3 ms·
With stereoscopic displays you don't get to multiply by 2, so your calculation is 32pp°. If you think about a monitor in front, each pixel is seen by both eyes
by projektfu 3y ago
With stereoscopic displays you don't get to multiply by 2, so your calculation is 32pp°.
If you think about a monitor in front, each pixel is seen by both eyes, but the headset is giving one 4k display to each eye.
- newaccount74 3y agoSince your brain fuses the images from both eyes, you'll get a slightly higher effective resolution from the two displays than from a single display.
- amoss 3y agoIt depends on the amount of binocular overlap: https://www.roadtovr.com/understanding-binocular-overlap-and-why-its-important-for-vr-headsets/amp/ https://www.roadtovr.com/understanding-binocular-overlap-and... The correct number is somewhere between a multiplier of 1 and 2 depending on the setup of the display. But 2x 4k screens is only 16 megapixels, and so it also depends on where the other 7 megapixels are.
- amoss 3y agoI can't edit this comment after 5 days but anybody coming along and find this - the multiplier is very close to 1. Go up a bit and find the sibling comment with the four links. Very good explanation of the difference between the monocular binocular FoV is buried within.