From: The default allocation of attention is broadly ahead of smooth pursuit
Journal of Vision. 2010;10(13):7. doi:10.1167/10.13.7
Figure Legend:
SRT as a function of target direction and distance (A) Relationship between SRT and absolute flash distance from
current eye position in control trials during fixation (no pursuit movement) in 1-deg bins (mean ± SEM). The dotted line
represents the exponential function fitted to the raw data: y = 162 + 351 * exp(−(x + 1.113) / 2.021). This fit was used to
normalize the test data during pursuit for (B) (see text). (B) Two-dimensional plot of normalized saccade latencies as a
function of parallel and orthogonal flash position relative to the eye and normalized in pursuit direction, i.e., pursuit
direction was always rightward (0°). The color code shows normalized saccade latencies. (C) SRTs are plotted as a
function
of the angle
between the vector
linking eye for
position
to the
flashed
target
position (black
dotted
line inAll
Figures
3C
Date
of download:
7/28/2017
The Association
Research
in Vision
and
Ophthalmology
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rights reserved.
and 3F) and the vector of current eye velocity in 30° bins. The latencies are shown for saccade targets flashed ahead