Changes

Jump to navigation Jump to search
no edit summary
Line 15: Line 15:  
It can be connected to a computer to display dynamic light field imagery and UI.
 
It can be connected to a computer to display dynamic light field imagery and UI.
 
__NOTOC__
 
__NOTOC__
 +
==Resolution==
 +
Typically, a person can resolve about 1 arcmin (~0.017°), which computes to ~0.23mm at a distance of 0.8 meters.<ref name="Fovi3D"/>
 +
 
==Technology==
 
==Technology==
 
===Sequential===
 
===Sequential===
Line 28: Line 31:  
A world-fixed microlens or perpendicular lenticular sheet based display requires on the order of thousands to millions of different viewpoints if not using [[head tracking]] and [[view selection]] based on where the head is.
 
A world-fixed microlens or perpendicular lenticular sheet based display requires on the order of thousands to millions of different viewpoints if not using [[head tracking]] and [[view selection]] based on where the head is.
   −
Challenges: In an LfD, the lenslet array is a high contrast object, so the eyes tend to focus on it rather than on the virtual object that is being projected.<ref>https://web.archive.org/web/20180101203430/http://www.fovi3d.com/technology/</ref>
+
Challenges: In an LfD, the lenslet array is a high contrast object, so the eyes tend to focus on it rather than on the virtual object that is being projected.<ref name="Fovi3D">https://web.archive.org/web/20180101203430/http://www.fovi3d.com/technology/</ref>
    
==Manufacturing==
 
==Manufacturing==

Navigation menu