I, being someone who is generally intrigued by abstract math problems and huge ass numbers thought about this. What if it was possible to store every single possible image that could be displayed on a monitor with 32-bit color and a 1024x768 resolution? Pretty much you'd have whatever image you could dream of already in an image file. But how many separate images would this actually be?Just as some food for thought, because all RGB pixels are a combination of 3 numbers, isn't it possible to count through all of them to show every possible color? And if images are combinations of pixels, isn't it possible to count through every possible combination of pixels and show you every image that could possibly exist?
Trippy, aint it? =)
256 ^ 3 (each pixel has 3 values ranging from 0 - 255)
1024 * 768 (number of pixels on a screen with this resolution)
=
16,777,216 ^ 786,432 (number of possible different images that could be displayed)
Apparently a few other people have thought about this, because google did come up with a few results when I searched for it. I tried it in Windows' Calculator (quite obviously realizing it couldn't possible solve it) and got "Invalid Input For Function". What if this were possible though? Less colors and a much lower resolution? You have to admit having a database of every possible screenshot would be awesome to browse through haha.
How much does this injure YOUR brain?
P.S. feel free to correct my awesome math skills