AbstractThe interaction of the depth cues of binocular disparity and motion parallax could potentially be used by the visual system to recover an estimate of the viewing distance. The present study investigated whether an interaction of stereo and motion has effects that persist over time to influence the perception of shape from stereo when the motion information is removed. Static stereoscopic ellipsoids were presented following the presentation of rotating stereoscopic ellipsoids, which were located either at the same or a different viewing distance. It was predicted that shape judgements for static stimuli would be better after presentation of a rotating stimulus at the same viewing distance, than after presentation of one at a differen...
AbstractBinocular disparity and motion parallax are powerful cues to the relative depth between obje...
Richards (1985) showed that veridical three-dimensional shape may be recovered from the integration ...
Observers generally fail to recover three-dimensional shape accurately from binocular disparity. Typ...
AbstractThe interaction of the depth cues of binocular disparity and motion parallax could potential...
The interaction of the depth cues of binocular disparity and motion parallax could potentially be us...
The interaction of the depth cues of binocular disparity and motion parallax could potentially be us...
The interaction of the depth cues of binocular disparity and motion parallax could potentially be us...
The interaction of the depth cues of binocular disparity and motion parallax could potentially be us...
AbstractThe difference between the way in which binocular disparity scales with viewing distance and...
AbstractThe difference between the way in which binocular disparity scales with viewing distance and...
The perception of a three-dimensional shape from binocular disparity depends on the estimation of vi...
Observers generally fail to recover three-dimensional shape accurately from binocular disparity. Typ...
The difference between the way in which binocular disparity scales with viewing distance and the way...
AbstractObservers generally fail to recover three-dimensional shape accurately from binocular dispar...
Many studies on shape constancy have been made with 2D shapes presented at varying slants. When obje...
AbstractBinocular disparity and motion parallax are powerful cues to the relative depth between obje...
Richards (1985) showed that veridical three-dimensional shape may be recovered from the integration ...
Observers generally fail to recover three-dimensional shape accurately from binocular disparity. Typ...
AbstractThe interaction of the depth cues of binocular disparity and motion parallax could potential...
The interaction of the depth cues of binocular disparity and motion parallax could potentially be us...
The interaction of the depth cues of binocular disparity and motion parallax could potentially be us...
The interaction of the depth cues of binocular disparity and motion parallax could potentially be us...
The interaction of the depth cues of binocular disparity and motion parallax could potentially be us...
AbstractThe difference between the way in which binocular disparity scales with viewing distance and...
AbstractThe difference between the way in which binocular disparity scales with viewing distance and...
The perception of a three-dimensional shape from binocular disparity depends on the estimation of vi...
Observers generally fail to recover three-dimensional shape accurately from binocular disparity. Typ...
The difference between the way in which binocular disparity scales with viewing distance and the way...
AbstractObservers generally fail to recover three-dimensional shape accurately from binocular dispar...
Many studies on shape constancy have been made with 2D shapes presented at varying slants. When obje...
AbstractBinocular disparity and motion parallax are powerful cues to the relative depth between obje...
Richards (1985) showed that veridical three-dimensional shape may be recovered from the integration ...
Observers generally fail to recover three-dimensional shape accurately from binocular disparity. Typ...