Not even close to the worst pixel per inch though. That would be probably a drone array in the sky im guessing assuming they could be made to stay perfectly in sync, ppi could be as bad as you wanted it lol. This does make me wonder what the extreme limits of ppi can be and still be usable. You would probably need to be on the moon or in space to be in the ideal viewing position.
Having to acount for the limitation of the speed of light to produce the picture on that “display” would be an impressive feat of engineering.
Did you really build a dyson sphere just to build a bigger tv? Yes yes i did
Pixel pitch takes into account viewing distance.
The displays in the sphere are 16K displays. They look insanely better than your monitor from the ideal spot in the venue.
Except it has the worst pixel density ever
9.818127340823 should be the pixel density if my numbers are correct.
The numbers i was able to find(please correct if these numbers are not accurate)
160,000 sqft display converted to inches 23040000 sq/inch
16K x 16K resolution equals 15360 pixels x 15360 pixels So thats 235,929,600 pixels
Various Notes.
Thank you for confirming this, I’ll stick with my 109ppi 27" 1440p 165hz monitor
Not even close to the worst pixel per inch though. That would be probably a drone array in the sky im guessing assuming they could be made to stay perfectly in sync, ppi could be as bad as you wanted it lol. This does make me wonder what the extreme limits of ppi can be and still be usable. You would probably need to be on the moon or in space to be in the ideal viewing position. Having to acount for the limitation of the speed of light to produce the picture on that “display” would be an impressive feat of engineering.
Did you really build a dyson sphere just to build a bigger tv? Yes yes i did
Pixel pitch takes into account viewing distance.
The displays in the sphere are 16K displays. They look insanely better than your monitor from the ideal spot in the venue.
Their display has 64x more pixels than yours.