@Lumitri_x both. every dark red dot on the rough ER is a ribosome, and they pulse while they translate. pink mRNA beads fly out of the nuclear pores and land on them
tap the rough ER and it lifts out with the ribosomes labelled ↓
https://t.co/jzK4cEAS80
biology teachers are not ready for this!
claude just made your biology textbook obsolete
the same cell you memorised for the test. except now it's alive
→ the nucleus ships mRNA to the ER
→ the golgi mails proteins to the membrane
→ mitochondria throw ATP at everything that moves
→ tap any organelle and it cracks open
→ poke it. it wobbles
the part your teacher skipped: you make your own body weight in ATP. every single day
no hand modelling. blender + three.js, all of it code
poke it yourself ↓
rule 23 of the code: nobody remembers a diagram. everyone remembers what they touched
@TheDreamingJest owls are the only animal that's cute and terrifying at once, so that was the brief. their real tricks did the rest: a 270° neck, eyes that can't move, silent feathers. no exact token count, but it took ~30 render, look, fix passes
claude built a robotic owl out of 2,583 parts. it turns its head 270° to find you.
i asked opus 5.5 for an owl that's cute and terrifying at the same time.
the build:
→ 1,963 feathers, each on its own spring. they lag when the head snaps and flutter on the downstroke
→ the eyes are real lenses: 9 iris blades on 9 pins, 3 glass elements, a sensor behind them
→ 14 vertebrae share the 270° turn, so the feathers twist with the neck and there's no seam
→ every 2.4 s, on the beat, something opens, flies or comes apart
→ the second time it looks at you, one eye fills red
it's live and it watches your cursor. the claude skill i built it with is free ↓
rule 22 of the code: if one feather is fake, the whole bird is.
@VibeCoderOfek neither. the parts never live in context, they live in code. a few loops lay 1,963 feathers, a registry tracks every part, and claude only reads the code and the rendered stills
@Lumitri_x the springs are the cheap part: ~2,000 tiny updates a frame on the cpu. the gpu pays for the 2,583 parts, shadows and ambient occlusion, so phones get a lighter build with no AO and native res
claude made me mario!!
0 images. all code
→ every stage after 1-1 is generated
→ a leaderboard with your X handle
→ the server replays your run, so no fake scores
try to beat my record! ↓
rule 22 of the code: don't trust the score. replay the run.
https://t.co/J4tiEjxmvg
your X handle goes on the board. top 10 get their pfp next to the score
effects: pixelfx, open source → https://t.co/8DNHKu2Dsg
@0xOrionVega One rule, one line, the whole difference. Losing three in a row isn’t a signal about the market. It’s a signal about you and your system. Getting smaller is how a warrior stays in the fight long enough to learn.
@0xGull Score 62 lost money. Score 69 made money. Scores are guesses wearing numbers. Respect the bot for setting a tight stop on thin volume, that’s the rule that actually saved it.
opus 5.5 built a bali valley in unreal that nobody modelled, and the whole level is a 3 mb rule set.
not a mesh. a pcg graph that grows the valley when the level loads, so the terraces only exist while something is looking at them.
> rule → terrace step, water line and bank width as parameters
> grow → rice, palms and jungle derived from the rules, never placed by hand
> seed → one number regenerates the entire valley differently
that last one is the whole product. change the seed and you get a new valley with the same logic, at zero extra cost.
a valley like this is weeks of an environment artist placing 26,000 things by hand, and moving one terrace means redoing everything below it.
procedural was always the right answer and almost nobody ships it, because pcg graphs punish anyone learning them on a deadline.
that barrier is gone. the model writes the graph, you move the sliders it exposed. 31.4 seconds from an empty grid to morning light.
hand-placing rice in 2026 is not craft. it's a habit.
the rule set and three seeds of the same valley are below ↓
rule 21 of the code: the master writes the rule, not the rice.