{
  "skill_name": "anatomy",
  "evals": [
    {
      "id": 1,
      "prompt": "I'm writing a blog post about how a token-bucket rate limiter works. Can you make me one interactive isometric illustration for it, the polished kind (like Linear's site), as a single HTML file I can just open? My blog has a white background. The bucket holds 20 tokens, refills 5 per second, and each request takes one token; requests get rejected when it's empty.",
      "expected_output": "A single standalone HTML file, light theme, with one framed isometric figure of a real physical object that explains a token bucket (tokens refilling, requests taking tokens, rejection when empty), live readout with true numbers, calm eased motion, keyboard/pointer interaction. Every curved part (a hopper, a drum, a funnel) is smooth-shaded with no stepped tone blocks, every row of ticks, ribs or bolt dots ends on a real edge or fades out instead of stopping mid-surface, and nothing passes through anything; any pipe or chute is recorded and `node build.mjs --audit` ends `audit passed` with zero on every failing line. It was checked with 4x close-ups of every joint, and every PNG was looked at.",
      "files": []
    },
    {
      "id": 2,
      "prompt": "We need a figure for our Next.js docs explaining database connection pooling: a pool of 10 connections, requests borrow a connection and give it back, and when all 10 are busy new requests wait in a queue. Build it as a React component (TSX) we can drop into the app, and also give me a static HTML preview so I can look at it right now. Dark theme. It should look like a crafted physical object with fine details, not a boxes-and-arrows diagram.",
      "expected_output": "A React TSX component (plus any geometry/CSS files) and a standalone HTML preview, dark theme, showing connection pooling as a real object with many small parts, live readout, painter's order correct, motion/interaction. Lines, hoses or cables that represent connections run along the structure in lanes and land on real ports, never through another part or across the subject's face; where two cross on screen the nearer is drawn on top. If the figure has tubes or round parts, their shapes are recorded with kit/audit.mjs and the preview's build reports zero audit problems. Curved parts show no tone staircase and no texture stops abruptly. 4x close-ups of the junctions were taken and read.",
      "files": []
    },
    {
      "id": 3,
      "prompt": "make an isometric svg explaining how a CDN edge cache works (cache hit vs miss, TTL of 60s) for our landing page. dark, premium, lots of small detail. just give me the svg file, and a png preview if you can",
      "expected_output": "A standalone dark SVG file (styles embedded) of a crafted isometric object explaining a CDN edge cache (hit vs miss, TTL 60 s), rich in small parts, monochrome with one accent, no floating labels. No line passes through a part, every crossing is in depth order, curved surfaces are smooth-shaded without a staircase, and every texture (vents, ticks, bolt circles) ends on an edge or fades. A PNG preview plus 4x close-ups were made and looked at.",
      "files": []
    },
    {
      "id": 4,
      "prompt": "For a chemistry explainer, make an interactive isometric figure of a Bunsen burner on a lab bench, showing how opening the air collar turns the lazy yellow flame into a roaring blue cone. I want the flame to look real, so use a WebGL shader for it, but keep the crafted line-drawing look for the burner itself. One HTML file I can open, dark theme.",
      "expected_output": "A single standalone dark HTML page built with the kit. The burner is SVG with many small parts made with kit/lathe.mjs: a weighted base, a barrel, a rotating air collar with real air holes, a jet and a ribbed gas inlet with a hose from kit/tube.mjs, on a bench plate, with an optional tripod and gauze. Every curved profile (base dome, barrel flare, inlet) is smooth-shaded with no tone staircase, from smooth knots or an analytic profile with smooth.slope; the inlet ribs and any bolt circle fade toward the limb (ribsOf/dotsOf with fade) instead of stopping. The hose leaves the inlet along its axis, lies on the bench without passing through the base, tripod or bench, and is gapped under any clamp or band; all shapes are recorded with kit/audit.mjs and `node build.mjs --audit` ends `audit passed`, zero on every failing line. The flame is a WebGL shader on glLayer (glScript inlined), in a canvas between a back SVG (bench, base, everything the flame covers) and a front SVG (whatever passes in front of it, such as the near tripod leg or gauze). The canvas has pointer-events none and blends with screen and premultiplied output. The flame lives in world space: it is ray-marched along towardViewer() around the barrel axis, sized in world units, and its base registers with the barrel rim from the same numbers as the SVG. Its colour and shape follow the air-to-gas ratio from a small model continuously (a luminous yellow sooty flame turning into a blue inner cone and pale outer mantle) through eased envelopes, with no instant colour switch. Lighting and turning off are attack-and-decay envelopes built on the kit's burst and settle (inlined by glScript, not redeclared), with constant geometry passed through glLayer's fixed uniforms. No term is cut at a bound or at the canvas edge, and the output is tonemapped and dithered. The device ratio is capped at 1.5, the shader renders only while lit and onscreen, reduced motion shows one still flame, and the SVG reads without WebGL. The live readout (collar opening, air/gas ratio, flame temperature) comes from the model, with pointer and keyboard control and an idle tour. The figure was checked with drive.mjs contact sheets slowed with [\"slow\", 0.05] across lighting, a full collar sweep and turning off, plus 2x and 4x crops at the barrel rim and 4x close-ups of the hose, inlet and collar in both themes, a --no-webgl run showing the SVG burner alone, and a --reduced run.",
      "files": []
    },
    {
      "id": 5,
      "prompt": "For an article on how espresso machines work, make an interactive isometric figure of a heat-exchanger espresso machine with the side panel off: boiler, heat-exchanger tube, group head, pump, steam wand, pressure gauge and all the pipework between them. Show water flowing through when you pull a shot. Lots of fine detail, it should hold up when people zoom in. Standalone HTML, light theme.",
      "expected_output": "A single standalone light HTML page built with the kit: a real espresso machine with its side panel off, its boiler, group head, gauge and fittings turned with kit/lathe.mjs and its pipework from kit/tube.mjs, with a live readout from a small model (boiler pressure, brew temperature, flow) and a calm pull-a-shot interaction. Every pipe is routed from real ports along the structure (leaving each port on its normal, running parallel to the boiler or round it at a fixed radius, crossing other lines only on straights and well apart in depth), never across the front of the boiler or group; it ends on a flange, union nut or fitting on a real port, never in the air. Nothing is sunk into anything: flanges sit flush or on saddle pads on the curved boiler, branches leave from ball tees, valves sit on straight runs, and every collar, clamp, band or valve gaps the pipe it wraps. Every item records its shape in A.recorder, A.settle sets the painter's keys, and `node build.mjs --audit` ends `audit passed`, zero on every failing line, with no interlock hidden by a key bias. The boiler, group head dome and gauge are smooth-shaded with no tone staircase or scalloped bands (analytic profiles with smooth.slope or bandsOf for the boiler), seams sit under the outline, and every bolt circle, rib row or rule line ends on a real edge or fades out (dotsOf/ribsOf with fade, fadeLineSvg). Pipe stripes run onto their end caps with no hairline at chunk joints. The response shows that 4x close-ups of every junction (each tee, flange, union, valve, clamp and crossing) and every curved body were taken in both themes and read, and that the water-flow motion has no pop.",
      "files": []
    }
  ]
}