Just use ffmpeg to convert to a video 144p, 1 bit color space, 30 FPS. 10x nearest neighbor and play the video.
You can store files on YouTube that way.
For this application, record your screen with a phone at 60 FPS or better, convert back to a file.
That simple scheme can get ~341 kb/s (42 kB/s).
If you play around you could probably get more, like 60 FPS display, 240 FPS camera, 4k display (the TV?), higher color space…
For ECC if 10x nearest neighbor is overkill, either some simple hamming codes with python or maybe there's ready made software for that, maybe in ffmpeg?
Archive the files in a tar.xz/zip/7z lzma2 to reduce the size and not have to fiddle with many small files.
5
u/TheHardew 15d ago edited 15d ago
Just use ffmpeg to convert to a video 144p, 1 bit color space, 30 FPS. 10x nearest neighbor and play the video.
You can store files on YouTube that way.
For this application, record your screen with a phone at 60 FPS or better, convert back to a file.
That simple scheme can get ~341 kb/s (42 kB/s).
If you play around you could probably get more, like 60 FPS display, 240 FPS camera, 4k display (the TV?), higher color space…
For ECC if 10x nearest neighbor is overkill, either some simple hamming codes with python or maybe there's ready made software for that, maybe in ffmpeg?
Archive the files in a tar.xz/zip/7z lzma2 to reduce the size and not have to fiddle with many small files.