Necromunda said:
Icyedge said:
When your next to it, they are at a size easily recognizible by the human eye. Just put your TV on 720P, get close to the TV until it take 2/3rd of your viewing range, you will be able to see the pixels whatever is the TV dimension. Just how an image projected by a 720P and a 1080P projector on a 100 inches screen look about the same at 15 feets away, but see an enormous difference at 6 feets away. Closer you are, bigger the difference resolution will do. If your very far from many different TV screens, you will not even be able to tell which is 420P, 720P or 1080P. But when your a couple feets away, its a totally different thing. The ability to differentiate different screen resolution is related to the viewing distance. Thats why disolitude is saying the 720P on those will not look THAT amazing, sure if you look at the .7 inches from 10 centimeters away the resolution will look amazing, but very very small too lol.
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Your misunderstanding here, the pixels are MUCH smaller then a TV, so a comparison such as this is pointless. You will NOT see the pixels, as they are SMALLER then what the human eye is capable of seeing. 1080p, at such small sizes, is rather pointless, let alone completely impossible at the moment. Just to get an idea, so you can actually realize this, same for disolitude as well. So you guys actually both get the premise at what I'm going for here.
Draw a 0.7 inch by 0.7 inch box. That is the screen size for each individual eye. Then looking at that box, and how small it is, realize, sony is cramming in just short of 1 million pixels in that tiny box. Understand? Even up close, your eye is going to be incapable of determining the difference between each individual pixel.
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Damn I thought my explanation was clear, its a basic optic principle. As you said, take 2 .7 inches boxes and put each of them at 2 centimeters from eyes, its BIG. If your looking from farther, lets say 10 centimeters, yes it will be crystal clear, but extremely small too.
