocularly-paired motion (cyan).
Vertical dichoptically-separated motion (red).
Vertical monocularly-paired motion (yellow).