Vertical disparities contribute to scaling of size and depth only with sufficiently large fields of view, which suggest that their use for small objects is limited (Bradshaw et al, 1995 Vision Research 36 1255 - 1264). We investigated the possibility that this might be overcome if information from different surfaces could be pooled over three-dimensional space. Observers adjusted the size and shape of a virtual, binocularly defined ellipsoid to match those of a real, hand-held tennis ball. The virtual ellipsoid was presented at four distances (30, 40, 50, and 60 cm) in four conditions: (i) alone; (ii) surrounded by a frontoparallel frame at a distance of 46 cm; no information was presented in a 23.2 deg × 24.4 deg rectangle surrounding the ...
SummaryEstimating depth from binocular disparity is extremely precise, and the cue does not depend o...
AbstractBinocular disparity is a powerful cue for the perception of depth. The accuracy with which o...
The difference between the way in which binocular disparity scales with viewing distance and the way...
Vertical binocular disparity provides a useful source of information allowing three-dimensional (3-D...
Vertical binocular disparity provides a useful source of information allowing three-dimensional (3-D...
Vertical binocular disparity provides a useful source of information allowing three-dimensional (3-...
Two experiments are described in which the effects of scaling vertical disparities on the perceived ...
The ratio of the vertical sizes of corresponding features in the two eyes' retinal images depends bo...
AbstractTo determine the physical size and global three-dimensional (3-D) shape of an object, retina...
AbstractBinocular disparity is a powerful cue for the perception of depth. The accuracy with which o...
AbstractTo determine the physical size and global three-dimensional (3-D) shape of an object, retina...
Binocular disparity is a powerful cue for the perception of depth. The accuracy with which observers...
AbstractThe difference between the way in which binocular disparity scales with viewing distance and...
AbstractThe ratio of the vertical sizes of corresponding features in the two eyes' retinal images de...
In many instances, 3-D shape from binocular disparity is systematically misperceived, consistent wit...
SummaryEstimating depth from binocular disparity is extremely precise, and the cue does not depend o...
AbstractBinocular disparity is a powerful cue for the perception of depth. The accuracy with which o...
The difference between the way in which binocular disparity scales with viewing distance and the way...
Vertical binocular disparity provides a useful source of information allowing three-dimensional (3-D...
Vertical binocular disparity provides a useful source of information allowing three-dimensional (3-D...
Vertical binocular disparity provides a useful source of information allowing three-dimensional (3-...
Two experiments are described in which the effects of scaling vertical disparities on the perceived ...
The ratio of the vertical sizes of corresponding features in the two eyes' retinal images depends bo...
AbstractTo determine the physical size and global three-dimensional (3-D) shape of an object, retina...
AbstractBinocular disparity is a powerful cue for the perception of depth. The accuracy with which o...
AbstractTo determine the physical size and global three-dimensional (3-D) shape of an object, retina...
Binocular disparity is a powerful cue for the perception of depth. The accuracy with which observers...
AbstractThe difference between the way in which binocular disparity scales with viewing distance and...
AbstractThe ratio of the vertical sizes of corresponding features in the two eyes' retinal images de...
In many instances, 3-D shape from binocular disparity is systematically misperceived, consistent wit...
SummaryEstimating depth from binocular disparity is extremely precise, and the cue does not depend o...
AbstractBinocular disparity is a powerful cue for the perception of depth. The accuracy with which o...
The difference between the way in which binocular disparity scales with viewing distance and the way...