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This article was such a cool trip down memory lane, and as an old-timer that hasn’t looked at this stuff since the early 90s (mode13h anyone?) I am so happy to

This article was such a cool trip down memory lane, and as an old-timer that hasn’t looked at this stuff since the early 90s (mode13h anyone?) I am so happy to see how strong the scene is today.

ErneX 1y ago
His live set demo is pretty neat https://youtu.be/3lOptjAeA2w https://youtu.be/3lOptjAeA2w Repo: https://github.com/0b5vr/0mix https://github.com/0b5vr/0mix
- skrebbel 1y ago
  Just to clarify for readers who didn't read the interview, not a live set, it’s a 64kb demo that looks and feels like a recording of a livecoding competition. So “live set demo” is technically correct because it’s a “live set” themed demo. But it’s not actually a live set :-)
  - slickytail 1y ago
    In what sense is this 64KB? Clearly there's more than 64KB of code in the repo. And since it's typescript it's not like there's a binary that could be 64KB.
    - skrebbel 1y ago
      The html file with all assets and js bundled in is under 64kb.
  - genezeta 1y ago
    I don't know why the sibling comment is dead (edit: was). I mean, it is a valid concern, if one doesn't know. So, for slickytail and anyone who has the same question: The code is actually compressed into a binary blob. You can see it if you just look at the source of https://0b5vr.com/0mix/0mix.html https://0b5vr.com/0mix/0mix.html A small script loads the blob and uncompresses it before running it through eval: fetch("#").then(t=>t.blob()).then(t=>new Response(t.slice(156).stream().pipeThrough(new DecompressionStream("deflate"))).text()).then(eval) This is a common approach in browser demos and what is counted as "less than 64Kb" is that final html. A similar technique compresses it into a PNG.
carra 1y ago
Mode 13H was pretty nice. But mode 13X, hacked to have square pixels, was the coolest!
- thibaut_barrere 1y ago
  Mode X allowed pretty cool stuff, like fake true color with interlaced lines (R,G,B), double buffering etc! Fond memories. Here is a YouTube rendition of a demo I implemented in 96, showing those techniques https://m.youtube.com/watch?v=t8o-uuq73UU&pp=ygUQTmlra2kgamlucmlraXNoYQ%3D%3D https://m.youtube.com/watch?v=t8o-uuq73UU&pp=ygUQTmlra2kgaml...

This article was such a cool trip down memory lane, and as an old-timer that hasn’t looked at this stuff since the early 90s (mode13h anyone?) I am so happy to see how strong the scene is today.

ErneX 1y ago

His live set demo is pretty neat https://youtu.be/3lOptjAeA2w https://youtu.be/3lOptjAeA2w Repo: https://github.com/0b5vr/0mix https://github.com/0b5vr/0mix

skrebbel 1y ago
Just to clarify for readers who didn't read the interview, not a live set, it’s a 64kb demo that looks and feels like a recording of a livecoding competition. So “live set demo” is technically correct because it’s a “live set” themed demo. But it’s not actually a live set :-)
- slickytail 1y ago
  In what sense is this 64KB? Clearly there's more than 64KB of code in the repo. And since it's typescript it's not like there's a binary that could be 64KB.
  - skrebbel 1y ago
    The html file with all assets and js bundled in is under 64kb.
- genezeta 1y ago
  I don't know why the sibling comment is dead (edit: was). I mean, it is a valid concern, if one doesn't know. So, for slickytail and anyone who has the same question: The code is actually compressed into a binary blob. You can see it if you just look at the source of https://0b5vr.com/0mix/0mix.html https://0b5vr.com/0mix/0mix.html A small script loads the blob and uncompresses it before running it through eval: fetch("#").then(t=>t.blob()).then(t=>new Response(t.slice(156).stream().pipeThrough(new DecompressionStream("deflate"))).text()).then(eval) This is a common approach in browser demos and what is counted as "less than 64Kb" is that final html. A similar technique compresses it into a PNG.

carra 1y ago

Mode 13H was pretty nice. But mode 13X, hacked to have square pixels, was the coolest!

thibaut_barrere 1y ago
Mode X allowed pretty cool stuff, like fake true color with interlaced lines (R,G,B), double buffering etc! Fond memories. Here is a YouTube rendition of a demo I implemented in 96, showing those techniques https://m.youtube.com/watch?v=t8o-uuq73UU&pp=ygUQTmlra2kgamlucmlraXNoYQ%3D%3D https://m.youtube.com/watch?v=t8o-uuq73UU&pp=ygUQTmlra2kgaml...