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Cake day: July 13th, 2023

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  • It’s 4kb it’s the demo scene.

    To expand, the rendered to video output is much more than 4k, but the file that produces the output can be small like that, this is usually done by doing a bunch of math to generate the output dynamically.

    You can kind of equate it to how a video game can generate 120 frames of 4k footage every second indefinitely, but the game itself is limited in size.

    Recording the output takes up space, but you don’t need to record it if you can generate it in demand.


  • I think text is going to be the most dense, information wise. With plain text you could fit about 2500 average length books in 1gb, that’s not considering any compression.

    Additionally, you could create a novel representation of words to reduce the total amount of text and include a key to expand it back out, replacing common groupings of letters like ‘ch’ with ‘k’ for example

    If you could get a 2:1 compression ratio from your modified alphabet and a 4:1 compression ratio from traditional compression algorithms you could get up to 20 thousand books! That’s a book a day for 55 years,

    I think music is gonna take up way too much space. Compressed all the way down to 32kbps which is going to be a pretty miserable listening experience (everything will sound underwater) you are only going to get ~75 ish hours of music.

    Cut that in half for a more tolerable 64kbps.

    It’s a decent amount of music, but not a lifetime’s worth of your only entertainment imo.

    Edit: for some context on audio, 320kbps mp3 will only net you 7 hours of music.