The point is how much you can see without moving your eyes.
Yeah we can technically see a pretty wide range but that’s mainly peripheral. You can’t really make out details unless you move your eyes to look directly at something.
Whereas prey animal eyes aren’t supposed to be super detail oriented in the first place. So they can see more without moving their eyes to look directly at something because details aren’t important.
Wouldnt this be the reverse, with the prey animal only being able to see a 4:3 with both eyes?
Screens don’t require 3d vision
Agreed- the comparison is missing the blind spot in the middle.
No, they see more of the sides to detect predators. Predators eyes are forward, narrow cone of vision
I wouldn’t call it narrow. It’s almost 180 degrees. More than enough for a 16x9 monitor
The point is how much you can see without moving your eyes.
Yeah we can technically see a pretty wide range but that’s mainly peripheral. You can’t really make out details unless you move your eyes to look directly at something.
Whereas prey animal eyes aren’t supposed to be super detail oriented in the first place. So they can see more without moving their eyes to look directly at something because details aren’t important.
okay but that has nothing to do with field of view, which is what the example is about.
It has everything to do with field of view… the region in which is you can resolve detailed information is very narrow, at only ~15º.