The good ones aren’t “blur”, they’re “subpixel rearrange”.
It takes about 4x4 square pixels to emulate the subpixels of a single round one… just like it takes about 4x4 round pixels to emulate the subpixels of a square one.
All pixels are a “blur” of R, G, and B subpixels. Their arrangement is what makes a picture look either as designed, or messed up.
For rendering text, on modern OSs you can still pick whichever subpixel arrangement the screen uses to make them look crisper. Can’t do the same with old games that use baked-in sprites for everything.
It gets even worse when the game uses high brightness pixels surrounded by low brightness ones because it expects the bright ones to spill over in some very specific way.
That’s still some Vsauce level reaching that “we don’t actually even see anything”. The tech doesn’t matter when playing and if it looks blurry, then it is blurry.
My aim was never to emulate but to play. Blur filters are something that I won’t be using.
The good ones aren’t “blur”, they’re “subpixel rearrange”.
It takes about 4x4 square pixels to emulate the subpixels of a single round one… just like it takes about 4x4 round pixels to emulate the subpixels of a square one.
But do they still look like blur? That’s the only thing that matters. Ray tracing is also cool but if my frames die because of it, it gets disbled.
All pixels are a “blur” of R, G, and B subpixels. Their arrangement is what makes a picture look either as designed, or messed up.
For rendering text, on modern OSs you can still pick whichever subpixel arrangement the screen uses to make them look crisper. Can’t do the same with old games that use baked-in sprites for everything.
It gets even worse when the game uses high brightness pixels surrounded by low brightness ones because it expects the bright ones to spill over in some very specific way.
That’s still some Vsauce level reaching that “we don’t actually even see anything”. The tech doesn’t matter when playing and if it looks blurry, then it is blurry.