Abstract
Modeling a role of field of view in the extraction of geometric cues during reorientation.
Highlights
Sturz et al (2013) provided evidence for a role of field of view (FOV, i.e., amount of the environment visible from a single vantage point) in the reorientation process
An FOV of 50◦ would allow for viewing 13.89% whereas a FOV of 100◦ would allow for viewing 27.78% of the environment at any point during rotation [(50◦/360◦) and (100◦/360◦), respectively]. To illustrate how these differences in the amount of the environment viewable from a single vantage point would translate into time course differences in the total amount of the environment available, Figure 1 illustrates (A) and plots (B) the percent of the environment available by time in the environment for different FOVs
I assumed a fixed viewpoint from the centroid of a circular enclosure at a fixed rate of rotation of 50◦ every 1.0 s coupled with no loss in memory across time
Summary
Sturz et al (2013) provided evidence for a role of field of view (FOV, i.e., amount of the environment visible from a single vantage point) in the reorientation process.
Sign-in/Register to view highlights & summary Sign-in/Register to access full text options 
Free) 
Talk to us
Join us for a 30 min session where you can share your feedback and ask us any queries you have
Schedule a call
