\n \n \n \n \n

\n {children}\n

\n );\n}\n\nexport function Squiggle({ width = 120, color = \"#333\", sw = 2.6, nonce = 0 }: { width?: number; color?: string; sw?: number; nonce?: number }) {\n const d = useMemo(() => squigglePath(width), [width, nonce]);\n return (\n \n );\n}\n\n// hand-drawn marks: polylines on a 24x24 grid, jittered at render time\nconst MARKS: Record = {\n arrow: [[[3, 12], [19, 12]], [[14, 6], [20, 12], [14, 18]]],\n check: [[[4, 13], [9, 18], [20, 5]]],\n star: [[[12, 3], [14.6, 9.2], [21, 9.8], [16.2, 14], [17.8, 20.5], [12, 17], [6.2, 20.5], [7.8, 14], [3, 9.8], [9.4, 9.2], [12, 3]]],\n heart: [[[12, 20], [4.5, 12.5], [3.5, 8], [6.5, 4.5], [10, 5], [12, 8], [14, 5], [17.5, 4.5], [20.5, 8], [19.5, 12.5], [12, 20]]],\n sprout: [[[12, 21], [12, 10]], [[12, 13], [7, 10.5], [5, 5.5], [10, 7], [12, 10]], [[12, 11], [17, 8.5], [19, 3.5], [14, 5], [12, 8]]],\n bolt: [[[13, 2], [6, 13], [11, 13], [9, 22], [18, 10], [13, 10], [13, 2]]],\n};\n\nexport const MARK_NAMES = Object.keys(MARKS);\n\nexport function Mark({ name, color, size = 30, nonce = 0 }: { name: string; color: string; size?: number; nonce?: number }) {\n const paths = useMemo(\n () =>\n (MARKS[name] ?? MARKS.star).map(\n (line) => \"M \" + line.map(([x, y]) => `${x + (Math.random() - 0.5) * 1.3},${y + (Math.random() - 0.5) * 1.3}`).join(\" L \"),\n ),\n [name, nonce],\n );\n return (\n \n );\n}\n",[],[220,230],"52c272fd-9717-41bd-9530-0c9e76bc5a76","index.tsx","a68789aa-889a-11f1-aff9-1607ee4eb77e",129,["D",1785205532814],21,"/** @jsxImportSource https://esm.sh/react@18.2.0 */\n// Codenames bench UI. Palette lifted from the physical Codenames game:\n// cream word cards, blue + red team cards, tan bystanders, black assassin.\n// Charlie's handwriting (Fullerfont) is reserved for the title, a couple of\n// section headings, and score numbers only.\nimport React, { useEffect, useMemo, useState } from \"https://esm.sh/react@18.2.0\";\nimport { createRoot } from \"https://esm.sh/react-dom@18.2.0/client\";\nimport { hexA, Mark, Squiggle, WobblyBox } from \"./pen.tsx\";\n\nconst FONT_URL = \"https://cdn.jsdelivr.net/gh/dcm31/myfont@main/Fullerfont-Regular.otf\";\nconst CODENAMES_URL = \"https://czechgames.com/en/codenames/\";\n\n/** Guess Efficiency Score, mirrored from database/standings.ts */\nfunction gesPct(result: string, words: number, clues: number): number {\n const raw = words + (result === \"won\" ? Math.max(1, 10 - clues) : 0);\n return Math.round((raw / 18) * 100);\n}\n\nconst hand = (size: string): React.CSSProperties => ({\n fontFamily: \"'Fullerfont', sans-serif\",\n fontWeight: 400,\n fontSize: size,\n lineHeight: 1.25,\n});\nconst handBold = (size: string): React.CSSProperties => ({\n ...hand(size),\n WebkitTextStroke: \"0.035em currentColor\",\n});\nconst squigUnder = (color: string, sw = 2): React.CSSProperties => {\n const svg =\n ``;\n return {\n textDecoration: \"none\",\n backgroundImage: `url(\"data:image/svg+xml,${encodeURIComponent(svg)}\")`,\n backgroundRepeat: \"repeat-x\",\n backgroundPosition: \"0 100%\",\n backgroundSize: \"28px 7px\",\n paddingBottom: \"3px\",\n };\n};\n\nconst usd = (x: number) => x === 0 ? \"$0\" : x < 0.01 ? `$${x.toFixed(4)}` : `$${x.toFixed(2)}`;\nconst RESULT_TEXT: Record = {\n won: \"won\", lost_assassin: \"assassin\", lost_timeout: \"out of clues\", error: \"error\",\n};\nconst short = (label: string) =>\n label.replace(\"Nemotron \", \"\").replace(\"Gemini 2.5 \", \"\").replace(\"GPT-OSS\", \"OSS\").replace(\" 4.5\", \"\").replace(\" V3.1\", \"\").replace(\"Gemini 3 Pro\", \"G3 Pro\").replace(\"GPT-5.6 \", \"\").replace(\"DeepSeek V4 Pro\", \"DS V4\");\n\n// ---- Codenames palette ----\nfunction useTheme() {\n const [dark, setDark] = useState(false);\n useEffect(() => {\n const mq = window.matchMedia(\"(prefers-color-scheme: dark)\");\n setDark(mq.matches);\n const fn = (e: MediaQueryListEvent) => setDark(e.matches);\n mq.addEventListener(\"change\", fn);\n return () => mq.removeEventListener(\"change\", fn);\n }, []);\n return {\n dark,\n paper: dark ? \"#211d16\" : \"#f1e8d2\",\n ink: dark ? \"#ebe4d1\" : \"#29241c\",\n faint: dark ? \"#98907c\" : \"#8a7f6a\",\n blue: dark ? \"#7fb0d9\" : \"#33698f\",\n red: dark ? \"#e0715f\" : \"#b8422f\",\n tan: dark ? \"#a3936f\" : \"#b3a075\",\n black: dark ? \"#0d0b08\" : \"#1d1812\",\n };\n}\ntype Theme = ReturnType;\n\nfunction resultColor(t: Theme, result: string): string {\n return result === \"won\" ? t.blue : result === \"lost_assassin\" ? (t.dark ? t.red : t.black) : result.startsWith(\"lost\") || result === \"error\" ? t.red : t.faint;\n}\n\nfunction GameChips({ list, t, nonce, onGame, target = 9 }: { list: any[]; t: Theme; nonce: number; onGame: (id: number) => void; target?: number }) {\n return (\n

\n {list.map((g: any, i: number) => (\n \n ))}\n

\n );\n}\n\n// ---------------- leaderboard: one grouped chart, tap for details ----------------\n\nfunction Leaderboard({ charts, t, nonce }: { charts: any; t: Theme; nonce: number }) {\n const [sel, setSel] = useState(null);\n const byKey = (rows: any[]) => Object.fromEntries((rows ?? []).map((r: any) => [r.key, r]));\n const overall = byKey(charts.overall);\n const giving = byKey(charts.giving);\n const guessing = byKey(charts.guessing);\n const keys: string[] = useMemo(() => {\n const all = [...new Set([...(charts.overall ?? []), ...(charts.giving ?? []), ...(charts.guessing ?? [])].map((r: any) => r.key))];\n return all.sort((a, b) => (overall[b]?.score ?? -1) - (overall[a]?.score ?? -1));\n }, [charts]);\n if (!keys.length) return null;\n const label = (k: string) => (overall[k] ?? giving[k] ?? guessing[k])?.label ?? k;\n const H = 170;\n const bar = (row: any, color: string) => (\n

\n {row ? Math.round(row.score) : 0}\n

\n );\n const selRow = sel\n ? { key: sel, label: label(sel), overall: overall[sel], giving: giving[sel], guessing: guessing[sel] }\n : null;\n const detail = (name: string, r: any, color: string) =>\n r\n ? (\n \n {name}: {r.display}{\" \"}\n · {r.wins} win{r.wins === 1 ? \"\" : \"s\"} in {r.games} self-play game{r.games === 1 ? \"\" : \"s\"}\n \n )\n : {name}: no games yet;\n return (\n

\n overall\n clue giving (words per clue)\n guessing (accuracy)\n all self-play · tap a model for details\n

\n {[25, 50, 75, 100].map((y) => (\n

\n {y}\n

\n ))}\n

\n {keys.map((k) => (\n setSel(sel === k ? null : k)}\n className=\"cursor-pointer flex flex-col items-center gap-1\"\n style={{ background: sel === k ? hexA(t.blue, 0.08) : \"none\", border: \"none\", borderRadius: 10, padding: \"4px 6px 6px\", width: 96 }}\n >\n

\n {bar(overall[k], t.tan)}\n {bar(giving[k], t.blue)}\n {bar(guessing[k], t.red)}\n

\n {short(label(k))}\n \n ))}\n

\n {selRow && (\n

\n {selRow.label}\n {detail(\"overall\", selRow.overall, t.tan)}\n {detail(\"clue giving\", selRow.giving, t.blue)}\n {detail(\"guessing\", selRow.guessing, t.red)}\n

\n )}\n

\n );\n}\n\n// ---------------- merged matrix ----------------\n\nfunction MergedMatrix({ merged, title, helper, t, nonce, onGame }: { merged: any; title: string; helper?: string; t: Theme; nonce: number; onGame: (id: number) => void }) {\n const [sel, setSel] = useState<{ g: string; u: string } | null>(null);\n const keys: string[] = merged.keys;\n const cell = (g: string, u: string) => merged.cells?.[g]?.[u] ?? null;\n const selCell = sel ? cell(sel.g, sel.u) : null;\n return (\n

\n {title}\n \n {helper &&

{helper}

}\n

\n CLUE GIVERS\n

GUESSERS

\n \n {keys.map((u) => (\n {short(merged.labels[u])}\n ))}\n {keys.map((g) => (\n \n {short(merged.labels[g])}\n {keys.map((u) => {\n const c = cell(g, u);\n const active = sel?.g === g && sel?.u === u;\n const color = !c ? hexA(t.faint, 0.45) : c.wins > 0 ? t.blue : t.red;\n return (\n c && setSel(active ? null : { g, u })}\n className={c ? \"cursor-pointer flex flex-col items-center py-1\" : \"flex flex-col items-center py-1\"}\n style={{\n background: active ? hexA(t.blue, 0.1) : \"none\",\n border: \"none\",\n borderBottom: `1px dashed ${hexA(t.faint, 0.3)}`,\n borderRadius: 8,\n }}\n >\n {c ? Math.round(c.ges / c.games) : \"–\"}\n {c && {c.wins}/{c.games} won}\n \n );\n })}\n \n ))}\n

\n {sel && selCell && (\n

\n \n {merged.labels[sel.g]} cluing for {merged.labels[sel.u]}\n \n \n

\n )}\n

\n );\n}\n\n// ---------------- game logs ----------------\n\nfunction GameLogs({ recent, t, nonce, onGame }: { recent: any[]; t: Theme; nonce: number; onGame: (id: number) => void }) {\n if (!recent?.length) return null;\n return (\n

\n game logs\n \n

\n {recent.map((g: any) => (\n onGame(g.id)}\n className=\"cursor-pointer text-left w-full grid items-center gap-2 py-2\"\n style={{ background: \"none\", border: \"none\", borderBottom: `1px dashed ${hexA(t.faint, 0.35)}`, gridTemplateColumns: \"minmax(0,2.4fr) minmax(64px,1fr) minmax(56px,1fr) minmax(48px,0.8fr)\", color: t.ink }}\n >\n \n {short(g.giver)}\n cluing for \n {short(g.guesser)}\n \n {RESULT_TEXT[g.result] ?? g.result}\n {g.words}/9 · {g.clues} clues\n {g.ges}%\n \n ))}\n

\n );\n}\n\n// ---------------- tucked-away duet experiments ----------------\n\nfunction DuetArchive({ teams, t, nonce, onGame }: { teams: any[]; t: Theme; nonce: number; onGame: (id: number) => void }) {\n const [openTeam, setOpenTeam] = useState(null);\n if (!teams.length) return null;\n return (\n

\n earlier duet-mode experiments (different rules)\n

\n {teams.map((team: any) => (\n

\n setOpenTeam(openTeam === team.key ? null : team.key)}\n className=\"cursor-pointer text-left w-full grid items-center gap-2 py-2\"\n style={{ background: \"none\", border: \"none\", borderBottom: `1px dashed ${hexA(t.faint, 0.35)}`, gridTemplateColumns: \"minmax(0,2.2fr) repeat(2, minmax(52px, 1fr))\", color: t.ink }}\n >\n \n {team.labels[0]}\n {team.keys[0] !== team.keys[1] ? {\" + \"}{team.labels[1]} : {\" solo\"}}\n \n {team.avgAgents.toFixed(1)}/15 words\n \n {team.wins ? `${team.wins}w` : team.assassins ? \"assassin\" : \"out of clues\"}\n \n \n {openTeam === team.key && }\n

\n ))}\n

\n );\n}\n\nfunction Standings({ data, t, nonce, onGame }: { data: any; t: Theme; nonce: number; onGame: (id: number) => void }) {\n return (\n

\n \n \n \n

\n hidden models (the full matrix)\n

\n \n

\n );\n}\n\n// ---------------- game story ----------------\n\ninterface Snap {\n covered: boolean[];\n marks: { a: boolean[]; b: boolean[] };\n dead: number;\n}\n\n/** rebuild the board after each turn so the story can show state over time */\nfunction buildSnapshots(s: any): Snap[] {\n const wordIdx = new Map(s.words.map((w: string, i: number) => [w, i]));\n let covered = Array(25).fill(false);\n let marks = { a: Array(25).fill(false), b: Array(25).fill(false) };\n let dead = -1;\n const snaps: Snap[] = [{ covered: [...covered], marks: { a: [...marks.a], b: [...marks.b] }, dead }];\n for (const tr of s.transcript) {\n for (const gu of tr.guesses) {\n const i = wordIdx.get(gu.word);\n if (i === undefined) continue;\n if (gu.outcome === \"agent\") covered[i] = true;\n else if (gu.outcome === \"bystander\") marks[tr.giver as \"a\" | \"b\"][i] = true;\n else if (gu.outcome === \"assassin\") dead = i;\n }\n snaps.push({ covered: [...covered], marks: { a: [...marks.a], b: [...marks.b] }, dead });\n }\n return snaps;\n}\n\nconst OUTCOME_TEXT: Record = { agent: \"correct\", bystander: \"neutral\", assassin: \"assassin\" };\n\nfunction Dot({ color, big, marked, t }: { color: string; big: boolean; marked: boolean; t: Theme }) {\n const d = big ? 9 : 7;\n return (\n \n \n {marked && (\n \n )}\n \n );\n}\n\nfunction Tile({ word, cellA, cellB, covered, dead, markedA, markedB, giver, badge, classic, t, nonce, small }: {\n word: string; cellA: string; cellB: string; covered: boolean; dead: boolean;\n markedA: boolean; markedB: boolean; giver: \"a\" | \"b\" | null;\n badge: { n: number; outcome: string } | null; classic: boolean;\n t: Theme; nonce: number; small: boolean;\n}) {\n const dot = (cell: string) => cell === \"green\" ? t.blue : cell === \"assassin\" ? (t.dark ? t.red : t.black) : hexA(t.tan, 0.85);\n const stroke = dead ? (t.dark ? t.red : t.black) : covered ? t.blue : badge ? t.red : hexA(t.ink, 0.7);\n const w = small ? 64 : 124;\n const h = small ? 46 : 64;\n const badgeColor = badge ? (badge.outcome === \"agent\" ? t.blue : badge.outcome === \"assassin\" ? (t.dark ? t.red : t.black) : t.tan) : t.faint;\n return (\n \n \n \n {word}\n \n \n \n {!classic && }\n {covered && }\n {dead && }\n \n \n {badge && (\n \n {badge.n}\n \n )}\n \n );\n}\n\nfunction Board({ s, snap, giver, badges, classic, t, nonce, small }: {\n s: any; snap: Snap; giver: \"a\" | \"b\" | null; badges: Map;\n classic: boolean; t: Theme; nonce: number; small: boolean;\n}) {\n return (\n

\n {s.words.map((w: string, i: number) => (\n \n ))}\n

\n );\n}\n\nfunction Thinking({ label, text, t }: { label: string; text: string | null | undefined; t: Theme }) {\n if (!text) return null;\n return (\n

\n {label}\n

\n {text}\n

\n );\n}\n\nfunction GameView({ id, t, nonce, onBack }: { id: number; t: Theme; nonce: number; onBack: () => void }) {\n const [g, setG] = useState(null);\n const [err, setErr] = useState(null);\n const [small, setSmall] = useState(false);\n useEffect(() => {\n const check = () => setSmall(window.innerWidth < 720);\n check();\n window.addEventListener(\"resize\", check);\n return () => window.removeEventListener(\"resize\", check);\n }, []);\n useEffect(() => {\n fetch(`/api/game/${id}`).then((r) => r.json()).then(setG).catch((e) => setErr(String(e)));\n }, [id]);\n\n const s = g?.state;\n const classic = s?.mode === \"classic\";\n const target = classic ? 9 : 15;\n const snaps = useMemo(() => (s ? buildSnapshots(s) : []), [s]);\n\n if (err) return

{err}

;\n if (!g) return

fetching the game...

;\n\n const sideLabel = (side: string) => side === \"a\" ? g.label_a : g.label_b;\n const result = g.result ?? s.status;\n const solo = g.model_a === g.model_b;\n const ges = classic && g.result ? gesPct(g.result, s.agentsFound, s.transcript.length) : null;\n const title = classic\n ? `${g.label_a} cluing${solo ? \" for itself\" : ` for ${g.label_b}`}`\n : `${g.label_a}${solo ? \" solo pair\" : ` + ${g.label_b}`}`;\n const emptyBadges = new Map();\n\n return (\n

\n \n game {g.id}: {title}\n {RESULT_TEXT[result] ?? result}\n {ges !== null && {ges}%}\n \n {s.agentsFound}/{target} words · {s.transcript.length} clues · {usd(s.cost)}\n \n

\n\n {/* the fresh board */}\n

\n the fresh board\n \n {classic\n ? (\n

\n one secret key, held by {g.label_a}: 9 team words to find, 3{\" \"}\n assassins, the rest bystanders. {solo ? \"the guessing copy of the model\" : g.label_b} guesses blind\n with up to N+1 guesses per clue. a slash = revealed neutral. numbered rings = that clue's guesses in order.\n

\n )\n : (\n

\n duet deals each partner their own secret key: the left dot is {g.label_a}'s{solo ? \" (as player A)\" : \"\"}, the right is{\" \"}\n {solo ? \"its twin's (player B)\" : `${g.label_b}'s`}. every key hides 9 team words and 3{\" \"}\n assassins — a word can be safe on one key and fatal on the other.\n guesses are judged on whichever partner gave the clue. numbered rings = that clue's guesses in order.\n

\n )}\n

\n\n {/* the story, one long scroll */}\n {s.transcript.map((turn: any, i: number) => {\n const badges = new Map();\n turn.guesses.forEach((gu: any, k: number) => badges.set(gu.word, { n: k + 1, outcome: gu.outcome }));\n return (\n

\n clue {turn.turn} of {s.transcript.length}\n {sideLabel(turn.giver)} {classic ? \"says\" : `(player ${turn.giver.toUpperCase()}) says`}\n {turn.clue\n ? {turn.clue.word} {turn.clue.number}\n : no valid clue ({turn.invalid})}\n

\n {turn.clue && }\n

\n {turn.guesses.map((gu: any, k: number) => (\n

\n {k + 1}.\n {gu.word}\n \n {OUTCOME_TEXT[gu.outcome] ?? gu.outcome}\n \n {gu.outcome === \"agent\" && }\n {gu.outcome === \"assassin\" && }\n

\n \n

\n ))}\n {turn.guesses.length === 0 && !turn.stopped && no guesses landed this clue}\n {turn.stopped && guesser stopped to bank progress}\n {turn.error && {turn.error}}\n

\n the board after clue {turn.turn}\n \n

\n );\n })}\n\n

\n {RESULT_TEXT[result] ?? result}{classic && g.result ? ` — ${s.agentsFound}/9 words in ${s.transcript.length} clues` : \"\"}\n

\n );\n}\n\n// ---------------- app ----------------\n\nfunction App() {\n const t = useTheme();\n const [nonce] = useState(0);\n const [data, setData] = useState(null);\n const [loadErr, setLoadErr] = useState(false);\n const [route, setRoute] = useState(window.location.hash);\n\n useEffect(() => {\n // load the handwriting font in the background; never block rendering on it\n const font = new FontFace(\"Fullerfont\", `url('${FONT_URL}')`);\n font.load().then(() => document.fonts.add(font)).catch(() => {});\n }, []);\n\n useEffect(() => {\n const fn = () => setRoute(window.location.hash);\n window.addEventListener(\"hashchange\", fn);\n return () => window.removeEventListener(\"hashchange\", fn);\n }, []);\n\n const load = () =>\n fetch(\"/api/standings\").then((r) => {\n if (!r.ok) throw new Error(String(r.status));\n return r.json();\n }).then((d) => {\n setData(d);\n setLoadErr(false);\n }).catch(() => setLoadErr(true));\n useEffect(() => {\n load();\n }, []);\n useEffect(() => {\n if (!data || data.totals.pending === 0) return;\n const iv = setInterval(load, 20_000);\n return () => clearInterval(iv);\n }, [data?.totals?.pending]);\n\n const gameMatch = route.match(/^#\\/game\\/(\\d+)$/);\n const openGame = (id: number) => {\n window.location.hash = `#/game/${id}`;\n };\n\n return (\n

codenames bench

\n \n

\n A benchmark to see how well AI models can play{\" \"}\n Codenames\n

\n\n {gameMatch\n ? { window.location.hash = \"\"; }} />\n : data\n ? \n : loadErr\n ? (\n

\n couldn't load the standings —{\" \"}\n \n

\n )\n :

fetching standings...

}\n\n \n

\n );\n}\n\ncreateRoot(document.getElementById(\"root\")!).render();\n",[],[220,238],"ae7593b0-75cf-4d74-8ea1-eb0f1c4e2d8f","index.html","67d69db8-889a-11f1-8728-1607ee4eb77e",["D",1785033217341],"\n\n\n \n \n codenames duet bench\n \n \n\n\n

\n \n\n\n",[],[220,247],"828c061d-299c-48b6-b1a0-22b49a64db31","engine","1e68fd3d-a5f7-4b7c-9318-d0ce6c31cbf6",4,["D",1785032587913],[260,261,262,263,264],[254],{"_33":296,"_13":297,"_35":298,"_37":255,"_38":39,"_40":299,"_42":43,"_44":300,"_17":68,"_47":105,"_49":301,"_50":51,"_52":-5,"_71":302,"_18":303},{"_33":289,"_13":290,"_35":291,"_37":255,"_38":39,"_40":256,"_42":43,"_44":292,"_17":46,"_47":105,"_49":293,"_50":51,"_52":-5,"_71":294,"_18":295},{"_33":281,"_13":282,"_35":283,"_37":255,"_38":39,"_40":284,"_42":43,"_44":285,"_17":256,"_47":105,"_49":286,"_50":51,"_52":-5,"_71":287,"_18":288},{"_33":273,"_13":274,"_35":275,"_37":255,"_38":39,"_40":276,"_42":43,"_44":277,"_17":88,"_47":105,"_49":278,"_50":51,"_52":-5,"_71":279,"_18":280},{"_33":265,"_13":266,"_35":267,"_37":255,"_38":39,"_40":268,"_42":43,"_44":269,"_17":79,"_47":105,"_49":270,"_50":51,"_52":-5,"_71":271,"_18":272},"e29e0e1f-8852-4674-99e4-476bdb4db37b","prompts.ts","09be0168-8899-11f1-b8e2-1607ee4eb77e",49,["D",1785039051116],"import type { GameState, Side, TurnRec } from \"../shared/types.ts\";\nimport { agentsTarget, other, remainingGreens, TOTAL_TURNS } from \"./game.ts\";\n\nfunction label(cell: string): string {\n return cell === \"green\" ? \"GREEN\" : cell === \"assassin\" ? \"ASSASSIN\" : \"NEUTRAL\";\n}\n\nfunction history(transcript: TurnRec[], me: Side): string {\n const done = transcript.filter((t) => t.clue || t.invalid);\n if (!done.length) return \"(no clues yet)\";\n return done\n .map((t) => {\n const who = t.giver === me ? \"You\" : \"Partner\";\n if (!t.clue) return `Clue ${t.turn}: ${who} failed to give a valid clue (turn forfeited).`;\n const gs = t.guesses.map((g) => `${g.word}=${g.outcome.toUpperCase()}`).join(\", \") || \"(no guesses)\";\n return `Clue ${t.turn}: ${who} gave \"${t.clue.word} ${t.clue.number}\" -> ${gs}${t.stopped ? \"; guesser stopped\" : \"\"}`;\n })\n .join(\"\\n\");\n}\n\nconst RULES_DUET = `You are playing Codenames Duet, a fully cooperative word game, with a partner.\n- The board has 25 words. 15 of them are AGENTS in total; you win together if all 15 are found within ${TOTAL_TURNS} clues (total, shared between both of you).\n- Each player has their own secret key card side. On YOUR side, 9 words are GREEN (agents), 3 are ASSASSINS, 13 are NEUTRAL bystanders. Your partner's side is different: 3 of your greens are also green for them, and the sides overlap in tricky ways — a word that is green on one side can be neutral or even an ASSASSIN on the other.\n- When a clue is given, the guesser's guesses are judged against the CLUE GIVER's key: green = agent found (guesser may keep guessing), neutral = the turn ends harmlessly, ASSASSIN = you both lose instantly.`;\n\nconst RULES_CLASSIC = `You are playing cooperative classic Codenames with a partner.\n- The board has 25 words. There is ONE secret key: 9 GREEN agents, 3 ASSASSINS, 13 NEUTRAL bystanders.\n- The CLUE GIVER sees the key; the GUESSER sees nothing but the board and the clue history.\n- You win together if all 9 agents are found within ${TOTAL_TURNS} clues. For a clue with number N, the guesser gets up to N+1 guesses (a clue of 0 means unlimited guesses).\n- Each guess: GREEN = agent found (guessing may continue), NEUTRAL = the turn ends harmlessly, ASSASSIN = you both lose instantly.`;\n\nexport function buildCluePrompt(s: GameState, giver: Side): string {\n const done = s.transcript.slice(0, -1); // current turn record is already pushed\n const classic = s.mode === \"classic\";\n const target = agentsTarget(s);\n const opp = other(giver);\n const lines = s.words.map((w, i) => {\n if (s.covered[i]) return `${w} - FOUND (agent, done)`;\n const flags: string[] = [];\n if (classic) {\n if (s.marks[giver][i]) flags.push(\"already revealed NEUTRAL; cannot be guessed again\");\n } else {\n if (s.marks[giver][i]) flags.push(\"already revealed NEUTRAL on your key; partner cannot guess it on your clues\");\n if (s.marks[opp][i]) flags.push(\"revealed NEUTRAL on partner's key (could still be anything on yours)\");\n }\n return `${w} - your key: ${label(s.key[giver][i])}${flags.length ? ` (${flags.join(\"; \")})` : \"\"}`;\n }).join(\"\\n\");\n const mine = remainingGreens(s, giver).map((i) => s.words[i]).join(\", \") || \"(none)\";\n const guessRule = classic\n ? \"Your partner then guesses one word at a time, up to NUMBER+1 guesses while they keep hitting greens, and may stop after at least one guess.\"\n : \"Your partner will then guess words one at a time; they may keep guessing as long as they keep hitting your greens, and may stop after at least one guess.\";\n const strategy = classic\n ? \"STRATEGY NOTES: connect as many remaining green words as safely possible, and steer well clear of anything that could pull your partner toward the 3 assassins. Your partner cannot see the key at all.\"\n : \"STRATEGY NOTES: connect as many of YOUR remaining green words as safely possible, and steer clear of anything that could pull your partner toward YOUR 3 assassins or neutrals. Your partner cannot see your key.\";\n return `${classic ? RULES_CLASSIC : RULES_DUET}\n\nYou are the CLUE GIVER for clue ${s.turn} of ${TOTAL_TURNS}. Agents found so far: ${s.agentsFound}/${target}.\n\nYour clue must be exactly ONE word (not any word visible on the board, no board word as a substring trick) plus a NUMBER = how many board words relate to it. ${guessRule}\n\n${strategy}\n\nBOARD (word - what ${classic ? \"THE key\" : \"YOUR key\"} says):\n${lines}\n\nAgents still to find: ${mine}\nClues remaining including this one: ${TOTAL_TURNS - s.turn + 1}\n\nHISTORY:\n${history(done, giver)}\n\nKeep your reasoning brief. Respond with ONLY a JSON object, no other text:\n{\"thinking\": \"your private reasoning\", \"clue\": \"ONEWORD\", \"number\": 2}`;\n}\n\nexport function buildGuessPrompt(\n s: GameState,\n giver: Side,\n current: TurnRec,\n canStop: boolean,\n): string {\n const classic = s.mode === \"classic\";\n const target = agentsTarget(s);\n const guesser = other(giver);\n const done = s.transcript.slice(0, -1);\n const lines = s.words.map((w, i) => {\n if (s.covered[i]) return `${w} - FOUND (agent, cannot guess)`;\n if (classic) {\n return s.marks[giver][i] ? `${w} - revealed NEUTRAL (illegal to guess)` : w;\n }\n const flags: string[] = [];\n if (s.marks[giver][i]) flags.push(\"revealed NEUTRAL against partner's key - ILLEGAL to guess on this clue\");\n if (s.marks[guesser][i]) flags.push(\"was NEUTRAL against YOUR key (still guessable - might be an agent on partner's key)\");\n return `${w} - your key: ${label(s.key[guesser][i])}${flags.length ? ` (${flags.join(\"; \")})` : \"\"}`;\n }).join(\"\\n\");\n const soFar = current.guesses.length\n ? current.guesses.map((g) => `${g.word} -> ${g.outcome.toUpperCase()}`).join(\", \")\n : \"(none yet)\";\n const n = current.clue!.number;\n const situational = classic\n ? `You cannot see the key. For this clue you get up to ${n === 0 ? \"unlimited\" : `${n + 1}`} guesses while you keep hitting greens. A NEUTRAL just ends the turn; an ASSASSIN loses the game instantly, so avoid words your partner probably wasn't pointing at.`\n : `Your guesses are judged against your PARTNER's key, which you CANNOT see. You DO see your own key below, but beware: a word that is GREEN on your key may be neutral or even the ASSASSIN on your partner's key (exactly one of your greens is your partner's assassin). A word that is ASSASSIN on your key might even be green on theirs. Hitting a NEUTRAL just ends the turn; hitting your partner's ASSASSIN loses the game instantly, so avoid words your partner probably wasn't pointing at.`;\n return `${classic ? RULES_CLASSIC : RULES_DUET}\n\nYou are the GUESSER. Your partner gave the clue: \"${current.clue!.word}\" for ${n}. This is clue ${s.turn} of ${TOTAL_TURNS}. Agents found so far: ${s.agentsFound}/${target}.\n\n${situational}\n\nBOARD${classic ? \"\" : \" (word - what YOUR OWN key says)\"}:\n${lines}\n\nGuesses so far on THIS clue: ${soFar}\n${canStop ? \"You may guess again, or STOP to bank your progress.\" : \"You MUST make at least one guess for this clue.\"}\n\nHISTORY:\n${history(done, guesser)}\n\nKeep your reasoning brief. Respond with ONLY a JSON object, no other text:\n{\"thinking\": \"your private reasoning\", \"guess\": \"BOARDWORD\"}${canStop ? ' or {\"thinking\": \"...\", \"guess\": \"STOP\"}' : \"\"}`;\n}\n",[],[254,266],"d1b6d568-c960-4422-b019-13d0f21ebcf9","play.ts","1be9c502-8899-11f1-90af-1607ee4eb77e",50,["D",1785039055896],"import type { GameState, LlmOut, ModelCfg, Side, TurnRec } from \"../shared/types.ts\";\nimport { anyLegalGuess, applyGuess, endTurnBook, legalGuess, MAX_GUESSES_PER_TURN, other, pickGiver } from \"./game.ts\";\nimport { chat, parseOut } from \"./llm.ts\";\nimport { buildCluePrompt, buildGuessPrompt } from \"./prompts.ts\";\n\nexport type ChatFn = (model: ModelCfg, prompt: string) => Promise;\n\nfunction tally(s: GameState, out: LlmOut): void {\n s.cost += out.cost;\n s.calls++;\n s.tokensIn += out.tokensIn;\n s.tokensOut += out.tokensOut;\n}\n\n/** Plays exactly one clue turn (clue + guessing phase), mutating state. */\nexport async function playTurn(\n s: GameState,\n models: { a: ModelCfg; b: ModelCfg },\n chatFn: ChatFn = chat,\n): Promise {\n if (s.status !== \"playing\") return;\n const giver = pickGiver(s);\n const guesser: Side = other(giver);\n const rec: TurnRec = { turn: s.turn, giver, guesses: [] };\n s.transcript.push(rec);\n\n try {\n // ---- clue phase (up to 2 attempts) ----\n let clueCost = 0;\n for (let attempt = 0; attempt < 2 && !rec.clue; attempt++) {\n const p = buildCluePrompt(s, giver) +\n (attempt ? \"\\n\\nYour previous reply was invalid. The clue must be a single word that is NOT on the board, with an integer number. Respond with ONLY the JSON object.\" : \"\");\n const out = await chatFn(models[giver], p);\n tally(s, out);\n clueCost += out.cost;\n const j = parseOut(out);\n const w = String(j?.clue ?? \"\").trim().toUpperCase();\n const n = Number(j?.number);\n const onBoard = s.words.some((bw, i) => !s.covered[i] && bw.toUpperCase() === w);\n if (w && /^[A-Z][A-Z'&. -]*$/.test(w) && w.length <= 30 && !onBoard && Number.isFinite(n)) {\n rec.clue = {\n word: w,\n number: Math.max(0, Math.min(9, Math.round(n))),\n thinking: typeof j?.thinking === \"string\" ? j.thinking : undefined,\n reasoning: out.reasoning,\n cost: clueCost,\n };\n }\n }\n if (!rec.clue) {\n rec.invalid = \"could not produce a valid clue after 2 attempts\";\n endTurnBook(s, giver);\n return;\n }\n\n // ---- guessing phase ----\n const n = rec.clue.number;\n const maxG = s.mode === \"classic\" && n > 0 ? Math.min(MAX_GUESSES_PER_TURN, n + 1) : MAX_GUESSES_PER_TURN;\n while (s.status === \"playing\" && rec.guesses.length < maxG) {\n if (!anyLegalGuess(s, giver)) break;\n const canStop = rec.guesses.length > 0;\n let idx = -1;\n let stop = false;\n let thinking: string | undefined;\n let reasoning: string | null = null;\n let gCost = 0;\n for (let attempt = 0; attempt < 2; attempt++) {\n const p = buildGuessPrompt(s, giver, rec, canStop) +\n (attempt\n ? `\\n\\nYour previous reply was invalid. Guess must be one unrevealed, legal board word${canStop ? ' or \"STOP\"' : \"\"}. Respond with ONLY the JSON object.`\n : \"\");\n const out = await chatFn(models[guesser], p);\n tally(s, out);\n gCost += out.cost;\n const j = parseOut(out);\n const gw = String(j?.guess ?? \"\").trim().toUpperCase();\n thinking = typeof j?.thinking === \"string\" ? j.thinking : thinking;\n reasoning = out.reasoning ?? reasoning;\n if (gw === \"STOP\" && canStop) {\n stop = true;\n break;\n }\n const found = s.words.findIndex((bw) => bw.toUpperCase() === gw);\n if (found >= 0 && legalGuess(s, giver, found)) {\n idx = found;\n break;\n }\n }\n if (stop) {\n rec.stopped = true;\n break;\n }\n if (idx < 0) {\n rec.error = (rec.error ? rec.error + \"; \" : \"\") + \"no legal guess produced\";\n break;\n }\n const outcome = applyGuess(s, giver, idx);\n rec.guesses.push({ word: s.words[idx], outcome, thinking, reasoning, cost: gCost });\n if (outcome !== \"agent\") break;\n }\n endTurnBook(s, giver);\n } catch (e) {\n // A flaky/slow model call shouldn't kill the whole game: forfeit the turn.\n rec.error = String(e).slice(0, 600);\n if (s.status === \"playing\") endTurnBook(s, giver);\n }\n}\n",[],[254,274],"d76b08c8-5544-4e2c-8358-854c4515798d","llm.ts","1174854e-8899-11f1-b138-1607ee4eb77e",94,["D",1785162766827],"import type { LlmOut, ModelCfg } from \"../shared/types.ts\";\n\nasync function chatOnce(model: ModelCfg, prompt: string): Promise {\n const body: Record = {\n model: model.id,\n messages: [{ role: \"user\", content: prompt }],\n max_tokens: model.maxTokens ?? 8000,\n usage: { include: true }, // OpenRouter returns exact cost in credits (USD)\n };\n if (model.reasoning) body.reasoning = model.reasoning;\n const ctrl = new AbortController();\n const t = setTimeout(() => ctrl.abort(), 140_000); // medium-effort reasoning calls can run long\n try {\n const r = await fetch(\"https://openrouter.ai/api/v1/chat/completions\", {\n method: \"POST\",\n headers: {\n Authorization: `Bearer ${Deno.env.get(\"OPENROUTER_API_KEY\")}`,\n \"Content-Type\": \"application/json\",\n \"X-Title\": \"codenames-duet-bench\",\n \"HTTP-Referer\": \"https://www.val.town/x/dcm31/codenames-duet-bench\",\n },\n body: JSON.stringify(body),\n signal: ctrl.signal,\n });\n const j = await r.json();\n if (!r.ok || j.error) {\n throw new Error(`OpenRouter ${r.status} for ${model.id}: ${JSON.stringify(j.error ?? j).slice(0, 400)}`);\n }\n const m = j.choices?.[0]?.message ?? {};\n const text = typeof m.content === \"string\" ? m.content : JSON.stringify(m.content ?? \"\");\n return {\n text,\n reasoning: typeof m.reasoning === \"string\" && m.reasoning.trim() ? m.reasoning : null,\n cost: Number(j.usage?.cost ?? 0),\n tokensIn: Number(j.usage?.prompt_tokens ?? 0),\n tokensOut: Number(j.usage?.completion_tokens ?? 0),\n };\n } finally {\n clearTimeout(t);\n }\n}\n\n/** retries with backoff on transient failures (network blips, free-tier 429s) */\nexport async function chat(model: ModelCfg, prompt: string): Promise {\n const delays = [2500, 9000];\n for (let i = 0; ; i++) {\n try {\n return await chatOnce(model, prompt);\n } catch (e) {\n if (i >= delays.length) throw e;\n await new Promise((r) => setTimeout(r, delays[i]));\n }\n }\n}\n\n/** tolerant JSON extraction from model output */\nexport function extractJson(text: string): Record | null {\n const tryParse = (s: string) => {\n try {\n const v = JSON.parse(s);\n return v && typeof v === \"object\" ? v as Record : null;\n } catch {\n return null;\n }\n };\n const direct = tryParse(text.trim());\n if (direct) return direct;\n const fenced = text.match(/```(?:json)?\\s*([\\s\\S]*?)```/);\n if (fenced) {\n const v = tryParse(fenced[1].trim());\n if (v) return v;\n }\n const s = text.indexOf(\"{\");\n const e = text.lastIndexOf(\"}\");\n if (s >= 0 && e > s) return tryParse(text.slice(s, e + 1));\n return null;\n}\n\n/** parse the model's JSON reply, falling back to the reasoning channel\n * (some reasoning models put everything there and leave content empty) */\nexport function parseOut(out: LlmOut): Record | null {\n return extractJson(out.text) ?? (out.reasoning ? extractJson(out.reasoning) : null);\n}\n",[],[254,282],"1b788f72-85d9-49c9-a879-a0701001575b","keycard.ts","f0aa6022-8898-11f1-a290-1607ee4eb77e",["D",1785032587913],"import type { Cell, KeyCard } from \"../shared/types.ts\";\n\n// Official Codenames Duet key card distribution over 25 words:\n// [sideA, sideB, count]\nconst DIST: Array<[Cell, Cell, number]> = [\n [\"green\", \"green\", 3],\n [\"green\", \"bystander\", 5],\n [\"bystander\", \"green\", 5],\n [\"green\", \"assassin\", 1],\n [\"assassin\", \"green\", 1],\n [\"assassin\", \"assassin\", 1],\n [\"assassin\", \"bystander\", 1],\n [\"bystander\", \"assassin\", 1],\n [\"bystander\", \"bystander\", 7],\n];\n// => each side sees 9 green / 3 assassin / 13 bystander; 15 unique agents total.\n\nexport function makeKeyCard(rng: () => number): KeyCard {\n const cells: Array<[Cell, Cell]> = [];\n for (const [a, b, n] of DIST) for (let i = 0; i < n; i++) cells.push([a, b]);\n for (let i = cells.length - 1; i > 0; i--) {\n const j = Math.floor(rng() * (i + 1));\n [cells[i], cells[j]] = [cells[j], cells[i]];\n }\n return { a: cells.map((c) => c[0]), b: cells.map((c) => c[1]) };\n}\n\nexport function totalAgents(key: KeyCard): number {\n let n = 0;\n for (let i = 0; i < 25; i++) if (key.a[i] === \"green\" || key.b[i] === \"green\") n++;\n return n; // always 15\n}\n",[],[254,290],"7381e918-8c03-4c22-88ad-c38db28abb87","game.ts","f8e58118-8898-11f1-9e75-1607ee4eb77e",48,["D",1785039020999],"import { WORDS } from \"../shared/words.ts\";\nimport type { Cell, GameMode, GameState, Side } from \"../shared/types.ts\";\nimport { makeKeyCard } from \"./keycard.ts\";\n\nexport const TOTAL_TURNS = 9;\nexport const TOTAL_AGENTS = 15; // duet\nexport const CLASSIC_AGENTS = 9; // classic one-key mode\nexport const MAX_GUESSES_PER_TURN = 8; // safety cap (Duet is unlimited-while-green)\n\nexport function agentsTarget(s: GameState): number {\n return s.mode === \"classic\" ? CLASSIC_AGENTS : TOTAL_AGENTS;\n}\n\n/** deterministic PRNG so games are reproducible from seed */\nexport function mulberry32(seed: number): () => number {\n let t = seed >>> 0;\n return function () {\n t += 0x6D2B79F5;\n let x = t;\n x = Math.imul(x ^ (x >>> 15), x | 1);\n x ^= x + Math.imul(x ^ (x >>> 7), x | 61);\n return ((x ^ (x >>> 14)) >>> 0) / 4294967296;\n };\n}\n\n/** classic Codenames single key: 9 green, 3 assassin, 13 bystander */\nfunction makeClassicKey(rng: () => number): Cell[] {\n const cells: Cell[] = [\n ...Array(9).fill(\"green\"),\n ...Array(3).fill(\"assassin\"),\n ...Array(13).fill(\"bystander\"),\n ];\n for (let i = cells.length - 1; i > 0; i--) {\n const j = Math.floor(rng() * (i + 1));\n [cells[i], cells[j]] = [cells[j], cells[i]];\n }\n return cells;\n}\n\nexport function newGame(seed: number, mode: GameMode = \"duet\"): GameState {\n const rng = mulberry32(seed);\n const pool = [...WORDS];\n for (let i = pool.length - 1; i > 0; i--) {\n const j = Math.floor(rng() * (i + 1));\n [pool[i], pool[j]] = [pool[j], pool[i]];\n }\n const words = pool.slice(0, 25);\n let key;\n if (mode === \"classic\") {\n const k = makeClassicKey(rng);\n key = { a: k, b: k }; // one shared key; giver is always side \"a\"\n } else {\n key = makeKeyCard(rng);\n }\n return {\n mode,\n seed,\n words,\n key,\n covered: Array(25).fill(false),\n marks: { a: Array(25).fill(false), b: Array(25).fill(false) },\n turn: 1,\n nextGiver: \"a\",\n status: \"playing\",\n agentsFound: 0,\n transcript: [],\n cost: 0,\n calls: 0,\n tokensIn: 0,\n tokensOut: 0,\n };\n}\n\nexport function other(s: Side): Side {\n return s === \"a\" ? \"b\" : \"a\";\n}\n\nexport function remainingGreens(s: GameState, side: Side): number[] {\n const out: number[] = [];\n for (let i = 0; i < 25; i++) {\n if (s.key[side][i] === \"green\" && !s.covered[i]) out.push(i);\n }\n return out;\n}\n\n/** Duet alternates givers (skipping one with no agents left). Classic: model A always gives. */\nexport function pickGiver(s: GameState): Side {\n if (s.mode === \"classic\") return \"a\";\n if (remainingGreens(s, s.nextGiver).length > 0) return s.nextGiver;\n return other(s.nextGiver);\n}\n\n/** Guesses are always judged against the CLUE GIVER's key. */\nexport function applyGuess(s: GameState, giver: Side, idx: number): \"agent\" | \"bystander\" | \"assassin\" {\n const cell = s.key[giver][idx];\n if (cell === \"green\") {\n s.covered[idx] = true;\n s.agentsFound++;\n if (s.agentsFound >= agentsTarget(s)) s.status = \"won\";\n return \"agent\";\n }\n if (cell === \"assassin\") {\n s.status = \"lost_assassin\";\n return \"assassin\";\n }\n s.marks[giver][idx] = true;\n return \"bystander\";\n}\n\nexport function legalGuess(s: GameState, giver: Side, idx: number): boolean {\n return idx >= 0 && idx < 25 && !s.covered[idx] && !s.marks[giver][idx];\n}\n\nexport function anyLegalGuess(s: GameState, giver: Side): boolean {\n for (let i = 0; i < 25; i++) if (legalGuess(s, giver, i)) return true;\n return false;\n}\n\nexport function endTurnBook(s: GameState, giver: Side): void {\n s.nextGiver = other(giver);\n if (s.status === \"playing\") {\n if (s.turn >= TOTAL_TURNS) s.status = \"lost_timeout\";\n else s.turn++;\n }\n}\n",[],[254,297],"84f6a046-2087-4156-8106-c54fe9cbe3e2","database","639da78d-d168-4be4-9148-d62cf8d403a4",9,["D",1785032670439],[311,312],[305],{"_33":321,"_13":322,"_35":323,"_37":306,"_38":39,"_40":324,"_42":43,"_44":325,"_17":79,"_47":105,"_49":326,"_50":51,"_52":-5,"_71":327,"_18":328},{"_33":313,"_13":314,"_35":315,"_37":306,"_38":39,"_40":316,"_42":43,"_44":317,"_17":140,"_47":105,"_49":318,"_50":51,"_52":-5,"_71":319,"_18":320},"6604f95c-b7c9-45ed-9310-39dad3783118","standings.ts","5d252592-889a-11f1-ba0a-1607ee4eb77e",126,["D",1785205502564],"// Aggregates done games into standings.\n// classic games (the benchmark): one merged giver x guesser matrix + per-role\n// bar data. duet games are legacy/tucked-away.\nimport { init, sqlite } from \"./db.ts\";\nimport type { GameState } from \"../shared/types.ts\";\n\n/** Guess Efficiency Score for one classic game, as a 0-100 percentage.\n * You must WIN to beat any loss: raw = successful guesses (0-9) plus, on a\n * win, a bonus of (10 - clues used). Best possible = all 9 words on clue 1\n * -> raw 18 -> 100%. A win in all 9 clues -> 10/18 -> 56%. Losses cap at\n * 8/18 -> 44%, ranked by words found. */\nexport function gesPct(result: string, words: number, clues: number): number {\n const raw = words + (result === \"won\" ? Math.max(1, 10 - clues) : 0);\n return Math.round((raw / 18) * 100);\n}\n\nexport async function standings() {\n await init();\n const res = await sqlite.execute(\n `SELECT id, model_a, model_b, label_a, label_b, tier, mode, status, result, agents_found, turns_used, cost, calls, state\n FROM games ORDER BY id`,\n );\n\n const games = res.rows.map((r: any) => ({\n id: Number(r.id),\n model_a: String(r.model_a),\n model_b: String(r.model_b),\n label_a: String(r.label_a),\n label_b: String(r.label_b),\n tier: String(r.tier),\n mode: String(r.mode ?? \"duet\"),\n status: String(r.status),\n result: r.result == null ? null : String(r.result),\n agents_found: Number(r.agents_found),\n turns_used: Number(r.turns_used),\n cost: Number(r.cost),\n calls: Number(r.calls),\n state: r.state ? JSON.parse(String(r.state)) as GameState : undefined,\n }));\n\n const done = games.filter((g) => g.status === \"done\" && g.result && g.result !== \"error\");\n const doneDuet = done.filter((g) => g.mode === \"duet\");\n const doneClassic = done.filter((g) => g.mode === \"classic\");\n const classicAll = games.filter((g) => g.mode === \"classic\");\n\n // ============ classic: per-role stats ============\n type Role = {\n key: string; label: string; games: number; wins: number; agents: number; turns: number;\n ges: number;\n guesses: number; agentGuesses: number; assassins: number;\n };\n const givers = new Map();\n const guessers = new Map();\n const getR = (m: Map, key: string, label: string): Role => {\n if (!m.has(key)) m.set(key, { key, label, games: 0, wins: 0, agents: 0, turns: 0, ges: 0, guesses: 0, agentGuesses: 0, assassins: 0 });\n return m.get(key)!;\n };\n for (const g of doneClassic) {\n const gGes = gesPct(g.result!, g.agents_found, g.turns_used);\n const gv = getR(givers, g.model_a, g.label_a);\n gv.games++;\n if (g.result === \"won\") gv.wins++;\n if (g.result === \"lost_assassin\") gv.assassins++;\n gv.agents += g.agents_found;\n gv.turns += g.turns_used;\n gv.ges += gGes;\n const gu = getR(guessers, g.model_b, g.label_b);\n gu.games++;\n if (g.result === \"won\") gu.wins++;\n if (g.result === \"lost_assassin\") gu.assassins++;\n gu.agents += g.agents_found;\n gu.turns += g.turns_used;\n gu.ges += gGes;\n if (g.state) {\n for (const t of g.state.transcript) {\n for (const x of t.guesses) {\n gu.guesses++;\n if (x.outcome === \"agent\") gu.agentGuesses++;\n }\n }\n }\n }\n\n // ============ classic: three chart datasets (bias-controlled) ============\n // overall = SELF-PLAY only (model clues for itself; no partner bias)\n // giving = games cluing for the FIXED reference guesser (deepseek)\n // guessing = games guessing for the FIXED reference giver (gpt5mini)\n const REF_GUESSER = \"deepseek\";\n const REF_GIVER = \"gpt5mini\";\n // The headline benchmark: best model per lab (Charlie's pick, July 2026).\n // Everything else still plays but is tucked away in the UI.\n const FEATURED = [\"opus5\", \"sol\", \"g3pro\", \"kimik3\", \"dsv4\"];\n const labels: Record = {};\n for (const g of classicAll) {\n labels[g.model_a] = g.label_a;\n labels[g.model_b] = g.label_b;\n }\n type ChartRow = { key: string; label: string; score: number; display: string; games: number; wins: number };\n // ALL THREE charts are computed from SELF-PLAY games only (no partner bias):\n // overall = avg Guess Efficiency Score\n // giving = words delivered per clue (3 per clue scores 100)\n // guessing = share of guesses that were correct\n const selfGames = doneClassic.filter((g) => g.model_a === g.model_b && FEATURED.includes(g.model_a));\n const byModel = new Map();\n for (const g of selfGames) {\n if (!byModel.has(g.model_a)) byModel.set(g.model_a, []);\n byModel.get(g.model_a)!.push(g);\n }\n const rows = (fn: (gs: typeof selfGames) => { score: number; display: string }): ChartRow[] =>\n [...byModel.entries()].map(([key, gs]) => {\n const { score, display } = fn(gs);\n return {\n key,\n label: labels[key] ?? key,\n score,\n display,\n games: gs.length,\n wins: gs.filter((g) => g.result === \"won\").length,\n };\n }).sort((x, y) => y.score - x.score);\n const charts = {\n overall: rows((gs) => {\n const avg = gs.reduce((s, g) => s + gesPct(g.result!, g.agents_found, g.turns_used), 0) / gs.length;\n return { score: Math.round(avg), display: `${Math.round(avg)} Guess Efficiency Score` };\n }),\n giving: rows((gs) => {\n const words = gs.reduce((s, g) => s + g.agents_found, 0);\n const clues = gs.reduce((s, g) => s + g.turns_used, 0);\n const wpc = clues ? words / clues : 0;\n return { score: Math.min(100, Math.round((wpc / 3) * 100)), display: `${wpc.toFixed(2)} words per clue` };\n }),\n guessing: rows((gs) => {\n let correct = 0, total = 0;\n for (const g of gs) {\n for (const t of g.state?.transcript ?? []) {\n for (const x of t.guesses) {\n total++;\n if (x.outcome === \"agent\") correct++;\n }\n }\n }\n const acc = total ? correct / total : 0;\n return { score: Math.round(acc * 100), display: `${Math.round(acc * 100)}% of guesses correct` };\n }),\n };\n\n // (legacy per-role stats kept for the merged matrix ordering)\n const allKeys = new Set([...givers.keys(), ...guessers.keys()]);\n const bars = [...allKeys].map((key) => {\n const gv = givers.get(key);\n const gu = guessers.get(key);\n const giverGes = gv && gv.games ? gv.ges / gv.games : null;\n const guesserGes = gu && gu.games ? gu.ges / gu.games : null;\n const parts = [giverGes, guesserGes].filter((x): x is number => x !== null);\n const combined = parts.length ? parts.reduce((a, b) => a + b, 0) / parts.length : 0;\n return {\n key,\n label: labels[key] ?? key,\n giverGes,\n giverGames: gv?.games ?? 0,\n giverWins: gv?.wins ?? 0,\n guesserGes,\n guesserGames: gu?.games ?? 0,\n guesserWins: gu?.wins ?? 0,\n combined,\n games: (gv?.games ?? 0) + (gu?.games ?? 0),\n wins: (gv?.wins ?? 0) + (gu?.wins ?? 0),\n };\n }).sort((x, y) => y.combined - x.combined);\n\n // ============ classic: one merged giver x guesser matrix ============\n type Cell = {\n games: number; wins: number; agents: number; turns: number; assassins: number; cost: number; ges: number;\n gameList: { id: number; result: string; agents: number; turns: number; cost: number; ges: number }[];\n };\n const cells: Record> = {};\n for (const g of doneClassic) {\n cells[g.model_a] ??= {};\n const cell = (cells[g.model_a][g.model_b] ??= { games: 0, wins: 0, agents: 0, turns: 0, assassins: 0, cost: 0, ges: 0, gameList: [] });\n const gGes = gesPct(g.result!, g.agents_found, g.turns_used);\n cell.games++;\n if (g.result === \"won\") cell.wins++;\n if (g.result === \"lost_assassin\") cell.assassins++;\n cell.agents += g.agents_found;\n cell.turns += g.turns_used;\n cell.cost += g.cost;\n cell.ges += gGes;\n cell.gameList.push({ id: g.id, result: g.result!, agents: g.agents_found, turns: g.turns_used, cost: g.cost, ges: gGes });\n }\n // matrix axes ordered by combined strength; models with no finished games last\n const barOrder = bars.map((b) => b.key);\n const allMatrixKeys = [...new Set([...barOrder, ...classicAll.flatMap((g) => [g.model_a, g.model_b])])];\n const featuredKeys = allMatrixKeys.filter((k) => FEATURED.includes(k) || k === REF_GIVER || k === REF_GUESSER);\n const mkMerged = (keys: string[]) => ({\n keys,\n labels,\n cells,\n done: classicAll.filter((g) => g.status === \"done\").length,\n total: classicAll.length,\n });\n const merged = mkMerged(featuredKeys);\n const mergedFull = mkMerged(allMatrixKeys);\n\n // ============ duet (legacy, tucked away) ============\n type Team = {\n key: string; labels: [string, string]; keys: [string, string]; tier: string;\n games: number; wins: number; agents: number; turns: number; assassins: number; cost: number;\n gameList: { id: number; result: string; agents: number; turns: number; cost: number }[];\n };\n const teams = new Map();\n for (const g of doneDuet) {\n const [k1, k2] = [g.model_a, g.model_b].sort();\n const key = `${k1}|${k2}|${g.tier}`;\n if (!teams.has(key)) {\n const flip = k1 !== g.model_a;\n teams.set(key, {\n key,\n keys: [k1, k2],\n labels: flip ? [g.label_b, g.label_a] : [g.label_a, g.label_b],\n tier: g.tier,\n games: 0, wins: 0, agents: 0, turns: 0, assassins: 0, cost: 0, gameList: [],\n });\n }\n const t = teams.get(key)!;\n t.games++;\n if (g.result === \"won\") t.wins++;\n if (g.result === \"lost_assassin\") t.assassins++;\n t.agents += g.agents_found;\n t.turns += g.turns_used;\n t.cost += g.cost;\n t.gameList.push({ id: g.id, result: g.result!, agents: g.agents_found, turns: g.turns_used, cost: g.cost });\n }\n const teamRows = [...teams.values()]\n .map((t) => ({\n ...t,\n winRate: t.games ? t.wins / t.games : 0,\n avgAgents: t.games ? t.agents / t.games : 0,\n avgTurns: t.games ? t.turns / t.games : 0,\n }))\n .sort((x, y) => y.winRate - x.winRate || y.avgAgents - x.avgAgents);\n\n const pending = games.filter((g) => g.status !== \"done\").length;\n const featuredGame = (g: typeof doneClassic[number]) => FEATURED.includes(g.model_a) || FEATURED.includes(g.model_b);\n const recent = doneClassic.filter(featuredGame).slice(-12).reverse().map((g) => ({\n id: g.id,\n giver: g.label_a,\n guesser: g.label_b,\n result: g.result!,\n words: g.agents_found,\n clues: g.turns_used,\n ges: gesPct(g.result!, g.agents_found, g.turns_used),\n }));\n const totals = {\n games: games.length,\n done: done.length,\n pending,\n errors: games.filter((g) => g.result === \"error\").length,\n cost: games.reduce((s, g) => s + g.cost, 0),\n calls: games.reduce((s, g) => s + g.calls, 0),\n };\n\n return { charts, bars, merged, mergedFull, recent, teams: teamRows, totals };\n}\n",[],[305,314],"88fcb95f-7d0c-4e2b-991c-d3c0adcb4cc3","db.ts","21dab89a-8899-11f1-b138-1607ee4eb77e",95,["D",1785162771244],"import { sqlite } from \"https://esm.town/v/std/sqlite/main.ts\";\nimport type { GameState } from \"../shared/types.ts\";\n\nexport { sqlite };\n\nexport async function init(): Promise {\n await sqlite.execute(`CREATE TABLE IF NOT EXISTS games (\n id INTEGER PRIMARY KEY AUTOINCREMENT,\n model_a TEXT NOT NULL,\n model_b TEXT NOT NULL,\n label_a TEXT NOT NULL,\n label_b TEXT NOT NULL,\n tier TEXT NOT NULL,\n seed INTEGER NOT NULL,\n status TEXT NOT NULL DEFAULT 'queued',\n result TEXT,\n agents_found INTEGER DEFAULT 0,\n turns_used INTEGER DEFAULT 0,\n cost REAL DEFAULT 0,\n calls INTEGER DEFAULT 0,\n tokens_in INTEGER DEFAULT 0,\n tokens_out INTEGER DEFAULT 0,\n created_at TEXT NOT NULL,\n finished_at TEXT,\n state TEXT NOT NULL\n )`);\n try {\n await sqlite.execute(`ALTER TABLE games ADD COLUMN claimed_at TEXT`);\n } catch (_e) {\n // column already exists\n }\n try {\n await sqlite.execute(`ALTER TABLE games ADD COLUMN mode TEXT DEFAULT 'duet'`);\n } catch (_e) {\n // column already exists\n }\n}\n\n/** Atomically claim a game for this worker run. Returns true if we got it.\n * Claimable: queued, or running with a stale heartbeat (dead/zombie worker). */\nexport async function claim(id: number, staleMs = 330_000): Promise {\n const staleBefore = new Date(Date.now() - staleMs).toISOString();\n const r = await sqlite.execute({\n sql: `UPDATE games SET status='running', claimed_at=?\n WHERE id=? AND (status='queued' OR (status='running' AND (claimed_at IS NULL OR claimed_at < ?)))`,\n args: [new Date().toISOString(), id, staleBefore],\n });\n return r.rowsAffected > 0;\n}\n\nexport async function saveState(id: number, s: GameState): Promise {\n // status guard: a slow zombie worker must never resurrect a finished game\n await sqlite.execute({\n sql: `UPDATE games SET status='running', claimed_at=?, state=?, agents_found=?, turns_used=?, cost=?, calls=?, tokens_in=?, tokens_out=?\n WHERE id=? AND status != 'done'`,\n args: [new Date().toISOString(), JSON.stringify(s), s.agentsFound, s.transcript.length, s.cost, s.calls, s.tokensIn, s.tokensOut, id],\n });\n}\n\nexport async function finalize(id: number, s: GameState): Promise {\n await sqlite.execute({\n sql: `UPDATE games SET status='done', result=?, state=?, agents_found=?, turns_used=?, cost=?, calls=?, tokens_in=?, tokens_out=?, finished_at=?\n WHERE id=? 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