sganggs
f3658a0dd4
Add special-target activation without bypassing attack cadence, cooperative card preferences and emotes, skill sound banks, per-operator voice choices, text sizing, install prompts, closed-tab recovery and unanimous setup rerolls. Retain late deployment elapsed time and resolve echo/counter pulses without recursive hook overflow. Independent final review remains pending. Golden: roster-016, roster-035, roster-036, roster-045; boss-boss_1-pair, boss-boss_3-pair, boss-boss_5-pair, boss-boss_7-pair, hidden-boss_9-pair; solo-HARD-9-boosted: Lemuen attack cadence. diy-132: Necras extra activation targets. coop2-NORMAL-14-standins: cooperative purchase preference and simulation fixes. hidden-boss_10-solo: echo pulse FIFO resolution. See DESIGN 28.13-28.24 for assumptions, sources and contributor credit.
333 lines
20 KiB
JavaScript
333 lines
20 KiB
JavaScript
#!/usr/bin/env node
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// tools/botbench.mjs — measure the AI player (server/match/bot.js): seeded bot-only matches (virtual time, the real
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// simulation, the match's default layout rehearsal) with the bot's outcomes, its economy and its decision time.
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//
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// Usage:
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// node tools/botbench.mjs [--configs solo:FUNNY,solo:HARD,coop4:FUNNY,coop4:HARD] [--seeds N] [--seed S]
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// [--rehearsal N] [--json out.json] [--quiet]
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// node tools/botbench.mjs --compare old.json new.json A/B tables (markdown) of two --json runs
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// --configs comma list of <solo|coopN>:<FUNNY|NORMAL|HARD|ABYSS> (coopN = N bot seats, 1–4)
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// --seeds N matches per config (seeds S..S+N−1, default 10)
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// --rehearsal layouts each bot rehearses per prep (default: the Match default)
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// --json F write the raw per-match records to F (the input of --compare)
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// --jobs N run the matches in N worker threads (outcomes are identical; the timings are then inflated by the
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// parallel load — measure decision time with --jobs 1)
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// --band ID solo configs only: the bot plays strategy ID (e.g. band_cannot) instead of its weighted pick — a band's
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// mechanic in isolation (坎诺特 banking, 杜宾's 教鞭, 昆图斯's 突变细胞)
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//
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// Per match: victory, rounds passed, LP left (the alive players at the end; a won Final Assault: the team LP), and per
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// bot and round: LP, shop level, deployed units, active bonds and Σ bond tiers, activated layers, board value (Σ shop
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// price of the deployed chess, an elite = goldenCopies copies), elites deployed, items equipped, funds lost at the prep
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// end (leftover funds are lost, PlayerState.endPrep), leaks (bounty leaks apart) and the bounty cards taken — with the
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// bot's own kill-chance estimate when the bot has one (bot.bountyKillChance) for a calibration table, and the best
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// estimate among the draft's cards (was a likelier card on offer?).
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// Decision time: every bot prep runs in one scheduler callback in virtual time (Match.scheduleBotPrep); the tool times
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// those callbacks (Match.later on the instance; wall clock and process CPU time) and splits off the rehearsal battles'
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// stepping (Battle.step of the rehearsal fields 'r:<pid>') — "heuristics" = the prep minus the rehearsal. A 机变 pick is
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// the SP_DRAFT callback in which a bot's pick landed. Wall-clock numbers depend on the host load: compare runs made
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// back to back with --jobs 1.
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import { performance } from 'node:perf_hooks';
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import { writeFileSync, readFileSync } from 'node:fs';
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import { Worker, isMainThread, parentPort, workerData } from 'node:worker_threads';
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import { Match } from '../server/match/Match.js';
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import * as bot from '../server/match/bot.js';
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import { VirtualScheduler } from '../server/match/scheduler.js';
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import { getData } from '../server/data.js';
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const argv = isMainThread ? process.argv.slice(2) : workerData.argv;
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const opt = {};
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for (let i = 0; i < argv.length; i++) {
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const a = argv[i];
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if (!a.startsWith('--')) continue;
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const k = a.slice(2);
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const v = argv[i + 1] && !argv[i + 1].startsWith('--') ? argv[++i] : true;
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opt[k] = v;
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}
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const pct = (arr, p) => {
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if (!arr.length) return 0;
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const s = arr.slice().sort((a, b) => a - b);
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return s[Math.min(s.length - 1, Math.max(0, Math.ceil((p / 100) * s.length) - 1))];
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};
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const avg = (arr) => (arr.length ? arr.reduce((a, b) => a + b, 0) / arr.length : 0);
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if (opt.compare) {
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const files = [opt.compare, ...argv.filter((a) => !a.startsWith('--') && a !== opt.compare)];
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compare(files.map((f) => JSON.parse(readFileSync(f, 'utf8'))), files.map((f) => f.replace(/^.*\//, '').replace(/\.json$/, '')));
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process.exit(0);
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}
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const data = getData({ log: { warn() {}, error() {}, info() {} } });
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const configs = String(opt.configs || 'solo:FUNNY,solo:HARD,coop4:FUNNY,coop4:HARD').split(',').map((s) => {
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const [m, d] = s.split(':');
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const solo = m === 'solo';
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return { name: s, mode: solo ? 'solo' : 'coop', players: solo ? 1 : Math.max(1, Math.min(4, Number(m.replace('coop', '')) || 4)), difficulty: String(d || 'NORMAL').toUpperCase() };
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});
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const seeds = Math.max(1, Number(opt.seeds) || 10);
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const seed0 = Number(opt.seed) || 1;
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const rehearsal = opt.rehearsal != null && opt.rehearsal !== true ? Math.max(0, Math.floor(Number(opt.rehearsal) || 0)) : undefined;
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function runOne(cfg, seed) {
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const sched = new VirtualScheduler();
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const seats = [];
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for (let i = 0; i < cfg.players; i++) seats.push({ seat: i, playerId: `ai_${i}`, name: `AI-${i + 1}`, isBot: true, connected: true });
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let summary = null;
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const errors = [];
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const log = { info() {}, debug() {}, warn() {}, error: (...a) => errors.push(a.map(String).join(' ')) };
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const m = new Match({
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roomCode: 'BENCH', mode: cfg.mode, difficulty: cfg.difficulty, seats, seed, data, log, scheduler: sched, botRehearsal: rehearsal,
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send: () => true, broadcast: () => {}, onEnd: (s) => { summary = s; },
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});
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// --band: the only strategy on offer (botPickBand draws from gd.bandIds()) — also one built around a bond the mode
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// switches off, which botPickBand would otherwise skip for the default band (DESIGN §21.26)
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if (opt.band && cfg.mode === 'solo') { m.gd.bandIds = () => [String(opt.band)]; m.gd.bandBondIds = () => []; }
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const rec = { config: cfg.name, seed, stageId: m.stageId, bossId: m.bossId, preps: [], picks: [], rounds: [], bounties: [] };
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// rehearsal stepping time (Battle.step of the rehearsal fields)
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let rehMs = 0;
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const newBattle = m.newBattle.bind(m);
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m.newBattle = (o) => {
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const b = newBattle(o);
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if (o && typeof o.fieldId === 'string' && o.fieldId.startsWith('r:') && typeof b.step === 'function') {
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const step = b.step.bind(b);
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b.step = () => { const t0 = performance.now(); try { return step(); } finally { rehMs += performance.now() - t0; } };
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}
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return b;
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};
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// every scheduler callback timed; a callback during which a bot became ready in PREP was that bot's prep
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const later = m.later.bind(m);
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let calMs = 0; // the tool's own calibration work inside a callback (subtracted)
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m.later = (ms, fn) => later(ms, () => {
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const before = new Map([...m.players.values()].map((p) => [p.playerId, p.ready]));
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const picked = m.sp ? Object.keys(m.sp.picks).length : 0;
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const phase = m.phase;
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const round = m.round;
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const r0 = rehMs;
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const c0 = calMs;
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const u0 = process.cpuUsage();
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const t0 = performance.now();
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fn();
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const wall = performance.now() - t0;
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const u = process.cpuUsage(u0);
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const dt = wall - (calMs - c0);
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// CPU time of the callback (less sensitive to the host load than wall clock; the rehearsal's share by wall ratio)
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const cpu = Math.max(0, (u.user + u.system) / 1000 - (calMs - c0));
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if (phase === 'SP_DRAFT' && m.sp && Object.keys(m.sp.picks).length > picked) rec.picks.push({ round, ms: dt });
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if (phase !== 'PREP') return;
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for (const p of m.players.values()) {
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if (p.isBot && before.get(p.playerId) === false && p.ready) rec.preps.push({ round, pid: p.playerId, ms: dt, rehMs: rehMs - r0, cpu, rehCpu: dt > 0 ? cpu * ((rehMs - r0) / dt) : 0 });
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}
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});
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// 机变 picks (cheap, timed per call) and bounties taken
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const apply = m._applyCard.bind(m);
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m._applyCard = (ps, idx) => {
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const card = m.sp && m.sp.cards[idx];
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if (card && card.kind === 'bounty') {
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// the bot's own kill-chance estimate (when this bot version has one), for the calibration table
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const c0 = performance.now();
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const p = typeof bot.bountyKillChance === 'function' ? bot.bountyKillChance(m, ps, card) : null;
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// the best estimate among the draft's bounty cards still untaken (was a likelier one on offer?)
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const best = p == null ? null : Math.max(p, ...m.sp.cards.filter((c) => c && c.kind === 'bounty' && m.sp.taken[c.idx] == null).map((c) => bot.bountyKillChance(m, ps, c)));
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calMs += performance.now() - c0;
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rec.bounties.push({ round: m.round, pid: ps.playerId, enemyKey: card.enemyKey, count: card.count, tier: card.tier, payout: card.payout, battles: card.rounds, p, best });
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}
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return apply(ps, idx);
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};
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// funds a player still holds when the prep ends (lost unless its band keeps them)
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const lost = {};
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for (const ps of m.players.values()) {
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const endPrep = ps.endPrep.bind(ps);
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ps.endPrep = () => { (lost[m.round] ||= {})[ps.playerId] = m.gd.leftoverKeptBands.includes(ps.bandId) ? 0 : ps.funds; return endPrep(); };
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}
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let last = '';
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const t0 = performance.now();
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m.start();
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sched.runUntil(() => {
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const key = `${m.phase}:${m.round}`;
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if (key !== last) {
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last = key;
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if (m.phase === 'SETTLE' || (m.phase === 'RESULT' && (m.round === m.gd.bossRound || m.round === m.gd.hiddenRound))) {
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const row = { round: m.round, players: {} };
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for (const ps of m.order) {
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const r = m.lastResults.get(ps.playerId);
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let value = 0;
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let elites = 0;
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for (const p of ps.board.values()) {
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if (p.kind !== 'chess') continue;
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const golden = m.gd.isGolden(p.id);
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if (golden) elites++;
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value += m.gd.chessPrice(m.gd.baseIdOf(p.id)) * (golden ? m.gd.goldenCopies : 1);
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}
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const active = Object.values(ps.bonds).filter((b) => b.active);
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const leaked = r ? (r.leaked || []).filter((l) => l.counted !== false) : [];
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row.players[ps.playerId] = {
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lp: ps.lp, alive: ps.alive, level: ps.shop.level, units: ps.deployCount, bonds: active.length,
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tiers: active.reduce((s, b) => s + (b.tier || 0), 0), layers: ps.activatedLayers(), value, elites,
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items: [...ps.board.values()].reduce((s, p) => s + (p.kind === 'chess' ? (p.items || []).length : 0), 0),
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lost: lost[m.round] ? lost[m.round][ps.playerId] ?? null : null,
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killed: r ? r.killed : null, total: r ? r.total : null,
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leaks: leaked.length, bountyLeaks: leaked.filter((l) => l.tag === 'bounty').length,
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bountyKeys: leaked.filter((l) => l.tag === 'bounty').map((l) => l.enemyKey),
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};
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}
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if (m.teamLp != null) row.teamLp = m.teamLp;
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rec.rounds.push(row);
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}
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}
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return summary != null;
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}, { maxSteps: 5e6 });
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rec.ms = performance.now() - t0;
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rec.errors = errors.length + m.errorCount;
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// Keep diagnostics in the JSON so a nonzero benchmark count is actionable.
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if (errors.length) rec.errorMessages = errors;
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if (m.errors.length) rec.matchErrors = m.errors;
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rec.victory = !!(summary && summary.victory);
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rec.roundsPassed = summary ? summary.roundsPassed : 0;
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rec.hidden = !!(summary && summary.hiddenReached);
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rec.bossRound = m.gd.bossRound;
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const alive = m.order.filter((p) => p.alive);
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rec.lpLeft = rec.victory && m.teamLp != null ? m.teamLp : alive.reduce((s, p) => s + Math.max(0, p.lpAtFinal ?? p.lp), 0);
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rec.players = (summary && summary.players ? summary.players : []).map((p) => ({ pid: p.playerId, band: p.bandId, rounds: p.roundsPassed, merges: p.stats.merges, spent: p.stats.gold }));
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m.dispose();
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return rec;
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}
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const tasks = [];
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for (const cfg of configs) for (let i = 0; i < seeds; i++) tasks.push([cfg, seed0 + i]);
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const jobs = Math.max(1, Math.min(16, Number(opt.jobs) || 1));
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if (!isMainThread) {
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for (const i of workerData.indexes) parentPort.postMessage({ i, rec: runOne(...tasks[i]) });
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} else {
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const all = new Array(tasks.length);
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const note = (r) => { if (!opt.quiet) process.stderr.write(`${r.config} seed ${r.seed}: ${r.victory ? 'WIN ' : 'loss'} rounds ${r.roundsPassed} lp ${r.lpLeft} · ${Math.round(r.ms)} ms\n`); };
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if (jobs === 1) {
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tasks.forEach((t, i) => { all[i] = runOne(...t); note(all[i]); });
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} else {
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await Promise.all(Array.from({ length: jobs }, (_, j) => new Promise((resolve, reject) => {
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const indexes = tasks.map((_, i) => i).filter((i) => i % jobs === j);
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const w = new Worker(new URL(import.meta.url), { workerData: { argv, indexes } });
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w.on('message', ({ i, rec }) => { all[i] = rec; note(rec); });
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w.on('error', reject);
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w.on('exit', resolve);
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})));
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}
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if (opt.json) writeFileSync(opt.json, JSON.stringify(all));
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compare([all], ['run']);
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}
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// ---- tables ---------------------------------------------------------------------------------------------------
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function stats(records) {
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const preps = records.flatMap((r) => r.preps);
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const heur = preps.map((p) => p.ms - p.rehMs);
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const rounds = records.flatMap((r) => r.rounds.flatMap((row) => Object.values(row.players).filter((p) => p.alive || p.leaks != null).map((p) => ({ ...p, round: row.round }))));
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const at = (rd, f) => avg(rounds.filter((p) => p.round === rd && p.alive).map(f));
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const lostPerPrep = rounds.filter((p) => p.lost != null).map((p) => p.lost);
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const merges = records.flatMap((r) => r.players.map((p) => p.merges));
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const bountyLeaks = records.reduce((s, r) => s + r.rounds.reduce((t, row) => t + Object.values(row.players).reduce((u, p) => u + (p.bountyLeaks || 0), 0), 0), 0);
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const leaksAll = records.reduce((s, r) => s + r.rounds.reduce((t, row) => t + Object.values(row.players).reduce((u, p) => u + (p.leaks || 0), 0), 0), 0);
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return {
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n: records.length,
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wins: records.filter((r) => r.victory).length,
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rounds: avg(records.map((r) => r.roundsPassed)),
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lpLeft: avg(records.map((r) => r.lpLeft)),
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// alive when the Final Assault began: rounds passed ≥ boss round − 1 (results.js: a lost Final Assault = bossRound − 1)
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reachedBoss: records.filter((r) => r.roundsPassed >= r.bossRound - 1).length,
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hidden: records.filter((r) => r.hidden).length,
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lost: avg(lostPerPrep),
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merges: avg(merges),
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leaks: leaksAll / Math.max(1, records.length),
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bounties: records.reduce((s, r) => s + r.bounties.length, 0),
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bountyLeaks,
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errors: records.reduce((s, r) => s + r.errors, 0),
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value: [4, 7, 10, 13].map((rd) => at(rd, (p) => p.value)),
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tiers: [4, 7, 10, 13].map((rd) => at(rd, (p) => p.tiers)),
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layers: [4, 7, 10, 13].map((rd) => at(rd, (p) => p.layers)),
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elites: [4, 7, 10, 13].map((rd) => at(rd, (p) => p.elites)),
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level: [4, 7, 10, 13].map((rd) => at(rd, (p) => p.level)),
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prepN: preps.length,
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prepP50: pct(preps.map((p) => p.ms), 50), prepP95: pct(preps.map((p) => p.ms), 95),
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// the same rounds for both bots: R1–R10 (a stronger bot plays more of the expensive late rounds)
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early: (() => { const e = preps.filter((p) => p.round <= 10); return { n: e.length, p50: pct(e.map((p) => p.ms), 50), p95: pct(e.map((p) => p.ms), 95), h50: pct(e.map((p) => p.ms - p.rehMs), 50), h95: pct(e.map((p) => p.ms - p.rehMs), 95) }; })(),
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cpuP50: pct(preps.map((p) => p.cpu ?? 0), 50), cpuP95: pct(preps.map((p) => p.cpu ?? 0), 95),
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hcpuP50: pct(preps.map((p) => (p.cpu ?? 0) - (p.rehCpu ?? 0)), 50), hcpuP95: pct(preps.map((p) => (p.cpu ?? 0) - (p.rehCpu ?? 0)), 95),
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cpuSum: preps.reduce((a, p) => a + (p.cpu ?? 0), 0), hcpuSum: preps.reduce((a, p) => a + (p.cpu ?? 0) - (p.rehCpu ?? 0), 0),
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pickP50: pct(records.flatMap((r) => r.picks.map((x) => x.ms)), 50), pickP95: pct(records.flatMap((r) => r.picks.map((x) => x.ms)), 95),
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pickN: records.reduce((n, r) => n + r.picks.length, 0),
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heurP50: pct(heur, 50), heurP95: pct(heur, 95),
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rehP50: pct(preps.map((p) => p.rehMs), 50), rehP95: pct(preps.map((p) => p.rehMs), 95),
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ms: records.reduce((s, r) => s + r.ms, 0),
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};
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}
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function compare(runs, names) {
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const cfgs = [...new Set(runs.flatMap((rs) => rs.map((r) => r.config)))];
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const f1 = (x) => x.toFixed(1);
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const f2 = (x) => x.toFixed(2);
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const four = (a, f = f1) => a.map(f).join(' / ');
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console.log('\n| config | run | matches | wins | rounds passed | LP left | reached boss | leaks/match | bounties (leaked) | funds lost/prep | merges/bot | errors |');
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console.log('|---|---|---|---|---|---|---|---|---|---|---|---|');
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for (const c of cfgs) runs.forEach((rs, i) => {
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const s = stats(rs.filter((r) => r.config === c));
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if (!s.n) return;
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console.log(`| ${c} | ${names[i]} | ${s.n} | ${s.wins} (${Math.round((100 * s.wins) / s.n)} %) | ${f2(s.rounds)} | ${f1(s.lpLeft)} | ${s.reachedBoss} | ${f1(s.leaks)} | ${s.bounties} (${s.bountyLeaks}) | ${f2(s.lost)} | ${f2(s.merges)} | ${s.errors} |`);
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});
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console.log('\n| config | run | shop level R4/7/10/13 | board value R4/7/10/13 | Σ bond tiers | activated layers | elites deployed |');
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console.log('|---|---|---|---|---|---|---|');
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for (const c of cfgs) runs.forEach((rs, i) => {
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const s = stats(rs.filter((r) => r.config === c));
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if (!s.n) return;
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console.log(`| ${c} | ${names[i]} | ${four(s.level)} | ${four(s.value)} | ${four(s.tiers)} | ${four(s.layers, (x) => x.toFixed(0))} | ${four(s.elites)} |`);
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});
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console.log('\n| config | run | leaks per alive bot and round R1…R15 |');
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console.log('|---|---|---|');
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for (const c of cfgs) runs.forEach((rs, i) => {
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const recs = rs.filter((r) => r.config === c);
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if (!recs.length) return;
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||
const cells = [];
|
||
for (let rd = 1; rd <= 15; rd++) {
|
||
const v = recs.flatMap((r) => r.rounds.filter((row) => row.round === rd).flatMap((row) => Object.values(row.players).filter((p) => p.leaks != null && p.total != null)));
|
||
if (v.length) cells.push(`${rd}:${avg(v.map((p) => p.leaks)).toFixed(1)}`);
|
||
}
|
||
console.log(`| ${c} | ${names[i]} | ${cells.join(' ')} |`);
|
||
});
|
||
const calib = runs.map((rs) => {
|
||
const bins = [[0, 0.2], [0.2, 0.5], [0.5, 0.8], [0.8, 0.95], [0.95, 1.01]].map(([lo, hi]) => ({ lo, hi, n: 0, units: 0, leaked: 0 }));
|
||
for (const r of rs) for (const b of r.bounties) {
|
||
if (b.p == null) continue;
|
||
const bin = bins.find((x) => b.p >= x.lo && b.p < x.hi);
|
||
const battles = Math.max(1, Math.min(2, b.battles || 1));
|
||
let leaked = 0;
|
||
for (const row of r.rounds) if (row.round >= b.round && row.round < b.round + battles) leaked += ((row.players[b.pid] || {}).bountyKeys || []).filter((k) => k === b.enemyKey).length;
|
||
bin.n++; bin.units += (b.count || 1) * battles; bin.leaked += leaked;
|
||
}
|
||
return bins;
|
||
});
|
||
if (calib.some((bins) => bins.some((b) => b.n))) {
|
||
console.log('\n| run | bounty kill-chance estimate (bot.bountyKillChance) → share of bounty enemies actually killed, picks per bin |');
|
||
console.log('|---|---|');
|
||
runs.forEach((rs, i) => { if (calib[i].some((b) => b.n)) console.log(`| ${names[i]} | ${calib[i].filter((b) => b.n).map((b) => `p ${b.lo}–${Math.min(1, b.hi)}: ${(100 * (1 - b.leaked / Math.max(1, b.units))).toFixed(0)} % (${b.n})`).join(' · ')} |`); });
|
||
// the picks against what the draft offered (records with `best`)
|
||
console.log('\n| config | run | bounty picks | p < 0.5 picked while a p ≥ 0.5 card was offered | drafts with no card p ≥ 0.5 |');
|
||
console.log('|---|---|---|---|---|');
|
||
for (const c of cfgs) runs.forEach((rs, i) => {
|
||
const b = rs.filter((r) => r.config === c).flatMap((r) => r.bounties).filter((x) => x.best != null);
|
||
if (b.length) console.log(`| ${c} | ${names[i]} | ${b.length} | ${b.filter((x) => x.p < 0.5 && x.best >= 0.5).length} | ${b.filter((x) => x.best < 0.5).length} |`);
|
||
});
|
||
}
|
||
console.log('\n| config | run | bot preps | prep CPU ms p50 / p95 | heuristics CPU ms p50 / p95 | Σ prep CPU s | Σ heuristics CPU s | per match: prep CPU s |');
|
||
console.log('|---|---|---|---|---|---|---|---|');
|
||
for (const c of cfgs) runs.forEach((rs, i) => {
|
||
const s = stats(rs.filter((r) => r.config === c));
|
||
if (!s.n) return;
|
||
console.log(`| ${c} | ${names[i]} | ${s.prepN} | ${f1(s.cpuP50)} / ${f1(s.cpuP95)} | ${f1(s.hcpuP50)} / ${f1(s.hcpuP95)} | ${f1(s.cpuSum / 1000)} | ${f1(s.hcpuSum / 1000)} | ${f2(s.cpuSum / 1000 / s.n)} |`);
|
||
});
|
||
console.log('\n| config | run | bot preps | prep ms p50 / p95 | heuristics ms p50 / p95 | rehearsal ms p50 / p95 | R1–R10 preps: prep / heuristics p50 / p95 | 机变 pick ms p50 / p95 (n) | match wall s |');
|
||
console.log('|---|---|---|---|---|---|---|---|---|');
|
||
for (const c of cfgs) runs.forEach((rs, i) => {
|
||
const s = stats(rs.filter((r) => r.config === c));
|
||
if (!s.n) return;
|
||
const e = s.early;
|
||
console.log(`| ${c} | ${names[i]} | ${s.prepN} | ${f1(s.prepP50)} / ${f1(s.prepP95)} | ${f1(s.heurP50)} / ${f1(s.heurP95)} | ${f1(s.rehP50)} / ${f1(s.rehP95)} | ${e.n}: ${f1(e.p50)} / ${f1(e.p95)} · ${f1(e.h50)} / ${f1(e.h95)} | ${f2(s.pickP50)} / ${f2(s.pickP95)} (${s.pickN}) | ${f1(s.ms / 1000)} |`);
|
||
});
|
||
}
|