// Five high-signal prompts per category — each picked to differentiate models
// on a distinct capability. The Visual / SVG-render prompt in `chat` ends with
// the subject as the last words, so swapping "a pelican riding a bicycle" for
// anything else is a one-line edit.
exportconstEVAL_PROMPTS={
chat:[
// ── ★ Featured — prompts that have actually broken frontier models ──
{sub:'★ Featured',label:'Sum digits 2^100',answer:'115',prompt:'Compute the sum of the decimal digits of 2^100. Do NOT use code execution — work it out by reasoning about the number. Show every step, then end with the final number on its own line.'},
{sub:'★ Featured',label:'Three jugs',answer:'2 pours: 7→5, 7→3',prompt:'You have three jugs of capacities 7, 5, and 3 liters. The 7-liter jug starts full; the others empty. Using only pouring (no markings), produce the shortest sequence of pours that leaves exactly 2 liters in the 3-liter jug. Output each step as `pour A → B` on its own line. Then state the total number of pours on a final line.'},
{sub:'Visual',label:'Draw SVG',prompt:'Output a complete self-contained HTML file (```html block, no explanation, no other text) that centers a single SVG illustration on a simple background. The SVG must use only inline shapes — no <img>, no external assets, no JavaScript. Make it expressive and detailed. The SVG should depict: a friendly robot'},
{sub:'Visual explain',label:'Black hole HTML',prompt:'Output a complete HTML file (```html block, no explanation outside the code) that visually explains how a black hole forms. Use four labeled "frames" laid out left-to-right (or stacked on small screens) showing: 1) a glowing massive star, 2) the star going supernova with shockwave rings, 3) collapse into a singularity, 4) the final black hole with a curved accretion disk and bent light around it. Use only vanilla HTML, CSS, and inline SVG — no JavaScript, no images. Each frame should have a one-sentence caption.'},
{sub:'Visual explain',label:'Butterfly ASCII',prompt:'Explain the butterfly lifecycle using ASCII art. Produce four separate frames in fenced code blocks, in order: egg, caterpillar, chrysalis, adult butterfly. Each frame must be drawn with monospace ASCII characters only and be visually recognizable as the creature/stage. Below each frame add one playful one-line caption (no longer than 15 words) describing what is happening at that stage.'},
],
code:[
{sub:'Algorithms',label:'LRU cache',prompt:'Implement an LRU cache with O(1) get and put operations. Support a configurable max capacity. Write it in any language with full comments.'},
{sub:'Debugging',label:'Race condition',prompt:'This Go code has a race condition. Find it, explain why it happens, and fix it:\n\nvar counter int\nfunc increment(wg *sync.WaitGroup) {\n defer wg.Done()\n for i := 0; i < 1000; i++ {\n counter++\n }\n}'},
{sub:'Debugging',label:'Security review',prompt:'Review this code for bugs, security issues, and performance problems:\n\napp.get("/user/:id", (req, res) => {\n const query = `SELECT * FROM users WHERE id = ${req.params.id}`;\n db.query(query, (err, result) => {\n res.json(result[0]);\n });\n});'},
{sub:'Architecture',label:'URL shortener',prompt:'Design a URL shortener service. Cover the API, database schema, and how you would handle 1000 requests per second.'},
{sub:'Refactoring',label:'Clean up',prompt:'Refactor this code to be more idiomatic and efficient:\n\nresults = []\nfor i in range(len(data)):\n if data[i]["status"] == "active":\n if data[i]["score"] > 50:\n results.append(data[i]["name"].upper())'},
],
agent:[
{sub:'Web tasks',label:'Multi-step',prompt:'Search the web for the current population of the 3 largest cities in the world, then calculate what percentage of the world\'s total population lives in those cities.',toggles:['web']},
{sub:'Web tasks',label:'Fact check',prompt:'Fact-check these claims: 1) The Great Wall of China is visible from space. 2) Humans only use 10% of their brains. 3) Lightning never strikes the same place twice. Cite sources.',toggles:['web']},
{sub:'Web tasks',label:'Compare prices',prompt:'Find and compare the pricing, features, and limitations of the top 3 cloud GPU providers for machine learning training. Create a markdown comparison table.',toggles:['web']},
{sub:'Code tasks',label:'Script + run',prompt:'Write a Python script that generates a bar chart of the 5 most common programming languages in 2025 and save it as chart.png. Then run it.'},
{sub:'Math',label:'Proof + verify',prompt:'Prove that the square root of 2 is irrational. Then write a Python program that approximates it using Newton\'s method to 50 decimal places and verify.'},
],
html:[
{sub:'Games',label:'Snake',prompt:'Output a complete HTML file (```html block) for a Snake game. ONLY use vanilla HTML, CSS, and JavaScript — no libraries, no Python, no imports, no external files. Canvas-based, neon green snake on dark grid, glowing food, score counter, speed increases, game over + restart. Skip any explanation, just output the code.'},
{sub:'Games',label:'Breakout',prompt:'Output a complete HTML file (```html block) for a Breakout brick breaker game. ONLY use vanilla HTML, CSS, and JavaScript — no libraries, no Python, no imports, no external files. Canvas-based, colorful gradient brick rows, glowing paddle, ball with trail, score + lives, particle explosions on break. Skip any explanation, just output the code.'},
{sub:'Animation',label:'Solar system',prompt:'Output a complete HTML file (```html block) for an animated solar system. ONLY use vanilla HTML, CSS, and JavaScript — no libraries, no Python, no imports, no external files. Canvas-based, glowing Sun center, 8 planets orbiting at correct relative speeds with real colors, orbit trails, starfield background, labels on hover. Skip any explanation, just output the code.'},
{sub:'Animation',label:'Matrix rain',prompt:'Output a complete HTML file (```html block) for the Matrix digital rain effect. ONLY use vanilla HTML, CSS, and JavaScript — no libraries, no Python, no imports, no external files. Full-screen canvas, green katakana characters falling at varying speeds, glowing heads, fading trails, scan-line overlay. Skip any explanation, just output the code.'},
{sub:'Generative',label:'Fractal tree',prompt:'Output a complete HTML file (```html block) for an interactive fractal tree. ONLY use vanilla HTML, CSS, and JavaScript — no libraries, no Python, no imports, no external files. Canvas-based, tree grows from bottom with recursive branches, sliders for angle/depth/length/wind, gradient colors from brown trunk to green leaves. Skip any explanation, just output the code.'},
],
search:[
{sub:'Factual',label:'Current events',prompt:'latest AI regulation news 2025'},
{sub:'Technical',label:'Programming',prompt:'Rust vs Go performance benchmarks 2025'},
{sub:'Research',label:'Academic',prompt:'transformer architecture improvements since attention is all you need'},
